Full-automatic assembling equipment for spring needle

Abstract

The invention discloses full-automatic assembling equipment for a spring needle. The full-automatic assembling equipment can be used for producing a double-head spring needle (a double-head probe) and a single-head spring needle (a single-head probe), and comprises an automatic material feeding mechanism, an automatic conveying mechanism, an automatic riveting mechanism, an automatic material discharging mechanism, a carrier backflow mechanism and a control system, wherein the automatic material feeding mechanism comprises an automatic needle tube feeding mechanism, an automatic spring feeding mechanism and an automatic ball head shaft core feeding mechanism; the automatic conveying mechanism comprises a runner, a shifting mechanism and a plurality of carriers; the automatic material discharging mechanism comprises an ejector structure and a material discharging tank; and the carrier backflow mechanism comprises a conveying belt, a carrier lifting mechanism and a carrier dropping mechanism. The full-automatic assembling equipment for the spring needle saves a lot of labor and equipment cost, and guarantees the quality; furthermore, a plurality of products can be produced at one time; the product yield is tens of times that of the conventional manual working mode; and the full-automatic assembling equipment further has the characteristics of light structure, high speed, stable quality, convenience for adjustment, convenience for replacement of models and the like.

Description

technical field [0001] The invention relates to automation equipment technology, in particular to a fully automatic assembly device for pogo pins, which can be used for automatic assembly of double-ended pogo pins (double-ended probes) and single-ended pogo pins (single-ended probes). Background technique [0002] Pogo pins (probes) are mainly used in consumer electronics fields such as waterproof casings for mobile phones, watches, digital cameras, and computers, as well as parts and materials that must be used in the contact and testing stages of electronic components. The market has considerable demand for pogo pins. Pogo pins are divided into double-ended pogo pins (double-ended probes) and single-ended pogo pins (single-ended probes), where the structure of double-ended pogo pins (double-ended probes) is as follows figure 1 As shown, it is composed of a needle tube, a spring and two ball-head shaft cores; the structure of a single-head spring needle (single-head probe) ...

AI Technical Summary

Problems solved by technology

At present, the pogo pin is still manually assembled. The specific operation process is to put the spring into the needle tube, and then install the ball head shaft core on both ends or one end of the needle tube and then rivet it. Because of the elastic force of the spring, the ball head shaft core at both ends or one end of the needle tube will be ejected, so the spring needles cannot be stacked and stored before riveting, and only the process of assembling one riveting and pressing the other is adopted, so that each worker needs to be equipped with a Riveting equipment and jigs required for manual work, and due to the high requirements of the process, skilled workers are required to complete product production more efficiently. This not only increases the difficulty of manufacturing and the production cycle, but also increases The cost of equipment and labor is reduced, so it has the disadvantages of low production capacity and high cost. This kind of manual assembly operation production cannot meet the development trend of high efficiency, high quality and low cost required by mass production.

At present, there is no other better operation mode or automation equipment that can solve the above problems

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