Full-automatic thin pancake producing device

Abstract

The invention relates to the technical field of food baking machines, and provides a full-automatic thin pancake producing device which comprises a steel band, a fixed machine frame and a roll mark forming device. The roll mark forming device comprises a roll mark mold located on the steel band of the full-automatic thin pancake producing device and provided with a central containing cavity, a mold driving part and a plurality of forming grooves, a roll mark inner barrel contained in the central containing cavity and provided with a central pin shaft located at one end and a demolding groove axially located in the circumference, and a mold driving mechanism connected with the mold driving part. The mold driving mechanism is arranged in the mode that the mold driving part can drive the roll mark mold to rotate so that the linear speed of the outer edge, attached to the steel band, on the roll mark mold can be the same as the linear speed of the steel band. A central hole is formed in the mold driving part so that the central pin shaft can penetrate through the central hole. The roll mark inner barrel is fixed to the fixed machine frame of the full-automatic thin pancake producing device through the central pin shaft and installed in the mode that the demolding groove covers the tangent line of the roll mark mold and the steel band. The full-automatic thin pancake producing device is simple in structure, convenient to detach and wash, free of mechanical abrasion, beneficial to demolding and free of adhesion.

Description

technical field [0001] The invention belongs to the technical field of food production, and in particular relates to fully automatic pancake production equipment. Background technique [0002] In the food baking industry, the tunnel-type steel belt furnace has begun to be popularized, but there are few supporting devices such as forming devices and demoulding devices, and the current supporting devices cannot solve the problem of synchronous continuous production and production efficiency. Low. specifically: [0003] 1. Although there are different solutions in the industry to make and shape pancake products directly on the steel belt, the structural design is relatively cumbersome, and the equipment is very difficult to disassemble and wash, and there is no solution and matching tunnel type. Synchronous follow-up problem of steel belt oven; [0004] 2. At present, the main demoulding device is to attach the edge of the scraper to the steel belt, and scrape the product fr...

AI Technical Summary

Problems solved by technology

[0003] 1. Although there are different solutions in the industry to make and shape pancake products directly on the steel belt, the structural design is relatively cumbersome, and the equipment is very difficult to disassemble and wash, and there is no solution and matching tunnel type. Synchronous follow-up problem of steel belt oven;

[0004] 2. At present, the main demoulding device is to attach the edge of the scraper to the steel belt, and use the power of the steel belt to scrape the product from the steel belt. Although this method is simple, it cannot realize the synchronization of the entire line of products such as pancakes. Detachment, unable to realize synchronous and continuous automatic production with the steel belt;

[0005] 3. At present, in the food baking industry, it is often the design concept of a four-bar mechanism to realize the flipping of pancakes. The food is scooped up and turned over. Although this method can realize the flipping of the food, this structural design is not practical. It is often easy to make mistakes in the process, especially for those foods with extremely thin thickness

Images