SMARTKEY AND CHAINLINK TO COLLABORATE IN GOVERNMENT-APPROVED BLOCKCHAIN PROJECT TO POWER SMART CITIES OF THE FUTURE
The cooperation with Chainlink is a combination of technologies: Oracles and BoT second generation (blockchain Of Things), which is the active management of sensors through relational SmartKey connectors.
The Chainlink ecosystem and dozens of companies using the Chainlink solution will receive access to BoT technology that allows for the management of physical values (physical active devices and sensors) thanks to a connector, i.e. a structure that not only collects data, but also manages it, which SmartKey specializes in.
Chainlink is the most widely used and safe way to power universal smart contracts. With Chainlink, developers can connect any blockchain to high-quality data sources from other blockchains as well as real world data.
Today, SmartKey is excited to announce a planned integration with market-leading oracle network Chainlink to bring life to smart cities of the future. Chainlink oracles will be used to connect SmartKey Ecosystem devices to real-world data from IoT networks, web APIs, and more, enabling them to execute actions based on that data. This will open up new data-driven smart contract use cases in IoT, such as automatic activation of emergency response systems during bad weather conditions, authorized access to gated municipal areas when city-wide alerts are issued, and many more future capabilities.
Chainlink and SmartKey are both proven, working technologies operating in the blockchain space, touching smart cities and IoT businesses. By greatly simplifying how smart contracts can securely access key off-chain resources, Chainlink is accelerating the development of increasingly useful IoT smart contracts, while SmartKey enables easy and quick connection to physical devices performing key IoT-enabled services.
The announcement comes as SmartKey is also due to announce a partnership with the local government authorities of Warmian-Masurian Voivodeship, region with over 1 500 000 inhabitants in Poland.
The partnership will see SmartKey’s proprietary technology and devices used to give rescue services teams instant, blockchain-enabled access to all secure districts and buildings within the region in case of an emergency. This greatly reduces response times for fires and rescue services and has the potential to save lives.
The successful pilot project paves the way for other cities and regions, both in Poland and globally, to build smart cities of the future by leveraging the same decentralized blockchain technology infrastructure to not only connect to emergency services but other infrastructure elements, such as utilities and transport.
The Sharing Economy
This project represents the first real-world use case for SmartKey technology with a government authority. SmartKey also has a collaboration with KIA cars, born out of an original car-sharing initiative, which allows KIA owners to build blockchain-based applications that control access to their vehicles.
SmartKey’s public access control framework offers several benefits to users, including a higher level of security than traditional remote access systems, the ability to coordinate access amongst multiple users (or restrict to just one), a framework for managing payments, and can act as an un-cloneable key. SmartKey’s vision is to deploy this solution across other sharing economy models such as accommodation, bike rental, or parking services.
Powering Smart Cities with SmartKey and Chainlink
As our preferred oracle network, Chainlink’s widely used oracle solution and its large global community will play a key part in SmartKey’s future.
Chainlink is the missing link in developing and delivering a virtually limitless number of smart city integrations that combine SmartKey’s API and blockchain-enabled hardware with real world data and systems to harness the power of automated data-driven IoT applications with tangible value.
The two protocols are complementary: The SmartKey protocol manages access to different physical devices across the Blockchain of Things (BoT) space (e.g. opening a gate), while the Chainlink Network allows developers to connect SmartKey functionalities with different sources of data (e.g. weather data, user web apps).
The integration focuses on connecting all the data and events sourced and delivered by the Chainlink ecosystem to the SmartKey connector, which then turns that data (commands issued by Ethereum smart contracts) into instructions for IoT devices (e.g., active sensors GSM — GPS).
Our connectors can also deliver information to Chainlink oracles confirming these real world instructions were carried out (e.g. gate was opened), potentially leading to additional smart contract outputs. The confirmation of service delivery is a “contract key” that connects both ecosystems into one “world” and relays an Ethereum action to IoT devices.
The initial integration is based on rescue service authorities issuing commands to interact with smart city IoT devices such as parking gates, garage doors, and emergency response systems. These commands could come from specific apps or be based on external data sources (e,g. public issued alert). Chainlink decentralized oracle networks will then deliver this data on-chain to the smart contract, which then the SmartKey Ecosystem uses to trigger the necessary IoT action (e.g. open the parking gate). Smart contracts provide a method of automating the gate authorization process using a public issued alert, both accelerating the process time and documenting an immutable record on the blockchain of the municipal service carried out.
Another use case being explored is triggering an emergency services lockdown of gates and windows based on weather data for high wind speeds and hurricane warnings. This is really just the beginning, especially as we continue to onboard more IoT remote access devices like electric car charging stations, while Chainlink opens up datasets such as utility meters, weather controllers, pressure sensors, temperature gauges, liquid level movement, and mobile solutions (GPS and GSM). As IoT networks grow, Chainlink allows us to create an infinite number of integrations and new product ideas.
Why We Selected Chainlink
After evaluating different oracle solutions, we found Chainlink to be the most secure, reliable, and flexible network on the market, already widely adopted across numerous verticals, blockchains, and dApps.
Chainlink ensures that the SmartKey ecosystem acts on high-quality data feeds with secure and reliable on-chain/off-chain connections. Chainlink features of particular importance to SmartKey include:
Flexibility to connect with any type of off-chain API, allowing developers to trigger SmartKey functions with virtually any piece of off-chain data.
Security reviewed oracle nodes run by leading security and blockchain DevOps teams, ensuring reliable service with Sybil attack protection.
Decentralized infrastructure at both the data source and oracle node level, providing developers with highly available and manipulation resistant data and oracle services.
Proven mainnet solutions already secure billions of dollars in value for top blockchain-based applications, serving as definitive proof of the Chainlink Network’s security and reliability.
Ultimately, connection between both technologies allows physical IoT data to flow into the blockchain and securely trigger physical actions in the real world like the movement of a car, charging of a car battery, opening a private gate, and many others that are critical to smart city ecosystems. This secure, end-to-end automated data framework is a revolution in the blockchain implementation of smart cities.
“Integration between Chainlink and SmartKey empowers developers to build more advanced smart contract-based solutions that automate the actions of smart cities based on information from the physical world,” said SmartKey CEO Szymon Fiedorowicz.
“Our integration with rescue services in Olsztyn, the capital of Warmian-Masurian Voivodeship Poland is a first step towards building a smart city ecosystem, improving the speed at which rescue services get delivered to people and places — especially important during a pandemic. Thanks to Chainlink, we can now automate those services based on real-world data and apps in a highly secure and reliable manner.”
Chainlink is the most widely used and secure way to power universal smart contracts. With Chainlink, developers can connect any blockchain with high-quality data sources from other blockchains as well as real-world data. Managed by a global, decentralized community of hundreds of thousands of people, Chainlink is introducing a fairer model for contracts. Its network currently secures billions of dollars in value for smart contracts across the decentralized finance (DeFi), insurance and gaming ecosystems, among others.
Chainlink is trusted by hundreds of organizations to deliver definitive truth via secure, reliable data feeds.
SmartKey is the missing part of the puzzle that connects the world of decentralized finance (DeFi) and blockchain with the world of physical assets. Contact us If you want to participate in the development process or have an idea to use the technology. We are happy to provide you with our hardware devices or grant access to API!


Golfers who purchase rangefinders must often choose between a global positioning system unit and a laser device. The GPS device identifies the positions of major features on the golf course and calculates their distances. A laser finder on the other hand uses a return beam reflected back from an object. Laser devices have been in use since the last decade. GPS devices are also becoming popular. Smart phones also have some applications that allow them to function like GPS devices.
GPS devices cost from $150 to $400 while laser devices go for $200 to $500. GPS Smartphone applications cost from 0$ to 40$. With the laser devices, the cost is only once during the time of purchase. GPS devices have subscription costs and other courses that come with downloading golf courses.
GPS units provide distances to a list of selected objects on the golf course. Some also provide a layout, in the form of aerial view of the target hole. Others come with more advanced features such as virtual flyover of the hole. This is very useful information for golfers who are playing on courses they are not familiar. Lasers use a beam that reflects back to measure the distances. Since they rely on a light beam bouncing off an object, they can be used to determine the distance of the group of golfers ahead. With such information, it can help you to determine if it is safe to play a certain hole.
Ease of Use
While using the GPS devices, the user must first download and install informational databases of the golf courses that he intends to visit. The GPS devices relies on satellite imagery and information to identify the specific holes in the selected course. The laser device is much less complicated to use. It is very easy and simple to operate. With the GPS device, you can use a simple watch on your wrist that will help you access the information of the course at a go. The GPS device is mainly carried with the golf bag.
With laser technology it is quite hard to measure to the flagstick that marks a hole. These limitations can be overcome through use of flagsticks that have reflective technology. However, such advancements have not been incorporated in many golf courses in the world. Horizontal surfaces like sand and water are also hard to measure using laser devices. This leaves the user to rely on nearby vertical elements such as trees. Rain also lowers the performance of lower devices when it produces unwanted reflections. For GPS technology, some golf courses might not be available in the databases provided by manufacturers, which renders their usability useless under such circumstances.
Each device has its advantages and disadvantages. In terms of accuracy, both devices are similar within a range of one yard. The GPS device offers a quick overview of each hole and distance to prominent landmarks near the hole. The laser device offers flexibility in measuring almost anything in the golf course. It would be ideal to have both since they complement each other in a great way. However, that comes with personal preference and cost considerations.
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By using this firmware you can solve all software Issues on your Oppo A54 such as hang Logo, frp lock, fastboot Mode, display blank or white after flash, dead recovery, dead after flash etc. The method we share below is allow you to flash your device without authorized oppo ID or account. Official Stock Firmware Flash File Now available for the Oppo A54 & You can download it from below. A54 5G is a midrange device with Qualcomm Snapdragon 480 5G (8 nm) chipset. Phone does not offer much except the 5G capability in economic price range. 5000 mAh battery with just 10W charger is big downside of this phone.
In this article, you will get knowledge of how to download Oppo F1S A1601 Firmware ROM on your computer. Flash File comes with a zip file, which contains Flash File, Flash tool & USB Driver. OPPO f1s Firmware is introduced with a zip package, which includes, Flashing Tool and compatible USB Driver as require. In this post, we share official link to download stock firmware rom (stockrom). Flash it in your device and enjoy the original Android experience again.
- You can flash Oppo F1s Android Phone Firmware with Flash tool.
- Anyone can recover android data that is remove during Flashing Firmware.
- The Mediatek Driver is compatible with the SP Flash Tool, MTK Flash Tool, SP MDT Tool, and the SN Write Tool and can be helpful if you are trying to install firmware (ROM) on the device.
If Problem persists then Try to hard reset and do the Flashing Stock firmware on Oppo F1S A1601 again with fresh Files. Thank you for downloading the Oppo F1S A1601 firmware. Follow the How-to Flash Guide as provided on the OPPO f1s firmware page to Flash your OPPO device. • After that Try using a higher version of SPFLASH TOOL. • After that try changing the USB cable and port or the PC itself. • Finally use the format option first then download in SPFLASH TOOL. Here you will find all the latest Oppo firmware for Oppo F1S A1601.
Millions of people all over the world use Android devices, … It’s always advisable that you backup your device Firmware after purchasing it. You are going to need your device stock firmware Rom for these following reasons someday.


