KR101999095B1 - Apparatus for separating unpolished head rice using chute - Google Patents

Abstract

The present invention relates to an apparatus for sorting whole brown rice using a chute, comprising a first bucket elevator (10), a main body (20), and a second bucket elevator (30), wherein the main body (20) is arranged between the first bucket elevator (10) and the second bucket elevator (30). According to the present invention, whole brown rice in a complete form can be sorted.

Description

{APPARATUS FOR SEPARATING UNPOLISHED HEAD RICE USING CHUTE}

The present invention relates to a method of separating a stone by separating a stone by separating the stone by connecting the chute of the thickness separator to a brown stone making machine for separating the stone from the brown rice, The present invention relates to a complete brown rice sorter using a chute capable of sorting whole brown rice of a perfect type by separating the immature lip and the wax contained in the brown rice from the brown rice in the process of passing the brown rice through the chute of the thickness separator.

Korean Patent No. 10-1430990 (registered on Aug. 11, 2014), "Integrated Compact Rice Mill" is introduced.

The integrated compact rice mill described above is installed so as to be integrated in a paddy housing having a predetermined space for a rice hound, a brown rice separator, a stone separator, a rice grit separator, a rice grit separator, a brown rice separator, Wherein the rice bowl is disposed on a lower side of the center of the canned housing, the rice bowl is disposed on a lower side of the center of the canned housing, A first bucket elevator for moving the rice to the inside of the canning housing is installed at one side of the canning housing, and a mixture discharged from the canister is placed between the canister and the brown rice separator, And a second bucket elevator is provided between the stone pedal and the polishing machine, And a third bucket elevator for transferring the brown rice separated from the stonewashing machine to the rice mill, wherein the rice hanter is spaced apart from the brown rice case so as to peel off the rice husk from the rice, wherein the interval is 0.4 mm or more and 0.6 mm or less A pair of rubber rollers, a driving motor for rotating the pair of rubber rollers, and an air blower for blowing air into the brown rice case, wherein the interval between the pair of rubber rollers satisfies 1/2 of the thickness of the rice Wherein the brown rice separator comprises a brown rice separating plate capable of vibrating in a mounting case for separating brown rice and rice bran from the mixture, an eccentric separating plate fixed to the crank shaft of the mounting case for vibrating the brown rice separating plate, And an operating lever for adjusting the angle of the brown rice separating plate. The steps necessary for the distance to place the device and transport and assembly of the transport group which carries them, that the installation is unnecessary to be characterized.

However, in the integrated compact rice mill, there is no process of separating the immature lip and the wax from the brown rice which has been ripped off by using the vibration of the stone machine, There is no description about adjusting the tension.

Therefore, it is an object of the present invention to provide a method and apparatus for separating a chute of a thickness gauge by connecting a chute of a thickness gauge to a microscope stone of a main body and vibrating the chute by using vibration of a micro- In the process of passing through, it is to provide a complete brownie separator using a chute which is able to distinguish the complete brown rice of the complete form, separated from the brown rice by the immature lip contained in the brown rice.

It is a further object of the present invention to provide a method and apparatus for operating a first bucket elevator, a second bucket elevator, a blowing fan of rice hull discharge means, And the like are driven by the second motor, the power for driving the components is efficiently distributed, and a complete brown rice sorter is provided using the chute in which the operation of the relatively large load of the microwave oven is not interfered by other components .

It is still another object of the present invention to provide a complete brown rice sorter using a chute in which one tensioner can adjust two belt tensions.

In order to accomplish the above object, according to the present invention, there is provided a complete brown rice sorter using a chute, comprising: a first bucket elevator for feeding a rice of a rice feed hopper by a predetermined amount into a rice feed hopper of a main body; And a second bucket elevator for transferring the brown rice from the main body to the next process, wherein a chute in which the main body is disposed between the first bucket elevator and the second bucket elevator is used In a complete brownie sorter,

The main body includes a rice feed hopper disposed at the uppermost portion of the rice hopper, a rice hound machine disposed at a lower portion of the rice hopper for removing rice hull from rice, and a rice hound disposed at the lower portion of the rice hound rice, Wherein the chute is connected to a vibrating screen of the brown rice stalks and the chute is connected to the chute discharging means for removing the stones contained in the brown rice, Characterized in that it further comprises a thickness gauge capable of separating the immature lip and wicker contained in the brown rice during the passage of the brown rice through the vibrating screen so as to select the whole brown rice in its entirety.

The thickness discriminating device is configured such that the upper end of the chute is connected to the lower end of the vibrating screen of the microspheres disposed at an inclined position so that the chute vibrates together with the vibrating screen and the chute is arranged more inclined relative to the vibrating screen, A plurality of through holes perforated in a row are uniformly arranged in a plurality of rows so that the immature lip and the wick are dropped downward through the through holes of the chute in the brown rice supplied to the chute and the complete brown rice of a perfect shape passes through the chute, Is fed to the brown rice hopper disposed in the rice hopper.

