JP3077333B2 - Taima ball rental machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ball-to-ball rental machine for performing data communication with an island-side controller including a change machine and a collecting device installed at one end of a pachinko island. The present invention relates to a ball-to-ball rental machine in which a plurality of units are connected to one island end controller.

[0002]

2. Description of the Related Art FIG. 8 shows an island-end controller 1 in a pachinko island connected by a conventional star system, and n inter-ball ball rental machines 2.1 to 2.. n is indicated. As shown in FIG. 8, a pachinko island constituted by a plurality of pachinko machines in a pachinko parlor generally includes one island edge controller 1 and
Plural inter-ball rental machines 2.1 to 2. installed for some pachinko machines. n. Then, the island end controller 1 and each of the betting machine lending machines 2.1 to 2.. n are connected by dedicated transmission lines 3, respectively, and are controlled by the island end controller 1. The operation state of n, the state of the balance, and the like can be monitored. In addition, Taima ball rental machine 2.1-2. Also, the power of n is often supplied from the island end controller 1 via the power supply unit 4. Furthermore, these tama ball rental machines 2.1-2. n
Is also connected to the computer 5 installed in the pachinko hall, so that sales information and the like for each date and time can be counted.

[0003] As described above, the island end controller 1 and each of the ball rental machines 2.1 to 2.. n are connected by the transmission line 3 and monitored, thereby enabling the inter-ball ball rental machines 2.1 to 2.. Since the state of n can be easily confirmed, it is possible to prevent problems such as insufficient balance of money, insufficient balls, or malfunction.

[0004]

However, in a large pachinko parlor, or for the purpose of reducing the number of island-side controllers monitored by employees, etc.
There is a tendency that the number of daima ball rental machines connected to one island end controller increases. In such a case, the number of transmission lines that connect the island end controller and the tama ball lending machine also increases, and wiring within the pachinko island becomes complicated. In addition, the island end controller side must also provide interfaces such as connectors that match the number of connected ball rental machines, and a large island end controller is required.
Problems such as installation area arise. In addition, even if there is a demand, if the number of interfaces is insufficient, it may be necessary to install a plurality of island edge controllers on one pachinko island.

In view of the above problems, the present invention simplifies the wiring of the transmission line connecting the island controller and the ball-to-table lending machine, and at the same time, monitors the platform monitored by one island controller. It is an object of the present invention to realize a tama ball lending machine that can easily cope with an increase in the number of tama ball lending machines installed.

[0006]

SUMMARY OF THE INVENTION The present invention relates to a pachinko island.
Mounting frame (10) to be installed and mounting on this mounting frame
Island controller
(1) and a unit connected via a transmission bus line (7)
Ball lending machine (2) for identifying the Taima ball lending machine
Address data is set and the address data is
The address device (42) sent to the main body is
It is installed and receives the above-mentioned address data.
Communication with the end controller via the transmission bus line
A control unit (51) for execution is installed in the main body, and
The body is removable from the mounting frame.
ing. Bus line connector connected to the transmission bus line
(41), the bus line connector and the
The connection connector (32) connected to the dressing device
Installed on the mounting frame and connected to the connector on the mounting frame
Connected connector (31) is installed on the main body
Become. Make sure that the address device and the bus line connector
A nectar board (40) is configured .

[0007] The above-mentioned main body is attached to such a tama ball lending machine.
Equipped with a guide device (35) for guiding to a predetermined position of the attachment frame
That it is desirable.

The address device is an address device that serially outputs address data based on a clock input. The address device includes an address setting unit capable of setting address data, and a parallel-serial conversion unit capable of serially outputting address data. It is desirable to use one having Further, the parallel-serial conversion unit is a parallel-serial conversion device capable of serially outputting parallel data based on a clock input, and a serial output unit that serially outputs parallel data by a clock signal included in the clock input; It is effective to employ a parallel-serial conversion device having a reset unit for resetting a serial output unit based on a reset signal included before or after a clock signal as an input.

