Input device, game machine, simulated percussion instrument, and program
View Patent ↗A high-precision input device which has less delay in signal transmission and can sense a plurality of input signals is provided. This input device includes a planar first input area and a second input area annularly formed around the periphery of the first input area. The input device outputs different signals when beating inputs are applied to the input areas. The surface of the first input area is almost entirely covered by a sheet-like first input sensor that is divided into left-side and right-side sensors. A plurality of second input sensors are arranged annularly in the second input area and they are connected to a conductive section. The conductive section is connected to a plurality of bypass members provided for the second input sensors so that the input device is provided with a plurality of paths for transmitting signals from each of the second input sensors.
1. An input device which outputs a signal by applying a beating input to an input area formed on an annular peripheral portion of the input device,
wherein a plurality of input sensors are located in the input area and branched from at least one conductive section which transmits a signal from the input sensors and serves as a first transmission path, the conductive section is connected to at least one bypass member that serves as at least one second transmission path different from the first transmission path, and the at least one bypass member is connected between different portions of the conductive section.
2. A game machine for playing a percussion-instrument music game, the game machine including an input device according to claim 1 .
3. A simulated percussion instrument for performing a simulated percussion play, the simulated percussion instrument including an input device according to claim 1 .
4. An input device according to claim 1 , wherein
the annular peripheral portion is divided into sides,
the at least one conductive section comprises first and second conductive sections, the first and second conductive sections located at different sides of the annular peripheral portion,
a first group of the plurality of input sensors branches from the first conductive section, and
a second group of the plurality of input sensors branches from the second conductive section.
5. An input device having a planar-shaped first input area in a predetermined region and a second input area formed around a periphery of the first input area, the input device outputting different signals when beating inputs are applied to the first and second input areas, respectively,
wherein the first input area includes a sheet-like first input sensor which is disposed over the almost entire surface of the first input area, the first input sensor being divided into a plurality of sections, and
wherein the second input area includes a plurality of second input sensors branched from a conductive section which transmits a signal from the plurality of second input sensors and serves as a first transmission path, and the conductive section is connected to at least one bypass member that serves as a second transmission path so that a plurality of paths for transmitting the signal from the second input sensors are provided for the input device.
6. The input device according to claim 5 ,
wherein when a boundary portion between the divided sections is beaten, it is determined that the beating input is applied to any one of the sections.
7. A game machine for playing a percussion-instrument music game, the game machine including an input device according to claim 6 .
8. A simulated percussion instrument for performing a simulated percussion play, the simulated percussion instrument including an input device according to claim 6 .
9. The input device according to claim 5 ,
wherein the sheet-like first input sensor in the first input area is divided into two sections consisting of left-side and right-side sections, the input device having means for positioning the two sections at corresponding left-side and right-side locations.
10. A game machine for playing a percussion-instrument music game, the game machine including an input device according to claim 9 .
11. A simulated percussion instrument for performing a simulated percussion play, the simulated percussion instrument including an input device according to claim 9 .
12. A game machine for playing a percussion-instrument music game, the game machine including an input device according to claim 5 .
13. A simulated percussion instrument for performing a simulated percussion play, the simulated percussion instrument including an input device according to claim 5 .
14. A method for playing a music game with a percussion instrument, comprising:
providing the percussion instrument that comprises a plurality of input sensors in an input area and branched from at least one conductive section which transmits a signal as a first transmission path, the conductive section being connected to at least one bypass member which is a second transmission path so that a plurality of paths for transmitting a signal from the input sensors are provided for the input device;
detecting with the plurality of input sensors that the percussion instrument is beaten in a game start acceptance state prior to starting the game;
outputting a percussion instrument signal as a game start signal based on the detection; and
starting the game when the percussion instrument signal is received.
15. The method according to claim 14 , further comprising:
providing a button that outputs a game start signal; and
outputting the game start signal when the button is operated in the game start acceptance state,
wherein the game starts when at least one of the percussion instrument signal and the game start signal is received.
16. The method of according to claim 14 , wherein the percussion instrument is beaten by a drum stick to start the game.
17. A computer-usable program embodied on an information storage medium, comprising:
an instruction for performing the method according to claim 14 .