The through hole has a width W1 of 1.8 mm to 2.3 mm in consideration of the size of a perfect brown rice. A guide member is disposed at the lower portion of the chute, and an immature lip and a strap falling downward through a through- And is discharged.

Further, in the present invention, the brown rice machine is driven by the power of the first motor, and the first bucket elevator, the second bucket elevator, the blowing fan of the rice husk outlet unit, and the blowing fan of the brown rice extractor are driven by the power of the second motor .

A first drive pulley is mounted on a drive shaft of the second motor, a first drive pulley is connected to a second electric pulley by a first belt, a second electric pulley is mounted on a shaft, A fifth electric pulley, and a sixth electric pulley, the third electric pulley is connected to the second bucket elevator driving pulley by a second belt, and the fourth electric pulley is connected to the fourth electric pulley, The fifth pulley is connected to the pulley for driving the blowing fan for the rice flour discharging means by the fourth belt, and the sixth pulley is connected to the pulley for driving the blowing fan for the brown rice discharging means by the third belt, And the electric pulley is connected to the first bucket elevator driving pulley by the fifth belt.

The present invention also relates to a pulley for driving a third electric pulley and a pulley for driving a blower fan for a brown rice powder ejection, the tension of a second belt connecting a third electric pulley and a second bucket elevator driving pulley, And a tensioner for adjusting the tension.

The tensioner includes a flattened bracket disposed between the first tensioning pulley and the second tensioning pulley. The upper end of the arm is connected to one end of a central shaft passing through the bracket. The arm is inclined. A second tensioning pulley is rotatably mounted on the other end of the center shaft and is connected to the lower end of the spring at the intermediate point of the arm, The upper end of the spring is mounted on a hook that is mounted on the bracket, both side long holes of the bracket are formed long in the vertical direction, and the bolt is fastened to one frame of the main body through the slot.

Thus, the complete brownie sorter using the chute according to the present invention can separate the ungrown lye contained in the brown rice and the seaweed from the brown rice without separately implementing the thickness separator after the boiling process, thereby selecting the perfect brown rice as a whole There is an effect that can be.

Further, the full brown rice sorter using the chute according to the present invention comprises a first bucket elevator, a second bucket elevator, a rice husk outlet device, and a rice husk outlet device, which are driven by the power of the first motor, It is possible to efficiently distribute the power for driving the components, so that the operation of the relatively large load can be prevented from being interfered with by the other components, The tension of the belt can be adjusted by using a tensioner.

1 is a perspective view showing a complete brown rice sorter using a chute according to the present invention;
2 is a front view showing a complete brown rice sorter using the chute according to the present invention.
FIG. 3 is a side view showing a complete brown rice sorter using the chute according to the present invention
4 is a perspective view showing a chute of the thickness gauge.
5 is a front view showing a complete brown rice sorter using a chute according to the present invention for explaining a power transmission relationship
6 is a side view showing a complete brown rice sorter using a chute according to the present invention for explaining a power transmission relationship
7 is a perspective view schematically showing a power transmission relationship;
Figs. 8 and 9 are schematic views showing that the tension of the second belt and the third belt are adjusted together by the tensioner
10 is a perspective view showing a tensioner

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

1 to 3, a complete brown rice sorter using a chute according to the present invention comprises a rice bucket elevator for supplying a rice of a rice feed hopper 11 by a predetermined amount to a rice feed hopper 21 of a main body 20, A main bucket elevator 10 for transferring brown rice from the main body 20 to the next process, a main body 20 for detaching rice hatches from the rice supplied through the first bucket elevator 10 to obtain brown rice, (30), and a main body (20) is disposed between the first bucket elevator (10) and the second bucket elevator (30).

The first bucket elevator 10 and the second bucket elevator 30 are already known, and a detailed description thereof will be omitted.

The main body 20 includes a rice infeed hopper 21 disposed at the uppermost part of the rice hopper 21 and a rice hound machine 22 disposed below the rice infeed hopper 21 to remove rice hull from rice, A rice husk discharging means (23) disposed below the rice husk discharging means (23) for discharging the rice husk released from the rice and discharging the rice husk to the outside, And the chute 252 is connected to the vibrating screen 241 of the microsammeter 24 so that the chute 252 vibrates together with the vibrating screen 241 of the microsammeter 24 , And a thickness selector (25) capable of separating the immature lip and wicker contained in the brown rice through the process of passing the brown rice through the chute (252), so that the whole brown rice of the perfect type can be selected.

