KR101912943B1 - Milling Machine - Google Patents

Abstract

The present invention relates to a technology regarding a milling machine, which is provided to separate rice seeds into rice and rice bran. Specifically, the milling machine includes: a feeding unit for feeding rice seeds; a separating unit separating the rice seeds fed from the feeding unit through friction; a dividing unit dividing the rice and rice bran separated in the separating unit, individually; and a collecting unit collecting the rice and rice bran divided in the dividing unit.

Description

{Milling Machine}

The present invention is a technique for a rice pot making rice seed.

Patent Literature 001 relates to a punching apparatus that can easily remove a bottom layer by spraying compressed air to a portion where punching is performed.

Patent Document 002 discloses a method of separating brown rice or rice introduced into a rice ball from rice hulls, chaff, dust and the like by high-speed rotation and high-pressure air in a deaeration period and transferring brown rice or rice with foreign substances such as chaff, , Rice husks, briquettes, dust, etc., are moved to a turret provided in a collection box, and then the air of the turbocharger whose pressure is increased by the air transferred from the defrosting machine is sucked into the suction fan and transferred to the decoiler to circulate the turbocharger And to provide an economical and economical combination of rice and rice by reusing the air formed in the suction fan

Patent Literature 003 is a general sorting machine for separating rice husk and rice by air suction of a blowing fan and has a separate air control damper capable of adjusting the amount of air sucked by the blowing fan, Or the rice husk does not flow into the blowing fan. In addition, a separate dispersing unit, a separating unit, and a foreign matter remover are provided to disperse the introduced rice husk and rice widely so that the dispersed rice husk and rice are separated and moved separately, and the separated rice can be separated from the foreign matter again It is.

Patent Document 004 discloses a method of removing dust and dirt mixed with rice when the rice is put into a stonewall by attaching a dust removing device between a discharge port through which the rice is eventually discharged and a screen net of the stool connected with the discharge port It is a scraping device for scraping rice so that it can be clean and free of dirt and dust by removing it first.

KR 10-2008-0084342 A (September 19, 2008) KR 10-2010-0049261 A (May 12, 2010) KR 20-0356983 Y1 (July 12, 2004) KR 20-0469871 Y1 (November 04, 2013)

The present invention is a technology for a pottery, and aims at separating rice seeds from rice bran by making rice seeds.

In order to solve the problems of the prior art, the present invention provides a feeder (100) for feeding rice seed (10); A separator 200 separating the rice bran 10 supplied from the supplying unit 100; A dividing unit 500 dividing rice rice 11 and rice bran 12 separated from the separating unit 200; And a collecting unit 600 for collecting the rice 11 and bran 12 that have been divided by the dividing unit 500.

The separator 200 includes a feeder 300 for feeding the rice 10 supplied from the feeder 100, a feeder 300 for feeding the rice 10 supplied from the feeder 100, And a rice chaff separator 400 for separating the rice husk 12 from the rice seed 10 transferred from the feeder 300.

In the feeder, the separator, the separator, and the collector of the present invention, the rice husk separator 400 includes a separator case 410 coupled to the conveyor 300, A feed nozzle 430 for horizontally feeding the rice seed 10 passing through the separation mill 420; a feed nozzle 430 for feeding the seed 6 horizontally through the separation mill 420; Respectively.

In the feeder, separator, separator and collecting unit of the present invention, the dividing unit 500 divides rice 11 and bran 12 fed from the separating unit 200, A biceps sucking device 520 provided at the upper part of the split case 510 to absorb the biceps 12 and a biceps 12 provided at the lower part of the split case 510 And an agglomerating tube 530 for agglomerating the agglomerated tube 530.

In the present invention, the collecting unit 600 includes a rice collecting unit 610 for collecting the rice 11 separated from the dividing unit 500, And a bag collector (620) for collecting the bran (12) sucked and discharged.

In the present invention, the collecting unit 600 includes the rice collecting body 610 and the load cell 700 for measuring the weight of the bottom collecting body 620.

The present invention can separate rice and bran by making rice seed.

According to the present invention, as the blade rotates, the rice husk can be firstly separated from the rice seed by the frictional force.

In the present invention, a plurality of separation mills having different sizes and speeds are rotated, and the rice seeds can be separated from rice.

