Module control system for handheld carbon monoxide detector

Abstract

The invention discloses a module control system for a handheld carbon monoxide detector. The module control system comprises a control system body. The control system body is turned on or off through a key module control system connected with the control system body. Information collected by the control system body is transmitted to a liquid crystal screen display module connected with the control system body for displaying and reading. The control system body is powered by a power module. When the content of carbon monoxide needs to be detected, a suction type gas sampling module begins to work, a carbon monoxide sensor module and a temperature and humidity sensor module in the suction type gas sampling module transmit information collected from a sample to be detected to the control system body and display the information through the liquid crystal screen display module connected with the control system body, sound and light prompts are sent out for a detection result through a sound and light prompting module connected with the control system body, and the suction type gas sampling module is controlled by a motor control module connected with the control system body. The module control system has the advantages of being convenient to operate and real and reliable in detection data.

Description

technical field [0001] The invention relates to a module control system of a hand-held carbon monoxide detector. Background technique [0002] Packed cotton, no matter it is in transportation or stored on stacks, after encountering fire or spontaneous combustion, due to insufficient oxygen supply, it fails to spread quickly, and often causes the combustion to proceed slowly in a localized or small area. The smoldering state can last for several days, even more than ten days, and it is not easy to be noticed. When the smoldering cotton suddenly encounters air convection, it will not only make the smoldering cotton completely burn quickly, but also cause the mixture of carbon monoxide and air to explode, causing irreparable losses. [0003] In response to this phenomenon, the supervisors need to check the cotton bales regularly and at fixed points every day. The inspection method is to observe whether the surface of the cotton bales is discolored and whether there is any pecu...

AI Technical Summary

Problems solved by technology

When the smoldering cotton suddenly encounters air convection, it will not only make the smoldering cotton completely burn quickly, but also cause the mixture of carbon monoxide and air to explode and cause irreparable losses.

[0003] In response to this phenomenon, the supervisors need to check the cotton bales regularly and at fixed points every day. The inspection method is to observe whether the surface of the cotton bales is discolored and whether there is any peculiar smell in the air. Difficult to overflow, making it difficult for supervisors to detect, so that problems cannot be found in time

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