Lamp aging test line

Abstract

The invention relates to the technical field of lamp test devices, in particular to a lamp aging test line. The lamp aging test line comprises a machine frame, wherein conveying rails, a drive motor and a transmission mechanism are arranged on the machine frame. A tool plate is arranged on the conveying rails, sockets are arranged on the tool plate, and electric conduction strips are arranged on the lower end face of the tool plate. A first aging test area, a vibration test area and a second aging test area are sequentially arranged on the machine frame. Each aging test area comprises multiple wire collection rail assemblies. Each wire collection rail assembly comprises three electric conduction grooves and multiple sets of electric conduction wheel devices. The electric conduction wheel devices make contact with and are connected with the electric conduction strips of the tool plate passing through the portion above the electric conduction strips respectively. The tool plate is conveyed through the conveying rails and can be automatically connected with the wire collection rail assemblies in the different test areas when passing through the different test areas so that corresponding voltages can have access to the tool plate, the high voltage test, the low voltage test, the voltage prevention test, the vibration resistance test and the like can be automatically conducted on a lamp, no manual operation is required in the test process, the test efficiency is high, and the operation is safe and reliable.

Description

Technical field: [0001] The invention relates to the technical field of lamp testing equipment, in particular to a lamp aging test line. Background technique: [0002] In the production process of lamps, in order to ensure the quality of the products, it is necessary to carry out aging and online detection of components. The main method of aging is to make lamps and lanterns in abnormal working environment, such as the environment exceeding or below the rated voltage, for a certain period of time. Lighting work, in the process, the lamps and lanterns whose components are not turned off will be damaged, so that defective products can be screened out; and online detection is to apply high-voltage shocks to the lamps to carry out withstand voltage tests, and to test the power of the lamps. During the test, when the defective product is connected to the high voltage, the components will also be washed out, or during the power test process, it will be screened out because it does...

AI Technical Summary

Problems solved by technology

However, the existing inspection process is to manually transfer the lamps to each testing instrument for aging test in order to finally screen out defective products. Such operation steps are not only wasteful of manpower, inefficient, but also not safe enough, especially for those connected to high-voltage electricity. Withstand pressure test, the operator's manual operation is very easy to cause danger

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