A continuous and rapid unloading device for chain plate automatic processing production line

Abstract

The invention discloses a continuous fast feeding device for a link plate automatic processing production line. The continuous fast feeding device comprises a working platform. A lower mold is mountedat the working platform. Mold cavities are uniformly formed in the lower mold in an array mode. Openings arranged at intervals are formed in two sides of the working platform outside the lower mold.Liftable conveying rods are respectively mounted in the openings. A movable upper mold and a material fetching mechanism are arranged above the working platform. Pressing heads being in corresponding-fit with the mold cavities of the lower mold are arranged at the lower end face of the upper mold in an array mode. The material fetching mechanism comprises a material fetching plate. Suction cups being in corresponding-fit with the mold cavities of the lower mold are arranged on the lower end face of the material fetching plate in an array mode. Movement of the upper mold and the material fetching mechanism is driven by the same one lead screw. A material collecting box is arranged on the outer side of the working platform on the corresponding side of the material fetching mechanism. The physical design is reasonable, feeding and fetching are convenient, fast and accurate, dislocation and material leakage do not occur, steel belt conveying is convenient after material fetching, and requirements of mass processing and producing are met.

Description

Technical field: [0001] The invention relates to the field of chain production and processing, and mainly relates to a continuous rapid unloading device for a chain plate automatic processing production line. Background technique: [0002] With the development of mechanical automation, the application of transmission chain transmission is becoming more and more extensive. Most of them are composed of five small parts: inner chain plate, outer chain plate, pin shaft, sleeve and roller. There are several inner chains on each transmission chain. Composed of chain plates and outer chain plates, its demand is relatively large, and in its mass production, the traditional simple stamping die form is difficult to meet the needs of efficient and rapid production, so it needs to be improved, and in the traditional form In stamping, most of them are transported together with the tape, and then collected by dropping, there will be some material leakage, or a simple retrieving mechanism ...

AI Technical Summary

Problems solved by technology

[0002] With the development of mechanical automation, the application of transmission chain transmission is becoming more and more extensive. Most of them are composed of five small parts: inner chain plate, outer chain plate, pin shaft, sleeve and roller. There are several inner chains on each transmission chain. Composed of chain plates and outer chain plates, its demand is relatively large, and in its mass production, the traditional simple stamping die form is difficult to meet the needs of efficient and rapid production, so it needs to be improved, and in the traditional form In stamping, most of them are conveyed together with the tape, and then collected by falling, there will be some material leakage, or a simple retrieving mechanism is set up, which is not synchronized with the operation of the upper die, adding additional control, and there will be problems in the stamping process. A certain force will make it inconvenient to take out the material and convey the steel strip after stamping, which cannot meet the requirements of mass processing and production

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