JP2021074181A5

JP2021074181A5 -

Info

Publication number: JP2021074181A5
Application number: JP2019201959A
Authority: JP
Filing date: 2019-11-07
Publication date: 2022-05-02
Anticipated expiration: 2039-11-07

Description

従来、中継基板を介して主制御基板を試験装置に接続可能な遊技機が特許文献１に提案されている。 Conventionally, Patent Document 1 has proposed a gaming machine in which a main control board can be connected to a test device via a relay board .

特開２００３－２１０７９６号公報Japanese Unexamined Patent Publication No. 2003-210996

上述したような従来の遊技機のように、遊技機と試験装置とを接続する場合、中継基板を介して接続するのが一般的だが、遊技性等の遊技機の仕様に応じた中継基板を用意する必要がある。When connecting a gaming machine and a test device as in the conventional gaming machine as described above, it is common to connect via a relay board, but a relay board according to the specifications of the gaming machine such as game playability is used. You need to prepare.

本発明は、遊技機の仕様が変わったとしても、中継基板を変更することなく、また、最低限の変更により試験装置と接続することが可能な遊技機を提供することを目的とする。An object of the present invention is to provide a gaming machine that can be connected to a test device without changing the relay board and with a minimum change even if the specifications of the gaming machine change.

本発明に係る遊技機は、The gaming machine according to the present invention
主制御基板（主制御基板７１）と、Main control board (main control board 71) and
前記主制御基板にハーネスを介して接続される複数の機器中継基板（キャビネット側中継基板４４、ドア中継端子板６８、リール中継端子板７４）と、A plurality of device relay boards (cabinet side relay board 44, door relay terminal board 68, reel relay terminal board 74) connected to the main control board via a harness.
前記主制御基板又は前記機器中継基板にハーネスを介して接続された複数の入出力装置（入出力装置４０１等）と、を備え、A plurality of input / output devices (input / output devices 401, etc.) connected to the main control board or the device relay board via a harness are provided.
前記主制御基板は、接続中継基板（ＩＦ１）とハーネスを介して試験装置（試験機４０２）に接続可能であり、The main control board can be connected to the test device (testing machine 402) via the connection relay board (IF1) and the harness.
前記複数の機器中継基板は、少なくとも第１中継基板（キャビネット側中継基板４４）と、第２中継基板（リール中継端子板７４）と、第３中継基板（ドア中継端子板６８）と、を有する遊技機において、The plurality of device relay boards include at least a first relay board (cabinet side relay board 44), a second relay board (reel relay terminal board 74), and a third relay board (door relay terminal board 68). In a game machine
前記遊技機は、The gaming machine is
前記主制御基板と前記第１中継基板とをハーネスを介して接続する第１接続経路と、A first connection path for connecting the main control board and the first relay board via a harness, and
前記第１中継基板と前記第２中継基板とをハーネスを介して接続する第２接続経路と、A second connection path for connecting the first relay board and the second relay board via a harness, and
前記主制御基板と前記第３中継基板とをハーネスを介して接続する第３接続経路と、を有し、It has a third connection path for connecting the main control board and the third relay board via a harness.
前記主制御基板は、前記第１接続経路を介して、前記複数の入出力装置に含まれる出力装置への出力信号を出力し、前記第３接続経路を介して、前記複数の入出力装置に含まれる入力装置からの入力信号を入力し、The main control board outputs an output signal to the output devices included in the plurality of input / output devices via the first connection path, and outputs the output signal to the plurality of input / output devices via the third connection path. Input the input signal from the included input device,
前記第１中継基板は、前記複数の入出力装置に含まれる特定の入出力装置（各リール３Ｌ，３Ｃ，３Ｒの各第１～第３ステッピングモータ４０４Ｌ～４０４Ｒ及び各第１～第３インデックスセンサ４０５Ｌ～４０５Ｒ）に対して前記主制御基板から出力された出力信号に基づく駆動信号を前記第２中継基板に前記第２接続経路を介して出力し、The first relay board is a specific input / output device (1st to 3rd stepping motors 404L to 404R of each reel 3L, 3C, 3R and 1st to 3rd index sensors of each) included in the plurality of input / output devices. A drive signal based on the output signal output from the main control board to the 405L to 405R) is output to the second relay board via the second connection path.
前記主制御基板は、前記第１接続経路を流れる前記出力信号と、前記第３接続経路を流れる前記入力信号と、を中継するように前記接続中継基板がハーネスを介して接続されることで、前記出力信号及び前記入力信号に基づいた試験信号を前記試験装置と入出力可能となり、The main control board is connected by connecting the connection relay board via a harness so as to relay the output signal flowing through the first connection path and the input signal flowing through the third connection path. The output signal and the test signal based on the input signal can be input / output to / from the test device.
前記第１中継基板から前記主制御基板に出力される信号は、前記駆動信号に応じて前記特定の入出力装置から出力する信号を含み、前記第３接続経路を経由し、The signal output from the first relay board to the main control board includes a signal output from the specific input / output device in response to the drive signal, and passes through the third connection path.
前記主制御基板には、前記主制御基板の一辺側に破線で囲われた位置に、試験信号を前記接続中継基板に出力するために実装可能な主制御試験信号出力回路（ＧＡＴＥ１～３、コネクタＣＮ１００）を配置する実装パターンが備えられ、A main control test signal output circuit (GATE 1 to 3, connector) that can be mounted on the main control board to output a test signal to the connection relay board at a position surrounded by a broken line on one side of the main control board. A mounting pattern for arranging CN100) is provided,
前記主制御基板に実装可能な前記主制御試験信号出力回路の前記実装パターンは、スルーホール実装用及び表面実装用の配線パターンが使用されているAs the mounting pattern of the main control test signal output circuit that can be mounted on the main control board, wiring patterns for through-hole mounting and surface mounting are used.
構成を有する。Has a configuration.

