Electric Bikes and स्कूटर्स
इलेक्ट्रिक बाइक्स की प्राइस लिस्ट
|Okinawa Lite||Rs. 63,990|
|PURE EV Etron Plus||Rs. 34,999|
|Raftaar Electrica||Rs. 48,540|
|एम2गो सिविटास||Rs. 1.04 लाख|
|जेमोपाई राइडर||Rs. 60,000|
भारत में इलेक्ट्रिक बाइक
- ओकिनावा LiteRs63,990*
- प्योर ईवी Etron प्लसRs34,999*
- Raftaar ElectricaRs48,540*
- एम2गो सिविटासRs1.04 लाख*
- जेमोपाई राइडरRs60,000*
- एवन ई प्लसRs25,000*
- एवन ई लाइटRs28,000*
- एवन ई मैटRs45,000*
- लोहिया ओमा स्टारRs41,444*
- लोहिया ओमा स्टार एलआईRs51,750*
- प्लेटिनो एंजेलRs34,999*
- प्लेटिनो सनशाइनRs35,999*
- प्लेटिनो प्रिन्सेसRs35,999*
- प्लेटिनो स्पाइकरRs37,999*
- प्लेटिनो रयानRs38,999*
an electric two-wheeler. While they are much more affordable, these batteries are considerably heavier than lithium-ion units and take longer to charge. में The rechargeable battery is the power source of the electric two-wheeler and provides the fuel (electricity) to the electric motor. Modern electric bikes and scooters typically use a lithium-ion battery pack, which is usually the most expensive component
some cases, a chain drive. Some electric two-wheelers have hub motors. Electric motors have the advantage of immediate peak torque delivery and noiseless, pollution-free operation. में इलेक्ट्रिक motors replace the complex powertrains का conventional two-wheelers. Usually, manufacturers provide a chassis-mounted motor के a belt or
All that immediate torque may not always be needed, so EVs come with a controller to regulate the flow of power from the battery pack to its motor. It computes usage with respect to the available battery charge and delivers power accordingly. This also opens up electric two-wheelers to various driving modes.
FAQs on Electric बाइक और स्कूटर
What are the advantages of an e-Bike over regular bikes?
fact, में There are fewer consumables पर an इलेक्ट्रिक bike. This means lesser maintenance hassles एंड costs. Also, the cost का running an इलेक्ट्रिक बाइक is much कम compared to a petrol-powered two-wheeler. के लिए some electric two-wheelers, the running cost per km is almost 1/10th that of a petrol-powered bike or scooter.
What is the range I can get from a single charge on an electric motorcycle?
India today is somewhere between 75-90km. Electric motorcycles usually have a larger battery pack and can go up to 100-110km on a single charge. But these numbers are में The real-world range of most electric स्कूटर्स के लिए high-speed and premium electric two-wheelers. More affordable electric vehicles have lesser range
How long does it take to charge an e-bike’s battery?
Most इलेक्ट्रिक बाइक usually take 5-6 hours का charging time via a स्टैंडर्ड 5A wall charger. If the बाइक has fast charging compatibility, the charging time could be reduced to as लौ as 1 hour. The charging time varies between lead-acid एंड lithium-ion batteries एंड also the बैटरी capacity.
How fast are electric scooters/motorcycles?
Electric motors generate all of their torque right from 0rpm. Hence, electric vehicles are very quick in terms of acceleration. But to keep range in check, most electric two-wheeler manufacturers cap the top speed at 65kmph-85kmph. The quickest electric two-wheeler on sale in India is the Ather 450X which does 0-60kmph in 6.5sec!
Do electric scooters/bikes need a license?
If the top speed of the electric scooter/bike is above 25kmph, then you do require a two-wheeler license as well as vehicle registration to ride it.
How do electric scooters/motorcycles work?
many cases, there’s an इलेक्ट्रिक motor that’s built into the रियर व्हील itself (called a hub motor). The basics are इसी प्रकार की to a petrol-powered स्कूटर or bike, which includes a motor (engine), बैटरी (fuel), ट्रांसमिशन एंड a drive system. में Power is transmitted from an electric motor to the rear wheel by either a belt drive, chain drive or a mechanical transfer box, on
Do electric scooters/motorcycles need insurance?
Yes, just like any internal combustion-powered two-wheeler, an इलेक्ट्रिक two-wheeler also requires insurance.
Do electric scooters/bikes have motors?
Yes, electric scooters/bikes do have an electric motor to power the vehicle.
Do electric scooters/bikes have brakes?
India feature CBS. में Yes, or else they would not be allowed to be sold to the public. All electric bikes or scooters that develop more than 11kW need mandatory ABS. Currently, all electric bikes and scooters on sale
Do electric motorcycles have gears?
They do not have traditional gearboxes as of now. The transmission system may comprise of mechanical gears to transfer the power from the motor to the rear wheel efficiently.
Do electric bikes/motorcycles make noise?
There is a whirring sound from the motor, or a whine that’s usually associated with belt drive systems. Certain electric motorcycles that use chain drive also have chain noise. That said, all of these noises are significantly more silent than conventional engines. If you are expecting a sound from your riding experience like an internal combustion two-wheeler, then you will be disappointed. However, the Revolt RV 400 offers the option of an artificial exhaust note using a speaker.
Are electric motorcycles safe?
water. में Yes, they are. Almost all electric vehicles get an IP67/IP68 waterproof rating which allows the rider to ride them even when the scooter is submerged under 1 metre
Are electric motorcycles safe?
Currently, most electric motorcycles are automatic. However, several electric giants have started working on gearboxes के लिए electric motorcycles.
Which electric bikes/scooters are best?
The answer depends on the purpose the bike/scooter will serve के लिए the high-speed electric two-wheeler segment. में you. The लोकप्रिय options currently are the बजाज Chetak, Ather 450X एंड the Revolt RV 400


Demonstrating the benefits of electric forklifts
13 Jan 2021
For Rodney De Fouw, member electrification strategist at Great River Energy, the winter cold in the area bordering Lake Superior is more than just an uncomfortable reality or an interesting bit of trivia. He knows one of the biggest barriers to commercial and industrial (C&I) members adopting electric equipment is skepticism that it will operate reliably in northern Minnesota’s harsh weather conditions.
Concerns about electric equipment are rooted in past experiences with electric forklifts powered by lead-acid batteries that would sometimes not start or charge in extreme cold or couldn’t be used in outdoor applications due to rain and snow. While newer electric forklifts include lithium ion batteries that are protected from the elements and perform better in cold temperatures, many members continue to be wary.


The first thing to know is that a linear actuator does exactly what its name implies: it actuates (or ‘moves’) in a linear (or ‘straight’) fashion. There are many different ways that a linear actuators motor can do this, and their motion is commonly achieved with a rod extending and retracting, or a slider that moves on a track. It’s motion is created by using a Lead-screw. The screw turns either clockwise or counter-clockwise and this causes the shaft, which is basically a nut on the screw to move up and down the screw as the screw turns. This is what converts rotary motion from the electric motor to Linear motion.
The motors used are either AC or DC motors, most however run on 12v dc. To make a Linear Actuator go in the opposite direction you simple reverse the wires from the Linear Actuator (reverse polarity) from the battery or power supply. This is typically done through a switch that automatically reverses the polarity to the motor for you. Different speeds and forces are achieved by using different gear ratio’s inside the Linear Actuator gearbox system. Please remember in a linear actuator, force and speed trade off against each other. That means if you want high force you have to settle for a lower speed than if you require lower force. This is because the only constant in a Linear Actuator is the Motor speed and force for a given input voltage.
To make our linear actuator shaft stop when it gets to the end of the stroke, our products have built-in limit switches or micro switches as they are sometimes known. These limit switches are inside the main shaft and are nothing more than a small switch that is triggered by the nut inside that slides up and down the screw. There is one for the top extended position and one for the lower retracted position. For more information on this, check out our Blogs page.


