JP2011218264A - Apparatus for controlling rice-bran bag of coin-operated rice polishing machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable a supervisor of a coin-operated rice polishing machine staying in a control room, to grasp the condition of a rice-bran bag thereof disposed in a place invisible to a user of the coin-operated rice polishing machine (in a partitioned machine room disposed behind the control room of the rice-polishing machine) and made observable only to the supervisor supervising the rice-polishing machine, without entering into the machine room to check the condition of the rice-bran bag.SOLUTION: A liquid crystal monitor display 3 is attached to a control panel 2 disposed in the control room 1 of the rice polishing machine to display the amount of rice bran in a rice-bran bag 4 according to the progress of the rice polishing operation.

Description

  The present invention relates to a bag bag management device that manages the bagging state of a bag when bagging processing is performed on a bag generated by a rice milling process of a coin rice mill.

  There is a technique (for example, see Patent Document 1) for measuring the weight of the bag by holding the bag in a suspended bag holder with a spring force and lowering the bag by using the spring to detect the bagging state. Are known.

JP-A-11-104505 (first page, FIG. 1).

  The rice sack in the coin rice mill is installed in a place that cannot be seen by the rice miller who uses the rice mill (the machine room partitioned behind the rice mill operation room), and only the administrator who manages the rice mill It is in a form that can be monitored.

  This invention makes it a subject that an administrator can grasp | ascertain the state of a bag even if it exists in an operation room.

  The invention described in claim 1 is characterized in that a liquid crystal display motor indicator 3 is provided on the operation panel 2 provided in the rice milling operation chamber 1 to display the amount of rice straw contained in the rice bran bag 4 according to the progress of the rice milling operation. The configuration of the bag management device of the coin milling machine.

  The coin milling machine brings the brown rice bag for receiving the milled rice into the operation room 1, supplies it to the brown rice supply hopper, and puts a predetermined amount of the rice milling fee into the coin mech of the operation panel 2. It is driven for a predetermined time to perform the rice milling action. The rice bran produced by the rice milling action is conveyed and accommodated in the rice bran bag 4 installed in the machine room. The amount of rice bran 4 accommodated by such a rice milling action is input by direct measurement detection by a weight sensor such as a load cell, or the accumulated time of the operation time of the rice milling device or the coin mech of the operation panel 2. By indirectly measuring the amount of bagging while converting the amount of generated wrinkles by accumulating the rice milling rate, etc., it is automatically stored in the memory of the rice milling controller. Here, the administrator can display the current bag capacity of the bag 4 on the display screen 6 of the monitor display 3 by the monitor operation of the operation panel 2 as necessary for maintenance, etc. Can recognize or predict the state of the bag 4 in the operation room 1.

The invention according to claim 2 is configured so that the bag storage amount of the bag 4 is converted and displayed according to the coin insertion fee for the coin mech 5.
As described above, the rice milling action is performed by inserting the rice milling fee into the coin mech 5, and the rice bran generated by this rice milling is accommodated in the straw bag 4. Accordingly, since the amount of rice bran generated in proportion to the accumulated amount of the rice polishing fee is stored in the bag 4, the display of the monitor display 3 through the coin mech 5 is displayed on the screen 6. By displaying the information, it is possible to know the bag storage amount of the bag bag 4 and the storage status.

According to the third aspect of the present invention, when the bag 4 is replaced with an empty bag 4, the display screen 6 of the monitor display 3 that displays the bag capacity is pushed to display empty.
As described above, since the cocoon generated by the operation of the rice milling apparatus is accommodated in the cocoon bag 4 of the machine room, the cocoon storage state in the cocoon bag 4 is displayed on the display screen 6 of the monitor display 3 by operating the operation panel 2. It can be known by displaying on the liquid crystal display. However, when the bag 4 is replaced with an empty bag 4 after this detection operation, this display 4 is displayed by pressing the liquid crystal display portion of the surface 6 by hand. This indicates that the bag is empty.

  According to the first aspect of the present invention, the bag storage capacity of the bag 4 installed in the machine room is displayed on the monitor display 3 of the operation panel 2 of the milling operation room 1 and is clearly confirmed by simple operation. This makes it easier to predict the replacement of the bag 4.

  According to the second aspect of the present invention, since the state of the bag storage amount of the bag 4 as described above can be known by converting it with the amount of rice milling of the coin mech 5, it is complicated such as a bag weight sensor for directly measuring the bag weight. There is no need to provide a configuration mechanism, and a simple and inexpensive configuration can be achieved.

  According to the third aspect of the present invention, when the bag 4 is replaced with an empty bag 4, the bag storage state of the bag 4 is initialized by pressing the display screen 6 of the monitor display 3 that displays the liquid crystal. Since the display is empty, both configuration and operation are simple and easy.