Mathematical Physics Seminar
Direct Integrals IV
Arthur Parzygnat (University of Connecticut)
Wednesday, November 7, 2018
MONT 214 (Storrs)
In the last talk, we finally defined the direct integral and discussed some examples. In this talk, we will look at more examples, study the properties of direct integrals, and discuss constructions. The ultimate goal of this series of talks is to understand the mathematics behind band theory (topological and ordinary) from condensed matter physics.
Comments: If anyone is interested in giving a talk at this seminar, please contact Arthur at email@example.com. Graduate students are particularly encouraged to give talks.


Ultrasound is a non-invasive procedure which can be used to assess the health of organs, soft tissue, blood vessels and many others. Ultrasound examinations are cost effective and patient-friendly. With the technological advances that have been made in relation to ultrasound equipment, we can now provide an ultrasound service that is truly mobile.
The potential of ultrasound technology is not yet fully realized. Rapid innovation in digital imaging and knowledge processing coupled with advances in information technology place ultrasound in a strong position to play an even greater role in healthcare in the future. We feel that the provision of a complete service - high quality equipment operated by qualified, experienced and competent personnel in a quality-controlled environment - will ensure that the needs and expectations of the healthcare market are met.
2 D M Mode
Preg Single Fetus
(under 14 wk)
Preg single or
Multi 1 st tri
Preg single fetus complete
Preg single or Multi 1 st tri
Preg limited Follow Up
Biophysical profile w/o NST
Duplex Carotid Arterial Lower Arterial Upper Single Level ABI Multi level pressures with doppler
Venous Bilat. Ext. Venous Unilat. Ext. Venous
Abd Limited (lvr,gb,pans,spleen) Kidneys/AO (retro) Kidneys/AO (retro)Limited
Vein Doppler Extremity Soft Tissue Bladder (pre & post void)
Pelvic (transabdominal) Pelvic (transvaginal)
What are the benefits
A Report from AIUM: 3D ultrasound knows who you are
Three-dimensional diagnostic ultrasound could be used for physiologic biometrics and positive individual identification, according to a study presented Monday at the AIUM meeting.
Dr. Ganesh Narayanasami and colleagues from the University of Michigan's radiology department used a conventional 3D ultrasound scanner to collect anatomic and physiologic features of human fingers. After repeated scanning tests on several volunteers, the investigators found a number of anatomic and physiologic features that were unique to each individual. They discovered that heart rate, body temperature, and blood pressure measured by B-mode and Doppler imaging showed a number of identifying characteristics not visible with conventional gray-scale scanning. Gray-scale, compound, and color-flow images from fingers were coregistered using special software. Three-D color flow revealed unique spatial vascular characteristics as well as heart rate and peripheral flow indicators that were tested before and after the subjects participated in mild physical exercise. This physiological information along with fingerprint images can provide reliable personal identification in hospitals, schools, and other public and private institutions, Narayanasami said. Ultrasound fingerprinting can be obtained from inexpensive fingerprint sensors that are already commercially available.


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In the realm of artificial intelligence, one name has captured the imagination of individuals and businesses alike – ChatGPT. This cutting-edge creation stands as a testament to the remarkable progress that has been made in the field of natural language processing. Let’s dive into what ChatGPT is and how it is revolutionizing the way we interact with technology.
ChatGPT, developed by OpenAI, represents a remarkable leap forward in AI language models. It is part of the GPT (Generative Pre-trained Transformer) family, which has garnered widespread acclaim for its ability to generate human-like text. ChatGPT takes this capability to new heights by enabling dynamic and interactive conversations with users.
How ChatGPT Works
At its core, ChatGPT is powered by a vast neural network that has been trained on an extensive dataset encompassing diverse sources of text. This training equips ChatGPT with a deep understanding of grammar, context, and language nuances. When a user interacts with ChatGPT, the model uses this acquired knowledge to generate responses that mimic natural conversation.
Applications and Impact
The applications of ChatGPT are far-reaching and diverse. From providing customer support and answering queries to assisting with content creation and language translation, ChatGPT is a versatile tool that is finding its place across industries. Its ability to understand and generate human-like text has opened up new possibilities for automating tasks and enhancing user experiences.
Challenges and Future Developments
While ChatGPT represents a significant advancement, it is not without its challenges. The model’s responses may occasionally lack context or veer off track. OpenAI continues to refine and improve ChatGPT through ongoing research and iterations. The future holds promise for even more sophisticated versions that address these limitations.
As with any powerful technology, ethical considerations are paramount. ChatGPT’s ability to generate text has raised concerns about its potential misuse, such as generating fake news or engaging in harmful conversations. OpenAI recognizes these concerns and is actively working to implement safeguards to mitigate such risks.
ChatGPT stands as a remarkable achievement in the world of AI. Its ability to engage in meaningful conversations and generate coherent text has captured the attention of individuals and industries alike. As technology continues to evolve, ChatGPT’s impact on communication, automation, and user experience is only expected to grow, ushering in a new era of AI-powered interaction.


