JPH09327574A - Measurement device for pachinko game - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a measurement device utilizable in the selection of the pachinko machine of an excellent ball discharge rate by recognizing the characteristics of the pachinko machine. SOLUTION: This measurement device A1 is provided with a main counting button 12 and a sub counting button 14 and one is added to a value displayed at a first display part 42 by pressing the main counting button 12. Similarly, one is added to the value displayed at a second display part 44 by pressing the sub counting button 14. The main counting button 12 is used for counting a winning number and the sub counting button 14 is used for counting a reach number. At a third display part 46, the number of times of operating the main counting button 12 per unit hour is displayed. That is, at the third display part 46, the winning number per unit hour is displayed.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a measuring device used for pachinko games.

[0002]

2. Description of the Related Art Conventionally, pachinko games have been popular. Here, when playing a pachinko game, the player tries to select a pachinko machine with a high payout rate. As a method of selecting a pachinko machine with a high payout rate, various methods including those close to jinx are said. For example, if you select a certain platform, judge whether that pachinko machine is likely to come out, if it appears, continue to use that machine, if that pachinko machine does not appear, move to another machine, etc. Is being done.

[0003]

However, when selecting a pachinko machine with a high payout rate, there is a tendency to rely on human intuition, and it is difficult to make an appropriate selection. In addition, even if the player decides by using a table for a certain period of time, it is not possible to make an accurate decision because it depends on the sense whether the winning rate is good. Therefore, an object of the present invention is to provide a device that can be used for selecting a pachinko machine with a high payout rate by knowing the characteristics of the pachinko machine.

[0004]

The present invention was created to solve the above problems, and firstly, a pachinko game measuring device used for pachinko game,
It has two count buttons, a first count button and a second count button, and a plurality of display units. The number of operations of the first count button is displayed on one display unit, and the number of operations of the second count button is displayed on another display unit. It is characterized by displaying on the display unit. In the measuring device having the first configuration, counting is performed by the first count button and the second count button, the count value by the first count button is displayed on a certain display unit, and the count value by the second count button is displayed by another. Display on the display. As a result, it is possible to count the number of winnings and the number of reaches in the pachinko game, and it is possible to objectively know the characteristics of the pachinko machine.

Secondly, in the above-mentioned first configuration, a value calculated based on the number of times the first count button is operated and / or the number of times the second count button is operated is displayed on the display unit. . In the measuring device having the second configuration, since the value calculated by the number of times the first count button or the second count button is operated is displayed, it is possible to objectively know various characteristics of the pachinko machine. Thirdly, in the first or second configuration, any one of the display units is characterized by displaying the number of operations of the first count button in a predetermined time. According to the measuring device of the third configuration, by counting the number of winnings with the first count button, the number of inputs per unit time can be known.

Fourthly, in any one of the first to third configurations, the pachinko game measuring device has a reset button and a storage unit having a table, and the table is reset. The time from when the button is pressed until the time when the next reset button is pressed is once, and the cumulative number of counts of the first count button and / or the second count button, which is traced back to the past, is stored for each predetermined number of times. It is characterized in that the cumulative number can be displayed on the display unit every time. In the measuring device having the fourth configuration, the history of the cumulative number of the first count button and the second count button that can be traced back to the past can be displayed for each time, and by counting the number of winnings and the number of reach, the pachinko machine It is possible to know the characteristics of the machine from the cumulative value of winning numbers and the cumulative value of the reach number. Fifthly, in the fourth configuration, the table further stores the count numbers of the first count button and / or the second count button a predetermined number of times each time. And / or the count number of the second count button can be displayed on the display unit each time. In the measuring device of the fifth configuration, the history of the count value for each time can be displayed for each time, and by counting the number of winnings and the number of reach, the characteristics of the pachinko machine can be determined by the number of winnings and the number of reach. I can know. Sixthly, in any one of the first to third configurations, the pachinko game measuring device has a reset button and a storage unit having a table, and the table is pressed by the reset button. The time from when the reset button is pressed until the next reset button is pressed is once, and the count number of the first count button and / or the second count button is stored for each predetermined number of times,
It is characterized in that the count number of the count button and / or the second count button can be displayed on the display section every time. Therefore, in the measuring device of the sixth configuration, as in the case of the fifth configuration, the history of the count value for each time can be displayed for each time, and the number of winnings and the number of reach can be counted. , You can know the characteristics of the pachinko machine by the number of prizes and reach.

