In recent years, the development of the Internet of Things is in the ascendant, and new concepts such as smart homes, smart cities, and Internet+ have been infused with a steady stream of vitality. Today's Internet of Things technology is based on advanced embedded software and hardware platforms, using various communication highways, not only can achieve the Internet of Everything, but also can easily integrate AR / VR, artificial intelligence, cloud platform, somatosensory interaction and other cool and practical "Black technology" brings people unlimited imagination about the life of the Internet. It is these good for the future that big and small technology companies are turning their attention to the Internet of Things.
Intel's latest Quark chip-based Curie platform, with only button size
Intel Corporation has also continuously updated its products for the Internet of Things industry. Its Atom and Quark series processors are specifically designed for IoT applications and are suitable for different occasions. The platform using the Atom processor supports a variety of mainstream operating systems such as Windows and Linux while maintaining relatively low power consumption. By porting OpenCV and other development libraries, it can even perform real-time computing tasks on images and other data. The Quark processor has ultra-low power consumption and a small body, making it suitable for portable devices such as wearables. At the same time, Intel has also followed the trend of demand in different fields such as electronics enthusiasts, maker communities and university personnel training, and launched the development of motherboards such as Galileo (Galileo) and Arduino 101 based on Quark processor. These motherboards for IoT development combine the open source standards of Arduino, the powerful performance of x86 processor architecture and the rich hardware and software interfaces beyond imagination, which makes development more convenient and has won a good reputation.
In July 2016, the Intel-assisted Electronic Design Competition Embedded System Special Invitational Tournament was held at Shanghai Jiaotong University. More than 100 teams from well-known universities around the world gathered ideas on Intel's MinnowBoard Turbot and Arduino 101 development boards. Showcasing a wonderful work.
The work from Xi'an University of Electronic Science and Technology, "Daily Health Monitoring Chair Based on Non-Contact Sensing", combines advanced high-precision acceleration sensing technology and cloud technology through the Intel IoT development platform to innovatively introduce non-intrusive sensing. It is applied to the daily monitoring of the elderly. The old man only needs to sit on a chair with a sensor node and get health monitoring without any action. The principle is that the high-precision sensor fixed on the chair can detect the tiny vibration generated by the blood pumping of the human heart, calculate the heart rate, respiratory rate, heart rate variability and other data of the elderly, and synchronize these health data in the cloud. Based on this, if the sensor nodes are distributedly installed on various furniture, collecting and analyzing the weak signals of the human heart beat, the situation and health status of the elderly at home can be more comprehensively understood.
Schematic and overall system architecture of “Non-contact sensing-based daily health monitoring seatâ€
In the complete family health monitoring system envisioned in this work, the sensor nodes on the furniture consist of a high-precision accelerometer and an Arduino 101 development board. The former is responsible for collecting human micro-motion signals, while the latter is responsible for signal processing analysis and Bluetooth communication. The MinnowBoardTurbot platform serves as the backbone of the system at home, exchanging information with sensor nodes for node control, data aggregation, and cloud synchronization. In the cloud, the server will conduct further statistical analysis to get the results, and notify the family in a timely manner through WeChat push.
Under the communication of embedded Internet of Things technology, the system utilizes advanced high-precision sensing equipment to break the shackles of the current wearable health monitoring equipment for the elderly. And with the cloud platform connected by the convenient platform of Intel platform, with the increase in the number of users and the use time, the use of big data summary analysis can more accurately predict the possible situation of the elderly in the home. Through this entry, we can see that the Internet of Things can better solve social problems such as aging by connecting all things and effectively change our lives.
Today, simple VR glasses with a mobile app can let people experience the fun of virtual reality. AlphaGo's magical performance also makes people realize the infinite power of deep learning. These easy-to-use and feature-rich IoT development platforms created by Intel have enabled more electronic enthusiasts, including college students, to bring "black technology" into their own electronic design works, in the era of the Internet of Things. Out of your own creativity. For the Internet of Things, as long as technology does not stop moving forward, it will allow people to constantly connect with their lives, so that all imagination is not just imagination.
| About Glass Fiber Series Wire |
The insulation material uses 160 pieces /250 pieces non-alkali yarn glass fiber yarn, which is characterized by thin insulation layer, light weight and protective effect on inner insulation.Impregnating varnish used modified epoxy paint, epoxy, conforms to the ROHS certification, with excellent electrical properties and high mechanical and damp and hot resistance, suitable for ac, dc motor, synchronous generator, dry type transformer and high temperature electric appliance coil and winding, the high voltage ac motor, large dc motor, large wind turbines, glass envelope envelope particularly suited to 10 kv transformer and large and medium-sized high-voltage motor winding.
Glass Fiber Copper Wire
Name
Insulation Glass Fiber Winding Wire
Conductor
Copper
Dimension(mm)
Round: 1.0 ~ 7.0
Rectangular: Thickness(a): 1.0 ~ 10.0
Width(b): 3.0 ~ 35
Insulation Material Type
Fiber Glass
Insulation Thickness
Singer, double or according to your requirement
Standard
IEC; ISO9000; ISO9001; IATF16949
Packing
100kg ~120kg ply-wood spool (250*500)
Application
Oil-immersed transformer windings, medium
and large electrical motor and power substations, etc.
Glass Fiber Aluminium Wire
Name
Insulation Glass Fiber Winding Wire
Conductor
Aluminum
Dimension(mm)
Rectangular: Thickness(a): 1.0 ~10.0
Width(b): 3.0 ~ 35
Insulation Material Type
Fiber Glass
Insulation Thickness
Single, double or according to your requirement
Standard
IEC; ISO9000; ISO9001; IATF16949
Packing
50kg~150kg ply-wood spool (250*500/
250*550/ 250*600)
Application
Oil-immersed transformer windings, medium
and large electrical motor and power substations, etc.
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