Robert Boschgmbh

Robert Bosch Engineering and Business Solutions Private Limited

Thorsten Sohnke

Alfred Kuttenberger

Mirko Ruhs

Anton Dukart

Marc Theisen

Martin Randler

Juergen Hoetzel

Joerg Hilsebecher

Marcus Schneider

Herbert Olbrich

Michael Schlick

Michael Bunse

Hans-Peter Klose

Thomas Wittig

Markus Hinterkausen

Mohan Pooja

Amithash Kankanallu Jagadish

Sengottuvelan Senthilmurugan

Kaustubh Ashok Gandhi

Pudur Marudhachalam Dheepak

Tomar Mahima

Bernd Scheufele

The controller of a wearable device is used to determine swim characteristics of a swimmer. The controller is connected to at least one motion sensor selected from a group including a multi-axis gyroscope and a multi-axis accelerometer. The controller is adapted to detect input signals from the at least one motion sensor. The controller is further configured to perform dynamic stroke segmentations based on at least one of the input signals using a stroke segmentation module, extract feature vectors, using feature extraction module, from the at least one input signal based on the stroke segmentations, and determine the swim characteristics by using the feature vectors through a classifier module. The controller dynamically adapts to a style of the swimmer to detect the swim characteristics.

Controller to determine swim characteristics of a swimmer and method thereof

A movement sensor for establishing a movement profile of a living being, in particular a human, is characterized in that the movement sensor has an arrangement for automatically changing between various operating modes.

Movement sensor and system for establishing a movement profile

A device to be worn on the human or animal body for detecting body-related data using a detection element for detecting a temperature in or on the device and an element for activating and deactivating the device by taking the detected temperature into account.

Device to be worn on the human or animal body for detecting body-related data and method for activating or deactivating such a device

A device is proposed for detecting a collision of a vehicle with an obstacle, in which an ultrasonic receiver unit is used to detect the sound produced by the collision, and a collision of the vehicle is thus detected through the evaluation of the ultrasonic signals.

Device for detecting a collision of a vehicle with an obstacle

A radar system for motor vehicles, having a radar sensor and an evaluation device for measuring distances and relative velocities of objects in the surrounding field of the vehicle, and a collision detection device, which, on the basis of the measured distances and relative velocities, recognizes an imminent collision and delivers data on the expected time of collision and the impact velocity to a precrash system. The radar sensor is switchable by the collision detection device to a velocity measurement mode in which a more precise measurement of the relative velocity is made.

Radar system for motor vehicles

To protect vehicle occupants in dangerous situations, the distance of the vehicle to a roadside object, such as a guardrail, etc., is determined and compared to a critical distance. If the actual distance is less than the critical distance, alarm devices are triggered and/or reversible restraining devices are deployed. The critical distance may be determined as a function of the host vehicle velocity.

Method and arrangement for the preventive protection of vehicle passengers in dangerous situations

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Liederbach, Germany

Thorsten Sohnke