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Looking at the future development trend of sensors from three application areas

(Summary description)  The sensor is a detection device with a wide range of applications, such as industrial automation, agricultural modernization, aerospace technology, military engineering, robotics, environmental monitoring, security, medical diagnosis, transportation, household appliances, etc. It can feel the measured Information, and can transform the sensed information into electrical signals or other required forms of information output according to certain rules to meet the requirements of information transmission, processing, storage, display, recording, and control.     With the requirements of miniaturization, digitization, intelligence, multi-function, systemization, and networking, sensors are also developing in the direction of small, fast, and flexible. I love solution network predicts that sensors will be large in the following three areas in the future Shine.     According to the big data of Kuaibao, a leading domestic intelligent product development outsourcing service platform, sensor tasks accounted for 8% of the development demand of Kuaibao in the first half of 2016. Among them, it is based on the application development needs of wearable, intelligent medical, and industrial control. It accounts for 80% of the entire sensor development, and the demand for sensors in the three major fields will be great in the future.     1. Wearable application field     According to the prediction of the American ABI Research Company, the number of wearable sensors will reach 160 million in 2017. Wearable devices represented by Google Glass are the most concerned hardware innovations. There are more than 10 kinds of sensors built in Google Glass, including gyroscope sensors, acceleration sensors, magnetic sensors, linear acceleration sensors, etc., which realize some functions that cannot be realized by traditional terminals. For example, the user can take a picture with a blink of an eye. . At present, the application fields of wearable devices are expanding from external watches, glasses, shoes, etc. to broader fields, such as electronic skin. Recently, the University of Tokyo has developed a flexible wearable sensor that can be attached to the skin. The sensor is in the form of a film, with a unit area weight of only 3g/m2, which is about 1/27 of that of ordinary paper, and a thickness of only 2 microns.     2. Smart medical application field     Numerous medical research institutions at home and abroad, including internationally renowned medical industry giants, have made important progress in the application of sensor technology in the medical field. For example, ROHM is currently developing an image sensor that uses near-infrared light (NIR). The principle is to use a dedicated imaging element to capture the reflected light after irradiating a near-infrared light LED, and to obtain an image by changing the wavelength of the near-infrared light. Image processing makes blood vessels etc. appear more vividly. Some research institutions have made progress in making sensors with materials that can be embedded or swallowed in the body. For example, Georgia Institute of Technology in the United States is developing in-body sensors with pressure sensors and wireless communication circuits. The device is composed of conductive metal and insulating film. It can detect changes in pressure based on changes in the frequency of the resonant circuit. Will dissolve in body fluids.     2. Industrial control application field     In 2012, GE proposed in the "Industrial Internet: Breaking the Boundary Between Wisdom and Machine" report that connecting humans and machines through smart sensors, combined with software and big data analysis, can break through the limitations of physics and material science and will change the world Mode of operation. The report also pointed out that through the deployment of the Industrial Internet in the United States, various industries can achieve a 1% increase in efficiency, and the energy industry will save 1% of fuel (about 66 billion US dollars) within 15 years. In January 2013, GE installed more than 10,000 sensors in a battery manufacturing company in New York to monitor data such as temperature, energy consumption, and air pressure during production. The factory managers can obtain these data through iPads, and then Production is supervised. The ultrasonic weather station integrates 7 sensors to provide first-class weather monitoring information for industrial production and provide reliable information for the prevention of some disasters, thereby improving efficiency and reducing overall costs.     Sensor development trend     At present, my country's sensor production enterprises are mainly concentrated in the Yangtze River Delta, and gradually form a regional spatial layout dominated by central cities such as Beijing, Shanghai, Nanjing, Shenzhen, Shenyang and Xi'an. With the rapid development of emerging industries such as the Internet of Things and mobile Internet, t

Looking at the future development trend of sensors from three application areas

(Summary description)  The sensor is a detection device with a wide range of applications, such as industrial automation, agricultural modernization, aerospace technology, military engineering, robotics, environmental monitoring, security, medical diagnosis, transportation, household appliances, etc. It can feel the measured Information, and can transform the sensed information into electrical signals or other required forms of information output according to certain rules to meet the requirements of information transmission, processing, storage, display, recording, and control.

 

  With the requirements of miniaturization, digitization, intelligence, multi-function, systemization, and networking, sensors are also developing in the direction of small, fast, and flexible. I love solution network predicts that sensors will be large in the following three areas in the future Shine.

