Private Internet of Things system for temperature measurement and control of micro-fluidic chip

Abstract

The invention provides a B / S mode-based intelligent and highly automatic private Internet of Things system for temperature measurement and control of a microfluidic chip, and belongs to the fields ofInternet of Things and microfluidic control. The system comprises a Web client which is connected to a temperature field measurement and control unit through an Internet of Things network transmissionsystem and is used for inputting instructions of temperature measurement and temperature control and sending the instructions to the temperature field measurement and control unit; the temperature field measurement and control unit used for measuring the temperature or the temperature field of a designated position of the micro-fluidic chip through a temperature sensor according to the received temperature measurement instruction, and controlling the temperature of the micro-fluidic chip through a temperature control device according to the received temperature control instruction; a Web server embedded in the temperature field measurement and control unit; and the Internet of Things network transmission system used for establishing and ensuring network communication connection between the Web client and the temperature field measurement and control unit 3 through the Web server and a wide area network.

Description

technical field [0001] The invention relates to a private Internet of Things system, in particular to a private Internet of Things system based on the B / S mode of microfluidic chip temperature field measurement and temperature control, belonging to the field of Internet of Things and microfluidic control. Background technique [0002] The Internet of Things is to realize the interconnection of people, machines and things at any time and any place by connecting various information sensing devices and intelligent execution devices with the Internet. Connecting various devices to the Internet is the means of realizing the Internet of Things. Its purpose is to provide better services for individuals, enterprises, organizations, governments, etc. by providing information or information interaction. After rapid development in recent years, the Internet of Things technology has played a very important role in the application of smart cities, smart agriculture, smart manufacturing, ...

AI Technical Summary

Problems solved by technology

Although, there are relevant laws and regulations or moral constraints, but the above risks always exist

(2) The system provides an open platform to access websites or applications, and because it stores a large amount of user information and information about the user's IoT system, it is easy to attract criminals to conduct various network security attacks on it

(3) Users want to expand the functions of the Internet of Things, and it is difficult to develop by themselves.

Among them, microelectrode temperature sensor temperature measurement and infrared radiation thermometer temperature measurement are mostly used as a means of measuring local temperature, and the spatial distribution information of temperature cannot be obtained.

Although the temperature measurement of temperature-sensitive fluorescent indicators, infrared radiation imaging temperature measurement, and thermochromic liquid crystal temperature measurement can obtain the spatial distribution information of temperature, these temperature measurement methods can only obtain the information of the plane temperature field, and if necessary, the measurement results Converted to electrical signals or digital signals, these temperature measurement methods tend to introduce more external interference and errors compared to the temperature measurement method of the microelectrode temperature sensor

Moreover, in most of the research and application in the fields of medicine, biology, chemistry, etc. that use temperature as an important parameter or variable, there are often characteristics such as long experimental periods and many experimental times.

At present, most of the methods are pre-set in the device, and remote parameter setting is not possible. After the setting is completed, it is necessary to wait for the device to run for a long time. During this process, the status of the chip cannot be monitored in real time or remotely. Real-time monitoring and alerting

In the whole process, due to the low degree of automation and intelligence, the efficiency of the whole system is not high, the waste of time and manpower is serious, and it is prone to misoperation, and the system cannot be alerted in time when the system fails.

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