Full-automatic production equipment based on stem guide wire shaping and LED light strip welding integration

Abstract

The invention discloses full-automatic production equipment based on stem guide wire shaping and LED light strip welding integration. The full-automatic production equipment comprises a main bottom plate, a platen and an upper bracket, wherein the upper end of the main bottom plate supports the platen through four thick bracket legs. A discharging mechanism and a buffering conveying mechanism are arranged on the left and the right of the side surface of the platen respectively, and a feed mechanism is arranged at the end of the buffering conveying mechanism. The platen is provided with a gap divider. An index plate rotates anticlockwise and is provided with a stem clamp. The main bottom plate is provided with a speed reducer, a station main shaft and a cam mechanism. A stem locating mechanism, a long foot arranging mechanism, a short foot poking mechanism, a 45-degree long foot poking assembly mechanism, a 45-degree short foot poking assembly mechanism, a foot straightening mechanism, an LED light strip shearing and conveying mechanism, an automatic LED light strip rotating and conveying mechanism and a welding mechanism are sequentially arranged on the platen from the front end of the feed mechanism and surround the index plate. The full-automatic production equipment is high in automation degree, high in welding and shaping efficiency and high in shaping accuracy.

Description

technical field [0001] The invention relates to the technical field of LED light bar processing and manufacturing, in particular to a fully automatic production equipment based on the integration of stem guide wire shaping and LED light bar welding. Background technique [0002] When welding the LED light bar, it is generally necessary to bend the four short metal feet at the front end of the stem guide wire and the long metal foot at the rear end first, and then weld the LED light bar with the guide wire through the welding mechanism to form a whole. In the end, it is welded between a long metal leg and a short metal leg. Because the guide wire of the stem is thinner and softer, in order to save costs, it is mainly necessary to first position the guide wire of the stem and move the long leg. Opening, short leg opening, long leg dialing 45 degrees, short leg dialing 45 degrees, horizontal straight leg, vertical straight leg, light bar cutting and feeding, and welding steps, ...

AI Technical Summary

Problems solved by technology

[0002] When welding the LED light bar, it is generally necessary to bend the four short metal feet at the front end of the stem guide wire and the long metal foot at the rear end first, and then weld the LED light bar with the guide wire through the welding mechanism to form a whole. In the end, it is welded between a long metal leg and a short metal leg. Because the guide wire of the stem is thinner and softer, in order to save costs, it is mainly necessary to first position the guide wire of the stem and move the long leg. Opening, short leg opening, long leg dialing 45 degrees, short leg dialing 45 degrees, horizontal straight leg, vertical straight leg, light bar cutting and feeding, and welding steps, etc., these existing steps are all done manually, The accuracy and efficiency of manual operation are low, and more defective products will be produced, which will affect the production efficiency and production quality. At present, there is no automatic automatic equipment for the automatic shaping and welding of the stem guide wire.

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