 

  According to the big data of Kuaibao, a leading domestic intelligent product development outsourcing service platform, sensor tasks accounted for 8% of the development demand of Kuaibao in the first half of 2016. Among them, it is based on the application development needs of wearable, intelligent medical, and industrial control. It accounts for 80% of the entire sensor development, and the demand for sensors in the three major fields will be great in the future.

 

  1. Wearable application field

 

  According to the prediction of the American ABI Research Company, the number of wearable sensors will reach 160 million in 2017. Wearable devices represented by Google Glass are the most concerned hardware innovations. There are more than 10 kinds of sensors built in Google Glass, including gyroscope sensors, acceleration sensors, magnetic sensors, linear acceleration sensors, etc., which realize some functions that cannot be realized by traditional terminals. For example, the user can take a picture with a blink of an eye. . At present, the application fields of wearable devices are expanding from external watches, glasses, shoes, etc. to broader fields, such as electronic skin. Recently, the University of Tokyo has developed a flexible wearable sensor that can be attached to the skin. The sensor is in the form of a film, with a unit area weight of only 3g/m2, which is about 1/27 of that of ordinary paper, and a thickness of only 2 microns.

 

  2. Smart medical application field

 

  Numerous medical research institutions at home and abroad, including internationally renowned medical industry giants, have made important progress in the application of sensor technology in the medical field. For example, ROHM is currently developing an image sensor that uses near-infrared light (NIR). The principle is to use a dedicated imaging element to capture the reflected light after irradiating a near-infrared light LED, and to obtain an image by changing the wavelength of the near-infrared light. Image processing makes blood vessels etc. appear more vividly. Some research institutions have made progress in making sensors with materials that can be embedded or swallowed in the body. For example, Georgia Institute of Technology in the United States is developing in-body sensors with pressure sensors and wireless communication circuits. The device is composed of conductive metal and insulating film. It can detect changes in pressure based on changes in the frequency of the resonant circuit. Will dissolve in body fluids.

 

  2. Industrial control application field

 

  In 2012, GE proposed in the "Industrial Internet: Breaking the Boundary Between Wisdom and Machine" report that connecting humans and machines through smart sensors, combined with software and big data analysis, can break through the limitations of physics and material science and will change the world Mode of operation. The report also pointed out that through the deployment of the Industrial Internet in the United States, various industries can achieve a 1% increase in efficiency, and the energy industry will save 1% of fuel (about 66 billion US dollars) within 15 years. In January 2013, GE installed more than 10,000 sensors in a battery manufacturing company in New York to monitor data such as temperature, energy consumption, and air pressure during production. The factory managers can obtain these data through iPads, and then Production is supervised. The ultrasonic weather station integrates 7 sensors to provide first-class weather monitoring information for industrial production and provide reliable information for the prevention of some disasters, thereby improving efficiency and reducing overall costs.

 

  Sensor development trend

 

  At present, my country's sensor production enterprises are mainly concentrated in the Yangtze River Delta, and gradually form a regional spatial layout dominated by central cities such as Beijing, Shanghai, Nanjing, Shenzhen, Shenyang and Xi'an. With the rapid development of emerging industries such as the Internet of Things and mobile Internet, t

Information

  The sensor is a detection device with a wide range of applications, such as industrial automation, agricultural modernization, aerospace technology, military engineering, robotics, environmental monitoring, security, medical diagnosis, transportation, household appliances, etc. It can feel the measured Information, and can transform the sensed information into electrical signals or other required forms of information output according to certain rules to meet the requirements of information transmission, processing, storage, display, recording, and control.

 
  With the requirements of miniaturization, digitization, intelligence, multi-function, systemization, and networking, sensors are also developing in the direction of small, fast, and flexible. I love solution network predicts that sensors will be large in the following three areas in the future Shine.
 
  According to the big data of Kuaibao, a leading domestic intelligent product development outsourcing service platform, sensor tasks accounted for 8% of the development demand of Kuaibao in the first half of 2016. Among them, it is based on the application development needs of wearable, intelligent medical, and industrial control. It accounts for 80% of the entire sensor development, and the demand for sensors in the three major fields will be great in the future.
 
  1. Wearable application field
 
  According to the prediction of the American ABI Research Company, the number of wearable sensors will reach 160 million in 2017. Wearable devices represented by Google Glass are the most concerned hardware innovations. There are more than 10 kinds of sensors built in Google Glass, including gyroscope sensors, acceleration sensors, magnetic sensors, linear acceleration sensors, etc., which realize some functions that cannot be realized by traditional terminals. For example, the user can take a picture with a blink of an eye. . At present, the application fields of wearable devices are expanding from external watches, glasses, shoes, etc. to broader fields, such as electronic skin. Recently, the University of Tokyo has developed a flexible wearable sensor that can be attached to the skin. The sensor is in the form of a film, with a unit area weight of only 3g/m2, which is about 1/27 of that of ordinary paper, and a thickness of only 2 microns.
 
