Industrial control, industrial Ethernet, and industrial Internet of Things continued to rise in 2017. As an important part of the Internet of Things, industry plays an indelible role. What are the major events in the industry this week? Let’s take a look at it!
Industrial market
Siemens helps Jinyu Bio to create a digital "Industry 4.0" intelligent industrial park
On January 7, Siemens and Jinyu Biotechnology Co., Ltd. signed a strategic cooperation agreement to help Jinyu Bio to build an intelligent industrial park oriented to “Industry 4.0†and build a world-class biotechnology industrial park with Siemens' advanced digital enterprise solutions. . Wang Bo, vice chairman of the Inner Mongolia Autonomous Region, Li Jiexiang, mayor of Hohhot, and Bi Guochen, deputy mayor, attended the ceremony and witnessed the signing ceremony.
Commercial 5G will broaden the road for the fourth industrial revolution in 2020
Zhao Houlin, secretary-general of the International Telecommunication Union, said in an exclusive interview with Xinhua News Agency during the 2017 annual meeting of the World Economic Forum (also known as the "Davos Forum Annual Meeting") that it is expected to achieve commercial fifth-generation mobile communications (5G) by 2020. Technology will broaden the road for the fourth industrial revolution and bring new opportunities.
New opportunities in the automotive, industrial and consumer markets in 2017
The semiconductor industry is flooded with many acquisitions and M&A transactions in 2016, but overall, the industry is expected to achieve a small growth. On the industrial side, digital factories require distributed control with low power consumption, small size, high performance, and higher productivity. Maxim will open a new path to Industry 4.0 with a strong patent portfolio and long-term focus on analog integration.
TOP20, the most popular industrial control field in 2016
The emergence and promotion of industrial control technology brought about the third industrial revolution, which increased the production speed and efficiency of the factory by more than 300%. In the early 1980s, with the spring breeze of reform and opening up, foreign advanced industrial control technology entered the Chinese mainland. The widely used industrial control products include “PLC, frequency converter, servo motor, industrial computerâ€. These products and technologies have greatly promoted the manufacturing automation process in China and made tremendous contributions to the construction of China's modernization.
The four giants such as GE and Siemens started the first shot of the 2017 Industrial IoT Ecological War
The Industrial Internet of Things, as an important market segment of the Internet of Things, accounts for one-third of the market. IndustryARC predicts that the Industrial Internet of Things will reach $123.89 billion by 2021. In the face of this fast-growing market, industrial giants such as GE, Siemens, KUKA, and Rockwell are taking advantage of product and technology platform solutions to seize market opportunities. In the end, what plans will be displayed in 2017?
New industrial productsElmos launches motor drive chip for industrial applications
At the 2016 Munich (Germany) Electronics Show, elmos offers motor-driven chips for automotive applications, which can be used with 24V and 48V vehicle power supplies and 24V to 60V power supplies for industrial applications, motor drives, and automotive radiator grille adjustments. . Elmos' motor drive chip also controls the cooling of on-board pumps and LED headlights. All ICs have comprehensive safety features and first-class accuracy.
Beier Electronics released X2 pro 21 operation panel for harsh environment to meet industrial automation needs
Beijer Electronics is proud to present the X2 pro 21 operator panel, which offers a wide range of high-performance panels for demanding environments to meet all automation needs. The X2 pro 21 is a high-performance operator panel with a 21-inch widescreen display and a high-definition display with 1920 x 1080 pixels to meet the needs of a large number of complex graphical information applications in industrial environments.
Highly integrated capacitive digitizers provide superior gesture sensing and enhanced touch performance for automotive and industrial systems
On January 18, 2017, ON Semiconductor introduced a new touch/proximity sensing solution that combines industry-leading performance, price/performance and convenience into a single chip. The LC717A30UJ high dynamic range capacitance-to-digital converter uses mutual capacitance to detect capacitance variations down to the femto farad stage (fF). Eliminating parasitic capacitance increases the sensitivity of the detector, while its built-in noise suppression mechanism suppresses the effects of electromagnetic interference (EMI).
