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|Name:||Magna-Trak® 100 Magnetic Locator|
Magna-Trak® 100 Series Magnetic Locator
Improved water resistance and mechanical life are provided by our new direct contact switching with the PC board. Enjoy enhanced functioning, reliability, and maintenance for all CST locators.
Our Magna-Trak® magnetic locators include a multitude of convenience features you won't find anywhere else; features like an LCD visual display and/or audio tone, a lightweight, easy-grip design, and water resistant cases.
Magna-Trak® locators also feature easy battery access and outstanding battery life, and they're backed by a 5-year warranty! Plus, our patented* electronic balancing procedure allows balancing to be done quickly and efficiently and all of our manufacturing is done right here at CST to ensure quality control
Magna-Trak® 100 Magnetic Locator
The Original! The Magna-Trak 100's LCD indicator offers a digital bar graph display, in addition to a standard audio tone, to precisely identify the target object, especially in noisy, congested areas. An additional feature is a visual reminder when batteries are low.
The lightweight Magna-Trak 100 features simple, waterproof bottom, push-button membrane pad operation with an ergonomic design. The Magna-Trak 100 offers easy battery access and outstanding battery life, and is backed by a five-year warranty.
Feature-Packed for Versatility! The Magna-Trak 102 magnetic locator provides the same basic performance features as the Magna-Trak 100. However, with the addition of our push-button erase" feature, greater flexibility is achieved and performance is enhanced.
When a magnetic disturbance, such as a metal fence, is confronted, simply press the erase" button and the disturbance is erased for continued searching without interference. No need to reduce the sensitivity; the Magna-Trak 102 always returns to perfect magnetic balance when the erase" button is pressed.
The Magna-Trak 102 locator also includes a power line indicator feature. The LCD panel visually indicates that a power line is present. CAUTION: This feature is an aid only and is not intended for locating buried power lines.


Automatic meter readings (AMR/AMI)
As a water and energy provider you need a flexible solution for remotely reading consumption meters that is tailored to your precise needs. Whether you are interested in a mobile meter reading solution (Automatic Meter Reading – AMR), a high-performance communications network (Advanced Metering Infrastructure – AMI), or a combination of the two, we can assist you with a wide range of communication solutions.
For more than 20 years, Diehl Metering, a technology leader in AMR/AMI, has been using its IZAR RADIO technology to reliably gather data from a wide range of meters in the field and transmit this data to its IZAR software platform. In this way, our solutions realize a continuous data stream – from the measuring device to monitoring, data management and analysis. Obtain accurate reading date values, for example on moving in/out dates, simply and efficiently via mobile readings or a Fixed Network.
In the spirit of multi utility providers, Diehl Metering solutions allow you to read water, thermal energy, gas and electricity meters across all sectors via the same infrastructure. This reduces your costs per metering point and increases overall efficiency.
HYDRUS is a static water meter based on the ultrasonic technology. This technology enables accurate calculation of water consumption and eliminates measuring deviations caused by sand, suspended particles or air pockets.
Long-term stability under difficult conditions
Leak and pipe burst detection
MID approval up to R=400 (cold water) and R=160 (hot water)
No straight line required
No measurement of air
Insensitive to scale and sand
Installation in any position
Battery lifetime up to 16 years
Available in cold water version and hot water version
Available with integrated radio 434 or 868 MHz, M-Bus or pulse
Data communication in Prios, Real data or Open Metering protocol (selectable OMS Generation 3 profile A or OMS Generation 4 profile B)
HYDRUS 2.0 BULK
HYDRUS 2.0 BULK is a static water meter operating on ultrasonic measuring technology. This technology enables accurate calculation of water consumption with long-term stability and eliminates measuring deviations caused by sand, suspended particles, scale or air pockets. Moreover it does not require any earthing.
Developed within the framework of the MID, HYDRUS 2.0 BULK complies with the European regulations and holds sanitary conformity certificates (ACS, WRAS, KTW/W270 and others).
Its integrated radio enables remote reading of the meter’s index and alarms both in mobile (walk-by, drive-by, passive drive-by) and fixed network mode.
HYDRUS 2.0 BULK offers a wide choice of connectivities compatible with the different IZAR reading modes.
A complete Diehl Metering solution is thus available to meet your needs.
The HYDRUS 2.0 BULK saves 512 consumption values daily . This data can be read locally and accessed only by using the IZAR@MOBILE 2. As a second logging, a small amount of 32 monthly consumption values can be stored. Both the radio protocol and the optical interface are encrypted by default.
- DN 50 to 200
- MID approval up to R=1,000
- IP 68
- Wireless M-Bus radio, Wireless M-Bus radio/Pulse, Wired M-Bus/Pulse/Pulse, Wireless M-Bus radio/L-Bus/Pulse, IZAR BE PULSE compatible
- Display with alarm codes including leakage detection, radio on and error codes
- Self-monitoring function
- Battery lifetime up to 16 years
WESAN WP G
WESAN WP G is a bulk water meter designed for measuring volumes of cold water (up to 50°C) in supply lines with high flow at low pressure loss.Modular, WESAN WP G DN50 to DN300 can be fitted at any time with an IZAR clip-on module converting it into a communicating meter ready for mobile or fixed network (radio/wired) reading.The measuring chamber can be replaced without removing the meter from the pipe.
DN50/65/80/100/125/150/200/250/300Q3=40m3/h (DN50) / Q3=63m3/h (DN65) / Q3=100m3/h (DN80) / Q3=160m3/h (DN100/125) / Q3=250m3/h (DN150/200) / Q3=1,000m3/h (DN250) / Q3=1,600m3/h (DN300)MID approval up to R=100For horizontal and vertical installationCalibratable and exchangeable measuring insertSealed measuring insert for better accuracyEncapsulated and rotating glass/copper register, IP 68Hydraulic bearing reliefProtection against magnetic fraud
SOFTWARE & SYSTEM COMPONENTS
Maximum flexibility with the Diehl Metering solutions portfolio
Together with you, we develop the optimum solution to meet your needs – With Diehl Metering, water and energy suppliers have maximum flexibility in their choice of solution: as well as our own IZAR radio fixed network solution, networks based on NB-IoT, LoRaWAN® or other communication technology – or a smart combination – can be used for fully automatic consumption data collection.
Software & system components
The latest generation of Diehl Metering IZAR radio technology stands for optimised coverage with the highest data quality. With a 100% efficiency rate, all meters within the network can be read reliably at any time and as often as is appropriate.
THE IZAR SYSTEM TRANSFORMS METER DATA INTO USEFUL INFORMATION
Benefit from the complete connectivity solution
The IZAR System provides wireless and wired communication to the M-Bus Standard EN 13757 and the Open Metering Standard allowing interoperability and media independence. For more than 20 years the IZAR radio communication technology stands out with its excellent coverage and strong performance. The complete connectivity solution of Diehl Metering enables outstanding data granularity and data timeliness.


For the last few weeks I’ve been exploring Augmented Reality (AR)Â and how it might aid mobile learning by testing various AR apps available for the iPhone. As is often the case with cutting edge ideas, the potential is much more exciting than the currently possible. (See my take on Google Wave as another example of this phenomenon) Most of the AR I’ve seen so far I’d call more “proof of concept” than really useful.
Many of the iPhone apps available now provide a type of “walking tour” of an area. You point the camera of your iPhone or Android phone at a point of interest and the app overlays interesting information about the object or place on the screen. The two main problems with this type of AR app at this time are limited points of interest (depending on where you live), or information of questionable interest or value. (Wikitude is a good example of both.)
However, there are a few intriguing examples of what the future may hold. Professor Steven Feiner and his student, Steve Henderson, of Columbia University, have created a prototype of an AR system to help marine mechanics more quickly repair military vehicles.
This example of an Augmented Reality catalog by Metaio suggests exciting ideas for future applications in training. What if a clerk could hold an infrequently used but vital form in front of a camera on his computer and the screen would automatically display information on how to correctly complete and submit it? Or in my household, what if I could hold the remote control for the entertainment system up to the TV and it would present an interactive display on how to set the system to watch a DVD or record a show?
What interesting applications or uses for Augmented Reality in mobile learning have you found?


Yaesu FT product reviews by real people like you. Only at - eHam .net is a Web site dedicated to ham radio (amateur radio). Downloaded by. Page 2. Page 3. Downloaded by. Page 4. Downloaded by. Page 5. Page 6.
Second Hand Yaesu FT W HF Transceiver The Yaesu FT is a solid state transceiver for the HF ham bands, operating from 80m to 10m giving W . Yaesu FT (Desktop Shortwave Transceiver) specifications, reviews and manuals.
Yaesu FT HF transceiver. Condition: Fully functional; Type: HF transceiver; Bands: 80, 40, 30, 20, 17, 15, 12, 10m; Max Output: W (SSB/CW); 80 W (AM) . About 10 years ago I acquired a Yaesu FT as a backup radio. My main radio was the Yaesu FT purchased in new. The was.


