The Method of Remote Unattended Transformation of Weighing System of Weighbridge

Abstract

The invention relates to a remote unattended method for transforming a weighbridge weighing system. The method includes using an infrared grating detector to monitor whether the front and rear ends and the left and right sides of the vehicle to be weighed are placed on the weighbridge body, and determine whether the vehicle to be weighed is placed on the weighbridge body. The heavy vehicle is not placed on the position of the weighbridge body; the ID of the vehicle to be weighed and the vehicle type of the vehicle to be weighed are photographed by being arranged on the front upper camera unit of the first floor scale body; the ID of the vehicle to be weighed is stored in advance Determine the ID of the vehicle to be weighed in the list, as well as the model and actual weight corresponding to the ID; the infrared grating detector and the camera unit are respectively connected to the central control unit, and the central control unit is also connected to the indicator light assembly; The data when it is placed on the weighbridge body is used for preliminary judgment on the weighbridge vehicle. If the preliminary judgment shows that the vehicle to be weighed has violated the regulations and overweight, there is no need to adjust the vehicle so that it is completely placed on the weighbridge body, and it will be processed directly. Improved processing efficiency.

Description

technical field [0001] The invention relates to the field of information collection, in particular to a remote unattended method for transforming a weighbridge weighing system. Background technique [0002] At present, many industries involved in vehicle transportation need to monitor the quality, location and time of the vehicle in the circulation link. Usually, the weighbridge system is used to collect the quality, location and time of the vehicle. The data of the weighing system is supervised to prevent data from being tampered with. [0003] However, in practical applications, transport vehicles are often not fully scaled due to rush or other reasons, resulting in deviations in measurement information, and for unattended weighbridge systems, there is no personnel to guide or remind, so the data in the weighbridge system There are large errors, and accurate information collection cannot be achieved during transportation, and effective supervision cannot be achieved. Co...

AI Technical Summary

Problems solved by technology

[0003] However, in practical applications, transport vehicles are often not fully scaled due to rush or other reasons, resulting in deviations in measurement information, and for unattended weighbridge systems, there is no personnel to guide or remind, so the data in the weighbridge system There are large errors, and it is impossible to collect accurate information during transportation, and it is impossible to achieve effective supervision

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