Method and device for implementing static automobile scale capable of automatically identifying axle

Abstract

The invention relates to a static automobile scale device capable of automatically identifying an axle. The static automobile scale device comprises a weighing platform group and vehicle separators, wherein the vehicle separators are positioned at both ends of the weighing platform group and are used for identifying the conditions that an automobile is to be weighed and is weighted; the weighing platform group consists of more than two weighing platforms which are mutually independent and are not interfered with each other; all weighing platforms are not overlapped with one another; each weighing platform is respectively provided with four sensors which are divided into a front sensor group and a rear sensor group; the sensor groups are electrically connected with a data management computer through a measuring instrument and is used for acquiring the sum of all weighing platform data to obtain the weight of the automobile; the measuring instrument can be used for simultaneously detecting the data of all the sensors of the weighing platforms, calculating the axle number, the axle weight and the gross weight of a vehicle according to the data of the sensors and transmitting calculated results to the data management computer; and the data management computer is used for acquiring measurement results of the measuring instrument and storing and archiving the results. The static automobile scale device is not required to be provided with axle identifiers, improves the accuracy of weighing data, calculates more accurate finished automobile weighing data through the measuring instrument, reduces errors of the weighing data and the actual weight of a finished automobile, prolongs the service life of the weighing platforms and shortens the manufacturing cycle at the same time.

Description

technical field [0001] The invention relates to a new type of truck scale device, in particular to a non-overlapping static truck scale device which can automatically identify wheel axles. Background technique [0002] At present, the existing static truck weighing platforms in my country are generally formed by overlapping two or more sections of the weighing platform. Pin holes are drilled at the junction of the steel plate and the weighing platform. After the weighing platform is lapped in place, the pin shaft is inserted into the pin hole to produce positioning. This kind of overlapping method requires high technical requirements, takes up a lot of space, and has a long manufacturing cycle. In the process of use, the measurement data of the sensor is often affected because the overlapping parts between the weighing platforms are not firm or the overlapping is uneven, thereby reducing the accuracy of the weighing results and shortening the service life of the weighing pla...

AI Technical Summary

Problems solved by technology

In the process of use, the measurement data of the sensor is often affected because the overlapping parts between the weighing platforms are not firm or the overlapping is uneven, thereby reducing the accuracy of the weighing results and shortening the service life of the weighing platform

At the same time, the current static truck scales cannot automatically identify the axles, and need to assist other equipment to identify the axles, and the recognition rate for special axles such as couplings is low

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