3 and 4, the thickness separator 25 is connected to the upper end of the chute 252 at the lower end of the vibrating screen 241 of the inclined microscope 24, And the chute 252 is arranged to be inclined relative to the vibrating screen 241 and the plurality of through holes 253 perforated in a line on the bottom surface of the chute 252 are arranged in a plurality of rows The immature lip and wax in the brown rice being supplied to the chute 252 are dropped downward through the through hole 252 of the chute and the complete brown rice of the full form passes through the chute 252 to form the chute 252 And is supplied to a brown rice hopper 26 disposed at the lower end.

The through hole 253 has a width W1 of 1.8 mm to 2.3 mm in consideration of the size of the complete brown rice. A guide member 254 is disposed below the chute 252 as shown in FIG. 3, 252 are discharged to the outside through the guide member 254.

The rice hatching machine 22, rice hull discharging means 23, and a brown rice stoker 24 are already known, and a detailed description thereof will be omitted.

The complete brown rice sorter using the chute according to the present invention constructed as described above is constructed such that the main body 20 is compactly constituted by the rice bowl 22, the rice husk outlet unit 23, the brown rice grinder 24 and the thickness separator 25 And the chute 252 of the thickness discriminating device 25 is connected to the vibrating screen 241 of the brown stoner 24 so as to be separated from the brown rice by the simple structure And it is not necessary to separately install the means for separating the immature lip and the straining from the body 20.

5 to 7, the full-brown separator using the chute according to the present invention further comprises a microcomputer (not shown) which is driven by the power of the first motor 41 and the power of the second motor 51 The first bucket elevator 10, the second bucket elevator 30, the blowing fan 232 of the rice husk discharging means 23 and the blowing fan 243 of the microcomputer 24 are driven.

A pulley 223 for driving the pulley 42 of the first motor 41 and the horn 22 is connected by a belt 43 (see Fig. 5).

7, a first driving pulley P1 is mounted on a driving shaft 511 of the second motor 51, and a first driving pulley P1 is driven by a first belt V1, The second electric pulley P2 is attached to the shaft 60 and the third electric pulley P3 and the fourth electric pulley P4 are connected to the shaft 60, The third power pulley P3 is attached to the second bucket elevator driving pulley P7 by the second belt V2, and the cam 245, the fifth power pulley P5 and the sixth power pulley P6 are mounted, And the fourth electromotive pulley P4 is connected to the pulley P8 for driving the blowing fan for the powder discharge by the third belt V3 and the fifth electromotive pulley P5 is connected to the fourth belt And the sixth electric pulley P6 is connected to the first bucket elevator driving pulley P10 and the second bucket elevator driving pulley P4 by the fifth belt V5, .

As a result, when the power of the second motor 51 is transmitted to the second motor-driven pulley P2 through the first belt V1, the second motor-pulley P2 is rotated, whereby the second motor- The third to sixth electric pulleys P3, P4, P5, and P6) and the pivoting cam 245 for rotating the microscope are rotated by the rotation of the shaft 60 do. Then, the rotation of the oscillation cam 245 for oscillation of the microscopic stone causes the microscopic stone eraser 24 to vibrate.

The power of the third electric pulley P3 is transmitted to the second bucket elevator driving pulley P7 through the second belt V2 and the power of the fourth electric pulley P4 is transmitted to the third belt V3, And the power of the fifth electric pulley P5 is transmitted through the fourth belt V4 to the pulley P8 for driving the blowing fan for the rice husk exhausting means through the fourth belt V4 P9 and the power of the sixth electric pulley P6 is transmitted to the first bucket elevator driving pulley P10 through the fifth belt V5 so that the first motor 51 is driven by the power of the second motor 51, The bucket elevator 10, the second bucket elevator 30, the blowing fan 232 of the rice husk discharging means 23 and the blowing fan 243 of the brown pot discharger 24 are driven.

The full brown rice sorter using the chute according to the present invention configured as described above drives the microwave oven 22 that receives a large load with the power of the first motor 41, The first bucket elevator 10, the second bucket elevator 30, the blowing fan 232 of the rice husk discharging means 23 and the blowing fan 243 of the brown pot 24 are driven by the second motor 51 Thereby effectively distributing the power for driving the component, and the operation of the relatively large load of the micro-machine is not interfered by other components.

8 to 10, the full brown rice separator using the chute according to the present invention further comprises a second belt V2 connecting the third electric pulley P3 and the second bucket elevator driving pulley P7 And a tensioner 70 for adjusting the tension of the third belt V3 connecting the pulley P8 for driving the fourth electric pulley P4 and the blowing fan for the powder discharge.

The tensioner 70 includes a flattened bracket 71 disposed between the first tensioning pulley 72 and the second tensioning pulley 73, The arm 75 is inclined so that the connecting shaft 76 is connected to the lower end of the arm 75 at a right angle and the first tensioning pulley 76 A second tensioning pulley 73 is rotatably mounted on the other end of the central shaft 74 and is connected to the lower end of the spring 77 at the intermediate point of the arm 75, The upper end of the spring 77 is mounted on the hook 78 mounted on the bracket 71 and the both side long holes 711 and 713 of the bracket 71 are formed long in the vertical direction and the bolts 791 and 793 And is fastened to one of the frames 201 of the main body 20 through the long holes 711 and 713.