Last year we published a series of blogs reporting on some of the work we’d done processing and visualizing point cloud data within ArcGIS Pro to create Digital Twins . One of the reasons for creating these Digital Twins was to provide a base for displaying sensor data – e.g. visualizing temperature levels within different zones.
In this blog we look at how, using relatively cheap consumer electronics, some Python scripts and ArcGIS Online, we created a real-time display of activity in our London office. With many office closed for the global pandemic our timing wasn’t the greatest – there’s not been a great deal of activity in offices recently – but fortunately the sensors we used also record temperature and light levels, so we did get some data points to look at!
The sensors we used for this project are part of the Philips Hue lighting range. We purchased a Hue Bridge and 5 Indoor sensors – total cost c. £200. The sensors report presence, temperature and light level via Wi-Fi to the Hue Bridge, which you connect to your network – an API is provided that allows the Hue Bridge to be queried to retrieve the values reported from the various sensors.
The sensors are very easy to install and to connect to the Hue Bridge. As we weren’t interested in using them to control our lighting, we placed them where they could observe movement: into the office, between the main office areas and into the comms room.
We created a set of feature classes to store the data we wanted to show on our map. We wanted to be able to display the current readings for each sensor and be able to display them over time. We also wanted to be able to display the presence readings as polygons representing the zones that the sensors were covering. We therefore created these 7 feature classes in 3 different File Geodatabases (we had no particular reason for splitting them out, here’s a zip), published these to ArcGIS Online and made them editable:
The screenshot below shows the data collated in the Ongoing HueTempSensors layer – as you can see, ArcGIS Online does support pretty large datasets. It is also worth noting that despite the display only showing the nearest minute for the date time value, the underlying value does contain seconds/milliseconds.
Having published the ArcGIS Online data layers that were to hold the data, the next step was to write a routine to retrieve and upload the sensor data.
The Hue API is well documented and there are enthusiasts out there who blog about their use of it – all of which helped us to create this Python script that runs on a infinite loop, kicked off as a scheduled task at start-up on a virtual machine hosted in our office. The script also uses the ArcGIS API for Python, to handle the update of the ArcGIS Online feature layers.
The script executes the following workflow:
- Queries the Hue Bridge to retrieve a list of the connected sensors.
- Connects to ArcGIS Online and identifies the target feature layers.
- Loops through the sensors, retrieving their current values, and updating these to ArcGIS Online.
- Sleeps for 3 seconds and then repeats.
- Periodically, it deletes the rows that are more than 30 days old.
When we started, we didn’t really know if the set-up was going to work – if it took 5 minutes to retrieve and upload the information to ArcGIS Online, it wouldn’t really be real–time, would it? Obviously, the Hue sensors are developed to switch lights on with little more than a fraction of a second delay, so that side was unlikely to cause an issue – processing the data and uploading it to ArcGIS Online might cause a delay, though. As it turned out, that part doesn’t add much time – we only have an update lag of a few seconds – i.e. the sensor values are on the ArcGIS Online map within a few seconds of being sensed. That’s pretty impressive!
As the screenshot below shows, there’s a three second difference between the values in the map and the clock on my machine (I did check that the source machine and my machine have synchronized clocks). So, that’s 3 seconds for a journey from:
Sensor (in the London office)
to: Hue Bridge (London office)
to: Processing computer (London office)
to: ArcGIS Online (Esri cloud)
to: Client computer (my house – Shropshire)
Results – real–time monitoring
We created an ArcGIS Online Web Application Builder app to consume the current data. With these apps you can set the refresh time to be a few seconds, thereby matching the update frequency of the sensor data. The green zone polygons in the app turn red when presence is detected:
When combined with some video cameras, you can have the Big Brother system you’ve always dreamt of:
Results – ongoing monitoring
The ongoing datasets build up very quickly when you’re capturing 1 reading every 3 seconds, so capturing the different parameters at lower frequencies would probably be a sensible amendment to the script. ArcGIS Online copes pretty well with big point datasets, but I would say that configuring (and using) out-of-the-box ArcGIS Online web-based apps consuming the data requires some patience.
However, a simple dashboard showing the light levels (orange) and presence hits (blue) for the office does provide interesting and potentially useful insights into activity in the office – the light level spikes during the night are when the security guard was visiting the office as part of his patrol. Note that the “presence” detector actually senses motion, so if you stay reasonably still it doesn’t register a hit.
If you take the data out of ArcGIS Online and look at it using ArcGIS Pro, which handles big datasets with ease, you can look at identifying patterns of behaviour, and determine things like which meeting rooms are being used most frequently, and for how much of each day.
Clearly there is some scope for invading people’s privacy, even though the sensor data is anonymous – integrating it with other information (like the video data, obviously) or behavioural knowledge (when someone comes into the office) could allow you to gain insights that perhaps you ought not be able to. However, there may be times when this is actually useful – the screenshot below illustrates how, when you know there’s only one person in the office, you can effectively track their day – when they arrive and leave, when they use certain facilities, etc.
So, using ArcGIS Online, with a small investment in sensors and some scripting, we have created a real-time remote monitoring system for our office, allowing us to gain some insight into how it’s being used – or not being used, as is the case during the current pandemic.
It’s easy to see how having a live map showing this data to hand could assist in security and emergency situations, where you need to identify where people are, and also where they have been and so might be. There’s also the potential (with further work and data) to use pattern recognition to spot when unusual activity is happening without having to explicitly code rules – so, for example, if the security guard doesn’t turn up at the right interval, you could get an alert.
Integrating other sensor types such as smoke alarms would obviously increase the usefulness of the live map – perhaps in the future every facility, office and even home will have its own digital twin, dripping with live sensor data feeds and – who knows! – accessible to third parties such as family members or emergency services.
We hope you found this interesting – if you try out the scripts and have issues, please drop us a line.
Posted by Ross Smail, Head of Innovation.


1- Crunch time: can a new Pebble smartwatch make it in..
2- Samsung and Sony already have smartwatches out, and new models are coming this fall.
3- The future of smartwatches smartwatch a smart idea?
4- This isn't LG's first entry into the smartwatch arena.
5- This is the first smartwatch to claim you will meet more girls and have more relationships or hook-ups."
6- 3. 78 smartwatch: what should it do beyond a Pebble?
7- 6. Motorola Moto 360 If you're seriously looking for the smartwatch to beat, this is it.
8- 78 smartwatch: what should it do beyond a Pebble?
9- A 'Nexus'-like smartwatch is expected from LG, and Samsung is doing its own Tizen-based wearables thing.
10- A video showing Fleksy in action on the Gear 2 smartwatch and the full press release follow below.
11- And Apple will debut its smartwatch in April.
12- And if the wearable is a smartwatch, it should look inconspicuous, if not beautiful.
13- And if you want notifications on your wrist, get an Android Wear smartwatch, a Pebble, or the Apple Watch.
14- And, what's more, it can tell the time, making it the perfect smartwatch for the bigger-is-better crowd.
15- Android developers were the first to carry the smartwatch torch and get some props for early entry to the market.
16- Android Wear, Google's smartwatch operating system, reconsiders what apps should look like on a tiny circular display.
17- Apple also announced an upgrade to its smartwatch operating system that will be released on 16 September.
18- Apple was granted a patent for a smartwatch in July and reports have suggested now is the time for its debut.
19- Apple Watch joins the Pebble, pictured here, in the growing smartwatch market.
20- Apple Watch: Apple also unveiled the Apple Watch smartwatch, the company's first wearable device.
21- Apple's main rival Samsung has long had a range of larger handsets and has tried to market a smartwatch of its own.
22- At this point, Apple has a few competitors in the smartwatch market, some of which come in various styles.
23- Both are angled toward getting you to buy an Android Wear smartwatch.
24- But Android smartwatches cost about as much, and Apple Watch just a bit more, starting at $449 in Canada.
25- But regardless of the overall appetite for smartwatches, the consensus seems to be that Apple will be the clear leader.
Learning Games for Fun :
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February 9, 2010
You might think this sounds strange but at Middlesex University they have managed to create a robotic serving robot which means you don’t need to walk far at all to get your beer. Actually scrap that you will be able to stay on the Sofa and be served, this also might just be perfect for those house parties.
We humans will be able to hover our hands over the sensor in the head to stop the robot then just place your cup in the holder ready to be filled. It will then continue along its serving path ready for the next refill. This has to be assigning of things to come and looks very interesting for the future development of robots. Unfortunately this is still prototype but it can’t be much longer before these handy robots come on the market for real.Continue reading »
May 14, 2009
The Handheld Portable Toaster is a concept design which could be hitting shops in the future. The little Handheld Portable Toaster is very simple and will be made almost like a butter knife which you will spread over the toast. This will then toast it right before your eyes.
It is going to have a LCD screen on the side facing you which will indicate how hot or toasted the toast is at that point. The Handheld Portable Toaster will be wireless and charge on a docking station which will make thing easier and quicker in the morning.Continue reading »
March 9, 2009
At first glance of the iBasket I thought it was just a flash see through laundry basket but I discovered it so much. The concept is that it will stop smells from escaping and airing around the room.
The technology used in this iBasket Concept is designed to draw the unpleasant smells out from clothes. It also automatically start cleaning the clothes once the pile reaches a pre-determined weight meaning you have very little to do. They are talking about having connectivity to your PC that will message you to give you updates on the status of the clothes load.Continue reading »


Review Of Technology Samsung Televison 3D TV LED UN55C8000
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This LCD television uses conventional technology in conjunction with Samsung, Äôs edge LED backlighting lights up the new system. LED backlighting allows manufacturers to push the limits flatscreen thickness as evidenced by this 3D TV. Samsung UN55C8000 screen is 55 inches in size. V is sure to turn heads in your living room looks beautiful with ultra-thin and metal LED backlit panel.
The lack of etel halo effect ofvision is halo effect that has been reported by several buyers when viewing 3D content. This of course can be teething problems with new technology and there is a good chance that Samsung will fix this complain before sending their latest models into production technology TV.Tepi lit backlighting may cause a little uneven across the entire screen. This is a small sacrifice, you have to make when going to the panel with a slim profile as the UN55C8000. However, this should not be a problem unless you prefer to view movies in the dark. After the TV was launched, should become clearer whether this is really going to be a problem.
Samsung has used a technology-based Active Shutter 3D. Refresh rate of 120Hz per eye would allow for immersive and smooth 3D viewing experience. In addition, the screen will allow enjoyment of HD 1080p content on UN55C8000 Samsung.The Television 3D UN55C8000 Samsung has a resolution of 1920 x 1080. Given that all this HD content as good at 1080i, 1080p or 720p,1080p native display UN55C8000 will make it compatible with all HD and 3D content.