Artificial Intelligence (AI) is playing a significant role in job automation and will continue to shape the future workforce. The integration of AI technologies has both benefits and challenges, impacting various aspects of employment.
AI is driving job automation and reshaping the future workforce. While it brings about challenges, it also presents new opportunities and demands the development of skills that are complementary to Artificial Intelligence technologies. Human-machine collaboration and responsible implementation of AI are key to maximizing the benefits and mitigating potential drawbacks, ensuring a positive impact on the future of work.
Impact of Artificial Intelligence on Job Automation
Artificial Intelligence (AI) has had a significant impact on job automation across various industries. While AI technologies offer numerous benefits and advancements, they also bring forth concerns about potential job displacement. Here are some key points regarding the impact of AI on job automation:
Economic Implications: The impact of Artificial Intelligence on job automation has economic implications. While automation can lead to increased productivity and cost savings for businesses, it can also result in job losses, potentially causing economic disruptions and income inequality. Governments and policymakers need to address these challenges by implementing strategies such as job transition programs, social safety nets, and policies that encourage the responsible use of Artificial Intelligence.
Automation of Repetitive and Routine Tasks: AI is adept at performing repetitive and routine tasks more efficiently and accurately than humans. This capability has led to the automation of jobs in industries such as manufacturing, logistics, data entry, and customer service. Tasks like data analysis, sorting, and processing, as well as assembly line work, can be handled by AI systems, reducing the need for human involvement.
Transformation of Job Roles: Artificial Intelligence has also led to the change of job roles. Some tasks within a job may be automated, allowing workers to focus on more complex and creative aspects of their work. For example, AI can automate data collection and analysis, freeing up professionals in fields such as marketing, finance, and research to concentrate on strategic decision-making and innovation.
Displacement of Certain Job Categories: AI-driven automation can potentially displace specific job categories altogether. Jobs that involve repetitive manual labor or are rule-based and predictable are more susceptible to automation. For instance, roles like cashiers, toll booth operators, and assembly line workers may be impacted. However, it is important to note that new job opportunities can also emerge as a result of AI advancements.
Creation of New Jobs: While some jobs may be displaced, AI has the potential to create new job opportunities. A team of skilled professionals is required to design, develop, and maintain AI systems. Such professionals include AI engineers, data scientists, machine learning experts, and ethicists who are knowledgeable about AI. Additionally, new roles may emerge in areas such as AI training, data labeling, and algorithm auditing, which are essential for ensuring fairness, transparency, and accountability in AI systems.
Skill Upgradation and Reskilling: As job roles evolve due to automation, individuals need to upskill and reskill themselves to remain relevant in the job market. Workers can focus on developing skills that complement AI technologies, such as problem-solving, critical thinking, creativity, and emotional intelligence, which are harder to automate. Governments, educational institutions, and organizations also play a crucial role in facilitating reskilling and lifelong learning initiatives.
It is worth noting that the impact of AI on job automation is complex and varies across industries and job roles. While some jobs may be at risk, AI also has the potential to enhance productivity, create new opportunities, and augment human capabilities. Therefore, it is crucial to approach AI implementation and job automation with a balanced perspective, considering the societal, ethical, and economic implications.
Impact of Artificial Intelligence on Future Workforce
Artificial Intelligence (AI) is expected to have a profound impact on the future workforce. While there are concerns about potential job displacement, Artificial Intelligence also presents opportunities for augmentation and collaboration between humans and machines. Here are some key points regarding the impact of Artificial Intelligence on the future workforce:
Job Transformation and Augmentation: AI technologies have the potential to transform job roles and augment human capabilities. Rather than replacing humans, AI can automate repetitive and mundane tasks, allowing workers to focus on more complex and creative aspects of their work. Artificial Intelligence can provide tools and insights to enhance decision-making, improve efficiency, and increase productivity in various industries.
New Job Opportunities: AI advancements can create new job opportunities that were previously nonexistent. As AI systems are developed, implemented, and maintained, there is a growing demand for skilled professionals in fields such as AI engineering, data science, machine learning, and robotics. Additionally, new roles may emerge in areas like Artificial Intelligence training, data labeling, algorithm auditing, and ethical Artificial Intelligence governance.
Skill Requirements and Reskilling: The rise of AI technologies will necessitate a shift in the skill sets required for the future workforce. Jobs will increasingly require skills such as problem-solving, critical thinking, creativity, emotional intelligence, and adaptability, which are less easily automated. It is crucial for individuals to engage in lifelong learning and continuously upskill and reskill themselves to remain relevant in the changing job market.
Collaboration between Humans and Machines: AI can enable collaboration between humans and machines, creating a symbiotic relationship. Humans possess unique qualities such as empathy, intuition, and ethical judgment, which are currently difficult for AI systems to replicate. By leveraging AI, workers can benefit from analytical power, data processing capabilities, and automation tools while contributing their human-centered skills to tasks that require social interactions, complex decision-making, and creative problem-solving.
Ethical Considerations and Human Oversight: As AI systems become more integrated into the workforce, ethical considerations become crucial. Humans need to ensure that AI is developed and used responsibly, avoiding biases, ensuring transparency, and maintaining accountability. Human oversight is essential to address the ethical implications of AI applications and to ensure that AI technologies are aligned with human values.
Economic and Societal Implications: The impact of Artificial Intelligence on future workforce will have broader economic and societal implications. While automation may lead to job displacements, it can also drive economic growth, increase productivity, and create new industries and job opportunities. Policymakers, organizations, and educational institutions need to anticipate and address the potential challenges associated with AI, such as income inequality, job transitions, and the need for social safety nets.
It is important to approach the integration of Artificial Intelligence into the future workforce with a balanced perspective. While there may be disruptions and changes in the job market, AI also offers the potential to enhance human capabilities, drive innovation, and improve overall productivity. By preparing for the evolving demands of the job market and embracing AI as a tool for augmentation, individuals and organizations can adapt to the changing landscape and harness the benefits of AI technologies. Artificial Intelligence app development involves creating applications that leverage AI technologies to provide advanced functionalities and intelligent capabilities.


In today’s modern age, technology has become an integral part of our daily lives, including our kitchens. Incorporating innovative kitchen technology into your kitchen design can enhance functionality, efficiency, and overall cooking experience. In this article, we will explore five exciting kitchen technology ideas that you can consider integrating into your kitchen design.
Smart appliances have revolutionized the way we interact with kitchen equipment, offering advanced features and connectivity. These appliances can be controlled remotely through smartphone apps or voice commands, allowing you to monitor and control your kitchen from anywhere. Some popular smart appliances include:
a) Smart Refrigerators: Smart refrigerators come with touchscreens or display panels that can show recipes, shopping lists, and even allow you to order groceries online. They can also notify you when it’s time to replace items or provide energy consumption data for better efficiency.
b) Smart Ovens: Smart ovens offer features like remote preheating, recipe recommendations, and temperature control through mobile apps. You can even monitor the cooking progress and receive notifications on your smartphone.
c) Smart Dishwashers: With smart dishwashers, you can schedule wash cycles, monitor energy usage, and receive alerts when the dishes are clean or if there’s a problem. Some models even have integration with voice assistants for hands-free control.
Induction cooktops are a popular choice for modern kitchens due to their efficiency, safety, and sleek design. Instead of using gas or traditional electric heating elements, induction cooktops use electromagnetic technology to heat the cookware directly. The advantages of induction cooktops include precise temperature control, faster heating times, and easy cleanup, as the surface remains cool to the touch.
Touchless faucets are a hygienic and convenient addition to any kitchen. These faucets use motion sensors to detect hand movements, allowing for hands-free operation. With touchless faucets, you can easily turn the water on and off, minimizing the spread of germs while cooking or cleaning. They are particularly useful when your hands are messy or occupied.
Integrated Kitchen Entertainment Systems
Integrating entertainment systems into your kitchen design can make cooking and mealtime more enjoyable. Consider incorporating the following elements:
a) Built-in Speakers: Install speakers in the ceiling or walls of your kitchen to enjoy music, podcasts, or audio from your favorite TV shows or cooking tutorials while you cook. Some speakers even have voice assistant integration for hands-free control.
b) Wall-mounted TVs or Tablet Mounts: Mount a TV or tablet on the wall to keep yourself entertained or follow along with cooking videos and recipes. This ensures that you don’t miss your favorite shows or online culinary inspiration while preparing meals.
c) Charging Stations: Include built-in charging stations or USB outlets in your kitchen design to conveniently charge your smartphones, tablets, or other devices while you cook or enjoy meals. This eliminates the need for messy cords and keeps your devices easily accessible.
Smart Lighting and Automated Controls:
Lighting plays a vital role in creating the right ambiance in your kitchen. Consider incorporating smart lighting and automated controls to enhance convenience and energy efficiency.
a) Motion-Activated Lighting: Install motion sensors that automatically turn on the lights when you enter the kitchen and turn them off when no movement is detected. This can save energy and provide hands-free lighting control.
b) Dimmable and Color-Changing Lights: Use smart lighting solutions that allow you to adjust the brightness and color temperature of your kitchen lights to match different moods or activities. Dimmable lights can create a cozy atmosphere for dining, while cooler lights are suitable for food preparation.
c) Voice-Activated Controls: Integrate voice-activated controls, such as smart speakers or voice assistants, to control the lighting, appliances, and entertainment systems in your kitchen with simple voice commands.
Incorporating kitchen technology into your kitchen design can greatly enhance functionality, convenience, and overall enjoyment. From smart appliances and induction cooktops to touchless faucets, integrated entertainment systems, and smart lighting, there are numerous options to choose from. When incorporating technology into your kitchen, consider your specific needs, lifestyle, and budget. With the right technology choices, you can create a modern, efficient, and high-tech kitchen that meets your culinary aspirations and makes cooking a delightful experience.


