A pipeline for conveying capacitors

Abstract

The invention discloses a capacitor conveying assembly line, the structure of which comprises: a power distribution base box, pin clamping and stacking grooves, roller side frame plates, conveyor belts, counterweight pressing blocks, assembly line casings, column grooves, The present invention realizes the use of pin clamping stacking grooves to cooperate with the conveyor belt, and the corrugated sleeve is erected at the output end groove through the conveyor belt, and the square cylinder tank body is adapted to clamp the capacitor block for settlement and storage, forming a stacking frame to protect the pins for storage Capacitance effect, and the paint stripping and deformation of the pins, through the magnetic ring buckle bracket and the sliding ball bracket for linear settlement and sliding assembly, and then through the storage slot to adapt the electromagnetic replacement of the electroplating pin rod, forming an overall assembly line for subsequent independent transportation The effect of trimming ensures the pretreatment and secondary maintenance pin effect of capacitor transportation and installation soldered on the circuit board, prevents static electricity leakage and improves the quality of pin conduction and the effect of inner column end adaptation and correction, ensuring the quality adjustment and high efficiency of the internal structure of the capacitor , to improve the safe storage effect of the terminal stacking of the conveying line.

Description

technical field [0001] The invention relates to a capacitor conveying assembly line, which belongs to the field of electron conveying. Background technique [0002] The contact of the capacitor block on the circuit board requires two pins to form the current conduction of the positive and negative current flow to adapt to the grid operation, and the electronic components of the capacitor block are transported on the assembly line to carry out the material transportation effect of the rubber insulated conveyor belt to ensure the follow-up electronics. The storage operation effect of component classification and placement, the shortcomings of the current technology to be optimized are: [0003] The two-pin positive and negative terminals of the capacitor block will be piled up and the pins are soft in the conveying line, causing the capacitor block to squeeze the pin rod and cause the straight end to deform, resulting in the subsequent plugging of the capacitor block in the ci...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide a capacitor conveying line to solve the problem that the double-pin positive and negative poles of the capacitor column block will cause problems in the conveying line due to the amount of stacking and the soft texture of the pins. The pin bar of the capacitor column is squeezed to cause the deformation of the straight end, which leads to the need to straighten the pin bar when the subsequent capacitor block is plugged into the circuit board, resulting in the inclination of the insertion end of the subsequent pin, which interferes with the normal operation of the capacitor, resulting in subsequent Conveyor belts transport continuous batches of capacitor pins that are unqualified and require secondary trimming and processing operations, and the pins are soft and have a large loss of extrusion, which is easy to rub, collide and slip off the plating layer of the pins, resulting in a safety hazard of static electricity leakage from the pin rods.

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