TYPES OF COMPUTER SOFTWARE
A summary of the different types of computer software is provided in this article. A computer’s language is its software. A program or set of instructions can be considered software, which performs a specific task. Software cannot be touched, but the GUI can be viewed. Computer systems can be divided into two parts: software and hardware. Software is a variable component of the system, whereas hardware is an invariable component. In the same way that human languages have different types, so do computer languages. Below are some types of computer software.
System software is used to control the operation of the computer. It includes operating systems, device drivers, application programs, etc. Computer systems software is the program or code that controls the operation of a particular computer system or group of systems. It also acts as an intermediary between casino online users and the operating system. In other words, it converts commands from the input device into instructions that are understood by the operating system.
Application software is used for performing specific tasks. Examples include word processors, spreadsheets, databases, web browsers, text editors, american online casino games, etc. Software applications play important roles in our lives today. You don’t have to be too technical or even have programming knowledge to write a software program. All you need is a good understanding of data types, variables, flow control statements, and functions. Software developers, unlike those who develop web pages, spend time designing their code before writing it down. They also try to optimize it once they’ve written it.
Programming language software
Programme languages are the set of rules which define how a computer can read and understand a piece of software. A programming language consists of keywords, operators, punctuation marks, and syntax. Programme languages are the building blocks of any computer program. They tell the computer what to do. When a programmer writes a programme, he uses a programme language.


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At Web Summit 2023, Veriff’s Founder and CEO, Kaarel Kotkas, shared insights on the future of digital identity verification. This article from Veriff’s blog highlights the evolving landscape of ID verification and its implications.
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Table of contents
• Digitalization of import-export processes
• Use of Internet of Things (IoT)
• Big Data Analytics
• Artificial Intelligence (AI) and Machine Learning
Welcome to the world of imports and exports, where every shipment is a new adventure! With the rapid progression of technology, this field has been revolutionized by digital processes and automated workflows. Cutting-edge technology has made it possible to streamline import-export procedures, improving efficiency and reducing redundancy. But before we dive into the latest technological advancements, let's brush up on the basics. Understanding the import-export process is crucial in facilitating communication between countries, promoting international trade, and spurring global economic growth. The integration of technology has brought about fundamental changes that have simplified these intricate procedures.
Digitalization of import-export processes
Digitalization of import-export processes has revolutionized the way businesses trade goods across borders. One of the notable advantages of this transformation is paperless documentation. Say goodbye to stacks of paperwork and hello to a more efficient system that saves time and money. Digitized processes also mean automated workflows that reduce human error and speed up the supply chain. The implementation of Blockchain technology has further enhanced supply chain transparency and facilitated secure transactions. It's fascinating to see how technology is making import-export processes simpler and more reliable.
Use of Internet of Things (IoT)
Technology has revolutionized how import-export processes are managed. The use of Internet of Things (IoT) has greatly benefited supply chain management by enabling real-time tracking and monitoring. Smart shipping containers have been developed, which streamlines the tracking process throughout the entire journey. This allows for efficient tracking of cargo, and the ability to optimize the supply chain accordingly. The benefits of IoT in streamlining import-export processes have been vast, and with further advancements, we can expect to see even more significant improvements.
Big Data Analytics
When it comes to import-export processes, Big Data Analytics has revolutionized the game. Thanks to real-time monitoring and analysis of data, businesses gain insights into trends and identify potential risks promptly. Predictive modeling has also made risk management more effective. By using data to predict future outcomes, businesses can take preventative measures to mitigate potential risks. Additionally, efficient inventory management has become effortless as businesses can access critical data points and make informed decisions quickly. Say goodbye to manual inventory tracking!
Artificial Intelligence (AI) and Machine Learning
By leveraging the power of Artificial Intelligence (AI) and Machine Learning, import-export processes can now be fully automated. This means automated customs compliance, improved forecasting, and efficient route planning. AI algorithms can analyze vast amounts of data and make decisions much faster and more accurately than humans ever could.
Gone are the days of manually filling out customs forms and struggling to predict demand. With AI and machine learning, import-export businesses can optimize their operations and stay ahead of the competition. Who needs human brains when you have machines to do the thinking for you, right?
Technology is revolutionizing the import-export process. The world is gaining speed with paperless documentation, smart shipping containers, and real-time monitoring. The future is bright with predictive modeling and efficient route planning. Let's buckle up for the ride ahead!
To keep updated with the latest news and trends in the international trade market. Subscribe to our weekly newsletter.


- Material: Silica gel
- Battery Capacity[mAh]: 160
- Battery life up to[hours]: 8
- Maximum wireless range[m]: 10m-20m
- Category: Earphones & Headphones
- Charging Method: Cable
- Headphone Pads Material: Silicone
- Bluetooth Version: 5.3
- Package List: User Manual,Charging Cable
- Features: waterproof,With Microphone,Amazon Alexa Support,Apple Siri Support,Google Assistant Support
- With Microphone: Yes
- Support Memory Card: No
- Waterproof: Yes
- Function: For Internet Bar,Monitor Headphone,for Video Game,Common Headphone,For Mobile Phone,Sport,For Swimming,For Office
- Active Noise-Cancellation: No
- Volume Control: Yes
- Control Button: Yes
- Vocalism Principle: Bone Conduction
- Wireless Type: bluetooth
- Connectors: USB
- Communication: True Wireless
- Style: Ear Hook
- Origin: Mainland China
- Brand Name: JCInfos
Power on /off：
Press and hold the on/off button for about 3 seconds, when the indicator light flashes white and blue alternately, the headset has been turned on/off.
*keep the headphone in the ranger of 1 meter if it’s the first boot pairing
*When the red and blue light flash alternately .it means the headphone enters the automatic BT pairing mode.
*Open your smart device and find"X6"from the BT list .Click on the connection .And the blue light flash slowly when being connected successfully.
How to switch between BT mode and MP3 mode?
The headset is in Bluetooth mode by default. Press the "power on" button twice in a row to switch to MP3 mode. The same operation to switch to BT mode.
How to charge the headphone?
The battery capacity of the headphone will be displayed on the phone. When the headset prompts "Low power", it indicates that the battery is low, please charge the headphone in time.
The anti-dull magnetic suction charging port is designed to ensure proper connection. If it does not automatically suction close, please check if it is in the correct position.
How to download or cancel the songs?
Computer is connected to the headset through the magnetic adsorption data cable, and the computer displays U disk in around 5 seconds later, you can download or delete the songs.
Functions States Action
Power on/off Off/on Press and hold on for 3s
SIRI Play Press and hold on the + button for 2s
Pause/play Play/pause Press power on button
Next song Play Press the + button twice in a row
Previous song Play Press the – button twice in a row
Answer/ Reject Call status Press "power on/off" button one time
Volume +/- Play Once press + or – button
Functions States Action
Switch mode BT/MP3 Press the "power on/off" button twice in a row
Pause/play Play/pause Once-press the "power on" button
Volume + Play Once–press + button
Volume – Play Once–press – button
Next Previous Play Press the +- button twice in a row
Blue and red light alternate flashing: Pending for BT pairing
Blue light flashing slowly: Pending for playing at BT mode
Blue light flashing:Data transfer mode
Green light flashing: Pending to play at MP3 mode
Blue light breathing: BT game low latency mode
Storage & Maintenance
*Store the BT headphone in a cool and a dry place, the working temperature is 0-45℃
*Please charges it before using after a long time storages.
*Headphone resistance to water, but do not use under water for long time.
*Do not put the headset at a higher or lower temperature environment..
*Do not charge the headset in the moist environment.*Do not use the headset during charging.
Horn unit: Bone conduction transducer
BT version: 5.3
Microphone sensitivity: -42dB
Connect distance: 10m/33ft
Battery capacity: 180mAh
Built-in memory: 16G
Playback time: Up to 6 hours @70% volume
Standby time: About 240 hours
Charging time: About 2 hours
Charging voltage: 5V
Wearing and removing the headset with your both hands. Please adjust its position according to your comfort.


