Foodstuff processing machine pulping capacity determination device

Abstract

The embodiment of the invention discloses a foodstuff processing machine pulping capacity determination device; the foodstuff processing machine comprises a water tank and a water level detection unit; the water level detection unit comprises a floater unit and a plurality of reed pipes adjacent to the floater unit and arranged in sequence in the vertical direction; the floater unit comprises a floater, and a bar-shaped magnet is arranged in the floater; the pulping capacity determination device comprises the water level detection unit and a main control unit; the main control unit is used fordetermining the present water level of the water tank according to the switch state changes of different reed pipes or different switch state change combinations of the plurality of reed pipes, and determining the pulping capacities that can be selected by the user according to the water tank present water level. The pulping capacity determination device can use the reed pipes and the floater todetect different water levels for different pulping capacities, and can recommend different pulping capacities for the user according to different water levels, thus improving the user experiences andthe foodstuff processing performance; the pulping capacity determination device is low in cost, and can improve the product competitiveness.

Description

technical field [0001] The embodiment of the present invention relates to cooking equipment design technology, in particular to a device for determining pulping capacity of a food processor. Background technique [0002] At present, the water level detection and flow detection of the food processing machine have always been common technologies. The two detections are generally separated. The water level detection of the water tank can be detected by using a reed switch and a float, while the flow detection is generally carried out by a flow meter. The above scheme Although the problem is solved to a certain extent, there are also defects. The existing reed switch water level detection can generally only realize a single water level detection, that is, only a fixed water level can be detected, and all functions can only use a unified water level line. It is impossible to realize different water level detection of pulp capacity, and it is impossible to recommend different pulp...

AI Technical Summary

Problems solved by technology

[0002] At present, the water level detection and flow detection of the food processing machine have always been common technologies. The two detections are generally separated. The water level detection of the water tank can be detected by using a reed switch and a float, while the flow detection is generally carried out by a flow meter. The above scheme Although the problem is solved to a certain extent, there are also defects. The existing reed switch water level detection can generally only realize a single water level detection, that is, only a fixed water level can be detected, and all functions can only use a unified water level line. It is impossible to realize different water level detection of pulp capacity, and it is impossible to recommend different pulping capacity to users according to different water levels; using the existing flow meter scheme to detect flow, the cost is too high, which increases the cost of the whole machine and reduces the competitiveness of the product

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