The present invention can transfer rice and bran by the wind pressure generated as air is sprayed from the supply nozzle.

In the present invention, rice and bean can be divided by the screw of the divided portion generated by wind pressure.

The present invention can collect and collect rice and bran in a collecting part.

BRIEF DESCRIPTION OF THE DRAWINGS FIG.
2 is a cross-sectional view illustrating a supply section of the present invention;
3 is a cross-sectional view showing a separator of the present invention.
4 is a perspective view of the separation mill of the present invention.
5 is a cross-sectional view of the separation mill of the present invention.
6 is a cross-sectional view showing a state in which the divided portion and the collecting portion of the present invention are combined.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

(Example 1-1) The present invention provides a feeding device 100 for feeding rice seed 10; A separator 200 separating the rice bran 10 supplied from the supplying unit 100; A dividing unit 500 dividing rice rice 11 and rice bran 12 separated from the separating unit 200; And a collecting unit 600 for collecting the rice 11 and bran 12 that have been divided by the dividing unit 500.

Example 1-1 The invention is an invention relating to a flour mill, in which the rice flour is for separating the rice seeds 11 formed from the rice bran 11 and the bran 12, and does not particularly cause odor and dust. Specifically, the rice seed 10 is supplied to the inside of the rice paddy. A separation unit 200 for separating the rice seed 10 transferred from the supply unit 100 and a dividing unit 500 for dividing rice rice 11 and bran 12 separated from the separation unit 200 by the cyclone principle . In addition, the collecting unit 600 collects the rice 11 and the bran 12 divided by the dividing unit 500 and stores them according to the weight.

(Example 1-2) The present invention is based on the results of Example 1-1, wherein the baking dish is formed of a case made of various materials such as steel and PVC, and the rice seeds 10 supplied from the upper side are rice (12).

Example 1-2 The rice seeds 10 were fed to the upper part of a rice paddle, and rice bran 11 and bran 12 were separated and transferred to the lower part. These cases are made of various materials such as steel and PVC, and the case prevents the external emission of fine dust.

(Embodiment 1-3) The present invention relates to an apparatus and a method for manufacturing the same according to the embodiment 1-1, wherein the supply unit 100 comprises a housing 110 in which the rice seed 10 is stored, (120), and a transparent window (130) for confirming the seeds (10) inside the housing (110).

Example 1-3 The feeding part 100 of the present invention has a housing 110 for storing the rice seeds 10 supplied from the outside and delivering it to the separating part 200. The upper part of the housing 110 is made of rice seeds 10 And a cover 120 for preventing odor and dust from escaping. In this case, the size of the housing 110 and the cover 120 are not limited, and they are variously formed according to the size of the rice flour 10, which separates the rice flour 10 into rice bran 11 and rice bran 12. A transparent window 130 is provided on one side of the housing 110 to visually confirm the rice seeds 10 stored in the housing 110.

(Embodiments 1-4) In the embodiments of the present invention, the housing 110 includes a flange 111 to be engaged with the separating portion 200.

The housing 110 has a flange 111 coupled to the separating part 200 at the lower end thereof. The flange 111 is also formed in the separating part 200 so as to have a larger diameter than the lower end of the housing 110 so that the rice seed 10 is separated from the separating part 200 by the coupling between the housing 110 and the separating part 200. [ (200).

(Embodiment 1-5) In the embodiment of the present invention, in the embodiment 1-4, the flange 111 is joined to the separating portion 200 by welding with a fixing bolt.

(Embodiment 1-6) In the embodiment 1-4, the housing 110 is formed with oblique lines on both sides or one side, and the rice seeds 10 are supplied to the separator 200 do.

Example 1-6 The housing 110 according to the present invention has slanting on both sides or one side so that the rice seed 10 slides downward.

(Embodiment 1-7) In the embodiment of the present invention, the cover 120 according to the present invention is provided with the water absorbent body 121 so as to absorb moisture of the supply part 100. [

Embodiment 1-7 The cover 120 according to the present invention has a shape in which a corner surface extends downward to cover the housing 110 and a water absorbent body 121 is provided on the cover 120 to absorb moisture inside the housing 110. Lt; / RTI > The water absorbent body 121 absorbs moisture inside the housing 110 to prevent deterioration of the rice seed 10 and adhesion between the rice seeds.

