Abstract: A solid-state imaging device includes a substrate in which a plurality of pixels including photoelectric converters are formed, a wiring layer that includes wirings in a plurality of layers formed via an interlayer insulating film in a front surface side of the substrate, a base electrode pad portion that includes a portion of the wirings formed in the wiring layer, an opening that penetrates the substrate from a rear surface side of the substrate and reaches the base electrode pad portion, and an embedded electrode pad layer that is formed so as to be embedded in the opening by electroless plating.

Abstract: Disclosed herein is a semiconductor device including: a first semiconductor chip having an electronic circuit section and a first connecting section formed on one surface thereof; a second semiconductor chip having a second connecting section formed on one surface thereof, the second semiconductor chip being mounted on the first semiconductor chip with the first and the second connecting sections connected to each other by a bump; a dam formed to fill a gap between the first and the second semiconductor chips on a part of an outer edge of the second semiconductor chip, the part of the outer edge being on a side of a region of formation of the electronic circuit section; and an underfill resin layer filled into the gap, protrusion of the resin layer from the outer edge of the second semiconductor chip to a side of the electronic circuit section being prevented by the dam.

Abstract: An image accumulation device is provided so as to include: an input unit that inputs, as input images, images of specific shot locations; an image database in which specific locations in a predetermined region, shot images relating to the specific locations, position information of shot locations of the shot images and shooting time information of the shot images are associated and stored; and an identification unit that identifies, on the basis of the input images and the image database, at least one of specific locations corresponding to the shot locations of the input images and shooting times of the input images.

Abstract: A motor control device, which receives at least two emergency stop signals, includes an LSI, a PWM signal transmission circuit, a drive circuit, and an inverter circuit. The LSI generates PWM signals. The PWM signal transmission circuit transmits the PWM signals. The drive circuit generates inverter drive signals. The inverter circuit includes a P-side power switching device and an N-side power switching device. The drive circuit includes a P-side drive circuit for driving the P-side power switching device, and an N-side drive circuit for driving the N-side power switching device. One of the emergency stop signals is inputted to the P-side drive circuit and the PWM signal transmission circuit. The other emergency stop signal is inputted to the N-side drive circuit and the PWM signal transmission circuit. In response to the receipt of an emergency stop signal, the PWM signal transmission circuit stops transmitting the PWM signals, and the drive circuit stops outputting the inverter drive signals.

Abstract: A semiconductor device includes: a semiconductor chip having a semiconductor substrate; a pad electrode formed on the semiconductor substrate; a base metal layer formed on said pad electrode; and a bump electrode formed on the base metal layer, in which an exposed surface including a side surface of the base metal layer is covered with the solder bump electrode.

Abstract: An ultrasonic diagnostic apparatus provided with an ultrasonic image measuring unit configured to measure an ultrasonic image of an object to be examined, a display unit configured to display the ultrasonic image, an input unit configured to input parameters for controlling the ultrasonic image measuring unit and the display unit, and a control unit configured to control the ultrasonic image measuring unit and the display unit by means of the parameters. The control unit is characterized by generating first switch information for inputting relating to a first control parameter included in the parameters, controlling the display unit to display the first switch information, selecting the first control parameter from the first switch information and inputting thereof, generating second switch information relating to a second control parameter which is the item next to the first control parameter, and controlling the display unit to display the second switch information.

Abstract: A converter has a casing and a plug. The casing has a mounting recess, an engaging tab and multiple mounting protrusions. The mounting recess is formed in the casing. The engaging tab is formed on and protrudes from the mounting recess. The mounting protrusions are formed on the mounting recess. The plug is detachably mounted on the casing and has an escutcheon, an engaging protrusion, multiple terminals and a pinhole. The escutcheon covers the mounting recess. The engaging protrusion is formed on the escutcheon, is mounted in the mounting recess and has an engaging hole and multiple holding grooves. The engaging hole is formed in the engaging protrusion to engage the engaging tab. The holding grooves are formed on the engaging protrusion and engage the mounting protrusions. The terminals are formed on the escutcheon. The pinhole is formed through the escutcheon and communicates with the engaging hole.

Abstract: An information processing apparatus acquires user name information contained in user authentication information transmitted from an authentication server. Then, the information processing apparatus describes the acquired user name information according to a predetermined format which the printer driver can refer to, and stores it in a storage area which the printer driver can refer to. The printer driver, if the user name information is stored in the storage area, and the user name information satisfies a condition described in the format, transmits the user name information added to the print data to a printer apparatus.

Abstract: An output signal generating device according to the present invention includes a control circuit for generating a control signal, a reference signal generating unit for generating a reference signal, an output signal generating unit for generating an output signal according to a comparison result between the control signal and the reference signal, an output signal detecting unit for detecting the output signal based on a sampling signal, and an output signal storage unit for storing the output signal detected by the output signal detecting unit. The control circuit includes a readout unit for reading out the output signal stored in the output signal storage unit. According to the present invention, the output signal can be stored in real time and the results thereof can be processed by software.

Abstract: A converter has a casing and a plug. The casing has a mounting recess, multiple position posts, multiple conductive slices and multiple mounting protrusions. The mounting recess is formed in the casing. The position posts are formed on and protrude from the mounting recess. The conductive slices are mounted around the position posts. The mounting protrusions are formed on the mounting recess. The plug is detachably mounted on the casing and has an escutcheon, an engaging protrusion and multiple terminals. The escutcheon covers the mounting recess. The engaging protrusion is formed on the escutcheon, is mounted in the mounting recess and has a position groove and multiple holding grooves. The position is annular formed in the engaging protrusion and is mounted around the position posts. The holding grooves are formed on the engaging protrusion and engage the mounting protrusions. The terminals are formed on the escutcheon.

