Asics Corporation

Seiko Instruments Inc

Casio Computer Co., Ltd.

Takehiro Tagawa

Ryota Shinayama

Hiroshi Shimizu

Akira Takakura

Keisuke Tsubata

Tomohiro Ihashi

Takeshi Yokoi

Masanobu Inohara

Takanori Hasegawa

Kazuhiro Koyama

Yoshinori Sugai

Masaru Ichikawa

Masafumi Ito

Kazunari Takeichi

Hiroto Mori

Yasuhiro Nomura

Nao Hirakawa

Ken Kusano

Shosaku Suzuki

Toshihiko Nakamura

Noriko Nishimura

Youzou Kajita

Provided is a display control method for a display control device including a processor and a storage. The method includes generating first display data for a display to display user marks at intervals so as to be added one by one as a time elapses from a timing. The intervals each correspond to a user's step length of a user obtained based on measured data on running or walking of the user. The user marks each represent a position where a foot of the user lands by one step. The method further includes generating second display data for the display to display reference marks at intervals so as to be added one by one as the time elapses. The intervals each correspond to a predetermined reference step length. The reference marks each represent a position where a reference foot lands by one step.

Display control method, display control device and storage medium

A recommended running pace calculation system and the like capable of calculating a recommended running pace that is recommended to a runner to be evaluated in a distance running. A recommended running pace calculation system according to the present invention includes a correlation storage device in which a first correlation is stored, the first correlation including correlations between running distances run by unspecified runners and their fastest running paces, a running pace acquisition device configured to acquire running paces for predetermined sections in a distance running run by a runner to be evaluated, the distance running having a predetermined length, a correction device configured to extract a fastest running pace of the running paces of the runner to be evaluated for the predetermined sections, and a recommended running pace calculation device configured to calculate a recommended running pace.

Recommended running pace calculation system and recommended running pace calculation method

A motion state evaluation system is provided with a motion analyzer obtains a value representing a motion state of the subject based on a ratio, to a reference length, of a distance between predetermined joints estimated on an image; a reference storage stores a height of a subject as the reference length; a motion analyzer obtains, as a value for use in evaluation of motion of the subject, the value representing the motion state of the subject from a feature point distance on the image of a plurality of anatomical feature points based on a ratio, to the height, of a distance on the image that is determined from the plurality of anatomical feature points and corresponds to the height of the subject; and an evaluation processor evaluates the motion of the subject based on the value representing the motion state.

Motion state evaluation system, motion state evaluation device, motion state evaluation server, motion state evaluation method, and motion state evaluation program

A wristwatch includes a storing unit that stores relational data for predetermined user classifications, such as gender and body height, indicating a relationship between a traveling pitch, which is the number of steps taken by a user per predetermined amount of time, and a traveling speed which is a running speed or a walking speed. A correcting unit corrects the stored relational data based on a set of a measured traveling pitch and a measured traveling speed. A speed calculating unit calculates a traveling speed of the user from a measured traveling pitch of the user based on the stored relational data that correspond to a user classification input by the user and that has been corrected.

Electronic apparatus and program

An electronic apparatus includes: a control unit that, in an interval training in which a high intensity exercise and a low intensity exercise are repeated, calculates one or both of a high intensity exercise time for performing the high intensity exercise and a low intensity exercise time for performing the low intensity exercise based on input time information.

An electronic apparatus includes a sensor, a body that is provided separately from and is not incorporated to a shoe worn by a user, and a processing circuit provided on the body. The processing circuit obtains, based on a detection result of the sensor, a number of steps taken by the user during traveling while wearing the shoe, and calculates a wear degree, indicating a degree to which the shoe of the user is worn out, based on the number of steps.

Shoe lace system

Growing community of inventors

Kobe, Japan

Takehiro Tagawa