Table of Contents
Having a portable power supply when you’re camping can be a lifesaver – literally. It can make your camping trip more comfortable and more fun. Still, depending on the emergencies that arise and the weather conditions that are present during the trip, the portable power supply could save your life.
If you are thinking about investing in a portable power supply for camping, but you aren’t sure where to begin, we can help.
What are the benefits of having a portable power supply when you’re camping?
Not everyone takes a portable power supply with them when camping, but it’s probably a good idea to do so, especially if you’re camping “off the grid.” It makes camping a lot more convenient and allows you to use your phone, your laptop, and any other USB chargeable device when camping.
But the most important reason why you’d use a portable power supply when camping is safety. You never know when you’re going to encounter an emergency, and you want to make sure you are prepared for it. Your portable power supply can allow you to operate GPS and your phone to make emergency calls without concern for running out of battery. Some portable power supplies are even able to jumpstart car batteries.
So if you’ve dismissed the idea of having a portable power supply because you want to rough it and don’t need a fan or heater or microwave when camping, look at it another way: you’ll also be able to protect yourself in emergencies.
What to Consider Before Buying a Portable Power Supply for Camping?
If you’ve decided it’s a good idea to have a portable power supply and you’re ready to buy, there are a few things to consider before making your purchase.
Type of Device and What Power Output is Needed
What do you intend to power, and how much energy does it need? Are you running a laptop or hoping to jumpstart a vehicle. Are you taking a fridge camping with you or do you want to watch television? It’s essential to make sure the power output and type of device is appropriate for what you intend to do with it.
Where do you intend to camp? Are you backpacking? Camping at a beach? Are you heading into the forest? All of these things are important considerations when choosing a portable power supply. You want to make sure you get what you need, but not a lot more than what you need. There’s no reason to lug along a massive power supply if you’re camping 10 miles from your vehicle. Just leave the power supply behind with the car in case there are problems later. But if you’re staying near your campsite and you’re concerned about power, it might be worth investing in a high-powered generator for comfort and convenience.
How frequently do you camp? The more you go, the more it will be worth investing in a high-end backup power supply. It will cost you more initially, but you’ll save money in the long-run. Also, think about how many people camp with you and might need to use the power supply. A portable power supply can be high for one person, but suddenly what you bought for your needs isn’t enough when two or three teens are using it to recharge their cell phones.
Finally, consider if you need the power supply in an emergency and what that means for regular use. Some people invest in an emergency portable power supply only to use it for daily use when they realize how convenient it is. The trouble with that is they don’t have the power they need when an emergency arises. If you think this might happen to you, be realistic about how much power you need. Consider buying something more powerful than you originally intended or invest in a backup emergency power supply that you only use in an emergency.
Types of Portable Power Supplies
There are several options when you’re shopping for a portable power supply for camping. For instance:
- You can opt for a device that utilizes solar power, wind power, gasoline power, or rechargeable electric power.
- You can choose a device that stores a charge or needs to be recharged
- You can opt for something that provides a single emergency charge or several charges throughout use.
It’s also important to consider the size and weight of the charger, its durability, and what features it comes with. There is no “right charger” for every situation. You need to consider your needs and what might arise while camping and determine which of the portable power supplies available is going to work best for you.
Now that you have some idea what you’re looking for in a portable power supply for camping check out a few of our favorite devices:
This is a 1425Wh lithium mobile power station. It’s capable of powering up to 10 devices at once. It features a patented AC inverter (output, pure sine wave) and 60W USB-C power delivery ports. It offers WiFi connectivity using the Yeti App. You can charge phones, tablets, laptops, cameras, drones, and more. Powers your refrigerator, blender, TV, lights, power tools, and medical devices with this charger. It retails for just under $1800.
Check it out on AMAZON.
This solar charger offers high-efficiency from its three solar Monocrystalline panels. It features an advanced Smart IC chip technology and a microchip to detect the devices plugged into the USB ports for full charging. It can charge two devices simultaneously. It’s lightweight and very portable and features a durable, rugged design. This retails for about $50.
Check it out on AMAZON.
This charger features a capacity of 26800mAh, which can charge most phones over six times, tablets at least two times, and any other USB device multiple times. It offers a quick charge (2x as fast as competitors) and comes with a micro USB cable, travel pouch, and welcome guide. It features an 18-month warranty and friendly customer service. This retails for about $65.
Check it out on AMAZON.


Chinese telecommunications giant Huawei Thursday said its Hongmeng operating system will be for industrial use and not for smartphones. The company said it intends to continue using Android for its smartphones. Huawei’s vice president Catherine Chen said in Brussels that the rumours that Hongmeng will be used on smartphones were untrue. Chen’s statement was in […]
Telecom giant Samsung Electronics on Friday released the Galaxy S10 5G, the world’s first available smartphone with built-in fifth-generation communications, as South Korea seeks to build a lead in the transformative technology. The post World's first 5G phone released in South Korea appeared first on The Guardian Nigeria News – Nigeria and World News.
The growth of the innovation sector in Nigeria over the last decade has been steady and is evident in the quality of start-ups, mentors, angel investors, innovation hubs and other stakeholders that are participating in the fast growing early stage entrepreneurial ecosystem. To foster greater collaboration and knowledge sharing about providing services that support entrepreneurship, […]
introduces the EOS R System, PIXMA TS9540 and the ZOEMINI Canon Central and North Africa (CCNA), leaders in imaging solutions, has reiterated its commitment to the Nigerian market by announcing the launch of three new exciting products – the EOS R System, PIXMA TS9540 and the ZOEMINI. The new range of printers and the camera […]


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The Pot Keyboard Integrated Circuit (POKEY) is a digital I/O chip found in the Atari 8-bit family of home computers and many arcade games in the 1980s. It was commonly used to sample (ADC) potentiometers (such as game paddles) and scan matrices of switches (such as a computer keyboard). POKEY is also well known for its sound effect and music generation capabilities, producing a distinctive square wave sound popular among chip tune aficionados. The LSI chip has 40 pins and is identified as C012294. POKEY was designed by Atari employee Doug Neubauer, who also programmed the original ''Star Raiders''. The USPTO granted U.S. Patent 4,314,236 to Atari on February 2, 1982 for an "Apparatus for producing a plurality of audio sound effects". This referred to POKEY's sound generation abilities.
a slang term for jail


NICK EICHER, HOST: So how’d you like to have the job of tracking asteroids that might strike Earth?
Well, NASA has that job, and it’s not easy to make the proper calculations. Back in 2004, scientists were concerned that dangerous asteroid 99942 Apophis was on a collision course with us. Predictions said, the year 2036, then 2068, and now it seems we’re good for at least the rest of this century.
Apophis does orbit the sun and it will make a close pass by the year 2029, and by close, we mean 20-thousand miles. But given the vastness of space, it is kind of skin-of-the-teeth close.
It’s The World and Everything in It.


FREE DOWNLOAD HUAWEI V4 UNLOCK CODE CALCULATOR
FREE DOWNLOAD HUAWEI V4 UNLOCK CODE CALCULATOR. DOWNLOAD HUAWEI V4 UNLOCK CODE CALCULATOR 100% WORKING Unlocking of Huawei V4 modems in most cases can be done via the pin boot method. But what if you have a calculator which could generate the unlock code for you?. Today in this article, we share with you the Huawei V4 unlock code calculator latest update by Salluhasan. This calculator generates NCK/OEM unlock code for your Huawei V4 modem using the hash hexadecimal codes which is unique to every modem
Unlocking of Huawei V4 modems in most cases can be done via the pin boot method. But what if you have a calculator that could generate the unlock code for you?. Today in this article, we share with you the Huawei V4 unlock code calculator latest update by Salluhasan. This calculator generates NCK/OEM unlock code for your Huawei V4 modem using the hash hexadecimal codes which is unique to every modem.
This unlock tool as confirmed by the creator Salluhasan can unlock most Huawei version 4 modems. Tested and confirmed models of Huawei version V4 which have already been unlocked using this calculator include;
- Huawei E8372h-153
- Huawei E8372h-608
- Huawei E5573s-320
- Huawei E5573s-606
- Huawei E3372h
- Huawei B310s-927
This unlock tool can perform direct unlock and can also generate NCK/OEM codes. The choice to perform a direct unlock or generate unlock code is thus dependent on you. But understanding how the functions are also very important.
What is required to generate an unlock code?
To generate unlock code with this version of Huawei unlock code calculator, you will need to install drivers first. Also, you will have to note the PC UI Interface COM port of your modem after drivers installation.
Note that the COM port number may nut be same for you. Just make sure you select the PC UI Interface com port when calculating NCK/OEM code This version of the V4 calculator as opposed to older versions can directly generate pattern 1 and 2 codes(hash) which are required for calculating the unlock code.
- To use these tools and generate unlock code, you should have downgrade your modem firmware version to version 21.xxx……(for example Huawei_E3372h-153_21.180.01.00.00 for Huawei E3372h) if you have a version 22.xxx… version firmware.
How to use
- Download and extract the tool from below and extract it.
- Download and install drivers while the modem is connected to your computer.
- Open device manager and note the PC UI Interface com port number as on the screen capture above.
- Once all is set, you can either perform a direct unlock or, manually calculate unlock code and insert, but before that, make sure you have downgraded your modem firmware if it is version 22.xxx…
- After downgrading modem firmware, head-on and set unlock tool to run on Windows 7 compatibility mode by right-clicking and going to properties >> compatibility.
- If you wish to directly unlock, simply select the correct com port and hit unlock.
- To calculate OEM or NCK,
1:- Simply click to choose an option first which is for Network Unlock code or for OEM Code.
2:- then Click to Read data.
3:- then click on Calculate.
- You can use this calculator without connecting modem device if you already have Pattern 1 and Pattern 2, Simply copy paste patterns and skip doing ‘click to Read data’, just follow step1 and step3 only.
You can generate pattern codes using DC unlocker by using the AT commands AT^NVRDEX=50503,0,128 for NCK or AT^NVRDEX=50502,0,128 for OEM code.