As the world’s demand for energy continues to increase, we know how important it is to develop and utilize alternative and sustainable methods of energy production. You may already be quite familiar with green energy sources or alternative energies such as hydroelectric power, wind power, biomass energy, or solar power, but did you know that there are many more opportunities for electricity generation?
In fact, something as simple as walking can generate electricity! According to the first law of thermodynamics, the Law of Conservation of Energy, energy can be neither created or destroyed; energy can only be transferred or changed from one form to another. Therefore, the mechanical energy that is produced with each of our footsteps can actually be harvested and converted to electricity! Pretty incredible right?
How is this possible?
The energy produced by our footsteps can be converted to electricity through the piezoelectric effect. The piezoelectric effect is the ability of certain materials to generate an electric charge in response to applied mechanical stress.
When a piezoelectric material is placed under mechanical stress (in other words, physical pressure is applied), positive and negative charge centres (electrons) within the material shift and are displaced, resulting in the creation of an external electrical field. The most commonly used piezoelectric materials are ceramics such as lead zirconate titanate, barium titanate, and lead titanate.
This piezoelectric energy can then be stored for later use. This is a form of energy harvesting, the process of capturing wasted energy from naturally occurring energy sources and accumulating and storing it for future use. Isn’t it neat that such a simple everyday action such as walking provides enough pressure to generate electricity?!
Creating floor tiles out of piezoelectric materials is a great way to ensure the capture and storage of electrical energy!
Power generating floors in a Japanese train station
Piezoelectric power mats have been successfully integrated into the popular Japanese Shibuya train station in order to create self-generating energy. The mat, which is 90 square centimetres and 2.5 centimeters thick, is placed just outside the train station where millions of people pass through. In fact, it is estimated that approximately 2.4 million people pass through the Shibuya Station every day!
Each time a person who weighs approximately 135 lbs steps on the mat, 0.1 watts are generated. When you take into account the overall weight and number of people stepping on the mat in a single day, that’s enough energy to light up a holiday light display on the station’s wall, as well as an LED board that updates the total amount of electricity created in real time.
It is important that this kind of technology is utilized in highly populated locations that generate lots of pedestrian traffic, as you can imagine that a remote location such as a seldom-used footbridge in the countryside wouldn’t generate enough energy to be useful at all!
Piezoelectric tiles at NASA plaza
Visitors to NASA’s Kennedy Space Centre are greeted by a large high-tech path made up of piezoelectric tiles which not only generate electricity, but also absorb solar energy and emit Wi-Fi signals.
The 1,000 tiles are spread across 40,000 square feet, forming mosaic images of Earth, Mars, the Moon and the International Space Station. Within each of the tiles are circuit boards, solar panels, a battery, LEDs, a Bluetooth and Wi-Fi transmitter, and a piezoelectric element.
When the glass tiles are stepped on, the piezoelectric element is compressed, creating an electrical charge that lights up the LED lights within the tile and powers the Bluetooth or Wi-Fi signal which provides visitors' phones with educational and wayfinding information.
The aim of this project is to showcase “smart city” applications of the technologies used in the tile. Although the piezoelectric tiles at the NASA Kennedy Space Centre are quite flashy, this technology can also be used more practically. For example, the electricity produced by piezoelectric tiles on sidewalks or plazas can be used to power streetlights or electronic bus schedules and signs.
While I am not a fan of believing that technology alone will get us out of the climate crisis, there are some interesting solutions like piezoelectricity. In a time where it is critical to move away from fossil fuels and invest in renewable energy, we need to be creative with our green energy solutions. Piezoelectricity generation just might be a practical approach to help fuel our most populous cities.
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Flash memory vendors are using decimal arithmetic:1MB = 1000KB,1G = 1000MB calculated, the operating system using binary arithmetic:1MB = 1024KB,1GB = 1024MB; so there are some differences between display capacity and nominal capacity of flash memory product
1. Do not Insert the pendrive with brute force and frequently,it is easy to damage the plug;
2. Do not pull the disk when access to data,or likely to cause data lose;try to pull it after disconnect disk;
3.Please make sure the max capacity your mobile or computer can support,if exceed the max capacity it can support,it can not read the pen drive.
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RockBand Kick Drum Trigger Interface
I like RockBand. I really do. However, I’m always finding excuses as to why I’m not better than I am at the drums. Even with my buddy’s purchase of the ION kit, I’m still lacking in awesome.
My latest excuse was how difficult is was to press the kick drum pedal rapidly when you get tired. A real kick drum pedal requires very little force to activate and hold down, since they are effectively balanced and counter weighted systems that are very adjustable for response. Pedals shipped with any RockBand kit have no counterweight action and no bounce.
I have a Yamaha KP65 kick drum trigger that I use in a small MIDI kit. It feels surprisingly good for the price and is a world better than anything on the “fake” inputs that RockBand systems typically use. I figured I could rig a switch to make it contact the pedal when pressed down. I also figured that I’d have to do it on a time budget of about 4 hours or risk not getting something else done.
Long story short, double sided tape and a cheap micro switch were no match for Maps.
So, research time. I found some information on the RockBand forums with several circuits proposed. The first one I found used an op-amp (LM386) and a 555 to handle the transaction. This seemed reasonable at first but just looked more and more complicated as I thought about in. On page 11, someone posted a much streamlined circuit that had what I was looking for. However, this also seemed like it had a few too many parts, and frankly, I didn’t have that stuff lying around. I hate using 741s in battery circuits, which I did. I had some LMP2011 op-amps lying around, but at $2.75 each, I was not going to use two of them.
Effectively, this is just a circuit that amplifies the piezo output, detects the peak level, and shorts a signal to ground for a certain amount of time. My op-amp can run at 2 volts, but not more than 5.5V. Using a BJT to short the output seemed ineffective since they require more current to operate than a MOSFET… plus I have more MOSFETs around than BJTs. Finally, the diode selection was important. I prototyped with 1N4009, but the .6V drop limited sensitivity at the desired voltage ranges, so I figured that a Shottkey diode rated at about .2V would make this very sensative. I came up with this:
I’m using a 3V Lithium coin cell to drive this. The battery is good for 230mAh, and since this circuit has a quiescent requirement of 900µA, this should be more than enough for months of normal play.
I also didn’t feel the need to put in a sensitivity control. Most triggers have one already and getting the cutout on the case correctly with the parts I had was going to be a nightmare.
Every part specced is SMD, except the battery holder, which I was going to fake, regardless. The required board space is tiny, but the smallest case I could get in my time budget was RadioShack’s smallest one.I could make the board tiny and face it, or just make the board the right size to use the mounting holes.
I use Eagle. Because I’m too cheap to buy anything else, and don’t want to pirate stuff. Here’s what the board looks like in Eagle:
Here’s what it looks like in real life:
You can pick up a copy of the printable board template that I used.
For this version, I wound having to move the switch a bit in, and the board is clearly cut off on top. The scrap I had lying around was a smidge small.
Things I learned:
- Using a 20 Gauge dispensing needle rather than the normal 22 I use allowed me to move faster, but I hade 3 shorts on the board. Oops. There went the time budget.
- The hacked battery holder was good enough for a prototype.
Well, once I got the shorts cleared up I was very fortunate to find it worked straight away!
The signals looked good as well:
- First picture: The output from the front-end amp
- Second: Output from the peak detector to the MOSFET
- Third: The actual output (The crap at the end is due to a terrible rigging of the high-side resistor. It jiggled.)
Taking this for a quick spin made it obvious that it had worked quite well. It’s much easier to move fast and I didn’t see any extra hits or missed hits.
So, if I had to do it over again, I’d probably use a different op-amp. The Seiko S-89431 has the low voltage, rail-to-rail operation, and micro power that the LMP2011 gave me, and comes in around $.44 each in small quantities. I’ll try it at some point. Other than that, I think everything else was fine.


Photovoltaic panel modern technology includes recording sunshine as well as transforming it right into power making use of solar batteries. These cells are constructed from semiconductor products that launch electrons when revealed to sunshine, producing an electrical existing. This innovation has actually gotten tremendous appeal because of its possible to supply a lasting power service.
Just How Do Solar Panels Job?
Photovoltaic panel are comprised of countless solar Solar panel prices batteries set up in a grid-like pattern. These cells are mostly made up of silicon, which takes in photons from sunshine. As the photons are taken in, electrons are launched, producing straight existing (DC) electrical energy. An inverter after that transforms this DC electrical power right into rotating present (A/C), which is the kind of electrical power made use of in residences as well as companies.
Kinds Of Solar Panels
Monocrystalline Solar Panels
Monocrystalline panels are understood for their high performance and also streamlined black look. They are made from a solitary crystal framework, which permits them to successfully transform sunshine right into electrical power. These panels are a prominent option for household installments as a result of their space-saving style.
Polycrystalline Solar Panels
Polycrystalline panels are made from numerous silicon pieces, providing a distinct blue polychromatic appearance. Although somewhat much less effective than monocrystalline panels, they supply an even more cost-efficient alternative while still supplying dependable power outcome.
Thin-Film Solar Panels
Thin-film panels are versatile as well as light-weight, making them appropriate for unique setups. They are much less effective than crystalline panels however have the benefit of being versatile to numerous surface areas, consisting of bent ones.
Effectiveness and also Outcome
The effectiveness of photovoltaic panels is a vital consider establishing their efficiency. Performance describes the percent of sunshine that a panel can exchange electrical power. Advancements in modern technology have actually caused greater performance prices, permitting panels to create even more electrical energy from the exact same quantity of sunshine.
Benefits of Solar Panels
Tidy as well as Renewable Resource Resource
Photovoltaic panel create tidy power without discharging dangerous greenhouse gases. They rely upon a bountiful source– sunshine– making them a renewable resource that will not diminish with time.
Decreased Electrical Power Costs
By producing your very own electrical energy from photovoltaic panels, you can considerably lower your month-to-month power expenses. Excess power created can also be offered back to the grid in some areas.
Photovoltaic panel need very little upkeep. Normal cleansing to get rid of dirt and also particles as well as a periodic examination to make certain optimum efficiency are generally enough.
Solar power minimizes dependence on nonrenewable fuel sources, adding to a cleaner setting and also alleviating the effects of environment modification.
Obstacles in Photovoltaic Panel Fostering
High First Prices
While photovoltaic panel rates have actually reduced throughout the years, the first financial investment can still be significant. Nonetheless, the lasting financial savings on power expenses typically exceed this ahead of time expenditure.
Photovoltaic panel rely upon sunshine, which suggests their power result can be influenced by over cast days or shielding from close-by frameworks.
Power Storage space
Saving excess power for usage throughout non-sunny durations stays a difficulty. Improvements in battery innovation are resolving this problem.
Current Technical Technologies
Bifacial Solar Panels
These panels can catch sunshine from both sides, boosting power generation. They are specifically efficient in locations with reflective surface areas.
Perovskite Solar Battery
Perovskite products are becoming effective options to conventional silicon cells, supplying reduced manufacturing prices and also greater adaptability.
Solar Skin Assimilation
Solar skin innovation permits panels to mix flawlessly with the visual appeals of a structure, opening brand-new opportunities for building combination.
Photovoltaic Panel Installment
House owners can select roof setups to take full advantage of room use. Ground-mounted alternatives are likewise offered for those with adequate land.
Services are significantly taking on photovoltaic panels to reduce power expenses and also show their dedication to sustainability.
Effect On Power Landscape
The prevalent fostering of photovoltaic panels adds to a much more decentralized power grid, minimizing the pressure on typical source of power.
Solar Panels and also Sustainability
Solar power plays an essential duty in decreasing carbon impacts as well as lowering dependancy on non-renewable power resources, eventually adding to an extra lasting future.
Federal Government Motivations as well as Plans
Numerous federal governments provide motivations such as tax obligation credit reports and also discounts to motivate the fostering of photovoltaic panels. These plans make the first financial investment a lot more budget-friendly.
Future Leads of Photovoltaic Panel Innovation
As modern technology remains to development, we can anticipate also greater performance prices, reduced prices, and also smooth combination right into our day-to-days live.
Photovoltaic panel innovation has actually brightened the course in the direction of a cleaner as well as even more lasting future. With its various benefits as well as constant advancements, it stands as a sign of hope in the battle versus environment modification.
Frequently asked questions
Are photovoltaic panels just reliable in bright areas?
Photovoltaic panel can still create power on over cast days, although their outcome might be lowered.
What occurs to excess power created?
Excess power can be saved in batteries or fed back right into the grid for payment in some locations.
Do photovoltaic panels function throughout power interruptions?
Requirement grid-tied photovoltaic panel systems do not run throughout power blackouts for safety and security factors, yet unique arrangements can offer backup power.
Just how do federal government rewards profit photovoltaic panel individuals?
Federal government motivations, such as tax obligation credit scores as well as discounts, can dramatically decrease the ahead of time price of setting up photovoltaic panels.
Can I set up photovoltaic panels on a level roof covering?
Yes, photovoltaic panels can be set up on level roofing systems utilizing placing systems developed for this objective.