The front view of the rice mill operation room of a coin rice mill. FIG. The block side view which shows the rice milling process. The flowchart which shows the rice milling effect | action. The front view which shows the example of a display of a display screen. The front view which shows the example of a display of a display screen. The front view which shows the example of a display of a display screen. The front view which shows the example of a display of a display screen.

  On the basis of the drawings, the coin milling machine forms a partition wall 8 in a small house 7 to partition the front operation chamber 1 and the back machine chamber 9. On the side of the operation room 1, a rice milling user can enter and exit by opening and closing a door 10. 15 and a conveying spiral 16 that is a conveying device that conveys between them, elevators 17 and 18, and a cyclone 19 and a spiral 20 are arranged to perform the rice milling process. The white rice polished by the rice milling device 13 is taken out to the white rice hopper 21 arranged near the partition wall 8 and stored in the white rice bag 22, and the rice cake generated in this rice polishing process is conveyed by suction of the cyclone 19. Thus, while being transported by the spiral 20, the bag processing device 15 is supplied to the bag bag 4 to be placed under the discharge ports 23 and 24 and filled.

  A brown rice inlet 25 is opened in the partition wall 8 where the brown rice supply hopper 11 is located, and a support base 26 for supporting the brown rice bag is provided below the brown rice inlet 25. In addition, a brown rice sensor 28 is provided at the bottom of the brown rice supply hopper 11. The brown rice sensor 28 has a conveyance spiral (rotary valve for feeding brown rice) 16 driven by a motor 27 and detects the presence or absence of brown rice accommodated in the hopper 11. Yes. The stone removing device 12 has a rocking sorter, receives the brown rice conveyed from the elevator 17 and rocks and sorts and removes gravel, straw debris, and the like. The unpolished brown rice is supplied to the rice milling device 13 by the elevator 18 to be polished.

  The white rice polished by the rice mill 13 is taken out to the white rice hopper 21 and taken out and stored in the white rice bag 22 inserted from the operation room 1. The rice cake removed by the rice milling device 13 is transported by the cyclone 19, and the spiral 20 disposed in the machine room 9 at the back of the rice milling device 13 is transported from the discharge ports 23 and 24. Each bag 4 is discharged and filled. The bag transported by the spiral 20 is discharged from the front discharge port 23 and supplied to the bag 4 that is viewed through the discharge port 23. When the bag 4 of the discharge port 23 becomes full, the bag conveyed by the spiral 20 is sequentially discharged and supplied over the bag 4 looking into the next discharge port 24.

  An operation panel 2 is provided at the center of the partition wall 8 in the left-right width direction, and an explanation panel 29 for explaining the operation procedure is arranged on the upper part of the operation panel 2, and a monitor comprising a liquid crystal display touch panel at the lower stage. A display screen 6 of the display 3 is arranged, and further, a coin mech 5 for inserting a predetermined amount of coins for driving rice polishing, a coin return slot 30 and the like are provided in the lower stage. This rice milling operation can be performed on the display screen 6 by supplying a predetermined coin to the coin mech 5, so that the rice milling control is driven by a manual pressing operation on the display screen 6.

  Here, this coin milling machine of the coin milling machine is provided with a liquid crystal display motor display 3 on the operation panel 2 provided in the rice milling operation chamber 1 to display the capacity of the paddy bag 4 according to the progress of the rice milling operation. Configure as follows.

  The user brings a brown rice bag for receiving the polished rice into the operation room 1, supplies it to the brown rice supply hopper, and puts a predetermined amount of the rice polishing fee into the coin mech of the operation panel 2, so that the rice polishing apparatus is predetermined. It is driven over time and the rice milling action is performed. The rice bran produced by the rice milling action is conveyed and accommodated in the rice bran bag 4 installed in the machine room. The amount of rice bran 4 accommodated by such a rice milling action is input by direct measurement detection by a weight sensor such as a load cell, or the accumulated time of the operation time of the rice milling device or the coin mech of the operation panel 2. By indirectly measuring the amount of bagging while converting the amount of generated wrinkles by accumulating the rice milling rate, etc., it is automatically stored in the memory of the rice milling controller. Here, the administrator can display the current bag capacity of the bag 4 on the display screen 6 of the monitor display 3 by the monitor operation of the operation panel 2 as necessary for maintenance, etc. Can recognize or predict the state of the bag 4 in the operation room 1.

The bag storage amount of the bag 4 is converted and displayed according to the coin insertion fee for the coin mech 5.
As described above, the rice milling action is performed by inserting the rice milling fee into the coin mech 5, and the rice bran generated by this rice milling is accommodated in the straw bag 4. Accordingly, since the amount of rice bran generated in proportion to the accumulated amount of the rice polishing fee is stored in the bag 4, the display of the monitor display 3 through the coin mech 5 is displayed on the screen 6. By displaying the information, it is possible to know the bag storage amount of the bag bag 4 and the storage status.

