An electronic component and casing method and device thereof

Abstract

The invention relates to the technical field of electronic component production equipment. An electronic component bushing device, comprising an electronic component shaping and feeding device on a frame, a first removing device, a hose cutting and feeding device, a positioning device, a second removing device and a sorting device; the positioning device is fixed In the middle of the frame, the electronic component shaping and feeding device is connected with the positioning device through the first removal device, the second removal device is connected with the discharge end of the positioning device, and the sorting device is connected with the second removal device. The rubber hose cutting and feeding device is provided with two groups of left and right, which correspond to the positioning device and are located on both sides of the positioning device. The advantages of this patent are that the terminals of the electronic components are straightened, and the rate of good products is high; the feeding of the electronic components is stable, the electronic components do not interfere with each other, and the success rate of the equipment is high; the length of the rubber hose can be adjusted, and the broken material can be detected.

Description

technical field [0001] The invention relates to the technical field of electronic component production. Background technique [0002] Electronic components are prone to short circuits after they are packaged on circuit boards. In order to solve the problem of short circuits between electronic components, the existing common method is to set sleeves on the electronic components. Since most of the electronic components are small in size, it is very inconvenient to operate and the production efficiency is low. Generally, rubber hose equipment is used for casing. Operation, the steps are divided into feeding, casing, heat shrinking and forming. For example: China State Intellectual Property Office published a publication number of CN205148896U on April 13, 2016, and the patent name is a patent for a fully automatic casing forming machine. The patent includes Machine, the machine is equipped with component conveying mechanism, casing conveying mechanism, casing threading mechani...

AI Technical Summary

Problems solved by technology

[0002] Electronic components are prone to short circuits after they are packaged on the circuit board

In order to solve the problem of short circuits between electronic components, the existing common method is to set sleeves on the electronic components. Since most of the electronic components are small in size, it is very inconvenient to operate and the production efficiency is low. Generally, rubber hose equipment is used for casing. Operation, the steps are divided into feeding, casing, heat shrinking and forming. For example: China State Intellectual Property Office published a publication number of CN205148896U on April 13, 2016, and the patent name is a patent for a fully automatic casing forming machine. The patent includes Machine, the machine is equipped with component conveying mechanism, casing conveying mechanism, casing threading mechanism, heat shrinking mechanism and forming mechanism, casing conveying mechanism is installed between the component conveying mechanism and casing threading mechanism, The tube mechanism is installed between the casing conveying mechanism and the heat shrinking mechanism, and the heat shrinking mechanism is installed between the casing threading mechanism and the forming mechanism. Mechanism, the clip conveyor is slidingly connected to the machine table

The patented electronic components do not have a straightening process, and the yield rate of the product is low

[0003] The feeding of the existing technology is mostly by the vibration of the turntable, and the electronic components are easy to block the guide column in the silo and get stuck, which will also deform the electronic components and affect the quality; the casing threading mechanism directly clamps the rubber hose, and the length of the rubber hose needs to be advanced The cutting is good, it is not easy to adjust in real time, and the positioning accuracy before clamping is required to be high

To sum up, the existing tube-in-tube rubber hose equipment has the following shortcomings: 1. Electronic components are not loaded stably, and they are easy to cross-wind; 2. The rubber hose is cut in advance, the adaptability of the equipment is not high, and the clamping accuracy is low; 3. The straightness of electronic components is low, there is no adhesive tape mechanism, and the product qualification rate is low

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