JP6226029B2 - Fee-based grain processing equipment - Google Patents

Description

  The present invention relates to a fee-based grain processing facility that mills white rice brought by a user with a flour mill.

  Patent Document 1 discloses a technique relating to a rice milling facility with a charge-type flour mill.

JP 2010-104871 A

  This invention makes it a subject that the milling process can be performed for the white rice which the user brought. Moreover, in that case, it makes it a subject for a user to use easily and to make operativity favorable.

  In order to solve this technical problem, the present invention takes the following technical means.

The invention described in claim 1
In the machine room (11) formed by enclosing with a box-shaped wall (12), a mill (7) for milling white rice is provided,
On the front side of the wall (12), a charge input port (R) for charging a charge, an operation switch (18) for milling operation, a white rice charging hopper (9) for charging white rice, and a flour mill (7) rice flour storage portion for storing milled rice flour (10) is provided in,
In the machine room (11), a rice flour pack device (29) for taking out the milled rice flour as a pack is provided,
A selection switch for selecting whether to take out the rice flour in the rice flour container (10) or the rice flour pack (P);
This is a fee-based grain processing facility characterized in that it is provided with switching means (40) for switching whether rice flour is supplied to the rice flour container (10) or to the rice flour pack device (29).

The invention according to claim 2
2. The fee-based grain processing facility according to claim 1, wherein the rice flour container (10) is a drawer type .

The invention described in claim 3
Between the flour mill (7) and the rice flour container (10), the rice flour conveying slot (30) for conveying the rice flour and the rice flour conveyed by the rice flour conveying slot (30) are dropped into the rice flour container (10). The fee-based grain processing facility according to claim 1 or 2, wherein a rice flour cyclone (38) is provided .

The invention according to claim 4
The machine room (12) is provided with a rice mill (5) for polishing brown rice, a brown rice input hopper (1) for supplying brown rice, and the white rice input hopper (9) is smaller than the brown rice input hopper (1) The fee-based grain processing facility according to any one of claims 1 to 3 .

According to the first aspect of the present invention, the user can easily see and use the facility from the front side of the wall body. In addition, the user can select whether the rice flour is made into a rice flour pack (P) or contained in a bag that is brought.

According to invention of Claim 2 , after accommodating the rice flour milled with the flour mill (7) in the rice flour accommodating part (10), it can be accommodated in the bag which pulled out the rice flour accommodating part (10) and brought.

According to invention of Claim 3, it can accommodate in the bag which brought the rice flour which fell from the cyclone (38) for rice flour.

According to the fourth aspect of the present invention, it is easy to understand the hopper that the user puts in, and it is possible to reduce erroneous feeding.

Operation process diagram of milling equipment with rice mill The figure which shows the internal layout seen from the plane of the milling equipment with a rice mill Front view of milling equipment with rice mill Operation process diagram of milling equipment with rice milling machine of another embodiment The figure which shows the internal layout seen from the plane of the milling equipment with a rice milling machine of another embodiment The figure which shows the inside of the rice flour packing device seen from the side Diagram showing packing operation

  The milling equipment with a rice mill according to the embodiment of the present invention will be described below.

  Based on FIG. 2 and FIG. 3, the layout of the milling equipment with a rice mill will be described.

  As shown in FIG. 2, the milling equipment with a rice milling machine of the present embodiment has a so-called vending machine type configuration formed in a box shape with a wall body 12, and a first elevator 2 and a stone punching machine are provided in a machine room 11. 3, the second elevator 4, the rice milling machine 5, the rice bran conveyor spiral 21, the rice bran container 22, and the flour mill 7. In FIG. 2, the side of the basket transport spiral 21 and the basket storage container 22 is referred to as a rear side, and the side of the mill 7 is referred to as a front side.

  Each of the stone removing machine 3, the rice milling machine 5, and the milling machine 7 uses known devices.

