Utilization rate monitoring system

Abstract

The invention relates to a utilization rate monitoring system. According to the scheme, the utilization rate monitoring system comprises detection instruments, a coordinator and a server side. The detection instruments are arranged on machines and acquire the utilization rates of the machines, each machine is provided with a state display lamp in communication connection with the corresponding detection instrument, and an operator can check the states of the machines through the state display lamps. The coordinator is in communication connection with each detection instrument, collects and sorts machine utilization data on each detection instrument, and regularly uploads the machine utilization data to the server side. The coordinator is in communication connection with the server side, the utilization rate state data of each machine is generated through the server, and the scheduling data is generated according to the utilization rate state data and the production arrangement data. The system can remarkably improve the utilization rate of each machine in a workshop to maximize the utilization rate, and enable an operator to conveniently check and operate the machines. Meanwhile, performance assessment can be carried out on employees according to the utilization rate, and the number of equipment in each workshop can be increased or decreased to achieve machine supply and demand balance.

Description

technical field [0001] The invention relates to the technical field of mechanical processing, in particular to an utilization rate monitoring system. Background technique [0002] In order to describe the relationship between the actual working condition and the ideal condition of the equipment, the concept of utilization rate is proposed, that is, the utilization rate refers to the proportion of the time that the equipment takes to create value in the time it can provide. By counting the utilization rate of equipment, it is possible to understand the actual working condition of the equipment and provide an objective reference for mass production. Each machine in a traditional factory is independent of each other, and the utilization rate of each machine cannot be counted and obtained. Operators need to frequently pay attention to the working status of each machine to achieve a state where one person controls a small number of machines, and most machines work for up to For ...

AI Technical Summary

Problems solved by technology

Each machine in a traditional factory is independent of each other, and the utilization rate of each machine cannot be counted and obtained. Operators need to frequently pay attention to the working status of each machine to achieve a state where one person controls a small number of machines, and most machines work for up to For half an hour to one hour, the operator cannot operate multiple machines at the same time, resulting in a waste of personnel, and the status of the machine cannot be obtained remotely. After the machine completes the work and enters the standby mode, time is wasted and the schedule is aggravated. Therefore, the enterprise cannot determine the utilization rate of each workshop, resulting in Some workshops are idle and some workshops are congested

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