Artificial intelligence internet-of-things environment control terminal

Abstract

An artificial intelligence internet-of-things environment control terminal box body is an iron box with the length of 500mm, width of 200mm and height of 600mm, and is internally provided with a horn, an HUB, a 220V-to-12V power source, a power supply air switch, a serial server, an access control special power source, a voice control board, a current detection module, a gateway, a switching value collector, an access control panel, and water leakage sensor accessories. The surface of the box is provided with a red light and a green light, the green light is used for starting operation, the red light is used for stopping operation, and a safety lock is arranged. The control box body based on the Internet of things is combined with the technology of a wireless sensor to perform real-time and effective synthesis, and finally, the synthesis is uploaded to an intelligent control artificial intelligent internet environment control terminal, so that danger is discovered at the first time, voice broadcast is performed to prompt danger, a telephone is made for a laboratory safety manager, a short message is sent to inform the danger, and meanwhile, synchronous linkage can be performed, so that a linkage fan in a dangerous place is rotated and started, and index data of a laboratory dangerous environment is reduced to be within a safety value.

Description

technical field [0001] The invention relates to environmental monitoring of laboratory artificial intelligence in the field of the Internet of Things. Background technique [0002] At present, the well-known university laboratory safety issues have become the most concerned issues of universities. Universities have invested a lot of manpower, material resources and financial resources to effectively prevent them. However, the monitoring technology of laboratories lacks real-time and dynamic nature, and the dangers found cannot be dealt with in time. In 2000, there was a case of Zhu Ling’s thallium poisoning at Tsinghua University, in 2013, at Fudan University, and at Beijing Jiaotong University on December 26, 2018. In recent years, various laboratory safety accidents have occurred frequently in the management of colleges and universities. Some are leaks of dangerous goods, some are leaks of radiation products, some are accidents such as fire, explosion and burns. According...

AI Technical Summary

Problems solved by technology

[0002] At present, the well-known university laboratory safety issues have become the most concerned issues of universities. Universities have invested a lot of manpower, material resources and financial resources to effectively prevent them. However, the monitoring technology of laboratories lacks real-time and dynamic nature, and the dangers found cannot be dealt with in time. In 2000, there was a case of Zhu Ling’s thallium poisoning at Tsinghua University, in 2013, at Fudan University, and at Beijing Jiaotong University on December 26, 2018. Accidents, various laboratory safety accidents have occurred frequently in the management of colleges and universities in recent years

Some are leakage of dangerous goods, some are leakage of radiation, and some are accidents such as fire, explosion and burns. According to current statistics, there are as many as 40 to 50 accidents in each university a year. The biggest problem in the laboratory is safety loopholes.

Images