An intelligent lcd screen display counter based on wifi wireless networking

Abstract

The invention relates to an intelligent LCD screen display counter based on WIFI wireless networking. The counter comprises a command center, wherein the command center is connected with multiple counting controllers through a WIFI communication module, counter parameters can be set in a remote mode, data detected by the counter can be collected and is uploaded, the command center is further connected with a manufacturing site data database and is used for storing and saving production site data transmitted by the counter, and the command center can further realize data transmission with present enterprise management-level software through a basic data database interface. The counter is advantaged in that the counting controllers are internally provided with MCU and are used for controlling work of modules connected with the counting controllers, a manufacturing side can be easily reconstructed for enterprises in the counting production field without consuming relatively large investment cost, product quality is effectively controlled, manufacturing cost is reduced, and production efficiency is improved.

Description

technical field [0001] The invention relates to a counter, in particular to an intelligent LCD display counter based on WIFI wireless networking. Background technique [0002] The existing counters do not have the function of parameter intelligent maintenance. If there are many equipments in the enterprise, it will increase the cost to maintain them all on site by special personnel; some high-speed manufacturing equipment has a large inertia. To produce a certain margin, how to effectively control these margins according to inertia is extremely important for enterprises to save manufacturing costs. [0003] The existing counters do not have the function of counting the frequency of machine usage. Therefore, in the past, the usage rate of enterprise machines was estimated manually, and it was difficult for machine maintenance personnel to obtain accurate values. Therefore, machine maintenance is prone to untimely situations, which can easily lead to product failure. decline ...

AI Technical Summary

Problems solved by technology

[0002] The existing counters do not have the function of intelligent maintenance of parameters. If there are many equipments in the enterprise, all the on-site maintenance by special personnel will increase the cost; some high-speed manufacturing equipment has a large inertia. To produce a certain margin, how to effectively control these margins according to inertia is extremely important for enterprises to save manufacturing costs

[0003] The existing counters do not have the function of counting the frequency of machine usage. Therefore, in the past, the usage rate of enterprise machines was estimated manually, and it was difficult for machine maintenance personnel to obtain accurate values. Therefore, machine maintenance is prone to untimely situations, which can easily lead to product failure. decline in quality

[0004] Nowadays, many testing equipments have been or are gradually developing towards intelligence, adding communication functions. The existing counters do not have the function of communicating with these equipments. Manually recording and reporting, it is easy to cause false positives, false positives, and non-compliance with the required testing. quality problem

[0005] Enterprise R&D personnel transmit management data such as product process parameters to the manufacturing site, and most of them use paper posting on site, which is prone to the problem of untimely or confusing data updates on the manufacturing site, and batch scrapping due to on-site manufacturing process errors frequently exists in enterprises;

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