JPH0785862B2 - Game board manufacturing equipment - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a game board manufacturing facility device for manufacturing a game board used in a ball game machine such as a pachinko game machine, a coin game machine, and a smart game machine. The present invention relates to a game board manufacturing facility device for manufacturing a game board of a ball game machine by processing a plate-shaped member while moving it along a production line in line production.

[0002]

2. Description of the Related Art On a board surface of a game board which is a main part of a pachinko game machine, a coin game machine, a smart game machine, etc., a large number of nails and windmills (with the nails as a central axis) for varying the drop of balls are used. , Which has a rotatable decoration wheel attached to its shaft) and the like. Furthermore, a prize hole and an out hole are formed in the game board, and a prize device is arranged in association with the prize hole, and its configuration is complicated as a whole. Regarding the production of such a complicated game board, in recent years, automation has progressed, and processing machines such as an automatic nailing machine and a router machine for cutting the game board into a predetermined shape have been devised.
It is being introduced into the actual manufacturing process. Then, the plate-shaped member that is the base of the game board is moved along the production line in the line production, and various processing machines such as an automatic nailing machine, a router machine, and an automatic wind turbine mounting machine are arranged along the production line. Finally, there is a desire to unmanned the game board production line by automating the entire game board production line as much as possible.

By the way, since the position of the nail and the position of the wind turbine are different depending on the type (model) of the game board to be manufactured, the processing machine must be operated by an operation program according to the type of the game board to be manufactured. I won't. Therefore, in the conventional processing machine, every time the type of game board to be manufactured changes, the processing machine is temporarily stopped and its operation program is changed.

However, as described above, in order to manufacture one game board, various processing machines such as an automatic nailing machine, a router machine, and an automatic wind turbine mounting machine must be used. Every time the type of game board changes, the operation programs of all machines must be changed, and the change is troublesome. Especially when the type of game board to be manufactured must be changed frequently,
For example, in the case of performing high-mix low-volume production, for example, a type A game board is manufactured in the morning, a type B game board is manufactured in the afternoon, and a type C game board is manufactured in the evening. It had the drawback of having to spend a lot of time to make changes.

[0005]

Therefore, in the technical field of industrial machine tools, the type of work described in JP-A-58-71050 is discriminated and a machining program according to the type is determined. It is conceivable to apply the technology for automatically selecting to a game board manufacturing apparatus to solve the above-mentioned drawbacks. In other words, the above-described work discriminating device for a machine tool stores a plurality of types of machining programs in advance according to the type of the workpiece (work), and the workpiece is placed on a pallet on which the workpiece is placed. A number setter for setting a number is provided, the setting state of the number setter is detected, and a machining program corresponding to the type of the object to be machined corresponding to the number is selected, and the machine tool is based on the selected program. Was configured to be operated to perform processing. With this configuration, it is possible to automatically change the operation program when performing high-mix low-volume production.

However, in this conventional work discriminating device for a machine tool, when the dial provided on the work number setting device is rotated, the rod slides along with the rotation, and the operator rotates the dial knob. Then, if the work number is set, the rod slides and projects by the amount of rotation that the dial knob rotates in response to the work number setting operation, and the work number is detected by detecting the projection amount of the rod. Was configured into. Since it is configured in this way, the protruding amount of the rod is slightly different between the setting state of a certain work number and the setting state of the adjacent work number that is one difference from that work number, and both It becomes difficult to accurately detect and identify, and there is a possibility that a detection error may occur between the two. That is, in this conventional work discriminating apparatus, if the operator sets the type of the object to be processed by the setting device, the set state is converted into a mechanical displacement amount such as the length of the rod, and the mechanical displacement amount is calculated. Since the type of the object to be machined is not indirectly discriminated by the detection, an inconvenience that accurate discrimination cannot be made occurs.

