Linkage extrusion type shell stripping mechanism

Abstract

The invention discloses a linkage extrusion type shell stripping mechanism which comprises a floor stand, a feeding part, a distributing part, a transferring part, a metering control part, an extruding part, a discharging part and a driving part. The floor stand is composed of two side plates which are opposite. The feeding part is fixed to the top of one side plate. The driving part is fixed to the outer side of the other side plate. The distributing part, the transferring part, the metering control part, the extruding part and the discharging part are sequentially fixed between the two sideplates from top to bottom. The distributing part and the extruding part are both connected with the driving part. Materials enter the feeding part, the shell stripping operation is completed through the distributing of the distributing part, the transferring of the transferring part, the flow controlling of the metering control part, the extruding stripping of the extruding part and the discharging of the discharging part, and the driving part drives the discharging part and the extruding part to move. The linkage extrusion type shell stripping mechanism is high in continuity, automation degree and stability and has high market application value, production efficiency is improved, labor is saved, and production cost is reduced.

Description

technical field [0001] The invention relates to the field of automation, in particular to a linkage extruding shell stripping mechanism. Background technique [0002] Shelled food materials are not only delicious, but also rich in nutritional value, and are often eaten as snacks in people's daily life. However, the material shells are relatively hard, and it is not very convenient to eat. Existing shell breaking tools are generally hand-held clamping tools such as pliers, and there are many defects in use: one is that the human hand always exerts force in one posture, which will cause fatigue and even pain to the hand after a long time; It is not easy to control the force, and the edible part of the material is often crushed; with the increasing demand, automatic processing becomes necessary, but in the existing technology, it is difficult to form continuous production, and the efficiency is not high, manual participation The degree is large and the production cost is high...

AI Technical Summary

Problems solved by technology

But the material shell is relatively hard, it is not very convenient to eat

Existing shell breaking tools are generally hand-held clamping tools such as pliers, and there are many defects in use: one is that the human hand always exerts force in one posture, which will cause fatigue and even pain to the hand after a long time; It is not easy to control the force, and the edible part of the material is often crushed; with the increasing demand, automatic processing becomes necessary, but in the existing technology, it is difficult to form continuous production, and the efficiency is not high, manual participation High degree, high production cost

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