Abstract: A semiconductor module according to the present disclosure comprises a high potential side drive circuit and a low potential side drive circuit. The high potential side drive circuit includes: first reception terminals to receive a first data signal, an enable signal, and a first clock signal; a first shift register; and a first output terminal to output the first clock signal to the low potential side drive circuit as a second clock signal. The low potential side drive circuit includes: second reception terminals to receive a second data signal, the enable signal, and the second clock signal; a second shift register, and a second output terminal to output the second data signal held in a flip-flop of a last stage of the second shift register to the high potential side drive circuit as the first data signal.

Abstract: A semiconductor module according to the present disclosure comprises a high potential side drive circuit and a low potential side drive circuit. The high potential side drive circuit includes: first reception terminals to receive a first data signal, an enable signal, and a first clock signal; a first shift register; and a first output terminal to output the first clock signal to the low potential side drive circuit as a second clock signal. The low potential side drive circuit includes: second reception terminals to receive a second data signal, the enable signal, and the second clock signal; a second shift register, and a second output terminal to output the second data signal held in a flip-flop of a last stage of the second shift register to the high potential side drive circuit as the first data signal.

Abstract: A semiconductor module according to the present disclosure comprises complementarily operating first and second switching elements, a high potential side drive circuit including a first driver capable of adjusting an output to a first gate, and a low potential side drive circuit including a second driver capable of adjusting an output to a second gate. The high potential side drive circuit includes a first level shift unit to provide an output to the first driver, a shift register, a low voltage side set value holding unit, a write signal generation unit, a second level shift unit to level-shift information held in the low voltage side set value holding unit to a high potential in response to a write signal, a high voltage side set value holding unit, and a decoder to render the first driver's current outputting capability according to recording of the high voltage side set value holding unit.

Abstract: [Problems] To provide a medicament which is effective for treatment and prophylaxis of cerebral aneurysms [Means for Solving the Problems] The invention provides a medicament for treatment and prophylaxis of cerebral aneurysms, wherein the medicament contains a cysteine protease inhibitor as an active ingredient. The cysteine protease inhibitor preferably is an epoxysuccinamide derivative or its salt.

Abstract: An image printer system that prints out images using image data taken by a digital camera and recorded in a recording medium and that saves the image data in the recording medium in another recording medium. In this system, parameters are set for the printing operation and for the saving operation before they are begun, and the two operations are performed simultaneously or in one sequence. The image data may be corrected for the printing, but the image data that is saved is the original image data.

Abstract: An air-driven rotating and cutting device or handpiece has a double-wheel rotor. The handpiece includes connecting channels for guiding air from first turbine blades to second turbine blades. Each of the channels is defined by an opening opened toward a direction parallel to the rotational axis and a surface portion formed by extending the opening to a direction along the rotational axis.

Abstract: Based on image data including a whole image 91, a specified region 91a defining a part of the whole image 91, and character data 91b corresponding to the part of the whole image within the specified region 91a, an image is displayed or printed that has the character data 92b arranged near to an extracted image 92a obtained by extracting from the whole image 91 the part thereof within the specified region 91a.

Abstract: A management system comprises a holding device for holding data, processing device for executing specific processing of data stored by the holding device, and storage device for receiving and storing data from the processing device, wherein the holding device is provided with a first transceiver for communication with the processing device, data memory for storing data, and ID information memory for storing ID information identifying the holding device, and wherein the processing device is provided with a second transceiver for communication with the holding device, and a processor for reading data from the data memory through the second transceiver and classifying the data based on the ID information, and wherein the storage device stores data classified by the processor of the processing device and its corresponding ID information.

Abstract: An image reader apparatus includes: an image pickup device which is controllably exposed to an object to produce an image signal of the object; a mover which moves the object and the image pickup device relative to each other; a storage operable to store an image signal; a writing device which is operable to write an image signal in the storage; a reading device which is operable to read an image signal from the storage; a discriminator which discriminates whether one of the writing device and the reading device is in operation; and a controller which controls the exposure of the image pickup device in accordance with a result of the discriminator.

Abstract: An image reader apparatus includes: an image pickup device which is controllably exposed to an object to produce an image signal of the object; a mover which moves the object and the image pickup device relative to each other; a storage operable to store an image signal; a writing device which is operable to write an image signal in the storage; a reading device which is operable to read an image signal from the storage; a discriminator which discriminates whether one of the writing device and the reading device is in operation; and a controller which controls the exposure of the image pickup device in accordance with a result of the discriminator.

Abstract: An automatic exposure control apparatus comprises a skin color extracting circuit for extracting a skin-colored portion from an input video signal and a focus condition detecting circuit for detecting a focus condition of the skin-colored portion. Exposure is controlled based on outputs of the two circuits. That is, when a skin-colored portion is extracted and it is detected that the skin-colored portion is in an in-focus condition, exposure is controlled so as to be appropriate with respect to the skin-colored portion.

Abstract: An air-driven rotating and cutting device or handpiece has a double-wheel rotor. The handpiece includes connecting channels for guiding air from first turbine blades to second turbine blades. Each of the channels is defined by an opening opened toward a direction parallel to the rotational axis and a surface portion formed by extending the opening to a direction along the rotational axis.

Abstract: An automatic exposure control apparatus comprises a skin color extracting circuit for extracting a skin-colored portion from an input video signal and a focus condition detecting circuit for detecting a focus condition of the skin-colored portion. Exposure is controlled based on outputs of the two circuits. That is, when a skin-colored portion is extracted and it is detected that the skin-colored portion is in an in-focus condition, exposure is controlled so as to be appropriate with respect to the skin-colored portion. A skin color correction unit can correct colors corresponding to the skin color from the video signal.