JP4123982B2 - Pachinko island stand control device - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention comprises a plurality of pachinko machines arranged side by side, a reduction machine that lifts the balls, an upper tank that temporarily stores balls lifted by the reduction machine, and balls that are stored in the upper tank and a supply gutter for replenishing the plurality of pachinko machines, a collecting trough for collecting the balls discharged from the plurality of pachinko machines toward the reduction machine, the recovery of the reservoir was balls with storing surplus balls The present invention relates to a control device for pachinko islands that controls a pachinko island stand provided with a lower tank to be supplied to the kite and a reflux bowl for returning balls overflowing from the upper tank to the lower tank before the game hall is opened. is there.
[0002]
[Prior art]
Conventionally, in amusement halls, in order to warm up the supply bowl in order to circulate the balls stored in the islands for each of the plurality of pachinko islands installed before the store opening, and to remove moisture etc. attached to the balls The heater was turned on manually.
[0003]
[Problems to be solved by the invention]
However, since the above work must be performed for each of the plurality of pachinko islands installed in the amusement hall, it is time consuming and laborious. The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a control device for a pachinko island stand that can easily prepare for the opening of a game hall.
[0004]
[Means for Solving the Problems]
In order to achieve the above object, specific means adopted by the present invention will be described with reference to the drawings. In the invention of claim 1, as shown in FIGS. 1, 2, 5, and 6, a plurality of pachinko machines 2 are arranged side by side, and a reduction machine 3 that lifts balls and the reduction machine 3 an upper tank 4 for temporarily storing the pumped been balls, a supply gutter 5 to replenish the balls stored in the upper tank 4 to the plurality of pachinko machines 2, which is discharged from the plurality of pachinko machines 2 a collection trough 10 for collecting towards the ball to the reducing device 3, a lower tank 11 and supplies the stored the balls to the rotary Osamutoi 10 while storing excess balls, the overflowing balls from the upper tank 4 In the control device 19 of the pachinko island platform 1 that controls the pachinko island platform 1 provided with a reflux basket that circulates back to the lower tank 11, the pachinko island platform 1 includes the supply basket 5 A ball extraction tube 2 for transferring a ball toward the end of the recovery rod 10 When a ball ejecting stopper 23 which allows the stream of balls to the ball extubation by operation of electric driving source 25 and 26, the provided to the controller 19, derived by opening before the power-on operation in step 10 The recovery machine 3 is driven in step 110 on the basis of the start signal generated, and the electric drive sources 25 and 26 are operated to bring the ball stopper 23 into a ball flow-down allowable state. 10. It is determined that the pre-opening mode ball circulation drive control means for circulating through the reducing machine 3, the upper tank 4, the replenishing basket 5, and the ball extraction tube 27, and a predetermined time before the opening time in step 140. In step 150, the reduction machine 3 continues to be driven and the electric drive sources 25 and 26 are deactivated so that the ball stopper 23 is in a ball-flow-inhibited state. The Rukoto, the collecting trough 10, the reduction machine 3, the upper tank 4, the return trough, is characterized in that it has a, a standby mode ball circulation driving control means for circulating said lower tank 11. By comprising in this way, it has the advantage that the preparation before the start of work in the inside of the pachinko island stand 1 can be performed easily.
[0005]
[0006]
[0007]
[0008]
[0009]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, embodiments of the present invention will be described with reference to the drawings. First, with reference to FIG. 1 thru | or FIG. 3, the structure of the pachinko island stand 1 which concerns on this embodiment is demonstrated. FIG. 1 is a schematic view showing the internal structure of the pachinko island base 1, and FIG. 2 is a side view showing the operation of a ball stopper device 22 provided at the terminal end of the replenishment rod of the pachinko island base 1. These are the schematics of the dehumidification tank 16 provided in the side of the main tank 11 of the pachinko island stand 1. FIG.
