Automobile card reading measurement control system and use method

Abstract

An automobile card reading measurement control system relates to automobile material unmanned remote centralized weighing measurement and process management, and consists of a measuring card comprehensive management unit, a material forecasting data acquisition unit, an in-factory/ex-factory card reading confirmation unit, a scale room field equipment unit, a weighing processing unit, a sampling/unloading/loading card reading confirmation unit, a B/S inquiry unit and a server unit, wherein the scale room field equipment unit is connected with the weighing processing unit; the measuring card comprehensive management unit, the material forecasting data acquisition unit, the in-factory/ex-factory card reading confirmation unit, the weighing processing unit, the sampling/unloading/loading card reading confirmation unit and the B/S inquiry unit are respectively connected with the server in a data transmission manner. By adopting the automobile card reading measurement control system, all measuring personnel are centralized in a hall, dynamic dispatching of man power and various equipment resources can be realized, the required measuring personnel quantity is greatly reduced, and the manpower cost is lowered.

Description

[0001] technical field [0002] The invention relates to unmanned remote centralized weighing measurement of automobile materials and its process management, in particular to a processless centralized weighing system applying various technologies such as network, computer, communication and automation. Background technique [0003] At present, the measurement of automobile materials in most factories and mines in China adopts a discrete measurement method, that is, setting up measurement points in necessary places in the factory area, installing measurement equipment and other auxiliary facilities, and assigning special personnel to work on duty. Due to many reasons such as uneven weighing load, inability to dynamically balance scheduling of metering equipment and personnel, and limited technical means, it has led to low efficiency, poor data sharing, and poor matching of logistics and information flow, which can no longer meet the actual needs. [0004] Although some of the...

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Problems solved by technology

Due to many reasons such as uneven weighing load, inability to dynamically balance scheduling of metering equipment and personnel, and limited technical means, it has led to low efficiency, poor data sharing, and poor matching of logistics and information flow, which can no longer meet the actual needs.

[0004] Although some of the truck scale remote measurement systems that have been built at home and abroad have achieved the goal of unattended remote measurement in the weighing room, they are only based on pure measurement functions, and have not realized the advance forecasting of materials, management of entry and exit, and weighing. The control and tracking of the overall process of measurement, sampling / unloading / loading confirmation, etc., so it has not brought revolutionary breakthroughs to the various links and processes of automotive material measurement in factories and mines

In addition, there are certain deficiencies in the technical means and methods of application, such as all-round video surveillance, voice intercom, anti-cheating, multi-pound machine, remote weighing, deadline tare, remote bill printing, etc.

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