  2. Smart medical application field
 
  Numerous medical research institutions at home and abroad, including internationally renowned medical industry giants, have made important progress in the application of sensor technology in the medical field. For example, ROHM is currently developing an image sensor that uses near-infrared light (NIR). The principle is to use a dedicated imaging element to capture the reflected light after irradiating a near-infrared light LED, and to obtain an image by changing the wavelength of the near-infrared light. Image processing makes blood vessels etc. appear more vividly. Some research institutions have made progress in making sensors with materials that can be embedded or swallowed in the body. For example, Georgia Institute of Technology in the United States is developing in-body sensors with pressure sensors and wireless communication circuits. The device is composed of conductive metal and insulating film. It can detect changes in pressure based on changes in the frequency of the resonant circuit. Will dissolve in body fluids.
 
  2. Industrial control application field
 
  In 2012, GE proposed in the "Industrial Internet: Breaking the Boundary Between Wisdom and Machine" report that connecting humans and machines through smart sensors, combined with software and big data analysis, can break through the limitations of physics and material science and will change the world Mode of operation. The report also pointed out that through the deployment of the Industrial Internet in the United States, various industries can achieve a 1% increase in efficiency, and the energy industry will save 1% of fuel (about 66 billion US dollars) within 15 years. In January 2013, GE installed more than 10,000 sensors in a battery manufacturing company in New York to monitor data such as temperature, energy consumption, and air pressure during production. The factory managers can obtain these data through iPads, and then Production is supervised. The ultrasonic weather station integrates 7 sensors to provide first-class weather monitoring information for industrial production and provide reliable information for the prevention of some disasters, thereby improving efficiency and reducing overall costs.
 
  Sensor development trend
 
  At present, my country's sensor production enterprises are mainly concentrated in the Yangtze River Delta, and gradually form a regional spatial layout dominated by central cities such as Beijing, Shanghai, Nanjing, Shenzhen, Shenyang and Xi'an. With the rapid development of emerging industries such as the Internet of Things and mobile Internet, the sensor industry has also ushered in a huge development opportunity. In recent years, the domestic sensor market has continued to grow rapidly, with an average annual growth rate exceeding 20%. Since 2015, with the continuous emergence of intelligent electronic products and the stable development of the IoT smart terminal and complete machine product manufacturing market, the demand for localization of sensor products has continued to increase, bringing huge development space to domestic enterprises. Independent MEMS sensors Product research and development and industrialization have become the main direction of industrial development.
 
  Driven by the rapid development of the Internet of Things, the scale of the sensor market is also showing a rapid development trend. Kuaibao predicts that the compound annual growth rate of China's sensor market will reach about 30% in the next five years, and the development of sensors will also be affected by the following major factors influences.
 
  Factors influencing the sensor market
 
  1. Market-driven
 
  With the rapid development of emerging industries such as the Internet of Things and mobile Internet, the sensor industry has also ushered in a huge development opportunity. The advancement of informatization and intelligence has brought a huge market to the sensor industry. Sensors have broad application space in the fields of smart agriculture, smart industry, smart transportation, building energy conservation, smart environmental protection, smart grid, health care, and smart wearables. 
 
  2. Technology pull
 
  In recent years, domestic and foreign institutions and investments engaged in sensor technology research and development have been increasing, and sensor technology has also achieved rapid development. With the continuous development of advanced sensors, new sensors, low-cost and high-performance sensors, the cost of sensor applications will continue to decrease, and the application effects will continue to improve, thereby driving the continuous development of the sensor industry.
 
  3. Policy promotion
 
  In recent years, the Ministry of Industry and Information Technology has successively issued relevant policies such as the "Twelfth Five-Year Development Plan for the Internet of Things", and is actively studying and introducing relevant policies to support the development of the sensor industry. The sensor industry will face more relaxed policies in the future surroundings. With the support of national policies, the sensor industry will usher in a period of rapid development.
 
  3. Integration promotion
 
  With the intensified market competition, the sensor industry mergers and acquisitions continue to increase. Large foreign sensor companies have formed their own technological advantages through mergers and acquisitions. The mergers and acquisitions, reorganization, and expansion of domestic sensor companies have also begun, such as Goertek and Aerospace Electronics. , Dongfeng Technology and other companies continue to enhance their competitiveness through mergers and acquisitions. In the future, the formation of a leading domestic sensor company will greatly enhance the competitiveness of the industry and promote the healthy development of the industry.
 
