A feeding system for an intelligent cooking device

Abstract

The invention provides a feeding system of an intelligent cooking device. The system mainly comprises a feeding box, hot-pressing films, a two-dimensional mobile sliding table, a film cutting blade, and a film pricking blade. The upper part and the lower part of the feeding box are sealed or semi-sealed by the hot-pressing films. The two-dimensional mobile sliding table is arranged on the upper part of the intelligent cooking device. The film cutting blade and the film pricking blade are respectively arranged on the two-dimensional mobile sliding table through blade mounting brackets, to realize two-dimensional X-Y motion. The film cutting blade and the film pricking blade are below the feeding box, and motion displacement of the film cutting blade and the film pricking blade covers the whole bottom of the feeding box. The film cutting blade and the film pricking blade are respectively corresponding to solid materials and liquid materials packaged in the feeding box. The system is advantaged in that the upper part and the lower part of the feeding box are provided with the hot-pressing films, being beneficial for sealing, fresh retaining, and transportation, the system is simple in operation, and film cutting and film pricking are fully automatic and manual intervention is not needed, effectively reducing labor intensity of operators, and the system is high in automatic degree, and the feeding box is convenient to recycle and treat, and a user does not need to clean the related feeding box and mechanisms.

Description

technical field [0001] The invention relates to the field of intelligent cooking equipment, in particular to a feeding system of an intelligent cooking device. Background technique [0002] Intelligent cooking equipment is a kind of intelligent cooking equipment. In the existing automatic cooking equipment, the feeding of materials is done manually, that is, relying on the operator to manually feed according to the requirements. This method is labor-intensive and cannot be guaranteed. Precise feeding; there are many ways to implement automatic feeding, and the commonly used schemes are: 1. The materials are divided into multiple material boxes, and the materials are fed into the pot in batches according to instructions through corresponding moving, rocker and other components; 2. The multi-grid material box is reversely buckled into the feeding mechanism. The feeding mechanism has corresponding opening and closing doors, and the feeding is carried out in batches according to...

AI Technical Summary

Problems solved by technology

[0002] Intelligent cooking equipment is a kind of intelligent cooking equipment. In the existing automatic cooking equipment, the feeding of materials is done manually, that is, relying on the operator to manually feed according to the requirements. This method is labor-intensive and cannot be guaranteed. Precise feeding; there are many ways to implement automatic feeding, and the commonly used schemes are: 1. The materials are divided into multiple material boxes, and the materials are fed into the pot in batches according to instructions through corresponding moving, rocker and other components; 2. The multi-grid material box is reversely buckled into the feeding mechanism. The feeding mechanism has corresponding opening and closing doors, and the feeding is carried out in batches according to relevant instructions.

[0003] The above-mentioned automatic feeding scheme 1 is an open-type material box, which needs to be prepared and used immediately, which is not conducive to standardized production and logistics transportation; scheme 2 is suitable for the standardized production and transportation of ingredients, but it needs to be manually torn open before putting into the material box , the user experience is poor, and the feeding mechanism is large in size and complex in structure

The above two schemes all have problems such as cleaning difficulties

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