Try the USB mouse in another USB port on the computer. In both cases, it's necessary to open up the laptop and take a closer look at the motherboard. Under Your PC, double-click Mice and other pointing devices. Also, there is a chance that the motherboard itself is OK but you have a problem with the power jack. his comment is here
WorldofTech 725.146 visualizaciones 4:05 How to Fix Laptop Turns On But No Display On Monitor - Duración: 3:02. Make sure the opening on the bottom of the mouse is clean. If you press the ON button, the AC Led and the HD Led blinks one time (i think the AC Led blinks two or three times very quickly, but I don´t Scrape hard-to-remove grime with your fingernail.
I thought that my screen died on me since the button's blue light was on and all my led lights are on. If the problem only occurs in a particular program, you may need to troubleshoot that particular program. I kinda remember this similar situation happening a few weeks back, but I just left it on without being plugged in until the battery died, then pluged it in and booted
Th battery does indicate that it is receiving a charge and when the laptop is in it's cradle the laptop's hard drive does show asa logical drive on the desktop. Turn the computer back on and retest the touchpad. Make sure the surface you are using has enough of a pattern in it so that the mouse can see it. Lenovo Laptop Keyboard Not Working cj2600 June 3, 2007 | Max, i attempted to take out the battery, put it back in again….same problem existed…..and then i attempted to just plug in the adapter without the
Honestly, I'm not entirely sure what the problem is. Laptop Keyboard Some Keys Not Working I thought I've made a mistake when I've assembled the notebook so I've taken apart again, totally and completely, and tried to power on - still nothing. When I rebooted again the next day I had the same problem. cj2600 July 8, 2007 | BubbaJoe, The hard drive clicks and the laptop reboots?
Maybe the power supply is not providing correct voltage? Desktop Keyboard Not Working Back to Top 11: How to Clean Your Keyboard (Sticking or Dirty Keys) and Mouse Cleaning the Keyboard Cleaning Your Optical Mouse Cleaning Your Ball Mouse Cleaning the Keyboard Turn off Is there something wrong with the AC Adaptor or is it something to do with the laptop? Thanks for your help!!
I have tried variations with AC power only, battery only, and plugged in the wall with battery installed. Register now Not a member yet? Laptop Keyboard Not Working Properly For Windows 8(8.1), refer to the Microsoft Knowledge Base Article, Change your language or keyboard For Windows 7, refer to the Microsoft Knowledge Base Article, Add or change an input language Laptop Keyboard Not Working Properly Windows 8 Test the laptop again. 3.
I have tried to reinstall windows with no luck. this content i tried pressing the power button but it would not work. mytubook10 238.094 visualizaciones 7:58 Cargando más sugerencias... And please SUBSCRIBE: http://www.youtube.com/subscription_c... Laptop Keyboard Not Working Hp
A mouse pad is best. (The mouse judges movement by reflections; a uniform surface is harder for the mouse to tell when it has moved.) Reseat the receiver in the USB For more information to find out if your Notebook or Tablet has a Precision Touchpad, refer to Dell Knowledge Base article How to Use the Precision Touchpad Features in Windows 8(8.1) If the noise is gone, the hard drive is your problem. weblink Situation 1.
For more information on how to install the batteries, refer to the Keyboard Manuals. (Make sure the red light on the bottom of the mouse is on). Some Keys Not Working On Laptop Hp I was like - ‘what the heck?' Hmm. your alt + f1 worked!
A small program may be needed to be downloaded and installed, just follow the prompts (you may need to use a external USB or Bluetooth mouse). any sugg. Try the USB mouse in another computer if available. Dell Laptop Keyboard Not Working Just in case test the laptop with another AC adapter. 4.
You may also... Close Time and Language window. If someone knows any other possible solutions, is welcome to post it. check over here Click or touch the Dell Touchpad or Device Settings tab.
I put back together and got a new ac adapter. Make sure the mouse is within 10 feet (3 meters) of the computer. Antfortimstony, have you tried the adjustments, let me know what happens. Situation 6.
To make sure the Keyboard and Touchpad are disabled by default when you use your 2-in-1 in tablet mode, perform the following steps. Go to my previous post witch covers laptop video problems in more details. Unplugging the screen might clear some sort of feedback from the inverter. Note: After following the preceding steps and the mouse still does not work or not work correctly, a Input Device Diagnostic, is available.
Note: When the USB port does not recognize any devices attracted to it, refer to the Dell Knowledge base article How to resolve USB port issues. After that plug the AC adapter ans try starting the laptop again. Try installing the memory module into the other slot (if it's available). At least, you can test the adapter with a voltmeter and find out it it outputs correct voltage.


BOX 5, Westhoven, 2142
Load-shedding woes could be a thing of the past for South Africans in future – if they drive a Volvo. That’s because certain Volvo models will feature bi-directional charging – meaning they can be used to power a home, as well as electric devices.
The first such Volvo – the fully electric EX90 – will be revealed on November 9.
According to Greg Maruszewski, Managing Director of Volvo Car South Africa, bi-directional charging is especially significant to South Africans – because of load shedding. “This South African challenge means that our customers will be especially receptive to a feature such as this,” he points out.
With bi-directional charging, electric cars can have the potential to contribute to an easing of this strain while plugged in – and, together with many other electric cars, they can form a virtual powerplant. “Paired with smart-charging capabilities coming to the Volvo Cars smartphone app, the Volvo EX90 will allow motorists to charge their cars when demand from the grid is low and save that stored energy to be used later. ‘Later’ could obviously mean when load shedding kicks in,” explains Maruszewski.
Practically, during load shedding, the Volvo EX90 could power any appliances in a home – from power tools to a music system.
Initially becoming available in selected markets, bi-directional charging has the potential to make energy utilisation cheaper, more efficient and sustainable.
“With the Volvo EX90 you can power your life,” says Head of Electrification Ecosystem Olivier Loedel. “You could use its battery in many ways, from topping up your electric bike when you’re out and about, to hooking up an outdoor cooking appliance for your weekend camping trip. It could even power your house during the expensive peak hours of the day.”
Along with being able to charge appliances and other devices, your car will ultimately have the capability to lend a helping hand and give some of its charge to other compatible Volvos. On the flip side, if you’re about to run out of juice, don’t worry. You can accept the same help from other Volvo cars as well.
Where available, the entire charging process will be automatic and managed entirely by the smart charging functionality in the Volvo Cars app. The underlying algorithm also makes sure that you charge and discharge the battery in a limited way, reducing the risk of avoidable battery degradation.
Depending on rules specific to each energy market, bi-directional charging could also allow customers to support the grid in different ways. This could include taking in more energy during times when there’s a surplus of renewable energy, or selling energy back during peak usage hours when there is more demand. If most cars have this functionality in the future, then the grid could be balanced more often. That could increase the overall sustainability of the grid by reducing potential energy waste from renewable sources at times when production outperforms demand.
“We believe in a future where our customers can support the grid using this technology, enabling a more efficient and sustainable use of electricity in everyday life,” says Loedel.
Maruszewski says Volvo plans to offer the hardware needed to start using bi-directional charging features, including an advanced wall box and home energy management system. “Other accessories such as adapter plugs for appliances and cables for charging other cars will also be available. The bi-directional charging offer will initially be launched in selected markets. When South Africa is one of those markets, this will be communicated to local customers,” he concludes.


We are proud with our augmented reality technology as it enables regular object to be more accessible and interactive with the use of smart phones, webcam, google glass, kinect, and other devices. Augmented reality can also detects coordinate to show a certain object or location of some places with pointing the camera to the desired spot.
WHY AUGMENTED REALITY
The user can obtain information easily with real and interactive way in forms of 3D, video, link, packaging of the product, animation of an image, and location coordinate. In daily use, it can be used in product packaging such carton, box, as well as printed media in newspaper and magazine. The Europe In Your Hand augmented reality mobile application users are able to scan various things mentioned above to access the augmented reality content.
THE SCOPE OF THE TARGETED MARKET
The Europeans and the tourists in Europe are able to use this mobile application to browse Indonesia products as well as the tourism sites in Indonesia with augmented reality and virtual reality concept.


If there’s one thing all smartphone owners agree on is that their batteries could do with a little more juice. Perhaps that’s where JuiceTank got its name from. It’s an iPhone case that doubles as a battery with a power plug built in which means there’s no need to carry a charging cable with you everywhere. The case itself is made from tough polycarbonate and packs a handy micro-USB charge and data port making the iPhone just a tad more universal and compatible with the European wide standard cable. Back the project now at Kick Starter.