Seventhly, in any one of the first to sixth configurations, the pachinko game measuring device has a reset button and a storage unit having a table, and the table is reset. The time from when the button is pressed until the next reset button is pressed is once, and the average count number of the first count button per predetermined time for each time is stored retroactively for a predetermined number of times, The average count number of the first count button can be displayed on the display unit. In the measuring device of the seventh configuration, the history of the average count number of the first count button per predetermined time can be displayed retrospectively for each time, and by counting the number of winnings, the pachinko machine The characteristics can be known from the average number of winnings per predetermined time. Eighthly, in the seventh configuration,
The table further stores the number of counts of the first count button per predetermined time in each time for a predetermined number of times, and the count number of the first count button per predetermined time can be displayed for each time. Is characterized by.
According to the eighth configuration of the measuring device, the count number of the first count button can be displayed each time, and by counting the number of prizes, the characteristics of the pachinko machine can be known from the number of prizes per predetermined time. be able to. The ninth
In any one of the above-mentioned first to sixth configurations, the pachinko game measuring device has a reset button and a storage unit having a table, and the table is provided after the reset button is pressed. The reset button is pressed once, and the count number of the first count button per predetermined time in each time is stored for a predetermined number of times, and the count number of the first count button per predetermined time can be displayed for each time. It is characterized in that. According to the measuring device having the ninth configuration, similarly to the measuring device having the eighth configuration, the count number of the first count button can be displayed for each time, and by counting the number of winnings, the pachinko machine can be used. The characteristics of the table can be known from the number of winnings per predetermined time.

In a tenth aspect, in any one of the first to ninth configurations, the pachinko game measuring device has a reset button and a storage unit having a table, and the table is reset. The time from when the button is pressed until the time when the next reset button is pressed is once, and the cumulative average value of the ratio of the count number of the first count button and the count number of the second count button for each count is traced back to a predetermined value in the past. It is characterized in that it is stored for the number of times and the cumulative average value can be displayed on the display section. In the measuring device having the tenth configuration, the count number of the first count button and the second count button
It is possible to display the cumulative average value of the ratio with the count number of the count button for each time, and by counting the number of inputs and the number of reach, average the characteristics of how many wins there is one reach It can be known in the form of value. Eleventh, in the tenth configuration, the table further stores a ratio of the count number of the first count button and the count number of the second count button at each time for a predetermined number of times. Is displayed every time. In the measuring device having the eleventh configuration, the ratio between the count number of the first count button and the count number of the second count button can be displayed for each time, and by counting the input number and the reach number. It is possible to know the characteristics of how many prizes have one reach. Twelfthly, the first
In any one of the ninth to ninth configurations, the pachinko game measuring device has a reset button and a storage unit having a table, and the table has a count number of the first count button and a second count button at each time. It is characterized in that the ratio with the count number of is stored a predetermined number of times and the ratio can be displayed each time. According to the measuring device of the twelfth configuration, similarly to the measuring device of the eleventh configuration, the ratio between the count number of the first count button and the count number of the second count button can be displayed every time. Therefore, by counting the number of inputs and the number of reaches, it is possible to know the characteristics of how many times the number of winnings is reached once.

Thirteenth, in any one of the above-mentioned first to twelfth configurations, when inputting with the second count button, it is possible to input with different number of operations between operations of the first count button. The feature is that data for each can be displayed. Therefore, by operating the second count button when there is a reach, and by changing the number of operations depending on the type of reach, it is possible to display data for each type of reach.

The fourteenth aspect is a pachinko game measuring device used for pachinko game play, which has a plurality of count buttons and a plurality of display portions for displaying the measured values by the plurality of count buttons. Characterize. This first
According to the measuring device having the configuration of 4, the value counted by each count button can be displayed, and by counting for each type of reach, it is possible to know how many times each type of reach has occurred.

[0011]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1, a pachinko game measuring device (hereinafter referred to as “measuring device”) A1 according to the present invention has a main body 5 and a main count as a first count button provided on the main body 5. A button 12, a sub-count button 14 as a second count button, a pause button 16, a switching button 18,
It has a reset button 20, a first display section 42, a second display section 44, and a third display section 46. The first display unit 42, the second display unit 44, and the third display unit 46 form a display unit.

Here, the main count button 12 and the sub-count button 14 are buttons for measurement, and each button is pressed once to count once.
The pause button 16 is a button for operating on / off of the timekeeping operation. Also, the switching button 18
Is a button for switching between the clock mode and the measurement mode. The reset button 20 is for resetting the count number measured until immediately before.

The main count button 12, the sub-count button 14, the pause button 16, the switching button 18, and the reset button 20 are return buttons, and are returned to their original positions even if they are pressed once. It is configured to return.

The first display section 42 is a display section for displaying the number of counts measured by the main count button 12, and further displays the time in the clock mode. Also used for. In addition, the second display section 44 displays the sub-count button 1
4 is a display unit for displaying the number of counts measured by 4. The third display unit 46 is a display unit for displaying the average value of the count numbers measured by the main count button 12 per predetermined time. Specifically, the number of counts per minute is displayed. The first display unit 42, the second display unit 44, and the third display unit 46 are liquid crystal display displays.

The electrical connection state of the above-mentioned measuring device A1 is shown in FIG. 2, and the input unit 10, the display unit 40, the clock unit 50, the storage unit 60, and the control unit 70 are constructed.
Are provided.

Here, in the input section 10, the main count button 12, the sub count button 14,
A pause button 16, a switch button 18, and a reset button 20 are provided. Further, the display unit 40 has
The above-mentioned first display section 42, second display section 44, and third display section 46 are provided. The clock unit 50 also functions as a timer. The storage unit 60 is for storing various data. Further, the control unit 70 includes the input unit 10, the display unit 40, and the clock unit 50.
And the storage unit 60, and controls the operation of each of these units. For example, the operation of any button of the input unit 10 is detected, and necessary processing is performed. That is, a display instruction is given to the display section 40, a time counting operation instruction is given to the time counting section 50, and the like.