8, both ends of the bracket 71 are attached to one of the frames 201 of the main body 20 by the bolts 791 and 793, respectively. At this time, since the bolts 791 and 793 are disposed at or at the middle of the elongated holes 711 and 713, the first tension pulley 72 and the second tension pulley 73 are engaged with the second belt V2 Supporting the third belt V3 so that the first tensioning pulley 72 and the second tensioning pulley 73 adjust the tension of the second belt V2 and the third belt V3.

Thereafter, when the tension of the second belt V2 and the third belt V3 becomes small due to the increase of the second belt V2 and the third belt V3 during the use process or by the change of the external temperature, The first tensioning pulley 72 and the second tensioning pulley 73 are moved to the second belt V2 and the second belt V2 by the bolts 791 and 793 after the bracket 71 is moved in the direction of the first tensioning pulley 81, The third belt V3 is further pushed up to adjust the tension of the second belt V2 and the third belt V3.

As described above, the present invention is advantageous in that the tension of the second belt (V2) and the tension of the third belt (V3) can be adjusted by one tensioner (70).

10: first bucket elevator 20:
30: Second bucket elevator 21: Rice feeding hopper
22: Brown rice machine 23: rice husk discharge means
24: Microspheres 25: Thickness gauge
252: Suit

Claims (7)

delete delete delete delete A first bucket elevator 10 for supplying a rice of the rice feed hopper 11 to the rice feed hopper 21 of the main body 20 by a predetermined amount and a rice hatcher for feeding the rice hatch from the rice supplied through the first bucket elevator 10 And a second bucket elevator 30 for conveying the brown rice from the main body 20 to the next process. The first bucket elevator 10 and the second bucket elevator 30 30. A complete brownie sorter using a chute in which a main body (20) is disposed,
The main body 20 includes a rice infeed hopper 21 disposed at the uppermost part of the rice hopper 21 and a rice hound machine 22 disposed below the rice infeed hopper 21 to remove rice hull from rice, A rice husk discharging means (23) disposed below the rice husk discharging means (23) for discharging the rice husk released from the rice and discharging the rice husk to the outside, And the chute 252 is connected to the vibrating screen 241 of the microsammeter 24 so that the chute 252 vibrates together with the vibrating screen 241 of the microsammeter 24 , Further comprising a thickness selector (25) capable of separating the immature lip and wax contained in the brown rice in the process of passing the brown rice through the chute (252)
The rice husk 22 is driven by the power of the first motor 41 and the first bucket elevator 10, the second bucket elevator 30 and the rice husk outlet means 23 And the blowing fan 243 of the microcomputer 24 are driven,
The first driving pulley P1 is mounted on the driving shaft 511 of the second motor 51 and the first driving pulley P1 is connected to the second driving pulley P2 by the first belt V1 The second electric pulley P2 is mounted on the shaft 60 and the third electric pulley P3, the fourth electric pulley P4, the oscillating cam 245 for the powder discharge, The third pulley P3 is connected to the second bucket elevator drive pulley P7 by the second belt V2 and the fourth pulley P4 is connected to the fourth pulley P6 by the second belt V2, The electric pulley P4 is connected to the pulley P8 for driving the blowing fan for the powder discharge by the third belt V3 and the fifth electric pulley P5 is connected to the fourth belt V4 And the sixth electric pulley P6 is connected to the first bucket elevator driving pulley P10 by a fifth belt V5. The fifth belt V5 is connected to the pulley P9 for driving the blower fan for the means, Whole brown rice sorbent using.
6. The method of claim 5,
The tension of the second belt V2 connecting the third electric pulley P3 and the second bucket elevator driving pulley P7 and the tension of the second belt V2 connecting the fourth electric pulley P4 and the pulley Further comprising a tensioner (70) for adjusting the tension of the third belt (V3) connecting the second belt (P8).
The method according to claim 6,
The tensioner 70 includes a flattened bracket 71 disposed between the first tensioning pulley 72 and the second tensioning pulley 73, The arm 75 is inclined so that the connecting shaft 76 is connected to the lower end of the arm 75 at a right angle and the first tensioning pulley 76 A second tensioning pulley 73 is rotatably mounted on the other end of the central shaft 74 and is connected to the lower end of the spring 77 at the intermediate point of the arm 75, The upper end of the spring 77 is mounted on the hook 78 mounted on the bracket 71 and the both side long holes 711 and 713 of the bracket 71 are formed long in the vertical direction and the bolts 791 and 793 Is fastened to one of the frames (201) of the main body (20) through the long holes (711, 713).

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