Integrated multi-procedure treatment all-in-one machine for safety capacitor

Abstract

The invention provides an integrated multi-procedure treatment all-in-one machine for a safety capacitor. The integrated multi-procedure treatment all-in-one machine comprises a work rack, a vibrationdisc fding mechanism, an electrical performance detecting mechanism, a grabbing mechanism, a clamp mechanism, a clamp horizontal conveying mechanism, a laser marking mechanism, a first belt feeding mechanism, a forming, correcting and pin cutting mechanism, a material shooting mechanism, a visual sorting mechanism, an automatic counting and automatic boxing mechanism and an electric control box.The material shooting mechanism is used for clamping the discharging end of the forming, correcting and pin cutting mechanism, and the visual sorting mechanism is used for automatically judging the appearance of a material is qualified or not through photo data. The integrated multi-procedure treatment all-in-one machine for the safety capacitor integrates laser marking, forming, correcting, pin cutting, automatic counting and automatic boxing, is high in integration degree and high in efficiency, the high workload caused by repeated manual feeding and taking does not need to be repeated, manpower can be saved, and goods can be directly delivered at one step.

Description

technical field [0001] The invention relates to the technical field of processing equipment for safety capacitors, in particular to an integrated multi-process processing machine for safety capacitors. Background technique [0002] With the continuous increase in the output of safety capacitors and the continuous expansion of application fields, the requirements for personnel and equipment are getting higher and higher. At present, the production processes of the capacitor factory from the electrical performance sorting of safety capacitors, laser marking, forming correction and cutting, manual full inspection to manual weighing and packaging or manual tray packing are all carried out on each process machine. The above are all completed by independent personnel. [0003] The specific steps of the five major processes are as follows: [0004] 1. Laser marking: The safety capacitive laser marking equipment is operated by personnel, and the process steps are as follows: recei...

AI Technical Summary

Problems solved by technology

[0009] The disadvantages of the above method are: 1. Multiple turnovers are required to complete the production, and multiple turnovers are likely to cause product contamination, breakpoints, mixing, and inadequate batch management; 2. Manual full inspection and manual point packaging are prone to errors , and the labor cost is high and the efficiency is low; 3. Each process works independently, and the production sequence cannot be rationalized. Laser marking is carried out first, and then electrical performance sorting is performed. Products with qualified or unqualified performance will be laser marked in advance , increasing the processing cost of defective products. If the electrical performance is sorted first, and then laser marking is performed, the product performance will be destroyed when the laser marking tray vibrates, resulting in the failure of the performance sorting of the previous process; 4. There are many production machines, The workload is huge, and a large amount of labor is required to complete the production of all processes

Images