[0009]

According to the invention, a bus line is employed.
Connection between the Taima ball rental machine and the island end controller
Since the transmission line is simplified, the wiring in Pachinko Island is
Significantly reduced, and the Shimabata controller for each Taima ball rental machine
It is not necessary to add an interface for connection with
You. In addition, the Taima ball rental machine consists of a mounting frame and a main body.
Since the body can be removed from the mounting frame,
Separate and remove the main unit without worrying about wiring such as bus lines
It can contribute to the improvement of maintainability. And
Address data is set to identify the betting machine
Addressing device is installed on the mounting frame and its address
Receiving address data from the dressing device
Controller that executes communication with the controller via the transmission bus line
Is installed on the main unit,
When the main unit is removed from the mounting frame and replaced
Even if the address device remains on the mounting frame side
This eliminates the need for resetting address data. Therefore,
If you forget to set address data that is likely to occur during maintenance,
Problems such as incorrect settings are prevented. In addition,
In order to monitor Daima ball lending machines at Laura,
Troubles based on monitoring data can be avoided.
You .

Since the main body is set at the predetermined position by the guide means for guiding the main body to the predetermined position of the mounting portion, the connecting portion between the main body and the mounting portion can be joined. In addition, problems such as breakage of the connector during attachment and detachment can be prevented.

[0011]

By using a device having a parallel-to-serial conversion unit capable of serially outputting address data set as parallel data in this addressing device, it is possible to connect the addressing device to the mounting unit of the ball-to-ball rental machine. The number of connection points in the connection portion or the connection portion between the attachment portion and the main body portion is reduced. Therefore, it is possible to prevent the address data from being unable to be read due to a connection failure at the connection point or the like, or a decrease in reliability such as a read failure. The serial output unit is reset by a reset signal included in a clock input prior to or subsequent to a clock signal used for converting parallel data into serial data, thereby further reducing the number of connection points. Therefore, the occurrence of the connection point failure as described above is prevented, and the connection portion is further simplified.

[0013]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 shows a table-to-ball rental machine 2.1 to 2.1 of this embodiment.
2. n is shown a state of being a connection island end controller 1. In the present example, n number of ball-to-ball rental machines 2.1 to 2..
n is the island end controller 1 by the common transmission bus line 7.
Are connected to each other through this transmission bus line 7. The state of n can be monitored. In addition, similarly to the conventional lima ball lending machine described above with reference to FIG. n is also supplied from the island controller 1. Also,
Each car lending machine 2.1 ~ 2. Aggregation of sales of n is performed by the computer 5 installed in the pachinko hall.

FIG. 2 shows an outline of the tama ball lending machine of the present embodiment. As shown in FIG. 2 (b), the betting machine 2 of the present embodiment includes a mounting frame 10 installed on a pachinko island and a main body 20 mounted on the mounting frame 10. An external connector board 40 connected to the transmission bus line 7 is provided below the mounting frame 10. The external connector board 40 is connected to the internal cable 3
3, the connection portion 30 is connected to the main body 20 side by a connection connector 32 on the mounting frame 10 side and a connection connector 31 on the main body 20 side. Therefore, the main body 20 can be removed without being conscious of the wiring such as the transmission bus line 7 or the internal cable 33, and replacement and maintenance of the main body 20 can be easily performed.

As shown in FIG. 2 (c), the front of the main body 20 is an operation surface of a tama ball lending machine. From the top, an operation display unit 21 indicating the operation state of the tama ball lending machine, a bill insertion unit 22 for inserting bills, a coin insertion unit 23 for inserting coins, a numeric display unit 24 for displaying the amount of money inserted, and the like, A coin return button 25 for requesting the return of coins and the like, a ball receiving port 26 for discharging a pachinko ball corresponding to the inserted amount,
A coin return slot 27 for discharging the returned coin is provided.