The operation of the measuring device A1 having the above structure will be described. The operation in the measurement mode will be described. That is, the operation when the switching button 18 is in the measurement mode will be described. In operating the measuring device A1, the player holds the measuring device A1 in his left hand and operates it.

First, in the measurement in the measurement mode, the initial state is set. That is, all the count numbers of the first display unit 42, the second display unit 44, and the third display unit 46 are set to 0. There are the following methods for setting the initial state. That is, when the switching button 18 is in the measurement mode in advance, the reset button 20 is pressed to reset the numerical values displayed on the first to third display sections 42 to 46 to be in the initial state. . Further, when the switching button 18 is changed from the clock mode to the measurement mode, the initial state may be automatically set.

Next, the handle of the pachinko machine is rotated to shoot a ball, and at the same time, the pause button 16 is pressed. This starts the timing operation. That is, the control unit 70 detects that the pause button 16 is pressed, and the timer unit 5
Causes 0 to time. When the symbol variation display portion of the pachinko machine rotates while winning balls while continuously firing balls, the player sees that the symbol variation display portion has rotated and presses the main count button 12 once. Then, by pressing the main count button 12 once, the count number of the first display section 42 is incremented by one. That is, the control unit 70 detects that the main count button 12 has been pressed, and causes the first display unit 42 to display the value obtained by adding 1.
Similarly, when winning the prize again and rotating the symbol variation display portion, the main count button 12 is pressed once. Then, the count number of the first display unit 42 is further incremented by 1.

In the case of the reach state, the sub-count button 14 is pushed once this time. Then, by pressing the sub-count button 14 once, the count number of the second display unit 44 is incremented by one. That is, the control unit 70
Detects that the sub-count button 14 has been pressed, and causes the second display unit 44 to display the value obtained by adding 1. Similarly, when the reach state is reached again, the sub count button 14 is pressed once. Then, the count number of the second display unit 44 is incremented by one.

Then, as the time elapses, the number of winnings per minute, that is, the number of operations of the main count button 12 per minute is displayed on the third display section 46. That is, the control unit 70 detects the lapse of time from the time counting unit 50 every time one minute has elapsed from the start of the time counting, calculates the average value of the number of operations of the main count button 12 per minute, and sets the value to the third value. It is displayed on the display unit 46.

As described above, since the counted value of the number of winnings is displayed on the first display portion 42, it is possible to confirm at a glance how many times the winnings have been made. Further, since the value obtained by counting the number of reach is displayed on the second display section 44, it is possible to check at a glance how many times the reach has been made. Furthermore, since the number of winnings per minute is displayed on the third display section 46, the payout rate can be determined by looking at the value on the third display section 46.

Next, in the case of the clock mode, that is, when the switching button 18 is selected in the clock mode,
The time is displayed on the first display unit 42. The second display section 44 may display the month and the day, and the third display section 46 may display the year.

Next, the measuring device of the second embodiment will be described. As shown in FIG. 3, the measuring apparatus A2 of the second embodiment has a main body 105 and a first main body 105 provided on the main body 105.
Main count button 112 as a count button
And the sub-count button 1 as the second count button
14, pause button 116, and switch button 118
And the main display switching button (hereinafter "switching button"
120), a save / delete selection button (hereinafter referred to as “selection button”) 122, a reset button 124,
A history display button 126, a sub display switching button (hereinafter referred to as “switch button”) 128, a save / erase selection button (hereinafter referred to as “select button”) 130, a reset button 132, and a history display button 134. It has a mode limiting button 136, a main display section 142, and a sub-display section 144.

Here, the main count button 112
The sub-count button 114 and the sub-count button 114 are buttons for measurement, and when each button is pressed once, it is counted once. The pause button 116 is a button for operating on / off of the timing operation. The switching button 118 is a button for switching between the timepiece mode and the measurement mode.

The switching button 120 is for switching the display contents of the main display section 142, and is a mode for displaying the count number (main count number) of the main count button 112 and a unit of the main count button 112. This is for switching between a mode for displaying a count number per time (a main count number per unit time). The selection button 122 is a button for selecting the data displayed on the main display unit 142, that is, the saving mode for saving the current data or the erasing mode for erasing. The selection button 122
The save mode is the standard mode. When no operation is performed, the save mode is selected, and when the erase mode is selected and the reset button 124 is pressed, the save mode is returned to.

Further, the reset button 124 is a button for resetting the data displayed on the main display portion 142, and when the reset button 124 is pressed with the save button selected by the select button 122,
The data is stored in the storage unit 160, and the selection button 122
Reset button 1 with the erase selected by
When 24 is pressed, the data is erased.

