KR20190120857A - Mixer ball device for crusher - Google Patents

Abstract

The present invention relates to a mixer ball for a grinder for finely grinding grains and the like. More particularly, the present invention is characterized by a high particle size powder apparatus which is easy to disassemble and assemble by installing a fixed bottom disk mixer groove and a rotary mixer hemisphere in a simple structure and which, in particular, fixes the rotary blade to the mixer ball and the hemisphere to improve the high-speed impact grinding effect and improves the grinding efficiency and the discharge efficiency of the grains such as raw soybeans through the grinding effect by the friction of the mixer groove and the embossing at the bottom of the mixer ball.

Description

Mixer ball device for crusher {Mixer ball device for crusher}

The present invention relates to a pulverizing mixer ball for finely grinding raw soybeans that are not ground in grains and general mixers, and crushing of the power ball hemisphere integrated with the upper fixed rotary blades by crushing to maximize efficiency and discharge efficiency. The present invention relates to a power ball device for a high-density grinder composed of a projection ball and a fixed power groove at the bottom to minimize grinding load even at a low speed.

Generally, mills for grinding grains are disclosed in the patent.

Such a pulverizer is known to have various techniques for finely pulverizing a ground material such as food by the rotational force of the pulverizing blade while rotating at a high speed with the rotational force of the driving motor. There is also a method of grinding grains into fine particles by the convex-convex protrusions and the concave-convex grooves formed to face each other of the rotary millstone.

However, until now, many people have made trial and error and failure in order to make food soybean into micropowders by dry powder.

It is difficult to crush due to the mutual entanglement caused by the heat generated during the grinding process by the large amount (20%) of fat and protein and water content in soybeans. It has been applied to make tofu or soybeans by crushing with rag or crepe in order to obtain the necessary slurry type after grinding by grinding method.

Relying on such a grinding method by wet method, bioactive substances and nutrients contained in abundant soybeans have been socialized as the main culprit of environmental pollution due to the generation of waste (busy) and wastewater.

In addition, the high-quality fiber and the embryo, which is a material for pharmaceuticals, are disposed of as all wastes, resulting in high economic losses, and the development of a device that can pulverize them dry.

According to the conventional mixer configuration, there is a method in which only the rotary blade is operated and a disk is operated, which causes a problem of being bent or broken by the pressure when crushing the granular material supplied. Therefore, in this case, since the pressure biased to the rotation of the rotating body acts, not only excessive load is generated in the operation of the mill, but also smooth and even grinding is not achieved.

In order to solve the above problems, the present invention was devised as a ball ball of hemispheres to solve the above problems, and an object of the present invention is to pulverize the first in a process in which food is flowed into a fixed power groove hemisphere and crushed in a second process. And it provides a high-density grinder device that can be ground in a groove inside the power groove to discharge food in a short time.

The configuration of the present invention for achieving the above object, the rotating shaft 110 connected to the motor and the rotary blade 121 which is the upper plate and the power hemisphere ball 120, a fixed lower power groove 130 and the power groove It is composed of a fixing ring for fixing the 140 and characterized in that it is configured and formed inside the mixer.

The rotational force of the hemisphere ball, which is a rotary blade and a bundle, and the crushing force of the hemisphere ball by the frictional force between the lower protrusion and the power groove are pulverized and supplied into the form of fine particles. It should be well partitioned into the crushing space and the sorting space so that the granular material is crushed and crushed by the rotary groove into the fixed power groove of the lower plate, and the fixed ring is fixed to the bottom of the power ball so that the crushed material flows over the sorting space. Light grooves are to be sucked through the grooves and heavy materials should be provided with a high-density grinding device to facilitate secondary complete grinding by the friction and grinding forces of the lower shaft power grooves and the protruding balls and grooves at the bottom of the power ball.

According to the grain grinder having the above configuration, the material that is crushed by the first upper plate grinding blades and grinding grooves moved to the edge of the rotating plate is excavated at the center of the ball and the fixed groove protruding from the bottom of the secondary power ball through the grinding fixing grooves By grinding finely by friction with the grooves there is an effect that the food is crushed and discharged within a short time.