As shown in FIG. 2 (a), a bill outlet 28 for collecting bills sold in the tama ball lending machine and a coin outlet for collecting coins are provided on the back surface of the mounting frame 10. 29, and an external connector board 40 for connection to the transmission bus line 7 is provided. On the external connector board 40, in addition to the connector 41 to the transmission bus line 7, an address device 42 for identifying a betting machine is installed. Also, the connection connectors 31 and 32
A guide device 35 for mounting the main body 20 at a predetermined position of the mounting frame 10 is provided at the upper part of the mounting frame 10.

As described above, in the present example, the main unit 20 can be easily removed from the mounting frame 10 provided on the pachinko island, and therefore, regular maintenance and repair in the event of failure can be achieved. Etc. is easy. Also, since the addressing device 42 for identifying each inter-ball game machine is installed in the mounting frame 10 installed on the pachinko island, if the main unit 20 is replaced, the address data is forgotten to be set or set during maintenance. Can be avoided by mistake. Furthermore, since the guide device 35 is installed on the mounting frame 10 and the main body 20 in the tama ball lending machine of this example, the connection of the connection connectors 31 and 32 between the mounting frame 10 and the main body 20 can be performed accurately, and It can be done easily.

FIG. 3 shows details of the guide device 35 used in the tama ball lending machine of the present embodiment. FIG. 3 (a)
FIG. 3 is a cross-sectional view of a portion where the guide device 35 is mounted on the mounting frame 10 and the main body 20 of the betting machine.
(B) shows the bb cross section. The guide device 35 according to the present embodiment includes a projection 36 which is a plate member protruding substantially parallel to the rear surface 10b of the mounting frame 10 from the rear surface side of the side surface 20a of the main body, and a mounting frame from the vicinity of the rear surface 10b of the side surface 10a of the mounting frame. And a restricting portion 38 which is a plate member protruding in parallel with the bottom surface 10c of the main body. The projection 36 attached to the main body 20 has a slit-shaped notch 37 parallel to the bottom surface 10c. Therefore, when the main body 20 is mounted on the mounting frame 10, first, the restricting portion 38 mounted on the mounting frame 10 is guided along the notch 37, so that the main body 20 is mounted on the mounting frame 10.
At a predetermined position. Thereafter, the connector 31 of the main body is inserted into the connector 32 of the mounting frame. As described above, in the tama ball lending machine of this example, since the setting to a predetermined position is easy when the main body 20 is mounted, the connection between the connection connector 31 of the main body and the connection connector 32 of the mounting frame 10 is also made. Easy. Therefore, it is possible to prevent the occurrence of problems such as poor connection in the connection connectors 31 and 32.

FIG. 4 shows a mounting frame 10 of the present embodiment.
1 shows the configuration of the external connector board 40 installed in the external connector board. The external connector board 40 of this example includes a bus line connector 41 to which the transmission bus line 7 with the island end controller 1 is connected, an address device 42, and a data connector 4 to be connected to the computer 5 installed in the pachinko hall.
3 and a power supply connector 44 connected to the power supply 4. And this external connector board 40
Are connected to the connector 32 by an internal cable 33. Further, by connecting the connector 31 on the main body side to the connector 32, the connection between the ball rental machine and external devices is completed.

First, data transmission with the island controller 1 is performed by the transmission bus line 7, the external connector board 40, the internal cable 33, and the connectors 31 and 32 on the main body side.
Connected to 0. Inside the main body 20, the control unit 51 is connected via the connection connector 31 and the interface unit 52.
And the communication between the control unit 51 and the island end controller 1 is executed. At this time, the address data necessary for recognizing the tama ball lending machine is transmitted from the address device 42 connected to the external connector board 40 to the control unit 51 via the clock line 54 and the data line 53. . The data for counting counted by the control unit 51 is transmitted to the computer 5 installed in the pachinko hall by the counting pulse output line 55, the connectors 31 and 32, the internal cable 33, and the data connector 43.
Is transmitted to Then, power for driving the machine is provided from an external power supply device 4 to the power supply unit 56 of the main body 20 via the power supply connector 44, the internal cable 33, and the connection connectors 31 and 32.