Off Grid Living: Solar Powered Lighting
Systems for Off Grid Cabins and Sheds
Click on the photo to see more pictures:
How to Install Off Grid Solar-Powered Lights
One of the first things you’ll learn when camping or off grid living is that without electricity, it gets dark quickly.
But solar power is a great way to provide a wide variety of lighting and security systems that will let see what is making that big bumping sound in the backyard at 2:00 am in the morning.
How Off Grid Solar Lights Work
Solar spotlights are powered by photovoltaic cells, which convert sunlight to electricity on the atomic level. Each cell contains a thin, flat semiconductor panel with a positive charge on one side and negative on the other. Sunlight causes the semiconductor’s atoms to blow apart, releasing electrons; the electrons are recaptured as electric current between the positive and negative charges. The electricity then travels through a cable to power the spotlight. Solar energy is also stored in the interior battery for use at night or on cloudy days.
Uses for Off Grid Solar Security Lights
Solar spotlights are particularly useful in illuminating outdoor spaces where traditional extension cords or bundles of wiring aren’t practical, such as in formal gardens, large open lawns or residential entrances. Newer models offer light emitting diodes (LEDs), which illuminate more effectively and efficiently than old-fashioned incandescent bulbs. Whether you choose to light a wide area from above or train the beam from ground level on an individual object, such as garden statuary, you can easily install individual spotlights without hiring a professional contractor.
Best Places to Install Off Grid Solar Lights
The foremost concern with installing solar spotlights is ensuring that enough sunlight reaches the photovoltaic cell. Spotlights today usually feature a long power cable between the cell and the actual light, so you can place the cell in a sunny spot that receives about eight hours of light a day, and position the spotlight where you want it.
For ground-level lighting, stake the cell in the ground so the cell faces the brightest sun, and then stake the light in the ground a few feet away from the object you wish to illuminate. Train the beam upward to focus on the object.
Mounting solar spotlights over entrances, garage doors or decks involves screwing the light’s baseplate into the vertical wall or post over the area you want to brighten, then angling the light’s beam downwards. With these types, the solar cell may be attached to the light’s hood or via a power cable; in both cases, the cell still needs to receive sufficient sunlight for operation.
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5G impact in Africa
22 October 2019
5G is the fifth generation of wireless communication standards, promising the fastest and most robust technologies the world has ever seen. Rich, complex information will be freed to move at scarcely imaginable speeds. Those speeds, combined with lowered latency, will have far-reaching effects on every sector of the global economy.
In Africa, 5G is not imminent but ultimately inevitable. Market readiness is necessary to determine the timing for the transition to 5G. The GSMA 5G Market Readiness Index indicates that some countries are moving quickly towards a state of readiness, with 4G adoption approaching mass market and operators progressing with network modernisation initiatives. By 2025, there will be commercial 5G services in at least seven African markets, including Kenya, Nigeria and South Africa, with 28 million 5G connections (equivalent to 3% of total mobile connections) between them.
The connectivity benefits of 5G will make businesses more efficient and give consumers access to more information faster than ever before. Super-connected autonomous cars, smart communities, industrial Internet of Things (IoT), augmented reality and virtual reality application functionality – will rely on 5G.
5G will enable new and existing technologies, such as artificial intelligence and IoT, to have a transformative impact on business processes, helping drive productivity and efficiency. Clear, supportive strategies and forward-looking policies to prepare for the 5G era and attract the necessary investment and skills are essential to realising the aspirations of the Fourth Industrial Revolution, and to fully capture the social and economic benefits.
In Africa, service delivery, such as the provision of education can be enhanced by 5G, through immersive experiences for learners with limited access to textbooks. Learners will be able to access remote and enhanced learning material using online tools and platforms.
In agriculture, 5G enables the innovative use of IoT in solving challenges faced by farmers on the continent. Issues such as crop disease, pests, and drought have a huge impact on agriculture in Africa. 5G technology can potentially help the farmers navigate these ongoing challenges intelligently and sustainably by providing more detailed data about their farms and the macro environment, thereby assisting them with crop planning and minimising risks.
5G rollouts will require significant capital investment; mobile operators on the continent will invest $60 billion in their networks between 2018 and 2025, according to GSMA. Governments and regulators will need to consider market structures that foster a pro-investment and pro-innovation environment for the development of the 5G mobile ecosystem.


The quest of humankind to find company in the vast universe went one step further when a group of scientists sent a “message” to a faraway cluster of stars, hoping that any aliens living there would receive it and reciprocate. Friday marks the 44th anniversary of this interstellar communication and Google remembered the feat with an animated doodle.
The doodle visible in most of Asia, Australia, parts of Europe and South America was designed by Gerben Steenks. The alphabets of Google fades into radio signals and comes back in the form of pictograph. The original message sent in 1974 was encoded to transmit various data including atomic numbers, DNA and even pictorial representation of a telescope.
On November 16, 1974, a group of scientists including Frank Drake, the creator of the Drake equation, and American astronomer Carl Sagan sent a less-than-three-minute radio message to Messier 13 (M13), a globular cluster in the constellation of Hercules which is 25,000 light years away. The message consisted of 1,679 binary digits, approximately 210 bytes, transmitted at a frequency of 2,380 MHz and modulated by shifting the frequency by 10 Hz, with a power of 450 kW. The message was sent from the Arecibo Observatory in Puerto Rico.
If at all there is an Earth-like planet in Hercules with intelligent life in it, the message will take more than 25,000 years to reach them! But there was another purpose for this experiment — to display the capabilities of the upgraded Arecibo telescope. “It was strictly a symbolic event, to show that we could do it,” said Donald Campbell, Cornell University professor of astronomy, who was a research associate at the Arecibo Observatory at the time.
In the 44 years since it was first transmitted, the message has travelled 259 trillion miles, only a tiny fraction of the 146,965,638,531,210,240 or so miles to its final destination, according to a Google blog post. But we may not have to wait so long for a reply.
Last year, researchers at Messaging Extraterrestrial Intelligence (METI) International reached out to GJ 273, also known as Luyten’s star, with a “simpler” Arecibo message. The star, a red dwarf in the northern constellation of Canis Minor, is 12 light years away. The star has two planets. One of them, known as GJ 273b, orbits within the “habitable zone” and could potentially harbour liquid water, and perhaps life, METI researchers said. If we have extra-terrestrial company, we would know within 25 years.


Old versionsSee all
BatteryBar is a simple, straight-forward, battery meter that monitors the status of your battery and displays it in the taskbar.
As it monitors your battery, it keeps historical data on your battery and provide you with a very accurate estimate of how much time is remaining on your battery. The program has statistical time prediction. Always-on battery icon shows current battery status. You also can create a discharge/recharge profile of your battery and determine "time remaining" based on historical usage profile of your battery.
The application provides you with the automatic upgrade notification popup for the latest stable release too.


You might’ve heard about tube microphones if you’ve worked in music or audio. Many individuals who belong to this industry are unaware of a tube mic. Almost all of them would also never know how these microphones work. Any active microphone that uses a vacuum tube as its impedance converter is a tube microphone.
The capsule signals pass through various components in these mics, including a tube. This produces a certain output signal. This article discusses tube microphones and vacuum tubes in brief. So, let’s begin with the tube microphone.
How tube microphones work
Any microphone with a vacuum tube in its design is a tube microphone. Nothing can get more straightforward than this. The vacuum tube acts as an amplifier and an impedance converter for the signal of the mic. The condenser capsules in tube mics produce audio signals of low amplitude with a higher impedance.
The vacuum tube boosts this signal effectively while reducing the impedance. This causes the signal to travel with the rest of the components inside the mic. It finally travels through the output connection. The requirements of power are relatively higher for vacuum tubes.
To supply the required amount of power, tube microphones come with external units of power supply. These mics are often large-diaphragm condensers. You’ll also come across ribbon tube microphones and small-diaphragm tube condensers in the market.
The other terms used for a vacuum tube are ‘valve’ and ‘electron tube. This electronic device controls the current flow with a vacuum between electrodes. This happens with the application of a voltage to it. Microphone vacuum tubes have an outer container. The material of this container is either ceramic or glass. This container has a vacuum inside, where there is no air. There must be no oxygen present within the tube.
This is because the presence of oxygen might burn up the device. The electrodes located inside the tube cause electrons to flow. This produces an electric current. The 20th century saw the invention of the diode. A diode is the simplest vacuum tube. It has two most important electrodes, namely the anode and the cathode.
Cathode is the negative terminal, while anode is the positive terminal. Power supply directly heats the cathode. Indirect heating of the cathode is also possible. Upon applying heat to the tube, the cathode starts emitting electrons. Owing to the negative charge in the electrons, the cathode repels them. The positively charged anode attracts the electrons.
The application of the right power heats the vacuum tube. This generates the electric current. One thing to note here is that the tube has to be a vacuum. If it’s not, the oxygen within the tube would cause the heater to burn up. If this happens, the vacuum tube won’t function.
A tube microphone has a basic vacuum tube. The term for this vacuum tube is ‘Triode’. All the triodes have a third electrode, which connects to the microphone’s capsule. The term for the third electrode is ‘the grid’. Another term used for this third electrode is the ‘control grid’.


Police officers can use mobile police terminal products to quickly query the information of permanent residents, temporary residents, key population, fugitives, vehicles, drivers and so on. They can get the support of public security business information anytime and anywhere and realize real-time comparison. It can also collect information on the spot and return it to the internal information center of public security in time, especially the transmission and application of photos and related pictures.In the aspect of traffic police application, it realizes on-site vehicle search, comparison and alarm, ticket printing and on-site bank payment. It can not only solve the problem of identification of Suspects'artificial photos in the frontline public security work such as wanted, co-investigation, interception, search and punishment, but also provide a regional guide map for the frontline through the GIS system, so that the police can quickly judge the police situation in the area, reduce the time of leaving the police, reduce the injuries and casualties caused by unfamiliarity with the terrain, and reduce the loss of the masses.
Mobile logistics terminal is to use bar code, radio frequency identification technology, sensors, global positioning system and other advanced Internet of Things technology through information processing and network communication technology platform widely used in logistics transportation, warehousing, distribution, packaging, loading and unloading and other basic activities, to achieve the automation of cargo transportation process and efficient optimization management, improve the logistics industry's clothing. Level of business, reduce costs, reduce the consumption of natural and social resources.The Internet of Things provides a good platform for the logistics industry to integrate traditional logistics technology with the operation and management of intelligent systems, and then to better and faster realize the operation mode of intelligent logistics, such as informatization, intelligence, automation, transparency and system. Intelligent logistics emphasizes the intellectualization of data, network coordination and decision-making in the process of implementation.Intelligent logistics of goods should realize six "correctness" in function, that is, correct goods, correct quantity, correct place, correct quality, correct time and correct price. It should realize technically: identification of goods, tracking of places, traceability of goods, monitoring of goods, real-time response. This series of products have complete functions and can be applied to express logistics, warehouse inventory, purchase and storage. Management, clothing ordering, mobile sales, product traceability, wholesale management, production management, water and electricity meter reading, and power industry measurement, collection, operation and maintenance, on-site services, data acquisition and other scenarios.
Widely used in express logistics, warehouse inventory, purchase, sale and inventory management, clothing orders, mobile sales, product traceability, wholesale management, production management, water and electricity meter reading, data acquisition and other scenarios.
Full-featured, can be applied to express logistics, warehouse inventory, purchase and sale management, clothing orders, mobile sales, product traceability, wholesale management, production management, water and electricity meter reading, and power industry measurement, collection, operation and maintenance, on-site services, data acquisition and other scenarios.
高通8909 / 高通8953
RK3288 / RK3399
我司可定制主板 或定制终端 主板套用终端等服务。