(Examples 1-8) In the comparative example of the present invention, in the 1-7, the water absorbent body 121 is detachable from the cover 120 and can be replaced.

EXAMPLES 1-9 In the present invention, odor and dust prevention sealant 140 is provided between the housing 110 and the cover 120 in Embodiments 1-4 or 1-3 .

EXAMPLES 1-9 The sealing material 140 for sealing is provided on the top of the housing 110 and on the inner side of the cover 120 to prevent the dust and odor inside the housing 110 from being released. The sealing member 140 may be formed in a variety of cross-sectional shapes and may be formed to have a width greater than the width between the housing 110 and the cover 120, thereby enhancing the sealing effect more effectively.

(Examples 1-10) In the embodiment of the present invention, the water absorbent 121 is formed of at least one of silica gel and calcium chloride, and can be replaced with a material having the same purpose and effect.

(Examples 1-11) In the embodiments of the present invention, the transparent window 130 is made of the PVC or glass.

Example 1-11 The transparent window 130 of the present invention forms transparent PVC and glass to visually confirm the inside of the housing 110 storing the rice seed 10. Since at least one transparent window 130 is provided in the housing 110, it is possible to check the capacity of the rice seed 10 or to confirm whether or not the rice seed 10 is fed.

(Embodiment 2-1) In the embodiment of the present invention, the separator 200 comprises a conveyor 300 for conveying the rice seed 10 supplied from the feeder 100; And a rice cake separator 400 for separating the rice husks 12 from the rice seed 10 transferred from the feeder 300.

Embodiment 2-1 The separation unit 200 according to the present invention includes a feeder 300 for rotating the rice seed 10 supplied from the feeder 100 by the blade 322 and a conveyor 300 for conveying the rice seed 10 fed from the feeder 300 10 to rice bran 11 and rice bran 12 as shown in FIG.

The feeder 300 separates the rice seeds primarily by the frictional force generated by the rotation of the blade 322, and the rice husk separator 400 separates the rice seeds by using a plurality of rotary mills.

(Embodiment 2-2) In the embodiment 2-1 of the present invention, the feeder 300 includes a main body 310 coupled to the feeder 100, And a combined rotating body 320.

Embodiment 2-2 The main body 310 of the present invention is coupled to the lower end of the supply part 100 and has a rotating body 320 therein so that the supply part 100 rotates the rice seed 10 by rotating the rotating body 320 Transfer. The rotating body 320 is positioned horizontally with the main body 310 and the rice seed 10 of the feeding part 100 transports the rice seeds 10 to the rice husk separator 400 coupled to the lower end of the other end. In addition, one end of the main body 310 is opened, and the rotating body 320 is detachable through the opening, thereby facilitating repair and replacement of the rotating body.

(Embodiment 2-3) In the embodiment 2-2 of the present invention, the main body 310 includes a supply hole 311 to which the rice seed 10 is supplied, A feeding hole 311 provided at the lower end of the feeding hole 311 and a feeding hole 313 for feeding the rice seed 10 to the rice husk separator 400, .

Embodiment 2-3 The main body 310 of the present invention combines the supply flange 312 and the flange 111 and fastens the supply portion 100 and the separation portion 200. The rice seeds 10 supplied from the supply unit 100 are transferred to the rice chip separator 400 by the rotating body 320. The feed hole 313 is provided at the lower end of the feed hole 311 and is horizontally moved by the rotating body 320 to be transferred to the rice husk separator 400 provided at the lower end.

(Embodiment 2-4) In the embodiment 2-2 of the present invention, the rotary body 320 includes a rotary shaft 321 for transferring the rice seed 10 as it rotates inside the body 310; A blade 322 spirally coupled to the outer shaft of the rotary shaft 321, a rotary motor 323 rotating the rotary shaft 321, and a coupling body 325 detachably coupled to the main body 310 do.

Embodiment 2-4 The rotating shaft 321 of the present invention passes through the main body 310 and has one end coupled to the rotating motor 323 and rotated by the rotating motor 323. [ A blade 322 is formed in a spiral shape on the outer side of the rotating shaft 321 to horizontally transport the rice seed 10.

