Material cutting push device of candy molding machine

Abstract

The invention discloses a material cutting push device of a candy molding machine. The device comprises a transmission shaft seat; a transmission shaft is rotatably arranged in the transmission shaft seat; the shaft end of the transmission shaft is fixedly connected with a cutting disc; a plurality of cutting tool bits are evenly distributed on the surface of the cutting disc; a sliding groove is formed between every two adjacent cutting tool bits along the radial direction of the cutting disc; each sliding groove is internally connected with a push sliding block in a sliding way; each push sliding block is connected with a working surface of a cutting cam in a contacting way by a roller wheel arranged on the push sliding block; a material containing groove is formed between every two adjacent cutting tool bits along the circumferential direction of the cutting disc; arc-shaped material guide seats are arranged under the cutting disc at intervals. The material cutting push device of the candy molding machine not only is reasonable in structure, stable in material input and high in production efficiency, but also is compact in structure and simple in transmission.

Description

technical field [0001] The invention relates to a candy forming machine, in particular to a material cutting and pushing device used in the machine, which can cut material strips and push them to the forming cavity of the machine. Background technique [0002] In recent years, with the improvement of people's food consumption level, the choice of candy no longer only focuses on its edibility, and the ornamental quality of candy is also favored by people. In order to produce products with beautiful appearance and stimulate consumers' consumption desire, candy The special-shaped handle-shaped candy produced by the manufacturing company has adapted to the needs of consumers and is very popular in the market. There are no more than two ways for current candy manufacturers to make special-shaped handle-shaped candies. One is to manually put the pre-divided sugar granules into manual molds for pressing and molding, and the other is to automatically cut and transport materi...

AI Technical Summary

Problems solved by technology

Among the two methods, the former manual operation method is not only time-consuming and labor-intensive, but also has low production efficiency, and it is difficult to avoid direct contact between human hands and sugar during manual operation, which can easily cause pollution to sugar, cause food safety hazards, and reduce production efficiency. Low food hygiene and safety are difficult to guarantee; the latter method of machine granulation and automatic stamping, although it overcomes the defects in manual operations, the production efficiency is significantly improved, and hygiene and safety are guaranteed, but the current machine is in practice.

[0003] There are still some deficiencies in the application: on the one hand, because the feeding into the molding cavity of the machine is pushed into the rotating molding cavity by the chain-type feeding mechanism with the fixed outlet, this kind of feeding from the fixed outlet to the moving cavity The feeding method of feeding will be affected by physical factors such as block shape, gram weight, size, etc., and the material discharging speed and direction will change randomly, so that all the fed materials cannot be accurately entered into the molding cavity. The phenomenon of material and material jamming occurs from time to time, which not only causes waste of materials, but also material jamming on the edge of the cavity will also cause the subsequent processes of forming, inserting rods, sealing and other processes of the machine to fail to operate normally. In serious cases, it is necessary to stop and clean. It greatly restricts the production efficiency, and at the same time, it adds unnecessary troubles to the machine operators. There are defects such as unreasonable structure, unstable material delivery, and low production efficiency; They are all independently set up. In actual operation, the cutter mechanism cuts the material strips into pellets, and the chain conveying mechanism transports the pellets to the discharge port and puts them into the molding cavity of the machine. Although the separate arrangement of the material transport mechanism can realize the cutting and transport of the material strips, its structure is scattered, which takes up a large space of the machine, and the transmission system is relatively complicated. Shortcomings of compactness and complex transmission

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