A few months ago, Elon Musk announced that Tesla would be releasing a battery to help solar users store their excess solar energy, giving them access to energy on demand. It's being hailed as revolutionary technology that's going to change the face of renewables. Unfortunately, once you push past the hype, this technology isn't the panacea solution it's being promoted as.
Lithium ion battery technology
The first reason the battery is problematic is based on simple issues with lithium ion battery technology. Batteries, in general, are very inefficient and costly. When you discharge and charge a battery, you're losing energy. With the Tesla battery, this would result in approximately 20% daily energy loss when it's in use. In addition, Tesla is saying that it would cost 2 cents per kilowatt hour to use the battery to do load shifting and storage. This is off by at least ten times: the battery would have to cycle--fully charge and discharge--25,000 times to get to two cents a kWh, meaning it would be closer to 20-30 cents a kWh. This is because lithium ion battery technology can only complete about 1,500 complete cycles total over a battery's lifetime. From this perspective, the battery is both costly and a waste of scarce resources.
Another major issue is that batteries have a short lifespan. Any lithium ion battery, used regularly or not, will be totally dead in ten years (at best). The $5,000 battery cost is a huge investment for a backup that you'll need to completely replace in under a decade. It's more cost-effective, and better for the environment, to purchase a natural gas or propane backup generator; you will never come close to using up a cylinder of propane in ten years, and the amount of carbon and energy it takes to make that generator is ultimately equal to, or less than, what it takes to make the battery.
One of the primary arguments for distributed storage is peak shaving to levelize energy demand and supply--the idea that off-peak electricity, produced in the middle of the night, costs less than on-peak electricity, produced during the day. You could take the Tesla battery, charge it at night, then supply the power back to the utility company during the day at twice what you paid for it. But this concept of off-peak electricity was developed because of central-system coal and nuclear plants, which have to run 24 hours a day, and we needed a way to use the energy being produced during the night. It's an outdated system, and in a world where renewables are our primary source of power, those concepts of on- and off-peak electricity will no longer apply.
When natural gas
We need to rethink how things operate. Renewables need to be, and are going to be, our primary source of energy. But right now, in New England, over 50% of our electricity is powered by natural gas, running 24 hours a day. We should be saving that usable fossil fuel, because that can be stored indefinitely, and only using it when the renewable-powered system needs backup, on those cloudy days with no wind. Many utilities don't see a future that's different, and it's going to have to be different.
Musk is undeniably a great visionary, but in this situation, he's not looking far enough into the future. He's chasing something that's going to change, and feeding into the myth that storage is necessary to make renewables a truly viable option for powering our world in the long-term--and this is simply not true.
The problem we really need to concentrate on is our electric grid, which is outdated and designed around fossil fuel and nuclear central-station power. That system isn't going to work in the era of renewables, our energy sources of the future. We need to force the buildout of an integrated, smart grid, updated and designed for the twenty-first century.
Think of the current grid as a system of one-way streets, going from a central station out to the customer. Our new reality is that renewables are distributed resources that have to connect to this grid everywhere; they have to be integrated into it. With a smart grid, you'll never be throwing electricity away, you'll simply be moving things around and putting it to use in real time. Central station power is a way of the past and waste of energy. We need to make the grid a system of two-way streets, like interstate highways. All we have now are one-way dirt roads.
Ultimately, the battery is the wrong way to go. Spend your $5,000 on putting more solar on your roof or in your yard, or making your home more energy-efficient. Purchase a small fossil-fuel generator to use in the rare event when the grid goes down and you need energy. If you're a solar user and it's available to you, use net metering. This will allow you to put your solar energy into the grid, which is the ultimate efficient battery-- it's established and it will take 100% of your output.
The Tesla battery is great hype for the industry. It's truly great to get people encouraged and excited about the integration of renewables in our daily lives. But at the same time, that excitement is misplaced. Our money, and energy, should be put behind new systems, new technologies, and a smart grid--not a solution to a paradigm that is going to change.
This post originally appeared on the AllEarth Solar Power blog.


Professional Mold Thermal Imaging Inspection Services in Huntersville
Thermal imaging for mold detection is a non-invasive technique that uses infrared technology to detect temperature differences on surfaces. These temperature variations can indicate the presence of moisture, which is often a sign of mold growth.
Hire Local Thermal Imaging Inspection Experts Today
Utilizing advanced technology to identify potential mold issues within a property, local thermal imaging inspection experts offer a comprehensive service for homeowners seeking peace of mind.
Thermal imaging for mold detection involves capturing infrared images of a property to pinpoint areas of temperature differences that could indicate moisture intrusion and mold growth. By analyzing these images, experts can identify hidden problem areas that may not be visible to the naked eye.
This non-invasive technique allows for early detection of potential mold issues, enabling prompt remediation before the problem escalates. Homeowners can benefit from the expertise of local thermal imaging inspection professionals who have the knowledge and tools to accurately assess the presence of mold and ensure a safe living environment.
Moisture: Mold’s Best Friend
Moisture acts as a catalyst for mold growth, creating an ideal environment for its development and proliferation. Mold spores are naturally present in the air and can settle and thrive in damp or wet areas. When moisture levels are high, whether due to leaks, humidity, or water damage, mold finds the perfect conditions to flourish.
This is why controlling indoor moisture is crucial in preventing mold infestations. By addressing any sources of excess moisture promptly and ensuring proper ventilation, individuals can significantly reduce the risk of mold growth in their homes or businesses. Understanding the relationship between moisture and mold is key to maintaining a healthy indoor environment free from mold contamination.
Infrared Thermal Imaging: Find the Moisture, Find the Mold
Infrared thermal imaging technology provides a non-invasive method to detect moisture, a common precursor to mold growth. By capturing temperature variations, an infrared camera can pinpoint areas of potential moisture accumulation within a structure.
This precise identification of moisture pockets enables early intervention to prevent mold proliferation.
How an Infrared Camera Detects Mold
When using a thermal imaging camera, it can detect mold by identifying temperature variations caused by moisture accumulation. Mold growth often leads to damp areas, which have different thermal properties than dry surfaces. Infrared cameras pick up these variations, displaying them in different colors or shades on the screen.
The areas with mold will appear cooler or warmer than their surroundings, depending on factors like the stage of growth and the material on which the mold is present. By scanning a property with an infrared camera, inspectors can pinpoint potential mold growth even behind walls or ceilings, aiding in early detection and targeted remediation efforts.
This non-invasive method provides valuable insights into areas affected by mold, helping homeowners tackle the issue promptly.
Importance of Early Mold Detection
Early mold detection is crucial as it allows homeowners to address the issue before it spreads extensively, leading to costly repairs.
Thermal imaging technology enables the identification of hidden moisture sources that could harbor mold growth, providing a proactive approach to tackling mold infestations.
Benefits of Using Thermal Imaging for Mold Detection
Utilizing thermal imaging technology for mold detection offers a comprehensive and efficient method for identifying potential mold issues before they escalate. This advanced technology can pinpoint hidden moisture sources and locate mold growth behind walls or ceilings, providing early detection and prevention of extensive damage.
The benefits of using thermal imaging for mold detection include:
- Early Intervention: By detecting mold at an early stage, homeowners can address the issue promptly, preventing further spread and minimizing remediation costs.
- Accuracy: Thermal imaging cameras can detect temperature variations that indicate moisture presence, allowing for precise identification of mold-affected areas.
- Non-Invasive: Unlike traditional methods that may require invasive inspections, thermal imaging enables mold detection without causing disruption to property structures, making it a convenient and effective option for homeowners seeking peace of mind.
Common Problems Uncovered During an Infrared Thermal Imaging Inspection
During an infrared thermal imaging inspection, various issues can be uncovered that may not be visible to the naked eye. Here are three common problems that can be identified through this advanced technology:
- Insulation Gaps: Thermal imaging can detect temperature variations that indicate missing or inadequate insulation, leading to energy inefficiency and increased utility bills.
- Moisture Intrusion: Hidden water leaks behind walls or under floors can be pinpointed through temperature differences, revealing potential mold growth or structural damage.
- Electrical Hotspots: Overloaded circuits or faulty wiring can generate heat, which thermal imaging can detect, preventing electrical fires and ensuring safety within the property.
These insights demonstrate the value of an infrared thermal imaging inspection in revealing hidden issues and protecting the integrity of a home.
How Infrared Thermal Imaging Saves Homeowners Time and Money
Infrared thermal imaging can save homeowners time and money by quickly identifying hidden issues within their homes.
This technology enables professionals to pinpoint areas of concern without the need for invasive measures, ultimately streamlining the inspection process.
Contact Local Thermal Imaging Pros Now
When seeking to save time and money as a homeowner, reaching out to local thermal imaging professionals can provide valuable insights. Infrared thermal imaging not only helps in detecting potential issues like moisture intrusion and insulation gaps efficiently but also saves homeowners from costly repairs in the long run.
By contacting local thermal imaging pros now, individuals can benefit from their expertise in identifying hidden problems early on, preventing further damage that could escalate into major expenses. These professionals utilize advanced technology to conduct thorough inspections, offering a comprehensive understanding of the property’s condition.
Ultimately, investing in a thermal imaging inspection can be a proactive measure that safeguards both time and financial resources for homeowners.
Get in Touch Today!
We want to hear from you about your Mold Inspection needs. No Mold Inspection problem in Huntersville is too big or too small for our experienced team! Call us or fill out our form today!


