Abstract: There is provided a display device that suppresses an electrostatic discharge failure in a manufacturing stage, and improves a yield. A substrate provided in the display device includes: a display unit in which a plurality of pixel circuits, and a common electrode are formed; N (integer satisfying N?3) gate signal lines extending in the display unit; a gate driver circuit in which N shift register circuits connected to the respective gate signal lines to supply a gate signal are arranged outside of the display unit side by side; a common voltage main line arranged further outside of the gate driver circuit with respect to the display unit; and M common voltage sub-lines extending in M (1?M<N?1) spacings among (N?1) spacings between the respective N shift register circuits which are arranged side by side, from the common voltage main lines to the common electrode.

Abstract: An information processing apparatus includes the following elements. A generation unit generates a multiplexed video frame having a predetermined screen size. A dividing unit divides input audio data into audio data items each having samples for one frame period of the multiplexed video frame. A multiplexing unit multiplexes audio data items obtained by dividing each stream of input audio data and number-of-samples information representing the number of samples thereof. A processing unit processes audio data items multiplexed in a multiplexed video frame input from an input video port, and outputs from an output video port thereof a multiplexed video frame in which the resulting audio data items and the number-of-samples information thereof are multiplexed. An extraction unit extracts the audio data items multiplexed in the multiplexed video frame output from the processing unit in accordance with the number-of-samples information. A transmission unit outputs the extracted audio data items to outside.

Abstract: There is provided an image processing apparatus including a graphics processing unit, a first computer that controls the graphics processing unit, an intermediate image storage unit that stores image data generated by the graphics processing unit, an image input unit that inputs a plurality of image data, an image switching unit that outputs a plurality of any image data among the plurality of image data input to the image input unit, an image combining unit that combines image data using the image data output from the image switching unit and the image data stored in the intermediate image storage unit, an image output unit that outputs the image data combined by the image combing unit, a second computer that controls the image switching unit and the image combining unit, and a connecting unit that connects the first computer and the second computer.

Abstract: A communication device includes a transmission amplifier supplied with a binary transmission signal is capable of choosing between amplifying the transmission signal and entering a high-impedance state at an output. An antenna is supplied with a transmission signal output from the transmission amplifier. A comparator compares a signal received by the antenna with threshold values to obtain a reception signal, which is supplied to a processing unit. A capacitor is connected between the transmission amplifier and the antenna or between the antenna and the comparator. A control unit allows the transmission amplifier to be in the high-impedance state for a period during which the processing unit receives a reception signal.

Abstract: The invention is directed to methods for the propagation or cultivation of cells including preparing a cell culture substrate, wherein the cell culture substrate includes a substrate and a layer formed by surface modification. The layer includes a polymer containing an amino group. The polymer is produced by reacting a polymer represented by formula (II): with a polymer having at least one amino group, —NH2, capable of forming a Schiff base in a monomer of formula (II), thereby forming a polymer layer constituting the layer formed by surface modification. “n” in Formula (II) is 0 or a positive integer, and m is a positive integer. n and m represent the degree of polymerization. Formula (II) is formed by chemical vapor deposition of formyl[2.2]paracyclophane. The methods further include providing cells in a medium; inoculating the cells onto the cell culture substrate; and culturing the cells, wherein the cells adhere to the cell culture substrate.

Abstract: A receiver for a digital modulated signal which receives a multi-carrier modulated signal and demodulates a receiving signal by converting it from a time region into a frequency region by Fourier transform is provided. The receiver comprises a Fourier transformer which performs Fourier transform of the receiving signal and an interference removing circuit which reduces an inter-symbol interference or an inter-carrier interference of the receiving signal. The removing circuit is disposed in a front stage of the Fourier transformer.

