Abstract: A seat includes a seat body and a sensor configured to acquired information on an occupant seated on the seat body. The seat includes a coating as a location marker that marks a location of the sensor to render the location visually recognizable from outside the seat body.

Abstract: Disclosed is a seat including: sensors which includes a first cushion sensor provided at a seat cushion in a position corresponding to buttocks of an occupant, a second cushion sensor provided at the seat cushion and located farther frontward than the first cushion sensor, a first back sensor provided at a seat back and located in a lower position thereof, and a second back sensor provided at the seat back and located above the first back sensor; and a controller connected to the sensors and thereby allowed to acquire pressure values from the respective sensors. The controller is configured to identify the motion of the occupant based on outputs of at least two sensors of the first cushion sensor, the second cushion sensor, the first back sensor, and the second back sensor.

Abstract: The disclosure relates to a distribution device and an information device. The distribution device comprises a communication part, a memory part and a controller. The communication part communicates with an external device. The memory part stores a video data. The controller transmits the video data to the external device through the communication part. The controller transmits the video data to the external device based on a request signal from the external device, and the video data includes a predetermined data that is different from the video data.

Abstract: A playback device is configured to be connected to a display device. The playback device includes a communication component and a controller. The communication component communicates with the display device. The controller acquires setting information indicating a current setting of a brightness range in the display device from the display device via the communication component. While a specific brightness range has not been set in the display device, the controller transmits information related to a setting change to the specific brightness range via the communication component to the display device based on correspondence information indicating a correspondence relationship between the display device and the brightness range that is settable in the display device.

Abstract: A playback device is configured to be connected to a display device. The playback device includes a communication component and a controller. The communication component communicates with the display device. The controller acquires setting information indicating a current setting of a brightness range in the display device from the display device via the communication component. While a specific brightness range has not been set in the display device, the controller transmits information related to a setting change to the specific brightness range via the communication component to the display device based on correspondence information indicating a correspondence relationship between the display device and the brightness range that is settable in the display device.

Abstract: An information device is provided that includes a communication component and a controller. The communication component communicates with an external device. The controller downloads video data from the external device through the communication component. The controller performs processing for playing the video data. The controller executes an application for playing the downloaded video data. The controller sends a download request for each divided video data, with the divided video data being obtained by dividing up the video data.

Abstract: An information device includes a communication component and a controller. The communication component communicates with an external device. The controller downloads video data from the external device through the communication component, executes a post-download processing for playing the video data after completing download of the video data, and executes an application for playing the video data. The controller sends a download request for the video data to the external device based on a processing time for the post-download processing.

Abstract: The disclosure relates to a distribution device and an information device. The distribution device comprises a communication part, a memory part and a controller. The communication part communicates with an external device. The memory part stores a video data. The controller transmits the video data to the external device through the communication part. The controller transmits the video data to the external device based on a request signal from the external device, and the video data includes a predetermined data that is different from the video data.

Abstract: An information device includes a communication component and a controller. The communication component communicates with an external device. The controller downloads video data from the external device through the communication component, executes a post-download processing for playing the video data after completing download of the video data, and executes an application for playing the video data. The controller sends a download request for the video data to the external device based on a processing time for the post-download processing.

Abstract: An information device is provided that includes a communication component and a controller. The communication component communicates with an external device. The controller downloads video data from the external device through the communication component. The controller performs processing for playing the video data. The controller executes an application for playing the downloaded video data. The controller sends a download request for each divided video data, with the divided video data being obtained by dividing up the video data.

Abstract: The present invention addresses the problem of providing a chelate color former which can measure the concentration of iron with high sensitivity and with low blank values when measuring the concentration of iron, and an iron concentration measurement method and kit that use this chelate color former. The present invention relates to: a compound represented by following formula [1] or a salt thereof wherein, R1 and R2 each independently represent —SO3H or —CO2H; an iron concentration measurement method in which the compound is used as a chelate color former, the compound is brought into contact with iron in a sample, and the concentration of iron in the sample is measured on the basis of the degree of resulting color development; and a kit to be used therein.

Abstract: A resin injection molding method of molding a resin by injection-filling an inside of a mold cavity formed by mold-clamping a pair of a design surface mold and a non-design surface mold, with a melted thermoplastic polypropylene resin composition, the method including: setting a temperature of each cavity-forming surface of the design surface mold and the non-design surface mold prior to the injection filling to 60° C. to 120° C., with the temperature of the cavity-forming surface of the design surface mold being 5° C. to 50° C. higher than the temperature of the cavity-forming surface of the non-design surface mold; and causing the resin pressure to reach a negative pressure within 7 seconds after injection filling is complete, wherein the thermoplastic polypropylene resin composition contains a crystalline polypropylene resin and a rubber component and a content of the rubber component is 1 mass % to 40 mass %.

