JP2015223573A - Rice milling equipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide rice milling equipment which can instal a plurality of rice bran storage bags for storing rice bran when rice bran pack is not performed by devising layout of the rice bran pack, in the rice bran equipment provided with a rice bran pack device in a mechanical chamber.SOLUTION: A first rice bran transfer gutter (30) which innerly fits a first rice bran transfer spiral (33) for transferring rice bran to a rice bran pack device (16) and a second rice bran transfer gutter (31) which innerly fits a second rice bran transfer spiral (39) for transferring rice bran to a rice bran storage bag (19) are provided, one edge of the first rice bran transfer gutter (30) and one edge of the second rice bran transfer gutter (31) are arranged closely to each other in such a direction as to be intersected, an inner part of the first rice bran transfer gutter (30) and an inner part of the second rice bran transfer gutter (31) are communicated with each other, and a rice bran supply port (35) to the rice bran pack device (16) is disposed on the first rice bran transfer gutter (30) and a rice bran supply port (38) to the rice bran storage bag (19) is disposed on a second transfer spiral gutter (31).

Description

  The present invention relates to a rice milling facility equipped with a rice mill, and in particular, to processing rice bran generated during rice milling.

  Japanese Patent Application Laid-Open No. 2004-133867 discloses a technique for processing brown rice brought by a user and then providing the user with the rice bran treated in a pack.

JP 2013-154280 A

  Since the rice milling apparatus of Patent Document 1 is provided with a paddle pack device at the rear part of the machine room, only one paddy container for storing the paddle is provided when the paddle pack is not prepared. For this reason, the manager of the rice milling facility must frequently collect the straw in the straw storage container.

  An object of the present invention is to effectively use a limited space in a machine room.

In order to solve the above-described problems and achieve the object, the invention according to claim 1
In the machine room (3), the rice milling machine (14) that operates rice milling, the rice bran packing device (16) that packs rice bran generated by rice milling operation, and the rice bran packing device (16) packs the rice bran. In the rice milling equipment provided with the rice bran bag (19) for containing the rice bran when not
A first kite transfer rod (30) that houses a first kite transfer spiral (33) that transfers the kite to the kite pack device (16), and a second kite transfer spiral (39) that transfers the kite to the bag storage bag (19). ) Is provided, and one end of the first rod transfer rod (30) and one end of the second rod transfer rod (31) are provided close to each other in the crossing direction, and the first rod The inside of the transfer rod (30) and the inside of the second rod transfer rod (31) are configured to communicate with each other, and the rod supply port (35) to the bag pack device (16) is provided in the first rod transfer rod (30) The second transfer spiral basket (31) is provided with a basket supply port (38) to the basket storage bag (19).

The invention according to claim 2 is the invention according to claim 1,
The configuration is such that the rice cake that has been pneumatically transported from the rice mill and separated by the cyclone (18) is supplied to the middle portion of the first rice cake transfer rod (30), and the first rice cake transfer spiral (33) is configured to be capable of forward and reverse rotation. It is characterized by.

The invention according to claim 3 is the invention according to claim 1 or 2,
A guest room (2) is provided on the front side of the building (1), a machine room (3) is provided on the rear side, the guest room (2) and the machine room (3) are partitioned by a partition wall (5), and a bag pack device (16 ) Is provided on the side close to the passenger cabin (2) side, the first rod transport rod (30) extends in the front-rear direction, the rear end of the first rod transport rod (30) and the second rod transport rod (31) It is characterized in that the left and right ends of the wrap are vertically wrapped.

The invention according to claim 4 is the invention according to claim 3,
The rear end of the first rod transfer rod (30) is provided above the left and right ends of the second rod transfer rod (32), and the door (41 for entering and exiting the lapping site into the machine room (3) (41) ), And the second rod transport rod (31) extends to the side away from the door (41).