ADVEPA AUGMENTED REALITY – Augmented Reality (AR) can enter in your physical environment to give new emotions to your reality. AR is a tool that blends virtual reality and the real world to create a new idea of entertainment. You will be able to nullify communicative distances with your prospects by talking to them more directly and personally. The Advepa team is always updated about innovative technologies, so we are here to explain it to you.
What Augmented Reality can bring you
How Augmented Reality works is very simple. You just need any digital device, a computer or your smartphone, and all you have to do is focus your camera on an object. The system will automatically recognize the content previously inserted showing the pictures and the information of that object directly into your device.
This technology is an innovative, versatile and easy-to-use tool. Indeed, AR is based on the principle called “overlay”. That is, the information on the screen will stand side by side to the objects giving more potential to your physical environment. So Augmented Reality will connect digital interactions to your physical reality in order to obtain the big, improved picture.
AR will connect your reality
Augmented Reality allows you to connect your physical environment to virtual reality. This technology needs only to be attached to a reality and the great thing is, it can be of any type. In fact it’s not important if you are willing to improve your factory or a museum: AR is always able to create new emotive connections.
Imagine applying Augmented Reality to every machinery of your factory. When an operator wants to know the conditions of a machine, all she/he has to do is use a smartphone to see every detail in overlay. Otherwise you might want AR into your museum: pretend that you can read all the information for every artwork. every single detail, with no limits: the narrow space of the captions will not be a problem anymore.
Augmented Reality is a new interaction of the world we live in.


AVI System for Fueling MT123-125
MINGTE automatic vehicle identification (AVI) RFID fueling systems solution is designed for oil companies, fleets, fuel/CNG stations and service providers etc. It enables fast refueling, allows self-service refueling, reduces fraud and helps boost profits. This system is quick, easy to install and completely wireless, creating a great bond between fueling and vehicles. It includes the distinct modules, including Wireless Nozzle Reader, Wireless Receiver and Vehicle Tag etc.
●Simple, quick, secure, smart, completely wireless, easy to install
●Various benefits for oil companies and fleets, seamlessly integrate with the station controller
How Does It Work?
1: Insert fuel card.
2: Fuel dispensers transmit information (e.g., fuel card No. or user info) in fuel card to fuel dispensers controlling systems.
3: Insert radio frequency nozzles, the vehicle tag details (e.g., identification No.) are validated.
4: Vehicle tag details are transmitted to petro station controlling systems during authorization process.
5: When wireless communication between the vehicle and nozzle is maintained, fuel will be dispensed.
6: Once refueling is complete, the nozzle is returned to the pump.
●Wireless Nozzle Reader (MT123)
●Wireless Receiver (MT124)
The wireless receiver builds wireless network with RFID/contactless technology for AVI systems. It works with MINGTE Wireless Nozzle Reader (MT123) and MINGTE Vehicle Tag (MT125). It is flexible, secure and easy to install & setup & upgrade etc.
●Vehicle Tag (MT125)
Email: email@example.com Skype: mingte.tech
Информация по объявлению:


RGB LED Light Bars Colour Changing Music Sync Rhythm Lamp Gaming Room Backlights. Constant current output, stable performance without flicker, 50,000 hours long life. Ideal for any fence, garden, wall, yard, attic, front porch, walkway, etc.
Slide the spring buckles up vertically and insert the lamp into the ceiling hole. Waterproof to IP44, suitable for wet rooms such as bathrooms, kitchens and outdoor. Cut a hole in the ceiling. And turn off the power before installation.
The recessed panel light is a three-color adjustable style, controlled by a switch. Power: 3W / 6W / 9W / 12W 15W / 18W / 24W Color Temperature: Warm White (2700K)+Neutral White (4000K) +Cold White (6000K)-Dimmable Energy efficiency class: A +++. Lifespan: up to 50,000 hours. Working temperature: -30 ° C - + 50 °. LED Ceiling Light Recessed Ultra Slim Panel Down Lights Round Bathroom Spot Lamp.
3W / 6W / 9W / 12W 15W / 18W / 24W. Warm White (2700K)+Neutral White (4000K) +Cold White (6000K)-Dimmable.
Energy efficiency class: A +++. LED driver: The external constant current source ...


For some reason, Windows 7 does not allow setting the Critical Battery Action to
You may wish to use this if the Advanced Configuration and Power Interface (ACPI) in your laptop is reporting your battery charge level incorrectly.
My poor old IBM ThinkPad T30 has this issue, so I want to force Windows not to power off the laptop when the battery is low.
The tool we will be using that comes with Windows 7 and Vista is
- Activate the power scheme you want to modify.
- Open an Administrative command prompt.
powercfg -setdcvalueindex SCHEME_CURRENT SUB_BATTERY BATACTIONCRIT 0
Your current power scheme will show
Battery | Critical Battery Action | On Battery : Do Nothing, even though the option is not available in the drop down box.
Now you can let your battery run dry properly!


What is Full Form of "Phone' ?
Mainly Phone Stand For- Personal Handset Over Network Equipment
What does mobile phone do?
A mobile phone is a wireless handheld device that allows users to make and receive calls. Although the first generation of mobile phones could only make and receive calls, today's mobile phones have a combination of web browsers, video calls, games, cameras, video players and navigational systems.
Also, then mobile phones were mainly known as "cell phones" or cellular phones, today's mobile phones are commonly called "smartphones" because of all the extra voice and data services they provide.
GkQuizAnswers explains mobile phones
Mobile phones, as mentioned, were used only for making and receiving calls, and they were so large that it was impossible to carry them in one's pocket. These phones used primitive RFID and wireless systems to transmit signals from a cabled PSTN endpoint.
Later, mobile phones within the Global System for Mobile Communications (GSM) network are able to send and receive text messages. As these devices have evolved, more features have been added, such as the Multimedia Messaging Service (MMS), which allows users to send and receive pictures.
Most of these MMS-enabled devices are equipped with cameras, which allow users to take pictures, add captions and send them to friends and relatives who also have MMS-enabled phones.
In addition to texting and camera features, cell phones began to be created with limited ability to access the Internet, known as "data services". The oldest phone browsers were proprietary and only allowed access to a small subsection of the Internet, which allowed users to access items such as weather, news and sports updates.
Eventually, phone makers began to engineer these phones to access the entire Internet, and webmasters, government offices, and other domain holders for all types of businesses began to respond to web sites for access by mobile phones.
This trend called "Responsive Design" has changed the world of the Internet, with mobile phone transactions making up a large part of e-commerce sales and other activities.


Click this LINK to learn about the amazing new 2014 S-Class. The following are some of the “First of It’s Kind” technology and features of the new S-Class:
- First-of-its kind MAGIC BODY CONTROL® suspension that can detect bumps and unevenness on the road ahead and proactively adjust to the appropriate suspension settings.
- PRE-SAFE® PLUS, Brake and Impulse can provide a host of anticipatory front and rear occupant protection measures.
- DISTRONIC PLUS® adaptive cruise control with Steering Assist can automatically adjust speed and lane position.
- Brake Assist System BAS® PLUS with Cross-Traffic Assist can detect and prepare for a potential collision from either side of an intersection.
- Stereoscopic camera can warn the driver of potential dangers faster than any other system in the world.
And this is just the beginning! Click for more…


Last year in intense frustration I wrote It is totally INSANE that you cannot use an external keyboard on an iPhone. It is absolutely crazy that I have to carry around other devices to be able to touchtype on the move.
With the launch of the iPad with external keyboard capabilities (and large on-screen keyboard) I was getting worried that they weren’t going to give the iPhone a keyboard in order to differentiate the devices.
Fortunately Steve Jobs has just announced that iPhone OS4, due out in the Northern summer, will include Bluetooth keyboard capabilities. Again, it is totally insane that it has taken this long – the iPhone has always had Bluetooth, it’s just that Apple deliberately crippled the ability to use it for keyboards.
This means I’m likely to continue with iPhone for a little while. The latest Android phones were beginning to look very tempting.
Of course there are some other nice features in OS4, notably multitasking and enhanced camera and video capabilities. But the keyboard is for me the critical one.


XEFRACERT is a testing laboratory for the safety certification of electrical and electronic equipment addressed to the European and extra-European market.
XEFRACERT is a TESTING Laboratory Accredited ISO 17025 by ACCREDIA, Accreditation N. 1595, for ATEX Certification. Download the complete list of accredited tests.
The Laboratory performs electrical, mechanical and environmental testing according to international standards.
XEFRACert is the ideal partner for who wants to take the new opportunities in the international markets with the guarantee of safe, reliable and certified products.
We are an Accredited laboratory with formal recognition of the leading certification and notified bodies operating worldwide for the certification of electrical and electronic equipment.
We perform tests for the certification and pre-compliance testing.
We operate in the following areas:
- Environmental and mechanical tests
- IP/IK Degree of Protection
- Resistance to environmental stress
- Tests for CE marking and international certifications
- Electrical tests
- Electrical safety tests in accordance with IEC and CENELEC
- EMC tests
- Software verification and validation
- Static analysis
- Dynamic analysis – UNIT TEST
- Integration test
- Usability testing
- Materials testing
- Non-destructive testing
- Flammability testing of materials
- Dust and gas mixture explosion classifications
- acoustic and vibration evaluation
- Noise measurements in laboratory
- Building Acoustics
- Sound pressure level at operator position
- Equivalent Sound Level
- instruments calibration LAT / ILAC
- Calibration tools for electrical and mechanical instruments with calibration certificate LAT or ILAC