The coupling unit 325 is coupled between the rotation motor 323 and the blade 322 and the coupling unit 325 is detachably coupled to the end of the main body 310 through the rotation shaft 321, Dust and odor generated during transfer from inside are not released to the outside. It is also possible to secure ease of replacement and repair.

(Embodiment 2-5) In the embodiment of the present invention, the outer surface of the blade 322 is coated with a polymer and a rubber having a high friction coefficient.

Example 2-5 According to the invention, the outer surface of the blade 322 is coated with a high friction coefficient polymer and rubber to primarily separate the rice husks 12 formed on the outside of the rice seed 10. Therefore, the rice seeds 10 and the blade 322 are frictioned to separate the rice hulls 12 from each other. When the polymer and rubber coated on the outside of the blade 322 are worn, the coupling body 325 is detached and replaced to replace the rotating body 320. [

(Embodiment 2-6) In the embodiment of the present invention, in the embodiment 2-4, the spiral gap of the blade 322 is gradually reduced.

The inner diameter of the blade and the main body 310 are in close contact with each other. As the blade rotates, the rice seeds are transported. If the spiral gap decreases along the direction of travel, the space of contact with the rice seed becomes smaller, which causes friction between rice seeds. Therefore, rice seeds are separated into rice and bran.

(Embodiment 2-7) In the embodiment 2-2 of the present invention, the rotary motor 323 includes a speed reducer 324 for reducing the speed of the rotary shaft 321.

Adjust the feed rate of the rice according to the rotation speed. Therefore, a decelerator is mounted for proper transportation, and the decelerator can control the feeding speed of the rice. In addition, a tongue sensor is mounted on the speed reducer, and the torque sensor measures a load acting on the speed reducer. The torque sensor signal is transmitted to the torque controller, and the torque controller adjusts the rotating direction and the rotating speed of the rotating motor.

(Embodiment 2-7) In the embodiment 2-2 of the present invention, the coupling body 325 has a fixing device such as a clamp so as to be detachable from the main body 310.

(Embodiment 3-1) In the embodiment 2-1 of the present invention, the rice husk separator 400 includes a separation case 410 coupled to the feeder 300, And a supply nozzle 430 for horizontally transporting the rice seed 10 passing through the separation mill 420. The feed nozzle 430 is disposed at a lower portion of the separation mill 420, .

Embodiment 3-1 The separation case 410 of the invention is vertically formed so that the rice seed 10 supplied from the feeder 100 is firstly separated from the conveyor 300 and dropped when it is conveyed, Thereby forming a large space to have the mill 420. The lower end of the separation case 410 is formed to have a smaller diameter than the upper end and is separated from the rice 11 by the air injected from the supply nozzle 430. [ The bran 12 is blown into the dividing part 500.

(Embodiment 3-2) In the embodiment 3-1 of the present invention, the lower end of the separation case 410 is extended at right angles, and the rice 11 and the biceps 12 are separated by the supply nozzle 430, To the division unit (500).

Example 3-2 The invention is characterized in that the separation case 410 is formed at a right angle so that the lower end of the separation case 410 is bent horizontally from the vertical direction and the feed nozzle 430 is provided at the bent portion, And the biceps 12 to the division unit 500. [

At this time, the bending angle of the lower end of the separation case 410 is not limited, and may be an angle at which the rice 11 and the biceps 12 can be smoothly transported by wind pressure.

(Embodiment 3-3) In the embodiment 3-1 of the present invention, the separation mills 420 are formed at different speeds and sizes to separate the rice seeds 10 by frictional force.

Embodiment 3-3 The separation mill 420 of the present invention is provided inside the separation case 410 and separates the biceps 12 from the rice 11 because they rotate at different speeds. The plurality of separation mills 420 are formed in various sizes and formed at predetermined angles so that the rice seeds 10 passing through the plurality of separation mills 420 are separated from the rice seeds 10 To separate the bran 12 by a frictional force between the bran 12 and the bran 12.

(Embodiment 3-4) In the embodiment 3-1 of the present invention, the separation mill 420 is rotated by a separation motor.

Embodiment 3-4 The separation mill 420 of the invention is rotated by a motor provided outside the separation case 410. At this time, each of the separation mills 420 rotates at different speeds by the motor and the transmission installed through the separation case 410.

(Embodiment 3-5) In the embodiment 3-1 of the present invention, the separation mill 420 is provided with a friction plate 421 for increasing frictional force on the outside.