On the other hand, in the case of the game board manufacturing facility device, as described above, the plate-like member which is the object to be machined flowing along the manufacturing line is the machining process by the router machine, the automatic nailing process, and the screw. It is necessary to pass through a plurality of processes such as a stopping process. For example, in the case where a nail is struck in an improper place due to a misjudgment of the type of the workpiece in the nailing process, For example, in the screw fastening process, no matter how much the type of workpiece is properly discriminated, not only does the inconvenience that a nail driven into an inappropriate location interferes with screw fastening at an appropriate location In the worst case, however, there is a drawback in that the nail driven into the improper portion and the screw stop portion of the screw stop device may collide with each other and the screw stop device may be easily damaged. That is,
In the case of a game board manufacturing facility device, an object to be processed flowing along a production line must pass through a plurality of processing steps, and one processing step of the plurality of processing steps should be performed. If the type of the object is erroneously determined, there is a disadvantage that it adversely affects the processing steps performed after that step. Therefore, the game board is processed through a plurality of processing steps. In the case of manufacturing equipment, there should be no misjudgment of the type of the object to be processed.

In addition, in the case of a game board manufacturing facility apparatus which processes through a plurality of such processing steps, a pallet or the like for mounting a plate-shaped member which is an object to be processed is placed in a certain processing step. In some cases, it may be more convenient not to have the mounting member because the member may be an obstacle or bulky. However, in the case of the work discriminating device of the machine tool described above, since the pallet is provided with the work number setting device, it is impossible to discriminate the type of the workpiece without the pallet,
The drawback is that there is a constraint that the work piece must always be transported with the pallet.

Further, in the case of the game board manufacturing facility device, in the various processing steps described above, the production line is unmanned depending on the order of which processing step precedes which processing step. It is difficult to automate the process. Also, in the screw fixing process of fixing the mounting member to be mounted on the game board surface with the screw, the mounting member may be displaced from the regular mounting position during transportation. However, even if a screw stopper is provided at a regular position, there is no screw stopper hole at that position, which may cause a problem that screw fixing cannot be performed.

The present invention has been conceived in view of such circumstances, and an object thereof is to discriminate a type of an object to be machined, which is particularly required in the manufacture of a game board, in which processing is performed through a plurality of machining steps. It is an object of the present invention to provide a game board manufacturing facility device capable of improving accuracy, performing a plurality of types of processing in an optimal order in automating the manufacture of a game board, and further performing favorable screwing of mounting parts. .

[0011]

The present invention relates to a game board manufacturing facility device for manufacturing a game board of a ball game machine by processing a plate member while moving it along a production line in line production. There are a plurality of types of processing means for performing processing on the plate-like member that is moved along the production line, and a control program for operating the processing means. Storage means for storing a plurality of types of operation programs corresponding to the type of board, and provided on the plate-shaped member that is the processing target, it is possible to specify the type of game board to be manufactured by processing the plate-shaped member The identification data recording body recording the identification data, the data reading means for reading the identification data itself recorded by the identification data recording body, and the data stored in the storage means based on the read information of the data reading means. hand A plurality of types of operation programs, a selection means for selecting a corresponding operation program, and a drive control means for driving and controlling the processing means based on the operation program selected by the selection means. The means is a veneer sticking machine for sticking a veneer for decorating the surface of the game board, and is arranged on the lower side of the production line than the veneer sticking machine, and is for nailing position regulation on the veneer surface. A nailing position defining device that forms a recess, a router machine that is disposed on the lower side of the production line than the nailing position defining device, and that cuts the plate-shaped member, and a lower production line than the router machine. A nailing machine disposed on the side and provided with an obstacle nail protruding from the surface of the decorative plate,
An automatic screw fastening device is provided which is disposed on the lower side of the production line than the nailing machine and is fixed to the gaming board surface with a screw. A positioning fitting portion for fitting the formed fitting portion to position the mounting component is formed, and the automatic screw stopper is provided in a state where the positioning fitting portion is positioned. It is characterized in that screws are fixed by.

[0012]