Xiaomi has made its name not only with the smartphones but also with the other smart devices which it has launched in the last few years. The company has not shifted its concentration completely from the smartphones but it has made itself a brand for those who love to own useful gadgets. From television to rice cooker, Xiaomi has something for everyone.
The following list has the top 5 products which will be launched on online shopping websites and will change the way we look at our day-to-day gadgets. All these gadgets are smart and can be operated with the help of a smartphone and the application.
- Mi Routers: If you are using home network or broadband connection, you must be aware of the device called router. It helps in connecting the devices with the internet connection via wired connection or wifi. The company has a wide range of routers based on wifi technology that has the 64-meter range and can connect to a 300 Mbps network. The company also offers Gigabyte Routers which have the 100-meter range and come with an unbelievable 1 TB storage capacity.
- Smart Rice Cooker: The device is available in China only as of now. Rice is the staple dish in China and most of the household have specific rice cookers to make it easy to cook the food. The company has launched a smart version of the rice cooker which can be controlled with the help of a Smartphone.
- Mi air purifier: In the cities with high density of air pollution, airborne diseases like asthma etc are very common especially in children. Therefore, the sale of air purifiers is getting higher every year. Xiaomi has a range of air purifiers that you can control with the help of a smartphone. These air purifiers can clean 406 cubic meters of air in just one hour.
- Mi Lighting: Smart lighting is gaining popularity as one of the most desired product under Internet of Things. The company sells smart lights in three different variants. Starting from just Rs.850 the highest priced lamp goes to a very affordable price range of Rs.2300 only. These lamps can be controlled with the help of a smartphone.
- Mi Smart Kettle: If you are a caffeine buff, this product is made for you to enjoy the steaming hot tea or coffee at the right temperature. This smart kettle can remember your temperature preferences and will provide you with the water, coffee or tea at the perfect temperature.
The list of products launched by Xiaomi to make your home a smart place is endless. You can buy these devices during Diwali offers to make sure you get the best deal. From television to routers and washing machines to air purifiers, Xiaomi is taking over the homes of gadget lovers in the perfect possible way. As the products are pocket-friendly, it is a win-win situation for everyone.


Buy a voltmeter, if you are in the U.S. you can find a cheap one at Radio Shack or any electronics store.
The one I have is very simple, it has a positive wire anda negative wire connected to a 6 1/2 inch by 2 inch rectangular strip of lights. One section of lights light up when you are testing the alternator or stator....the other set of lights light up when testing only the battery, with the bike off.
Touch the wires to the battery and keep the bike off. See how charged the battery is by how many lights on the voltmeter light up.
Then start the bike and again, touch the wires to your battery. Now, if your stator is charging your batt. properly you will see the appropriate lights on the voltmeter lightup.
LMAO.... Yep it's your nickname you have there,[sm=signs007.gif] but then like most of us if we have one ormore of these things. you know if it hastyersor ****.... Your correct.......You will have a MT Wallet...... [sm=insomnia.gif]
Okay, so your battery isn't holding a charge. Time to get a new battery??? Hold on there....the battery may be a symptom and not the cause. Charge your battery with a charger and go throught this tutorial to see which part of your charging system is failing.
What components make up the charging system? The charging system is made up of essetially three compoenents:
- alternator (used interchangeably with stator)
The battery is the rechargeable power source for all electrical devices on the bike.
The alternator generates power to recharge the battery.
The regulator/rectifier is the link between the battery and the alternator. The battery is a DC power source. The alternator is an AC power source. The rectifer converts AC to DC. The regulator probes the battery's voltage. If it is low, it allows the converted AC power to recharge the battery.
Many of you are familiar with charging systems of cars. Motorcycle charging systems are similar in concept to automobiles but do have some differences. Unlike a cars charging system, a motorcycles battery is still in use to power all electrical devices. Therefore, the battery cannot be disconnected even after the bike's engine is running. Also unlike a cars charging system (which is recharging the battery with full regulated voltage as soon as the engine is operating), a bike's charging system doesn't recharge the battery with full regulated voltage until above 5000 rpms or so.
Charging System Diagnosis
This tutorial uses an F3 but most of this information is applicable to most bikes. It is assumed that you know how to use amulti-meter.
- assorted tools to remove fairings and the seat
Step 1 - Check Battery Voltage
- Remove the right side rear cowl, seat, and battery cover.
- Measure the DC voltage of the battery. It should be above 12.3 V.
- Start the engine and measure battery voltage @ 5000 rpms. Voltage should read between 13.5 and 15V
- Turn the engine off.
If the voltage was correct, go to Step 2. If it was incorrect, go to Step 4.
Step 2 - Check Current Leakage
- make sure ignition is off
- disconnect negative battery cable
- connect the postive lead from the multimeter to the negative battery cable
- connect the negative lead from the multimeter to the negative battery post
- measure the current leakage
NOTE: this step can cause damage to the multimeter if it is not set up properly for current readings. Check your mulitmeter's owner's manual for proper setup.
The current leakage should be no more than 1.2mA (this value may vary for your bike). If the current leakage is correct, the battery is faulty. If it is incorrect, continue on to Step 3.
Step 3 - Disconect the regulator/rectifier
- locate the the regulator/rectifier on the right side of the subframe. Disconnect the plug to the regulator/rectifier.
If continuing from Step 2, redo the current leakage test. If the current leakage is still incorrect, there is a short in the wiring harness. If the current leakage is correct, then the regulator/rectifier is faulty.
[color=#000000][font=arial]Reconnect the negative battery cable to the negative battery post.
If continuing from Step 1, continue to step 4.
Step 4 - Check regulator/recitifier voltages
Check the voltage between the red/white wire and the green wire of the connector.
The voltage should be identical to that of the battery. If the voltage is incorrect, there is a short in the wir
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Dometic Waeco Sine Power inverters deliver class-leading performance, power efficiency and reliability making them the choice of professionals. Engineered to produce 240 volt power, Perfect Power inverters feature exceptional peak power performance (200% - 700 Watts capacity for 3 secs, 400 Watts capacity for 10 mins) allowing them to effortlessly run demanding appliances that require a higher start up wattage and a lower continuous / running voltage. All Dometic Waeco Sine Power inverters are fully isolated and designed in accordance with Australian standards for safety and peace of mind. The device ensures a trouble-free mobile operation of appliances such as electric toothbrushes, laptops, TV sets, DVD players, or mobile phone chargers.
Surge and short-circuit-proof
High and low-voltage shutdown
Reverse polarity protection fuse
Can be activated/deactivated using a simple external remote on/off switch ( NOT SUPPLIED ), this would be ideal where the inverter is hidden away and can be switched from another location.
Rated Input Voltage: 12 V DC
Output Power at 25°C for 10min: 400 W
Continuous Output Power at 25°C: 350 W
Peak Power Output: 700 W
Output Voltage: 230 V AC
Output Frequency: 50 Hz
Idle Current Consumption:0.6 A
Standby Current Consumption: 0.5 A
Input Voltage Range:10.5 - 16 V
Dimensions: W124mm x H291mm x D94mm
Min Temp: 0°C
Max Temp: 40°C
Dimensions: 198mm (W) 49mm(H) 199mm (D)
Payment & Security
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- Start: 1 Aug 2014
- End: 3 Aug 2014
- Venue: Singapore Expo, Hall 6A
- Cost: Public - Free Admission
Time: 11am to 9pm
Organiser: Smart Electronics Fair 2014
More than 100 top electronics brands participating in this expo, offering the largest range of electronics and gadgets at great prices! Check out for the exclusive first come first serve hot deals too!


