Elevator failure monitoring and emergency system based on TVWS communication technology

Abstract

The invention discloses an elevator failure monitoring and emergency system based on a TVWS communication technology. The elevator failure monitoring and emergency system comprises an elevator car, anillumination monitoring module, an elevator component monitoring module, a load monitoring and adjusting module, a man-machine interaction touch screen, a TVWS communication module, a data collectionmodule and an elevator control terminal platform, wherein the elevator component monitoring module comprises a plurality of sound detection sensors and infrared detection sensors for monitoring an elevator traction system, a guidance system, a car system, a door system, a weight balancing system, an electric traction system and an electrical control system; and the load monitoring and adjusting module comprises biological cameras arranged at the tops of elevator doors at all floors and used for monitoring vital signs of users and the number of users, and a high-definition camera fixedly arranged on the inner top surface of the elevator car and used for capturing the number of users and the dynamic state in the elevator. According to the elevator failure monitoring and emergency system, the component faults in the elevator can be effectively monitored, so that the maintenance personnel can know the component faults in time, and the personal safety of the users can be better protected.

Description

technical field [0001] The invention relates to the technical field of elevator equipment, in particular to an elevator fault monitoring and emergency system based on TVWS communication technology. Background technique [0002] Elevator is a means of transportation developed with the construction of high-rise buildings, and its status is equivalent to "vertical moving cars". In developed countries, the number of people taking elevators is more than that of other means of transportation every day. In today's world, the use of elevators has become one of the symbols to measure the degree of modernization. [0003] The parameters of existing elevators cannot collect real-time component information during operation, so it is impossible to judge the fault location of the elevator, which is not conducive to maintenance by operators, so the probability of elevator failures increases; The number of users and the security status are monitored, so it is relatively rigid to use and w...

AI Technical Summary

Problems solved by technology

[0003] The parameters of existing elevators cannot collect real-time component information during operation, so it is impossible to judge the fault location of the elevator, which is not conducive to maintenance by operators, so the probability of elevator failures increases; Monitor the number of users and security status, so it is relatively rigid to use and wastes a lot of time for users

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