College laboratory bench monitoring system and method

Abstract

The invention discloses a college laboratory bench monitoring system and method. The system comprises a laboratory bench monitoring device, a cloud server and a mobile client; the laboratory bench monitoring device is mainly composed of a temperature sensor, a first processor, a second processor and an image sensor; the first processor is always in two working modes of dormant and non-dormant modes which are converted regularly along with time; when the first processor is in a working mode, the first processor controls the temperature sensor to collect the temperature in a reaction kettle and judges whether the temperature reaches a temperature change threshold value or a temperature threshold value; if the temperature reaches the temperature change threshold value or the temperature threshold value, the second processor is started to control the image sensor to collect the image in the reaction kettle; the second processor processes the image and the temperature and then uploads to the cloud server; if the temperature does not reach the temperature change threshold value or the temperature threshold value, the first processor enters the dormant mode; and the method describes the control method of the system. In adoption of the college laboratory bench monitoring system and method provided by the invention, the labour intensity of a laboratory technician is greatly reduced; and the degree of freedom of the laboratory technician is improved.

Description

technical field [0001] The invention relates to the field of remote monitoring, in particular to a monitoring system and method for a laboratory platform in colleges and universities. Background technique [0002] With the expansion of the scale of colleges and universities, the laboratories of colleges and universities have developed rapidly, and the scientific research level of colleges and universities has also been significantly improved. Graduate students and doctoral students have become a new force in the development of scientific research in our country. They work day and night, with high labor intensity and low degree of freedom. For example, in the field of organic chemistry, experiments such as distillation and synthesis require the experimenter to stay by the experimental bench to observe the progress of the experiment in the reactor at any time, and each distillation, synthesis and other experiments are performed only when the temperature reaches a certain range...

AI Technical Summary

Problems solved by technology

They work around the clock, with high labor intensity and low degree of freedom

For example, in the field of organic chemistry, experiments such as distillation and synthesis require the experimenter to stay by the experimental bench to observe the progress of the experiment in the reactor at any time, and each distillation, synthesis and other experiments are performed only when the temperature reaches a certain range. start, and the process of each distillation and synthesis is very long, and the long waiting will seriously consume the energy and physical strength of the experimenters

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