Remote metering and monitoring system for dynamic truck scale

Abstract

The invention discloses a remote metering and monitoring system for a dynamic truck scale used by a highway department, and belongs to the technical field of dynamic truck scales and metering. The remote metering and monitoring system comprises an Internet layer, a service application layer, a platform support layer, a data resource layer and a hardware base layer, the Internet layer can help metering personnel access the remote metering system, monitors the weighing and metering data of the dynamic truck scale in real time, identifies an abnormal truck scale and correcting parameters, and the service application layer is used for carding and optimizing a traditional metering service process and providing various service functions for metering personnel; metering personnel can access a remote metering system at a metering center, a toll station and the like through a browser of the PC terminal module, monitor weighing and metering data of the dynamic truck scale, and perform identification and parameter correction on an abnormal dynamic truck scale, so that the on-site metering and verification times of the metering personnel can be reduced, the verification efficiency can be effectively improved, the verification cost can be reduced, and the verification period can be optimized; and meanwhile, a corresponding mobile phone APP module is developed, so that the operation requirements of business personnel during field service are met.

Description

technical field [0001] The invention belongs to the technical field of dynamic truck scales and measurement, and in particular relates to a remote measurement and monitoring system for dynamic truck scales used by highway departments. Background technique [0002] The dynamic truck scale is a national compulsory verification work measuring instrument, and it is an important work measuring instrument for controlling over-limit and overloading. It must pass the verification of the legal metrology institution before it can be put into use. At the same time, periodic verification is required during use to ensure its measurement status. credibility. [0003] In the traditional measurement business, periodic on-site verification is usually set for 6 to 12 months according to the model of the dynamic truck scale. According to the requirements of the national verification regulations, the verification content is mainly the dynamic weighing test of different reference vehicles at dif...

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Problems solved by technology

[0003] In the traditional measurement business, periodic on-site verification is usually set for 6 to 12 months according to the model of the dynamic truck scale. According to the requirements of the national verification regulations, the verification content is mainly the dynamic weighing test of different reference vehicles at different speeds, etc. , the business work has been carried out so far, and it has gradually been unable to meet the needs of social and economic development, and there are mainly the following deficiencies:

[0004] 1. Inspection personnel, vehicles and equipment must be on site to conduct inspections, and the inspection cost is high;

[0005] 2. More than 50% of the time is spent on the round trip of personnel and vehicles, resulting in a long verification cycle for each dynamic truck scale;

[0006] 3. Due to factors such as manufacturers, processes, maintenance, and frequency of use, the service life of each dynamic truck scale is quite different, but the measurement business lacks big data support, and it is impossible to accurately determine the verification cycle of each dynamic truck scale

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