Konami Digital Entertainment Co., Ltd.

Nireco Corporation

Sony Group Corporation

Daiichi Sankyo Company, Limited

Horton Manufacturing Company Inc.

Hiroaki Arai

Shinichiro Tajiri

Junichi Kosaka

Daisuke Inaishi

Shinji Yoshinaga

Yurika Ozaki

Eiichi Kanno

Yuji Ohsawa

Yuma Hirai

Hiroyuki Fujimori

In a learning device, a first learning unit performs first machine learning using first training data including a first evaluation result for an evaluation target image to generate a first learned model outputting a second evaluation result for an input image, an evaluation unit uses the first learned model to acquire a plurality of the second evaluation results for a plurality of the input images, a generation unit selects a second image quality parameter from a plurality of first image quality parameters having different values, based on the plurality of the second evaluation results and generates second training data including the selected second image quality parameter, and a second learning unit performs second machine learning using the second training data to generate a second learned model outputting a third image quality parameter used for processing a processing target image.

Learning device, image processing device, parameter generation device, learning method, and image processing method

An object of the present invention is to provide a solid drug formulation having excellent stability. The solution according to the present invention is a solid drug formulation containing: a compound having formula (I): (i) D-mannitol; (ii) carmellose calcium; (iii) citric acid hydrate or the like; and (iv) α-tocopherol.

Stabilizer-containing solid drug formulation

There is provided a message image display device enabling a user to grasp a content of each massage image when a plurality of message images are displayed. A display control unit () causes a display unit () to display a screen containing a plurality of message images. A judging unit () judges whether display of at least a part of a message image is limited by one or more other message images. A display-time determining unit () determines a display time of each of message images according to the judgment result of the judging unit (). The display control unit () displays each of the message images over the display time of the message image determined by the display-time determining unit ().

Message image display device, message image display device control method, and information storage medium

To provide a message image display device enabling a user to grasp a content of each message image when a plurality of message images are displayed. A display control unit () causes a display unit () to display a screen including a plurality of message images. A remaining-time-information storage unit () stores remaining time information corresponding to each of the message images. A judging unit () judges whether display of at least a part of the message image is limited by one or more other message images. A remaining-time-information updating unit () updates the remaining time information according to the judgment result made by the judging unit (). The display control unit () limits display of each of the plurality of message images according to the remaining time information stored corresponding to the message image.

Message image display device, message image display device control method, and information recording medium

An apparatus for ultrasonically detecting an edge of a web, includes a ultrasonic-wave transmitter transmitting ultrasonic-wave pulse train, a ultrasonic-wave receiver receiving the ultrasonic-wave pulse train and converting the received ultrasonic-wave pulse train into electric signals, the web being fed between the ultrasonic-wave transmitter and receiver, a rectifying circuit for rectifying the electric signals, a low-pass filter circuit for smoothing output signals transmitted from the rectifying circuit, a first sample-holding circuit for sampling an output signal transmitted from the low-pass filter circuit, at first timing, a second sample-holding circuit for sampling an output signal transmitted from the low-pass filter circuit, at second timing later than the first timing, a third sample-holding circuit for sampling an output signal transmitted from the first sample-holding circuit, at the second timing, and a differentially amplifying circuit for calculating a difference between output signals transmitted from the second and third sample-holding circuits.

Apparatus for ultrasonically detecting position of web edge and method of doing the same

A series of pulses of ultrasonic wave emitted from the transmitter with a specified period are received by the receiver. The received signals are rectified to a smooth wave with a single peak. The occurrence time of the peak is determined to gain and store the peak value, which corresponds to the edge position, thickness or splice position of the web. Alternatively, the transmitter emits a series of pulses of ultrasonic wave with a specified period and the peak value in the signals received by the receiver is once held in the peak-holding circuit. The peak voltage held is discharged and reduced with the discharge device and smoothing of the charged voltage yields its mean value, which corresponds to the edge position, thickness or splice position of the web.

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Tokyo, Japan

Hiroaki Arai