[0010]
In FIG. 1, as is well known, a pachinko island stand 1 has a plurality of pachinko machines 2 arranged in a horizontal direction, and a reduction machine 3 that stands up in the center of the pachinko island stand 1 and lifts balls. A replenishment basket 5 for replenishing the plurality of pachinko machines 2 with the balls lifted by the reduction machine 3, and a collection basket 10 for collecting the balls discharged from the plurality of pachinko machines 2 toward the reduction machine 3; Are configured. More specifically, in the embodiment shown in the drawing, the reduction machine 3 that lifts the ball while polishing the ball is lowered by a frictional force between a leather belt that circulates by a motor and an abrasive cloth that faces the leather belt. The balls taken in multiple rows from the ball entrance are fed to the top. The balls lifted by the reducing machine 3 are temporarily stored in the upper tank 4 and then replenished to a replenishment basket 5 provided in an inclined shape from the bottom surface of the upper tank 4 toward the end of the island. It is to be noted that a reduction machine sensor 18 for detecting the lifted ball is provided on the upper part of the reduction machine 3 corresponding to each row, and the reduction machine sensor 18 detects the number of balls being lifted in real time. The number of balls transported per unit time can be processed as display data. The reduction machine 3 may be provided with a measuring device other than the reduction machine sensor 18 (for example, a tachometer that measures the rotation speed of the motor).
[0011]
A heater 6 for warming the replenishing reed 5 is laid on the bottom surface of the replenishing reed 5, a humidity sensor 7 for measuring the internal humidity of the pachinko island 1, and a temperature sensor for measuring the internal temperature. 8b is arranged in the vicinity. The temperature sensor 8b is arranged slightly above the pachinko machine 2 to be arranged, but the temperature sensor 8a is also provided at the back position of the pachinko machine 2 and arranged at a plurality of locations inside the pachinko island base 1. Has been. Moreover, what is necessary is just to set the number of the humidity sensor 7 and the temperature sensors 8a and 8b arbitrarily. In addition, the replenishment basket 5 is provided with a separator 9 so as to correspond to each pachinko machine 2 and a ball lending machine (not shown), and the balls flowing down the replenishment basket 5 are separated by the separator 9, It supplies to the pachinko machine 2 and the ball machine.
[0012]
Further, a ball stopper device 22 shown in FIG. The ball stopper device 22 utilizes a part of the structure of the separator 9 described above, and is bent by a fulcrum 24 on the bottom surface of a ball channel 21 that is formed in a bent shape and allows the balls to flow in a line. A part of a ball stopper 23 that is pivotally supported is configured to be able to enter and retract, and the ball stopper 23 is driven by solenoids 25 and 26 as electrical drive sources provided on the left and right sides of the fulcrum 24. Is. A ball extraction tube 27 is connected to the end of the ball channel 21. Further, the replenishment rod 5 of the separator 9 provided with the ball removal stopper device 22 is provided with a blocking member 20 for blocking the ball flowing down the replenishment rod 5 so that all the balls reaching the end of the replenishment rod 5 are collected. The separator 9 is provided with a ball stopper device 22. Balls flowing down from the replenishing basket 5 are relaxed by a bent separator 9 and a ball extraction pipe 27 in which balls flow down one by one, and the number of balls flowing down in a certain time is reduced by the reducer 3. The number is much smaller than the number to be conveyed. Moreover, although the separator 9 with the ball removal stopper device 22 may be provided only on one side of the replenishing rod 5, it may be provided on both the left and right sides.
[0013]
Thus, in the ball stop stopper device 22 configured as described above, the ball stopper 25 is temporarily turned on based on a signal from the control circuit board housed in the ventilation control box 19 to thereby remove the ball. The tip of the stopper 23 enters the ball passage 21 to stop the flow of the ball to the ball extraction tube 27, and the return solenoid 26 is temporarily turned on based on a signal from the control circuit board, thereby removing the ball. The tip of the stopper 23 is retracted from the ball passage 21 to allow the ball to flow to the ball extraction tube 27.
[0014]
On the other hand, in the lower space of the pachinko island stand 1, a collection basket 10 that is inclined downward toward the reducing machine 3 from the end of the island stand is laid, and a part of the downstream side passes through the main tank 11, A part of the upstream side passes through the sub tank 12. The main tank 11 stores more than a majority of the balls used in the pachinko island platform 1, and the sub tank 12 is returned from the ball return device 14 disposed outside the end of the pachinko island platform 1. The ball is stored auxiliary. That is, the balls discharged from each pachinko machine 2 and the balls returned from the ball return device 14 are preferentially supplied to the reduction machine 3 through the recovery basket 10, but when the balls discharged to the player are reduced. Surplus balls are generated, and the surplus balls are stored in the main tank 11. When the main tank 11 is full, it is stored in the sub tank 12 on the upstream side, but when the balls discharged to the player increase, the balls stored in the sub tank 12 in the initial state are mini-reduced. The balls stored in the sub-tank 12 are preferentially consumed via the machine 13 and are stored in the sub-tank 12, and if they are still insufficient, the balls stored in the main tank 11 are consumed. Yes.