According to the present invention, an identification data recording body for recording identification data capable of specifying the type of game board to be manufactured by processing the plate-shaped member is provided on the plate-shaped member which is the object to be processed. The identification data itself recorded by the identification data recording body is read by the data reading means. Then, based on the read data read by the data reading means,
A corresponding operation program is selected from a plurality of types of operation programs stored in the storage means, and various processing means are drive-controlled based on the selected operation program. Then, the decorative plate is attached to the plate-shaped member flowing through the production line by the decorative plate attaching machine, and after the attaching of the decorative plate, the concave portion for nailing position defining by the nailing position defining device has the above-mentioned makeup. It is applied to the plate surface, and after the formation of the recessed portion, the cutting process is performed by the router machine, and after the cutting process, by the nailing machine,
The process of providing the obstacle nail is performed, and after the process of providing the obstacle nail, the screw fixing of the attachment component is performed by the automatic screw stopper. And, this fitting part is formed with a fitting part for positioning for fitting the fitting part formed on the front surface side of the game board to position the fitting part. In the state where the positioning is performed by, the screw fixing is performed by the automatic screw fixing device.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Generally, if the manufacturing and processing steps of a game board are subdivided, a step of attaching a decorative plate to the surface of a plate-shaped member of material, a step of cutting the plate-shaped member into a desired shape,
The step of deciding the position to hit the nail using the gauge plate, the step of hitting the nail at a predetermined position, the step of mounting the windmill, the step of arranging the winning device in a predetermined position, the arranged winning device is fixed by, for example, a screw. It can be divided into a process, a process of installing a guide rail, and the like.

FIG. 1 is a block diagram showing a flow of a manufacturing process of a game board according to an embodiment of the present invention, and this manufacturing process includes the above-mentioned processes. FIG. 2 shows a state in which the plate member 2 is fixed on the moving table 1 and the bar code 3 is attached to one end side surface of the plate member 2.
An outline of a game board manufacturing process according to an embodiment of the present invention will be described with reference to FIGS. 1 and 2.

First, in step 1, the plate member 2 is fixed on the moving table 1. This fixing is performed by, for example, the plate member 2
Is fixed by positioning fixing pins 4 and 5. The positioning fixing pin 4 is a pin projecting to the upper surface of the moving table 1, and the positioning fixing pin 5 is a screw-like member that is screwed onto the moving table 1 from above the plate-shaped member 2 through the plate-shaped member. It is a pin.

Moving table 1 to which plate-like member 2 is fixed
Is mounted on the moving rails 6a and 6b and fixed by table fixing pins 7a and 7b. Then, by moving the moving rails 6a and 6b, the moving table 1 also sequentially moves, and the plate-shaped member is subjected to the following processing in accordance with the movement, and the game board is manufactured.

In step 2, a bar code 3 as an example of an identification data recording body showing identification information for identifying the shape of the game board to be manufactured is attached. The sticking position of the barcode 3 is
For example, it is a part of one side surface of the plate-like member 2 that is not cut by a router machine described later.

Then, in the next step 3, the bar code 3 is read and the read bar code (identification information).
Is given to the control means (described later). In the control means,
Based on the bar code 3, the operation program of the processing machine that executes the following steps is selected, and the drive of the processing machine is controlled based on the selected operation program. This is the feature of this embodiment.

Explaining each step, in step 4, based on the bar code 3 read in step 3, the bar code 3 among a plurality of operation programs built in the control device of the decorative sheet sticking machine. The operation program corresponding to is selected. The control device drives and controls the decorative plate sticking machine according to the selected program, and sticks a predetermined decorative plate to the plate member.

Similarly in the following steps, in the control device of each processing machine, an operation program corresponding to the bar code 3 read by the bar code reader is selected, and each processing machine processes according to the selected operation program. Do. That is, in step 5, a pin hole for positioning a decorative member, a winning device, etc., and a screw guide hole for screwing a screw in to fix a screw are formed at predetermined positions. Process 6
Then, a predetermined gauge original plate is selected according to a program, and the nailing position is defined using the original plate. In step 7, the router machine cuts the plate member 2 into a desired shape. In step 8, nails are driven into the nailing positions defined in step 5. In step 9, the wind turbine is attached at a predetermined position. In step 10, the winning device is placed at a predetermined position. In step 11, a guide rail surrounding the board surface of the game board is attached. In Step 12, Step 10
The winning device arranged at is fixed by screws.

As described above, in this embodiment, the bar code 3 is read in the step 3, and the processing machine that executes the processing in each of the steps 4 to 12 has the operation program corresponding to the read bar code 3. Controlled by.

FIG. 3 is a diagram showing the relationship between the contents of the bar code and the type (model) of the game board corresponding to the bar code. For example, the bar code “120536” represents the model “ABC”. Similarly, the barcode "30258
"1" is model "LMN" and barcode "746821"
Represents the model “XYZ”.