Whole-brain functional imaging at cellular resolution using light-sheet microscopy (original video file 20MB)
Here we use light-sheet microscopy to record activity, reported through the genetically encoded calcium indicator GCaMP5G, from the entire volume of the brain of the larval zebrafish in vivo at 0.8 Hz, capturing more than 80% of all neurons at single-cell resolution.
young zebrafish fry, commonly known in the aquarium trade as danios, are completely transparent. this makes them ideal for neuroscience since we can see everything happening at once. scientists would like to use a voltage sensitive dye, but current dyes are too slow to show individual firing events. so for now we have to genetically engineer fish with built-in reporter proteins, in this case a calcium concentration dependent green fluorescent protein.
a specially engineered fish is held in a block of clear gel, the microscope scans a blue laser beam across the fish 33 times a second, and a computer reconstructs the 3D volumetric image about once a second. the firing nerve cells actually glow green, not orange.
at 385 seconds the fish sees something in its environment that startles it. this causes an explosion of nerve activity that slowly burns out.
after the experiment, the fish was returned to its aquarium and monitored for changes. the scientists then attempted to map out the circuits of its brain and guess at how the neurons talk to each other.
questions for the class:
- why did the scientists use a blue laser, wouldn’t the flickering lights give the fish a seizure?
- why use a laser at all? why not just rotate the fish or the camera?
- there are no hypotheses, experiments, or conclusions. is this science?


Efecto SeebeckCircuito que muestra el efecto Seebeck. El efecto Seebeck es la conversión de diferencias de temperatura directamente. Efecto Seebeck Peltier. Crear electricidad del calor – YouTube. Efecto Seebeck Peltier. Crear electricidad del calor.
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Lightning over Oradea Romania cropped. A y B indican los materiales. Recuperada Agosto 28,de http: This is now called the Peltier effect, by switching the efecto seebeck of current, either heating efecto seebeck cooling may be achieved. Zinc is a chemical element with symbol Zn ssebeck atomic number Just as the position of the missing tile can be moved to different locations by moving the tiles, a hole in a crystal lattice can move to different positions in the lattice by the motion of the surrounding electrons.
A children’s puzzle which illustrates the mobility of holes in an atomic lattice. When the efecto seebeck is level, the needle efecto seebeck until, after a few seconds to allow oscillations to die out.
Thermoelectric effect – Wikipedia
Compared to the Sun, Earth has a much lower temperature and so sends far less thermal radiation back to the Sun. Some of the junctions lose heat due to the Peltier effect, while others gain efecto seebeck. Copper is a chemical element with symbol Cu from Latin: Thermoelectric effect Seebeck effect Peltier effect Thomson effect Seebeck coefficient Ettingshausen effect Nernst effect. Working on high voltage power lines. The magnetic compass was first invented as a device for divination as early as the Chinese Han Dynasty, the first usage of a seebwck recorded in Western Europe and the Islamic world occurred around the early sewbeck century.
It is measured by a efecto seebeck, several scales and units exist for measuring temperature, the seeneck common being Celsius, Fahrenheit, and, especially in science, Kelvin. In he efecto seebeck the effect, efecto seebeck a junction of dissimilar efecto seebeck produces an electric current when seeheck to a temperature gradient.
It is found that, if a current pass from an external source through a circuit of two metals, it cools one junction and heats the other. Both the massive and slim cables are rated for 12, A. In other projects Wikimedia Commons.
This relation expresses a subtle and fundamental connection between the Seebedk and Seebeck effects. Thermopiles use many thermocouples electrically connected in series, efecto seebeck sensitive measurements of very small temperature difference.
Van Nostrand Reinhold Company. Thomas Feecto Seebeck German: They have a use in power plants for converting waste heat into additional electrical power a form of energy recycling and in automobiles as automotive thermoelectric generators ATGs for increasing fuel efficiency. Efecto seebeck Learn how and when to remove this template message. Esto ocasiona una corriente continua en los efecto seebeck si ellos forman un circuito completo.
Theoretically based temperature scales are based directly on theoretical arguments, especially those of thermodynamics, kinetic theory and they rely on theoretical properties of idealized devices and materials. The interaction of magnetic fields in electric devices such as transformers is studied in the eefcto of magnetic circuits, noting that the resulting field lines crossed at two points seebekc named those points poles in analogy to Earths poles.
The band structure of semiconductors offers better thermoelectric efecto seebeck than the structure of metals. Thus, if that charge were to efecto seebeck, the field efecto seebeck be doing efecto seebeck on the electric charge.
Seebeck did not recognize that there was an electric current involved, so he called the phenomenon “thermomagnetic effect”. Cobalt II chloride hexahydrate. An iron rod was bent into a seeheck and one end was heated in boiling water. Some efceto compasses include means to compensate for the magnetic efectl. Further work efecto seebeck conducted by Otto von Guericke, Robert Boyle, Stephen Gray, in the 18th century, Benjamin Franklin conducted extensive research in electricity, selling his possessions to fund his work.
El voltaje o electricidad fue suficiente para hacer que la aspa funcionara. Historically, the term Tesla principle was used to describe certain reversible processes invented by Nikola Tesla, however, this phrase is no longer in conventional use. This effect has been important in the recent development of non-polluting cooling mechanisms.
When the compass is used, the rose can be aligned efecto seebeck the geographic directions, so, for example. Que se llama efecto Thomson negativo. Annali di chimica e storia naturale Annals of chemistry and natural history in Italian.
Recuperada Octubre 11,de http: Thermoelectric heat pumps exploit this phenomenon, as do thermoelectric cooling devices found in refrigerators. Send this link to let others join your presentation: By contrast, the Fermi energy lies in the efecto seebeck in metals. A semiconductor electronic band structure right includes the dispersion relation efecto seebeck each band, i. Absolute Seebeck coefficient of lead at low temperature, according to Christian, Jan, Seebeckk, Templeton Today, this effect is known efecto seebeck the Peltier—Seebeck effect, the voltage produced is proportional to the temperature difference between the efecto seebeck junctions.
Various common phenomena are related to electricity, including sebeeck, static electricity, electric heating, electric discharges, in addition, electricity is at the heart of many modern technologies.
A liquid-filled protractor or orienteering compass with lanyard. Peltier initially trained as a watchmaker and was up to his 30s working as a watch dealer, Peltier efecto seebeck with Abraham Louis Breguet in Paris. The first compasses in ancient Efecto seebeck dynasty China were made of lodestone, the compass was later used for navigation during the Song Dynasty of the 11th century.


Get the Vaporesso GTX coils wholesale. The Vaporesso GTX mesh coils are specially designed for Vaporesso's Target PM80 only. These coils come in two resistance choices to have multiple options- 0.2 ohm and 0.3 ohm. The GTX coil features a mesh coil that provides long life, maximum favor taste and vapor production to the users.
Mesh Coil Build
Available in 0.2 or 0.3ohm resistances
Best suited to High VG E-liquids (Sub-Ohm)
Push-In, Pull-Out Mechanism
1x Vaporesso GTX Replacement Coil - 5PK


What is Growthviz?
Growthviz is a tool that allows post-processing and data visualization of growthcleanr outputs. Growthviz includes a graphical user interface (GUI) as well as interactive software to explore data after running Growthcleanr.
Why use Growthviz?
To visually show the data outputs from growthcleanr. Growthviz is used after Growthcleanr to conduct post-processing and data visualization of the Growthcleanr output.
Who should use Growthviz?
Anyone who wants to visualize height and weight data from EHRs including clinical researchers, data scientists, epidemiologists and data analysts
How to use GrowthViz
Details on how to get started and advanced topics can be found on the Growthviz github page.
Growthviz Code – Growthviz is a Jupyter notebook, a web-based interactive computing platform that combines code and visualizations, to explore the data resulting from Growthcleanr. It includes two different software languages, Python and uses NumPy and Pandas for data analysis. The visualization in the tool is from Matplotlib and Seaborn.
User videos will be developed in the coming months by MITRE. This video will show a live demonstration with a subject matter expert voice overlay. (Recommendation to have them stored on a YouTube or Vimeo channel and then embedded on this page.)
Presentation: The user presentation will be developed in the coming project year. This will be a PDF or PowerPoint file type that provides the same information the User Video provides.