[0015]
A dehumidification tank 16 containing a dehumidifying agent is provided on the side surface of the main tank 11, and a water level sensor 15 is provided in the dehumidification tank 16 as shown in FIG. The water level sensor 15 measures the water level accumulated in the dehumidification tank 16. The main tank 11 and the upper tank 4 are connected by a reflux tank (not shown) so that balls overflowing from the upper tank 4 are guided to the upstream side of the main tank 11.
[0016]
A plurality of ventilation fans 17 are provided on the ceiling surface of the pachinko island platform 1 to forcibly exhaust the air inside the pachinko island platform 1 to the outside. The ventilation fan 17 is driven based on the measured values of the humidity sensor 7 and the temperature sensors 8a and 8b. The correspondence relationship between the ventilation fan 17 and the humidity sensor 7 and the temperature sensors 8a and 8b is as follows. One-to-one, one-to-multiple, or multiple-to-multiple may be used.
[0017]
Further, in the illustrated pachinko island platform 1, a transfer device 28 that transports surplus balls to the pachinko island platform adjacent to the upstream side of the supply basket 5 is connected. The transfer device 28 includes a take-in portion 28a for taking in the balls from the replenishing basket 5, a transfer motor 28b for forcibly moving the balls taken in from the take-in portion 28a, and a forcible movement by the transfer motor 28b. It is comprised from the transfer pipe 29 which supplies the ball to be squeezed to the upper tank of the adjacent pachinko island stand.
[0018]
Further, the reducing machine 3, heater 6, humidity sensor 7, temperature sensors 8 a and 8 b, water level sensor 15, ventilation fan 17, reducing machine sensor 18, and ball removal stopper device 22 solenoid provided on the pachinko island 1 are described above. 25 and 26 are electrically connected to a ventilation control box 19 provided on a side surface of the standing space of the reduction machine 3. The ventilation control box 19 accommodates a control circuit board for controlling operations to be described later, and has various indicators and switches shown in FIG. 4 on the surface thereof.
[0019]
The ventilation control box 19 will be described with reference to FIG. FIG. 4 is an external front view of the ventilation control box 19. In the figure, the ventilation control box 19 is set by a time setting switch 30 having a store opening time setting switch 30b for setting a store opening time and a store closing time setting switch 30c for setting a store closing time, and a store opening time setting switch 30b. A store opening time display 31 for displaying the store opening time, a system start time display 32 for displaying a system start time automatically set by setting the store opening time by the store opening time setting switch 30b, and the store closing time setting switch. A closing time indicator 33 for displaying the closing time set by 30c, a humidity setting switch 34 for setting the humidity, a set humidity indicator 35 for displaying the humidity set by the humidity setting switch 34, A humidity indicator 36 for displaying the humidity measured by the humidity sensor 7; A notification display 37 replacing dehumidifier blinking lights or alternately when there is a signal from the water level sensor 15 is provided. In addition, an operation switch 50 as a power-on switch and a stop switch 51 as a power-off switch are also provided, and further, a power indicator 38 that displays that the power is turned on when the operation switch 50 is turned on, and an operation mode An automatic mode switch 39, a manual mode switch 40, a test (test) mode switch 41, a preparation indicator 42, a start indicator 43, and a standby indicator 44 for indicating each operation, An alarm indicator 45 with a reset function that has a switch function for displaying occurrence and resetting an abnormality, a reduction machine switch 46 that can be operated when the manual mode is selected, a ventilation switch 47, a heat ray switch 48, A ball stop stopper switch 49 and an emergency stop switch 5 operated when an abnormal situation occurs. And, it is provided.
