KR101335691B1 - Pepper Pulverizer - Google Patents

Abstract

"형의 편심날들이 등간격으로 형성되고, 상기 편심날들이 가장자리에 등간격으로 형성된 분쇄판들은 회전축에 등각 회전된 상태로 적층되게 고정되어, 분쇄부의 외벽에 나선의 분쇄로가 형성되어서,
상기 분쇄부의 외벽에 형성된 나선의 분쇄로로 이동한 고추피는 나선의 분쇄로를 따라 하향 이동하면서, 나선의 분쇄로를 형성하는 각 분쇄판의 편심날에 의해 순차적으로 분쇄된 다음, 배출구를 통해 배출되도록 구성한 것을 특징으로 한다.The present invention relates to a pepper mill for pulverizing and discharging hot pepper blood injected into a housing along a hopper at an appropriate particle size at high speed.
In the present invention, the hollow housing is formed with a discharge port in the lower portion; It is configured to include a crushing unit is installed in the hollow of the housing,
The grinding unit, the grinding motor for generating a rotational force; A rotating shaft installed vertically in the hollow of the housing to rotate with a rotational force applied from the grinding motor; And a plurality of crushing plates installed to be stacked on the rotating shaft,
An orthogonal section is formed at an edge of the crushing plate and has a curved cutting section at its outer diameter.

"Eccentric blades of the shape are formed at equal intervals, the crushed plates formed at equal intervals on the edges are fixed to be stacked in a state rotated isometrically on the rotation axis, spiral grinding mill is formed on the outer wall of the crushing unit,
Pepper blood moved to the crushing furnace of the spiral formed on the outer wall of the crushing unit is sequentially crushed by the eccentric blade of each crushing plate forming the crushing furnace of the spiral while moving downward along the crushing furnace of the spiral, and then discharged through the outlet Characterized in that configured to.

Description

Pepper Pulverizer

The present invention relates to a pepper mill, and more particularly, to a pepper mill for pulverizing and discharging pepper blood, which is introduced into a housing along a hopper, at an appropriate particle size at a high speed.

Normally, the dried red pepper is pulverized in a pulverized state through a pulverizing process, and is ingested in a state of being directly mixed with various seasonings or foods.

The pepper mill for crushing the dried pepper is usually made of a form including a pair of pressing rollers that rotate in a close contact state, the dried pepper blood is ground while passing between the pressing roller.

However, pulverization of red pepper blood through the pressing roller is difficult to crush the red pepper blood to the desired particle size at once, and in this field, the first crushed by putting the red pepper blood first among the pressing rollers provided in the red pepper crusher, and then the ground crushed pepper The blood is crushed by re-putting the first and thirdly ground red pepper blood between the pressing rollers.

Therefore, the worker's physical fatigue due to the repetitive dosing of red pepper blood is increased, and the productivity is lowered.

In addition, by the repeated crushing by the pressing roller, the original skin and flavor of red pepper skin is lowered, resulting in a problem of poor marketability.

In particular, even if pepper is repeatedly added to the crushing roller, the red pepper blood does not have an appropriate particle size.If the consumer uses the red pepper blood in this state for the manufacture of condiments such as red pepper paste, Difficult to taste or original flavor.

Therefore, in each household, the crushed red pepper blood is passed through the pressing roller into the mortar, and then repeatedly steamed to obtain a finer red pepper blood, which is very troublesome.

An object of the present invention devised to solve the above problems is to form an improved grinding structure inside the hollow housing, to pulverize and discharge red pepper blood injected into the housing without deterioration of color or flavor due to deterioration. The present invention provides a pepper mill that enables high-speed production of red pepper blood having a required particle size.

The above object is achieved by the following constitutions provided in the present invention.

"형의 편심날들이 등간격으로 형성되고, 상기 편심날들이 가장자리에 등간격으로 형성된 분쇄판들은 회전축에 등각 회전된 상태로 적층되게 고정되어, 분쇄부의 외벽에 나선의 분쇄로가 형성되어서, Pepper grinder according to the present invention,
A hollow housing having a discharge port formed at a lower portion thereof; It is configured to include a crushing unit is installed in the hollow of the housing,
The grinding unit, the grinding motor for generating a rotational force; A rotating shaft installed vertically in the hollow of the housing to rotate with a rotational force applied from the grinding motor; And a plurality of crushing plates installed to be stacked on the rotating shaft,
An orthogonal section is formed on the front surface of the pulverizing plate and a curved cutting section is formed on the outer diameter thereof.