Example 3-5 The friction plate 421 according to the present invention is made of rubber material such as silicone and is formed so as to surround the separation mill 420 so as to increase frictional force with the rice seed 10 to separate the rice bran 12 from the rice seed 10 do. The friction plate 421 rotates when the separating mill 420 rotates and absorbs the impact of the dropped rice 10 to prevent the rice 10 from being damaged.

(Embodiment 3-6) In the embodiment of the present invention, the separating mill 420 has a separation preventing groove 422 to prevent the friction plate 421 from coming off.

Embodiment 3-6 In the invention, the separation mill 420 is provided with a plurality of separation preventing grooves 422 so that the friction plate 421 is not separated. At this time, the friction plate 421 is also provided with the separation preventing protrusion 423 having the same shape as the separation preventing groove 422, so that the separation wheel 420 is rotated in the close contact state without being released when the separation wheel 420 rotates.

(Embodiment 3-7) In the embodiment of the present invention, in the embodiment 3-5, the friction plate 421 has a plurality of friction grooves 424 on the outer circumferential surface.

Example 3-7 The friction grooves 424 of the invention are formed on the outer side surface of the friction plate 421 so as to increase frictional force with the rice seed 10 to remove the thick rice hulls 12, Increase frictional force by abutting.

(Embodiment 3-8) In the embodiment of the present invention, the friction plate 421 is replaceable in the separation mill 420 in Embodiment 3-7.

Embodiment 3-8 Since the friction plate 421 of the present invention is formed of a rubber material such as silicon, it is worn by frictional force, so that it can be performed in the separation mill 420. The friction plate 421 is not fixed to the separating mill 420 and can be easily replaced by covering the friction plate 421 and the separating case 420 is detachably attached to the separating case 410 410 are provided with a door.

(Embodiment 3-9) In the embodiment 3-2 of the present invention, the supply nozzle 430 is provided at the lower end of the separation case 410, and air is sprayed by a pump or a blower to supply the rice 11 ) And the biceps (12).

Embodiment 3-9 The supply nozzle 430 according to the present invention is provided at a vertically and horizontally bent portion at the lower end of the separation case 410 and generates wind pressure by jetting air by a pump, The rice 11 and the bran 12 separated from the rice seed 10 are transferred to the dividing section 500. As a result, the dust and odor generated as the rice (11) and the bran (12) are separated are transferred to the divided portion (500) without rising upward.

(Embodiment 3-10) In the embodiment 3-1 of the present invention, the separation mill is formed into a cylindrical shape, and a rotation shaft is formed therein. The rotary shaft is coupled with the elastic device, and the elastic device imparts an elastic force to the rotary shaft in one direction. The gap between the separation mill and the separation mill is narrowed by the elastic force, which improves the adhesion. The elastic device preferably uses a spring, and can be applied to an object which exhibits the same purpose and effect as the spring.

(Embodiment 4-1) In the embodiment of the present invention, the divider 500 according to the embodiment 1-1 comprises a split case 200 dividing the rice 11 and the biceps 12 transported by the separator 200, An absorbing device 520 provided at the upper part of the split case 510 to absorb the bran 12; an agitation device 520 provided under the split case 510 to agglomerate the falling rice 11; (530).

Example 4-1 In the present invention, a split case 510 for generating a screw inside by a wind pressure generated by a feed nozzle 430 is provided, and rice, which is heavy due to a screw generated in the split case 510 ) Fall down and the lightweight bran 12 rises to the top. The rice bran 12 is absorbed by the bran bastion device 520 and the falling rice bran 11 is transported downward to pass the rice bran 11 and bran 12 through the coagulation pipe 530, (600).

(Embodiment 4-2) In the embodiment 4-1 of the present invention, the partition case 510 is narrowed toward the bottom so that a screw is generated.

Example 4-2 According to the invention, the shape of the separation case 410 is narrowed toward the bottom so that a screw is generated by the wind pressure generated in the separation part 200 coupled to the upper part. Accordingly, the air currents of the split case 510 are raised by the cyclone principle, so that the rice rice 11 having a heavy weight is directed downward and the light rice, dust, and smell are transported to the upper part.

(Embodiment 4-3) In the embodiment 4-2 of the present invention, the split case 510 forms a closed structure.

