Energy-saving lamp automatic assembly line

Abstract

The invention provides an energy-saving lamp automatic assembly line which belongs to the technical field of machine. The energy-saving lamp automatic assembly line solves the problem that the existing energy-saving lamp automatic assembly line adopts manual assembly and has low production efficiency. The energy-saving lamp automatic assembly line is provided with an energy-saving lamp assembly transmission system on a frame. The energy-saving lamp assembly transmission system comprises a middle transmission track and branch transmission tracks. Joint parts of one end of the middle transmission track with two branch transmission tracks are provided with distributing mechanisms which can distribute energy-saving lamps at the middle transmission track to two branch transmission tracks. Each branch transmission track is respectively provided with an automatic rotating energy-saving lamp cap device, an energy-saving lamp automatic filament-cutting device, an energy-saving lamp automatic tin soldering device, an energy-saving lamp automatic detecting and controlling system and an energy-saving lamp automatic nailing device. The energy-saving lamp automatic assembly line is equipped with two sets of assembly devices and realizes the advantages of automatic transmission and assembly, etc.

Description

technical field [0001] The invention belongs to the technical field of machinery and relates to an assembly line, in particular to an automatic assembly line for energy-saving lamps. Background technique [0002] Compared with incandescent lamps, energy-saving lamps have a significant energy-saving effect. The light emitted by each 1 watt of energy-saving lamps is equivalent to the light emitted by 5 to 6 watts of incandescent lamps. application. [0003] Energy-saving lamps include lamp caps, lamp bodies, lamp tubes and filaments. The traditional energy-saving lamp production process consists of main steps such as tightening the lamp cap, cutting the filament, soldering the lamp cap, conformity inspection, and nailing the lamp cap. [0004] The tightening of the lamp cap is all done by hand, so the requirements for the operator are relatively high. If the tightening degree is not enough, the lamp cap is easy to fall and other defects, and the quality defect of not enough ...

AI Technical Summary

Problems solved by technology

Existing tests generally test energy-saving lamps manually or semi-manually, which is easily affected by human factors during the test process, and generally has a high rate of defective products, poor detection pass rate, poor quality stability, and easy product rework. As a result, the production efficiency is low, and due to the certain radiation generated during the testing process, the operators have been in this production environment for a long time, which has a certain degree of physical and mental damage. This also curbs the large-scale automatic production of energy-saving lamps to a certain extent. develop

[0008] The nailing process of the lamp head is mainly manual. Chinese patent literature Chinese patent number: ZL200720110417.9; authorized announcement number CN201043721Y has disclosed an automatic nailing device for energy-saving lamps, but the cam rotation in this technical solution is not easy to control the up and down movement of the transmission rod. As a result, it often happens that the nailing position does not deviate or the nailing device crushes the lamp head. At this time, the defective products can no longer be repaired by replacing parts, which greatly increases the defective product rate.

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