Small vertical element station feeding device

Abstract

The invention relates to the technical field of an LED (light emitting diode) insertion machine, in particular to a small vertical element station feeding device for an LED insertion machine. The small vertical element station feeding device comprises a station body, an active sliding block and a station driving mechanism which drives the active sliding block to move back and forth, wherein the active sliding block is provided with an upper pushing piece and a lower pushing piece which is arranged right below the upper pushing piece; a feeding wheel rotates intermittently and drives an element material belt to feed forward; when an electronic element on the element material belt stays ahead of the upper pushing piece and the lower pushing piece, the upper pushing piece and the lower pushing piece are driven to move forward together to enable two pins of the electronic element respectively to be embedded in two notches of two W-shaped grooves, so that the electronic element is prevented from offsetting leftwards and rightwards until the electronic element is pushed onto a chain clamp, and the feeding accuracy of the electronic element station is greatly enhanced. The distance between the two notches of each W-shaped groove is shorter so as to carry out feeding processing on the electronic element with shorter distance between the pins.

Description

technical field [0001] The invention relates to the technical field of LED plug-in machines, in particular to a small vertical component station loading device for LED plug-in machines. Background technique [0002] At present, the use of electronic products is becoming more and more extensive. PCB circuit boards are important equipment for electronic products. Vertical plug-in machines are processing equipment that insert various vertical components into designated positions on PCB circuit boards. In the processing process of the vertical plug-in machine, the components with vertical components are generally conveyed to the station device for material distribution, and then embedded in the chain clip, and then transported by other devices to the The upper part of the PCB board is positioned, and then the clamping device moves down, and the vertical component is accurately inserted into the preset pin socket of the PCB circuit board, and then the clamping device is reset to ...

AI Technical Summary

Problems solved by technology

[0003] With the rapid development of electronic technology, electronic components are further miniaturized, and the distance between the pins of electronic components is further reduced. The distance between the two pins of existing components is usually 5.0mm, and now, the pins on the market Electronic components with a distance of 3.5mm are also widely used, but there is a lack of a station loading device for inserting electronic components with a pin distance of 3.5mm into the chain clip, which makes it difficult for small electronic components to be automatically inserted and processed

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