JPS6031780A - Control system of electromotive game board - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is an electric pachinko machine, a slot machine, and other electric game boards.
The purpose is to centrally manage the operating status of the vehicle and automatically display and record it in the evening.

The following electric games are invented! 1 will be described as an electric pachinko machine, but it can also be applied to slot machines, smart balls, and other game boards other than pachinko machines.

In modern pachinko machines, when a ball is inserted into a specific hole, a preset circuit determines how to match letters, numbers, colors, patterns, etc.
So-called Fever machines, which have a mechanism that allows players to play advantageously depending on how they are lined up, have come to be installed. The maximum number of Fever units that can be installed in one bar, the ratio of Fever units to the total number of units installed, and the number of Fever units are determined by law.
! Although it is below the standard of installed pachinko machines, its operation rate is high, -
70-80% of the total sales of the store.

The model is so popular that it accounts for 3.5% of the total.

In this Fever machine, when a player puts a ball into a specific hole,
The content of the display such as numbers, letters, patterns, colors, etc. on the base board changes, and depending on the combination of the letters, etc. and the way they are lined up, the prize opening will remain open for a certain period of time, for example 30 seconds, and a large number of balls will be displayed. If the ball enters the winning hole that is kept open and a ball enters a specific hole during this fever, the winning hole will remain open for a certain period of time, and the duration of the opening of the winning hole will be extended, which is advantageous for the player. It has become a thing. Therefore, this management is important for management, but currently the only way to manage this is to have employees go around regularly and record whether the tonneau has a fever5 or the same number of fevers. This record management requires a lot of effort, and it is impossible to accumulate the number of balls due to fever.

In view of this, the present invention was made in order to perform effective management in terms of business by centrally and automatically managing all Fiespas, displaying and recording them, and also recording the cumulative number of Fiespa balls at one time. All fever-shaped pachinko machines have a detector that detects the number of balls in the prize opening that opens when fever occurs, and a lamp or buzzer that is connected in parallel to notify whether or not fever has occurred. Detector - Same as the decoder for detecting the presence or absence of fever in the face part.
The number of balls in the machine is connected to the combiator output section via a cumulative total decoder, and the detector 1e of each front pachinko machine is connected to the combiator input section for centralized and automatic management as well as cumulative recording. The present invention will be described below based on the illustrated embodiments, but the shape of the pachinko machine etc. is not limited to that illustrated.

In the figure, 1 is the main body of the fever-shaped pachinko machine, 2 is a regular hole that is a trap so that when one ball enters, a predetermined number of balls will come out, for example 16, and 3 is a fever-shaped hole. When a ball enters hole 3, the electric circuit installed on the back of the board is activated, and one of the preset numbers, letters, colors, patterns or Two or more combinations are made, and depending on how they are arranged and how many combinations they have, the winning prize 4 remains for a predetermined period of time, for example, 30 seconds. All letters are done electronically. This state in which the prize opening 4 is open is called fever. Normally, a specific O hole 5 is further formed in this winning hole 4, and when a ball enters this hole 5 during fever, the opening time of the winning hole is further extended. When a fever occurs, a lamp 6 is installed to notify the player by sound and light.
, a buzzer (not shown) is provided, and a detector R1 is connected in parallel to the electric circuit of the lamp or buzzer or both of the lamps or buzzers that report this fever, and the lamp or buzzer and the detector Rz are interlocked. In addition, a detector R is also provided in the ball passing path through which a ball with a smaller number than 5 in the specific hole in the winning hole passes.The detectors Rz and Rs are relays, phototubes, diodes, etc. with non-voltage contacts. Phototransistors and others are used. Light detector R1 and R1
A pair of detectors 1 are installed in each pachinko machine, and these detectors Rz and Rm are connected to the interfacing parts of the combination machine 10 and decoder B, respectively. ◇Total 74 -/<The detector RIL decoder is connected to one detector R1, the mine decoder BIC is connected in common, and the second decoders A and B are connected to the output part 0 of the computer. In addition, the input part of the combiator is connected to all detectors Rx...R1 via an inverter V and a pull-up resistor r.
1... and a diode D for backflow prevention are commonly connected in parallel. Therefore, the detector Rz detects whether or not fever is occurring at each pachinko machine, and the detector R11 detects how many balls have entered the winning opening during the fever.