FIG. 4 is a block diagram showing the configuration of an embodiment of the present invention. Referring to FIG. 4, the bar code reader 9
The identification information (bar code) is read from the bar code 3 attached to the plate member 2. The read identification information is given to the drive control means 10. The drive control means 10 is an input / output (I / O) interface 101, C.
The PU 102, the ROM 103, the RAM 104 and the like are included. Here, the I / O interface 101 is for adapting the input / output signal to the signal of the CPU 102. The CPU 102 reads the operation program stored in the ROM 103 and executes arithmetic control according to the operation program. That is, the barcode reader 9
When certain identification information (bar code) is entered from
U102 stores the operation program corresponding to the information in the ROM1.
Read from 03. Then, the processing means 11 is drive-controlled based on the read operation program.

Here, the processing means 11 is, for example, a decorative plate sticking machine for sticking a decorative plate in step 4 of FIG. Further, in step 5, a multi-axis ball plate in which pin holes and the like are formed at predetermined positions of the plate member.

As described above, as the processing means 11, a decorative plate sticking machine, a multi-axis ball plate, a router machine, a nailing machine, a windmill mounting machine, a prize winning device arranging machine, an automatic screw, which executes the processing for each process. Stop devices are applicable.

A plurality of drive control means 10 for driving and controlling these processing means 11 may be provided corresponding to each processing means, or a single drive control means, such as a host computer, may be used for each processing means. Can be commonly drive-controlled. The ROM 103 constitutes a storage means for storing a plurality of types of operation programs corresponding to the type of game board to be manufactured, which is a control program for operating the processing means.
The bar code 3 constitutes an identification body that is provided corresponding to the plate-shaped member that is the object to be processed, and that can identify the type of game board to be manufactured by processing the plate-shaped member.
The bar code reader 9 constitutes a reading means for reading the identification body. Further, the CPU 102 constitutes selection means for selecting a corresponding operation program from a plurality of types of operation programs stored in the storage means based on the read information of the reading means.

FIG. 5 is an illustrative view showing a storage area of the ROM 103 shown in FIG. In the storage area of the ROM 103,
A plurality of operation programs A, B, C are stored. An index code is attached to each operation program A, B, C. This index code is
It corresponds to any of the bar codes described above.

FIG. 6 is a flow chart for explaining the operation of the embodiment shown in FIG. The operation of this embodiment will be described mainly with reference to FIG. 6 and with reference to FIGS.

When the operation of the game board manufacturing apparatus is started, it waits for a bar code input from the bar code reader 9. When there is an input, the CPU 102 searches the index code in the ROM 103 with the input bar code.
If there is an index code corresponding to the input barcode, the operation program corresponding to the index code is executed. For example, when the bar code reader 9 inputs the bar code “120536”, C
The PU 102 finds "120536" in the index code of the ROM 103. Then, the operation program A corresponding to this index code “120536” is executed.

Now, as an example, it is assumed that the processing means 11 is a router machine and the drive control means 10 is drive control means provided corresponding to the router machine. At this time, by executing the operation program A, the plate-shaped member 2 (see FIG. 2) is cut at a predetermined outer peripheral portion by the router machine so as to become a game board of the model “ABC”, and also a predetermined A winning hole or the like is formed at the position.

The same control operation is performed when the processing means 11 and the drive control means 10 are other processing machines and drive control means, and processing is performed so as to be a game board of a model corresponding to the bar code.

In the above embodiment, the bar code reader 9 reads the bar code 3 as an identification body attached to the plate-shaped member 2 to read the ROM 1 of the drive control means 10.
A desired operation program is selected from among a plurality of operation programs built in 03. However, the identification data recording body is not limited to the barcode 3 and may be formed in different shapes according to the type of game board. In this case, instead of the barcode reader 9, the shape reading device for reading the identification data from the shape of the identification data recording body constitutes the data reading means.

Further, the data reading means may be configured by using an optical reading device font (OCR font) instead of the bar code 3 and by using an optical character reading device (OCR) instead of the bar code reader 9.

Next, with reference to FIGS. 7 to 14, Step 6, Step 7, Step 8, Step 9, Step 10 and Step 12
A specific example of the processing means 11 used in 1. will be briefly described with an example.