Abstract: A semiconductor chip formed with a bump such that the bump corresponds to a pad electrode. The pad electrode is covered with a nickel layer. The bump has an indium layer and an intermediate metal compound layer disposed between the indium layer and the nickel layer, and the intermediate metal compound layer is formed by alloying the indium layer and a copper layer containing copper atoms of not less than 0.5 atomic percent and not more than 5 atomic percent with respect to the indium atoms in the indium layer.

Abstract: In a scanning mode: a conversion sequence setting register sets the sequence in which analogue signals are to be converted; a multiplexer selects a single analogue signal sequentially from a plurality of analogue signals, in accordance with the order that is set in this conversion sequence setting register; an A/D converter converts the analogue signal selected by this multiplexer to a digital signal; a conversion result register having a plurality of result registers stores the digital signal obtained by conversion by the A/D converter in these storage regions in the order in which conversion was effected; and a back-up register includes result registers respectively corresponding to this plurality of result registers.

Abstract: A pulse width modulation device which a step form control signal generated by a control signal generating device and a triangular wavecarrier signal generated by a carrier generating device are compared by a digital comparator and the comparison signal is supplied to an edge detection device. Also, a top/bottom signal generated by a top/bottom signal generating device is supplied to the edge detection device. The edge detection device includes an edge detection function that generates an edge detection signal by detecting change of the comparison signal. The edge detection function is inhibited by the edge detection signal; and inhibition is cancelled by the top/bottom signal so that the edge detection signal is output. A PWM signal is output from the pulse generating device in accordance with the comparison signal, edge detection signal, and top/bottom signal.

Abstract: An information processing apparatus includes a designation unit configured to designate number-of-copies information indicating a number of copies of print media to be stacked in a lump as a unit via a user interface of a printer driver, and a transmission unit configured to set an attribute of a print job based on the number-of-copies information designated by the designation unit and to transmit the set attribute to an image forming apparatus.

Abstract: An output signal generating device according to the present invention includes a control circuit for generating a control signal, a reference signal generating unit for generating a reference signal, an output signal generating unit for generating an output signal according to a comparison result between the control signal and the reference signal, an output signal detecting unit for detecting the output signal based on a sampling signal, and an output signal storage unit for storing the output signal detected by the output signal detecting unit. The control circuit includes a readout unit for reading out the output signal stored in the output signal storage unit. According to the present invention, the output signal can be stored in real time and the results thereof can be processed by software.

Abstract: An information processing apparatus with a printer driver, which generates print data to be output to an image forming apparatus, corresponding to a plurality of image forming apparatuses registers a compound setting that information indicating output destinations corresponding to the plurality of image forming apparatuses and a plurality of print settings are combined, and sets information indicating an output destination included in the compound setting to the printer driver.

Abstract: A converter has a casing and a plug. The casing has a mounting recess, multiple position posts, multiple conductive slices and multiple mounting protrusions. The mounting recess is formed in the casing. The position posts are formed on and protrude from the mounting recess. The conductive slices are mounted around the position posts. The mounting protrusions are formed on the mounting recess. The plug is detachably mounted on the casing and has an escutcheon, an engaging protrusion and multiple terminals. The escutcheon covers the mounting recess. The engaging protrusion is formed on the escutcheon, is mounted in the mounting recess and has a position groove and multiple holding grooves. The position is annular formed in the engaging protrusion and is mounted around the position posts. The holding grooves are formed on the engaging protrusion and engage the mounting protrusions. The terminals are formed on the escutcheon.

Abstract: A converter has a casing and a plug. The casing has a mounting recess, an engaging tab and multiple mounting protrusions. The mounting recess is formed in the casing. The engaging tab is formed on and protrudes from the mounting recess. The mounting protrusions are formed on the mounting recess. The plug is detachably mounted on the casing and has an escutcheon, an engaging protrusion, multiple terminals and a pinhole. The escutcheon covers the mounting recess. The engaging protrusion is formed on the escutcheon, is mounted in the mounting recess and has an engaging hole and multiple holding grooves. The engaging hole is formed in the engaging protrusion to engage the engaging tab. The holding grooves are formed on the engaging protrusion and engage the mounting protrusions. The terminals are formed on the escutcheon. The pinhole is formed through the escutcheon and communicates with the engaging hole.

Abstract: A pulse width modulation device in which a step form control signal generated by a control signal generating device and a triangular wave carrier signal generated by a carrier generating device are compared by a digital comparator and the comparison signal is supplied to an edge detection device. Also, a top/bottom signal generated by a top/bottom signal generating device is supplied to the edge detection device The edge detection device includes an edge detection function that generates an edge detection signal by detecting change of the comparison signal. The edge detection function is inhibited by the edge detection signal; and inhibition is cancelled by the top/bottom signal so that the edge detection signal is output. A PWM signal is output from the pulse generating device in accordance with the comparison signal, edge detection signal, and top/bottom signal.

Abstract: The object is to provide a highly safe NF-?B activation inhibitor at a low cost which can be used for prevention and treatment of diseases associated with the activation of NF-?B such as inflammation or type-2 diabetes. Specifically, the NF-?B activation inhibitor comprises a compound represented by the chemical structural formula depicted in the following Chemical Formula 1 [wherein R1 represents a hydroxy group; R2 represents a hydroxy group, a methoxy group or an alkoxy group; and R3 represents an ester comprising triterpene or a salt thereof] or a salt of the compound as active ingredient. A representative example of the compound is hydroxycinnamic acid derivative triterpene alcohol ester.