In the pachinko machine W control system configured as described above, each pachinko machine closes the relay contact, and each time a ball passes through a specific hole 5 during fever, the detector R
11I1 For example, close the contacts of a relay.

Next, the combiator connects each pachinko machine's relay R1 (D
The state of the contact point t is read sequentially. If the contact point is closed, the signal level at the input part of the combiator is set to lHl by the interface circuit of the combiator, and if it is closed, it becomes ILl.

When this signal level is "H", the computer reads the relay Ri'jH of that pachinko machine and determines whether the ball is passing (signal level = = @ n @ > or not (signal level = I r, I ) Then, it is accumulated in the memory inside the combiator.When the signal level of relay R1 is "L", relay R11 is not read,
Move on to reading the relay Rz of the next pachinko machine. In this way, after reading the states of relays R1 and R11 of the pachinko machines one after another, the process is repeated again from the reading of the first pachinko machine.

In addition, if there are several types of fever, the signal level of relay R1 is 1H'' to distinguish them by their continuous time.
By measuring the length of time using a computer,
Applicable operations can be selected 〇Next, as a content of data processing, a color CRT (0athoeLeRay Tulle) is installed in the combiator.
iConnect can display on the color CRT the number of times a fever has occurred for each pachinko machine, the number of balls that passed through a specific position during the fever, statistics, etc. Also, by adding a printer, the contents of the above color ORT can be displayed. By storing the fever occurrence time in the combiator storage section, the fever occurrence time at each pachinko machine can also be printed.

According to the present invention, by installing a detector ft on each fever-type pachinko machine and connecting it to a con-beater, it is possible to centrally manage each pachinko machine without using manpower. Since the presence or absence of fever and the total number of balls in fever can be displayed, it is possible to detect fraudulent behavior by players, and there are advantages such as the ability to improve services to players through centralized management.

[Brief explanation of drawings]

Figure 1 is an example of a fever-shaped pachinko machine, Figure 2
The figure is an enlarged view of the prize opening, and Figure 3 is an electrical circuit diagram. 1... Main body of the pachinko machine 2... Hole 6... Specific hole for fever 4... Prize opening 5... Hole 6... Lamps R1, R2... Detector work F ... Combiator interface section B.
...Decoder 0...Computer output part work...Combiator input part Ema...1 stone outside the inverter Fig. 1 If 1, Incident display qW Nanaaki, fdゝ-/guRf'1 2, Ryoaki's name 3, relationship with the amended person's case 1. Name of applicant: Hitachi, 1, Shisetsu'l;t, Shikisha 4, agent, Showa year, month, day 1, specification IF page 2 The phrase ``6th item 1 and below invention'' is corrected to ``hereinafter the present invention''. 2. On the same page, line 15, ``- or less'' is corrected to ``part.'' 3. On the same page, lines 16-17, the phrase ``70-80%'' is corrected to ``1 majority''. 4, 5th page, 1st to 2nd line, 1 character is all done electrically. ” to be deleted. 5, II g 7
I am corrected.

Claims (1)

[Claims] All fever-type pachinko machines are equipped with balls in the winning openings that open when fever occurs, and each detector is used as a tecoder for detecting the presence or absence of fever in the interface part of the combiator. The number of balls is connected to the output part of the computer via a cumulative decoder, and the detector 1 of each pachinko machine is connected to the input part of the computer to dynamically manage the number of balls and record the total number of balls. 9. A management system for an electric game board, which is characterized by: