KR200175638Y1 - Separation a machine corn flour - Google Patents

Abstract

The present invention relates to a grain breaker. The present invention is a case 13, the fitting hole 11 and the through hole 12 formed on the front and rear surfaces, respectively; A cover 14 inserted into the fitting hole 11 of the case 13 and provided with a hopper 15 communicating with the front surface thereof; A sieve 16 provided inside the case 13 and having a plurality of discharge holes 17 formed from a center line region to a lower position; A separation member rotatably provided in the sieve 16; A lower support 30 having a collection guide 31 in communication with the case 13 and having a motor 40 installed therein; And a rotating device 50 provided between the motor 40 and the separating member to rotate the separating member at high speed.

The present invention configured as described above has the effect of preventing fine particles from being entangled with each other by introducing the finely divided grain into the grain dispersing machine with a grinder and rotating it strongly as a separating member.

Description

Grain dismantler {SEPARATION A MACHINE CORN FLOUR}

The present invention relates to a grain disintegrator that reduces the unit density of the pulverized grains, thereby reducing the weight of the grains under the same volume and preventing them from intertwining.

In general, in the mill or wire sales shop, such as grain or stripped grains are put in a grinding roller to change the shape into fine particles (powder) through the grinding process several times. In the milling process of such a grain grinder, it is common that the fine particles are agglomerated and used for their respective purposes or stored.

In the case of rice, wheat, and wire type, it takes a lot of time to mix together the finely divided fine particles in the dough or water and mix with water and knead it to a uniform state. In many cases, the red pepper powder is an important seasoning (additive), which is indispensable in the domestic food culture, but a lot of red pepper powder is agglomerated in the cooked food.

In restaurants, bakers, bakers, and general housewives, who make a lot of products or foods using ingredients from different ingredients, The inconvenience of using the material in a uniform state by sieving the material or by dissolving it in water beforehand and using it in a high state.

The present invention was devised to solve such a conventional problem, and the present invention is to provide a pulverized grain dismantler that prevents fine grains from being entangled with fine grains and seasonings as a pulverizer.

Technical problem of the present invention as described above, the case, the insertion hole and the through hole formed in the front and rear, respectively; A cover inserted into the fitting hole of the case and provided with a hopper communicating with the front surface thereof; A sieve provided inside the case and having a plurality of discharge holes formed at a lower position from a center line region; A separation member rotatably provided in the sieve; A lower supporter provided with a collection guide and communicating with the inside of the case; And a rotating device provided between the motor and the separating member to rotate the separating member at high speed.

The separation member may include a wing housing rotatably provided inside the sieve and a 90 ° interval between the wing housing outer diameters, inclined at the same inclination angle from the axial direction, and protruding gradually away from the axial direction. It is achieved by being composed of wings.

In addition, the separating member is a wing housing rotatably provided in the sieve, and the outer space of the wing housing to maintain a 60 ° interval, inclined at the same inclination angle from the axial direction, and the first to six wings protruding mutually Achieved by All.

And, the rotating device is installed on the lower support, a motor having a motor shaft on one side, a large pulley arranged on the motor shaft, a main shaft on one side of the blade housing inner diameter of the separating member, and the It is achieved by being composed of a small pulley arranged on the other side of the main shaft, and a belt connected between the large pulley and the small pulley to transmit the rotational force of the motor.

1 is a front view according to the present invention grain dismantler.

2 is an enlarged sectional view taken along the line A-A of FIG.

Figure 3a, Figure 3b is an enlarged cross-sectional view of the case and cover according to the present invention grain dismantler.

Figure 4 is an enlarged cross-sectional view of the sieve assembled state inside the case according to the present invention grain dismantler.

Figure 5 is a perspective view showing a separation member according to the present invention grain dismantler.

6 is a development view of the blade is installed in the blade housing of the separating member of FIG.

7 is a cross-sectional view showing a separating member according to another embodiment of the present invention.

8 is an exploded view of a blade installed in the blade housing of the separating member of FIG.

<Explanation of symbols for main parts of drawing>

11: fitting hole 12: through hole

13: case 14: cover

16: sieve 17: discharge hole

20,60: separating member 21,61: wing housing

22-25: 1-4 wings 30: lower support

31: Collection Guide 40: Motor

50: rotating device 51: motor shaft

52: large pulley 53: main shaft

54: pulley 55: belt

62-67: 1-6th Wing

Hereinafter, the configuration of the present invention with reference to the accompanying drawings as follows.