The history display button 126 is a button for displaying the history of past data. As this button is pressed, the data from this time to the 8th time is displayed in the form of accumulated value and each data. It Here, 8 is the last time, 8
It refers to the previous time. In other words, if you press once, the cumulative value of the current data and the previous data is displayed, and if you press it once, the cumulative value of the current data, the previous data, and the previous two data is displayed. The cumulative values are sequentially displayed, and when the history display button 126 is further pressed, data of each time such as the previous time and the time before the last time is displayed in the future. In addition,
The displayed contents are those selected by the switching button 120. In addition, here, each of the above-mentioned times is one time from when the reset button 124 is pressed to when the reset button 124 is next pressed, as shown in FIG. 11.

Next, the switch button 128 is used to switch the display contents of the sub-display section 144.
This is for switching between a mode for displaying the count number (sub-count number) of the sub-count button 114 and a mode for displaying the reach rate. Here, the reach rate is a numerical value representing the number of winnings per reach. Further, the selection button 130, like the selection button 122, is a button for selecting the data displayed on the sub-display unit 144, that is, the saving mode for saving the current data or the erasing mode for erasing. is there. Note that the save mode of the select button 130 is the standard mode, the save mode is selected when no operation is performed, and when the erase mode is selected and the reset button 132 is pressed,
It will return to save mode.

Further, the reset button 132 is a button for resetting the data displayed on the sub-display section 144, and when the reset button 132 is pressed while the save is selected by the selection button 130, The data is stored in the storage section 160, and the reset button 13
When 2 is pressed, the data is erased.

The history display button 134, like the history display button 126, is a button for displaying the history of past data, and when this button is pressed,
The data from this time to the previous time is displayed in the form of cumulative value and each data. In other words, pressing once displays the cumulative value of the current data and the previous data, and pressing once displays the cumulative value of the current data, the previous data, and the previous two data.
Cumulative values up to eight times are sequentially displayed, and when the history display button 134 is further pressed, the data of each time such as the previous time and the previous two times are displayed in the future. The displayed contents are those selected by the switching button 128.
Further, the mode limit button 136 is for displaying data only for a specific type of reach.

Each button other than the switching button 118 is a return button and is configured to return to its original position even if it is pressed once. Further, a switching button 120, a selection button 122, and a reset button 124
A history display button 126, a switching button 128,
The selection button 130, the reset button 132, the history display button 134, and the mode limiting button 136 can be operated only when the pause button 116 is in the pause state.

Further, the main display section 142 is a display section for displaying the main count number measured by the main count button 112 and the numerical value calculated from the main count number, and further when the clock mode is set. Is also used to display the time. Further, the sub display unit 144 is a display unit for displaying the sub count number measured by the sub count button 114 and the numerical value calculated from the sub count number. The main display section 142 and the sub display section 144 are composed of a liquid crystal display.

The electrical connection state of the measuring device A2 is shown in FIG.
A display unit 140, a clock unit 150, a storage unit 160, and a control unit 170 are provided.

Here, in the input section 110, from the main count button 112 to the mode limit button 136.
Is provided. Further, the display unit 140 is provided with the main display unit 142 and the sub display unit 144. Further, the clock unit 150 functions as a timer.

The storage section 160 is for storing various data. The storage unit 160 includes a main count table, a unit time winning number table,
A sub count table and a reach rate table are provided.

Here, the main count table is constructed as shown in FIG. 5, and stores the number of times of operation of the main count button at each time and the cumulative number of operations. Here, as the cumulative number, a value obtained by retroactively accumulating in the past is stored.

The unit time winning number table is configured as shown in FIG. 6, and stores the main count number, time, count number per unit time, and cumulative average count number per unit time at each time. . Here, the number of counts per unit time is a numerical value per minute, and is calculated by the number of counts × 60 / hour (second). Also, the cumulative average count number per unit time is the cumulative value of the count numbers x
It is calculated by the cumulative value of 60 / hour (second). For example,
For the last two times, (143 + 337) × 60 / (14
30 + 3570) = 5.76.

The sub-count tables are provided according to the reach mode. That is, regarding the sub-count table applied to reach in all modes (this is referred to as "mode 1 sub-count table" (see FIG. 7)) and a specific reach mode (hereinafter referred to as "specific reach mode") An applicable sub-count table (hereinafter referred to as a "specific reach mode sub-count table") is provided.

Here, the sub-count table of mode 1 is constructed as shown in FIG. 7, and the count number of the sub-count button for each time, the cumulative number thereof, and the number of the specific reach mode in the count number. And are stored.
Here, as the cumulative number, a value that has been cumulatively stored retroactively in the past is stored.

Further, three sub-count tables for the specific reach mode are provided so that they can be applied to the three specific reach modes. These three specific reach modes are a specific reach mode A, a specific reach mode B, and a specific reach mode C. Here, the sub-count table applied to the specific reach mode A (this will be referred to as “mode 2 sub-count table”) will be described.
As shown in FIG. 9, like the sub-count table of mode 1, the count number of the sub-count button for each time including this time and the cumulative number thereof are stored.
Only information about an operation indicating a specific reach mode A, which will be described later, is stored for each time. That is, as shown in FIGS. 11 and 12, while the main count button is being operated, the sub count button 114 is pressed twice.
It is written in the current column of this sub-count table by operating continuously. The sub-count table applied to the specific reach modes B and C is the same as that shown in FIG. The sub count table applied to the specific reach mode B is referred to as a "mode 3 sub count table", and the sub count table applied to the specific reach mode C is referred to as a "mode 4 sub count table". As shown in FIG. 12, in the specific reach mode B, three consecutive operations are performed, and in the specific reach mode C, four consecutive operations are performed to write each reach rate table. Be done.

