Abstract: Vehicle structure includes a front seat for a driver and a rear seat for a passenger aligned with each other. The front seat is slidable and/or tiltable between a rearward position, in which it is rigidly secured to the frame of the rear seat by a releasable locking device, and a forward position, in which a gap is formed between the front seat and the rear seat to facilitate the access and exit of the passenger.

Abstract: According to one aspect of the present invention, a gaming terminal includes one or more output devices, one or more sensors, and one or more processors in communication with the one or more output devices and the one or more sensors. The one or more sensor devices are configured to measure an impact on the gaming terminal and generate an impact signal indicative of the measured impact. The one or more processors being operable to receive the impact signal from the one or more sensors, determine a response from a plurality of potential responses based on the impact signal, and cause the one or more output devices to provide at least one of an audio output and a visual output according to the determined response.

Abstract: A method and device for non-invasive acoustic testing of elasticity of soft iological tissues, wherein a tangential oscillatory deformation is induced on the surface of a tissue being tested and only those oscillations, out of all resulting oscillations are measured, which occur in the direction of the induced deformation, and wherein a Young's modulus for the direction and anisotropic characteristics of the elasticity of tissue being tested are determined from a characteristic of those oscillations.

Abstract: In a method and device for the non-invasive acoustic testing of the elastty of soft biological tissues for the diagnosing of physiological and pathological state in humans and animals, tangential oscillatory deformations of the frequency range of 0.5-30 kHz are excited on the surface of a tissue, and a velocity of the excited surface wave propagating along the vector of the initial displacement is determined. The device includes a probe with one transmitting and two receiving piezotransducers equipped with contact tips and mounted to the body of the probe by elongated shafts which serve as acoustic delay lines, and an electronic device which forms pulses to excite the transmitting transducer, processes the received acoustic signals, measures the time-of-flight of acoustic pulses from the transmitting transducer to the receiving transducers, converts it into the velocity of surface wave and displays the value of the velocity.