本発明は、遊技機の仕様が変わったとしても、中継基板を変更することなく、また、最低限の変更により試験装置と接続することが可能な遊技機を提供することができる。INDUSTRIAL APPLICABILITY The present invention can provide a gaming machine that can be connected to a test device without changing the relay board and with a minimum change even if the specifications of the gaming machine change.

Claims

Main control board and
A plurality of device relay boards connected to the main control board via a harness, and
A plurality of input / output devices connected to the main control board or the device relay board via a harness are provided.
The main control board can be connected to the test device via the connection relay board and the harness.
The plurality of device relay boards are used in a gaming machine having at least a first relay board, a second relay board, and a third relay board.
The gaming machine is
A first connection path for connecting the main control board and the first relay board via a harness, and
A second connection path for connecting the first relay board and the second relay board via a harness, and
It has a third connection path for connecting the main control board and the third relay board via a harness.
The main control board outputs an output signal to the output devices included in the plurality of input / output devices via the first connection path, and outputs the output signal to the plurality of input / output devices via the third connection path. Input the input signal from the included input device,
The first relay board connects a drive signal based on an output signal output from the main control board to the second relay board to the second relay board for a specific input / output device included in the plurality of input / output devices. Output via
The main control board is connected by connecting the connection relay board via a harness so as to relay the output signal flowing through the first connection path and the input signal flowing through the third connection path. The output signal and the test signal based on the input signal can be input / output to / from the test device.
The signal output from the first relay board to the main control board includes a signal output from the specific input / output device in response to the drive signal, and passes through the third connection path.
The main control board has a mounting pattern in which a main control test signal output circuit that can be mounted for outputting a test signal to the connection relay board is arranged at a position surrounded by a broken line on one side of the main control board. Be prepared,
The mounting pattern of the main control test signal output circuit that can be mounted on the main control board is a gaming machine characterized in that wiring patterns for through-hole mounting and surface mounting are used .