Nintendo Co., Ltd.

Takao Sawano

Hitoshi Yamazaki

Shigeru Miyamoto

Tadashi Sugiyama

Shinya Kawada

Hirofumi Matsuoka

Tomohiro Kawase

Takashi Endo

Tsutomu Araki

Tatsuhiro Shirai

Hirohito Yoshimoto

Giles Goddard

Keizo Ohta

Yoichi Yamada

Kenji Yamamoto

Hideaki Shimizu

Tsutomu Kaneshige

Takuya Kuribayashi

Masashi Shiomi

A passive walking apparatus () according to one embodiment includes a hip portion (), a first leg (), a second leg (), and a crank mechanism () including a first-leg-side crank portion (), a second-leg-side crank portion (), a crankshaft (), a first-leg-side connection portion (), and a second-leg-side connection portion (). When the first leg () moves rearward from the front relatively to the hip portion () as being in contact with a walking surface (GR), the first-leg-side connection portion () has the first-leg-side crank portion () pivot, the first-leg-side crank portion () has the second-leg-side crank portion () pivot around the crankshaft (), and the second-leg-side crank portion () moves the second leg () forward from the rear relatively to the hip portion () with the second-leg-side connection portion () being interposed.

Passive walking apparatus and passive walking module

A plurality of positional information transmitters, each of which transmits positional information to which a plurality of unit spaces are each uniquely assigned, are disposed on a ceiling. A mobile terminal receives the positional information transmitted from each of the positional information transmitters and changes a terminal-side image in accordance with the received positional information. Furthermore, the mobile terminal transmits to a server current positional information and operation information indicating an instruction inputted by a user. The server changes, in accordance with the current positional information and the operation information received by the mobile terminal, a floor image displayed on a plurality of floor displays disposed on a floor. Thus, it becomes possible to provide a highly interesting and novel position detecting system.

Position detecting system and position detecting program

A game apparatus is capable of controlling infrared radiation emitters for radiating infrared light. The game apparatus executes game processing using imaging information on the infrared light obtained from an input device. The input device takes an image of the infrared light radiated by the infrared radiation emitters, and also receives an input from a user. The game apparatus comprises pattern storage means; selection means; and radiation control means. The pattern storage means stores at least one signal pattern of an infrared signal usable by a control target device. The selection means selects at least one of the at least one signal pattern stored by the pattern storage means, using the input received by the input device. The radiation control means causes the infrared radiation emitters to output an infrared signal of the signal pattern selected by the selection means.

Game apparatus having general-purpose remote control function

An exemplary embodiment provides a measurement system. A measurement system measuring body weight includes a weight detection unit detecting weight at predetermined detection cycles, and a calculating unit calculating an average value based on measurement values detected by the weight detection unit at the detection cycles. The detection cycle is shorter than a cycle at which a transient signal waveform predicted in accordance with measurement values detected by the weight detection unit can be obtained.

Measurement system, measurement method of measurement device, measurement device, and non-transitory storage medium encoded with computer readable control program, capable of completing measurement in simple manner and promptly

A game controller includes at least four load sensors for detecting a load applied on a support board on which player's legs are ridden, and the game controller transmits a load value detected as manipulation data by the four load sensors to a game machine. The game machine determines a necessary quantity of load values, and the game machine computes the necessary quantity of load values based on the detected load value from the game controller. Then, game processing is performed based on the necessary quantity of computed load values.

Game controller, storage medium storing game program, and game apparatus

A game apparatus includes operation means operated by a player, selection means, player object action control means, display control means, and evaluation means. The game apparatus displays a first game image and a second game image concurrently. The player selects either one of the first game image and the second game image with the selection means. The player further operates the operation means to operate a player object related to the selected game image.

Game apparatus and game program

A plurality of positional information transmitters, each of which transmits positional information to which a plurality of unit spaces are each uniquely assigned, are disposed on a ceiling. A mobile terminalreceives the positional information transmitted from each of the positional information transmittersand changes a terminal-side image in accordance with the received positional information. Furthermore, the mobile terminaltransmits to a servercurrent positional information and operation information indicating an instruction inputted by a user. The serverchanges, in accordance with the current positional information and the operation information received by the mobile terminal, a floor image displayed on a plurality of floor displaysdisposed on a floor. Thus, it becomes possible to provide a highly interesting and novel position detecting system.

A healthcare professional terminalcreates a question message based on an input operation of a healthcare professional, and transmits the question message to a game apparatus. The game apparatuscreates, based on an input operation of a healthcare recipient, an answer message including an answer to a question contained in the question message received from the healthcare professional terminal, and transmits the answer message to the healthcare professional terminaltogether with automatically obtained biological information (weight data, exercise time data, and step count data) of the healthcare recipient.

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Kyoto, Japan

Takao Sawano