"Eccentric blades of the type are formed at equal intervals, and the crushed plates formed at equal intervals on the edges are fixed to be stacked in a state rotated isometrically on the rotation axis, so that the spiral grinding path is formed on the outer wall of the crushing unit,

Pepper blood moved to the crushing furnace of the spiral formed on the outer wall of the crushing unit is sequentially crushed by the eccentric blade of each crushing plate forming the crushing furnace of the spiral while moving downward along the crushing furnace of the spiral, and then discharged through the outlet It is characterized by the above-mentioned.

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Preferably, the upper part of the crushing unit is disposed with an input plate having the entry blades inclined upwardly to the edge, the input plate is rotated in one direction by the rotation axis while the downwardly attached to the pepper injected into the hollow of the housing through the entry blades It is configured to feed into the grinding mill of the formed spiral.

More preferably, the particle size control plate is disposed in the pulverization unit, and the particle size of the red pepper blood discharged through the pulverization unit is adjusted by changing the interval formed between the inner wall of the housing and the outer wall of the particle size adjusting plate by the diameter of the particle size adjusting plate. .

In addition, linear blades are formed on the inner wall of the grinding furnace at equal intervals, and red pepper blood passing between the inner wall of the grinding furnace and the outer wall of the grinding unit is crushed by the linear blade formed on the inner wall of the grinding furnace and the eccentric blade formed on the grinding piece. And move downward along the helix mill.

As described above, in the present invention, a crushing unit formed by the spiral grinding furnaces is formed on the outer wall in the housing at an equilibrium, and the red pepper blood introduced into the housing moves downward along the spiral grinding furnace, so that It is made to be pulverized finely by.

Therefore, in the present invention, since the pepper blood introduced into the housing is sequentially ground through the eccentric blades forming the grinding mill of the spiral, the pepper blood can be pulverized finely at high speed, and if the linear blades are formed on the inner wall of the pepper Improved efficiency due to the grinding of blood can be combined.

Particularly, in the present invention, the particle size control plate is disposed in the pulverization unit, and the particle size of the red pepper blood discharged in the pulverized state through the pulverization unit is adjusted by the gap formed between the particle size control plate and the inner wall of the housing.

Thus, in order to obtain a red pepper with the required particle size, the operator puts the repetitive red pepper blood into the hopper and pulverizes through the pulverizing part, and then without the cumbersome process of re-putting the pulverized red pepper blood into the pulverizing part through the hopper, Through the input process and the grinding process, it is possible to produce pepper with the required particle size.

1 is a perspective view showing a disassembled and assembled state of a pepper mill proposed in a preferred embodiment of the present invention,
Figure 2 shows a detailed configuration of the housing in the pepper mill proposed as a preferred embodiment in the present invention,
3 is a main configuration diagram showing the assembling state of the crusher in the pepper mill proposed as a preferred embodiment of the present invention,
Figure 4 shows the assembly and coupling state of the housing and the crusher shown in Figures 2 and 3,
5 is a functional state diagram showing the state of grinding the pepper blood through a pepper mill proposed as a preferred embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail the pepper mill proposed as a preferred embodiment in the present invention.

1 is a perspective view showing a disassembled and assembled state of a pepper mill proposed as a preferred embodiment in the present invention, Figure 2 is a pepper mill proposed as a preferred embodiment in the present invention, showing a detailed configuration of the housing 3 is a main configuration diagram showing the assembling state of the crusher in the pepper crusher proposed as a preferred embodiment in the present invention, and FIG. 4 is an assembly and coupling of the housing and the crusher shown in FIGS. 2 and 3. 5 is a functional state diagram showing the pulverized state of the pepper blood through the pepper mill proposed as a preferred embodiment in the present invention.

The pepper grinder 1 proposed as a preferred embodiment of the present invention includes a hollow housing 10 having a discharge port 11 formed at a lower portion thereof, as shown in FIGS. 1 to 5; It is disposed in the hollow (10a) of the housing 10, it comprises a crushing unit 20 for pulverizing finely ground pepper blood introduced into the hollow (10a).

In general, a hopper 13 is installed at the upper portion of the housing 10 to temporarily store red pepper blood and into the hollow 10a of the housing 10, and is discharged at the discharge port 11 formed at the lower portion of the housing 13. The part 30 is installed in communication.

Therefore, as shown in FIG. 5, the red pepper blood introduced into the hollow 10a of the housing 10 through the hopper 13 is pulverized finely while passing through the hollow 10a in which the crushing unit 20 is installed.

Then, the red pepper pulverized finely while passing through the hollow (10a) is discharged to the outside through the discharge port 11 formed in the lower portion of the housing 10, and the discharge portion 30 in communication with the discharge port (11).

In this embodiment, the discharge port 11, which is the discharge path of the ground red pepper blood, is formed on the lower side of the housing 10, and the discharge part 30 is installed in communication with the discharge port 11 of the housing 10. .