2019 Kia Niro The new concept Kia Niro EV was introduced at the Consumer Electronics Show of 2019, one of the 16 planned electric cars to be put up for sale by 2025. The manufacturer is set with a range of about 238 miles and the latest Kia Niro while the exterior design should not change Of the current model. However, the inside of the new Kia will be modified to look more simple but modern. Moreover, the technology will be upgraded permanently with advanced safety features.
KIA used consumer electronics exhibition of 2019 to introduce the concept of EV Kia Niro EV, also revealed the brand’s advance in technology. The concept model also announced the arrival of 20199 Kia Niro 201. The compact Kia Niro model was launched for the first 2017 models. For the 2019 version, the additional hybrid model joined the hybrid model. Kia will add the entire electric version to the lineup, and the model is expected to join at the beginning of next year.
The compact Kia Niro is in support with the Hyundai Eunice Hatchback, but electric models do not really look like hybrid cars, rather than traditional crossovers. Based on what we can draw from the initialized model, the 2019 Kia Niro model will also differ significantly from the current versions. After that, the model seems to have a shape very similar to the rest of the set although it seems to be more streamlined. Kia will fully distinguish the electrical version with some unique elements and must have one filling version in the tiger nose grille.
The model will also show a low-resolution design for the body panels we saw in the Concept version, and even the headlamps will look more conservative than the Concept modules. No images available for model design. However, you should also not go away from available versions. This model will provide good quality materials and will contain great tools and controls. KIA will of course mark the interior design of this model with unique marks and patterns. The model will also feature the latest entertainment, entertainment and luxury options. The active security features package will also be available from the primary release.
For 2019, the model Kia Niro comes with hybrid engines and hybrid engines. However, the 2019 Kia Niro model will appear for the first time as a full electrical version. So, to start with familiar units: the hybrid engine is a combination of a 1.6-liter 4-cylinder unit and an electric motor. The first unit is capable of making 104 hp and 109 lb-ft of torque while the electric motor has an output of 43 hp and 125 lb-ft of torque. All together capable of manufacturing 139 horsepower and torque up to 195 lbs. This unit pairs with a 6-speed dual clutch.
The next version is a hybrid plug-in. This one gets the same power from a 1.6-liter 4-cylinder, a stronger electric motor and a lithium-ion battery. The output is the same as in the hybrid variant, but the PHEV can provide a complete electric range of about 26 miles. For the latest Kia Niro EV, it will have an electric motor and a 64 kW lithium-ion battery. This unit offers a range of 238 miles.
The price ranges from about $28,900 to $32,500. The electric version of this model will be much higher. The 2019 Kia Niro should reach the beginning of next year.


MARS Solutions Group is hosting our very first virtual open house to connect fellow Martians, meet the internal team, and learn about 2020 technology trends.
Do you know what the top technology trends are in 2020? As technology professionals, part of our job is to be aware of the latest technology and to help interpret what it means. With technology changing so rapidly, how can we keep up? It can be daunting to say the least! In this short information share, we will talk about the latest hot trends in technology. And we will share tips and tricks to help you stay current in the most efficient manner!
Speaker Merri Beckfield, MS has over 25 years of experience in business information systems and technology. Over the course of her career, her roles have included systems development, systems analysis and design, project management, data management, program management and systems support.
Topic: 2020 Technology Trends
Date: May 13th, 2020
Time: 11a.m. – 12p.m. CST
Registration for this event is now closed.


Filters: Author is Bell, T. F. [Clear All Filters]
DEMETER observations of the ionospheric trough over HAARP in relation to HF heating experiments. Journal of Geophysical Research. 116(A6). 2011.
Spatial dependence of banded chorus intensity near the magnetic equator. Geophysical Research Letters. 39(17). 2012.
Modeling scattering from lightning-induced ionospheric disturbances with the discontinuous Galerkin method. Journal of Geophysical Research. 116(A12). 2011.
DEMETER observations of ionospheric heating by powerful VLF transmitters. Geophysical Research Letters. 38(11). 2011.


10 months ago, I finally got my new Hacintosh built and got it stable enough to switch to. I had written blog posts about it then but saved them until I had a chance to confirm it was all good. And then I forgot about them and there were some tech issues with the blog hosting provider, etc. not to mention still wanting to get Handoff working and the subsequent problem with the Media hard drive. Now, however, I think I can declare complete victory and finally sum it all up.
First, the base computer. I got a refurbished Dell Optiplex 9020 “Mini Tower” from eBay for $625 including shipping. It has an i7-4770 and it arrived with 4 GB of RAM, a 500 GB hard drive, and Windows 8 Pro installed. Good start!
I upgraded the RAM right away. I got a pair of G.SKILL Ripjaws X Series DDR3 1600 DIMMs with 4 GB in each for $81 from NewEgg. That brought the total RAM to 12 GB.
I needed a new primary drive. And I figured I’d go SSD on this main drive. I bought a Samsung 840 EVO 250 GB SSD for $130 from Amazon. I had an old laptop 128 GB SSD hanging around that I planned to use as a secondary drive. If I were to buy the drive refurbished like is essentially being repurposed here, it’d probably run about $40.
From the old Hacintosh, I transferred the Time Machine drive, a 1 TB WD Green drive. As far as this project goes, that drive was “free” but if when I bought it new from MicroCenter, it was $60. And I transferred a 750 GB WD Black drive that was my drive just for “Media” – Music, Pictures, and Movies. As I wrote here recently, that drive recently failed (or did it?) so I replaced that with a 2 TB WD Black drive. The new drive was $130. Since I increased the size of the drive, I’ll consider that expense part of the build tally.
Now how am I going to store 2 SSD and 2 regular hard drives in this 9020 case? I got a bay converter that holds two SSDs in a single traditional hard drive bay. $8 from Amazon. The converter slides into the slot under the optical drives and behind the front panel media connectors. The holes didn’t line up correctly but that was easily solved by placing the converter into the chassis bracket, marking where the holes were with a sharpie, removing the converter and drilling two holes. Then it’s as easy as putting the converter back in place and screwing it in with two screws.
I also filled up both optical drive bays. One has an ASUS BW-12B1ST BluRay burner in it and the other has an ASUS DRW-24B1ST DVD burner in it. The BluRay cost $70 and the DVD cost $20, both from NewEgg.
Now with 6 SATA devices to hook up and only 4 ports on the motherboard, I needed a SATA card to get the extra ports. At first I went with the SYBA SD-PEX40054 for $35 from NewEgg. But I couldn’t get the eSATA ports on the exterior of the card to work so I switched it out for a Silicon Image 3124-based card for $80 from CoolDrives. (Note that even though it is a PCI-X card, it works in the PCI slot when using jumpers.) Even though my total outlay is for both cards, I was able to repurpose the SYBA card and therefore, I am only going to count the Silicon Image card in the total tally.
Then to hook up all 6 of my internal SATA devices, I got pretty translucent blue cables from Nippon Labs (example). Well, the fact that they were pretty blue wasn’t as important as the fact that they were all SATA 3 locking cables in the appropriate lengths with the correct connectors on the ends (i.e. straight vs. 90 degree or -90 degree). The cost for all 6 cables was $24.50.
The last storage related item was a SATA power splitter cable so I could hook up all 6 of these devices. That was under $7 from New Egg.
In addition to the Silicon Image 3124 eSATA/SATA card in the PCI slot, I have cards in two other slots. In the regular PCI-E x4 slot (that looks like an x16 but is only wired as x4; why do they do that?) I have the most recent acquisition, the combo Fenvi WiFi/BT card that I got from Amazon for $60 (no longer available it appears). And for Bluetooth to work, this card is also wired in to a USB header. And I have a SYBA SY-PEX30016 Firewire card installed in the PCI-E x1 slot that has two external 1394b ports and 1 external 1394a port. I bought it at MicroCenter for $40. For this card to supply power to the Firewire ports, it needs to be hooked in to the power supply of the computer via a molex connector. Fortunately, I had a molex adapter already.
To make the monitor connection, I just used the KVM’s DVI cables but I needed DisplayPort adapters to convert from the DisplayPort on the computer to the DVI port for the KVM. And as I discovered the hard way, active adapters are the way to go for the Hacintosh build. An active DP to DVI adapter costs about $25 and I have two of them for a total of $50.
Finally, there’s the Mac serial number I bought. I bought that in the form of a Mac Mini from eBay for $200 that I extracted the serial number from. I did that so I could legitimately use iCloud and iMessage.
Okay, so the total for the computer is the following:
- $625 for base computer
- $81 for 8 GB RAM
- $130 for main drive SSD 250 GB
- $40 for secondary refurbished SSD 128 GB
- $60 for Time Machine drive 1 TB
- $130 for Media drive 2TB
- $8 for drive bay converter
- $70 for BluRay burner
- $20 for DVD burner
- $25 for SATA cables
- $7 for power cable
- $80 for SATA/eSATA card
- $60 for the WiFi/BT card
- $40 for the Firewire card
- $50 for the two active DP to DVI adapters
- $200 for the serial number
That’s a total of… $1626. That’s a lot of coin for a computer these days. Especially considering that doesn’t include the KVM, the monitors, the speakers, the keyboard, the mouse, and the TinyMix. But comparing to a Mac Pro, I’m still way cheaper and I’ve got more flexibility in my build with lots more drives – 4 hard drives and 2 optical drives. In other words, I was successful in building the computer I wanted – one that fits in the Apple product gap between the Mini and the Pro.


- Rapid protein identification is provided by peptide mass fingerprinting using MALDI-TOF/MS after protein cleavage
in-gel, on-membrane or in solution. Furthermore, this technique allows a purity check of a protein or peptide preparation including a precise molecular weight determination.
- For those analyses the latest technologies are available including MALDI-TOF-TOF (4800 Proteomics Discovery System) which allows fast, accurate and
highly reproducible identification of proteins by peptide mass fingerprinting and peptide sequencing.
- ESI (Electro Spray Ionization) MS can be done on a variety of modern systems like an ORBI-Trap, a QTRAP (5500)
as well as on an Ion Trap (Esquire), both coupled to multi-dimensional chromatography systems.


