Shimadzu Corporation

Nintendo Co., Ltd.

Daikin Industries, Ltd.

Toray Industries, Inc.

Hideki Fujii

Tomoharu Okuno

Yusuke Akifusa

Masato Mizuta

Tomoaki Yoshinobu

Atsushi Yamazaki

Toshikazu Kiuchi

Kazunori Tanaka

Masahiro Okuda

Kozo Takahashi

Keiji Aota

Shunsaku Kato

Yoshiki Yasuda

Kiyotaka Nishijima

Takashi Ueda

Shoujirou Naka

Hiroki Shirasaka

Kazunobu Shimizu

Koji Sakai

Yosuke Sakooka

Masaki Hirano

Yusaku Shimizu

Toshihiko Hiraoka

Tatsuo Yoshida

Tasuku Saito

Haruka Kakinuma

Masahiro Kawaguchi

Yoshihiro Igarashi

Daisuke Kageyama

After an operator presses a practice mode execution start switch displayed on a touch panel liquid crystal display unit in an operation unit () or a touch panel liquid crystal display unit in an operation unit () to shift an imaging mode to a practice mode, when the operation unit () or the operation unit () of the imaging unit is operated, the signal from the X-ray imaging control unit () is transmitted to the voice guidance output control unit () in a voice guidance unit () via a signal output unit for a voice guidance unit (). The voice guidance output control unit () in the voice guidance unit () transmits a signal for outputting voice guidance to a speaker (). As a result, the same voice as a voice when performing the serial imaging is output from the speaker (). Thus, a subject can execute the practice of a breathing method or the like.

Radiographic imaging device

A stator includes a stator core in which an annular back yoke is integrated with a plurality of teeth circumferentially arranged on the back yoke at intervals, and an insulator that sandwiches the stator core from axial sides of the stator core. The insulator is molded integrally with the stator core using resin molding such that the insulator covers an inner surface of a slot portion of the stator core. A motor includes a rotor and the stator radially facing the rotor. A compressor includes a hermetic container, a compression mechanism disposed in the hermetic container, the motor disposed in the hermetic container to drive the compression mechanism.

Stator, motor, and compressor having an integrally molded insulator

An X-ray imaging apparatus operates by selecting an appropriate exposure sensitivity corresponding to the X-ray detector to be used. In the apparatus, an exposure sensitivity corresponding to the flat panel detectors used for an X-ray imaging is selected from multiple exposure sensitivities stored in an exposure sensitivity memory unit of the console, and the selected exposure sensitivity is displayed on the display unit of the high-voltage unit. An exposure control is executed based on the exposure sensitivity corresponding to the flat panel detectors used for the X-ray imaging, which is selected from multiple exposure sensitivities stored in an exposure sensitivity memory unit. The exposure control unit of the high-voltage unit suspends the X-ray irradiation from the X-ray tube when an integrated value of the X-ray detected by the X-ray dose sensor reaches to the setting-value set relative to the selected exposure sensitivity.

X-ray imaging apparatus

An example of a game system includes an operation section, and a vibrating portion provided in the same casing as the operation section. The game system performs a game process based on an output from the operation section. The game system outputs, to the vibrating portion, a vibration signal to cause the vibrating portion to produce a series of vibrations at predetermined points in time during the game process. The game system evaluates a game operation based on operations performed using the operation section in relation to the predetermined points in time.

Game system, game program, information processing device, and information processing method

A radiography apparatus is provided in which delays in imaging do not occur due to the influence of preliminary preparation of a radiation detector. The FPDreceives a signal from an X-ray tube control unitand then completes preliminary preparation for the detection of radiation during accelerated movement of an X-ray tubeor the FPD. That is, the accelerated movement of the X-ray tubeor the FPDand the preliminary preparation for the detection of radiation are carried out simultaneously. This enables imaging to be started immediately after the start of constant speed movement of the X-ray tubeor the FPDwithout having to wait for constant speed movement thereof to start preliminary preparation of the FPDas in conventional apparatuses. As a result, delays in imaging do not affect the radiation image.

Radiographic apparatus

A rotor core formed with a shaft hole at the center thereof is provided. A cylindrical member fitted into the shaft hole of the rotor core along an outer peripheral surface of the cylindrical member is provided. A drive shaft inserted into a hollowed part of the cylindrical member (collar) is provided. The collar is made of the material having a lower Young's modulus than those of the rotor core and the drive shaft, and is formed such that an inner peripheral surface of the collar is a tapered surface. The drive shaft has, at an outer periphery thereof, a tapered surface such that the tapered surface is in surface contact with the tapered surface of the collar in fitting of the drive shaft into the collar.

Rotary electric machine including a cylindrical member to provide improved attachment between a rotor core and a drive shaft with a tapered surface fitted to the cylindrical member

According to this radiography device, by taking images in rapid succession while appropriately obtaining the timing for which an X-ray tube in a rest state should be activated, rapid successive imaging and protection of a radioactive source can both be achieved. That is, in the configuration of the present invention, a time difference is calculated, obtained by subtracting a temporal width of an activation period from a temporal width of an undetectable period, and the time after the time difference has elapsed from the time at which an X-ray is irradiated is determined as the timing for activating the X-ray tube. The temporal width of an undetectable period is the temporal width between the time at which an FPD detects an X-ray once and the time at which the following X-ray can be detected, and the temporal width of an activation period is the temporal width between the start of activation of the X-ray tube to the completion of activation. Thus, while simultaneously activating the X-ray tube and preparing the detector, images can be taken in rapid succession without excessive burden on the X-ray tube and the life of the X-ray tube can be extended.