The discharge part 30 is formed of a screw 32 that rotates in one direction by receiving a rotational force from the discharge motor 33 to the discharge pipe 31 in a built-in form, the discharge hole (32) by rotating the screw in one direction ( 11) is the form that the red pepper blood introduced into the discharge pipe 31 through the forced discharge.

On the other hand, the crushing unit 20 is installed in the hollow (10a) of the housing 10 to crush the red pepper blood finely injected into the hollow (10a), the grinding motor 21 for generating a rotational force; A rotating shaft 22 installed vertically in the hollow 10a of the housing 10 and rotating by receiving rotational force from the grinding motor 21; And a plurality of crushing plates 23 installed to be stacked on the rotating shaft 22.

Referring to the drawings, the crushed plate 23 laminated on the rotary shaft 22 is pressed by the fixing nut 22a fastened to the upper portion of the rotary shaft 22, and is fixed to the rotary shaft 22 in a state of being in close contact with each other. .

In the present invention, a spiral grinding furnace 20a is formed on the outer wall of the grinding unit 20, and the red pepper blood introduced into the hollow 10a is agglomerated in a process of sequentially passing through the spiral grinding furnace 20a, and Through the crushing process to be finely pulverized so that the discharge port 11 is finally discharged to the bottom formed.

"형의 편심날(23a)들을 등간격으로 형성한다.To this end, in this embodiment, as shown in Fig. 3, at the edge of the crushing plate 23, an orthogonal section 23a-a is formed on the front surface and a curved cutting section 23a-b is formed on the outer diameter. "

"Eccentric blades 23a of the shape are formed at equal intervals.

In addition, the crushing plate 23 formed with the eccentric blades 23a at equal intervals is fixed so as to be stacked on the rotating shaft 22 in an equiangular rotation state, and the grinding plate 23 is formed of the grinding plates 23 stacked on the rotating shaft 22. A spiral grinding furnace 20a is formed on the outer wall of the part 20.

In this embodiment, the three eccentric blades 23a are fixed at equal intervals in the state in which the crushing plate 23 is rotated to the rotating shaft 22 in an equilibrium state, and the outer wall of the crushing unit 20 as shown in Figs. 3 and 4B. Three grinding furnaces 20a are formed in the chamber.

In addition, in the present embodiment, by forming the linear blades 12 on the inner wall of the housing 10 at equal intervals, the red pepper blood passing between the inner wall of the housing 10 and the outer wall of the grinding unit 20 is the housing 10 It is pulverized by the linear blade 12 formed on the inner wall of the) and the eccentric blade 23a formed on the grinding piece 23 to move downward along the spiral grinding path 20a.

In addition, the particle size control plate 26 is disposed in the pulverization unit 20, and the pulverization unit ( 20) The particle size of red pepper blood is discharged to the lower part by grinding while passing through.

That is, when the diameter G between the outer wall of the particle size adjusting plate 20 and the inner wall of the housing 10 is widened by fixing the small particle size adjusting plate 26 to the crushing unit 20, the lower portion of the housing 10 Crushed red pepper blood with large particle size is discharged.

In addition, when the gap G between the outer wall of the particle size adjusting plate 20 and the inner wall of the housing 10 is narrowed by fixing the large particle size adjusting plate 26 to the crushing unit 20, the lower portion of the housing 10 Crushed red pepper blood is discharged into small particles.

Therefore, the pepper mill 1 according to the present invention, in order to obtain the pepper blood having the required particle size, the operator puts the pepper pepper repeatedly in the hopper to grind through the grinder 20, and then the ground pepper blood Without the cumbersome process of re-injection into the crushing unit 20 through the hopper 13, it is possible to produce a pepper having a required particle size through a single input process and crushing process.

On the other hand, in the upper part of the crushing unit 20 is placed an input plate 24 for feeding the red pepper blood introduced into the housing 10 into the grinding furnace 20a of each spiral formed on the outer wall of the crushing unit 20, the crushing unit The discharge plate 23 for discharging the red pepper pulverized finely while passing through the grinding furnace 20a of the spiral through the discharge port 11 is disposed in the lower portion of the 20.

The input plate 24 disposed on the crushing unit 20 has a shape in which the entry blades 24a are inclined upwardly in one direction at the edges as shown in FIGS. 1B and 3A.

In the present invention, as an example, the input plate 24 having three entrance wings 24a formed at equal intervals is fixed to the upper portion of the crushing unit 20.

In addition, the discharge plate 25 disposed below the crushing unit 20 has a shape in which one or more discharge wings 25a are formed at equal intervals, and rotates in one direction by the rotation shaft 22. The discharge wing 25a of the) is moved downward along the crushing furnace 20a of the spiral formed in the crushing unit 20 to laterally move the finely ground pepper blood to be discharged through the outlet 11.