  As shown in FIG. 3, on the side of the front wall 12a, there are an inlet of the brown rice input hopper 1, a polished rice extraction means 17 of the white rice tank 6, an input of the white rice input hopper 9, a rice flour container 10 and an operation panel 13. It is a configuration to face. Although not shown in the figure, a control unit that controls each device is provided on the back side of the operation panel 13. In this embodiment, the operation panel 13 is referred to as the left and right center portion on the front side.

  The operation panel 13 includes an operation screen 14, a milling degree selection switch 15, and a milled rice milling switch 16, and has a configuration in which a charge inlet R is provided in the vicinity of the operation panel 13.

  The inlet of the brown rice input hopper 1 is provided on the left and right sides, the white rice input hopper 9 and the rice flour container 10 are provided on the left and right sides, and the operation panel 13 and the polished rice extraction means 17 of the white rice tank 6 are provided in the left and right central portions. It is the structure to provide. A white rice milling switch 18 is provided in the vicinity of the white rice charging hopper 9.

  A rice milling operation, a milling operation, and a rice milling operation will be described based on the operation process diagram of FIG.

  First, the rice milling operation in which the brown rice brought by the user is processed by the rice milling machine 5 to produce polished rice will be described.

  When the user inputs a fee into the fee input port R, inputs the brown rice brought into the brown rice input hopper 1 and selects a desired milling degree with the milling degree selection switch 15, the rice milling operation starts. That is, the brown rice of the brown rice input hopper 1 is supplied to the stone remover 3 by the first elevator 2, the brown rice that has been subjected to the stone removal processing by the stone remover 3 is supplied to the rice mill 5 by the second elevator 4, and the rice is processed by the rice mill 5. Supply the polished rice to the white rice tank 6. Rice bran generated during the rice milling process of the rice milling machine 5 is conveyed by air, taken out by the rice bran cyclone 20, and stored in the rice bran container 22 by the rice bran conveying spiral 21. The polished rice stored in the white rice tank 6 is configured such that the user takes out the polished rice by operating the white rice extraction shutter which is the polished rice extraction means 17.

  Next, the milling operation for milling the white rice brought by the user with the mill 7 will be described.

  When the user puts a charge into the charge input port R, the white rice brought by the user into the white rice input hopper 9 is selected, and when the white rice milling switch 18 is selected, the white rice is fed to the mill 7 by the white rice transporting slot 24 and milled. The rice flour milled by the machine 7 is supplied to the rice flour container 10. A user takes out the rice flour accommodated in the rice flour accommodating portion 10. The rice flour container 10 is a drawer-type box.

  Next, a rice milling operation in which brown rice brought by the user is subjected to a rice milling process and then milled will be described.

  When the user puts a fee into the charge inlet R, puts the brown rice brought by the user into the brown rice input hopper 1, selects the desired milling degree with the milling degree selection switch 15, and selects the milled rice milling switch 16. Then, rice milling operation is started. That is, the polished rice that has been subjected to the polishing process in the same process as the above-described polished rice operation is transferred to the mill 7 by the polished rice transfer slot 23 that is a transfer device by switching the switching valve 25 that is a switching device. The milling process is performed.

  With the above configuration and operation, the following effects can be obtained.

  The user can make brown rice into milled rice, make white rice into rice flour, or mill brown rice into milled rice, which can meet the diverse needs of users.

  Further, by providing the brown rice charging hopper 1, the white rice tank 6, the white rice charging hopper 9, and the rice flour container 10 on the front wall 12a, the user can access the equipment necessary for using the facilities from the front. Since it can visually recognize, it can make it easy to utilize the milling equipment with a rice mill. Further, by providing the inlet of the brown rice input hopper 1 and the input of the white rice input hopper 9 separately on the left and right sides, it is easy for the user to distinguish between the brown rice input and the white rice input, thereby reducing erroneous input. Can do. In addition, erroneous operation can be prevented by separately providing the milled rice milling switch 16 and the white rice milling switch 18. In addition, when brown rice is thrown into the brown rice throwing hopper 1, it is good also as a structure which can operate the milling degree selection switch 15 or the milled rice milling switch 16, and cannot operate the white rice milling switch 18. On the contrary, when white rice is put into the white rice throwing hopper 9, the white rice milling switch 18 may be operated, and the whitening degree selection switch 15 and the milled rice milling switch 16 may not be operated.