As described above, in the tama ball lending machine of the present embodiment, the tama ball lending machine can be identified by using the address device 42 installed on the mounting frame 10, so that the maintenance and the Even at the time of exchange or the like, troubles such as forgetting to set address data can be prevented. Therefore, even when a plurality of ball-to-ball machines are connected by the bus line system as in this example, it is not necessary to use nerves for setting address data and the like as in the conventional star system. As described above, the tama ball lending machine of this example can be simplified by reducing the number of transmission lines. In addition, the number of interfaces with the tama ball lending machine can be reduced, and the size of the island controller can be reduced. At the same time, troubles such as troublesome maintenance and forgetting to set can be prevented.

As this addressing device 42, as conventionally employed generally, address switches 63a,
A device 42 'for connecting b to the direct connection connector 32 as shown in FIG. 5 can also be employed. However, in such a device, when two bits of address data are indicated by the number of bits, for example, two 4-bit data as shown in FIG. 5, eight connector connections are required. Therefore, the number of connection pins with the connection connector 31 of the main body increases, and it becomes difficult to mount the main body 20 to the mounting frame 10. Further, if there is a connection failure even at one pin, it is impossible to determine whether the circuit is in the ON state or the OFF state, and erroneous address data is transmitted to the control unit 51. As described above, in the address device in which the address switches 63a and 63b are directly connected, there is a problem that the number of connection pins increases and the reliability is low.

Therefore, in this embodiment, the address machine 42 capable of serially outputting the address data set as the parallel data to the address switches 63a and 63b to the control unit 51 of the main body 20 is used. ing.
That is, the number of connection pins with the main body 20 is reduced by serially transferring the address data, and the controller 51 can check the quality of the data transfer by continuously reading the header data.

FIG. 6 shows the address device 4 employed in this embodiment.
2 is shown. The address device 42 of the present example includes a parallel data setting unit 6 in which address data and the like are set.
0 and a parallel / serial conversion unit 70 that serially outputs the data set in the parallel data setting unit 60
And a power supply circuit unit 80. The parallel data setting section 60 includes a header data setting section 61 that can set 2-bit header data and an address data setting section 62 that can set address data. The header data setting portion 61 of the present example is composed of two bits, a ninth bit having the diode D1 and an eighth bit in an open state. As described above, the data in the header data setting portion 61 cannot be externally adjusted by a switch or the like. By determining the header data, it is determined whether the address data is normally transferred in the control unit 51. It is possible to determine whether or not.

The address data setting part 62 of this example is composed of 4
It is composed of two address switches 63a and 63b that can set bit address data. A two-digit BCD is used for each of these two address switches 63a and 63b.
By setting the code (0 to 99), the identification of the tama ball lending machine is performed. As described above, the parallel data setting unit 60 of the present example uses the header data of 9, 8
A total of 10 bits of parallel data of 7 bits to 0 bits can be set as bits and address data.

The parallel / serial conversion unit 70 can output these data set in the parallel data setting unit 60 as serial data. The parallel-to-serial conversion unit 70 of this example is a commonly used parallel / serial converter.
Instead of using a serial conversion IC, one decimal Johnson counter IC 71 is used. That is, the parallel-to-serial converter 70 of the present example outputs the pulse output terminals Q0 to Q0 based on the clock signal input to the clock terminal J14.
Johnson counter 7 that outputs pulses sequentially from Q9
1, a reset circuit 72 for supplying a clock signal and a reset signal to the Johnson counter 71, and a level conversion circuit 73 for level-converting parallel data serially output by a pulse output from the Johnson counter 71.