[0020]
The operation controlled by the control circuit board housed in the ventilation control box 19 will be described with reference to FIGS. 5 and 6 are flowcharts showing the operation. First, when a game shop clerk comes out in the morning and turns on the operation switch 50 of the ventilation control box 19 provided in the pachinko island stand 1, as shown in step 10, the ventilation fan 17, the heater 6, the return Each power source of the machine 3, the reduction machine sensor 18, the ball removal stopper device 22, the temperature sensors 8 a and 8 b, the humidity sensor 7, and the water level sensor 15 is turned on. Then, in step 20, it is determined whether or not each main power supply is normally turned on. If it is determined that the power is not normal, the process proceeds to step 170, and a predetermined second alarm process is executed. The original power supply is turned off. The second alarm processing in step 170 is to turn on the alarm indicator 45 and to notify the fact by a voice or an indicator lamp provided outside the pachinko island stand 1. It is desirable to involve. Such a configuration has an advantage that abnormality management of various power sources can be performed before the start of work. In addition, when repair of power supply abnormality is complete | finished, it can start from the beginning by operating the operation switch 50 again after pressing the alarm indicator 45 with a reset function and resetting.
[0021]
When it is determined in step 20 that there is no power supply abnormality, the power indicator 38 and the preparation indicator 42 are turned on, and then in step 30, whether the operation mode is automatic, manual or test is read. It is. Thus, when it is determined in step 40 that the operation mode is the test mode, the routine proceeds to step 100 where ventilation control is performed, and thereafter, reduction machine control of step 110 is performed, and steps 120, 130, 180 are performed. move on. However, when proceeding from step 130 to step 180, although not shown in detail, it proceeds when a predetermined time (for example, set within a range of 10 to 30 minutes) has elapsed, and until the predetermined time has elapsed. , Step 100 and Step 110 are executed. When it is determined in step 40 that the operation mode is the manual mode, the main routine is terminated without performing the following processing. Thereafter, the reduction machine switch 46, the ventilation fan switch 47, the heat wire switch 48, the ball The extraction stopper switch 49 is manually operated to control the driving of the pachinko island platform 1 before opening. When it is determined in step 40 that the operation mode is the manual mode, the main routine may be terminated after executing the processing of steps 60 to 90.
[0022]
On the other hand, if it is determined in step 40 that the automatic mode is selected as the operation mode, it is determined in step 50 whether or not it is the time displayed on the system start time indicator 32, and it is determined that it is the start time. When this is done, the preparation indicator 42 is turned off and the start indicator 43 is lit, and the temperature sensors 8a and 8b, the humidity sensor 7 and the water level sensor 15 are read in step 60. First, it is determined in step 70 whether or not the water level sensor 15 is operating. If the water level sensor 15 is not operating (in the case of OK), the process proceeds to step 90 without performing step 80, and conversely. If the water level sensor 15 is operating (if not OK), the first alarm process is executed in step 80, and then the process proceeds to step 90. The first alarm processing in step 80 is to turn on the alarm indicator 45, the dehumidifier replacement notification indicator 37, and an indicator lamp outside the pachinko island stand 1. Of course, it may be accompanied by voice, but it is not accompanied by turning off the original power supply. Thus, when the first alarm process is executed, the water stored in the dehumidifying tank 16 is discarded and the dehumidifying agent is replaced.
[0023]
Of the sensor data read in step 60 described above, it is determined whether or not the values measured by the temperature sensors 8a and 8b and the humidity sensor 7 in step 90 are within the set range. Since the internal atmosphere is in a desirable situation, the flow proceeds to the reduction machine control process of step 110 without executing the ventilation control process of step 100. Conversely, when it is out of the set range, the ventilation control process of step 100 is first performed. After that, the reduction machine control process is executed.
[0024]
The ventilation control process in step 100 is a control for turning on the ventilation fan 17 and turning on the heater 6, and can control the atmosphere inside the pachinko island stand 1 in a completely automated state. The simplest ventilation control process is to turn on only the heater 6, and the control is also performed so that the heater 6 is turned on every time before the start of work without making the determination in step 90. However, in many cases, it is possible to cause a preferable atmosphere in the pachinko island platform 1 to appear. However, as in the present embodiment, the ventilation fan is based on the measured values of the temperature sensors 8a and 8b and the humidity sensor 7. The person who controls the heater 17 and the heater 6 can perform the preparation before the start of work in a more fully automated state.