  Hereinafter, a configuration that is a feature of the present embodiment will be described.

  The brown rice throwing hopper 1 is provided with a brown rice presence detecting sensor 26, and the white rice throwing hopper 9 is provided with a white rice presence detecting sensor 27. Then, when the presence of grain is detected by the brown rice presence / absence detection sensor 26 when the operation of the rice milling operation or the rice milling operation is performed, the rice milling operation or the rice milling operation is performed. At this time, the user mistakenly puts brown rice into the white rice tank 6 and detects the presence of grain in the white rice presence / absence detection sensor 27. When the brown rice charging hopper 1 does not have brown rice, the operation is not started. It is possible to prevent the start of operation due to an erroneous user input. In this case, it can be voiced to indicate that it is an erroneous insertion.

  Also, when the user mistakenly puts white rice into the brown rice throwing hopper 1 when the milling operation is performed, the brown rice presence / absence detection sensor 26 detects the presence of grain, and the white rice presence / absence detection sensor 27 does not detect the presence of grain. Therefore, it is possible to prevent the start of operation due to a user's erroneous input by adopting a configuration in which the milling operation is not started.

  In the present embodiment, the size of the white rice input hopper 9 is made smaller than the size of the brown rice input hopper 1. This is because it is generally considered that the amount of white rice made into rice flour is less than the amount of brown rice made into white rice at once. That is, in general, when brown rice is made into white rice, 20 kg to 30 kg of brown rice is introduced in one milling operation, whereas when white rice is made into rice flour, the amount of rice flour in one milling operation is 10 kg. This is because the following are considered to be many.

  With this configuration, the size of the white rice input hopper 9 and the size of the brown rice input hopper 1 are different, so that the user can easily understand the hopper to be input and the erroneous input can be reduced.

  Next, based on FIG. 4 and FIG. 5, the milling equipment with a rice mill of another Example is demonstrated.

  Differences between the milling equipment with a rice mill in FIGS. 1 and 2 and the milling equipment with a rice mill in FIGS. 4 and 5 will be described.

  The milling equipment with a rice milling machine in FIGS. 4 and 5 is a so-called building-type milling equipment with a rice milling machine that partitions the building into a machine room 11 and a user room 28 by a partition wall 41. That is, the user enters the user room 28 and inputs rice, inputs a fee, or takes out polished rice or rice flour.

  In FIG. 4 and FIG. 5, a rice flour packing device 29 that can take out the milled rice flour as a pack is mounted. The case where the rice flour milled by the flour mill 7 is taken out as a rice flour pack P and that it is received in a bag brought by the user can be selected.

  When the user takes out the rice flour milled by the milling operation or the rice milling operation as the rice flour pack P, the rice flour milled by the mill 7 is conveyed to the rice flour pack device 29 by the rice flour conveying slot 30 to create the rice flour pack P. And the user can take home by the rice flour pack P by conveying the created rice flour pack P to the rice flour pack extraction hopper 37 with which it is provided in the user room 28 side with the rice flour pack conveyance conveyor 36. FIG.

  When the user accommodates the rice flour milled by the milling operation or the rice milling operation, the rice flour milled by the mill 7 is conveyed to the rice flour cyclone 38 of the rice flour container 10 by the rice flour conveying slot 30 and used for rice flour. The carrier air and the rice flour are separated by the cyclone 38, and the rice flour dropped from the rice flour cyclone 38 is received in a bag brought by the user.

  When the rice flour is made into the rice flour pack P, the rice flour transport switching valve 40 is switched to the rice flour pack device 29 side, and the rice flour is transported to the rice flour pack device 29. When the rice flour pack P is not used, the rice flour transfer switching valve 40 is switched to the rice flour cyclone 30 side, and the rice flour conveyed by the rice flour conveying slot 30 is transferred to the rice flour cyclone 38. And it receives with the bag which the user brought the rice flour which falls from the cyclone 38 for rice flour. It is preferable that a selection switch (not shown) is provided to select whether the rice powder pack P is received or the bag is brought in.