Let’s talk about tech!
Technologies are advancing at a rapid pace.
Detailed monitoring of all the news or innovations is time-consuming for many of us. SOS electronic came up with the idea of the DEBATECH e-conference, which can also become a fresh source of current information and trends on the electronic product market for you.
Inspirational speakers from the world of technology
Hundreds of active participants online
1000+ hours of views on YouTube
The incalculable value of lectures.
Did you miss the DEBATECH 2022 conference live broadcasts? Don’t worry—we’ve got you covered! Watch it online:
Debatech conference attracts open-minded people with a passion for technology. Are you ready to get inspired?
Technical University in Košice, Slovakia
Peter works as an Associate Professor at the Faculty of Electrical Engineering and Informatics, Technical University in Košice. His research activities are focused on communication infrastructures and smart-metering technologies. As part of the university startup CEELABS, he develops HW and SW solutions for the collection, transport, and data analysis in the field of electricity consumption.
As a program designer-mathematician, he worked in the field of classical IT for almost 20 years as a developer, consultant, and manager in Hungarian as well as the international corporate environments. Since 2008, he has been the CEO of Intelliport Solutions, a provider of IoT industrial solutions, where pioneering solutions are developed, manufactured, and exported to more than 20 countries, while he is working with global companies such as Siemens and CISCO.
Owen Wei and Daniele Cleri
AAEON Technology Inc. , Taiwan
Owen is Marketing and Business Development Manager, who works closely with ecosystem partners to build AI & IOT solutions based on AAEON edge computing platforms.
Daniele works professionally with Linux since 2006 and as user since 2000. With 10 years’ experience in Embedded Systems, his knowledge ranges from Build Systems like Yocto, to IoT Systems and Architectures, including AI applications on Edge Devices.
Heliodor is a successful serial entrepreneur and technology enthusiast. In 2000 he founded the software company Visicom, where they developed mobile solutions for sales representatives in the FMCG (fast-moving consumer goods) segment.
In 2015, he joined SEAK with the mission of giving the company an international level. In 2018, SEAK introduced charging stations for electric vehicles integrated with intelligent lighting poles, for which they received British Embassy Green Tech Awards 2021.
Igor Ginzburg and Mark Schoppel
Traco Power Group, Switzerland
TracoPower is a Swiss company with headquarter based in Zurich. As a leading power supply specialist with more than 30 years of experience, it is dedicated to the design and manufacturing of high quality DC/DC and AC/DC power conversion products.
Igor Ginzburg works in Traco Power as Area Sales Manager and Mark Schoppel is a project Engineer of Customized Power Supply.
Antonio Rubino and Marco Gysel
Sensirion AG, Switzerland
Sensirion is the expert for environmental and flow sensor solutions that improve efficiency, health, safety and comfort. Sensirion employs around 1000 people at its headquarters in Stäfa, Switzerland and in numerous international subsidiaries. Antonio Rubino is Product Manager for Particulate Matter and Environmental Combo Sensors, while Marco Gysel works as Business Development Manager for Clean Indoor Air.
Czech Technical University in Prague, Czechia
Michal is an assistant professor at Czech Technical University in Prague.
He works in the area of embedded systems software with emphasis on operating systems, real-time control, robotics and safety.
He cooperates with many industrial partners including Škoda, Porsche, Honeywell or Nvidia.
WERKEMOTION s.r.o, Slovakia
Bystrík established R&D Design studio WERKEMOTION in 2013. He is a CEO and remained also a Design manager in the company. The company has international clientele and the greatest projects which are the most proud of are for example the Bahart New Fleet of Ships in Hungary, Albertina River Cruiser which is located on Danube and transport from Germany to Ukraine.
Robert is a Lantronix Field Application Engineer based in Barcelona, Spain. With his strong background in intelligent IT & IoT solutions, he is linked to the IoT/M2M sector and projects involving Lantronix’s Cellular and Telematics Gateways. Robert continues to expand his expertise with a focus on Lantronix’s Embedded Connectivity and Compute product offerings.
Renewable Power Sources for EV Charging and E-mobility: Opportunities and Outlook
Retrofitting EV charging infrastructure: challenges and solutions
Smart Street lighting solutions: is this the green answer for increasing energy costs? Creating a EV public payment chargeback plan.
MeriTO – Measurement, and Analysis of Consumption in Real-Time
Today, a 15-minute performance profile is no longer sufficient. Fine measurement up to the real-time level, with immediate availability in the cloud, is the basis for support services that can use machine learning techniques to recognize electrical appliances in the process of their use.
They can thus help to better understand the behavior of the monitored object or help identify non-standard situations.
I would like to provide an insight into the architecture used with cloud data processing and appliance recognition techniques for single-point non-invasive measurement.
Igor Ginzburg and Mark Schoppel
What Limits Every Power Supply?
The electronics sector has continued its strong growth in 2022 after breaking records last year. It is very important to supply the electronic equipment with robust and efficient power supply modules to keep this significant growth.
Therefore, the designers of electronic equipment must understand the main physical limitations of power supplies. What are power losses and how can we minimize these losses? What are the trends for managing these losses? Traco Power presentation will show and explain the theoretical basis, possible solutions and future trends to minimize the power losses and optimize the electronic applications.
IoT Explosion – NB-IoT and LTE-M Technologies in practice
Industrial digitization has been in full swing in recent years, especially in the sector of utilities and transport. The explosion of this long-awaited process was preceded by important technological innovations.
Digitization cannot exist without communication and industrial digitization without robust and efficient communication. That is why the introduction of Low Power Wide Area Network (LPWAN) technologies, including NB-IoT and LTE-M based on 4.5G to 5G mobile networks, was crucial. What are the advantages and limitations of these technologies? What are the most common examples of use? How is this solution structured and what are the critical components? The presentation also shows the implemented products and solutions based on these technologies from the areas of Smart City and Smart Metering.
Owen Wei and Daniele Cleri
How to Expedite Robotics Development
Robotics development doesn’t have to be difficult.
For those who are just learning to take their first steps with machine vision and deep learning in robotics, Owen Wei and Daniele Cleri from AAEON Technology will show you how you can expedite your robotics development with the autonomous mobile robot solution kits from AAEON. Join us as we will show you the cutting-edge technology that is streamlining the development process while saving users both time and money.
Antonio Rubino and Marco Gysel
Get the Full Air Quality Picture With a Single Sensor Solution
The COVID-19 pandemic has demonstrated the importance of clean indoor air to public health. While there is a broad consensus on the importance of air quality, the question on how to best quantify it remains controversial.
This talk illustrates the impact of the most relevant air quality parameters and how they can be measured. Further, recent advancements in technology that enable accurate measurements with the all-in-one air quality sensor solution SEN5x are presented.
The Development of Industrial Design and its Impact on the Product and the Brand
Industrial product design and the design itself is a dominant element that significantly contributes to the increase of the success of the product portfolio and the brand itself. How does product design develop? How do designers collaborate with other engineers during the development process?
How does the design reflect the needs of users and the expectations of decision-makers? The development of product design is based on a strict methodology of process, analysis, identification of unique selling points and functionalities and other benefits that a product is intended to offer. Industrial design has a very direct impact on increasing product sales, lowering the production price versus increasing the added value and even reducing waste in production or in use.
In the presentation, you will learn how and how long it takes to develop an industrial product design, what the whole process involves, how and with whom the designer collaborates during the development, how the design influences the success of the products, and how it implements technical and business requirements.
Software-Based Methods for Peak Temperature Reduction of Modern
Multi-Core Chips in Safety-Critical Applications
Demand for high-performance computing leads to the adoption of modern Multi-Processor System-on-Chip platforms in domains such as avionics or automotive, where many applications are safety-critical.
To fulfill the safety requirements, it is vital to avoid the platform’s overheating. In my speech, I’ll be presenting several software-based methods that can be used to reduce platform temperature and still be applicable to systems that are
subject to safety requirements. I’ll present our results and methodology on platforms NXP i.MX8 QuadMax and NVIDIA Tegra X2. We target systems with static ARINC-653-like scheduling and prototype our methods on a Linux-based OS. Some methods can achieve significant temperature reduction (12%) when compared to other commonly used techniques.
Moreover, the techniques can be used in design space exploration for finding trade-offs between platform temperature and other performance parameters.
Today’s Solutions for Tomorrow’s IoT Challenges – Lantronix
Lantronix is a global provider of software, hardware, and services with 30 years of experience in the challenges and solutions for networking at the IoT Edge.
Learn about our solutions through use cases and discover the full range of tools from experts in the field. From software to collect and analyze data to connecting and controlling with hardware that provides networking solutions in various verticals markets including Industrial, Connected Healthcare, and Smart City applications.
Our goal is to offer the latest technology information and make it understandable to anyone interested in technology trends.
“We have become part of the production of electronic products practically from the stage of their development up to the final result.
But not only as a distributor. We are a specialist who monitors trends on a daily basis, who advises customers and brings them valuable experience from other sectors of development.
As there is a great hunger for this information on the market, Debatech is a tool for us to satisfy this unquenchable request”
says Ján Seszták, CEO of SOS electronic…
We’ve adjusted the program so that all of you can find your inspiration.
The speakers will share their development experience with you. They will bring know-how that can move your project as well. They provide groundbreaking information in the area that may be relevant to your business.


LED downlights may be a little bit on the pricey side, however if you simply take a look whatsoever the advantages that you’ll get by simply utilizing them rather than the common halogen light bulbs, you’ll discover that they greater than make up for the cost.
LED lights have ended up being a lot more prominent nowadays since they are now able to change nearly all the illumination executes in your house. As a matter of fact, modern-day LED bulbs are learnt to be a lot more energy reliable than CFL’s (portable fluorescent lamps), suggesting that the cost savings that you will get will certainly be fantastic.
When you contrast the quantity of electricity that a LED street light manufacturer typical halogen light bulb will certainly utilize in its entire lifetime to the quantity eaten by an equivalent LED light bulb in the exact same quantity of time, the electrical power made use of by the LED light is much less than 10 percent that was utilized to light the halogen light bulb. So when you change all of the halogens in your home with LED light bulbs you’ll dramatically reduce the total amount of electrical power that your entire residence makes use of each month. These financial savings alone will enable you to earn back the preliminary financial investment in the LED lights in simply a number of months.
The average lifetime of a regular halogen bulb road lighting design is at ideal around 2,000 hours, or 11 months of use. When you contrast that to LED lights which can last for as much as 40,000 hours, or a monstrous 18 years, the distinction is apparent. Not having to transform light bulbs usually is a huge plus for making use of LED light bulbs in your home. The cash you will save by not changing lights that commonly will certainly add to the return of your investment in LED lights.
You can likewise minimize your air-conditioning costs when you use LED lights, how you ask? Halogen lamps produce considerable amounts of warmth when they remain in use, this additional warm in the space will make your air conditioning system to work more challenging to keep it cool. However when you change the halogens out with LED light bulbs, which do not also create substantial amounts of warmth, your air-conditioning unit won’t need to function as tough as it used to, hence saving you more money.
Certain, LED lights are a little bit expensive, yet if you take a look at it in another way you’ll find that the cash you spent on the bulbs will return to you in cost savings in your electrical energy costs. And after you have had a return on your investment, the LED lights will still proceed in assisting you conserve more money.
Downlightsdirect.co.uk supplies experienced advice on downlights and also all types of low energy lighting. A big choice of downlights and also LED light bulbs are always offered from supply at competitive costs. Priding itself on customer service, downlights route can help you to produce the ideal lighting ambience at the minimum of prices.


