Reciprocating type vibrating feeder

Abstract

The invention discloses a reciprocating type vibrating feeder. The reciprocating type vibrating feeder consists of a vibrating body, a reciprocating type feeding box and a feeding sorting track, wherein the reciprocating type feeding box is driven by the vibrating body to simultaneously feed materials in two reciprocating directions, and the reciprocating type feeding box finally conveys productsfrom low to high to the feeding sorting track; in the feeding sorting track, the products are subjected to height rejection sorting, width rejection sorting, reverse rejection sorting and double-layerrejection sorting, finally the single-layer products which meet the specified sizes and are correct in direction are output, and the products are conveyed out in a row continuously and orderly; the feeding sorting track consists of a front section, a middle section and a rear section; the front section is provided with a quick-change material groove, the middle section is provided with a quick-change material sorting track, and the rear section is provided with a quick-change linear track; and the three sections can be quickly changed to adapt to conveying the products with different sizes, the practicability is high, the effect of multi-purposes is achieved, the purchasing cost of the reciprocating type vibrating feeder is greatly reduced, and the space occupation is reduced.

Description

technical field [0001] The invention relates to the technology in the field of precision mechanical equipment, in particular to a reciprocating vibrating feeder that can be used for multiple products in one machine and sort out products with correct postures for arranging and discharging. Background technique [0002] The reciprocating vibrating feeder is a kind of feeding equipment, which can arrange and orderly arrange the messy parts and products to the next process. [0003] Such as Figure 8 The hardware shown is an important component inside the motor, the hardware is a hollow cylinder with gapped teeth at one end. Since the length, width, and height of such hardware are different, and there are positive and negative directions during installation, traditional feeders cannot automatically feed such hardware in a specific direction. If the traditional feeding machine is directly used, once the direction of the hardware is wrong, the size does not match, or the material...

AI Technical Summary

Problems solved by technology

Since the length, width, and height of the hardware are different, and there are positive and negative directions when installing, the traditional feeder cannot automatically feed the hardware in a specific direction.

Directly use the traditional feeder, once the direction of the hardware is wrong, the size does not match, the material is stacked, etc., there will be a problem of product inversion, resulting in product scrap and low yield

[0004] In addition, each traditional feeder is designed for products of a specific size, and can only deliver one type of product for a lifetime, which is very single

If a larger size product needs to be conveyed, it will be stuck in the material channel and cannot be sent out, while a smaller size product cannot complete the sorting function

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