A solid material feeding system for an intelligent cooking device

Abstract

The invention provides a solid material feeding system for an intelligent cooking device, which relates to the field of intelligent cooking equipment, and includes a material box and a film rolling mechanism. The film rod is stuck into the card slot provided at the bottom of one side of the material box, and the end of the film rolling rod is provided with a slot; the film rolling mechanism consists of a support, a driving motor installed on the support, and a driving gear installed on the drive motor shaft. 1. A driven gear meshed with the driving gear, and a pin installed on the driven gear. The pin of the film rolling mechanism is matched with the slot on the film rolling rod of the material box. The invention has simple structure and low production cost; the fresh-keeping film is hot-pressed with a single-layer film, which is simple and reliable, and is not easy to be damaged during transportation; the single-layer film structure has a small volume of film rolling, and the movement control of the film rolling rod is more reliable; the movement is stable and the precision is high; The limit structure is ingenious, the structure is simplified, the overall structure is light, and the work is reliable; the material box is easy to use and recycle, and is suitable for mass production.

Description

technical field [0001] The invention relates to the field of intelligent cooking equipment, in particular to a solid material feeding system of an intelligent cooking device. Background technique [0002] Intelligent cooking device is a kind of intelligent cooking equipment. The current intelligent cooking equipment materials delivery methods on the market mainly include the following: (1) The pot body moves to the receiving position, and the material box pours materials into the pot, that is, the material box The position is relatively fixed, and the material can be turned and dumped around the axis; (2) the pot body does not move at the fixed position, and the material box is transferred to the position of the pot body through the conveying mechanism for material dumping; (3) the material box is located above the pot body, that is, the pot body The position of the material box is relatively fixed, and the material box is opened and closed by the opening mechanism to carry ...

AI Technical Summary

Problems solved by technology

[0003] The mechanisms of the (1) and (2) material delivery methods are relatively complicated, and have high requirements for the reliability of the control system and mechanical structure

The (3) material feeding method is relatively simple, and it is easy to ensure the accuracy of feeding, but the existing feeding device or system cannot realize the accurate feeding of solid materials in batches, and the material box cannot be recycled and reused

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