Elevator weighing system capable of precisely weighing

Abstract

The invention provides an elevator weighing system capable of precisely weighing. The elevator weighing system comprises a central processor module, an accelerated speed measuring module, a weighing module, an alarm module, a display module, a memory module, a wireless signal emitting module and an upper computer module, wherein the accelerated speed measuring module and the weighing module are separately accessed into a data interface of the central processor module; a control interface of the central processor module is connected with an alarm module; a display interface of a central processor is connected with the display module; the memory module is connected with the central processor module; the wireless signal emitting module is further connected on the central processor module; and the wireless signal emitting module is connected with the upper computer module through a wireless signal. The elevator weighing system provided by the invention has the beneficial effects that: the overweight problem caused by accelerated speed can be included in a weight meting process, so that weight statistics is more accurate; and moreover, statistics data can be timely uploaded, a using condition of an elevator can be analyzed favorably by a worker so as to be timely improved, and efficient operation of elevator operation is guaranteed.

Description

technical field [0001] The invention belongs to the field of elevator weighing control systems, in particular to an elevator weighing system capable of accurate weighing. Background technique [0002] The elevator weighing system that can weigh accurately plays a vital role in the safe operation of the elevator. The weighing system can detect the weight load in the elevator in time, and when it finds that the elevator is overloaded, it can display an alarm in time to ensure that the elevator runs at Under a safe load environment, however, the existing weighing system in the elevator will ignore the overweight phenomenon when the elevator starts, ignore the existence of acceleration, and the resulting increase in the weight of the elevator cannot accurately delineate the overloaded weight, which has potential safety hazards. The real-time data of the weight detected for the first time cannot be summarized and used for statistical processing. It is inconvenient for the staff t...

AI Technical Summary

Problems solved by technology

[0002] The elevator weighing system that can weigh accurately plays a vital role in the safe operation of the elevator. The weighing system can detect the weight load in the elevator in time, and when it finds that the elevator is overloaded, it can display an alarm in time to ensure that the elevator runs at Under a safe load environment, however, the existing weighing system in the elevator will ignore the overweight phenomenon when the elevator starts, ignore the existence of acceleration, and the resulting increase in the weight of the elevator cannot accurately delineate the overloaded weight, which has potential safety hazards. The real-time data of the weight detected for the first time cannot be summarized and used for statistical processing. It is not convenient for the staff to find the actual demand of the actual elevator load by analyzing the big data and improve the performance of the elevator in time.

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