Loading force verifying method for rack eddy current dynamometer

Abstract

The invention provides a loading force verifying method for a rack eddy current dynamometer, a signal processing system for a force sensor and a verification computer are additionally arranged on a chassis dynamometer of the existing rack eddy current dynamometer, the calculating loading force of the verification computer is taken as a truth value, and when a bigger error exists in the corresponding detected loading force relative to the loading force truth value, or a bigger error exists in the loading force truth value relative to the prescribed loading force, the verification detection is nonstandard or the equipment is in failure, so that the accuracy and authenticity of various performance detection loaded on the chassis dynamometer through the vehicle can be guaranteed, and the advantages of accuracy, simplicity, convenience, quickness and low price are realized.

Description

technical field [0001] The verification method of the loading force of the bench eddy current machine is to prevent the irregularity of the single-chip microcomputer and computer, supervise the integrity of the equipment, and verify the bench The invention discloses a method for detecting loading force by an eddy current machine, which belongs to the technical field of vehicle performance bench test detection, supervision and verification. Background technique [0002] When the vehicle is tested for various performances under the load condition of the eddy current machine chassis dynamometer, in order to prevent artificial modification of the loading force, ensure that the equipment is in good condition, and ensure standardized testing, the regulatory department needs to verify the loading force. The existing verification technology There are usually two ways: one way is to directly receive the detection loading force transmitted by the computer of the testing station; the o...

AI Technical Summary

Problems solved by technology

[0002] When the vehicle is tested for various performances under the load condition of the eddy current machine chassis dynamometer, in order to prevent artificial modification of the loading force, ensure that the equipment is in good condition, and ensure standardized testing, the regulatory department needs to verify the loading force. The existing verification technology There are usually two ways: one way is to directly receive the detection loading force transmitted by the computer of the testing station; the other way is to read the data processed by the single-chip microcomputer; both ways may modify the data through the computer or single-chip microcomputer, which is difficult to be effective verify