[0025]
Further, the reduction machine control in Step 110 is a control for turning on the reduction machine 3 while turning on the return solenoid 26 of the ball stopper device 22. However, when the reduction machine 3 is turned on, it is said to have a confirmation timer function, and the inflow of the ball to the reduction machine 3 is performed for a predetermined time (for example, 1 to 2 minutes) from the start of driving of the reduction machine 3. A stopper for stopping is provided, and during that time, only the leather belt of the reduction machine 3 is turned to perform the running-in operation of the reduction machine itself, and then the stopper is released to lift the ball. When the reduction machine 3 is turned off or the power is turned off, the stopper for stopping the inflow of the balls is closed, and after checking the presence or absence of balls in each row by the reduction machine sensor 18, the reduction machine 3 is turned off or the power is turned off. It will be cut. Accordingly, when the return solenoid 26 of the ball stopper device 22 is turned on, the ball stopper 23 is retracted from the ball passage 21, so that the balls flowing down the replenishing rod 5 are transferred from the ball stopper device 22 to the ball tube 27. It is guided and flows into the collection basket 10, and the balls that have flowed into the collection basket 10 are lifted by the reduction machine 3, and the balls are circulated inside the pachinko island platform 1. The number of ball removal stopper devices 22 is considerably smaller than the number of balls to be transported from the reduction machine 3. For this reason, not only the balls that have flowed from the replenishment basket 5 to the collection basket 10 through the ball extraction tube 27 using the ball stopper device 22 but also the balls stored in the tank are lifted by the reducing machine 3, You can circulate all balls on the island. For this reason, moisture, dust, etc. adhering to the ball can be removed by the circulation.
[0026]
Further, after the reduction machine control is started, it is determined in step 120 whether or not the reduction machine 3 is operating normally. This determination is made based on the detection signal of the reduction machine sensor 18. For example, when a ball lifted by the reduction machine sensor 18 is not detected, clogging has occurred, or the reduction machine 3 itself has failed. If the number of balls per unit time detected by the reduction machine sensor 18 is less than a predetermined reference value, clogging may occur in some routes. May have occurred or the leather belt may be loose. When it is determined that the reducing machine 3 is not normal, the process proceeds to the second alarm process in step 170, and then the power supply OFF process in step 180 is performed to end the main routine. In this case, as the second alarm process, the same process as that in the case of the above-described power supply abnormality is shown. However, a third alarm process different from this is performed (for example, notification is made to a manufacturer other than the game hall through a public line). May be executed.
[0027]
On the other hand, when it is determined that the reducing machine 3 is normal, it is determined in step 130 whether or not it is in the test mode. If it is in the test mode, the process proceeds to step 180 after a predetermined time as described above, and the test mode is set. If it is determined that it is not (automatic mode), it is determined in step 140 whether or not it is 10 minutes before the store opening time (this time can be freely set). If it is not 10 minutes before the opening time, the process returns to step 60, and thereafter, the processing of steps 60 to 140 is repeated until the opening time is 10 minutes. Therefore, in this embodiment, since the system start time is 7:00 am and the opening time is 9:00 am, the ventilation control in step 100 and the reduction machine control in step 110 are performed over 1 hour 50 minutes. Therefore, when the automatic mode is selected, sufficient preparation before the start of work can be performed with a simple operation (only the operation switch 50 is turned on).
[0028]
By the way, when it is determined in step 140 that the store opening time is 10 minutes before, the standby indicator 44 is turned on and the standby mode of step 150 is executed. In this standby mode, the stop solenoid 25 of the ball stopper device 22 is turned on to prevent the ball from flowing down (this state is called the ball stopper), the ventilation fan 17 is turned off, and the heater 6 is also turned off. The However, only the reducer 3 is in an ON state. Therefore, in this standby mode, the balls lifted by the reducer 3 are the upper tank 4, the reflux tank (not shown), the main tank 11, the reduction It is in a state where it circulates through the circulation path of the machine 3.
[0029]
After the opening time comes and the business is in operation, the reduction machine 3 and the like are controlled by a different control circuit board. However, when it is determined that the closing time is determined in Step 160, the power OFF process is performed in Step 180. This is executed to turn off all the original power supplies, and the main routine is terminated.
[0030]
5 and 6 show that the main routine does not operate unless the operation switch 50 is operated first. However, the operation switch 50 is left on and the first step is performed. If 50 determinations are made and thereafter, starting from step 10, preparations before opening the store can be made in an unattended state. Further, in this embodiment, when the operation switch 50 is pressed between 7 am and 10 minutes before the store opening time by the store clerk, the operation may be performed by skipping step 50.