Example 4-3 The split case 510 of the present invention is formed in a closed structure to separate the rice 11 and the bran 12 from each other and prevent dust and odor from being leaked to the outside, Keep it smooth.

(Embodiment 4-4) In the embodiment 4-1 of the present invention, the bast charter 520 includes a transfer pipe 521 coupled to the upper end of the separation case 410, and the transfer pipe 521 And a suction device 522 for sucking the bran 12.

Example 4-4 The bellows-absorbing device 520 of the present invention is configured to penetrate the upper end of the separating case 410 to receive the chestnut 12 and the dust rising inside the separating case 410 . The transfer tube 521 is formed to extend in the direction of the collecting part 600 and is configured to change the direction at a position where the suction device 522 is coupled. Thus, the air sucked in the suction device 522 is sucked into the dust case 622, and the bran 12 and the dust fall down to be transported to the collecting unit 600. Further, the suction device 522 forms a suction pump for sucking air inside the transfer pipe 521. [

(Embodiment 4-5) In the embodiment of the present invention, in Embodiment 4-3, the air sucked in the suction device 522 passes through the filter and is supplied again to the supply nozzle 430 of the separation part 200 Thereby generating wind pressure.

Embodiment 4-5 The suction device 522 of the present invention transfers the bran 12 to the collecting part 600, the air is sprayed to the supply nozzle 430, and the dust and bran 12 are filtered by the filter. Thus, the dust and bran 12 are transferred to or removed from the collecting part 600, and only the air is circulated to the supply nozzle 430.

(Embodiment 4-6) In the embodiment 4-5 of the present invention, the flocculation pipe 530 extends to the lower end of the split case 510 and is inserted into the trapping part 600.

(Embodiment 4-7) In the embodiment of the present invention, in the embodiment 4-3, a blocking device for blocking the discharge of the rice 11 is provided at the lower end of the coagulation pipe 530.

Example 4-7 The coagulation pipe 530 of the present invention is provided with a blocking device for preventing the rice 11 when the collecting part 600 is replaced. This blocking device is horizontally opened and closed at the lower end of the flocculation pipe 530 and blocks the discharge of the rice 11 falling to the lower end.

(Example 5-1) In the present invention, in any one of Examples 1-1 to 4-1, the collecting portion 600 is provided with the rice 11 separated from the dividing portion 500 A rice collecting body 610 for collecting rice bran 620 which is sucked and discharged from the dividing part 500;

Example 5-1 The collecting unit 600 of the present invention is such that the rice 11 falling downward due to its weight when divided by the scraps in the rice 11 and bran 12 in the dividing unit 500, 610, and the biceps 12, which are light in weight and rising, are discharged to the outside in order to be collected by the bottom collecting body 620.

(Example 5-2) In the present invention, in the embodiment 5-1, the rice collector 610 is formed of a bag or a box.

Example 5-2 The rice collecting body 610 according to the present invention is provided at the lower end of the flocculation pipe 530 and opened at the upper end so that the rice 11 passing through the flocculation pipe 530 flows. The rice paddy can be replaced in succession by the reserved rice paddy.

(Embodiment 5-3) In the embodiment 5-2 of the present invention, the bottom bag 620 includes a storage net 621 storing the bran 12, And a discharge device 623 provided at an upper end of the dust case 622 to discharge the dust to the outside.

Example 5-3 The storage net 621 of the invention is formed of a bag and a box, and one end of the bast charming device 520 is accommodated at the upper end so that the chute 12 is collected without being released. The storage network 621 can be sequentially replaced by the reserved storage network when the bran 12 is filled. The dust case 622 collects the biceps 12 in the storage net 621 and forms a hermetic structure so that the generated dust is not discharged to the outside.

The discharge device 623 is formed outside the dust case 622 and discharges the raised dust to the outside.

(Embodiment 5-4) In the embodiment of the present invention, the exhaust device 623 includes a dust pump 624 for sucking dust, a dust filter (not shown) provided for the dust pump 624 625).

Example 5-4 The dust pump 624 of the present invention sucks dust inside the dust case 622. The dust filter 625 is provided between the dust pump 624 and the dust case 622 to filter the dust sucked by the dust pump 624 and to discharge only the air.

