An all-in-one machine for resistance detection, inkjet coding, and tape

Abstract

An all-in-one machine for resistance detection, inkjet coding and braiding, including a frame and a feeding mechanism arranged on the top surface of the frame, a main drive disc mechanism, a small disc drive mechanism, a first testing mechanism, and a second testing mechanism , a rotating mechanism, a cam braiding mechanism, a positioning mechanism and a carrier tape supply mechanism located on the side of the frame, the main drive disc mechanism is connected to the feeding mechanism, the small disc drive mechanism, the first testing mechanism, A second testing mechanism, a rotating mechanism, a cam tape mechanism and a positioning mechanism. This application provides a compact structure, reasonable design, one-time completion of resistance shape inspection and elimination, resistance test screening, inkjet and inkjet discrepancy rejection, and a high-efficiency braiding process for resistance detection, coding, and tape integration. machine.

Description

Technical field [0001] The present invention relates to the field of resistance detection, nozzle, and tape device, and more particularly to a resistor detection inquiral tape. Background technique [0002] In the existing electronics industry, the bulk resistance often requires shape inspection, the impedance test screening, the spray and the spray code do not match, and the process is used, but the equipment on the market can only achieve the above process or several of them. Process, can not complete the complete set of flow in one device, causing existing equipment to complete the resistance profile inspection, the resistance test screening, the nozzle and the spray code do not match, and the knot is complete, the whole set of processes must be completed by multiple devices. Process, labor costs, more equipment costs, and due to the transfer from one device from one device according to process order, there is still a process and performance difference between multiple devices...

AI Technical Summary

Problems solved by technology

[0002] In the existing electronics industry, bulk resistors often need to be checked and eliminated by shape inspection, resistance test and screening, coding and coding discrepancies, and taping process. However, most of the equipment on the market can only achieve one of the above processes or several of them. The whole set of flow process cannot be completed on one piece of equipment, resulting in the existing equipment having to complete the entire process of resistance shape inspection and elimination, resistance value test screening, inkjet and inkjet discrepancy elimination, and braiding. It must rely on multiple equipment to complete the above The process requires more labor costs and equipment costs. At the same time, due to the need to transfer from one device to another according to the process sequence to complete the corresponding process, there are differences in process and performance among multiple devices, which leads to work low efficiency

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