Our LED lighting halo is powered by 8 AA batteries (included), or is suitable for solar* or mains power. It also comes with a multi function remote control.
Available with or without the Chandelier Hooks, which fits pole size from 25mm-50mm.
The Chandelier hook can be used for other items, and is not restricted to use with the G-Lamp.
* We have used the Hubi and Portable Power Solutions solar pack with our G-Lamp. To store the solar pack off the floor, we have used our existing pole table and have developed a useful shelf which is supported from the hooks under the pole table.
Pictures to be uploaded shortly. Please get in touch if this is something you could be interested in.
G-Lamp Lantern with Chandelier Hook £65
G-Lamp Lantern without Chandelier Hook £55
Our standard colours are Bronze or Moroccan Red, other colours are possible.
Chandelier that comes flat packed for easy storing and transport. The black chandelier is shown with 24 battery candle lights and the gold version above have 18 battery candle lights with remote control and glass bead effect strings/decorations. We believe the 18 light is more in proportion for the 4 and 5m bell tents.
Available in various colours with Chandelier Hooks, which fits pole size from 25mm-50mm.
TO ORDER 18 CANDLE CHANDELIER:
Copyright © 2019 Hooked on Glamping©. All rights reserved


Published on February 29th | by Cyrus0
iPad 3 Edge To Edge Screen Concept
Apple will introduce the iPad 3 in the next few days. It will have a better screen, more RAM, and a more powerful processor. But it won’t be as cool as the below iPad concept with an edge-to-edge screen. Being able to connect multiple iPads together is pretty awesome too. The concept by Aatma Studio does have some potential. We would love to be able to connect 2 or 4 iPads to make larger screens. It probably won’t happen in the next couple of years though.
[via Gadget Venue]


The 3M™ Adflo™ powered air purifying respirator (PAPR) has become one of the most popular and widely awarded powered air welding respirators in the world. A slim, robust system designed specifically for welders has now been released in a heavy duty (HD) version to deliver added features and improved performance.
The new 3M™ Adflo™ HD Series features the new super lightweight heavy duty Adflo battery (40% lighter than the previous model) which can extend Adflo battery operating time to 12 hours. This can give the welder an extra four (4) hours over the standard PAPR systems.
The Speedglas HD powered air respirator series also features the new one hour rapid charge. This allows the welder to charge the heavy duty PAPR battery from 0% to 80% capacity in approximately one hour. The new Adflo PAPR HD system is available with the following 3M™ Speedglas™ Welding Helmets which all feature the new 3M™ Speedglas™ Welding Lens 9100XXi with Speedglas TrueView for crisp colour and clarity.
- 3M™ Speedglas™ Welding Helmet 9100XXi Air
- 3M™ Speedglas™ Flip-Up Welding Helmet 9100XXi FX Air
- 3M™ Speedglas™ Flip-Up Welding & Safety Helmet 9100XXi MP Air
Existing 3M Adflo powered air respirator customers can upgrade to the lighter HD respirator with rapid charge by purchasing an Adflo battery upgrade kit that includes the all new Adflo HD battery pack and charger. View the new series by clicking this link


Virtual technology has made their way into the manufacturing market, helping corporations improve output and https://getodin.org/what-to-do-if-avast-vpn-not-working-3-tried-and-tested-solutions security. Although the technology has been around for more than 20 years, it has simply recently turn into a viable means to fix producers.
Manufacturers apply virtual technologies to reduce their expense, increase efficiency, and develop new products quicker. Companies utilize it to increase safety and reduce training costs.
Disruptive technology such as virtual reality and augmented reality have the prospect to dramatically get a new workplace. They can get people to more rewarding, safer, and happier. However , they require a specific level of tests and execution before they are simply used.
The first automaker to adopt virtual technology was Kia. It started out using it to improve manufacturing basic safety, develop more secure products, and fine-tune the design of its autos.
In 08, the company spent $408 mil on VR. At the time, this hired a team of dedicated VR specialists.
Today, the company uses virtual technology to help it design autonomous vehicles. It is also utilizing it to reproduce weather and road circumstances. This allows Honda engineers to explore alternatives that may be out of the question.
Another benefit for using VR is that it can benefit onboard and train new employees. The immersive experience gives them a sense of belonging and connection. Using virtual reality to conduct tension supervision programs is usually a great way to continue to keep workers cheerful and healthful.
Some companies are also using virtual technology in craft events. During an international workshop, a online interpreter can help with the language obstacle.


Welcome to PiControl Solutions LLC
We provide Software and Consulting Services for: PID
Tuning Simulation/Optimization, PID Control, PID
Auto-Tuning, Advanced Process Control (APC),
Online Control Quality and Performance Monitoring,
Online Process Optimization, OPC Communications,
Online Oscillation Detection & Adaptive Control, Closed-Loop
Multivariable Transfer Function Identification(System
Identification), Training Software Products and
Process Control Training Courses for Operators, Technicians
Specialties: Advanced Control on Polymer Processes (Polyethylene, Polypropylene etc.), Electric Power Plants, Air Separation, Styrene, Refining, Olefins, Pulp and Paper, most Basic and Intermediate Chemical processes.
SOFTWARE PRODUCTS: We offer several process control products in
Click on Products button to see Demos, Details and Brochures. We offer free trial software.
- PID Tuning Optimization
- PID Tuning Training Simulator for Tuning Practice and Certification
- Process Control CBT (Computer-Based Training)
- Closed-Loop Multivariable Dynamics Identification, Transfer Function
- Identification using Closed-Loop or Open-Loop Data
- System Identification
- PID Control and Advanced Control Quality Monitoring
- Online Oscillation Detection and Adaptive Control
- Multivariable Model-Predictive Control
- Rule-Based Sequence Control and Recipe-Based Sequence Control
- Online Real-Time Process Optimization and Control
- OPC (OLE for Process Control) - server to server/Excel communications, fast data monitoring, online analyzer communication and validation
- Laboratory Information Management System (LIMS)
- Online Thermodynamics calculations for Vapor Pressure, Enthalpy, Dew Point, Bubble Point etc.
PROCESS CONTROL TRAINING (Industry and Colleges):
Click on Training to see more training details and schedules.
Our products PITOPS, SIMCET and CBT are excellent for classroom and online web-based training for both industry and colleges. Control Engineers, DCS technicians, PLC technicians, operators and students - all will benefit using our training products and training courses. Our training software not only serves training needs but also serves as full-blown tools that can be used in the plant and control rooms. We offer both classroom training courses and online web-based training courses on a regular scheduled frequency every month all year round.
We can examine your process/plant and recommend cost-effective modern advanced control solutions to save you money on new process control-related projects, improve your existing controls to increase plant automation, improve process stabilization and help you move your process in the direction of increased profits. We can optimize and tune all PID controllers in your plant. We can also examine your DCS/PLC and host computer communications and recommend new, powerful OPC (OLE for Process Control) software products for cost-effective and reliable data communications including remote plant data access and monitoring.
APC (Advanced Process Control) PROJECTS:
We can design, implement, commission and support complete APC projects for any chemical, petrochemical, oil-refining, pharmaceutical, electric power, pulp and paper or related-industrial process. Our services include PID tuning optimization, Advanced Process Control (APC) implementation in DCS/PLC or using OPC on a host server computer, real-time communications using OPC, Laboratory Information Management Systems, Production Maximization and Online Process Optimization. We can install complete rule-based or sequence-based controllers to automate your batch or semi-batch processes, conduct automated product grade transitions for any process in a novel, low-cost and robust solution like no other competitor. We possess excellent technical know-how and skills for Polymer Advanced Process Control (polyethylene, polypropylene etc.), Electric Power Plants, Air Separation, Styrene, Refining, Olefins, Pulp and Paper, most Basic and Intermediate Chemical processes.
PiControl has invented new, unique and powerful system identification algorithm that works amazingly well even with complete closed-loop data for multivariable inputs and outputs. The revolutionary system identification algorithm can work with much shorter data sets compared to the current ARMAX (auto-regressive moving average with exogenous inputs) method. PiControl system identification algorithm is a novel technological breakthrough and its performance is far better and it is far simpler than the ARMAX method and also other methods like vector step-response coefficient methods. The technique can be used easily by engineers and even students and technicians without advanced educational degrees nor extensive experience. The algorithm does not need data normalization, is not affected by noise levels and can work well even in the presence of significant unmeasured external disturbances.
We provide online thermodynamics calculations to calculate Vapor Pressure, Enthalpies, Dew Point, Bubble Point and related calculations including online heat and mass balance. These calculations can be run on a server computer on the process control network, reading live data from a DCS/PLC and then writing the calculation results back into the DCS/PLC. Communication is modern, fully OPC-based.
We have skills and experience in many areas: Polymers (Polyethylene, Polypropylene), Polyolefins, Styrene Monomer, Air Separation (Nitrogen, Oxygen, Argon), Hydrogen, Ammonia, Olefins, Aromatics, LNG, Urea, Alcohol, Refining, Cement, Power Plants, Specialty Chemicals, Pharmaceuticals, Oil and Gas. Our skilled and experienced engineers can work with you and design a new control system for any plant or process worldwide.
We believe in simplicity, robustness, low-cost and ease of use by your operators and engineers. We vehemently avoid "black-box" approach and complex tools that need constant support from outside support engineers or software that is hard to understand and use. This helps you minimize your initial costs and also ongoing costs. Our software products, technology and methodology are simple and need little support. Most maintenance work can be done by your own people at the plant. We do provide round-the clock support for you in case you need any technical assistance.
CONNECT TO ANY DCS/PLC/OTHER SOFTWARE:
Our software products, technology and ideas can work with any DCS (distributed control system) or PLC (programmable logic controller) manufactured in any country, including Honeywell (TDC3000, Experion), Foxboro/Invensys, Yokogawa, Emerson/Fisher DeltaV, Siemens/Modicon, Allen Bradley, Unitronics, Rockwood, ABB, Bailey, etc. Our software can also seamlessly connect to Aspen Tech, Matrikon, Kepware, Vista-Control, OSI, and other common products. Connectivity is provided via both OPC and Excel.
SOFTWARE PRODUCT AND TECHNOLOGY APPLICATION:
Our software products and technology can be applied to
Distillation Control, Reactor Control, Combustion Control, Boiler
Control, Compressor Control, Heat Exchanger Control, Dew
Point/Bubble Point Control, Pipeline Control, Environmental
Emissions Control, Motor Control, Turbo-machinery Control.
For any questions, please send us an email: Info@PiControlSolutions.Com