  With the above configuration, the user can select a desired take-out form of rice flour.

  An outline of the rice flour packing apparatus will be described.

  As shown in FIG. 6, the rice flour pack device 29 includes a bag vinyl roll 31, a tube guide body 32, a tube forming seam heater 33, and a cutter with a welding heater that opens and closes. A portion 34 and a rice flour storage hopper 35 facing the tube guide body 32 are configured.

  Specifically, as shown in an enlarged perspective view of the main part during the packing operation in FIG. 7, the cutter unit 34 is provided with welding heaters 34 a and 34 b for closing the cylinder at the top and bottom of the cutting position, and for the bag through the cylinder guide body 32. The left and right ends of the continuous sheet drawn out from the vinyl roll 31 so as to surround the lower portion of the rice flour storage hopper 35 are bound together by the seam heater 33 and waited in a cylindrical state. After the upper welding heater 34a of the cutter unit 34 closes the bottom of the bag and receives the rice flour from the rice flour storage hopper 35 at the start of bagging, and after the rice flour filling portion has been fed downward in order to close by packing at the end of bagging The cutter portion 34 closes the mouth of the bag with the lower welding heater 34b and performs a cutting operation, whereby the rice flour pack P is discharged downward.

  A rice flour rotary valve 35a is provided at the lower end of the rice flour storage hopper 35, and rice flour packs P are prepared by supplying rice flour for each set amount. That is, the rice flour in the rice flour pack device 29 is prevented from being scattered by not supplying the rice flour in the rice flour storage hopper 35 during the creation of the rice flour pack P (during the packing operation). Moreover, it is not necessary to temporarily stop the flour mill 7 for every packing operation by storing rice flour from the flour mill 7 that continuously grinds, and a smooth milling operation can be performed continuously.

DESCRIPTION OF SYMBOLS 1 Brown rice input hopper 5 Rice mill 6 White rice tank 7 Flour mill 9 White rice input tank 10 Rice flour storage part 11 Machine room 12 Wall body 12a Front side wall body 15 Polishing degree selection switch 16 Milled rice flour switch 18 Flour switch 26 Grain switch 26 27 Sensor for detecting presence / absence of white rice 29 Rice flour packing device 30 Rice flour conveying slot 38 Rice flour cyclone 40 Rice flour conveying switching valve (switching means)
P Rice flour pack R

Claims (4)

In the machine room (11) formed by enclosing with a box-shaped wall (12), a mill (7) for milling white rice is provided,
On the front side of the wall (12), a charge input port (R) for charging a charge, an operation switch (18) for milling operation, a white rice charging hopper (9) for charging white rice, and a flour mill (7) rice flour storage portion for storing milled rice flour (10) is provided in,
In the machine room (11), a rice flour pack device (29) for taking out the milled rice flour as a pack is provided,
A selection switch for selecting whether to take out the rice flour in the rice flour container (10) or the rice flour pack (P);
A fee-based grain processing facility comprising switching means (40) for switching whether rice flour is supplied to the rice flour container (10) side or to the rice flour pack device (29) side.   The fee-based grain processing facility according to claim 1, wherein the rice flour container (10) is a drawer type.   Between the flour mill (7) and the rice flour container (10), the rice flour conveying slot (30) for conveying the rice flour and the rice flour conveyed by the rice flour conveying slot (30) are dropped into the rice flour container (10). The fee-based grain processing facility according to claim 1 or 2, wherein a cyclone (38) for rice flour is provided.   The machine room (12) is provided with a rice mill (5) for polishing brown rice, a brown rice input hopper (1) for supplying brown rice, and the white rice input hopper (9) is smaller than the brown rice input hopper (1) The fee-based grain processing facility according to any one of claims 1 to 3.

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