FIG. 7 is a view showing a nailing position defining device used in step 6, and FIG. 7A shows a nailing position defining device 7 in particular.
0 is a front view, and FIG. 7B is an enlarged view of a nailing position defining portion. In the figure, the nailing position defining device 70 is a plate-like member 2
A base 71 for mounting the moving table 1 (see FIG. 2) on which is mounted is provided. For example, a groove is formed in the base 71 so as to stop the moving table 1 at a predetermined position. A push plate 73 is arranged corresponding to the base 71. The push plate 73 is connected to the piston 74. The piston 74 moves up and down inside the cylinder 75. This up and down is done by a hydraulic pump 76. A predetermined gauge original plate 78 is fixed to the lower surface of the push plate 73 so that the transfer pin 77 faces downward. Therefore, when the push plate 73 moves downward, the plate member 2 placed on the base 71 is provided with a hole defining the nailing position.

The reason why the hole for defining the nailing position is previously formed in the plate member 2 is as follows. A decorative plate 2A made of, for example, melamine is attached to the surface of the plate member 2 in step 4 (see FIG. 1).
Therefore, when a nail is directly hit on the surface of the plate-shaped member 2, the tip of the nail slips and the position at which the nail is driven is easily displaced, or when the nail is vigorously driven, the melamine decorative board 2A is cracked. Inconvenience such as occurrence occurs. Therefore, holes are formed in advance to prevent this. Further, if the nail driving position is defined in advance by the gauge original plate 78, the operation program of the nail driving machine described later is simplified (the program for defining the nail driving position is omitted in the operation program of the nail driving machine. There is also the advantage that it is possible.

FIG. 8 is a perspective view of an example of a router machine used in step 7 (see FIG. 1). In the figure, the router machine 80 has a horizontal base 81 and a vertical base 82, a moving bed 83 is provided on the horizontal base 81, and a moving head 84 is provided on the vertical base 82. The moving bed 83 is mounted on the moving table 1 to which the plate-like member 2 is fixed, and is moved in the horizontal direction (X axis, Y direction).
Can be moved in the axial direction). In addition, the moving head 8
4 is a drill 85 for cutting the plate member 2.
Is fixed, and the moving head 84 moves in the vertical direction (Z
Can be moved in the axial direction). Therefore, the plate-shaped member 2 is cut into an arbitrary shape by the moving bed 84 and the moving head 84 to which the drill 85 is fixed. Note that chips and the like generated when the plate member 2 is cut by the drill 85 are sucked up by the dust collecting pipe 86, so that dust is not generated.

In the router machine 80 shown in FIG. 8, a maximum of four plate-shaped members 2 can be simultaneously processed. The number of sheets that can be processed at the same time can be changed as needed.

FIG. 9 is a front view showing an example of a nailing machine used in step 8. The nailing machine 90 includes a nail storing and supplying mechanism 91 including a nail tank 911, a nail feeding mechanism 92 including a vibrator 912 for selecting a length of a nail, a nailing mechanism 93,
This is a configuration including a work table 94 that is slidable in the horizontal direction and an operation panel 95 provided with various operation switches and the like. The detailed structure and operation of such a nailing machine 90 are described in detail, for example, in Japanese Patent Application No. 57-76094 filed by the applicant of the present application, and therefore detailed description thereof will be omitted. The driving of the nail driving machine 90 is also controlled by the drive control means 10 in principle, like the above-mentioned machines.

FIG. 10 is a perspective view showing an example of the wind turbine mounting machine used in step 9. In the figure, the moving bed 1
11 is movable in the horizontal direction (X-axis, Y-axis direction).
The plate-shaped member 2 fixed to the moving table 1 is placed on the moving bed 111 and processed. Windmill mounting machine 1
The 10 is equipped with two types of parts feeders. 1
One is a nail parts feeder 112, and the other is a windmill parts feeder 113. Windmill parts feeder 113
Windmills (decorated cars) are sent in sequence from. The nails sequentially fed from the nail part feeder 112 are inserted into the center of the fed windmill and driven into a predetermined position of the plate-shaped member 2.

FIG. 11 is a perspective view showing a state in which attachment parts such as a decorative member and a winning device are arranged at predetermined positions of the plate member 2. That is, the decorative member 121 is attached in correspondence with the variable display member attachment hole 2a of the plate member 2. Further, a winning device 122 and a decorated winning device 123 are arranged corresponding to each winning hole 2b. This placement is performed by, for example, a winning device placement robot.