Dash Speaker Kit, 2021+ BRONCO
- Regular Price
- Sale Price
- Regular Price
- Unit Price
Upgrade your 21-22 Bronco dash speakers with this Audison AP2 speaker set. With the optional Bronco plug-n-play kit, this kit includes 2 Audison AP2 Prima speakers with factory connector harness and mounting plates. No need to cut, splice or solder the factory wiring harness when using this kit.
- Audison AP2 50W speakers for dash with included mounting brackets and factory connector harnesses
Fits all 2021-22 Ford Bronco base models (Base, Big Bend and Black Diamond) equipped with the factory 6-speaker system.
Audison AP2 Prima 3-way Midrange Speaker Set
Prima AP 2 wide range reproduces the entire range of mid and high frequencies and has a compact size and excellent electroacoustic parameters make it ideal also to be used as a midrange in 3-way systems, as a surround speaker or as a central channel, housed in OEM placements, where the space requirements would not allow the use of a speaker with a larger diameter.
The advantage of emitting the entire spectrum of frequencies by itself, responsible for creating the virtual stage with absolute phase coherence, ensures a wide acoustic scene concentrated in the upper side of the dashboard. The very low distortion and the lack of crossover point in the mid-high range also provides a natural and pleasant listening experience.
Through careful research and simulation, the R&D team was able to maximize electroacoustic performance for a typical OEM application.
The resonance frequency of 145 Hz, a very low value for a 50 mm (2 in.) loudspeaker, was obtained thanks to the use of a 25 mm (1 in.) voice coil, ensuring a controlled extension at low frequencies for an optimal crossover point with the woofer.
The aluminum cone, in combination with the copper shorting ring that flattens the impedance, allows for the response to be extended up to 20 kHz. The special magnetic group made with double symmetrical Neodymium magnet also contributes to achieve this exceptional extension at high frequencies while maintaining very compact dimensions.
This electroacoustic configuration has led to obtain a particularly wide frequency response, which extends from 150 Hz up to 20 kHz, giving the AP 2 the well-deserved name of wide range.
|Power Handling||50W Peak|
|Frequency Response||150 ÷ 20k Hz|
Authorized Internet Dealer


WIRELESS CHARGING SYSTEM for ELECTRIC VEHICLES:
Electric vehicle charging technology can be divided into two methods: conductive way using an electrical wire and wireless charging. Up to the present time, conductive charging technologies have complex issues related to a physical wire plugging to an electric outlet, charging time frame and safety concern.
Our research team has developed a wireless fast charging system that is capable of charging an electric vehicle while it is stationery or it is moving. The CTI wireless charging system is safe, fast, and with expected efficiency exceeding 90%
The wireless charging system will replace the conductive way, in a similar manner that the wireless telephone communication has drastically replaced the copper wire network that was in existence over the past century.
Figure 1: Nissan Leaf with a wireless charging system
Figure 2: AMPTRAN Electric Car with a wireless charging system
The main objective if the research project is to develop Pulse Transmission Nanocomposite Magnetic Resonant Coupling, which will enable on-the-road wireless dynamic charging while vehicle is in motion.
The Pulse Transmission Nanocomposite Magnetic Resonant Coupling (PNMRC) is comprised of three major components in conjunction with the electric vehicle: a power inverter, power nanocomposite emitting coils, and nanocomposite receiving coils mounted underneath the electric vehicle.
The proposed Pulse Transmission Nanocomposite Magnetic Coupling Technology (PNMRC) offers 2 innovative approaches to solve the common problems of wireless transfer of energy via magnetic coupling technology, which are instability and energy loss over a prolonged period of time.
1. The first innovative approach is using the pulse transmission mechanism to control the switching frequency and break time on-demand.
2. The second approach is the development of novel nanocomposite Carbon- Copper Coil. Due to their enhanced Signal to Noise Ratio properties, the nanocomposite coils can result in significant improvements in efficiency of wireless electrical charging for electric vehicles.
In the PNMRC system, related parameters (voltage amplitude, frequency and duty cycle , etc.) of the pulse signal can be adjusted to control the switching frequency and break time, thus makes the power supply of high-frequency pulse-driven signal, timely provides energy to the emitting resonant coil loop. Energy is aggregated continuously at the receiving inductance coil through the strong coupled magnetic resonances, and then is delivered to the load. The pulse transmission mechanism enable intermittent supply of electrical energy at high voltage and high frequency on-demand with the highest efficiency, because energy is only supplied on-demand in pulse signal over a large number of transmitting coil pads on the roadway.
The receiving coils are constructed with a locally ballistic electrical conductor such as carbon-copper nanocomposite variations whose resistance does not increase significantly with length over appropriate local length scales. Due to their enhanced Signal to Noise Ratio properties, the nanocomposite coils can result in significant improvements in efficiency of wireless electrical charging for electric vehicles. The nanocomposite coils include metal conductors deposited on ends of the transmitting and receiving coils.
Figure 3: Power Pad Construction
The important underlining concept of the Pulse Nanocomposite Magnetic Resonant Coupling is the capability to reduce energy loss by minimizing the leakage field with pulse transmission signals and carefully selecting the design variables of the cables, coils and resonant frequency.
The wireless charging is non-radiative power transfer uses a magnetic near field, with no-effect to human being or animals. It is totally safe and simple to operate.
With PTMRC System embedded on the roadway enables dynamic charging to an electric vehicle in motion travelling non-stop over a long distance, without stopping and waiting for charging or refueling. This is a unique feature that will solve a major obstacle of range limitation and will expedite the deployment of electric vehicles in a new frontier of freedom for electrified transportation.
For more information, please contact Lloyd L. Tran, principal inevstigator by completing an online contact form. Thank you.
NASA Ames Research Center
P.O. Box 151
Moffett Field, CA 94035


Celestyal Cruises, chose Intelligent Media, in order to install a Digital Signage Network on all of their cruise ships, Celestyal Nefeli, Celestyal Crystal and Celestyal Olympia. The project was completed in May 2016.
Intelligent Media reformed the cruise ships monitor network and turned it into a network of digital signage monitors, by adding two additional touch screens on each ship, which enabled passengers to visit the on-board company’s info platform. Intelligent Media, in order to convert the screens already present on the ships into a digital signage network, installed in total 18 digital signage players, six on each vessel.
By installing the most suitable digital signage hardware and software, Celestyal Cruises acquired a highly dynamic on-ship media marketing, the content of which, can be managed locally by the ship’s personnel.


SMART HOME CONTROL
With the Somfy Tahoma® Home Hub from Norwich Garage Doors, your home easily becomes a smart home.
Control your garage door, lighting, security, and other smart technology in and around your home from your smartphone, tablet or PC, from wherever you are in the world!
Benefits of Smart Home
With the TaHoma® Box:
- Effortlessly control your home when you are in or out, using the TaHoma® interface
- Adapt your smart home whenever you wish, so you stay in charge
The TaHoma® wireless smart home system from Somfy works with any configuration, in new or renovated homes.
- It is simple to fit with no need for major structural work, for any project.
The Tahoma® smart home system from Somfy can be adapted alongside your needs and budget:
- More devices can be added to the system whenever you wish.
TaHoma® is compatible with industry standard protocols, including:
- RTS®, RTD®, io-homecontrol®, Honeywell, Zwave etc.


Whether you want to create a single, seamless waterfall up to 15 feet wide, or to synchronize multiple Color Changing Colorfalls, the CCCM05 Master Controller makes linking them simple. Just plug each LED light bar into the five-way splitter and synchronize as many as five different Color Changing Colorfalls with a single transformer and a single remote!
Description: Master Control Module for Color Changing Colorfalls
Input Voltage: 120 Volt AC
Output Voltage: 12 Volt AC / 60 watts
Warranty: 1 Year
Includes: 60 watt transformer and (2) 3-way / 6-wire splitters
Dimensions: 3.25 inch W x 6 inch D x 3.25 inch H


