Abstract: The instant application discloses an eyewear device for assisting in viewing a stereoscopic video. The eyewear device includes a light amount adjuster which adjusts a light amount entering each of left and right eyes; and a controller which controls the light amount adjuster in response to a timing signal for notifying a timing of an increase period during which the transmission amount is increased. The controller includes a detector detecting a non-reception period in which the timing signal is not received; a storage portion storing period data which define a length of the increase period in the non-reception period; and a flywheel controller controlling the light amount adjuster in the non-reception period in response to the period data. If the non-reception period exceeds a threshold period which is defined for the non-reception period, the flywheel controller controls the light amount adjuster so that the increase period is shortened.

Abstract: In a closed caption production device, video recognition processing of an input video signal is performed by a video recognizer. This causes a working object in video to be recognized. In addition, a sound recognizer performs sound recognition processing of an input sound signal. This causes a position of a sound source to be estimated. A controller performs linking processing by comparing information of the working object recognized by the video recognition processing with positional information of the sound source estimated by the sound recognition processing. This causes a position of a closed caption produced based on the sound signal to be set in the vicinity of the working object in the video.

Abstract: A transport stream processing apparatus according to the present invention is a transport stream processing apparatus including a plurality of processing steps for separating desired data from a transport stream, and comprises a hardware transport stream separating device, a software transport stream separating device, and a processing switching device for switching to and from the respective separating devices in executing an optional processing step. The transport stream processing apparatus realizes a transport stream separation of a high performance without demanding a high operation frequency and a high CPU power and adding a circuit.

Abstract: In a closed caption production device, video recognition processing of an input video signal is performed by a video recognizer. This causes a working object in video to be recognized. In addition, a sound recognizer performs sound recognition processing of an input sound signal. This causes a position of a sound source to be estimated. A controller performs linking processing by comparing information of the working object recognized by the video recognition processing with positional information of the sound source estimated by the sound recognition processing. This causes a position of a closed caption produced based on the sound signal to be set in the vicinity of the working object in the video.

Abstract: A resin safety shoe toe cap, formed of a fiber-free thermoplastic resin and comprising a front end upright portion, a big toe upright portion, a little toe upright portion, a top portion, and a bottom portion, wherein: (a) outer wall surfaces of the respective upright portions are formed so as to rise substantially vertically to the bottom portion; (b) an inner wall surface of the front end upright portion is curved, and the inner wall surface opposed to the vertical surface of the outer wall is thicker at a top portion side than at a bottom portion side; and (c) the front end upright portion is formed to be thicker in thickness than the little toe upright portion and the big toe upright portion. The shoe toe cap is reduced as much as possible in weight and yet meets safety standards for shoe toe caps.

Abstract: A resin safety shoe toe cap, formed of a fiber-free thermoplastic resin and comprising a front end upright portion, a big toe upright portion, a little toe upright portion, a top portion, and a bottom portion, wherein: (a) outer wall surfaces of the respective upright portions are formed so as to rise substantially vertically to the bottom portion; (b) an inner wall surface of the front end upright portion is curved, and the inner wall surface opposed to the vertical surface of the outer wall is thicker at a top portion side than at a bottom portion side; and (c) the front end upright portion is formed to be thicker in thickness than the little toe upright portion and the big toe upright portion. The shoe toe cap is reduced as much as possible in weight and yet meets safety standards for shoe toe caps.

Abstract: A transport stream processing apparatus according to the present invention is a transport stream processing apparatus including a plurality of processing steps for separating desired data from a transport stream, and comprises a hardware transport stream separating device, a software transport stream separating device, and a processing switching device for switching to and from the respective separating devices in executing an optional processing step. The transport stream processing apparatus realizes a transport stream separation of a high performance without demanding a high operation frequency and a high CPU power and adding a circuit.

Abstract: The invention provides a shock absorbing rope, in which a rope body shaped in a long tube formed to be elongated in a longitudinal direction thereof and a core member arranged inside of the tube of the rope body in a eased state are formed independently and separately from each other; the both ends of the rope body and the both ends of the core member in the longitudinal direction thereof are fixed with each other; and a length of the rope body in a contraction state is shorter than a length of the core member that is not in the eased state and the core member is arranged in the tube of the rope body in the eased state, and the rope body can be elongated longer than the length of the core member that is not in the eased sate.