Exploring Android Device Thermal Management And Cooling Solutions For Optimal Performance. – Due to the COVID-19 pandemic, body temperature monitoring has become the norm for people entering public places such as hospitals, office buildings and airports. One by one, visitors slowly enter checkpoints while staff aim hand-held laser devices at each person’s forehead to check for fever.
To speed up the process, some organizations, including the US Department of Defense, have upgraded with thermal cameras, which allow for faster movement in buildings and better social distance between workers checking and visitor. However, digital cameras are not widely used due to prohibitive costs, most of which are caused by expensive cooling equipment.
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Researchers in South Korea have developed a new heat-sensing device called a microbolometer that could help make thermal imaging cameras more efficient by integrated into phones. The new microbolometer can work directly at temperatures of 100 degrees Celsius (212 F) and above, which is very important because the operation at 85 C (185 F) is required for phone parts that must withstand heat and cold. The study was published in the journal Applied Surface Science in May.
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The most commonly used non-contact products are converted to radiant heat, radiant heat is produced by all materials and temperature above absolute zero, in electrical capacity expressed in Fahrenheit or Celsius. The higher the temperature of an object, the higher the amount of infrared radiation it will emit. The red or green laser that shines on your forehead only points the device in the right direction and has no effect on the actual measurement.
Thermal imaging cameras include multiple microbolometers that detect different and more sensitive temperatures than non-contact temperatures. The infrared heat heats a special type of material that detects the material, causing it to change the flow of electricity in the material. This change is converted into a temperature reading.
Most conventional microbolometers can only operate at room temperature, and for high-temperature environments, additional cooling is required. Choi and his colleagues replaced the conventional detector with a warmer one, creating a vanadium dioxide film that can withstand similar changes in electricity from room temperature to 100 C (212 F). .
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They also installed an infrared lamp inside the microbolometer, which increased the device’s heating efficiency and tripled its sensitivity. During the tests, the microbolometer can take thermal images at 100 frames per second even at 100 C, which is three to four times better than conventional devices.
Arnaud Crastes, director of business development at Teledyne Imaging, a group of technology companies that manufacture imaging devices, notes that many bolometer manufacturers today have designed technology that can work in the high temperature, such as 85C.
Thermal imaging cameras based on inexpensive microbolometers that can operate at high temperatures can be used for night vision, indoor hazard detection vehicles, finding faults in buildings, and helping firefighters spot smoke.
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“Non-destructive imaging was originally developed for military applications, such as remote sensing of the temperature of military objects or soldiers,” said study author Won Jun Choi of the Center for Optoelectronics. Materials and Devices at the Korea Institute of Science and Technology. “But now, there are many other types of requests that are possible.”
Inside Science is a print, electronic, and video service owned and operated by the American Institute of Physics.
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Author: Muhammad Abbas Khan Muhammad Abbas Khan Scilit Preprints.org Google Scholar View Publications 1, Ijaz Ahmad Ijaz Ahmad Scilit Preprints.org Google Scholar View Publications 2, * , Anis Nurashikin Nordin Anis Nurashikin Nordin Scilit Preprints.org Google Scholar View Publications 3, A El-Sayed Ahmed A. El-Sayed Ahmed Scilit Preprints.org Google Scholar View Publications 4, Hiren Mewada Hiren Mewada Scilit Preprints.org Google Scholar View Publications 5, Yousef Ibrahim Daradkeh Yousef Ibrahim Daradkeh Scilit Preprints.org Google Scholar View Publications 6 , Saim Rasheed Saim Rasheed Scilit Preprints.org Google Scholar View Publications 7, Elsayed Tag Eldin Elsayed Tag Eldin Scilit Preprints.org Google Scholar View Publications 8 and Muhammad Shafiq Muhammad Shafiq Scilit Preprints.org Google Scholar View Publications 9, *
Department of Computer Engineering and Networking, Wadi Alddawasir University of Engineering, Prince Sattam Bin Abdulaziz University, Al-Kharj 16278, Saudi Arabia
Received: May 18, 2022 / Revised: August 15, 2022 / Accepted: August 15, 2022 / Published: August 28, 2022
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Recently, the home automation system has received a lot of attention because of its rapid and technological progress, simplifying everyday life. Almost everything is computerized and automated. The development of home automation will be easier and more popular due to the use of the Internet of Things (IoT). This article explained the various communication systems of actuators, sensors that allow the implementation of many home devices. The system is called HAS (Home automation system). It works by connecting to a powerful Application Programming Interface (API), which is the key to a public communication method. HAS uses hardware, usually hardware or hardware with a network interface and then HAS (API). Most HAS devices (home automation devices) used Raspberry Pi boards and ESP8285 chips. A mobile application has been developed that allows users to control many home appliances and devices from their mobile phones. The application is user-friendly, flexible and useful for customers with disabilities. It has the potential to expand even more when used on multiple devices. The main goal of this project is to make home automation easier and smarter. HAS is a very efficient and effective computer system that can be upgraded with different devices and extensions.
Recently, the Internet of Things (IoT) is taking the entire world by storm. A network of connected devices that can be remotely managed and monitored over the Internet. The concept of IoT is an important development in recent years . It is currently used in various areas, including smart buildings, cloud computing (wireless data) [2, 3, 4, 5] and health care (biomedical disease) [6, 7, 8, 9] , telemedicine, business organization. , and other applications. It is integrated into the IoT, wireless communication technology that enables smart devices to be connected worldwide and improve operations. . Network wireless smart home automation systems include sensors and actuators that can share resources or communicate with each other, the most important technology for building smart homes. “Smart home” is a concept that is part of the IoT model that wants to use domotics . A very important development is the ability for consumers to remotely manage and monitor home appliances by connecting to the Internet. Various smart devices are available, including light switches that can be controlled with a voice from a phone [11, 12]. An intelligent irrigation system  and air conditioners can change the temperature inside while generating energy reports, reducing waste water, etc. In recent years, smart home solutions have become more popular . Figure 1 shows a smart home automation system using IoT connected devices.
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Home automation is a special method of monitoring and intelligence based on the control, information, activity of electronic devices and the needs of the people who live there. stay at home. Recently, most of the changes are done by hand
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