1 is a three-dimensional state diagram of a mixer ball for a grinder, such as grain according to the present invention,
Figure 2 is a perspective view showing a power ball in a mixer ball for a grinder, such as grain according to the present invention;
Figure 3 is a mouth, side, rear view of the power ball in the mixer ball mill grinder of Figure 2,
Figure 4 is a perspective view of the power groove in the mixer ball mill grinder according to the present invention
Figure 5 is a mouth, side, rear view of the power groove in the mixer ball mill grinder of Figure 2
Figure 6 is a side view of the mixer ball mill grinder according to the invention
Figure 7 is a coalescing diagram of the power ball and shaft in the mixer ball mill grinder according to the invention
8 is a coalescing diagram of the mixer ball mill grinder according to the invention

Hereinafter, with reference to the accompanying drawings it will be described in detail grain mill according to a preferred embodiment of the present invention.

As shown in Figure 1 and 2, the mixer ball for a fine grinding mill according to the present invention is a hemisphere ball 120 that is a bundle of a rotary shaft 110 and the top of the rotary blade 121 and the plate connected to the motor 120 ), Consisting of a fixed lower plate power groove 130 and a fixing ring 140 for fixing the power groove, including the inside of the mixer.

It is formed in the shape of a groove under the combined rotary blade 121 of the rotating upper plate formed with a plurality of coupling rotary grooves 122 are formed in a straight line shape from the center to the hemisphere 120 is coupled to the rotation axis in the center At the bottom of the power ball, protrusion-type small balls 123 each strengthen the grinding hemisphere lower rotational friction force, and the lower portion of the fixed lower power groove 130 is composed of a myriad of holes 132, and the grains are broken from the top. The crushed material gathered to the bottom while being crushed by the friction ball (power ball) 120 and the friction hole (power groove) 130 is composed of a device for grinding and grinding.

Accordingly, the secondary crushed material is configured such that the pulverized material is discharged to form a certain size by the centrifugal separation by rotation through the groove of the lower end of the power groove 11 of the main body constituting the mixer device 10. .

In addition, the fixing ring 140 is to be in close contact with the power ball to seat the power groove. The fixing ring 140 is formed to a thickness that cannot be prevented from being deformed, and the upper power ball and the lower fixing through the fixing ring groove. The crushed material is introduced between the power grooves, and the crushed material is discharged through the holes 132 of the power grooves through the secondary crushing.

The rotating shaft connected to the power ball bundle is rotated at low speed to minimize noise while the grains are crushed by the strong power of the rotation, and then bounced out of the adjustment ring by the rotational reaction force, and then back into the gap between the power hemisphere ball and the power hemisphere groove. It is the method that is discharged through the hole between the power hemisphere grooves as it is crushed into the secondary.

The present invention as described above has been described with reference to one embodiment shown in the drawings, but this is only an example and those skilled in the art that various modifications and equivalent other embodiments are possible therefrom. I will understand. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

100: mixing bowl body 110: mixer ball rotating shaft
111: axis of rotation 120: power ball body
121: powerball spinning blade 122: powerball spinning
123: power ball protruding ball 130: power groove body
131: power groove fixing groove 132: power groove friction discharge groove
133: rear of the power groove 140: power retaining ring
141: fixing ring discharge hole 142: lower end of the fixing ring

Claims (4)

Rotating blade and slicing top mixer mixer are integrated into one piece. The lower part of the rotating hemisphere is composed of rugged projection balls that engage the fixed mixer groove and evenly grind the crushed grains on the rotating top plate. The high power grinder, characterized in that the rotating power ball is attached to a bundle so that it can grind grains stronger than the rotary blade of a general mixer, and the fixed mixer groove at the bottom is composed of a power discharge groove for discharging the ground grains. Mixer Ball Device. The method of claim 1,
The top plate mixer ball and the bottom plate fixed mixer groove is rounded up and down the hemisphere, and the grains are ground due to the friction between the bottom plate fixed mixer groove and the crushing projection ball of the rotary power ball protrusion. Mixer device for a grinder characterized by the loss. The method of claim 1,
The fixed mixer groove is a grinder mixer ball device, characterized in that the role of grinding the grinding wheel with the crushing projection of the rotating power ball while also serving as an outlet for discharging grain. The method of claim 1,
The rotating upper grinding device and the lower fixed grinding device is a defect in one bundle, the mixer ball device for a grinder, characterized in that consisting of the discharge groove and the discharge fixing ring.

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