The reach rate table is also provided according to the reach modes and is applied to the reach in all modes (this is referred to as "mode 1 reach rate table", see FIG. 8). A reach rate table applied to a specific reach mode (hereinafter referred to as a “reach rate table for specific reach mode”) is provided.

Here, the reach rate table of mode 1 is
The main count number, the sub-count number, the reach rate, the cumulative reach rate, and the number of the specific reach mode in the count number are stored for each time. This reach rate is calculated by the main count number / subcount number, and the cumulative average reach rate is calculated by the cumulative value of the main count number / the cumulative value of the subcount number. For example, about the last time,
Calculated by (143 + 337) / (13 + 31) = 10.9.

Further, like the sub-count table, three reach ratio tables for the specific reach mode are provided so that they can be applied to the three specific reach modes. Here, the reach rate table applied to the specific reach mode A (this will be referred to as a “reach rate table for mode 2”) will be configured as shown in FIG.
Similar to the reach rate table of Mode 1, the main count number, the sub count number, and the count number for each time including this time,
The reach rate and the cumulative average reach rate are stored, but only the information about the operation indicating the specific reach mode A is stored. That is, as shown in FIG. 12, by pressing the sub-count button 114 twice in succession, it is written in the current column of the reach rate table. The sub-count table applied to the specific reach modes B and C is the same as that shown in FIG. As shown in FIG. 12, in the specific reach mode B, three consecutive operations are performed, and in the specific reach mode C, four consecutive operations are performed to write each reach rate table. Be done. The fractions in each of the above tables are rounded down.

Further, the control section 170 has the input section 11 described above.
0, the display unit 140, the clock unit 150, and the storage unit 160
Is connected to and controls the operation of each of these parts. For example,
The operation of any button of the input unit 110 is detected, and necessary processing is performed. That is, a display instruction is given to the display section 140, a timing operation instruction is given to the time counting section 150, a calculation process in each of the above tables, and the like are performed.

The operation of the measuring device A2 having the above structure will be described. The operation in the measurement mode will be described. That is, the operation when the switching button 118 is in the measurement mode will be described. When operating the measuring device A2, the player basically holds the measuring device A2 in his left hand and operates the same as in the first embodiment.

First, in the measurement in the measurement mode, the initial state is set. That is, all the count numbers of the main display portion 142 and the sub display portion 144 are set to 0. There are the following methods for setting the initial state. That is,
When the switching button 118 is in the measurement mode in advance, pressing the reset button 124 causes the numerical value of the main display portion 142 to become 0, and pressing the reset button 132 causes the numerical value of the sub display portion 144 to become 0. Also, when the switching button 118 is changed from the clock mode to the measurement mode, the initial state may be automatically set.

Next, the handle of the pachinko machine is rotated to shoot a ball, and at the same time, the pause button 116 is pressed.
This starts the timing operation. That is, the control unit 170 detects that the pause button 116 has been pressed, and causes the clock unit 150 to clock. When the symbol variation display portion of the pachinko machine is rotated while the balls are continuously fired, the player sees that the symbol variation display portion is rotated and presses the main count button 112 once.
Then, by pressing the main count button 112 once, the count number of the main display portion 142 is incremented by one. That is, the control unit 170 controls the main count button 1
It is detected that 12 is pressed, and the value obtained by adding 1 is displayed on the main display portion 142. Similarly, when the symbol variation display portion rotates again after winning the prize, the main count button 112
Press once. Then, the count number of the main display portion 142 is further incremented by 1.

In the case of the reach state, the sub-count button 114 is pressed once this time. Then, by pressing the sub-count button 114 once, the count number of the sub-display unit 144 is incremented by one. That is, the control unit 170 detects that the sub-count button 114 has been pressed and causes the sub-display unit 144 to display the value obtained by adding 1. Similarly, when the reach state is reached again, the sub count button 114 is pressed once. Then, the sub display unit 14
The count number of 4 will be further incremented by 1.

When inputting the sub-count button 114, the input method may be changed according to the reach mode. That is, when the pachinko machine has a normal reach mode (normal reach mode) and a specific reach mode, as shown in FIG. 12, in the normal reach mode, the sub-count button 114 is operated once, In the specific reach mode, another operation method is used. That is, the specific reach mode is the specific reach mode A,
When there are three types of B and C, the operation is performed twice in the specific reach mode A, three times in the specific reach mode B, and four times in the specific reach mode C. To do. Then, the count number is added to the current column of the corresponding sub-count table and reach rate table, and each numerical value is calculated. That is, the control unit 170 detects how many times the sub-count button 114 has been operated, and writes data to the sub-count table or reach rate table of the corresponding mode.