FIG. 12 is a perspective view showing a part of the rear surface side (mounting surface side) of the decorative winning device 123 used in FIG. 13 (A) and 13 (B) are cross-sectional views showing a procedure for attaching the decorative winning device 123 to the surface of the plate-shaped member 2. In the figure, on the back side of the decorative winning device 123, a positioning pin 123a which is an example of a positioning fitting portion is provided.
Are formed. Further, on the surface of the plate-shaped member 2, a pin hole 2c, which is an example of a fitting portion that fits with the positioning pin, is formed in step 5 (see FIG. 1). Therefore, for example, when arranging the decorative winning device 123 on the surface of the plate-shaped member 2, if the positioning pin 123a and the pin hole 2c are arranged so as to be fitted to each other, the arrangement position of the decorative winning device 123 is displaced. Can be placed accurately without.

FIG. 14 is a perspective view showing a manner of fixing the winning device with screws in the step 12 which is the final step of this embodiment. The screw fixing is performed by, for example, the automatic screw stopper 140. In the automatic screw stopper 140, screws are automatically sent from the parts feeder 141 to the driver 142 portion. That is, the driver 142
Screws are sent from above to below the cylindrical body 143 surrounding it. Then, the screw thus sent is held by the screw pressing portion 144 at the tip of the tubular body 143 with the screw portion of the screw directed downward. The screw thus pressed is screwed into a predetermined position by the rotation of the driver 142.

The automatic screw stopper 140 is also controlled by the drive control means 10 which performs control operation according to the operation program corresponding to the bar code, like the above-mentioned processing means. That is, the barcode 3 attached to a part of the side surface of the plate member 2 is read by the barcode reader 9. The operation program corresponding to the read bar code is selected (see the explanation of FIG. 4).

FIG. 15 shows an example of a game board manufacturing facility device according to the present invention, and is a perspective view showing the whole game board manufacturing process in which each processing means and drive control means are combined. In the figure, the manufacturing process flows along the production line indicated by arrow 150. According to the flow of the manufacturing process,
5 will be explained.

First, the plate member 2 which is a material for the game board is read from the parts warehouse 151. As described above, the plate member 2 is fixed on the moving table 1, and the barcode 3 is attached to the side surface of the plate 2 by the barcode attaching machine 152 (see FIG. 2). Next, the barcode 3 is read by the barcode reader 9a, and the decorative plate sticking machine 153 sticks a predetermined decorative plate on the surface of the plate-shaped member 2 in accordance with the read barcode. Further, the multi-axial ball plate 154 forms a necessary hole on the surface of the plate member 2, for example, a pin hole 2a for fitting a pin of a decorative member (see FIG. 13). Next, a predetermined gauge original plate is taken out from the gauge original plate automatic warehouse 155 based on the operation program selected corresponding to the bar code information, and the nailing position defining device 70 defines the nailing position. Decorative plate sticking machine 153 in the above process
The multi-axis ball plate 154 and the nailing position defining device 70 are controlled by the terminal control device 156.

Next, when the process proceeds, the bar code reader 9b
The bar code 3 is read by and the read bar code is given to the terminal control device 157. The terminal control device 157 controls the router machine 80. And
The plate-shaped member 2 is cut into a predetermined shape by the router machine 80.

Next, the barcode 3 is read by the barcode reader 9c, and the read information is given to the terminal control device 158. Then, the nail driving machine 90 is controlled by the terminal control device 158, and the nail is driven on the surface of the plate-shaped member 2.

Further, the bar code is read by the bar code reader 9d, and the read bar code is the terminal control device 1.
Given to 59. Then, the terminal control device 159 executes a predetermined program according to the read barcode,
The wind turbine mounting machine 110 is drive-controlled. And the plate-shaped member 2
A windmill is attached to the surface of.

Next, on the surface of the plate-like member 2, a decorative member, a winning device, etc. are arranged. In this arrangement, the pins formed on the decorative member or the winning device as described above and the pin holes formed on the game board surface are fitted to each other and are accurately arranged at a predetermined position.

