Feeding system of intelligent cooking device

Abstract

A feeding system of an intelligent cooking device comprises a mounting plate, wherein an accommodating port is located in the middle of the mounting plate, a feeding box is arranged at the accommodating port, linear guide rails are mounted on the bottom surface of the mounting plate and arranged on two sides of the accommodating port, sliders are arranged on the linear guide rails respectively, motor mounting seats are fixed on the sliders and provided with direct current motors provided with worm gear reducers, direct current shafts on two sides are connected with a film winding drum, a slot is machined in the film winding drum, shielding pins are fixedly mounted at ends, close to the direct current motor shafts, of the film winding drum, a reset spring rope is mounted at an initial end of the film winding drum, limiting touch switches are arranged at two ends of the linear guide rails, and position sensors are mounted in corresponding positions of all grids of the feeding box. The feeding system is good in user experience, adopts the simple mechanism and is high in reliability and convenient to maintain; feeding box packaging is applicable to standardized factory production and the cost is low.

Description

technical field [0001] The invention relates to the technical field of smart home, in particular to a feeding system of a smart cooking device. Background technique [0002] At present, the feeding methods of automatic cooking equipment that have been launched on the market are divided into manual-assisted boxing feeding and machine automatic feeding. Manual assisted feeding is labor-intensive for the operator, and it is impossible to guarantee the accurate feeding of ingredients each time; automatic feeding by machine needs to package the ingredients in the factory, and then transport them to the site to dump the multi-grid boxes to the feeding mechanism of the equipment. In the corresponding grid, the door of the corresponding grid is opened and closed by command control, and the material is fed in batches, which is not fully automatic. [0003] Whether it is automatic machine feeding or manual on-site auxiliary feeding, if too much human intervention is required, the exp...

AI Technical Summary

Problems solved by technology

Manual assisted feeding is labor-intensive for the operator, and it is impossible to guarantee the accurate feeding of ingredients every time; automatic feeding of machines needs to package the ingredients in the factory, and then transport them to the site to dump the multi-grid boxes into the feeding mechanism of the equipment. In the corresponding grid, the door of the corresponding grid is opened and closed through command control, and the material is fed in batches, which is not fully automatic

[0003] Whether it is automatic machine feeding or manual on-site auxiliary feeding, if too much human intervention is required, the experience will be poor, which is not conducive to popularization and use

If the cooking equipment needs a set of corresponding feeding mechanism, it will obviously increase the volume of the equipment, make the structure complex, high cost, and not conducive to cleaning and maintenance

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