Abstract: An information processing apparatus includes the following elements. A generation unit generates a multiplexed video frame having a predetermined screen size, and inserts first information regarding a configuration of the multiplexed video frame into the multiplexed video frame. A first multiplexing unit arranges one frame of input video data in the multiplexed video frame, multiplexes data of the frame so as to be transmitted as data of the multiplexed video frame corresponding to an arrangement position, and inserts second information regarding the arrangement position and third information regarding a format of the video data into a multiplexed video frame obtained after multiplexing. A processing unit extracts the data of the frame multiplexed in the multiplexed video frame obtained after multiplexing, which is input from an input video port, in accordance with the first information, the second information, and the third information, and performs processing on the extracted data.

Abstract: An information processing apparatus includes the following elements. A generation unit generates a multiplexed video frame having a predetermined screen size. A dividing unit divides input audio data into audio data items each having samples for one frame period of the multiplexed video frame. A multiplexing unit multiplexes audio data items obtained by dividing each stream of input audio data and number-of-samples information representing the number of samples thereof. A processing unit processes audio data items multiplexed in a multiplexed video frame input from an input video port, and outputs from an output video port thereof a multiplexed video frame in which the resulting audio data items and the number-of-samples information thereof are multiplexed. An extraction unit extracts the audio data items multiplexed in the multiplexed video frame output from the processing unit in accordance with the number-of-samples information. A transmission unit outputs the extracted audio data items to outside.

Abstract: A cell culture substrate which is durable and which can be readily produced in commercial scale at a low cost, and its production method are provided. The cell culture substrate comprises a substrate and a layer formed by surface modification, which comprises a polymer containing amino group produced by reacting a polymer represented by the following formula (II): (wherein n is 0 or a positive integer, and m is a positive integer, the n and m representing degree of polymerization) formed by chemical vapor deposition of formyl[2.2]paracyclophane represented by the following formula (I): (wherein k is 0 or 1) with a polymer having at least one amino group (—NH2) capable of forming Schiff base in its monomer. The production method of the cell culture substrate comprises the step of synthesizing such polymer on the substrate.

Abstract: To provide a liquid crystal display device that includes a cold cathode fluorescent lamp that controls a drop in the luminous efficacy of a fluorescent substance layer in a large electrical current region. Uneven portions UNE are formed in a surface of a fluorescent substance film FLU that is formed on an inner wall surface of a glass tube VAL that configures a cold cathode fluorescent lamp CCFL, whereby the surface area of the film surface can be increased and a drop in the fluorescent substance luminous efficacy in a large current region can be controlled, so the effect of improving the luminance of a display screen over a long period of time is obtained as a backlight of a liquid crystal display panel LCD.

Abstract: A door handle device is provided with: a handle member 10; a handle frame member 20 swingably supporting the handle member 10, the handle frame member being fixed to a door 50; and a key cylinder cover 49 integrated with a key cylinder device 30 capable of locking the door 50. The handle member 10 has a swing center axis O about which the handle member 10 swings relative to the handle frame member 20. On the slide center axis O, an engagement pin 14 is interposed between the handle member 10 and the key cylinder cover 49.

Abstract: A vehicle door handle device includes: an electric part which is received within an internal space formed within a door handle so as to form a gap between the electric part and an inner surface of the door handle; and an elastic member which is fixed to the electric part, and is pressed against the inner surface of the door handle.

Abstract: An A/D conversion processing circuit includes: a switch sequentially switching over multiple inputs to select each thereof according to input bandwidth of the multiple inputs or fixedly selecting a single input; an A/D converter obtaining a digital signal through sampling on a switch output with a sampling frequency according to a necessary signal bandwidth; an interpolation section performing on each signal from a separation section which separates signals included in an A/D converter output, an interpolation processing according to a sampling timing deviation in the A/D converter, to obtain a signal where the multiple inputs are digitally converted at the same sampling timing; and an output section outputting as-is an output of the A/D converter if a signal of the single input is inputted to the A/D converter from the switch, thereby allowing commonly using a single A/D converter for multiple inputs, restraining increased circuit scale and power consumption.