A guide rail is attached to the plate member 2 on which the decorative member and the winning device are arranged. Then, the bar code is read by the last bar code reader 9e, the read bar code is given to the terminal control device 160, and the terminal screw control device 160 is operated by the terminal control device 160.
When 0 is controlled, the screw is screwed into a predetermined position, and the decorative member and the like are fixed.

The game board manufactured in this way is temporarily stored in the automatic product warehouse 161 and moved to the next step.

In the manufacturing process shown in FIG. 15, the terminal control devices 156, 157, 158, 159 and 160 are connected to the host computer 200 via the transfer line 201. Therefore, the host computer 200 can comprehensively control this manufacturing process. Note that each terminal control device can be used as an independent control device without using such a host computer.

Further, the bar code readers 9a to 9e are provided at five places so that the bar codes read by the bar code readers 9a to 9e are given to the respective terminal control devices. For example, the bar code reader 9a read by the first bar code reader 9a. The code may be given to the terminal control devices 156, 157, 158, 159 and 160, respectively.

FIG. 16 is a block diagram of the control-related circuit shown in FIG. FIG. 17 is an example of the host computer 200 shown in FIG. 16, and is a specific perspective view. FIG. 18 is a diagram showing an example of print contents ejected from the printer 240 of the host computer 200. 16 to 18, a host computer 200 generally has a host CPU 210 as a center, a display 220 for displaying information, a keyboard 230 for inputting data and the like, and a printer 24 for printing data and the like.
Including 0. Data for modifying or changing control data can be given to each terminal control device from the keyboard 230. For example, as shown in FIG. 17, the display 220 can display the number of manufactured units for each processing means, and the printer 240 can print the content. Therefore, each terminal control device is connected to such a host computer 2
If it is controlled in common with 00, management of the game board manufacturing process can be performed more conveniently.

[0056]

According to the present invention, the identification data recording body provided on the plate member records the identification data capable of specifying the type of game board to be manufactured by processing the plate member. The identification data recorded by the identification data recording body is read by the data reading means, and the operation program that matches the type of the object to be processed is selected based on the read data. Since it is directly read, occurrence of reading error can be prevented as much as possible, an appropriate operation program can be selected based on correctly read identification data, and an operation program incorrectly selected in a certain machining process can be selected. It is possible to prevent the inconvenience of adversely affecting the subsequent processing steps due to the incorrect processing based on the incorrect processing.

Further, since the decorative plate is first attached before the nailing position is defined and the router processing is performed, a recess for defining the nailing position is formed on the surface of the laminated decorative plate. In addition, it is possible to combine the attached decorative plate and the plate-shaped member and perform router processing at the same time, which enables rational processing suitable for automation. Further, after the concave portion for defining the nailing position is formed, the nail is automatically provided by the nailing machine in accordance with the concave portion, so that the inconvenience that the position of the nail deviates from the regular position can be prevented as much as possible. Further, for example, when a process of fixing a mounting part to the game board with an automatic screwing device and then providing a nail with a nailing machine is performed, the already mounted mounting part and the nailing part of the nailing machine are May collide with each other, good nailing may not be performed, and the attached and fixed attachment parts may be damaged. However, in the case of the present invention, the step of providing the nail by the nailing machine is completed. After that, since the mounting parts are fixed with screws, it is possible to prevent the above-mentioned inconvenience from occurring as much as possible.

Moreover, with the automatic screw-fastening device fixed with screws, the fitting portion formed on the front surface side of the game board and the positioning fitting portion formed on the mounting component are fitted and positioned. Therefore, it is possible to prevent the mounting parts from being displaced during transportation, and it is possible to prevent the inconvenience that screw fixing is not performed due to the displacement.

[Brief description of drawings]

FIG. 1 is a block diagram showing a flow of manufacturing steps of a game board according to an embodiment of the present invention.

FIG. 2 is a perspective view showing a state in which a plate member is fixed on a moving table and a bar code is attached to one side surface of the plate member.

FIG. 3 is a diagram showing a relationship between the contents of a bar code and the type (model) of the game board corresponding to the bar code.

FIG. 4 is a configuration block diagram used in an embodiment of the present invention.

5 is an illustrative view showing a storage area of a ROM shown in FIG. 4. FIG.