When a big hit arrives, first, the pause button 116 is pressed. Then, the timing operation by the timing unit 150 is stopped. Then reset button 12
Press 4, 132 to clear the displayed data. Here, since the storage mode is normally set as described above, the data is stored in each table of the storage unit 160 as the previous data. That is, the control unit 170 writes the data in each table of the storage unit 160. For example, when the current main count number is 143, the value of 143 is written as the previous count number in the main count table (see FIG. 5). The data that was the previous time becomes the data of the previous two times, and the data of the previous time is erased. In addition, when the sub count number of this time is 13, the value of 13 is written in the previous count number of the sub count table of mode 1 (see FIG. 7), and the previous data is the number before the previous count. The data of 8 and the previous data are erased. For the sub-count table of mode 2 and below, the current data is carried down to the previous data. On the other hand, when the selection button 122 or 130 is pressed to select deletion, the data is deleted without being saved. The data is saved as described above.

When performing the measurement again, the pause button 116 is pressed again and the main count button 112 and the sub count button 114 are operated while playing the pachinko game.

Next, the display of past history will be described. The display of the history displayed on the main display unit 142 will be described. First, the display of the history of the main count will be described. The switching button 120 is operated to set the mode for displaying the main count number. Then, the history display button 126 is pushed. Then, the cumulative value up to eight times is displayed, and then the individual values are displayed. That is, the number of times the history display button 126 is pressed is determined by the control unit 17
0 detects, the data which should be displayed according to the detection result is read from the main count table (FIG. 5) of the memory | storage part 160, it sends to the display part 140, and the main display part 142 displays this. This operation is the same for displaying the history of the number of winnings per unit time.

Specifically, when the history display button 126 is pressed once, the main display section 142 is brought to the state of S1 in FIG. 13, and the previous cumulative number is displayed. That is, in the main count table of FIG.
3 "is displayed. Further, when the button is pressed once more, the main display portion 142 is brought into the state of S2 in FIG. 13, and the accumulated number of the previous two times (“480” in the main count table of FIG. 5).
Is displayed. In this way, the value of the cumulative number in the main count table is sequentially displayed. Then, when the accumulated value of the previous time is displayed again, the button is pressed again, this time, the individual count numbers are displayed. That is, in the state of S10 of FIG. 13, the previous count number (“143” in the main count table of FIG. 5) is displayed.
In the state of S11, the number of counts before last (“337” in the main count table of FIG. 5) is displayed.
Then, when the display is finished up to the 8th time, the original display of this time is returned (see FIG. 13, S17).

Next, the display of the history of the number of winnings per unit time will be described. This is almost the same as the display of the history of the main count number, and by operating the switching button 120,
A mode for displaying the main count number per unit time is displayed by pressing the history display button 126. That is, as with the above, the history display button 126
By pressing the button twice, the process proceeds from S1 to S2, S3, ... In FIG. 13, and in the states of S1 to S8, the cumulative average counts per unit time of the unit time winning number table are sequentially displayed. For example, in the unit time winning number table of FIG. 6, “6.00” is displayed in the main display portion 142 in the state of S1.
Is displayed, and "5.76" is displayed in the state of S2. Further, in the states of S9 to S16, the number of counts per unit time of the unit time winning number table is sequentially displayed. For example, in the unit time prize number table of FIG. 6, “6.0” is displayed on the main display portion 142 in the state of S9, and S1 is displayed.
In the state of 0, "5.6" is displayed.

Next, the display of the history displayed on the sub display unit 144 will be described. First, the display of the history of the sub-count number will be described. The switching button 128 is operated to set the mode in which the sub-count number is displayed. And
The history display button 134 is pushed. Then, as in the case of the main count number, the cumulative value up to eight times is displayed, and then the individual values are displayed. Again,
The control unit 170 detects the number of times the history display button 134 is pressed, reads the data to be displayed from the storage unit 160 according to the detection result, sends it to the display unit 140, and the sub-display unit 144 displays it. This operation is the same for the following reach rate display.

Specifically, similarly to the above, by pressing the history display button 134 once, S1 to S2 in FIG.
In the state of S1 to S8, the process proceeds to S3 ...
The cumulative number of the sub count table (mode 1) is sequentially displayed. For example, in the sub-count table of FIG. 7, S
In the state of 1, "13" is displayed on the main display portion 142, and in the state of S2, "44" is displayed. Also, S9
In the states of to S16, the count numbers of the sub count table (mode 1) are sequentially displayed. For example, in the sub-count table of FIG. 7, "13" is displayed on the main display section 142 in the state of S9 and "3" in the state of S10.
1 "is displayed. Further, in the state of S17, the display returns to the original display of the current sub count number.

The display of the reach rate history will be described. In this case, operate the switching button 128 to
Similarly, as a mode for displaying the reach rate, the history display button 134 is pushed. Then, as in the case of the main count number, the cumulative reach rate up to eight times is displayed, and then the individual values are displayed.