Further, when the bag 4 is replaced with an empty bag 4, the display screen 6 of the monitor display 3 for displaying the bag capacity is pushed to display empty.
As described above, since the cocoon generated by the operation of the rice milling apparatus is accommodated in the cocoon bag 4 of the machine room, the cocoon storage state in the cocoon bag 4 is displayed on the display screen 6 of the monitor display 3 by operating the operation panel 2. It can be known by displaying on the liquid crystal display. However, when the bag 4 is replaced with an empty bag 4 after this detection operation, this display 4 is displayed by pressing the liquid crystal display portion of the surface 6 by hand. This indicates that the bag is empty.

  As shown in the “start mode” of the flowchart of FIG. 4, this coin rice milling machine inserts coins into the coin mech 5, supplies a predetermined amount of brown rice to the brown rice supply hopper 11, and displays the display screen of the monitor display 3. By selecting and pressing the degree of milling displayed on the liquid crystal in FIG. 6, each part of the rice milling machine is automatically driven and controlled to perform the rice milling action.

  Since the display screen 6 displays a selection screen A for the degree of whitening by inserting coins of a predetermined fee into the coin mech 5, according to this display instruction, for example, when a selected portion of “no-wash rice” A1 is pressed, The operation position of “Rice milling start” A2 is displayed. Accordingly, by pushing the position of this “rice milling start” A2, the rice milling device 13, the stone removing device 12, the transport mechanism of each transport path, etc. are driven, and the supplied brown rice from the brown rice supply hopper 11 is transported. The rice milling action by the rice milling device 13 is performed. At this time, when changing the degree of milling after the start of the rice milling, the correction operation can be performed by pressing “Change degree of milling” A3. Then, when the rice milling action is performed, the display of “during rice milling” A4 appears.

  The monitor display 3 can display the liquid crystal by switching the “start mode” displayed on the display screen 6 to the “maintenance mode” as shown in FIG. This switching operation can be switched, for example, by pressing the “selection display” A5 position. By this operation, the “maintenance screen” A6 is displayed, and “integrated time information” B, “bag bag storage information” C, “coin mech information” D, etc. are displayed. For example, if “bag bag storage information” C is pressed, a graph that displays the storage status for each bag, or stack charts C1 and C2 are displayed on a liquid crystal display. An administrator who manages the rice milling machine can determine whether or not a bag change operation is performed by looking at the stacking charts C1 and C2 on the display screen 6.

  The “integrated time information” B for accumulating rice milling time for representing the state of the amount of rice bran 4 in the situation, “coffin bag storage information” C, or “coin mech information” D for measuring the inserted coin accumulated charge, etc. Although it may be configured to input, only one piece of single information may be input.

  In the monitor display 3, in the form in which the storage amount of the bag 4 is displayed as liquid crystal charts C 1 and C 2 on the basis of the coin mech information C, the display screen 6 has a stack form, for example, every 10 kg. It can be configured to display a graphic and display an alarm to the administrator when the storage amount reaches 3/4 of the specified full amount. Moreover, it can also be set as the structure which displays a warning to a user, when all the bag bags 4 become full. Further, after the bag 4 is replaced with an empty bag by maintenance, the “maintenance screen” A6 of the liquid crystal display is pressed and held (for example, 1 sec), so that the display portions of the stacking charts C1 and C2 are set to the empty display state. Can be configured to.

  Next, based on FIGS. 7 and 8, in the coin milling machine having the monitor display 3, the QR code 31 is displayed on the display screen 6 during the failure of the machine, and this is performed by the mobile phone 32. By reading the QR code 31, it is possible to introduce the manager information or the “map” A7 of the vicinity of the coin mill at the nearest location, and other information. User-friendly services can be provided.

1 Operation room 2 Operation panel 3 Monitor display 4 Bag bag 5 Coin mech 6 Display screen

Claims (3)

  The operation panel (2) provided in the rice milling operation room (1) is provided with a liquid crystal display motor indicator (3) to display the amount of rice bran contained in the rice bag (4) according to the progress of the rice milling operation. Coin milling machine for coin milling machine.   The bag storage device for a coin rice mill according to claim 1, wherein the bag storage amount of the bag (4) is converted and displayed according to a coin insertion fee for the coin mech (5).   When the bag (4) is replaced with an empty bag (4), the display is made empty by pressing the display screen (6) of the monitor display (3) for displaying the bag capacity. Item 3. The coin bag milling device for coin milling machine according to item 1 or 2.

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