Radiographic device

In a game system, a first game screen obtained by a first virtual camera taking an operation target object in a first direction is displayed on a first display section, and a second game screen obtained by a second virtual camera taking the operation target object in a second direction substantially opposite to the first direction is displayed on a second display section different from the first display section. The operation target object is controlled to move in a predetermined direction in a virtual space in accordance with an input direction detected based on input to an operation section. At a predetermined timing based on game processing, a direction in which the first virtual camera is set as seen from the operation target object and a direction in which the second virtual camera is set as seen from the operation target object are switched therebetween.

Game system, game processing method, game apparatus, and computer-readable storage medium having stored therein game program

An example non-limiting game system includes a game apparatus to which a television is connected. There is provided with an input terminal device which functions as an input device of the game apparatus. The television is displayed with an information presenting screen, and an input screen in which a part of objects is omitted from the information presenting screen is displayed on an LCD of the input terminal device. A player inputs in the input screen a moving path for a player character such that an object to be acquired can be acquired and an object not to be acquired can be evaded. The player character moves according to the moving path that is input on the information presenting screen.

Game system, game apparatus, storage medium and game controlling method

In a high-voltage apparatus according to this invention, a predetermined voltage is applied to a rotating anode after waiting until the number of rotations increases to such an extent that the rotating anode is not damaged. That is, X-rays of desired intensity are already outputted from a point of time when the voltage is applied to the rotating anode. Therefore, diagnosis can be performed immediately after the voltage is applied to the rotating anode. That is, unlike the prior art, there is no need to wait until X-ray intensity becomes suitable for diagnosis after X-ray emission is started, and there is no need to irradiate the patient with unnecessary X-rays. Therefore, the patient can be inhibited from being irradiated with excessive X-rays (with an improvement made in a response from when the operator gives instructions for starting fluoroscopy until emission of X-rays suitable for diagnosis).

High-voltage apparatus, and radiation source and radioscopic apparatus having the same

When a certain user is playing a game by operating a terminal device while viewing a terminal game image displayed on an LCD of the terminal device, another user can operate a controller while viewing a monitor game image displayed on a monitor, and can acquire, remove, move, or halt an object other than a player object by moving a cursor displayed on a monitor game image.

Game system, game processing method, game apparatus, and computer-readable storage medium

There is provided a bus ring attached to a stator having a plurality of stator teeth aligned in a circumferential direction and a winding wound around each of the stator teeth along an end face of the stator of a rotary electrical machine in an axial direction, and the bus ring is made by curving a conductive wire in an arc shape with a diameter smaller than that of the stator, and staple-shaped bent portions are formed at the conductive wire and the winding is connected to the bent portions. There is also provided a fixing structure of the bus ring configured such that an insulator is interposed between each of the stator teeth and the winding protruding in the axial direction from the end face of the stator to enter inside the conductive wire of the bus ring.

Bus ring, and fixing structure thereof

A game apparatusA includes: a registration information storage sectionthat stores pieces of individual information about game apparatusesregistered as communication partners, with which the game apparatusA communicates, and pieces of distinguishing information, about the game apparatuses, associated with the pieces of individual information; a connection determination sectionthat determines whether a game apparatusB, corresponding to one of the stored pieces of individual information, is connected to a server device; a first acquisition sectionthat acquires, when the game apparatusB is connected to the server device, a piece of individual information about a game apparatusC communicating with the game apparatusB; and a communication state display sectionthat visibly displays, based on the pieces of individual information, communication states of the game apparatusB and the game apparatusC associated with each other.

Computer-readable storage medium having display control program stored therein, display control device, and display control system

A white polyester film for a liquid crystal display reflective plate realizes a high level of brightness when used in side light type liquid crystal displays and direct type liquid crystal displays. The white polyester film for a light reflective plate has a thickness of 200 &#x3bc;m or more, wherein, in at least one side (side A) of the white polyester film, M is M&#x2266;&#x2212;0.0110 (%/nm) and R560&#x2267;100 (%) when the wavelength dependency of spectral reflectance at a wavelength of 450 to 600 nm is approximated according to the following approximation formula R:in which R is an approximation formula by a least square method and represents a light reflectance (%), &#x3bb; represents a wavelength of light (nm), M represents a wavelength coefficient (%/nm), B represents a constant (%), and R560 represents an estimated reflectance obtained by introducing &#x3bb;=560 nm into the approximation formula R (%).

White polyester film for light reflective plate

A white polyester film containing voids, wherein a resin constituting the film has a layer (layer A) formed by using a polyester resin and a cyclic olefin copolymerized resin, and wherein a void ratio taken in a cross-section of the layer is more than 25% and 75% or less and the average particle size of the cyclic olefin copolymerized resin in the film is 0.1 &#x3bc;m or more and 3 &#x3bc;m or less.

Growing community of inventors

Kyoto, Japan

Hideki Fujii