Abstract: Sitting furniture (100) comprising a seat (110), a lower leg support (120) and a chest support (130).

Abstract: An ergonomic chair comprising a seat, a lower leg support, a chest support and a hip support. The seat is configured to support the posterior thigh and/or buttocks of a seated user, the seat being configured to urge the hip of the seated user in a forward direction. The lower leg support is configured to support the anterior side of the lower legs of the seated user. The chest support is configured to support the chest of the seated user in a forward leaning position of the seated user. The hip support is configured to support the anterior hip of a seated user as the seat urges the seated user’s hip forwardly towards the hip support.

Abstract: An ergonomic chair (300) comprising a seat (310), a lower leg support (320), a chest support (330), and a hip support (360); the seat (310) for supporting the posterior thigh (11) and/or buttocks (12) of a seated user (10), the seat (310) being configured to urge the hip of a seated user (10) in a forward direction; the lower leg support (320) for supporting the anterior side of the lower legs (14) of the seated user (10); the chest support (330) for supporting the chest (15) of the seated user (10) in a forward leaning position of the seated user (10); the hip support (360) is configured to support the anterior hip of a seated user (10) as the seat (310) urges the seated user's (10) hip forwardly towards the hip support (360).

Abstract: An ergonomic chair (300) comprising a seat (310), a lower leg support (320), a chest support (330), and a hip support (360); the seat (310) for supporting the posterior thigh (11) and/or buttocks (12) of a seated user (10), the seat (310) being configured to urge the hip of a seated user (10) in a forward direction; the lower leg support (320) for supporting the anterior side of the lower legs (14) of the seated user (10); the chest support (330) for supporting the chest (15) of the seated user (10) in a forward leaning position of the seated user (10); the hip support (360) is configured to support the anterior hip of a seated user (10) as the seat (310) urges the seated user's (10) hip forwardly towards the hip support (360).

Abstract: The present invention relates to a receiver circuit for processing an incoming bit stream from a bus system. The circuit comprises an analog interface for converting the analog signal to a digital input data stream. The interface comprises an analog filter and a switch to process the analog signal before generating the digital input data stream using the filter if, and only if, a selection criterion controlling the switch is met. The circuit comprises a frame decoding unit for decoding a data frame encoded in the digital input data stream in accordance with a CAN protocol, and a frame processing unit that comprises a flexible data rate detector and a recessive bit counter for counting consecutive recessive bits after detecting the flexible data rate frame. The selection criterion is satisfied when the flexible data rate frame is detected and unsatisfied when the recessive bit counter reaches a predetermined number.

Abstract: Sitting furniture (100) comprising a seat (110), a lower leg support (120) and a chest support (130).

Abstract: The present invention relates to a receiver circuit for processing an incoming bit stream from a bus system. The circuit comprises an analog interface for converting the analog signal to a digital input data stream. The interface comprises an analog filter and a switch to process the analog signal before generating the digital input data stream using the filter if, and only if, a selection criterion controlling the switch is met. The circuit comprises a frame decoding unit for decoding a data frame encoded in the digital input data stream in accordance with a CAN protocol, and a frame processing unit that comprises a flexible data rate detector and a recessive bit counter for counting consecutive recessive bits after detecting the flexible data rate frame. The selection criterion is satisfied when the flexible data rate frame is detected and unsatisfied when the recessive bit counter reaches a predetermined number.

Abstract: A circuit for receiving and processing a bit stream obtained from an electronic communication bus-system comprises a bit stream processor and bit sampling of the bit stream to provide a sampled output signal. The circuit comprises a frame decoder for decoding a data frame encoded in the sampled output signal, and a clock signal generator for generating a first clock signal for the bit stream processor. The circuit comprises a clock signal downsampler for generating a second clock signal having a lower frequency than the first clock signal, in which the second clock signal is based on a co-occurrence of a clock pulse in the first clock signal and the emission of a bit in the sampled output signal. The bit stream processor is adapted for synchronizing the first clock signal to an external protocol timing of the incoming bit stream.

Abstract: A circuit for receiving and processing a bit stream obtained from an electronic communication bus-system comprises a bit stream processor and bit sampling of the bit stream to provide a sampled output signal. The circuit comprises a frame decoder for decoding a data frame encoded in the sampled output signal, and a clock signal generator for generating a first clock signal for the bit stream processor. The circuit comprises a clock signal downsampler for generating a second clock signal having a lower frequency than the first clock signal, in which the second clock signal is based on a co-occurrence of a clock pulse in the first clock signal and the emission of a bit in the sampled output signal. The bit stream processor is adapted for synchronizing the first clock signal to an external protocol timing of the incoming bit stream.