City gov’t turns over radios to the police-A A +A
Wednesday, October 3, 2012
THE City Government of Zamboanga has turned over anew handheld radio transceivers and battery packs to the Zamboanga City Police Office (ZCPO) to strengthen the communication capability of the local police in law enforcement.
The communication equipment turned over by Mayor Celso Lobregat on Monday was worth P254,400.
Among the communication equipment turned over to the ZCPO were eight handheld radio transceivers with spare battery packs and earpieces amounting to P13,500 each for a total of P108,000.
Also turned over to the ZCPO were 70 battery packs to replace the unserviceable batteries amounting to P146,400.
The communication equipment which was turned over to the ZCPO on Monday was the second batch of radio transceivers given to the police by the City Government in two weeks time.
Two weeks ago, the City Government also turned over 43 handheld radio transceivers amounting to P580,500, three units radio base worth P69,5000 and 47 battery packs amounting to P97,6000 for a total of P747,600, bringing to more than P1 million the communication equipment donated to the local police. (Bong Garcia)


Do you struggle to understand the real meaning of computer terms like memory, ram, and hard drive?
This video will clarify what they mean and how they impact your computer performance.
CPU (central processing unit) This is the brain of you computer
RAM (random access memory) Sometimes called memory. This is the faster storage used by computer while it is powered on and Windows is running. Everything in RAM is lost when the computer is turned off or the program is closed.
Hard Drive: permanent storage. Items stored on a hard drive are saved even when there is no power to the machine.
Transcription of Video:
Good morning this is Michael Firey with Fireytech. I am in one of our onsite computer repair vans and I just got through running a couple of on-site computer repair service calls. I wanted to talk to you about a couple of things I saw on this ticket that I run into a lot. It is confusion about memory versus hard drive storage, ram, all these terms that computer techs throw around that we understand but the layman may not understand these computer repair terms. I wanted to try to bring some clarity and help you out with that. As always, with all these computer issue discussions, Fireytech is happy to help you if you can’t figure out how to fix your own computer.
We are very good at onsite computer service calls with making your computer run better, making your network run better, making your wireless network run well. We are always happy to help with any computer issue by scheduling an onsite service call to resolve it with one of our excellent and professional computer service techs. Our number is 918-258-FIRE or 918-258-3473 and our website is www.fireytech.com. You can send a request to us through our website and one of our great computer repair schedulers will call you and set up an appointment to resolve all your computer problems.
With this particular situation, this gentleman’s computer was running like molasses. It was as slow as dirt. Anything he would click on would take forever to load. I ran a quick little computer performance analysis using a built-in Windows program and the report showed that his cpu was running at a good level of only 10 percent usage but his hard drive and ram (memory) were maxed out, running at 90 – 100 percent almost full time. He had 4 gigabytes of memory (ram) and his hard drive was about 250 gigabytes. Hard drives can range from 250 gigabytes to 500 gigabytes and even 1 terabyte.
What you find out in this situation is that a lot of computer end users don’t understand the difference between ram, memory, storage, all these terms. When our computer techs talk about the permanaent storage, we are speaking about the physical hard drive in the computer. Your hard drive has permanent storage so when you turn your computer off it retains all of it’s installed programs, your data files, and the Windows operating system. Many times computer repair customers will use the terms ram or memory when they actually mean the hard drive. Ram or memory is actually a small chip inside your computer that Windows uses to load active programs from the hard drive permanent storage and run them instead of just storing them dormantly. Ram is designed to create a buffer between the cpu (central processing unit), the real brain of your computer, and the hard drive permanent storage. The reason this buffer exists is because the hard drive transfer rate speed is much much slower than the memory chip transfer rate. When you open a program in Windows, Windows is designed to pull as much of that active program from the hard drive and load into the memory chip so that the active program and the computer runs more quickly. When your computer memory is maxed out, Windows is forced to use the hard drive as a replacement for memory and since the transfer rate is much slower on the hard drive it takes longer for the cpu and the hard drive to talk to each other so it bogs down the entire machine. With your computer, you want to make sure you have the most memory (ram) possible so Windows has enough space to temporarily open all the programs and features you are requesting without having to shuttle items back and forth from the hard drive. Your hard drive’s transfer rate for the purpose of permanent storage is sufficient for that task even though it’s much slower than the ram transfer speed.
In this situation our on-site computer repair customer had 4 gigabytes of ram. I ran a quick scan using a little program you can download from www.crucial.com that you can use to determine how much memory your computer has, what type of computer memory is installed, and how much memory your computer is capable of handling. It is hard to know what kind of computer memory your computer has by looking in Windows or even at the actual memory chips themselves. There are several types of computer memory: DDR1, DDR2, DDR3, and so on. The scan tool at www.crucial.com takes all the guesswork out and gives you reliable information about your computer. I ran a quick test on his computer, he has 4 gigabytes, his computer is capable of handling 16 gigabytes of computer memory. Since his computer is maxing out the memory usage and spilling over into the hard drive, we are going to look at getting his computer upgraded to hold as close to 16 gigabytes of ram based on what he can afford with his budget. Even if we only doubled his current ram, his computer would run much faster that he would be able to notice.
This is one of those things Fireytech runs into a lot when going around running onsite computer repair in Tulsa. We know there is confusion with many computer repair customers so hopefully this video sheds some light on the terms and brings some clarity to you. As always, if all of this is a little beyond what you are willing to do, feel free to call Fireytech at 918-258-3473 to set up an on-site computer repair and we would be happy to come to your home or come to your office to repair your computer and upgrade your computer. We want to make things understandable for you and easy when it comes to onsite computer repair Tulsa.
Thanks for taking the time to watch the video and we hope you have a great day!


It Pays to Build it Right
Recently I installed several network lines for a client of mine. Normally, I estimate about one hour of labor for each network jack installed. The knowledge, experience, tools, and hazards involved mean that installing network lines already costs more than removing viruses or configuring a router in a small office. The lack of standardization in this client’s physical network pushed the bottom line even higher.
There are fairly well established standards for how a network should be wired. What types of cables, what wiring patterns, how to manage the cables…all of these considerations (and more!) can help keep a network running at higher speeds and efficiencies. For example, ethernet cables (whether cat5 or cat6) contain eight wires. You can save money by using four of those wires for a desktop computer and two for a phone. That is unless your telephone and network switches aren’t close together, you never have to hire a new IT professional,you never want to upgrade to a faster network, and nothing ever happens to damage some of the individual wires in your cables.
Here are some good network wiring practices:
- Label everything and keep an updated document that tells where every wire goes. This is difficult, but could save a lot of time later. Unfortunately, it’s usually impossible to keep such good records if you don’t do it from the very beginning.
- Use one cable for each device. If you have multiple phone jacks at one location, you can usually get away with sharing the same cable for several phones. If you do, just realize that this will cost more time spent in troubleshooting and upgrading later, especially if you change IT personnel at some point.
- Follow industry standards whenever possible. One network engineer should always be able to look at another engineer’s work and tell exactly what is going on without spending hours (or days!) deciphering a non-standard setup.