In today’s blog post, we have a super interesting and cool project. we will make a Neopixel LED facemask using arduino!
We will make use of neopixel (WS2812B) LEDs and turn our boring mask into a litt! ( literally lit! ) facemask and stop the spread of COVID-19 with style and creative tech!
Step 1: Watch the Video!
Step 2: Measure and Cut L.E.D’s
First thing we need to do after gathering all the required parts is to measure the appropriate length of LED strip and cut them so that it fits the mask exactly.
- remove the Waterproof sleeve ( if present ).
- keep the LED strip over mask, mark and measure required length of LED strip.
- cut the LED at appropriate cutting spot using scissors.
Step 3: Solder L.E.D’s
We need to solder the LEDs strips to each other in series manner, that is connecting VCC to VCC, DATA to DATA, GND to GND of each LED strip.
- pre-tin the Solder pads of each LED strip on both sides to prepare LEDs for next step. ( refer This Post! for detailed soldering tutorial ).
- pre-tin 5 set of 3 wires ( preferably red, green, white color coded for VCC, DATA, GND ).
- arrange LED strips in series and continuous manner, making sure direction of arrow is continuous.
- solder VCC, DATA, GND of all strips in series.
- solder longer wire at start of strip so that we can route the controller inside our pocket or bag pack.
Step 4: Sew L.E.D’s on Mask
Once our LEDs are soldered, we can proceed with getting those LEDs on mask, using needle and thread.
- place the LEDs facing outside ( black side or non LED side ) towards you.
- start sewing from left most end.
- sew all the LEDs on the mask keeping pinky finger gap between each LED so that diffusion is quite good.
( P.S. if you are not good at sewing ask help from your parents or siblings )
Step 5: Connections & Coding
for the circuit or controller, we will be using Arduino pro mini, but any similar Arduino or any microcontroller can be used for this project.
Connections are as below:
for Arduino Pro Mini and LED strip:
VCC to RAW
DATA to D6
Ground to Ground
ON OFF Switch:
positive of battery to Raw of Arduino
negative of battery to ground of Arduino.
First Terminal of Push button to D2 of Arduino
Second Terminal to Ground.
( Connection Diagram and Fritzing file attached in this step )
For the coding part, we are using Adafruit’s Neopixel library’s Button Cycler example.
so the only thing u need to change in code is number of LEDs in this circuit, so simply count the number of individual LEDs and make necessary changes ( for my case it is 141 LEDs ) and upload the code.
Step 6: Enclosure
Everything looks great so far, but to make a practical use of this project, we need a case, for that i used Fusion 360 Software by Autodesk and measured all the required dimensions.
we made this Enclosure in 2 parts so that it is easy to be printed as well easy to be used in real life. At last the STL file from the 3D model was sliced on pruca slicer and printed it using my Ender 3 3D printer.
Once the print was completed, l route the wires, soldered the wires at appropriate locations and close the case. Once that is done, the entire result looks just stunning!
Step 7: Done!
Congratulations, we have made to the end of this post and learnt how we can easily make a Neopixel Facemask using Arduino.
If you enjoyed this blog post or project, consider supporting our work by subscribing to our Youtube Channel and following our Social media handles, your support means a lot to us and motivates us to keep making awesome content!


Playstation 4 announcement coming in June
Before the E3 gaming event of the year, Sony will announce its Playstation 4 game console officially.
According to different sources including VG247, Sony would have had a meeting about the upcoming Playstation 4 game console. The meeting would have been intended to discuss with developers when the console would be coming out and what type of capabilities and hardware the console would have.
Furthermore sources claim that Sony is working on a new development kit. One of the sources claims that the new Playstation would be strong enough to play games on 1080p, with 60 frames per second and in 3D.
The development kit would house 8 and 16 gigabytes of RAM memory. According to the information the console would also house a blu-ray-disk reader and a hard disk of 256 Gb just as in the Playstation 3.
Concerning the interface Sony would be coining for a as responsive as possible interface, what according to the sources means that users can do everything, whenever they want from the menu directly, without closing a game.
So would it be possible to buy a DLC or upgrade through the Playstation Store, while the game is still running.
Also Sony would not have been talking on a Playstation 4 but solely on a work name called Orbis. So maybe the new Sony Playstation could not even be named Playstation 4 but could be called Playstation Orbis? We will have to wait to know for sure.


How to create an Agent in IEEE-11073-PHD.
The result of this work is collected in the “IEEE 11073 PHD Cybersecurity Whitepaper”. It contains the background related to PHD cybersecurity, a detailed risk analysis of use cases specific to IEEE 11073 device types and the controls to be adopted for a future enhancement of the Optimized Exchange Protocol defined in IEEE Std 11073- 20601.
IEEE 11073 Personal Health Devices. IEEE 11073 medical device standards Home Overview Our Standards Meetings Point of Care Devices Links to other organizations Tools Training Contact IEEE 11073 IEEE 11073 Personal health devices. Create a free website.
IEEE 11073 PHD emphasizes the interoperability between various devices. That is, different devices should be able to communicate with each other out-of-box. In addition to data exchange, an agent device typically provides certain interface that allows a manager device to configure the device. For example, the operating frequency of a pulse oximeter can be adjusted by a manager device. IEEE.
The IEEE 11073 Personal Health Device (PHD) standards are a broad family of standards that promote interoperability of personal medical devices such as pill dispensers, glucose meters, independent living activity hub, sleep apnea breathing therapy equipment, and urine analyzer. IEEE 11073 consists of an original “base” standard, and over time, the development of additional.
The IEEE 11073 Personal Health Devices (PHD) initiative was designed to take the base standards of the original IEEE 11073familyanddevelopthemtomatchthecapabilitiesoflow power embedded devices and ultra-low power wireless tech- nologies.
IEEE PHD 11073-20601. Status: Pre-Alpha. Brought to you by: ajcurtis84. Summary Files Reviews Support Wiki Donate Code Activity for IEEE PHD 11073-20601 6 years ago Allen Curtis committed fixup includes 6 years ago Allen Curtis committed 20140814 checkpoint.
The IEEE 11073 PHD Working Group (WG) was established to develop a new medical standard that would be used for the typical PHD device. It was accepted that any new standard would need to be implemented within the limited resources of such devices, and also align with current developments in the Bluetooth SIG and USB SIG to develop health profiles. The work group set itself the task to develop.
Home ICPS Proceedings PETRA '13 A general conformance testing framework for IEEE 11073 PHD's communication model. research-article. A general conformance testing framework for IEEE 11073 PHD's communication model. Share on. Authors: Linbin Yu. University of Texas at Arlington, Arlington, TX. University of Texas at Arlington, Arlington, TX. View Profile, Yu Lei.
DART-Europe E-theses Portal: electronic access to European Ph D Theses (Remote Sensing and more) Pedram Ghamisi (2015) Spectral and Spatial Classification of Hyperspectral Data. Rasti Behnood (2014) Sparse Hyperspectral Image Modeling and Restoration. Michael Schmitt (2014) Reconstruction of urban surface models from multi-aspect and multi-baseline interferometric SAR. Felipe G. Nievinski.
CoAP is used along with the IEEE 11073 family of standards, which is the main exchange data model for PHD communication. We discuss how the proposed system can be integrated to other connected health systems, such as a Universal Plug and Play healthcare system. We detail how the CoAP communication model was adapted to the IEEE 11073 model. We also present a real PHD prototype and its.
IEEE PHD 11073-20601 v.1.0 Open Source project for the development of the IEEE 11073-20601 reference implementation. Abbreviation Management (Winword Plugin) v.1.3 Thesis and paper writing has obstacles like using abbreviations. This plugin is for Winword to simplify abbreviations management using friendly libraries.
Recently, the Continua Alliance, IEEE Standards Association, and the IEEE-EMBS affiliated 11073 Personal Health Data Working Group have been studying techniques to guarantee the compatible extensibility of the u-Health system by defining standards, which manage and send information from the users of PHDs.
IEEE PHD 11073-20601 v.1.0 Open Source project for the development of the IEEE 11073-20601 reference implementation.
IEEE PHD 11073-20601 20601 License - Apache License V2.0 IEEE PHD 11073-20601 20601 Science software developed by Ieeephd20601. The license of this science software is freeware, the price is free, you can free download and get a fully functional freeware version of IEEE PHD 11073-20601. Do not use illegal warez version, crack, serial numbers, registration codes, pirate key for this science.
Abstract This paper describes the implementation of an end-to-end remote monitoring platform based on the IEEE 11073 standards for personal health devices (PHD).
The IEEE Italy Section 2019 PhD Thesis Award consists in an honorarium of 2000 Euro and a Certificate. For the year 2019 two awards will be presented. At least one of the awardees shall be a woman. If no woman is selected, one award will be presented. Only candidates with the following requisites are eligible for the award: be a Member or Student Member of IEEE; have completed the PhD Course.