1 is a front view according to the present invention grain dismantler, Figure 2 is an enlarged cross-sectional view of the line A-A of Figure 1, Figures 3a, 3b is an enlarged cross-sectional view of the case and cover according to the present invention grain dismantler, Figure 4 5 is an enlarged cross-sectional view of a state in which a sieve is assembled in a case according to the devise grain dismantler, and FIG. 5 is a perspective view showing a separating member according to the devise crushed grain disassembler, and FIG. FIG. 7 is a cross-sectional view illustrating a separating member according to another embodiment of the present invention, and FIG. 8 is a developing view of a blade installed in a wing housing of the separating member of FIG. 7. 1 to 6, the grain dismantler 1 of the present invention is composed of a main body 10, the lower support 30.

The main body 10 has a fitting hole 11 and a through hole 12 formed at front and rear surfaces thereof, respectively, and a case 13 and a fitting hole 11 of the case 13 which are placed on the upper surface of the lower support 30. A cover 14 inserted into and in communication with the body, a sieve 16 provided in the case 13, and a rotatable inside the sieve 16. It consists of a separating member 20 provided.

In addition, the cover 14 is inserted in communication with the fitting hole 11 of the case 13, and is provided with a hopper 15 communicating with the grains crushed into the case 13 on the front surface thereof. In addition, the sieve 16 is provided inside the case 13, and a plurality of discharge holes 17 are formed from the center line region to the lower position to prevent grain particles from passing through and being blown out of the case 13. do. In addition, the separating member 20 is rotatably provided in the sieve 16.

In addition, the separating member 20 is formed to maintain a circular shape, the wing housing 21 is rotatably provided in the sieve 16, and the first to fourth wings 22 protruding to the outer diameter of the wing housing 21. -25).

In addition, the 1-4 wings 22-25 are maintained at 90 ° intervals on the outer diameter of the wing housing 21, protrude inclined at the same inclination angle from the axial direction, and gradually away from one surface of the wing housing 21. On the contrary, it is formed to protrude gradually from the other surface so that the grain particles do not blow out of the hopper 15. In other words, the grain particles are prevented from flowing back out of the hopper 15.

Alternatively, the lower support 30 is to support the main body 10 stably, the upper plate 32 is provided with a collection guide 31 in communication with the case 13 placed on the upper surface, and the motor ( 40 consists of a lower plate 33 is installed.

In addition, a rotating device 50 is provided between the motor 40 and the separating member 20 to rotate the separating member 20 and supplied into the hopper 15 by the strong wind generated thereby. The grain particles are sucked into the case 13 and passed through the discharge hole 17 of the sieve 16 to be turned over to the collection guide 31.

The rotating device 50 includes a motor 40 installed on the lower plate 33 of the lower support 30, a motor shaft 51 provided at one end of the motor 40, and a large pulley built on the motor shaft 51. 52 and a main shaft 53 which is formed on the inner diameter of the wing housing 21 of the separating member 20 through the through hole 12 of the case 13 and the other side of the main shaft 53. It consists of a small pulley 54, a belt 55 connected between the large pulley 52 and the small pulley 54 to transmit the rotational force of the motor 40.

In addition, the main shaft 53 is rotated by a bearing 57 arranged in the main shaft housing 56 provided on the rear surface of the case 13.

Then, the large pulley 52 and the small pulley 54 are configured such that the rotation ratio is at least two to one to rotate the separating member 20 at high speed.

Meanwhile, as illustrated in FIGS. 7 and 8, the separating member 60 of another embodiment of the grain dismantler 1 is formed to maintain a circular shape, and is rotatably provided in the sieve 16 to be rotatable inside the housing 61. ) And first to sixth wings 62-68 protruding from the outer diameter of the wing housing 61.

In addition, the 1-6 wings 62-67 are maintained at a 60 ° interval to the outer diameter of the wing housing 61, protrude inclined at the same inclination angle from the axial direction, and are formed on the outer diameter of the wing housing 61. , 5 blades (62, 64, 66) and the second, 4, 6 wings (63, 65, 67) are formed to protrude at the same position, respectively.

Referring to the operating state of the present invention configured as described above, as shown in Figures 2 to 4 through the hopper 15 provided on the front surface of the cover 14 of the grains crushed by another grinder (1) It is put in. Then, the appropriate amount of grain particles are introduced into the case 13 through the cover 14 inserted into the fitting hole 11 formed on the front surface of the case 13 of the main body 10 through the hopper 15.