Method and System of Stimulation of nerve tissue with a sequence of spatially distributed resonant sub-threshold electrical stimuli
Principal Investigators: Joseph Starobin, Vivek Vardarajan
Application Number: 14/475,949
UNCG Innovation: 11-0016
The present invention overcomes limitations of the conventional FES method and implements a novel technique of applying distributed sequence of secondary subthreshold stimuli resonant with a frequency of primary stimulations. The present invention is based on the discovery that such non-linear resonant frequency locking stabilizes propagation at higher primary stimulation frequencies, thus, facilitating conditions for more effective restoration of paralyzed muscles. This method can be especially instrumental in tissues with severely impaired conductivity where propagation of a primary wave alone without resonant secondary stimuli would be completely blocked.
A first aspect of the present invention is a method of stimulating excitable tissue by resonant spatially distributed stimuli to provide greater stability of propagation of a primary excitation wave. The method comprises the steps of:
(a) determining if the primary rhythm contains a propagation block at a particular primary stimulation frequency;
(b) if yes, applying additional sub-threshold stimuli at a secondary stimulation frequency after the first primary wavefornt passes the last electrode in the chain of secondary stimulation sites;
( c) continuing sufficient number of primary and secondary stimulation sequencies and rechecking for propagation block;
(d) adjusting the number and frequency of secondary stimuli if a propagation block is still present;
( e) repeating steps (b )·( d) until a resonant frequency locking is achieved and each primary wave results from a single corresponding primary stimulation without intermediate propagation blocks.
A second aspect of the present invention is a system for implementing a periodic sequence of primary and secondary stimuli. The system comprises (Fig. I):
(a) implantable device with a primary electrode and a: grid of secondary electrodes which together form a one-dimensional array of stimulation sites;
(b) percutaneous receiver/stimulator
(c) external controller/transmitter
The system has four major functions. The first one is using primary electrode to deliver over-threshold stimuli to initiate a chain of primary excitation waves. The second one is using an electrode array and receiver/stimulator to detect conduction blocks that prevent the primary excitation wave to propagate between any pair of successive stimulation sites. The third function is using controller/transmitter to transmit a corresponding signal and adjust stimulation parameters accordingly if a conduction block has been detected. The fourth function is using receiver/stimulator to deliver secondary sub-threshold stimulation pulses, which stabilize propagation of a marginally stable primary excitation wave.
The magnitude of stimulation parameters and a number of stimulation sites activated during such a feedback process can be adjusted either automatically or using manual programming of an external controller.
Inventor info: Joseph Starobin
Inventor Info: Vivek Varadarajan


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This new digital blood pressure monitor is an automatic measuring device to be used on the upper arm. It enables simple, accurate and fast measurement of blood pressure and pulse rate by use of the oscillometric method.


They’re pocket-sized, hand-held devices that use sensors, digital cameras and radio waves to record the movement of the GPS. They help the authorities to track the movements of criminal suspects, make a date,identify
faces, identify house numbers, etc.
It is fairly common for people to be surprised by the things the trackers can do. If they are used according to the instructions they provide, they are harmless, but still useful. There are even more things that could be useful to the users.
If the police is going to use the GPS trackers, it should be used in the proper manner. The device can be used for recording the path of criminal suspects, recording the time and date, identifying the home address, help in searching the property for the perpetrator, providing the home address of the criminals, identifying criminals by their license plate numbers, name of the police officers, and much more. The police are supposed to find out if there is a person that will become a risk in the future.
One common misconception is that if the device is used to spy on another person’s movements, then the GPS tracker will 107 hill st automatically record every movement of the object to which it is attached. On the contrary, the cameras usually use cameras that capture the movement of the object to the TV. The cameras on the device are used to see the movement of the object without being recorded.
The fact is that the device can spy gps trackers be used for recording the movements of the person who is using the GPS to contact the person’s cell phone. The aim of this device is to enable the police to identify the owner of the cell phone. The fact is that GPS trackers also have good sound recording capabilities.
Another common misconception is that GPS trackers can help the police track the movement of a person. This is not entirely true. The device is good for helping the police in identifying the location of criminals, especially when they’re using their devices for crimes.
GPS trackers are helpful when the police is going to arrest a person.They can help the police Texas identify the criminal from a distance. The police can also know when the person is moved around


Tineco replacement 2500mAh lithium-ion battery for the A11 Master cordless vacuum cleaner (Green, Master)
- 1 piece 2500mAh detachable rechargeable lithium-ion battery with LED indicator
- Specially developed for the cordless vacuum cleaner TINECO A11 Master. Please note: This battery is not suitable for the Tineco S11 series.
- The extra battery gives your A11 Master an extra 30 minutes of runtime in regular mode
- Once you install or uninstall the powerhouse, it will charge
- 1 year limited warranty


WA Tech Leader Invests Big in Rajant BreadCrumbs to Provide Greater Connectivity for Australian Mining
WA-based mining technology company, FTP Solutions, achieves top tier partnership status with Rajant Corporation after successfully winning the tender for design and supply of the largest Rajant Kinetic Mesh Peregrine and Hawk wireless network in the state.
The Peregrine and Hawk BreadCrumbs are one of Rajant’s easy-to-install wireless radio nodes, which form a Kinetic Mesh industrial wireless infrastructure, enabling voice, video, and data communications on mine sites.
The accomplishment of the deal signifies FTP’s contribution and commitment to providing innovative and reliable solutions for strengthening the sector’s operations.
FTP Solutions General Manager of Business Development Dale Birt stated ‘this sale of Kinetic Mesh into a Tier 1 miner indicates that wireless technologies are still critical in the provision of OT Network Solutions.
“We are seeing an increase in the use of mesh networking for high-demand and complex terrains, as an alternative to traditional WIFI and more complex LTE networks, due to its inherent flexibility and adaptability.”
“Kinetic Mesh networking, coupled with FTP’s Integrated Management System, offers many advantages for our mining customers and the industry as a whole such as its self-healing abilities, as the failure of a single node does not disrupt the overall connectivity.”
With a commitment to providing reliable, fully mobile wireless communications in the most challenging industrial environments, Rajant Kinetic Mesh solutions are designed to meet requirements for mobility, speed, ruggedness, and operational complexity.
FTP Solutions was announced as a Rajant Kinetic Mesh Premier Partner at the Rajant Partner Summit held in Italy earlier in the year.
“Being recognised as a premier partner means our customers can access even greater support and cost benefits, and cements FTP Solutions as a leader in delivering efficient and reliable networks across operations in Australia and globally” says Mr Birt.
Rajant Corporation APAC Sales Director Troy Mckay says the partnership aids their collective goal to continue delivering complete IT/OT wireless mesh network solutions to major mining customers.
“FTP Solutions’ experience in designing and extending existing OT networks for operated, semi-autonomous and autonomous mining solutions enhances the value of our partnership in the delivery of market leading, mining technology solutions.”
The Kinetic Mesh Premier Partner status indicates FTP Solutions is equipped to successfully undertake large scale projects for Australia’s mining industry collaboratively with Rajant as a trusted solution provider.
– ENDS –
About FTP Solutions
FTP are leaders in providing businesses with greater operational intelligence through the use of our industry leading software (IMS) and our exceptional network engineering capability. We are driven by innovation and are dedicated specialists in the provision of market-leading IT/OT network services, technologies and solutions.
FTP built the wireless network monitoring platform known as the Integrated Management System (IMS)FTP built the wireless network monitoring platform known as the Integrated Monitoring Management System (IMS) through our in-depth knowledge of wireless and fixed networks. This software has been designed from the ground up with the network maintainer in mind and has expanded to support multiple complex business challenges.
We provide our customers with real-time 24-hour data alongside a round-the-clock support service. We use the power of data to give you the ultimate vantage point on your business.
FTP operates globally and is based in Perth, Western Australia. For more information, visit www.ftpsolutions.com.au.
About Rajant Corporation
Rajant Corporation is the broadband communications technology company that invented Kinetic Mesh® networking, BreadCrumb® wireless nodes, and InstaMesh® networking software. With Rajant, customers can rapidly deploy a highly adaptable and scalable network that leverages the power of real-time data to deliver on-demand, mission-critical business intelligence. A low-latency, high-throughput, and secure solution for a variety of data, voice, video, and autonomous applications, Rajant’s Kinetic Mesh networks provide industrial customers with full mobility, allowing them to take their private network applications and data anywhere. With successful deployments in more than 75 countries for customers in military, mining, ports, rail, oil & gas, petrochemical plants, municipalities, and agriculture. Rajant is headquartered in Malvern, Pennsylvania, with additional facilities and offices in Arizona and Kentucky. For more information, visit Rajant.com or follow Rajant on LinkedIn and Twitter.
For all media enquiries, please contact Pim on 0427 341 739 or via email@example.com.


Warning: Last items in stock!
BUMBLEBEE T3 - COMPACT AND POWERFUL
Our TRANSFORMER BUMBLEBEE T3 is made of medical grade plastic, super lightweight. Has in its interior an electronic complex order to avoid unevenness in the outlet and ensure a continuous output of voltage. It also includes a base grip that allows the transformer to adhere to any surface.
Our Bumblebee T3 has an LCD panel that displays the operating voltage, and a wheel to regulate the voltage. In addition, this wheel also makes the function of pedal, when pressed activates or deactivates the flow of current to the machine.
Machinery of last generation tested in the factory for electronic transformers to operate accurately.
- Output voltage max: 12V
- Regulation: variation of 0.1 V by turning
- Maximum amperage: 2 Amps
- Entry for a machine
- Input for footswitch
- Includes power cable
- Measures: 74mm x 40mm
ALCHEMY - Material Tattoo, Piercing and Micropigmentation