When driving an electric car, a common question is “How long does it take to charge?”. This is actually a difficult question to answer simply. When charging an EV, the time it takes to go from the current state of charge to fully charged is dependent on many things such as:
- The starting state of charge
- The capacity of the car’s battery
- The Voltage and Current of the charging supply
- The capability of the car’s charging equipment
It is also important to recognise that probably 90% of all electric car charging is done at the owner’s home, overnight, while the driver is asleep. In those circumstances, it doesn’t actually matter how long it took to charge, so long as when the car is started up in the morning for the driver to travel somewhere, it is fully charged and ready to go.
Factors That Affect Charging Time
There are a number of factors that determine charging speed but assuming that there are no other limiting factors this is the miles per hour of charging you are likely to see at the following rates:
Voltage Current or Power Miles added/Hour Typical Time from Empty to Full For Nissan Leaf Mk1 Typical Time from Empty to Full For Nissan Leaf Mk2
- 230V 13A (Home mains socket) 10 miles/hr 11 hrs 11 hrs
- 230V 16A (typical home pod) 15 miles/hr 7 hrs 7 hrs
- 230V 32A
- (32A home pod or public post) 30 miles/hr 7 hrs 4 hrs
- 230V 3-phase 43kW (AC Rapid Charging) 80 miles/30 mins
- 400V DC 50kW (CHAdeMO) 80 miles/30 mins 1 hr 1 hr
The Starting State of Charge
Even with the current range of electric cars, that can travel between 60 and 200 miles on a single charge, on most days the car travels less than that distance and so at the next charge, it is not empty. So charge time will be less depending on how much charge there is already in the battery. This state of charge is measured in kWh but few cars have a read-out of this, showing instead a percentage state of charge or a number of bars or some other indication. So if you know the total capacity of the battery in kWh then you can estimate the KwH remaining.
The Capacity of the Car’s Battery
A battery stores a certain number of Kilowatt Hours (kWh). Each make and model of car holds a different number of kWh. In order to calculate how long a charge might take, it is necessary to know this figure.
The Voltage and Current of the Charging Supply
So, once you have an estimate of how many kWh of electricity you need to fully charge your car, you can now work out how long it will take, given the electric charger at your disposal. These calculations are only estimates however, because the car does not charge at a constant rate. The rate varies depending of state of charge among other things.
If the charger is delivering 230V at 10A (eg a household socket), then it will deliver 2.3kW. So over 1 hour, it would give the car 2.3kWh. So if you need 20kWh to fully charge the battery, it will take 20/2.3= 8.7 hours.
If the charger is delivering 240V at 16A (eg a home charging unit), then it will deliver 3.6kW. So over 1 hour, it would give the car 3.6kWh. So if you need 20 kWh to fully charge the battery, it will take 20/3.6= 5.5 hours.
If the charger is a CHAdeMO it delivers 50kW. So over 1 hour, it would give the car 50kWh. So if you need 20kWh to fully charge the battery, it will take 20/50= 24 mins.
These examples assume a constant rate charge. In practice the charge rate is reduced as the battery charges up and so actual charge times will be longer.
The Capability of the Car’s Charging Equipment
Most models have a range of voltages and currents that they can use to charge. Obviously if the car cannot accept a certain voltage or current then even connecting to a supply capable of delivering that voltage/current, the car will limit what it accepts to the car’s specification. This is the function of the EVSE (Electric Vehicle Supply Equipment)


Thick, soft, and large enough to wear over ears and provides maximum comfort and mobility
ONE SIZE fits most. Stretchable Material for comfort ability and maximum fitness
Features adjustable headset placement with Velcro tape to fit almost head shape
No-hassle removal design provides convenience for beanie washing
Simple buttons interface for easy control calls and playing music's
Built-in mic w/ crystal clear sound technology for hands-free calling
Built-in easy-access Micro USB charging port. (Micro USB Cable included)
Supports Bluetooth A2DP, AVRCP, and HS/HF profiles. Pairs with all A2DP-enabled devices including smartphones, tablets, laptops, PC, digital media players, etc.
Effective range up to 10m (33ft) w/ free line of sight
Long lasting battery performance with Up to 5 hours of music play time and 30+ hours of standby time
Fully washable, Therefor the icon panel on the hat is not fixed to the buttons. If you the icons do not match the control buttons, please manually adjust them.
Bluetooth version: V3.0+EDR.
Transmission distance: 10M / 32.80ft.
Transmission distance of Mic: ?1M / 3.28ft.
Li-ion battery: 3.7V/200mA.
Charging time: 2 hours.
Number of charge: > 1000 times.
Charging voltage: DC 5V.
Standby time: 30 hours or so.
Continuous working time: about 5 hours.
1 x Bluetooth Music Hat.
1 x USB cable.


How To Pinpoint A Mobile Device's Location
The most basic way to determine the location of a cellular phone is by analyzing the signal emitted by your phone. Your phone carrier, and if need be emergency personnel, can get a fairly accurate idea of your cell's current location by measuring the angle of your signal as it comes near a cell tower, by calculating how long it takes to move between numerous towers, and by the strength or weakness of your signal as it comes into contact with various towers.
Your mobile device need have no built-in GPS capability for this sort of estimation to be possible. The major drawback to this method of mobile phone tracking is that the location provided is commonly only a rough area rather than an exact point. In a life and death situation this fact obviously would make all the difference. The FCC currently oversees regulations which require cell carriers to provide at least semi-accurate location data to Public Safety Answering Points (PSAPs) when an emergency call is made from a cell. The location of the caller must be ascertainable to within 50 to 300 meters (1).
A more accurate way to pinpoint the location of a mobile phone is via Global Positioning System technology. Rather than measuring a cell's signal GPS utilizes satellites to pinpoint an enabled cell phone. As mobile devices get smarter they can offer real time driving directions using GPS technology. One drawback to this method is that certain terrain features like skyscrapers, mountains, or dense tree cover can reduce the accuracy of satellites attempting to triangulate the position of a sending unit.
The newest method whereby a cell can be located is through WPS (Wi-Fi Positioning System). Originally pioneered by Skyhook Wireless (2), WPS takes advantage of the ever-growing number of Wi-Fi access points that individuals and companies are installing to allow internet access. Each Wi-Fi point generates a constant signal that reveals its location for up to 200 meters. In urban areas the sheer number of overlapping access points creates a web of information.
When a person logs on their location can then be determined quite accurately with reference to the nearest couple of access points. This system is maintained and updated by sending out specially equipped mapping vehicles that scan for and pinpoint new access points. The main drawback is WPS's sparse coverage in rural areas.
Recent Cell Phone Tracker and GPS Articles


Established in September 2014, Shenzhen Coollang Cloud Computing Co., Ltd is a leading technology firm specializing design and production of intelligent sports equipment. Coollang is headquartered in Shenzhen, widely considered to be China's Silicon Valley.
We are a high-tech firm aiming to provide smart integrated solutions to traditional sports equipment producers, in a way to improve their product competitiveness and innovation in the Internet + era. Gaining from Shenzhen's vast pool of tech professionals and unparalleled strengths in hardware prototyping and manufacturing, Coollang has grown to be one of the leading suppliers of intelligent sports equipment in China.
Our flagship product is Coollang Xiaoyu Smart Badminton Solutions. Coollang Xiaoyu Smart Badminton was honored with the third prize at the Nanshan Stars Entrepreneurs Awards.
If you wish to know more about Coollang and our product offerings write to us at firstname.lastname@example.org


Electronics Technician for the repair of electronic instrumentation and aircraft components. Candidate will be responsible for testing, troubleshooting, and repairing various avionics components in accordance with manufacturer’s specifications. Candidate will be skilled in electronic/mechanical disassembly and reassembly as well as high precision soldering.
Candidate will test, troubleshoot, and perform the service work required for the maintenance of a variety of avionics components and will be required to repair electronic circuit cards to the component level.
Candidate will be utilizing various types of specialized test equipment to troubleshoot aircraft components and must be able to interpret circuitry through the reading of schematic diagrams.
A.A.S. in Electronics or equivalent formal training.
Email Resume To:


Inspired by the efficient swimming motion of fish, researchers are building a mechanical fin that could forever change the way robotic submarines are made
Propeller-driven submarines, or autonomous underwater vehicles (AUVs), currently perform a variety of functions, from mapping the ocean floor to surveying shipwrecks.
But a US-based team at Massachusetts Institute of Technology (MIT) hopes to create a more manoeuvrable, propeller-less underwater robot by mimicking the action of the bluegill sunfish. The robot could be used for military tasks such as sweeping mines and inspecting harbours.
“If we could produce AUVs that can hover, turn, store energy, and do all the things a fish does, they’ll be much better than the remotely operated vehicles we have now,” said James Tangorra, an MIT postdoctoral associate working on the project.
The researchers chose to copy the bluegill sunfish because of its distinctive swimming motion, which results in a constant forward thrust with no backward drag.
Tangorra and his team have built several prototypes of a mechanical fin that successfully mimics the sunfish fin. They reported the successful testing of their most recent fin, which is made of a cutting-edge polymer that conducts electricity, in the June issue of the Bioinspiration & Biomimetics journal.
Learning from nature
Work at George Washington University by Dr Meliha Bozkurttas was crucial to the fins built at MIT, said Tangorra. Bozkurttas broke down the fin movement of the sunfish into 19 components and analysed which ones are critical to achieving the fish’s powerful forward thrust.
“We don’t want to replicate exactly what nature does,” said Tangorra. “We want to figure out what parts are important for propulsion and copy those.
”The fin is able to replicate two motions that the researchers identified as critical to the propulsion of the sunfish fin: the forward sweep of the fins and the simultaneous cupping of the upper and lower edges of the fin.
Swimming with currents
The latest fin is made of a thin, flexible polymer material that conducts electricity.
When an electric current is run across the base of the fin, it sweeps forward, just like a sunfish fin. By changing the direction of the electric current, the researchers can make the fin curl forward at the upper and lower edges.
The researchers’ new approach, using the polymer, could eliminate the need for electric motors.
“This gives us the potential to build machines or robots in a manner closer to how nature creates things,” said Tangorra.
In future research, the team plans to look at interactions between different fins and between fins and the body. That will help in adapting nature’s principles to designing robotic vehicles, Tangorra said.
“To be appropriate for AUVs, you can’t just look at these as propeller replacements,” he added.
Right: Professor Ian Hunter (standing), and James Tangorra in MIT’s Bioinstrumentation Lab are working to create a robotic version of the bluegill sunfish’s fin. Such a robotic fin, like the one Tangorra is holding, could improve the manoeuvrability of autonomous underwater vehicles. Left: A bluegill sunfish swims in a laboratory tank near a prototype of a robotic fin designed with the fish’s fin as a guide