In this state, the motor 40 installed on the lower plate 33 of the lower support 30 is rotated. Then, the motor 40 rotates so that the motor shaft 51 of one side of the motor 40 rotates. At the same time, the large pulley 52 built in the motor shaft 51 is rotated, and the belt 55 connected between the large pulley 52 and the small pulley 54 receives the rotational force of the motor 40 by the small pulley 54. The main shaft 53 built into the small pulley 52 and the wing housing 21 of the separating member 20 is formed in the main shaft housing 56 on the rear of the case 13. It rotates with the rotation force of). At this time, the rotation ratio of the large pulley 54 and the small pulley 52 is at least two to one or more to rotate the separation member 20 at high speed.

Accordingly, a plurality of first to fourth wings 22-25 protruding from the wing housing 21 and the outer diameter of the wing housing 21 rotate inside the sieve 16, and strong wind is generated. The strong wind sucks particles of grain introduced into the case 13 and is discharged through the discharge hole 17 formed in the lower part of the sieve 16. Accordingly, it is discharged to the outside through the collection guide 31 provided on the upper plate 32 of the lower support 30 in communication with the case 13. When the particles of the discharged grains are stored in bags or stools, the particles do not clump together.

At this time, a plurality of ejection holes 17 are formed in the lower portion of the center line of the sieve 16 so that the grains of the grains can proceed only downward, so that the particles are blown upwards unnecessarily upwards. It is easy to clean after using the machine at the same time.

5 and 6, the main shaft 53 inserted in the axial direction is maintained at a 90 ° interval between the first and fourth blades 22-25 of the separation member 20 at the outer diameter of the wing housing 21. Protruding obliquely at the same angle of inclination), gradually away from one surface of the wing housing 21, and protrudingly formed gradually narrowing from the other surface, so that the grain particles flow back out of the hopper 15. Will be blocked.

On the other hand, Figure 7 and Figure 8 shows the separation member 60 of another embodiment of the grain flying (1), the 1-6 wing (62-68) is maintained at 60 ° intervals in the outer diameter of the wing housing 61 It is formed to protrude obliquely at the same inclination angle from the main shaft 53 inserted into the inner diameter, the first, third, fifth wings 62, 64, 66 and the second, fourth, six wings on the outer diameter of the blade housing 61 The 63, 65, and 67 protrude at the same position to prevent the grain particles from flowing back out of the hopper 15.

According to the present invention as described above, the finely divided grains are introduced into the grain disperser with a grinder to strongly rotate as the separating member so that the fine particles do not get tangled together. For example, when the effect of flour is mixed with water when making bread and cookies, the time required for the completion of the dough is shortened. Its uniformity enhances the value of the product, and in the case of sunsik, it can be mixed with water to drink softly without lumps, and in the case of red pepper powder as a seasoning, it spreads evenly over the food to further improve the taste of the food. Let's go.

Claims (4)

A case 13 in which front and rear fitting holes 11 and through holes 12 are formed, respectively; A cover 14 inserted into the fitting hole 11 of the case 13 and provided with a hopper 15 communicating with the front surface thereof; A sieve 16 provided inside the case 13 and having a plurality of discharge holes 17 formed from a center line region to a lower position; A separation member rotatably provided in the sieve 16; A lower support 30 having a collection guide 31 in communication with the case 13 and having a motor 40 installed therein; And A rotation device 50 provided between the motor 40 and the separation member to rotate the separation member at high speed; Grain dismantler, characterized in that consisting of. The method of claim 1, wherein the separating member A wing housing 21 rotatably provided in the sieve 16, 90 ° intervals are maintained at the outer diameter of the wing housing 21, and are inclined at the same inclination angle from the axial direction, and are composed of first to fourth blades 22 to 22 formed to protrude farther. The method of claim 1, wherein the separating member is A wing housing 61 rotatably provided in the sieve 16, 60 ° intervals are maintained at the outer diameter of the wing housing (61), and the grain dismantler comprises 1-6 blades (62-67) which are inclined at the same inclination angle from the axial direction and protrude from each other. The rotating device 50 according to claim 1 or 2, A motor 40 installed on the lower support 30 and provided with a motor shaft 51 at one side thereof; A large pulley 52 arranged on the motor shaft 51; A main shaft 53 having one side built in the inner diameter of the blade housing 21 of the separating member; A small pulley 54 arranged on the other side of the main shaft 53; Grain breaker, characterized in that consisting of a belt 55 is connected between the large pulley (52) and the small pulley (54) for transmitting the rotational force of the motor (40).