  According to the first aspect of the present invention, since the bag is transferred to the bag pack device and the bag storage bag with separate bag transfer spiral rods, a space is formed below the second bag transfer rod, so that a plurality of bag storage bags are provided. Is possible. Moreover, it can arrange | position in a space-saving by providing the end of the 1st fence transfer rod, and the end of the 2nd fence transfer rod in the direction which cross | intersects.

Further, the bag can be smoothly transferred to either the bag pack device or the bag storage bag.
According to the second aspect of the present invention, the soot separated by the cyclone can be satisfactorily transferred by sequentially transferring the soot to the kite pack device by the first soot transfer spiral, but the transfer distance by the spiral is reduced. By shortening the bag, the bag can be quickly transferred to the bag pack.

According to the third aspect of the present invention, by providing the bag pack device on the side close to the passenger cabin side, the bag pack can be easily transferred to the passenger cabin side.
According to the fourth aspect of the present invention, when the manager of the rice milling facility pulls out the paddy bag from the door to the outside of the machine room, the first paddle transfer paddle does not become an obstacle, so the paddy container bag can be pulled out smoothly.

Layout of rice milling equipment viewed from the plane and layout of rice milling equipment viewed from the side The figure which shows the arrangement place of the cyclone of another Example The figure which shows the arrangement place of the cyclone of another Example Process diagram of rice milling equipment Figure showing the guest room seen from the front Figure showing the container flowchart Diagram showing the timing of creating a kite pack Figure showing the inside of the bag pack device Figure showing the inside of the bag pack device Block Diagram The perspective view which shows the 2nd bag transfer rod and the bag storage bag, and the figure which shows the state which the 1st bag transfer rod and the 2nd bag transfer bag seen from the side have wrapped

Embodiments for carrying out the present invention will be described in detail with reference to the drawings.
The building 1 is partitioned by a partition wall 5 into a machine room 2 that houses each part of the apparatus and a guest room 3 in which a user enters.
On the side of the guest room 3, a loading port 4 a of a loading hopper 4 for loading grain (brown rice) brought by the user is allowed to face. Further, on the front side of the partition wall 5, an operation panel 6 for users and a charge inlet 28 are provided. Moreover, the take-out port 7a of the white rice tank 7 accommodated by the rice milling process and the straw pack storage container 8 for storing the straw pack P described later are provided.

A grain presence / absence detecting sensor 9 for detecting the presence / absence of grain is provided in the charging hopper 4, and a rotary valve 10 for feeding the grain is provided at the bottom of the charging hopper 4.
In the machine room 2, a first elevator 11 for cerealing the grain fed out by the rotary valve 10, a stone cutter 12 for removing the stone, and a second elevator 13 for cerealing the grain selected by the stone cutter 12, And a rice mill 14 for milling the grains that have been cerealed by the second elevator 13.

  In the machine room 2, a straw transporting fan 15 that transports the straw that has been processed by the rice milling machine 14, a straw packing device 16 that packs the straw that has been transported by the straw transporting fan 15, and a straw packing device 16 for packing. A bag pack guide shooter 17 is provided for transporting the packed bag pack P to the bag pack storage container 8 on the cabin 3 side. Note that the kite transported by the kite transport fan 15 is separated into air and kite by the cyclone 18, and the kite is transported to either the kite pack device 16 or the kite storage bag 19.

The bag pack device 16 is configured to accommodate about 1 kg per bag.
The operation panel 6 is provided with a whitening degree selection switch 25 for selecting the whitening degree. The milling degree switch can be selected from 1-minute, 3-minute, 5-minute, 8-minute, standard, fine white, and no-wash rice.

  A control unit 26 that drives and controls each device in the machine room 2 is built in on the back side of the operation panel 6 and is configured so that an administrator of the rice milling facility can arbitrarily set the control contents. On the side of the guest room 3, a bag take-out switch 27 is provided. The bag pack take-out switch 27 of the present embodiment is configured such that the bag pack P is created when operated by a user who wishes to pack the bag and take it home.

