Moov Corporation

Microsoft Technology Licensing, LLC

Tong Yuan

Yaohua Hu

Meng Li

Min Wang

Chunhui Zhang

Jian Wang

Xiao Yang

Ji Zhao

Richard Harper

Chunshui Zhao

Xiangwei Zhu

Automated fitness coaching includes: receiving a plurality of motion data samples obtained by a sensor device, wherein the plurality of motion data samples comprises a plurality of acceleration data samples and a plurality of angular velocity data samples, and pertains to a plurality of motions performed by a user; determining based at least in part on some of the motion data samples, a set of one or more corrected core measurements of the user's body positions during a subset of the plurality of motions; and providing feedback to the user, the feedback being determined based at least in part on the set of one or more corrected core measurements.

Automated fitness coaching based on motion data

Motion data processing includes receiving a plurality of motion data samples, wherein the plurality of motion data samples comprises a plurality of acceleration data samples obtained by an accelerometer and a plurality of angular velocity data samples obtained by a gyroscope, and the plurality of motion data samples pertains to a plurality of motions performed by a user; and correcting for distortions in the motion data samples, including determining, based at least in part on some of the motion data samples, a set of one or more corrected core measurements of the user's body positions during a subset of the plurality of motions.

Automated motion data processing

Techniques of the present disclosure guide an exercise, including counting a number of repetitions, a duration of a static movement, and providing feedback regarding the exercise. In some embodiments a plurality of motion data samples are obtained and collected during a repetitive fitness exercise. A set of extreme points is identified among the plurality of motion data samples, a number of repetitions performed during the fitness exercise is determined based on the set of extreme points, and the information regarding the determined number of repetitions is output. With this information, the management device can give context-aware coaching feedback to the users, for example, counting, motivating, and giving instructions on the exercise.

Automated circuit training

In some implementations, an access device may sense movement in six degrees of freedom for interacting with information in a user interface. In some implementations, a security feature may be included for verifying an authorization of a user to use the access device. Additionally, in some implementations, the access device may establish communication with an available computing device for accessing and interacting with information that may include remotely stored information, cloud data, cloud services, and the like.

Accessing and interacting with information

An automated fitness coaching device is presented, comprising: a light emitting diode (LED); a set of one or more sensors configured to obtain motion data samples; one or more processors coupled to the LED and the set of one or more sensors; wherein the one or more processors are configured to: obtain an indication of a color configuration; and cause a control signal to be sent to the LED to cause the LED to emit a color according to the color configuration.

Configuration of an automated personal fitness coaching device

A pointing or input device is generally cylindrical or puck-shaped, and has various sensors for sensing 2D, 3D, and high degree of freedom motion for more natural user interaction.

Sensor-based pointing device for natural input and interaction

Systems and methodologies for efficient inductive charging of electronic devices are provided herein. A charging device as described herein can utilize a sensor-integrated resonating circuit with automatic frequency control to provide low-cost inductive charging functionality for electronic devices. As further described herein, a device to be charged can be equipped with a power receiver operable to receive power from the charging device via electromagnetic induction. The power receiver can additionally be utilized for initiation of charging such that charging for a device commences upon its associated power receiver being brought within range of an inductive charging surface at the charging device. Further, a charging device as described herein can have an inductive charging surface as well as a non-charging surface for providing other services such as information display. A charging device can integrate with an external information source to obtain items to be displayed at a non-charging surface thereon.

Growing community of inventors

Beijing, China

Tong Yuan