This can prevent fire from being generated by dust, and can smoothly remove the bran 12.

(Embodiment 6-1) In the embodiment 5-1 of the present invention, the collecting unit 600 includes a load cell 700 for measuring the weight of the rice collecting body 610 and the bottom collecting body 620, Respectively.

Example 6-1 In the invention, the load cell 700 is provided at the lower ends of the rice collecting body 610 and the bottom collecting body 620 to measure the weights of the rice collecting body 610 and the bottom collecting body 620, When the weight of the collecting body 610 and the bottom collecting body 620 reaches a certain amount, the rice collecting body 610 is exchanged.

(Example 6-2) The rice pot collector 610 is exchanged when the weight of the rice collector 610 is measured by the load cell 700 in Example 6-1 or Example 5-3.

(Embodiment 6-3) In the embodiment 6-1 of the present invention, the load cell 700 is provided in the dust case 622 in the embodiment 6-1 or the embodiment 5-3 so that the weight of the storage net 621 . Example 6-3 The invention measures the weight of the storage net 621 in which the bran 12 is stored and exchanges the storage net 621. At this time, since the storage network 621 is provided inside the dust case 622, the dust case 622 is opened and exchanged in order to exchange the storage network 621.

10: rice seeds 11: rice
12: chaff 100: supply part
110: housing 111: flange
120: cover 121: water absorption body
130: Transparent window 140: Sealing material for sealing
200: separator 300: conveyor
310: main body 311: supply hole
312: Feed flange 313: Feed hole
320: rotating body 321: rotating shaft
322: Blade 323: Rotary motor
324: Reducer 325: Coupling
400: rice husk separator 410: separating case
420: separation mill 421: friction plate
422: Leaving prevention groove 423: Leaving prevention projection
424: Friction groove 430: Feed nozzle
500: minute installer 510: split case
520: syringe absorber 521: transfer tube
522: Suction device 530: Coagulation tube
600: Collection part 610: Rice collection
620: Bottom collector 621: Storage net
622: dust case 623: discharge device
624: Dust pump 625: Dust filter
700: Load cell

Claims (6)

In the rolling period,
A supply unit 100 for supplying the rice seeds 10;
A separating part 200 separating the rice bran 10 supplied from the supplying part 100;
A dividing unit 500 for dividing rice rice 11 and rice bran 12 separated from the separating unit 200;
A collecting unit 600 for collecting the rice 11 and bran 12 divided by the dividing unit 500;
The separation unit 200 includes a conveyor 300 for conveying the rice seeds 10 supplied from the supply unit 100; And a rice cake separator (400) for separating the rice husk (12) from the rice seed (10) transferred from the feeder (300);
The rice husk separator (400) includes a separation case (410) coupled with the feeder (300); A separation mill 420 provided inside the separation case 410 to separate the rice seed 10 falling down; And a feed nozzle (430) for horizontally feeding the rice seed (10) passing through the separation mill (420);
The separation mills 420 are formed at different speeds and sizes and include a friction plate 421 for increasing frictional force on the outside and a separation preventing groove 422 for preventing the friction plate 421 from being separated ;;
The division unit 500 includes a division case 510 for dividing rice rice 11 and bran 12 fed from the separation unit 200; An absorbing device 520 provided above the split case 510 to absorb the bran 12; And a flocculation pipe (530) provided under the split case (510) for flocculating the falling rice (11);
The syrup device (520) includes a transfer pipe (521) coupled to the upper end of the separation case (410); A suction device 522 coupled to the transfer pipe 521 and sucking the chest 12;
The collecting unit 600 includes a rice collecting unit 610 collecting the rice 11 separated from the dividing unit 500; And a bag collector (620) for collecting the bran (12) sucked and discharged from the division (500);
The bottom collector 620 includes a storage net 621 in which the bran 12 is stored; A dust case 622 for collecting dust generated in the storage network 621; And a discharge device (623) provided at an upper end of the dust case (622) and discharging the dust to the outside;
The discharge device (623) includes a dust pump (624) for sucking in dust; And a dust filter (625) provided in the dust pump (624).
delete delete delete delete The method according to claim 1,
Wherein the collecting unit (600) is provided with a rice collecting body (610) and a load cell (700) for measuring the weight of the bottom collecting body (620).

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