Self-service equipment with infrared temperature measuring module

Abstract

The invention discloses self-service equipment with an infrared temperature measuring module; the self-service equipment comprises an operation groove; and a first ultraviolet lamp panel, a second ultraviolet lamp panel and the infrared temperature measuring module are installed at the top of the inner side of the operation groove. The infrared temperature measuring module detects the forehead temperature of a user in an infrared temperature measuring mode, the infrared temperature measuring module comprises an infrared temperature measuring device, and a hinge groove is formed in a shell of the infrared temperature measuring device. One end of an inserting rod is installed in the hinge groove, a hinge cylinder is fixed to the end of the inserting rod, the hinge cylinder is internally hollow, and the two ends of the hinge cylinder are assembled with the shell of the infrared temperature measuring device respectively; an annular groove is formed in the inserting rod, the inserting rod is inserted into an inserting hole, and the annular groove and one end of a sliding clamping block are assembled in a clamped mode; the sliding clamping block can slide in a clamping block sliding groove, the end, away from the inserting rod, of the clamping block sliding groove is fixedly assembled with one end of an inserting spring, the other end of the inserting spring is arranged at one end ofan inserting output shaft in a sleeving mode, an inserting pin is installed at the end of the inserting output shaft, and the inserting pin is installed in a spiral gap of the inserting spring.

Description

Technical field [0001] The invention relates to self-service equipment, in particular to a self-service equipment with an infrared temperature measurement module. Background technique [0002] Self-service equipment is easy to use and can be on duty 24 hours a day, so it can greatly alleviate the work pressure of window personnel. However, the use of self-service equipment is large, and there are many people in close contact. It is difficult to avoid cross-infection, so there is a greater potential risk. Especially in the outbreak of infectious diseases, this risk increases exponentially, so it is necessary to sterilize self-service equipment. However, the current self-service equipment does not have a disinfection design, and can only be manually scrubbed and sterilized with a disinfectant periodically. This waterproofing not only greatly increases labor costs, but also cannot effectively avoid cross-infection. [0003] Although the applicant proposed a solution to the above-men...

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Problems solved by technology

However, in actual application, it is impossible to judge who is the person who is infected. Therefore, for the sake of insurance, it is generally sterilized immediately after one use, so the efficiency is extremely low, and it cannot meet the situation of large usage. Concentration, the edge of the touch screen cannot be fully irradiated, so the protection effect is only greatly improved, but it has not yet reached the medical level of protection

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