Vertical element single-cylinder entire foot machine

Abstract

The invention relates to the technical field of electric element plugin equipment, and in particular relates to a vertical element single-cylinder entire foot machine for a plugin machine. The machine comprises an entire foot base, a first spring, a mounting seat arranged on the entire foot base and two entire foot blocks, wherein each entire foot block comprises an entire foot body, an extension block is arranged on the inner side wall of the entire foot body, a shaping bar is arranged on the outer end part of the extension block, an interval is formed between the shaping bar and the entire foot body, and a passage slot is formed on the mounting seat; a U-shaped lateral thrust block is arranged on the entire foot base; and a drive device which drives the U-shaped lateral thrust block to move up and down is arranged on the entire foot base. The vertical element single-cylinder entire foot machine has a simple structure and low manufacture cost, so that shaping of an outtoed pin and an intoed pin of a vertical element can be realized only by utilizing the single element single-cylinder entire foot machine, the plugging quality and plugging efficiency of the plugin machine are greatly increased, the practicality is strong, and the cost performance is high.

Description

technical field [0001] The invention relates to the technical field of electronic component plug-in equipment, in particular to a vertical component single-cylinder leg adjuster for a plug-in machine. Background technique [0002] With the rapid development of electronic technology, 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 vertical components are generally transported to the top of the PCB board by the clamping device for positioning, and then the clamping device moves down to accurately insert the vertical components into the PCB circuit board for pre-positioning. Then the clamping device is reset to facilitate the clamping of new electronic components for the next plug-in proce...

AI Technical Summary

Problems solved by technology

[0003] However, during the insertion process of vertical components, since the vertical components are generally transported in bulk, the pins of the vertical components are bent and deformed. During the automatic insertion process of the vertical components, it is easy to cause electronic components to be damaged. It is difficult to accurately insert the pins into the insertion holes of the PCB circuit board, which greatly affects the insertion quality and efficiency of the vertical plug-in machine

There are generally two types of bending deformation of the pins of vertical components, one is that the pins are bent inward (that is, the inner figure-eight shape), and the other is that the pins are bent outward (that is, the outer figure-eight shape). The device separately adjusts the above two types of bent and deformed pins, the structure is complex, the cost is high, and the defects are obvious

Images