Supplementary food milling tool

Abstract

The invention discloses a grinding tool for supplementary food. Food is placed in a bowl, and hot water is poured through a water inlet before grinding to keep the food in the bowl warm. A grinding sleeve of an appropriate size is selected according to the amount of food, and the grinding sleeve is set on a grinding rod. On the top, the rubber gasket can increase the friction between the grinding sleeve and the grinding rod, prevent the grinding sleeve from changing its position, turn the grinding rod to grind the food on the strip-shaped ribs and the ring-shaped ribs, and the bottom of the grinding rod and the bowl body The bottom contacts and grinds the food at the bottom of the bowl, and the side of the grinding sleeve contacts with the side of the bowl and grinds the food at the side of the bowl. Fine grind.

Description

technical field [0001] The invention relates to a food supplement grinding tool. Background technique [0002] Babies generally begin to erupt deciduous teeth at 4-10 months, and the teeth will come out at 20-30 months. Therefore, infant food supplements need to be made according to different time periods, gradually transitioning from muddy to granular. In addition, the production of complementary food is compared according to the amount of food consumed Well, it is inconvenient to store too much, and it may lose nutrients, so some food processors are not practical. To solve this problem, grinding bowls with many structures have been invented in the prior art. The grinding bowls are suitable for quantitatively making food supplements. However, the existing grinding bowls generally only have the function of grinding. During the grinding process, the food cools down quickly, and additional heating is required. The process is very inconvenient. In addition, the grinding finene...

AI Technical Summary

Problems solved by technology

[0002] Babies generally begin to erupt deciduous teeth at 4-10 months, and the teeth will come out at 20-30 months. Therefore, infant food supplements need to be made according to different time periods, gradually transitioning from muddy to granular. In addition, the production of complementary food is compared according to the amount of food consumed Well, it is inconvenient to store after making too much, and it may lose nutrients, so some cooking machines are not practical

To solve this problem, grinding bowls with many structures have been invented in the prior art. The grinding bowls are suitable for quantitatively making food supplements. However, the existing grinding bowls generally only have the function of grinding. During the grinding process, the food cools down quickly, and additional heating is required. The process is very inconvenient. In addition, the fineness of the grinding bowl in the prior art is not enough. In order to achieve the ideal fineness, it takes a long time to grind hard, which is time-consuming and labor-intensive.

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