Grinder

Abstract

The invention relates to a grinder, which includes a grinding mechanism and a driving mechanism for driving the grinding mechanism. The grinding mechanism includes a first grinding core, a second grinding core and a pushing structure. The driving mechanism is connected to the first grinding core, the second grinding Core and pushing structure, the grinding surface of the first grinding core and the grinding surface of the second grinding core rotate relatively, and drive the pushing structure to move up and down. The grinder of the present application moves up and down through the pushing structure and moves to the vicinity of the grinding surface of the dynamic grinding core and the grinding surface of the static grinding core, and the pushing structure continuously pushes materials to the grinding surface of the dynamic grinding core and the grinding surface of the static grinding core In between, the moving grinding core and the static grinding core rotate relatively to grind the materials therebetween, so the grinder of the present application can effectively solve the grinding problem of oily materials, and the grinder of the present application has good grinding efficiency.

Description

technical field [0001] The invention relates to the technical field of material grinding, in particular to a grinder. Background technique [0002] At present, the grinder used to grind general materials relies on the weight of the material itself to continuously enter the grinding surface to achieve the effect of grinding and crushing. However, when it is used to grind oily materials, after grinding for a period of time, the oily materials being ground will become viscous and stick to the surface. At the same time, the bonded material may accumulate outside the grinding surface, so that the grinder cannot continue to grind the material. [0003] Although the grinder disclosed in WO2015138972 has a mechanism capable of axial movement, the mechanism is far away from the grinding surface and cannot solve the above problems. Another example is in the patent of CN201110339395.4, although the disclosed grinder has a spiral push rod, when the oily materials are bonded together an...

AI Technical Summary

Problems solved by technology

[0002] At present, the grinder used to grind general materials relies on the weight of the material itself to continuously enter the grinding surface to achieve the effect of grinding and crushing. However, when it is used to grind oily materials, after grinding for a period of time, the oily materials being ground will become viscous and stick to the surface. At the same time, the bonded material may accumulate outside the grinding surface, so that the grinder cannot continue to grind the material

[0003] Although the grinder disclosed in WO2015138972 has a mechanism that can move axially, the mechanism is far away from the grinding surface and cannot solve the above problems

Another example is in the patent of CN201110339395.4, although the disclosed grinder has a spiral push rod, when the oily materials are bonded together and the screw space is blocked, the grinder cannot continue to grind the material

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