Such a parallel-to-serial conversion unit 70
First, the Johnson counter 71 outputs a one-shot pulse based on the clock signal from the terminal Q0 to the terminal Q9 in order. These terminals Q
The data 0 to Q9 are supplied to the header data setting section 61 and the address switches 63a and 63b corresponding to the 0 to 9 bits of the parallel data setting section 60 described above via the diodes D0 to D9. The output of each bit of the parallel data setting unit 60 is bundled and input to the level conversion circuit 73. For this reason, the data set in parallel is transmitted to the level conversion circuit 73 as serial data based on pulses output from the output terminals Q0 to Q9 corresponding to each bit as time passes. As this level conversion circuit 73, a saturation type pulse amplification circuit configured using a transistor T1 is used. With this circuit 73, the serial data input to the base of the transistor T2 is shaped and output from the collector.
The waveform of the address data transmitted to the control unit 51 is secured.

Further, the parallel / serial conversion unit 70
In, reset the Johnson counter 71,
The reset circuit 72 can perform the operation based on the clock input. In general, two wirings, a wiring for inputting a clock signal and a wiring for inputting a reset signal, are required. However, in this example, the clock signal and the reset signal can be supplied by one wire,
The number of connection pins has been reduced. The reset circuit 72 of this example uses a transistor T2 whose base input is pulled up via a resistor R2. The emitter of the transistor T2 is connected to a reset terminal J15 of the Johnson counter 71 via a capacitor C3. Further, a high potential Vcc is applied to the reset terminal J15 of the capacitor C3 via a resistor R4. ing. The collector of the transistor T2 is connected to the clock terminal J14 of the Johnson counter 71, and the high voltage Vcc is applied via the resistor R3. When the clock input input to the base of the transistor T2 is kept at a low level, the transistor T2 is turned off. Therefore, the capacitor C3 placed between the emitter and the reset terminal J15 of the Johnson counter 71 is charged via the resistor R4, and a reset signal is applied to the reset terminal J15.
When the clock input is not held at a low level, the base input is pulled up, so that the transistor T2 is turned on, the capacitor C3 is not charged, and the reset signal is not oscillated. On the other hand, when the clock signal is input to this clock input as a low-level one-shot pulse, the capacitor C3 is not charged to the specified voltage for a short time. And this transistor T2 operates as a saturation type pulse amplifier,
The amplified clock signal is supplied to the clock terminal J14 of the Johnson counter 71.

The power supply unit 8 of the address device 42 of the present embodiment
0 is a circuit capable of supplying 24 V, and a resistor R1
And a constant voltage circuit using a Zener diode ZD. Therefore, compared to a commonly used control power supply of about 5 V, a higher voltage can be supplied, and even if the main body 20 and the addressing device 42 are installed at a distance from each other, the normal operation is possible. Can be secured. Therefore, when using the address device of the present embodiment, as described above, the address device 42 does not have to be directly set on the external connector board 40 of the mounting frame 10, and the address device is located at a distance from the mounting frame 10. 4
It is also possible to install two.

FIG. 7 shows a clock input CIN input to the address device 42 of this embodiment and a data output DO output.
UT is shown. First, Johnson counter 71
Is reset, a low-level signal CQ0 for a fixed time (〜40 ms) is input. After that, for a certain time (~ 80
After the high-level signal (ms), a one-shot low-level clock pulse CQ1 is input. As a result, only the pulse output terminal Q0 of the Johnson counter 71 goes high. Since the 9 bits of the header data setting section 61 to which this signal is supplied are in the ON state, a high-level signal is output from the parallel data setting section 60. Next, a one-shot low-level clock pulse CQ2 is input. As a result, the pulse output terminal Q0 of the Johnson counter 71 goes low, and only the output terminal Q1 goes high. Therefore, since the 8 bits of the header data setting section 61 to which this signal is supplied are open, a low level signal is output from the parallel data setting section 60. Similarly, the clock pulse CQ
When 3 is input, only the output terminal Q2 becomes high level,
This signal is supplied to the address data setting part 62-7.
The state of the bit is output from the parallel data setting unit 60. As described above, the header data and the address data set in the parallel data setting unit 60 are sequentially and serially output by the clock pulses CQ1 to CQ9. Further, in the address device 42 of the present example, the clock pulse CQ10 is further input and the output terminal Q
By setting 0 to a high level, 9 bits of header data are output. The header data can be read correctly, and the read address data is a BCD code, so that it can be determined whether or not the address data has been read correctly. Of course, by reading again and comparing the read data, more reliable confirmation is possible.

