A component automatic glue filling device for LED driver

Abstract

A component automatic glue pouring device for LED drivers aims to solve the technical problem of excessive, overflowing or less glue in the finished products of LED drivers in the prior art. The invention comprises a workbench, on which an indexing turntable is arranged, on which the glue pouring stations and loading and unloading stations are symmetrically arranged along the radial direction of the indexing turntable, on the workbench close to the gluefilling stations One side is equipped with a linear movement module, driven by the power module, the linear movement module can move close to or away from the glue filling station. The linear movement module is equipped with a vibration module and a clamping module, and the indexing turntable is on Driven by the power module, the LED driver is driven from the loading and unloading station to the glue filling station, the clamping module is driven by the linear movement module to approach the LED driver, and the glue filling module located above the workbench While filling the LED driver with glue, the liquid level detector installed on the side of the glue filling station monitors the liquid level of the glue at the glue filling port of the LED driver.

Description

technical field [0001] The invention relates to the technical field of LED driver production and processing, in particular to a component automatic glue filling device for the LED driver. Background technique [0002] LED lighting is a new type of light source that has developed rapidly in recent years, and its many good features make it more and more widely used. LED is a kind of electric light source with extremely long service life, and its service life can reach 100,000 hours. Due to the one-way conduction characteristic of LED, LED must be equipped with LED driving circuit to work. With the gradual development of LED lighting fixtures, the requirements and consumption of lighting fixtures for LED drive power have also increased significantly. LED drive power must have the advantages of high efficiency, high power factor, and high protection functions. Therefore, the research and development of LED drive power Production and use are also constantly being valued. Among ...

AI Technical Summary

Problems solved by technology

[0005] The present invention overcomes the fact that the high viscosity of the colloid in the prior art causes the flow filling rate of the colloid to be different, and the existing automatic glue filling device cannot accurately grasp the balance between the glue filling time of the LED driver and the actual glue filling amount one by one, resulting in The technical problem of excessive glue, overflowing glue or less glue is likely to occur in the finished product of the LED driver. A component automatic glue filling device for the LED driver is provided. The vibration module in the device drives the LED driver to be glued to vibrate synchronously. Accelerate the flow filling rate of the colloid in the LED driver, the colloid that is first filled into the LED driver quickly fills the bottom of the LED driver, and the subsequent colloids injected into the LED driver fill the LED driver quickly in sequence, and there will be no cavity occupying the volume in the LED driver. At the same time, the liquid level detector monitors the colloid liquid level inside the LED driver in real time, thus effectively avoiding the phenomenon of excess glue, overflow glue or less glue

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