Abstract: The present invention addresses the problem of providing a chelate color former which can measure the concentration of iron with high sensitivity and with low blank values when measuring the concentration of iron, and an iron concentration measurement method and kit that use this chelate color former. The present invention relates to: a compound represented by following formula [1] or a salt thereof wherein, R1 and R2 each independently represent —SO3H or —CO2H; an iron concentration measurement method in which the compound is used as a chelate color former, the compound is brought into contact with iron in a sample, and the concentration of iron in the sample is measured on the basis of the degree of resulting color development; and a kit to be used therein.

Abstract: A resin injection molding method of molding a resin by injection-filling an inside of a mold cavity formed by mold-clamping a pair of a design surface mold and a non-design surface mold, with a melted thermoplastic polypropylene resin composition, the method including: setting a temperature of each cavity-forming surface of the design surface mold and the non-design surface mold prior to the injection filling to 60° C. to 120° C., with the temperature of the cavity-forming surface of the design surface mold being 5° C. to 50° C. higher than the temperature of the cavity-forming surface of the non-design surface mold; and causing the resin pressure to reach a negative pressure within 7 seconds after injection filling is complete, wherein the thermoplastic polypropylene resin composition contains a crystalline polypropylene resin and a rubber component and a content of the rubber component is 1 mass % to 40 mass %.

Abstract: When an operation block collides a stacked block in an X-direction, a part of the stacked block facing an operation block is shifted to the X-direction to allow the operation block to be absorbed in the stacked block and an end being opposite to the end facing the operation block of the shifted stacked block to be ejected from the stacked block. The ejected block can collide with the stacked block again as an operation block. Such a collision operation is repeatedly performed after the completion of a predetermined arrangement in the stacked block.

Abstract: A game apparatus includes an LCD and a touch panel is provided on the LCD. On the LCD is displayed a game screen on which objects of different types are disposed so as to be aligned in a reticular pattern. By a player touching a desired object, a three-dimensional location of the object is set as a point of gaze of a virtual camera. Then, by the player moving a touch location, the location of the virtual camera (viewpoint) is changed according to the movement. In a virtual space, different layers are provided for the different types of objects. The objects are disposed so as not to overlap with each other between the different layers. When the viewpoint is fixed and a plurality of objects of different types intersecting a line of sight or a line parallel to the line of sight satisfy a predetermined condition, the objects are deleted.

Abstract: A game apparatus includes a first LCD and a second LCD, and a game screen of a puzzle game, and the like are displayed on the first and second LCDs. Moreover, a touch panel is provided on a top surface of the second LCD. A player taps a stick on one of piece objects displayed on the second LCD to select a first piece object. Subsequently, the player drags the stick vertically or laterally to select a second piece object adjacent to the first piece object. As a result, arrangement positions of the selected two piece objects are interchanged, and numerals displayed on the respective piece objects are reversed laterally or vertically.

Abstract: A seek control unit increments by a first magnitude the maximum speed when the pickup head is moved while the number of jumped tracks can be counted appropriately. If the number of tracks jumped during seek could not be counted appropriately, the seek control unit decrements the maximum speed by a second magnitude. The seek control unit sets the maximum speed stored in a speed information storage device 8 for a marginal speed. Once set for the marginal speed, the seek control unit, even when the number of jumped tracks can be counted appropriately, does not execute updating of incrementing the maximum speed stored in the speed information storage unit.

Abstract: When an operation block collides a stacked block in an X-direction, a part of the stacked block facing an operation block is shifted to the X-direction to allow the operation block to be absorbed in the stacked block and an end being opposite to the end facing the operation block of the shifted stacked block to be ejected from the stacked block. The ejected block can collide with the stacked block again as an operation block. Such a collision operation is repeatedly performed after the completion of a predetermined arrangement in the stacked block.

Abstract: A game apparatus includes an LCD and a touch panel is provided on the LCD. On the LCD is displayed a game screen on which objects of different types are disposed so as to be aligned in a reticular pattern. By a player touching a desired object, a three-dimensional location of the object is set as a point of gaze of a virtual camera. Then, by the player moving a touch location, the location of the virtual camera (viewpoint) is changed according to the movement. In a virtual space, different layers are provided for the different types of objects. The objects are disposed so as not to overlap with each other between the different layers. When the viewpoint is fixed and a plurality of objects of different types intersecting a line of sight or a line parallel to the line of sight satisfy a predetermined condition, the objects are deleted.