  Sensor market prospects
 
  In recent years, sensors are in the development stage of transforming traditional sensors to new sensors. As a high-tech industry recognized at home and abroad, the sensor industry is characterized by high technical content, good economic benefits, strong penetration capabilities, and broad market prospects. Be the eye of the world. From 2007 to 2014, my country's sensor industry has achieved better development, and the total industrial output value of the industry is on the rise, and its share of GDP remains between 0.10% and 0.15%.
 
  Under a series of policy guidance and support such as the development of high technology, the realization of industrialization, the vigorously strengthening of the development of sensors and their universal application in the national economy, and the promotion of the booming Chinese electronic information industry market, sensors have formed a certain degree of Industrial foundation, and has made great progress in technological innovation, independent research and development, achievement transformation and competitiveness. A number of new sensors based on MEMS (Micro Electro Mechanical System) technology are entering the market. Sensor design technology, material control technology, production technology, reliability technology and testing technology have been continuously developed and mature, and mass production capacity has been gradually improved. Traditional sensors such as mechanical quantity sensors, gas sensors, temperature sensors, optical sensors, and voltage sensitive sensors have not only gradually increased their domestic market share, but also have some exports.
 
  Under the guidance and support of a series of policies that the country vigorously strengthens the development and application of sensors, my country's sensor industry is facing a good development prospect, and there is a promising future for growth.
 
  1. Optimize the development environment of the sensor market
 
  Actively build an ecological environment for the development of the Internet of Things and sensors, relying on Internet platform services and mobile Internet, actively integrate all links of the industrial chain, guide consumers to participate, and narrow the distance between products and the market.
 
  2. The government increases the construction of relevant safeguard facilities
 
  Promote the application of public infrastructure and service systems with the construction of smart cities, effectively gather funds, manpower, and various social resources to give full play to the industry's driving effect; use key areas as breakthroughs to target inertial sensors and environments with wide market demand and obvious field-driven effects Key inputs for sensors and other products, encourage corporate mergers and acquisitions, and accelerate entry into the high-end sensor market; speed up the establishment and implementation of an information security assurance system, strengthen the research and development of information protection technology, and establish a security risk rating system.
 
  3. Further improve the sensor business model
 
  Promote mature application models, establish a business model innovation system, create a business model exchange environment, expand the value-added services of the Internet of Things, and cultivate emerging business models.
 
  3. Develop and research new sensors
 
  MEMS sensor is a new type of sensor manufactured using microelectronics and micromachining technology. Compared with traditional sensors, it has the characteristics of small size, light weight, low cost, low power consumption, high reliability, suitable for mass production, easy integration and realization of intelligence. At the same time, the feature size on the order of micrometers allows it to perform functions that cannot be achieved by some traditional mechanical sensors.
 
  1. Develop high-performance, low-cost, and low-power sensor technology
 
  Sensors will develop towards the technical level of high performance, low cost, and low power consumption. Key technologies include sensors with new materials and functions, single-chip integrated sensors and MEMS chips for micro-processing systems, intelligent sensors that support microprocessor information processing and storage, and high-precision sensors that adapt to various special environments.
 
  2. Continuously optimize key sensor network technologies in each link
 
  The key to sensor network technology is to make breakthroughs in sensor node SoC chip technology, networking communication and collaborative processing technology, low power consumption and low cost embedded microprocessor and micro operating system technology, sensor network gateway technology, sensor network middleware technology, and transmission technology. Sensor network and mobile communication network fusion technology, etc., development of sensor node equipment that can adapt to extreme environments, etc.
 
  Summary: As the end of the entire Internet of Things, sensors have the largest potential demand. The huge dependence of the domestic sensor industry on imports has become a bottleneck for the development of the Internet of Things in my country. Only domestic companies can achieve the localization of sensors in order to enhance the overall strength of the entire industry. Accelerate the rapid development of the Internet of Things industry. The scale of my country's Internet of Things and sensor industry continues to expand. In 2015, the overall market size of my country's Internet of Things reached approximately 750 billion yuan, while the sensor market reached approximately 120 billion yuan. The development of the sensor industry has entered a new era. More sophisticated sensors such as network sensors, biosensors, and nano sensors have entered the domestic market and entered our lives. The sensor system under the current technological level is developing towards the direction of miniaturization, intelligence, multi-function and networking. In the future, with the continuous development of CAD technology, MEMS technology, information theory and data analysis algorithms, future sensor systems will inevitably become more miniaturized, integrated, multifunctional, intelligent and systematic.

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