As described above, the table-top ball lending machine of the present embodiment has a bus connection to the island end controller, and simplifies the wiring for connecting the individual table-top ball rental machine and the island end controller as in the prior art. It is possible to Further, there is no need to install many interfaces on the island controller, and the island controller can be downsized and the installation area can be reduced. And, in the tama ball lending machine of this example, an address device for identifying each tama ball lending machine is provided, and the address device is installed on the main body side by installing the address device on the mounting frame side. In such a case, it is possible to prevent a problem such as a setting failure at the time of maintenance or replacement of the main body, which is likely to occur in the case of the above. Furthermore, the address device of this example uses a parallel-to-serial conversion circuit to reduce the number of connection points between the address device and the main body, thereby preventing malfunctions and erroneous identification caused by poor connection and the like. ing. In addition, the parallel-serial conversion circuit of this example is realized by an inexpensive Johnson counter, and is further inexpensive and employs a reset circuit that supplies a clock signal and a reset signal to one clock input. A highly reliable circuit has been realized.

In this embodiment, a bus line is used as a transmission line with the island end controller. However, it is of course possible to use a bus line in connection with a computer set in a pachinko hall. . Also,
The address device of the present example includes, as an example, header data,
Although the address data can be set, an address device that can set only the address data may be used. In addition, although a two-digit BCD code is employed as address data, it is of course possible to employ a hex code. Further, it is possible to set address data of three digits or more. Even in such an address device having a large number of digits, it is only necessary to increase the number of address switches by using the parallel-serial conversion circuit of the present example, and it is not necessary to increase the number of connection pins. Therefore, it is easy to cope with a case where a large number of lending machines are used.

[0034]

According to the present invention, there is provided a mounting device installed on a pachinko island.
Frame, and a body attached to this mounting frame,
Connected to the island controller via transmission bus line
A tama ball lending machine for identifying the tama ball lending machine.
Address data is set and the address data is
The addressing device to be sent to the body is installed on the mounting frame
At the same time, receiving the address data
Communication with the controller via the transmission bus line.
Control unit is installed on the main unit, and the main unit is
It is characterized in that it can be removed from it.

According to the present invention, the following effects can be obtained.
I do.  Because a bus line is used, Taima ball rental
Simplifies the transmission line connecting the machine to the island controller
Wiring on pachinko islands is greatly reduced,
In addition, the island end controller has an interface for connecting with each
This eliminates the need for additional interfaces.  Taima ball rental machine
Consists of the mounting frame and the main body, and the main body is removed from the mounting frame.
Can be used, so that the main unit of the
It can be separated and removed without worrying about the wiring of the
Contributes to the improvement of performance.  To identify Taima ball rental machines
Address device where the address data of
And the address from the address device
Receives data and transmits communication with island controller
Control unit that runs through the
The main unit from the mounting frame for maintenance
Address device, even if it is
Is left on the mounting frame side, so reset the address data.
No need to set. Therefore, it is likely to occur during maintenance
Failures such as forgetting to set address data and incorrect settings are prevented.
Is stopped. In addition, at the island end controller,
Monitoring based on incorrect address data.
Troubles can be avoided.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing a state in which a tama ball lending machine according to an embodiment is connected to an island end controller via a bus line.

