Elevator control method and device capable of monitoring personnel body temperature and flow and storage medium

Abstract

The invention provides an elevator control method and device capable of monitoring personnel body temperature and flow and a storage medium. The control method comprises the steps that before a calling instruction of a passenger is executed, the temperature of the passenger is monitored, and the floor selection authority of the passenger is controlled and / or an alarm is given according to the monitoring result; the passenger needs to scan a two-dimensional calling code or wake up a calling instruction through a calling application program preset in a mobile terminal, the body temperature of the passenger is monitored, personnel information is registered, the floor selection authority of the passenger is controlled and / or an alarm is given according to a body temperature monitoring result,and meanwhile the flow information of the passenger is collected and recorded. According to the elevator control method capable of monitoring the personnel body temperature and flow, all links and thewhole process of using the elevator by the passenger can be in zero contact with elevator components, an elevator car or elevator buttons are effectively isolated to serve as bacteria / virus infectioncarriers, and the safety of the passenger taking the elevator is guaranteed.

Description

technical field [0001] The present invention relates to an elevator control method, more specifically, to an elevator control method, device and storage medium capable of monitoring personnel body temperature and flow. Background technique [0002] In modern production and life, elevators are commonly used to improve efficiency and convenience. Considering the running speed and running height, the elevator car needs to meet the design requirements of relatively good sealing. However, such design requirements also make the elevator car easy to become a high-incidence place for pollution or bacteria / virus breeding due to poor air flow. In response to these disadvantages, the elevator car in the prior art has been improved by enhancing ventilation, using disinfection and sterilization devices, etc., but for some highly infectious bacteria / viruses, these measures alone are not enough. Such high-frequency use of elevators requires that, for example, for some elevator passenge...

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Problems solved by technology

However, such design requirements also make the elevator car easy to become a high-incidence place for pollution or bacteria / virus breeding due to poor air flow

In response to these disadvantages, the elevator car in the prior art has been improved by enhancing ventilation, using disinfection and sterilization devices, etc., but for some highly infectious bacteria / viruses, these measures alone are not enough. Such high-frequency use of elevators requires that, for example, for some elevator passengers carrying germs, if there is no restriction on the authority of the elevator, it will easily lead to the rapid infection and spread of bacteria / viruses through the carrier of the car; if the elevator personnel Without corresponding monitoring, it is impossible to know the corresponding close contact groups. These are problems that cannot be solved in the current existing technology

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