A subway car handrail capable of intelligent disinfection

Abstract

The invention discloses an intelligently sterilized subway car handrail, which comprises a long rod, on which a handrail disinfection mechanism is arranged, and the handrail disinfection mechanism includes two rotating blocks connected in rotation with the long rod. The two rotating blocks are symmetrical front and back, and a thick rope is fixed inside the rotating block, and the lower end surface of the thick rope is fixed with a handrail electromagnet, and the lower end surface of the handrail electromagnet is fixed with an armrest shell, and the armrest shell There is a handrail chamber inside, and a handrail is slid in the handrail chamber, and the handrail is connected with the handrail chamber through a handrail spring. The present invention can realize the intelligent disinfection of the subway handrail, and the bevel gear can use the two handrails alternately, ensuring The length of disinfection, the lever mechanism can automatically spray the disinfectant after people release the handrail, the ratchet can record the number of times the handrail is used, and after a certain number of times, it will be automatically stored for comprehensive disinfection, and the hydraulic cylinder can clean and disinfect the handrail and replenish the disinfectant .

Description

technical field [0001] The invention relates to the field of intelligent disinfection, in particular to a subway car handrail capable of intelligent disinfection. Background technique [0002] Public places are places where the public can work, study, economy, culture, social interaction, entertainment, sports, visits, medical treatment, sanitation, rest, travel and meet some living needs. They are the places with the most dense flow of people, so the disinfection of public places is very important. Important, especially in public transportation places like subways, the disinfection of handrails is the top priority, and most of the existing disinfection methods are manual spraying of disinfectant, which is inefficient and limited by time. The peak hours of work should be disinfected The frequency is the highest, but it cannot be disinfected due to the flow of people, which increases the risk of disease transmission. Contents of the invention [0003] The technical problem...

AI Technical Summary

Problems solved by technology

[0002] Public places are places where the public can work, study, economy, culture, social interaction, entertainment, sports, visits, medical treatment, sanitation, rest, travel and meet some living needs. They are the places with the most dense flow of people, so the disinfection of public places is very important. Important, especially in public transportation places like subways, the disinfection of handrails is the top priority, and most of the existing disinfection methods are manual spraying of disinfectant, which is inefficient and limited by time. The peak hours of work should be disinfected The frequency is the highest, but it cannot be disinfected due to the flow of people, which increases the risk of disease transmission

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