Processing mechanism of LED lamp

Abstract

The invention discloses a processing mechanism of an LED lamp, and belongs to the field of lamp processing. The processing mechanism comprises a fixed square frame, the fixed square frame is sleeved with folding square sleeves, the folding square sleeves are divided into two sets, the two sets of folding square sleeves are in sliding connection with the fixed square frame, the top end of the fixed square frame is provided with a folding table, and one side of a movable shaft seat is provided with a grinding roller. The grinding roller is rotationally connected with corresponding moving shaft seat, torsion arms are arranged on the other sides of the moving shaft seats, the ends of the torsion arms are rotationally connected with the two moving shaft seats correspondingly, the other ends of the torsion arms are meshed with each other, a wheel disc set is arranged at the bottom ends of the torsion arms, and the wheel disc set is rotationally connected with the ends of the torsion arms. A driven roller is arranged at the top end of one torsion arm, a processing belt is arranged between the driven roller and the corresponding torsion arm, a processing motor is fixedly installed at the bottom ends of the torsion arms, and the output end of the processing motor penetrates through the torsion arms and is fixedly connected with the side wall of the wheel disc set. The processing motor drives the two processing belts to operate. Automatic processing can be achieved.

Description

technical field [0001] The invention relates to the field of lamp processing, in particular to a processing mechanism for LED lamps. Background technique [0002] LED uses a cold light source, with little glare, no radiation, and no harmful substances produced during use. The working voltage of LED is low, adopting DC driving mode, ultra-low power consumption (0.03-0.06W for a single tube), and the electro-optic power conversion is close to 100%. Under the same lighting effect, it can save more than 80% energy than traditional light sources. The environmental benefits of LED are better, there is no ultraviolet and infrared rays in the spectrum, and the waste can be recycled, no pollution, no mercury element, safe to touch, and it is a typical green lighting source; LED die-forming workbench structure, inverted pyramid The structure and flip-chip design can improve its luminous efficiency, so that more light can be emitted. Innovations in LED package design include high-con...

AI Technical Summary

Problems solved by technology

Innovations in LED package design include high-conductivity metal block substrates, flip-chip designs, and bare-disk cast leadframes, all of which allow the design of high-power, low-thermal-resistance devices that deliver higher illuminance than conventional LEDs. The illuminance of the product is greater; however, it is difficult to automate the processing of general LED lamps

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