Abstract: A specimen image registration according to the invention includes selecting at least one third image different from a first image and a second image which are target images from the plurality of specimen images, obtaining a registration amount between the first image and the third image and a registration amount between the second image and the third image, and obtaining a registration amount between the first image and the second image based on the registration amount between the first image and the third image and the registration amount between the second image and the third image. It is possible to improve a success rate of registration even if the specimen images obtained by a plurality of types of staining are largely different in stained state.

Abstract: The present invention addresses the problem of providing a new compound that binds specifically to intracellular and/or extracellular vesicles, a cellular vesicle stain, and a method for fluorescent staining of cellular vesicles. The problem can be solved by a compound represented by formula (1). (In formula (1), R1 represents H, a C1-C6 alkyl group, a hydroxy group, an amino group, or a carboxy group. R2 represents H, a C1-C18 alkyl group, a C1-C18 alkoxy group, a halogen element, NO2, or N(CH3)2. R3 and R4 each independently represent H or CH3. However, R3 and R4 may bond to each other to form a ring, in which case R3 and R4 are CH2. 1 represents 1 or 2; m represents 0 or 1; and n represents 1, 2, or 3. Z represents a fluorescent group.

Abstract: A transmitter modulates an input voice signal to transmit an RF signal. A receiver demodulates a received RF signal to output an output voice signal. A voice level comparator compares a level of an input voice signal obtained by collecting a voice by a microphone with a VOX sensitivity level. A transmission determination unit instructs the transmitter to transmit the input voice signal, when the level of the input voice signal is equal to or greater than the VOX sensitivity level, based on a comparison result by the voice level comparator. A VOX sensitivity level calculator calculates the VOX sensitivity level in a predetermined period until just before the receiver completes outputting the output voice signal, based on an ambient sound collected by the microphone.

Abstract: A voice level comparator compares a level of a voice signal collected by a microphone with a VOX level. A transmission determination unit instructs a transmitter to transmit the voice signal, when the level of the voice signal is equal to or greater than the VOX level, based on a comparison result by the voice level comparator. A timer starts to measure an elapsed time from a point of time when a switch is operated. A VOX level selector seta a first VOX level as the VOX level when the elapsed time measured by the timer exceeds a reference elapsed time, and sets a second VOX level which is smaller than the first VOX level as the VOX level when the elapsed time measured by the timer stays within the reference elapsed time.

Abstract: A transmitter modulates an input voice signal to transmit an RF signal. A receiver demodulates a received RF signal to output an output voice signal. A voice level comparator compares a level of an input voice signal obtained by collecting a voice by a microphone with a VOX sensitivity level. A transmission determination unit instructs the transmitter to transmit the input voice signal, when the level of the input voice signal is equal to or greater than the VOX sensitivity level, based on a comparison result by the voice level comparator. A VOX sensitivity level calculator calculates the VOX sensitivity level in a predetermined period until just before the receiver completes outputting the output voice signal, based on an ambient sound collected by the microphone.

Abstract: A voice level comparator compares a level of a voice signal collected by a microphone with a VOX level. A transmission determination unit instructs a transmitter to transmit the voice signal, when the level of the voice signal is equal to or greater than the VOX level, based on a comparison result by the voice level comparator. A timer starts to measure an elapsed time from a point of time when a switch is operated. A VOX level selector seta a first VOX level as the VOX level when the elapsed time measured by the timer exceeds a reference elapsed time, and sets a second VOX level which is smaller than the first VOX level as the VOX level when the elapsed time measured by the timer stays within the reference elapsed time.

Abstract: A radio communication device is provided with a VOX function. A reception completion state determination unit determines whether or not a reception unit is in a state of completing reception. A timer starts to measure a predetermined time when the reception completion state determination unit determines that the reception unit is in the state of completing the reception. A VOX level selection unit sets a VOX level at which the VOX function determines that transmission is made to a first VOX level after the timer finishes measuring the predetermined time, and sets the VOX level to a second VOX level smaller than the first VOX level while the timer is measuring the predetermined time.

Abstract: A radio communication device is provided with a VOX function. A reception completion state determination unit determines whether or not a reception unit is in a state of completing reception. A timer starts to measure a predetermined time when the reception completion state determination unit determines that the reception unit is in the state of completing the reception. A VOX level selection unit sets a VOX level at which the VOX function determines that transmission is made to a first VOX level after the timer finishes measuring the predetermined time, and sets the VOX level to a second VOX level smaller than the first VOX level while the timer is measuring the predetermined time.

Abstract: A pair of fixed arc electrodes are arranged facing each other within a sealed container that is filled with arc-extinguishing gas 1. There are provided: a compression puffer chamber for accumulating pressurized gas that is obtained by elevating the pressure of the arc-extinguishing gas; and an insulated nozzle that directs the pressurized gas towards the arc discharge from the compression puffer chamber. A buffer chamber is provided, in which hot exhaust gas generated by the heat of the arc discharge is temporarily accumulated. A pressurized gas through-flow space is provided, communicating with the compression puffer chamber. In the pressurized gas through-flow space, an opening/closing section prevents inflow of hot exhaust gas by assuming a closed condition during the earlier half of the current interruption period, and in the latter half of the current interruption period the opening/closing section 41 is opened to allow flow of pressurized gas.