That is, similar to the above, the history display button 1
By pressing 34 once, S1 to S2, S3 in FIG.
In the state of S1 to S8, the cumulative average reach rate of the reach rate table (mode 1) is sequentially displayed. For example, in the reach rate table of FIG.
"11.0" is displayed on the main display unit 142 in the state of "1", and "10.9" is displayed in the state of S2. Also,
In the states of S9 to S16, the reach rate of the reach rate table (mode 1) is sequentially displayed. For example, in the reach rate table of FIG. 8, “11.0” is displayed on the main display section 142 in the state of S9, and “10.
8 ”is displayed. Further, in the state of S17, the display returns to the original display of the current sub count number. As described above, the past history can be viewed, and various characteristics of the pachinko machine to be surveyed can be known.

Next, the case of the timepiece mode, that is, the case where the timepiece mode is selected by the switching button 118 will be described. In this case, the main display section 142
The time is displayed on. Note that the date may be displayed on the sub display unit 144.

In the above description, in the second embodiment, the sub count table is provided from mode 1 to mode 4, and the three sub count tables for the specific reach mode are provided. The number of sub-count tables for the specific reach mode is not limited to this, and is arbitrary.

In the above description, the cumulative value and the individual value are displayed in displaying the past history, but only the cumulative value may be displayed.
You may make it display only an individual value.

Next, the measuring device of the third embodiment will be described. The measuring device A3 of the third embodiment is configured as shown in FIG. In other words, it has a substantially box-like shape as a whole, and has count buttons 212, 214, 216, a reset button 218, display sections 222, 224, 226 on its upper surface.
Reach type display sections 242, 244, 246 are provided.

Here, the count buttons 212, 214,
216 is a button for measurement, which is pressed once for 1
It is supposed to be counted once. In addition, the display unit 22
Reference numerals 2, 224, and 226 are display units for displaying the number of counts measured by the count buttons, the display unit 222 displays the value counted by the count button 212, and the display unit 224 is the count button 214. The display unit 226 displays the value counted by the count button 216. The reset button 218 is for resetting the measured count number, and when it is pressed, the display unit 222,
Each value of 224 and 226 becomes 0. The reach type display sections 242, 244, and 246 respectively indicate the type of reach, and are indicated by the name and illustration of the reach.

The electrical connection state of the measuring device A3 having the above structure is shown in FIG.
0, a display unit 220, and a control unit 230 are provided. Here, the input section 210 is provided with the count buttons 212, 214, and 216. In addition, the display unit 220 includes the display units 222, 224, and 22.
6 are provided. Further, the control unit 230 is connected to the input unit 210 and the display unit 220 and controls the operation of each of these units. For example, necessary processing such as detecting an operation of any button of the input unit 210 and giving a display instruction to the display unit 220 is performed.

The use state of the measuring device A3 will be described. As shown in FIG. 16, a plate member 250 is attached to the back surface of the measuring device A3, and the plate member 250 is fitted in the frame of the door 260 of the pachinko machine. In addition, this measuring device A3 has a chain 2 attached to a fixing member 270 fixed to a pachinko machine.
It is fixed by 80. Then, the pachinko game player removes the plate material 250 from the frame of the door 260 and holds the measuring device A3 in his hand for use.

When the player is playing a pachinko game and reaches a reach, the count buttons 212 to 216 are pressed to perform measurement. For example, assume that count button 212 is used for reach mode a, count button 214 is used for reach mode b, and count button 216 is used for reach mode c. In that case, the reach type display sections 242-2
46 is displayed so that these reach modes can be seen.

When the reach in the reach mode a occurs, the count button 212 is pressed once. Then, the control unit 230 detects that the count button 212 is pressed and adds 1 to the display on the display unit 222. Similarly, when the reach in the reach mode b occurs, the count button 214 is pressed. Then, the display on the display unit 224 is incremented by 1. Similarly, when the reach in the reach mode c occurs, the count button 216 is pressed to display the display unit 2.
1 is added to the display of 26. The display on each display is 0
If the reset button 218 is pressed, the reset button 218 is pressed. Then, the control unit 230 detects that the reset button 218 has been pressed and resets all the displays on the display units 222 to 226 to zero.

As described above, the player can know at a glance how many times the reach in which reach mode has occurred. Further, since the measuring device A3 is fixed to the fixing member 270 by the chain 280, there is no possibility of being stolen or the like.

The measuring device A3 has been described as being provided with three count buttons and three display units, but the present invention is not limited to this, and, for example, five count buttons and five display units may be provided.

As described above, according to the measuring device of each of the above-described embodiments, various characteristics of the pachinko machine can be objectively known and can be used as a reference for play. In particular, since the data obtained by this measuring device is the data obtained by actually playing a pachinko game, it is data that can only be obtained by the player.

[0072]

According to the pachinko game measuring device according to the present invention, the characteristics of the pachinko machine can be known by counting the number of winnings and the number of reach, and the player can obtain objective data himself. .

[Brief description of drawings]

1A and 1B are diagrams showing a measuring device according to an embodiment of the present invention, FIG. 1A being a plan view and FIG. 1B being a perspective view.

FIG. 2 is a block diagram of the measuring device shown in FIG.

FIG. 3 is a plan view showing a measuring device according to another embodiment of the present invention.

FIG. 4 is a block diagram of the measuring device shown in FIG.

FIG. 5 is an explanatory diagram showing a configuration of a main count table.