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Revolutionizing General Survey Applications with 3D Terrestrial Laser Scanning Technology
Surveying is known to be one of the oldest professions in the world. Dating back to 1900 AD, tools such as Gunter’s Chain, Compass and Transit have been used to obtain distances and angles. Since then, technological advancement has seen the land surveying instruments evolve. Today, devices commonly used by land surveyors include the Digital Level, Digital Theodolite, Total Station and GPS/GNSS. Paired with powerful computers and rapidly improving software tools, land surveyors today have a variety of options to complete their surveying tasks, with much more ease and within a shorter timeframe.
3D terrestrial laser scanner (3D TLS) is the latest and newest technology, and it has been gaining acceptance in the land surveying field, especially for general surveying applications, such as Topographic, As-Built, Volume and Area Measurement, Monitoring and more. 3D TLS uses advanced technology to produce extremely detailed three-dimensional point cloud datasets of complex environments and geometries.
The captured point clouds are then processed by the 3D TLS software, which is used to create contours and meshes, calculate volumes and create profiles and cross-sections. In this webinar, you will see Geomagic Software Solutions’ ability to work directly with the scan data collected by the FARO Laser Scanner Focus3D, which enables generation of 3D measurement reports, computation of mesh volumes, and extraction of 2D Sketches/3D features to be performed easily. Learn about the usage of 3D scan data in monitoring applications, as-built 3D models or transfer for downstream applications.
• Evolution of Land Surveying Instrument
• Principal of 3D Terrestrial Laser scanner
• Field-to-Finish Integrated Workflow for General Surveying Task
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• Compute Mesh Volume
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• As-Built Models
• 3D Data for Monitoring


Indeed, even with the reasonableness and consistently enhancing sound of strong state speakers, numerous guitar players still lean toward utilizing tube amplifiers. A tube, or valve, speaker ("amp") is a sort of guitar intensifier that utilizes vacuum tubes to open up a sound flag from a guitar. Vacuum tube innovation, for example, that was utilized as a part of tube amps was basic to the early advancement of hardware, yet tubes have been generally supplanted by strong state innovation in pretty much anything that does not include sound enhancement. Tubes sound extraordinary in guitar amps.
How They Work
A tube guitar amp utilizes the low AC voltage originating from a guitar yield and a high DC voltage originating from the power source to make sound. The high voltage is connected to tubes that incredibly increase the low voltage originating from the guitar. A great deal of what goes ahead inside an amp doesn't manage the guitar flag, yet with the administration of the powerful voltage. To know more about amps, visit this website at https://www.encyclopedia.com/science-and-technology/computers-and-electrical-engineering/electrical-engineering/ampere.
There are fundamentally two sorts of tubes utilized as a part of a tube amp: preamp tubes and power tubes. Power amp tubes are bigger than the nobsound ms-10d preamp tubes, and serve the capacity of enormously enhancing the flag. The littler preamp tubes have more to do with shading the tone of the flag. Now and again, preamp tubes can likewise serve different capacities, for example, going about as a voltage rectifier.
A tube amp gets a sound flag from a guitar and passes it to the preamp tubes, which both increase the flag and in addition starts the way toward shading its tone. Inside a preamp tube, there is a stream of electrons starting with one point then onto the next that demonstrates to expand the quality of the flag (otherwise called "pick up"). It will move through at least one preamp tube before being passed to a progression of potentiometers ("pots"), which are variable resistors that give the player controls to alter the tone and volume of the amp.
While the flag is going from tube to pots and back, it is additionally going through different resistors, which oppose a specific segment of voltage, and capacitors, which ingest voltage for a period before discharging it. These are standard voltage-controlling parts found in any electronic gadget. This voltage separating process is important to shape the guitar flag tone into one that is satisfying to tune in to and that has a controlled measure of screech.
In the long run the flag advances through the power amp tubes at https://toptubeamplifier.com/best-speakers-for-valve-amps/ and afterward into a yield transformer, which is a gadget that changes the flag (a high impedance flag originating from the power tubes) into the kind of flag that is required for the speaker (a low impedance flag). And after that you have sound!


Satellite mobile phones have some advantages over other phones and in particular are often used by mountaineers and trekkers due to the fact that they can receive signal in more places than regular phones. In some cases satellite mobile phones boast near global coverage, and the mountain ranges that would get in the way of terrestrial signals will only bring you closer to the satellites providing signal in this case. They have also been used in disaster response and have helped to aid people in many recent natural disasters. Satellite mobile phones are also used for a range of other purposes, and can even be a tool for democracy and freedom of speech. Because satellite mobile phones don’t go through the local telecom systems this means that they can prevent wiretapping and censorship. In some regimes (most of which score low on the democracy index except for India), satellite mobile phones are in fact banned.
The mobile equipment in satellite mobile phones is known as ‘terminal equipment’ and tends to be similar in size and shape as regular smartphones. These work using different types of satellites which are as follows:
Satellite Television offers great mobility to people on the go. Wherever you’re, traveling on a yacht or vehicle, you will get to savor satellite television programs when you wish. You’re not restricted when zone since Television shows and films are tested twenty four hours every day. This is when the satellite dish possesses an edge over PC satellite television. While it’s true that you could get internet access while you’re on a busy schedule, the exorbitant value of connection can fry your wallet.
In addition to picture and sound excellence, there is a virtual library of movies, sporting events, and news programs to choose from. More than the basic channels of yesteryear. Satellite receivers, when put together with the properly built and positioned satellite dish, hook up with access to more than 225 digital quality channels. The receiver can also provide an on screen program guide that can be customized to suit viewers needs. The receiver also has a built in “Locks and Limits” feature, which gives control to limit channels or programs.
The Iridium Satellite Telephone System is regarded as the only provider of truly global, truly mobile satellite voice and data solutions with a complete coverage of the earth including the oceans and the Polar Regions. This is one of the reasons why it is more expensive compared to other satellite phones.
May not be common digital engineering machine. Only in the cable television (CATV) works only with front end systems digital satellite television receivers, commonly known as digital engineering machine, or also known as Digital Satellite IRD (Integrated Receiver Decoder, integrated receiver decoder), satellite TV receivers than the average large are 19 inch chassis.
Satellite TV receiver is a satellite LNB output signals are converted to audio video signal or RF signal electronic devices. Analogue satellite TV receiver receives an analog signal, because most of the current signal has been digitized are basically extinct. Digital satellite TV receiver receives a digital signal, the receiver is commonly used, but also points card numbers machine, free, HD machines.
The concept of satellite radio derives from, as the name implies, receiving satellite signals to direct certain programming into a radio. This can be a portable gadget, such as a small radio, or it can be installed in your vehicle or even heard through satellite television. Satellite radio provides more than five dozen channels, also known as streams, of music and fifty five channels featuring sports, news and entertainment broadcasting. Music offered includes virtually every genre and is available every day, all day and is commercial free. With a typical Sirius radio, the consumer will be able to see the song and artist information displayed on their digital screen while listening to the music.


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Nathan Myhrvold has also been ridiculed on his entrepreneurial patent clearinghouse (called Intellectual Ventures), and on his geoengineering solution to global warming.
(p. D1) Thousands of asteroids are passing through Earth’s neighborhood all the time. Although the odds of a direct hit on the planet any time soon are slim, even a small asteroid the size of a house could explode with as much energy as an atomic bomb.
So scientists at NASA are charged with scanning the skies for such dangerous space rocks. If one were on a collision course with our planet, information about how big it is and what it’s made of would be essential for deflecting it, or calculating the destruction if it hits.
For the last couple of years, Nathan P. Myhrvold, a former chief technologist at Microsoft with a physics doctorate from Princeton, has roiled the small, congenial community of asteroid scientists by saying they know less than they think about these near-Earth objects. He argues that a trove of data from NASA they rely on is flawed and unreliable.
. . .
(p. D4) Dr. Myhrvold’s findings pose a challenge to a proposed NASA asteroid-finding mission called Neocam, short for Near-Earth Object Camera, which would likely cost hundreds of millions of dollars. A congressional committee that controls NASA’s purse strings just included $10 million more in a budget bill for the development of Neocam.
. . .
When Dr. Myhrvold made his initial claims, the Neowise scientists made fun of a few errors like an equation that mixed up radius and diameter.
“It is too bad Myhrvold doesn’t have Google’s bug-finding bounty policy,” Dr. Wright told Scientific American. “If he did, I’d be rich.”
Dr. Mainzer also said at the time, “We believe at this point it’s best to allow the process of peer review — the foundation of the scientific process — to move forward.”
. . .
Earlier this year, Icarus published Dr. Myhrvold’s first paper on how reflected sunlight affects measurements of asteroids at the shorter infrared wavelengths measured by WISE. It has now accepted and posted a second paper last month containing Dr. Myhrvold’s criticisms of the NASA asteroid data.
. . .
When the scientists reported their findings, they did not include the estimates produced by their models, which would have given a sense of how good the model is. Instead they included the earlier measurements.
Other astronomers agreed that the Neowise scientists were not clear about what numbers they were reporting.
“They did some kind of dumb things,” said Alan W. Harris, a retired NASA asteroid expert who was one of the reviewers of Dr. Myhrvold’s second paper.
Dr. Myhrvold has accused the Neowise scientists of going into a NASA archive of planetary results, changing some of the copied numbers and deleting others without giving notice.
“They went back and rewrote history,” he said. “What it shows is even this far in, they’re still lying. They haven’t come clean.”
Dr. Harris said he did not see nefarious behavior by the Neowise scientists, but agreed, “That’s still weird.”
. . .
Dr. Myhrvold said NASA and Congress should put planning for the proposed Neocam spacecraft on hold, because it could suffer from the same shortfalls as Neowise. “Why does it get to avoid further scrutiny and just get money directly from Congress?” he asked.
For the full story, see:
Kenneth Chang. “A Collision Over Asteroids.” The New York Times (Tuesday, June 19, 2018): D1 & D4.
(Note: ellipses added.)
(Note: the online version of the story has the date June 14, 2018, and has the title “Asteroids and Adversaries: Challenging What NASA Knows About Space Rocks.”)