Next, the arrangement configuration of each unit of the rice milling equipment will be described.
In the present embodiment, the cabin 3 side is the front and the machine room 2 side is the rear.
A loading port 4 a of the loading hopper 4 is provided on the left and right sides of the cabin 3, and the bag pack container 8 is provided on the left and right sides. An outlet 7 a for the white rice tank 7 is provided at a position adjacent to the left and right inner sides of the paddle pack container 8 in a front view. An operation panel 6 and a charge inlet 28 are provided on the partition wall 5 between the outlet 7 a of the white rice tank 7 and the inlet 4 a of the inlet hopper 4.

  The input hopper 4 and the first elevator 11 are provided on the left and right sides of the front side of the machine room 3, and the stone remover 12 is provided behind the first elevator 11. A white rice tank 7, a rice mill 14, and a second elevator 13 are provided at the left and right center of the front side of the machine room 3. The bag pack device 16 is provided on the left and right other sides of the front side of the machine room 3. There is provided a first kite transfer rod 30 extending from the upper side of the kite pack device 16 toward the rear.

The rear side of the machine room 3 is provided with a second basket transfer rod 31 extending in the left-right direction, and a plurality of (two in this embodiment) bag storage bags 19 are provided below the second rod transfer basket 32 in the left-right direction. ing.
The front end portion of the first kite transport rod 30 is provided above the kite pack device 16, and the rear end portion of the first kite transport rod 30 and the left and right sides of the second kite transport rod 31 are wrapped in a plan view. It arrange | positions so that the 1st fence transfer rod 30 may become the upper position of the 2nd fence transfer rod 31. FIG.

As shown in FIG. 1, a cyclone 18 is provided above the middle portion of the first rod transfer rod 30. Below the cyclone 18, there is provided a first soot supply port 32 that feeds soot into the first soot transfer rod 30.
A first rod transfer spiral 33 is provided inside the first rod transfer rod 30. The first rod transporting spiral 33 is configured to be forward / reversely driven by a forward / reverse motor 34.

  A second rod transfer spiral 39 is provided inside the second rod transfer rod 31. The second kite transport spiral 39 is rotated by the forward rotation motor 40 so as to transport the kite to the side away from the first kite transport kite 30 side (from the right side to the left side).

  At the front end of the first kite transport rod 30, a second kite supply port 35 for supplying the kite to the kite pack device 16 is provided. The 3rd supply port 36 to supply is provided. On the left and right sides of the second kite transport rod 31, a fourth kite supply port 37 for receiving the kite dropped from the third kite feed port 36 is provided. Are formed corresponding to the number of bag storage bags 19. That is, the third rod supply port 36 and the fourth rod supply port are configured to wrap in the vertical direction. The upper part of the bag storage bag 19 is attached to the fifth bag supply port, and the lower part of the bag storage bag 19 is placed on the carriage 57.

  A door 41 is provided on one of the left and right sides of the rear side of the building 1, and a manager of the rice milling facility enters and leaves the machine room 3. A portion where the first rod transport rod 30 and the second rod transport rod 31 wrap is disposed at a position facing the door 41.

  The first fence transfer rod 30 and the cyclone 18 are supported by being suspended from the ceiling of the building 1 by the first support member 42, and the second fence transfer rod 31 is supported by being suspended from the ceiling of the building 1 by the second support member 43.

Next, the bag pack device 16 will be described.
A sheet support member 52 that lifts the sheet S1 from the double transparent resin sheet roll S for packs to the saddle receiving position, and a pack forming member 53 that packs the sheet S1 by cutting and welding by heat are provided. The first lifting device 54 moves up and down, and the pack forming member moves up and down with the second lifting device 55.

  FIG. 9 shows a state where a bag is received from now, and FIG. 10 shows a state where the bag is filled with the bag. When a predetermined amount of soot is filled in the pack, the top of the pack is welded by the pack forming member 53 to form the soot pack P. The bag pack P slides down the bag pack guide shooter 17 and is stored in the bag pack container 20.