FIG. 6 is an explanatory diagram showing a configuration of a unit time winning number table.

FIG. 7 is an explanatory diagram showing a configuration of a sub-count table.

FIG. 8 is an explanatory diagram showing a configuration of a reach rate table.

FIG. 9 is an explanatory diagram showing another configuration of the sub-count table.

FIG. 10 is an explanatory diagram showing another configuration of the reach rate table.

FIG. 11 is an explanatory diagram illustrating an operation of the measuring device.

FIG. 12 is an explanatory diagram illustrating an operation of the measuring device.

FIG. 13 is an explanatory diagram illustrating an operation of the measuring device.

FIG. 14 is a perspective view showing a measuring device according to another embodiment of the present invention.

FIG. 15 is a block diagram of the measuring device shown in FIG.

16 is an explanatory diagram showing a usage state of the measuring device shown in FIG.

[Explanation of symbols]

 A1, A2, A3 Measuring device 10, 110, 210 Input section 12, 112 Main count button 14, 114 Sub-count button 16, 116 Pause button 18, 118 Switching button 20, 124, 132 Reset button 40, 140 Display section 42th 1 display section 44 second display section 46 third display section 126, 134 history display button 136 mode limited button 142 main display section 144 sub display section 50, 150 clock section 60, 160 storage section 70, 170 control section 212, 214, 216 Count button 218 Reset button 222, 224, 226 Display section 242, 244, 246 Reach type display section

Claims (14)

[Claims] 1. A pachinko game measuring device used for pachinko games, comprising two count buttons, a first count button and a second count button, and a plurality of display sections, and the number of times the first count button is operated. Is displayed on one display,
A pachinko game measuring device, wherein the number of times the second count button is operated is displayed on another display unit. 2. The pachinko game measuring device according to claim 1, wherein a value calculated by the number of times the first count button is operated and / or the number of times the second count button is operated is displayed on the display unit. 3. The pachinko game measuring device according to claim 1, wherein the number of operations of the first count button in a predetermined time is displayed on one of the display units. 4. The pachinko game measuring device has a reset button and a storage unit having a table, and the table is set once from when the reset button is pressed until when the next reset button is pressed. The cumulative number of counts of the first count button and / or the second count button, which is traced back to the past, is stored a predetermined number of times each time, and the cumulative number can be displayed on the display unit for each time. The pachinko game measuring device according to any one of claims 1 to 3, which is characterized. 5. The table further stores the number of counts of the first count button and / or the second count button a predetermined number of times each time, and the count of the first count button and / or the second count button is stored. The pachinko game measuring device according to claim 4, wherein the number can be displayed on the display unit each time. 6. A pachinko game measuring device has a reset button and a storage unit having a table, and the table is set once from when the reset button is pressed until when the next reset button is pressed. The count number of the first count button and / or the second count button is stored a predetermined number of times each time, and the count number of the first count button and / or the second count button can be displayed on the display unit each time. The pachinko game measuring device according to any one of claims 1 to 3, wherein: 7. A pachinko game measuring device has a reset button and a storage section having a table, and the table is set once from when the reset button is pressed until when the next reset button is pressed. The average count number of the first count button for each predetermined time is stored retroactively for a predetermined number of times, and the average count number of the first count button for the predetermined time can be displayed on the display unit. The pachinko game measuring device according to any one of claims 1 to 6, characterized in that: 8. The table further stores the number of counts of the first count button per predetermined time in each time for a predetermined number of times, and the count number of the first count button per predetermined time can be displayed for each time. The pachinko game measuring device according to claim 7, wherein: 9. A pachinko game measuring device has a reset button and a storage unit having a table, and the table is set once from when the reset button is pressed until when the next reset button is pressed. The count number of the first count button per predetermined time in each time is stored for a predetermined number of times, and the count number of the first count button per predetermined time can be displayed for each time. The measuring device for playing pachinko according to any one of 1 to 6. 10. A pachinko game measuring device has a reset button and a storage section having a table, and the table is set once from when the reset button is pressed until when the next reset button is pressed. , The cumulative average value of the ratio of the count number of the first count button and the count number of the second count button for each time is stored retroactively for a predetermined number of times, and the cumulative average value can be displayed on the display unit. The pachinko game measuring device according to any one of claims 1 to 9, wherein 11. The table further stores a ratio of the count number of the first count button and the count number of the second count button for each predetermined number of times, and the ratio can be displayed for each time. The pachinko game measuring device according to claim 10, wherein 12. A pachinko game measuring device has a reset button and a storage unit having a table, in which the count number of the first count button and the count number of the second count button at each time are stored. The pachinko game measuring device according to any one of claims 1 to 9, wherein the ratio is stored a predetermined number of times and the ratio can be displayed each time. 13. The input according to the second count button, it is possible to input by the number of different operations between the operations of the first count button, it is possible to display data for each operation number. The measuring device for playing a pachinko game described in any one of 1. 14. A pachinko game measuring device used for pachinko game play, comprising: a plurality of count buttons; and a plurality of display units for displaying measurement values obtained by the plurality of count buttons. Measuring device.