Vehicle rearview mirror pre-delivery detection device

Abstract

A vehicle rearview mirror pre-delivery detection device comprises a control cabinet (5), a display screen (6) and a mirror surface position sensing mechanism (7). A workbench (8) is arranged on a machine frame (1); a rearview mirror clamp (4) and the mirror surface position sensing mechanism (7) are connected to the workbench (8); the control cabinet (5) is connected with the machine frame (1) and is located below the workbench (8); a power connector (2), a rearview mirror connector (3) and the mirror surface position sensing mechanism (7) are respectively and electrically connected with the control cabinet (5); the display screen (6) is fixed to the machine frame (1), located above the workbench (8) and electrically connected with the control cabinet (5); a starting switch (9) is arranged on the workbench (8) and is electrically connected with the control cabinet (5). Compared with the prior art, the vehicle rearview mirror pre-delivery detection device has the advantages of being full automatic in judgment and high in detection rate and detection efficiency.

Description

technical field [0001] The invention belongs to the field of vehicle component testing equipment, in particular to a vehicle rearview mirror delivery testing device. Background technique [0002] At present, vehicle rearview mirrors need to pass the test when they leave the factory. Detect various data, but the manual detection efficiency is low and cannot keep up with the production efficiency of the previous process, resulting in the accumulation of products in the detection section, and the detection rate of detection is also low; there are also special detection devices, one is for post-processing The detection of the single function of the mirror (such as eyeglasses, folding, heating, etc.), such as the publication number CN1195619 titled as a public document for a detection device for motor vehicle rearview mirrors, and the publication number CN102721339A titled a kind of automotive exterior rear The public document and publication number of the inspection measuring i...

AI Technical Summary

Problems solved by technology

[0002] At present, vehicle rearview mirrors need to pass the test when they leave the factory. Detect various data, but the manual detection efficiency is low and cannot keep up with the production efficiency of the previous process, resulting in the accumulation of products in the detection section, and the detection rate of detection is also low; there are also special detection devices, one is for post-processing The detection of the single function of the mirror (such as eyeglasses, folding, heating, etc.), such as the publication number CN1195619 titled as a public document for a detection device for motor vehicle rearview mirrors, and the publication number CN102721339A titled a kind of automotive exterior rear The public document and publication number of the inspection measuring instrument of mirror are CN102735426A name is a kind of public document for the device of rearview mirror inspection, and the first patent application is to be used for detecting the inclination angle of rearview mirror eyeglass, and the second The patent application is used to detect the shape of the rearview mirror, and the third patent application is used to detect the adjustment angle of the rearview mirror lens and the deformation rate of the lens. However, these detection devices have a single detection function and require workers to perform additional inspections. For other functions of the mirror, the entire detection process is still relatively long and the efficiency is still low; the other is a detection device that detects multiple functions of the rearview mirror at the same time, as the publication number is CN202471393U, and the name is a function detection and diagnosis of the rearview mirror. The public document of the device, this detection device includes function buttons, voltmeter and ammeter, although it can detect more rearview mirror functions, but the operation of each function needs to be completed manually by workers, and workers need to observe at any time The readings on the voltmeter and ammeter are used to judge whether the voltage and current of the rearview mirror are within the specified range when the rearview mirror is in various functional states. Therefore, there are situations where workers are prone to miss pressing buttons or making wrong judgments during observation, misjudgments and omissions. The judgment phenomenon is serious, the detection rate is low, and the detection efficiency is still relatively low

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