Next, the rice milling operation will be described.
The user inputs a fee into the fee input port 28 and inputs the brought grain into the input hopper 4. When the desired milling degree is selected by the milling degree selection switch 25, the milling operation is started for an operation time corresponding to the input charge (for example, 100 yen per 10 kg of brown rice).

  Grain in the charging hopper 4 is fed out by the rotary valve 10, passes through the first elevator 11, the stone remover 12, and the second elevator 13, is polished by the rice mill 14, and is stored in the white rice tank 7. The user takes out the white rice from the white rice outlet 7a.

  When the user operates the paddle take-back switch 27, the paddy generated in the rice milling operation is conveyed by air by the paddy transport fan 15, passes through the cyclone 18, and is rotated forward by the first paddle transport spiral 33. The packs are sequentially conveyed to the kite pack device 16 side and supplied from the second kite supply port 35 to the kite pack device 16. And the soot pack P is produced for every set soot amount (every 1 kg of soot). The created bag pack P is slid down by the bag pack guide shooter 17 and is conveyed into the bag pack container 8 provided on the cabin 3 side. Then, the user takes out the bag pack P and takes it home.

  For example, when the milling degree is set as a standard, about 1 kg of rice bran is generated per 10 kg of brown rice. That is, when 30 kg of brown rice is milled in one operation, three bags of paddy pack P are sequentially produced.

  The amount of rice bran generated can be converted from the relationship between the amount of brown rice converted by the rotational speed of the rotary valve 10 and the selected milling degree. Alternatively, it can be converted from the relationship between the set milling degree and the continuous rice milling operation time by the rice mill 14.

  The amount of wrinkles generated depends on the degree of milling. That is, for example, if the degree of whitening is standard, the amount of rice bran generated per 10 kg of brown rice is about 1 kg, but if it is sown for 5 minutes, the amount of rice bran produced per 10 kg of brown rice is about 500 g. Since the bag pack P of the present embodiment is configured to accommodate approximately 1 kg of bag per pack, the timing for packing the bag is longer in the case of 5 minutes than the standard time. In the case of the standard, one bag of puddle pack P is prepared for each 10 kg of polished rice, but in the case of 5 minutes, one bag of Pak is prepared for each 20 kg of polished rice.

  When the user does not operate the paddle take-back switch 27, the rice cake generated in the rice milling operation is air-conveyed by the rice bran transport fan 15, passes through the cyclone 18, and is reversed by the first rice cake transfer spiral 33 to be reversed. The soot that has been transferred to the transfer spiral 39 side and dropped through the third and fourth soot supply ports 36 and 37 is transported by the second soot feed spiral 39 and accommodated in the soot storage bag 19 from the fifth soot supply port 38. Is done.

Hereinafter, effects of the present embodiment will be described.
A plurality of bag storage bags can be provided in the second bag transfer bag 31 by the configuration in which the bag is transferred to the bag packing device 16 and the bag storage bag 19 by different bag transfer spiral hooks. In addition, the first rod transport rod 30 is provided along the side wall F on the left and right sides of the machine room 3 by providing one end of the first rod transport rod 30 and one end of the second rod transport rod 31 close to each other. The space of the limited machine room 3 can be used effectively by arrange | positioning in the direction and arrange | positioning the 2nd fence transfer rod 31 in the direction in alignment with the rear wall G of the machine room 3. FIG. In other words, the first rod transfer rod 30 and the second rod transfer rod 31 are L-shaped in plan view, so that the space on the left and right sides and the rear portion of the machine room 3 can be effectively used.

  In addition, by configuring the third rod supply port 36 and the fourth rod supply port 37 to communicate in the vertical direction, it is possible to drop and supply the rod from the first rod transfer spiral 33 to the second rod transfer spiral 39, The bag can be smoothly transferred to the bag storage bag 19.

  In addition, by transferring the soot separated by the cyclone 18 to the soot pack device 16 via the first soot transport spiral 33, soot can be sequentially supplied to the soot pack P, and soot is scattered from the soot pack P. And a good bag pack P can be created. Further, the kite can be quickly transferred to the kite pack P by shortening the transfer distance by the first kite transfer spiral 33.