Therefore, when the operator puts the red pepper blood into the hollow 10a of the housing 10 through the hopper 13, the input plate, the grinding plates, and the discharge plate fixed to the rotating shaft by the driving of the grinding motor are in one direction. Rotate

At this time, the input plate 24 disposed on the upper part of the crushing unit 20 is attached to the hollow 10a of the housing 10 through the entry blades 24a formed on the edge downward adhered to the spiral formed in the lower spiral Put pepper blood into the grinding furnace (20a).

Subsequently, the red pepper blood moved to the crushing furnace 20a of the spiral formed on the outer wall of the crushing unit 20 by the feeding plate 24 moves downward along the crushing furnace 20a of the spiral, respectively. By the eccentric blade (23a) formed in the linear blade 12 formed on the inner wall of the housing 10 it is repeatedly agglomerated or crushed into fine particles, and finally moved downward along the crushing mill (20a) of the spiral.

At this time, by the gap (G) formed between the particle size control plate 26 and the inner wall of the housing 10, the particle size of the red pepper blood which is finally discharged in the pulverized state through the grinding unit 20 is adjusted.

Thus, in order to obtain pepper blood having a particle size required by the operator as described above, repetitive pepper blood is put into the hopper and pulverized through the crushing unit 20, and then the pulverized pepper blood is passed through the hopper 13 Without the cumbersome process of re-injecting and crushing the crushing unit 20, it is possible to produce a pepper having a required particle size through a single input process and crushing process.

Then, the red pepper pulverized finely while passing through the crushing furnace 20a of the spiral is moved laterally by the discharge wing 25a of the discharge plate 25 rotated in one direction by the rotary shaft 21 is formed on the side Discharged to the discharge port 11, the pulverized pepper blood discharged through the discharge port 11 is discharged to the outside through the discharge portion (30).

On the other hand, in the present invention, the technical idea according to the present application is utilized for the grinding of red pepper blood, the technical idea according to the present invention can be utilized in the grinding of a variety of foods, such as beans, nuts, which is included in the rights of the present application Will do.

1. Red pepper grinder
10. Housing 10a. Hollow
11.outlet 12.linear blade
13. Hopper
20. Crushing section 20a. Helix Crusher
21. Motor 22. Rotating shaft
22a. Fixing nut 22b. key
23. Crushed plate 23a. Eccentric day
23a-a. Orthogonal section 23a-b. Cutting section
24. Input plate 24a. Wings
25. Drain plate 25a. Discharge wing
26. Grain Size Control Panel
30. Discharge part 31. Discharge pipe
32. Screw 33. Discharge motor

Claims (4)

A hollow housing having a discharge port formed at a lower portion thereof; It is configured to include a crushing unit is installed in the hollow of the housing,
The grinding unit, the grinding motor for generating a rotational force; A rotating shaft installed vertically in the hollow of the housing to rotate with a rotational force applied from the grinding motor; And a plurality of crushing plates installed to be stacked on the rotating shaft,
An orthogonal section is formed at an edge of the crushing plate and has a curved cutting section at its outer diameter.

"Eccentric blades of the type are formed at equal intervals, the crushed plates formed at equal intervals on the edges are fixed to be stacked in a state rotated at an equiaxed rotation on the axis of rotation so that a spiral grinding path is formed on the outer wall of the crushing unit,
Pepper blood moved to the crushing furnace of the spiral formed on the outer wall of the crushing unit is sequentially crushed by the eccentric blade of each crushing plate forming the crushing furnace of the spiral while moving downward along the crushing furnace of the spiral, and then discharged through the outlet Pepper grinder, characterized in that configured to be. According to claim 1, wherein the top of the crushing unit is disposed with an input plate having the entry blades inclined upwardly to the edge, the input plate is rotated in one direction by the rotation axis while the red pepper is injected downward into the hollow of the housing through the entry blades Pepper grinder, characterized in that configured to feed into the grinding mill of the spiral formed in the lower portion. According to claim 1, wherein the particle size control plate is disposed in the crushing portion, by the change in the interval formed between the inner wall of the housing and the particle size control plate outer wall by the diameter of the particle size adjusting plate, configured to adjust the particle size of the red pepper blood discharged through the crushing unit Pepper grinder, characterized in that. According to claim 1, wherein the inner wall of the grinding furnace linear blades are formed at equal intervals, pepper blood passing between the inner wall of the grinding furnace and the outer wall of the grinding unit is a linear blade formed on the inner wall of the grinding furnace and the eccentric blade formed on the grinding piece Pepper mill, characterized in that configured to move downward along the grinding mill of the spiral while being crushed by.

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