[0031]
As mentioned above, although the effect | action of this embodiment was demonstrated, in this embodiment, while arranging the several pachinko machine 2, the reduction machine 3 which lifts a ball | bowl, and the ball lifted by this reduction machine 3 A pachinko island table 1 including a replenishment bowl 5 for replenishing the plurality of pachinko machines 2 and a collection bowl 10 for collecting balls discharged from the plurality of pachinko machines 2 toward the reduction machine 3 In the control device housed in the ventilation control box 19 of the pachinko island platform 1 that is driven and controlled before the store opens, the pachinko island platform 1 has a ball facing the collection basket 10 at the end of the supply basket 5. And a ball removal stopper 23 that allows the ball to flow down to the ball extraction tube 27 by the operation of the solenoids 25 and 26, and a control device housed in the ventilation control box 19. In step S10, the reduction machine 3 is set to be set in step 110 until 10 minutes before the opening of the store, which is a predetermined time in step 140 based on the start start signal derived by power-on in step 10. Since the ball circulation driving control means for allowing the ball removal stopper 23 to be allowed to flow down by operating the solenoid 26 and operating the solenoid 26 is provided, it is automatically operated only by operating the operation switch 50 of the ventilation control box 19. Since the reducing machine 3 is driven and the ball removal stopper 23 allows the balls to flow down, the balls are stored together with the balls stored in the tank. The machine 3 ... circulates and can remove moisture and dust attached to all balls on the pachinko island 1 by the circulation. It is possible to perform the preparation of the previous work by a simple operation.
[0032]
In the present embodiment, the pachinko island platform 1 is provided with a heater 6 for heating the replenishment basket 5, and the control device housed in the ventilation control box 19 is operated by the ball circulation drive control means. Since the heater drive control means is provided so as to be set at step 100 so that the heater 6 is sometimes operated, the replenishment reed 5 No. 5 has an advantage that moisture attached to all balls of the pachinko island stand 1 can be quickly and reliably removed because the balls stay down and circulate after an appropriate time.
[0033]
In the present embodiment, the pachinko island platform 1 includes temperature sensors 8a and 8b for measuring the internal temperature, a humidity sensor 7 for measuring the internal humidity, and the internal air forcibly discharged to the outside. A ventilation fan 17, a dehumidification tank 16 for storing dehumidified internal moisture, and a water level sensor 15 for detecting the water level of the water stored in the dehumidification tank 16 are provided and stored in the ventilation control box 19 The control device includes the ventilation fan based on the determination in step 90 based on the detected values of the temperature sensors 8a and 8b and the humidity sensor 7 based on the start signal derived by turning on the power in step 10. 17 and the ventilation drive control means of step 100 for controlling the drive of the heater drive control means, The first alarm generation means of step 80 for generating a predetermined first alarm based on the detection value of the water level sensor 15, so that preparations before starting work in the interior of the pachinko island stand 1 It has the advantage that it can be performed in a fully automated state.
[0034]
Further, in the present embodiment, in the control device housed in the ventilation control box 19, there are abnormalities in step 20 in various power sources that are turned on based on the start start signal derived by powering on in step 10. Since it is configured to have the second alarm generation means of step 170 for generating a predetermined second alarm when it is determined that there has been an advantage, it is possible to perform abnormality management of various power supplies before the start of work. It is what you have.
[0035]
Further, in the present embodiment, the pachinko island platform 1 is provided with a reduction machine sensor 18 for detecting the state of a ball lifted by the reduction machine 3 and is stored in the ventilation control box 19. Is configured to have a third alarm generation means of step 170 for generating a predetermined third alarm when it is determined in step 120 that there is an abnormality based on the detection signal from the reduction machine sensor 18. Therefore, there is an advantage that the abnormality of the reduction machine 3 can be detected before the start of work.
[0036]
Furthermore, in this embodiment, since the control device is provided in the control box 19 provided inside the pachinko island platform 1, it is concentrated at each pachinko island platform 1 at one place in the pachinko island platform 1. It has the advantage that it is provided to make it easy to manage.