  Further, by providing the bag pack device 16 on the side close to the cabin 2 side, the bag pack P created by the bag pack device 16 can be slid down and supplied to the bag pack storage container 8 by the bag pack guide shooter 17. The bag pack can be transferred to the cabin 2 side without providing a driving conveyor.

  In addition, when the administrator of the rice milling facility pulls the paddy bag 19 out of the machine room 3 from the door 41, the first paddle transfer pad 30 is higher than the second paddle transfer pad 31. Since 30 does not become an obstacle, the bag-containing bag 19 filled with bag can be pulled out smoothly.

Next, another embodiment of the arrangement of the cyclone 18 will be described.
As shown in FIG. 2, the cyclone 18 is provided above the rear end portion of the first rod transport rod. In this case, an open / close shutter (not shown) is provided between the third supply port and the fourth supply port, so that the kite falling from the cyclone 18 can be transferred to the first kite transfer kit 30 or the second kite transfer kit 31. It is the structure which supplies firewood to either. Further, in this configuration, the drive motor for the first rod transport spiral 33 may be a forward motor that transports only to the front side.

  As shown in FIG. 3, the cyclone 18 is provided above the front end portion of the first rod transport rod 30. In this configuration, the drive motor of the first rod transport spiral 33 may be a forward rotation motor that conveys only to the rear side.

  According to this configuration, since the soot dropped from the cyclone 18 can be directly supplied to the soot pack device 16, there is an advantage that soot can be quickly supplied to the soot pack device 16. However, since the falling speed of the kite is high, there is a demerit that a part of the kite may not be satisfactorily filled in the kite pack P and may be scattered around.

DESCRIPTION OF SYMBOLS 1 Building 2 Guest room 3 Machine room 5 Partition wall 14 Rice mill 16 糠 Pack device 18 Cyclone 19 糠 Storage bag 30 First 糠 transfer 樋 31 Second 糠 transfer 樋 33 First 糠 transfer spiral 35 糠 Supply port (Second 糠 supply) mouth)
38 Sakai Supply Port (5th Sakai Supply Port)
41 door

Claims (4)

Rice milling machine comprising a rice milling machine that performs rice milling operation in the machine room, a rice cake packing device that packs rice cakes generated by rice milling operation, and a rice cake storage bag that contains rice cake when the rice cake packing device does not pack rice cakes. In equipment,
There is provided a first kite transfer kit that includes a first kite transfer spiral that transfers the kite to the kite pack device, and a second kite transfer kit that includes a second kite transfer spiral that transfers the kite to the bag storage bag. One end of the transfer rod and one end of the second rod transfer rod are provided close to each other, and the inside of the first rod transfer rod and the inside of the second rod transfer rod are communicated with each other. A rice milling facility is provided with a rice bran supply port for the rice bran pack device, and a second feed spiral rice bran with a rice bran supply port for the rice bran containing bag.   2. The structure according to claim 1, wherein the rice cake that is pneumatically conveyed from the rice milling machine and separated by the cyclone is supplied to the middle portion of the first rice cake transfer rod, and the first rice cake transfer spiral is configured to be capable of forward and reverse rotation. Rice milling equipment.   A room is provided on the front side of the building, a machine room is provided on the rear side, the guest room and the machine room are partitioned by a partition wall, a bag pack device is provided on the side close to the guest room side, and the first paddle transfer rod extends in the front-rear direction. The rice milling facility according to claim 1 or 2, wherein the rear end portion of the first rice bran transfer rod and the left and right end portions of the second rice bran transfer rod are vertically wrapped.   The rear end of the first kite transfer rod is provided above the left and right ends of the second kite transfer rod, and the portion to be wrapped is provided at a position facing the door for entering and exiting the machine room. 4. The rice milling facility according to claim 3, wherein the rice mill is configured to extend to the side away from the door.

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