Fastening forming method and special fastening machine thereof

Abstract

The invention relates to a meat product processing method and a dedicated device thereof, particularly to a buckle forming method and a dedicated buckling machine thereof. The buckle forming method comprises the following steps: adopting a cam mechanism and a link mechanism in a group to sequentially drive so as to complete clamping, stretching, loosening and the resetting action of a stretching mechanism; and adopting another cam mechanism and another link mechanism to sequentially drive to complete the buckle forming procedure in a punched card machine. The invention also provides a dedicated buckling forming machine. The invention improves the punched card mechanism, a clamping mechanism, a stretching mechanism, a power supply mechanism and a transmission mechanism. The inventive method and machine solve the technical problems in the prior art, including easily detachable buckles during buckling process, complex mechanisms, low working frequency, etc.; and have the advantages of simple mechanisms, low cost, high working frequency, etc.

Description

[0001] The technical field [0002] The invention belongs to a meat processing method and its special equipment, in particular to a buckle forming method and its special buckle machine. Background technique [0003] At present, among the special equipment for meat food, American KP machinery is the earliest, and Japan has improved on the basis of American equipment, and it is divided into two types: KAP and ADP. There is a difference in mechanism, the American KP device uses a U-shaped buckle, while the Japanese device uses a V-shaped buckle. In contrast, Japanese equipment saves more materials. Its filling, forming, and sealing mechanisms are integrated. The equipment includes wire feeding, cutting, forming, push button, sealing, and film cutting mechanisms. The following problems exist: [0004] (1) The structure is complex, the moving parts are large (the weight of the workbench is about several hundred kilograms, and the volume), the working frequency of the equipment is...

AI Technical Summary

Problems solved by technology

[0004] (1) The structure is complex, the moving parts are large (the weight of the workbench is about several hundred kilograms, and the volume), the working frequency of the equipment is generally 60-80 times / min, it is not suitable for high-speed operation, and the power consumption is large;

[0005] (2) The buckle is easy to fall off during the push buckle (station change) process (due to the unreasonable force and position of the push buckle), resulting in unnecessary shutdown (unstable working state);

[0006] (3) The clamping springs (two sets of six) of the pressing clamp (six clamps) in the forming mechanism are prone to fatigue due to high-frequency action, resulting in inconsistent forces on both sides of the aluminum buckle, resulting in irregular shapes of the aluminum buckle changing issues;

[0007] (4) The transmission mechanism connected with the power source adopts a cam-based combination mechanism, which has complex structure, poor operation reliability and high price;

[0008] Most of the domestic equipment adopts the structure of imported equipment. The problems existing in foreign equipment exist in different degrees in domestic equipment. The clamping and stretching actions can only be used for the production of fine-flowing products, and are not suitable for the operation of products with large lumps. Some domestic manufacturers have added tightening on the basis of foreign equipment. And the mechanism of stretching, the defect in the process of pushing and buckling still exists

Images