Abstract: The gas circuit breaker includes a sealed container filled with an arc-extinguishing gas, a pair of fixed arc electrodes arranged in the sealed container to be opposite to each other, a trigger electrode movably arranged between the fixed arc electrodes and generating an arc discharge according to movement, a pressurization chamber pressuring and increasing a pressure of the arc-extinguishing gas with pressurization means, and a pressure accumulation chamber in communication with the pressurization chamber and accumulating the pressurized arc-extinguishing gas. The trigger electrode switches the pressure accumulation chamber into a closed state or an open state. The pressure accumulation chamber is switched to the closed state in a first half of breaking of the electric current, and the pressure accumulation chamber is switched to the open state in a latter half of breaking of the electric current. The arc-extinguishing gas in the pressure accumulation chamber is guided to the arc discharge.

Abstract: A reception unit receives a speech signal from another terminal device. A reproduction unit reproduces the speech signal received in the reception unit. A processing unit performs a speech recognition process on the speech signal reproduced in the reception unit, based on a speech recognition model of a user using the terminal device. A transmission unit transmits a result of the speech recognition process in the processing unit to another terminal device.

Abstract: A reception unit receives a speech signal from another terminal device. A reproduction unit reproduces the speech signal received in the reception unit. A processing unit performs a speech recognition process on the speech signal reproduced in the reception unit, based on a speech recognition model of a user using the terminal device. A transmission unit transmits a result of the speech recognition process in the processing unit to another terminal device.

Abstract: An inputter inputs a sound signal. A delayer delays the input sound signal. An acceptor accepts a command to transmit the sound signal. A transmitter transmits the sound signal delayed in the delayer when a level of the sound signal delayed in the delayer is larger than or equal to a threshold value when the acceptor accepts the command. On the other hand, the transmitter transmits the sound signal input from the inputter when the level of the sound signal delayed in the delayer is smaller than the threshold value.

Abstract: The gas circuit breaker includes a sealed container filled with an arc-extinguishing gas, a pair of fixed arc electrodes arranged in the sealed container to be opposite to each other, a trigger electrode movably arranged between the fixed arc electrodes and generating an arc discharge according to movement, a pressurization chamber pressuring and increasing a pressure of the arc-extinguishing gas with pressurization means, and a pressure accumulation chamber in communication with the pressurization chamber and accumulating the pressurized arc-extinguishing gas. The trigger electrode switches the pressure accumulation chamber into a closed state or an open state. The pressure accumulation chamber is switched to the closed state in a first half of breaking of the electric current, and the pressure accumulation chamber is switched to the open state in a latter half of breaking of the electric current. The arc-extinguishing gas in the pressure accumulation chamber is guided to the arc discharge.

Abstract: Provided is an image pickup apparatus that includes: an image pickup unit configured to generate picked-up image data by an image pickup process; a camera shake detection unit configured to detect an angular velocity generated by camera shake when shooting; an electronic image stabilization unit configured to perform an image stabilization process by moving a position of a cropping area in the picked-up image data, based on the angular velocity detected by the camera shake detection unit; and an area changing unit configured to change a size of the cropping area with respect to the picked-up image data, based on the angular velocity detected by the camera shake detection unit.

Abstract: A pair of fixed arc electrodes are arranged facing each other within a sealed container that is filled with arc-extinguishing gas 1. There are provided: a compression puffer chamber for accumulating pressurized gas that is obtained by elevating the pressure of the arc-extinguishing gas; and an insulated nozzle that directs the pressurized gas towards the arc discharge from the compression puffer chamber. A buffer chamber is provided, in which hot exhaust gas generated by the heat of the arc discharge is temporarily accumulated. A pressurized gas through-flow space is provided, communicating with the compression puffer chamber. In the pressurized gas through-flow space, an opening/closing section prevents inflow of hot exhaust gas by assuming a closed condition during the earlier half of the current interruption period, and in the latter half of the current interruption period the opening/closing section 41 is opened to allow flow of pressurized gas.

Abstract: A DRAM device includes plural N-channel MIS transistors arranged in a matrix over a P well, and a plurality of capacitors formed corresponding to the plurality of N-channel MIS transistors, and plural word lines formed corresponding to each row of the plurality of N-channel MIS transistors, and a plurality of bit lines formed corresponding to each column of the plurality of N-channel MIS transistors, and a P+ diffusion layer formed extending in the direction that the plurality of word lines extend and supplied with a p well voltage potential.

Abstract: Provided is an image pickup apparatus that includes: an image pickup unit configured to generate picked-up image data by an image pickup process; a camera shake detection unit configured to detect an angular velocity generated by camera shake when shooting; an electronic image stabilization unit configured to perform an image stabilization process by moving a position of a cropping area in the picked-up image data, based on the angular velocity detected by the camera shake detection unit; and an area changing unit configured to change a size of the cropping area with respect to the picked-up image data, based on the angular velocity detected by the camera shake detection unit.

Abstract: A DRAM device includes plural N-channel MIS transistors arranged in a matrix over a P well, and a plurality of capacitors formed corresponding to the plurality of N-channel MIS transistors, and plural word lines formed corresponding to each row of the plurality of N-channel MIS transistors, and a plurality of bit lines formed corresponding to each column of the plurality of N-channel MIS transistors, and a P+ diffusion layer formed extending in the direction that the plurality of word lines extend and supplied with a p well voltage potential.

Abstract: A semiconductor integrated circuit device includes a functional circuit part that includes a plurality of field effect transistors, a mode control circuit that receives a first control signal and that generates a second control signal that is used to change a logic state of the functional circuit part, an output control circuit that receives an output signal of the functional circuit part and controls output of the output signal, and a control circuit that receives the second control signal and that generates a third control signal to the output control circuit. During a time period when the functional circuit part changes a logic state according to the second control signal, the output control circuit inverts the output signal of the functional circuit part according to the third control signal.