Electronic scale unbalanced loading visual tester

Abstract

The invention provides an electronic scale unbalanced loading visual tester and belongs to the technical field of electronic weighing detection equipment. The electronic scale unbalanced loading visual tester comprises a rack, a weight set, a carrying device, a detection platform, a locating device, a photographing module and a control module. According to the electronic scale unbalanced loading visual tester, gravity at the front position and the rear position of the weight set during detection can be adjusted through the carrying device, and detection is performed in cooperation with the photographing device; during detection, measurement of different gravity pressure at the same position can be realized, multi-point detection at different positions can be performed, detection efficiencyis high, detection results are accurate, and an excessively large weighing data deviation is avoided; and moreover, the control module, a storage module and a display module form a complete detectionresult management system, detect data can be recorded, stored, called and displayed, and data loss is avoided. The detection process is controlled by the adoption of the control module, and a carrying mechanism, a translation mechanism and the locating device all can act automatically, so that carrying efficiency is high, and input of manpower is reduced.

Description

technical field [0001] The invention belongs to the technical field of electronic weighing detection equipment, and in particular relates to an electronic scale eccentric load visual testing machine. Background technique [0002] After the production of the finished product of the electronic scale is completed, it is necessary to carry out an eccentric load detection on the electronic scale to ensure that the weighing values ​​at all points on the weighing plane of the electronic scale are consistent, so as to avoid the situation of weighing eccentric load that will affect the normal use of the electronic scale, and avoid Inaccurate weighing, large deviation of weighing data and other problems. In the prior art, manual detection is used to detect the eccentric load of the electronic scale. The detection method is mostly to manually place weights at different positions on the weighing plane of the electronic scale, and then record the data of each point, and compare the data ...

AI Technical Summary

Problems solved by technology

In the prior art, manual detection is used to detect the eccentric load of the electronic scale. The detection method is mostly to manually place weights at different positions on the weighing plane of the electronic scale, and then record the data of each point, and compare the data of each point to Judging whether there is an eccentric load in the electronic scale is manually completed in the whole process, not only the detection efficiency is low, but also the detection is inaccurate, and the data is easily lost, making system management impossible

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