FIG. 2 is a back view (a), a side view (b), and a front view (c) showing the outline of the tama ball lending machine according to the present embodiment.

FIG. 3 is an explanatory diagram showing an enlarged view of a connection connector portion of the table-behind ball lending machine shown in FIG. 2;

FIG. 4 is an explanatory diagram showing a configuration of an external connector board of the tama ball lending machine shown in FIG. 2;

FIG. 5 is a circuit diagram showing a configuration of a generally employed address device.

FIG. 6 is a circuit diagram showing a configuration of an address device employed in the tama ball lending machine shown in FIG. 2;

FIG. 7 is a timing chart showing data input to and output from the address device shown in FIG. 6;

FIG. 8 is an explanatory diagram showing a state of connection between a conventional lending machine and an island controller.

[Explanation of symbols]

 1 .... Shimata controller 2.1 ~ 2. n ・ ・ ・ Tama ball rental machine 3 ・ ・ ・ Individual transmission line 4 ・ ・ ・ Power supply device 5 ・ ・ ・ Computer in pachinko hall 7 ・ ・ ・ Transmission bus line 10 ・ ・ ・ Mounting frame 20 ・ ・ ・ Main body 21・ ・ ・ Operation display part 22 ・ ・ ・ Bill insertion part 23 ・ ・ ・ Money insertion part 24 ・ ・ ・ Numerical display part 25 ・ ・ ・ Coin return button 26 ・ ・ ・ Ball receiving port 27 ・ ・ ・ Coin return port 28 ・··· Banknote discharge port 29 ··· Coin discharge port 30 ··· Connection part 31, 32 ··· Connection connector 33 ··· Internal cable 35 ··· Guide device 36 ··· Projection 37 ··· Notch Hole 38: Regulator 40: External connector board 41: Bus line connector 42: Address device 43: Data connector 44: Power supply connector 51: Control unit 52 ...・Interface section 53 Data line 54 Clock line 55 Total pulse output line 56 Power supply section 60 Parallel data setting section 61 Header data setting section 62 Address data Setting section 63 ... Address switch 70 ... Parallel / serial conversion section 71 ... Johnson counter 72 ... Reset circuit 73 ... Level conversion circuit 80 ... Power supply section

Claims (6)

(57) [Claims] 1. A mounting frame (1) installed on a pachinko island.
0) and the main body (20) mounted on the mounting frame.
Narishima island controller (1) and transmission bus line (7)
A platform is connected via the inter-ball lending machine (2), the base
Address data is set to identify
An address device for sending the address data to the main body
(42) is installed on the mounting frame, and
Before receiving communication with the island controller
The control unit (51) executed via the transmission bus line is
The main body is detached from the mounting frame.
Taima ball lending machine characterized by being possible . 2. The transmission bus line according to claim 1, wherein
Bus line connector (41) connected to the
Connected to the line connector and the address device
A connector (32) is mounted on the mounting frame, and
Connector that is connected to the connector on the mounting frame
(31) A table-token ball lending machine characterized by being installed in the main body . 3. The method according to claim 1 , wherein
The dressing device and the bus line connector are connected externally.
A billboard lending machine comprising a tabboard (40) . 4. The method according to claim 1, wherein
A guide for guiding the main body to a predetermined position of the mounting frame.
An idle ball rental machine comprising an id device (35) . 5. The one of claims 1 to 4,
The address device is an address device that serially outputs address data based on a clock input, and has an address setting unit that can set the address data and a parallel-serial conversion unit that can serially output the address data. Taima ball rental machine. 6. The parallel-to-serial conversion unit according to claim 5 , wherein the parallel-to-serial conversion unit serially outputs parallel data in response to a clock signal included in the clock input, and a clock input that precedes or follows the clock signal. And a reset unit for resetting the serial output unit based on a reset signal included in the machine.