[0037]
In the above-described embodiment, the operation is controlled by the control circuit board housed in the ventilation control box 19 provided in the pachinko island platform 1. However, for example, as shown in FIG. You may control by the control apparatus 60 with a touchscreen monitor arrange | positioned at the management room of a place. The control device 60 with a touch panel monitor is a control device having a so-called touch panel type operation monitor, and performs the same operation as the ventilation control box 19 by touching the display position with a finger. In FIG. 7, the same functions as those in FIG. 4 are denoted by the same reference numerals and suffixed with “a”, but the difference is that the time setting 30 a in the setting mode display field is shown. In addition, there is only a determination key 61 used for confirming the operation of the humidity setting 34a and a cancel key 62 for canceling the operation.
[0038]
Thus, the control device according to the present invention is a control device 60 with a touch panel monitor disposed in a management room in which a management device for managing a game hall is provided, so that a plurality of pachinko islands installed in the game hall 1 has the advantage that it can be managed in a centralized manner.
[0039]
【The invention's effect】
As is apparent from the above description, in the present invention, in the pachinko island stand, a ball extraction tube for transferring a ball toward the recovery rod at the terminal end of the replenishment rod, and a ball extraction tube by operating an electric drive source. And a ball stopper that allows the ball to flow down to the controller , and the controller drives the reduction machine and activates the electric drive source based on the start signal derived by the power-on operation before opening the store. By allowing the ball stopper to be in a ball flow down-allowed state, the pre-opening mode ball circulation drive control means for circulating the recovery tank, the reducing machine, the upper tank, the replenishment tank, and the ball discharging pipe, and a predetermined time before the opening time Then, the drive of the reducer is continued and the electric drive source is deactivated and the ball stopper is in the state of prohibiting the ball flow down so that the recovery tank, the reducer, the upper tank, the reflux tank, and the lower tank are A standby mode ball circulating drive control means for the ring, since it is configured to have, and has the advantage that it is possible to perform easily the preparation before starting work inside the pachinko Isle of Eternal Youth.
[0040]
[0041]
[0042]
[0043]
[Brief description of the drawings]
FIG. 1 is a schematic view showing an internal structure of a pachinko island platform according to an embodiment.
FIG. 2 is a side view showing the operation of a doffing stopper device provided at a replenishment end portion of a pachinko island stand.
FIG. 3 is a schematic view of a dehumidification tank provided on the side of the main tank of the pachinko island stand.
FIG. 4 is an external front view of a ventilation control box.
FIG. 5 is a flowchart of operations realized by a control circuit board housed in a ventilation control box.
FIG. 6 is a continuation of the flowchart.
FIG. 7 is a front view of the control monitor when the control box is replaced with a control monitor.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Pachinko island stand 2 Pachinko machine 3 Reduction machine 5 Replenishment basket 6 Heater 7 Humidity sensor 8a, 8b Temperature sensor 10 Recovery bowl 15 Water level sensor 16 Dehumidification tank 17 Ventilation fan 18 Reduction machine sensor 19 Ventilation control box 22 Drum stopper device 23 Ball stoppers 25, 26 Solenoid 27 Ball extraction pipe 50 Operation switch 60 Control device with touch panel monitor

Claims (1)

A plurality of pachinko machines are arranged, a reduction machine that lifts the balls, an upper tank that temporarily stores the balls that are lifted by the reduction machine, and the balls that are stored in the upper tanks A replenishment bowl for replenishing the pachinko machine, a collection bowl for collecting balls discharged from the plurality of pachinko machines toward the reduction machine, and storing extra balls and supplying the collected balls to the collection bowl In a pachinko island stand control device that controls a pachinko island stand provided with a lower tank and a recirculation bowl that recirculates balls overflowing from the upper tank to the lower tank, before the game hall is opened,
In the pachinko island stand, a ball extraction pipe for transferring a ball toward the recovery bowl at the terminal end of the replenishment basket, and a ball removal stopper that allows the ball to flow down to the ball extraction pipe by operation of an electric drive source and it provided,
In the control device, based on a start start signal derived by a power-on operation before opening the store , the reduction device is driven and the electric drive source is operated so that the ball stopper is allowed to flow down. Accordingly, a mode ball circulation drive control means before opening for circulating the recovery basket, the reduction machine, the upper tank, the replenishment basket, and the ball extraction pipe, and the drive of the reduction machine when a predetermined time before the opening time is reached. By continuing and making the electric drive source inactive and setting the ball stopper to a ball-flowing-inhibited state, it is possible to circulate through the recovery tank, the reducing machine, the upper tank, the reflux tank, and the lower tank. A pachinko island stand control device comprising mode ball circulation drive control means .

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