FIG. 6 is a flowchart for explaining the operation of the embodiment shown in FIG.

FIG. 7 shows a nail driving position regulating device, (A) is a front view thereof, and (B) is a partially enlarged view thereof.

FIG. 8 is a perspective view showing an example of a router machine.

FIG. 9 is a front view showing an example of a nail driver.

FIG. 10 is a perspective view showing an example of a wind turbine mounting machine.

FIG. 11 is a perspective view showing a manner in which a decorative member and a winning device are arranged at predetermined positions on a plate member.

FIG. 12 is a perspective view showing a part of the rear surface side (mounting surface side) of the decorative winning device.

FIG. 13 is a cross-sectional view showing a procedure for attaching the decorative winning device to the surface of the plate-shaped member.

FIG. 14 is a perspective view showing a usage state of the automatic screw stopper.

FIG. 15 is a perspective view showing a game board manufacturing facility apparatus according to an embodiment of the present invention.

16 is a block diagram of the controller shown in FIG.

FIG. 17 is a perspective view showing an example of a host computer.

FIG. 18 is a diagram showing an example of print contents printed by a printer of a host computer.

[Explanation of symbols]

2 is a plate-shaped member, 3 is a bar code, 9 is a bar code reader, 10 is a drive control means, 11 is a processing means, 70 is a nailing position defining device, 80 is a router machine, 90 is a nailing machine, 1
10 is a windmill mounting machine, 140 is an automatic screw stopper, A, B, C
Indicates a plurality of different operation programs, and 150 indicates a production line.

Claims (8)

[Claims] 1. A game board manufacturing facility device for manufacturing a game board of a ball game machine by processing a plate-shaped member while moving the plate-like member along the production line. Types of processing means for performing processing on the plate-shaped member that is moved as a whole, and a plurality of types corresponding to the type of game board to be manufactured, which is a control program for operating each processing means And a storage means for storing the operation program, and identification data provided on the plate-shaped member which is an object to be processed and which records identification data capable of specifying the type of game board to be manufactured by processing the plate-shaped member. A data recording body, data reading means for reading the identification data itself recorded by the identification data recording body, and a plurality of types of operation programs stored in the storage means based on the read information of the data reading means. A selection means for selecting a corresponding operation program from the ram, and a drive control means for driving and controlling the processing means based on the operation program selected by the selection means, wherein the various processing means are game boards. A veneer pasting machine for pasting a veneer for decorating the surface, and a nail arranged on the lower side of the production line than the veneer pasting machine and forming a concave portion for defining a nailing position on the veneer surface A hammering position regulating device, a router machine provided on the lower side of the production line than the nailing position regulating device, for cutting the plate-like member, and a router machine provided on the lower side of the production line than the router machine. , A nailing machine provided with an obstacle nail projecting from the surface of the decorative plate, and a screwing fixture for fixing a mounting part which is arranged on the lower side of the production line than the nailing machine and which is mounted on the game board surface Including an automatic screw stopper, the mounting part, a fitting part for positioning for fitting the fitting part formed on the game board surface side to position the mounting part is formed, A gaming board manufacturing facility device, wherein screwing is performed by the automatic screwing device in a state where the positioning fitting portion is positioned. 2. The game board manufacturing facility device according to claim 1, wherein the identification data of the identification data recording body is represented by a bar code, and the data reading means is a bar code reader. 3. The identification data recording body, wherein the identification data is represented by a font for an optical reading device, and the data reading means is an optical character reading device. Equipment for the production of game boards. 4. The game board manufacturing facility apparatus according to claim 1, wherein the identification data recording body is a sticker on which information for selecting the operation program is displayed. 5. The game board manufacturing facility apparatus according to claim 1, wherein the identification data recording body is a printed matter in which information for selecting the operation program is printed on the plate-shaped member. 6. The identification data recording body is a concavo-convex identification data recording body in which concavities and convexities encoding information for selecting the operation program are provided on the plate-shaped member. 1. A game board manufacturing facility device according to 1. 7. The game board manufacturing facility device according to claim 1, wherein the drive control means is a plurality of drive control means provided corresponding to the plurality of processing means, respectively. 8. The game board manufacturing facility device according to claim 1, wherein the drive control means is a single drive control means for commonly controlling the plurality of processing means.