Abstract: To provide a liquid crystal display device that includes a cold cathode fluorescent lamp that controls a drop in the luminous efficacy of a fluorescent substance layer in a large electrical current region. Uneven portions UNE are formed in a surface of a fluorescent substance film FLU that is formed on an inner wall surface of a glass tube VAL that configures a cold cathode fluorescent lamp CCFL, whereby the surface area of the film surface can be increased and a drop in the fluorescent substance luminous efficacy in a large current region can be controlled, so the effect of improving the luminance of a display screen over a long period of time is obtained as a backlight of a liquid crystal display panel LCD.

Abstract: A door handle for a vehicle including a handle for opening and closing a vehicle door, and a base fixed to an outer panel of the vehicle door and rotatably supporting the handle includes an opening formed on the outer panel and including a portion having a first width, and a base frame formed on one end side of the base and including a portion having a second width larger than the first width. The portion having the second width of the base frame intrudes into a vehicle interior side of the outer panel through the opening when the base frame is fixed to the outer panel from a vehicle exterior side. The door handle for a vehicle further includes a tightening portion formed on the other end side of the base and tightening the base relative to the outer panel.

Abstract: A cell culture substrate which is durable and which can be readily produced in commercial scale at a low cost, and its production method are provided. The cell culture substrate comprises a substrate and a layer formed by surface modification, which comprises a polymer containing amino group produced by reacting a polymer represented by the following formula (II): (wherein n is 0 or a positive integer, and m is a positive integer, the n and m representing degree of polymerization) formed by chemical vapor deposition of formyl[2.2]paracyclophane represented by the following formula (I): (wherein k is 0 or 1) with a polymer having at least one amino group (—NH2) capable of forming Schiff base in its monomer. The production method of the cell culture substrate comprises the step of synthesizing such polymer on the substrate.

Abstract: A door handle device is provided with: a handle member 10; a handle frame member 20 swingably supporting the handle member 10, the handle frame member being fixed to a door 50; and a key cylinder cover 49 integrated with a key cylinder device 30 capable of locking the door 50. The handle member 10 has a swing center axis O about which the handle member 10 swings relative to the handle frame member 20. On the slide center axis O, an engagement pin 14 is interposed between the handle member 10 and the key cylinder cover 49.

Abstract: In conventional fluorescent lamps and imaging devices using the same, there have been challenges that lighting efficiency should be enhanced and variation in emission colors should be reduced. The present invention has solved these challenges by providing a novel fluorescent lamp. The phosphor layers of the fluorescent lamp is composed of at least two types of phosphors, in which at least the most outer surface is a phosphor layer made of one of the phosphors (the first phosphor); and the rest portion of the phosphor layers, is made of mixed phosphors including a plurality of phosphors having respective emitting colors.

Abstract: A door handle device includes a handle member having a counterweight, a handle frame member configured to be fixed to a door and having an opening portion, the handle frame member being slidably engaged with the handle member while the counterweight being inserted through the opening portion. The door handle device further includes a first engaging shaft portion provided on the handle frame member, a second engaging shaft portion provided on the handle frame member, a first through hole provided on the handle member, a second through hole provided on the handle member, and an interposition member provided on a lower end contacting point between the handle member and the handle frame member after the handle member being slid relative to the handle frame member and engaged with the handle frame member at the smallest engaging angle therebetween.

Abstract: An A/D conversion processing circuit includes: a switch sequentially switching over multiple inputs to select each thereof according to input bandwidth of the multiple inputs or fixedly selecting a single input; an A/D converter obtaining a digital signal through sampling on a switch output with a sampling frequency according to a necessary signal bandwidth; an interpolation section performing on each signal from a separation section which separates signals included in an A/D converter output, an interpolation processing according to a sampling timing deviation in the A/D converter, to obtain a signal where the multiple inputs are digitally converted at the same sampling timing; and an output section outputting as-is an output of the A/D converter if a signal of the single input is inputted to the A/D converter from the switch, thereby allowing commonly using a single A/D converter for multiple inputs, restraining increased circuit scale and power consumption.