Wuxi Beichen BCNet-FX is used for Mitsubishi FX1S/1N/2N/3S/3G/3U series PLC industrial Ethernet programming and monitoring
Wuxi Beichen BCNet-FX is used for Ethernet programming download, superordinate monitoring and equipment networking of Mitsubishi FX1S/1N/2N/3S/3G/3U series PLC and Huichuan PLC. The PLC programming port is not occupied, and the upper computer monitors the PLC data through Ethernet. At the same time, the touch screen can communicate with the PLC through the multiplexing interface. BCNet-FX supports most SCADA software in the industrial control field, supporting Mitsubishi Ethernet protocol and transparent transmission.
Vishay's new ultra-small reflective light sensor for smart home, industrial and office equipment dramatically reduces system cost
Recently, Vishay Intertechnology, Inc announced that its Optoelectronics Division has introduced VCNT2020, a new reflective light sensor for smart home, industrial and office equipment. Vishay Semiconductors VCNT2020 puts infrared emitters, silicon phototransistor detectors and daylight blocking filters into a small 2.5mm x 2.0mm x 0.8mm surface mount package that is smaller than the previous generation and saves space.
Design technologyYike: Industrial Ethernet Fieldbus Interconnect Solutions
As we all know, with the development of the "Industry 4.0" strategy, the development of computer technology, communication technology, and IT technology has penetrated into the industrial control field. Its main performances are industrial fieldbus technology, PC-Based technology and industrial Ethernet technology. Among them, the extensive use of industrial fieldbus technology, especially Ethernet technology, has brought profound changes to automation technology.
How does the building experience changes in temperature when it encounters “Industry 4.0�
Today is the first snow in Beijing in 2017. The phrase "You are cold and cold" is a topic of chilling among strangers and a common language of mutual concern among friends. When the construction industry meets "Industry 4.0", what kind of temperature will he have? Then, you need to ask the central air conditioner that "know the cold and know the heat".
Intelligent manufacturing, where is the essence of Industry 4.0?
The automation of production equipment is very easy to understand for manufacturing companies. It is the automation of the production equipment through automated machine tools, robots and other automation equipment, but how to understand the automation of data flow? How does data flow automatically in a smart factory? Need to go through "a few levels"?
Design and Implementation of Industrial IoT Topology Discovery Protocol
In order to identify dumb devices in industrial internet of things, a topology discovery protocol based on incomplete knowledge theorem is proposed. The incomplete knowledge theorem is used to define the dummy device decision rule, and the network topology map generation algorithm is designed. The breadth-first principle is used to traverse the entire network, and the number and connection of the dummy devices are obtained according to the inclusion relationship of the address allocation table. The test results show that the topology discovery speed of the protocol is faster and the recognition rate of the dumb device is higher.
Modeling and Detection of Equipment Status in Industrial Internet of Things
The industrial Internet of Things relies on sensor sampling device status information. The state of the equipment is affected by the capacity factor, the production environment and the state of the equipment itself. It is difficult to accurately determine the state of the equipment due to the simple sensor reading range. This paper proposes the SSD method: by integrating the sensor state transition characteristics of multiple sensor data streams belonging to the same device, and constructing the device state transition space, the space size is maintained by the incremental clustering method. After typical data experiments, the SSD method can effectively characterize device state changes and can be used to construct device state detection systems in industrial Internet of Things.
Development materials The following are the latest industrial development materials, as follows:
Sintering component monitoring system based on industrial wireless Ethernet
Zhongying MCU dual-core (DSP and MCU) SH99F100 based on industrial control applications
Ministry of Industry and Information Technology "Technical Description of Energy Saving and Emission Reduction Electronic Information Application in Industry"
Intersil Industrial Process Control Solution
Reflowable Thermal Protection Solutions for Low Temperature AC Industrial Applications
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