Transfer device for automatic diode combing machine

Abstract

The invention discloses a transfer device for an automatic diode combing device, wherein the key point is that the transfer device comprises a driving mechanism, a lifting mechanism and a slewing mechanism. The driving mechanism drives the lifting mechanism and the slewing mechanism to act. The lifting mechanism comprises an adjusting arm. The slewing mechanism is provided with a slewing shaft and a slewing shaft bracket. The slewing shaft bracket is fixed on a machine frame; the slewing shaft is vertically, slidably and rotatably arranged on the slewing shaft bracket. One end of the adjusting arm is rotatably arranged on the corresponding machine frame; the other end of the adjusting arm is rotatably connected with the slewing shaft; the slewing shaft is moved up and down along the axial direction through the movement of the adjusting arm. The slewing shaft performs intermittent reciprocating motion of 180-degree intermittent rotation and intermittent linear reciprocating motion along the axial direction.

Description

technical field [0001] The technical field of the invention relates to a transfer device for an automatic sliver machine that quickly transfers diodes from a template in the previous process to a template in the next process on a production line. Background technique [0002] During the production and processing of diodes, there are several processes that must change the template. For example, hundreds of diodes need to be inserted into the plastic tray (template) during pickling. After pickling, it is transferred to the gluing and drying process. in a metal tray (formwork). The pallet transfer work of these diodes is currently done manually, with a very heavy workload and low work efficiency, which greatly increases the manufacturing cost of the diodes. Based on the above reasons, some diode manufacturers have considered relocating their enterprises to provinces or cities with lower labor wages. Although the cost pressure can be alleviated, the efficiency is still very low...

AI Technical Summary

Problems solved by technology

The tray transfer of these diodes is currently done manually, with a very heavy workload and low work efficiency, which greatly increases the manufacturing cost of the diodes.

Based on the above reasons, some diode manufacturers have considered relocating their enterprises to provinces or cities with lower labor wages. Although it can alleviate the pressure on costs, the efficiency is still very low.

[0003] There have also been technicians who tried to use a vacuum suction cup to transfer the entire diode diode at one time. Because the diode pins are soft and easy to bend, there are 1,500 diodes inserted in a tray, and it is impossible for them all to be parallel to each other. Erection, there is a considerable amount of lodging during the transfer process, and the lodging diode is more difficult to handle manually, and the actual operation is less efficient and unfeasible

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