Abstract: A transport device and a transport method efficiently increase a thrust to suppress power consumption. The transport device has a first magnetic body on a side of a to-be-transported object, a magnetic circuit with a core consisting of a second magnetic body, and a winding wound around an outside of the core, and a drive circuit supplying a current to the winding of the magnetic circuit. The magnetic circuit has first and second magnetic circuits, and in a case where the first magnetic body is located on a side of the second magnetic circuit relative to a first predetermined position between the first magnetic circuit and the second magnetic circuit, the drive circuit supplies a current to a winding of the first magnetic circuit in such a manner to cause an electromagnetic repulsive force to be generated between the first magnetic body and the first magnetic circuit.

Abstract: An X-ray image analyzing system, including: an X-ray source for radiating an X-ray; an X-ray detector for detecting an X-ray image radiated onto an x-ray image detection surface, wherein phase contrast X-ray simple imaging is capable of being performed determining a trabecular bone index computing region, computing a trabecular bone index indicating a state of a trabecula from image data in the trabecular bone index computing region, determining a bone-flesh boundary index computing region by a second region determination method different from the first region determination method, and computing a bone-flesh boundary index indicating smoothness of a bone-flesh boundary from image data in the bone-flesh boundary index computing region.

Abstract: A radiographic imaging system including: a cassette including radiographic image obtaining means for obtaining radiographic image data by radiographing, a memory for storing the radiographic image data obtained by the radiographic image obtaining means, and cassette communication means for communicating the radiographic image data stored in the memory with the console; and the console comprising console communication means for communicating with the cassette, and console power supply means for supplying power to the console communication means, wherein when the radiographic image data which is not transmitted to the console does not exist in the memory, the console power supply means stops supplying of power.

Abstract: Disclosed a radiation image apparatus including: a radiation image acquiring unit to acquire radiation image data by radiation radiography; a first communication unit to transmit the radiation image data acquired by the radiation image acquiring unit from a first antenna by an electric wave having a frequency exceeding 1 GHz; and a second communication unit to transmit the radiation image data acquired by the radiation image acquiring unit from a second antenna located at a position different from that of the first antenna by an electric wave.

Abstract: A radiographic imaging system includes: a plurality of states of operation, a radiographic image detection device that detects irradiated radiation to obtain radiographic image information, a console capable of communicating with the radiographic image detection device, a status memory which stores the information of operation concerning the state of operation after end of charging or replacing the battery; and the radiographic image detection device includes: power supply source having a rechargeable or replaceable battery to supply power to a plurality of units driven by the power, a control unit that stores in the status memory the information of operation, before the end of charging or replacing the battery, and then after the end of charging or replacing of the battery, controls the state of operation of the units driven by the power in response to the information of operation stored in the status memory.

Abstract: A radiography system in which an operator can confirm a radiographic image on a console currently used by the operator even when the operator moves from one console to another and radiography efficiency of the radiography can be improved, and a radiography program therefor are provided. For this sake, the radiography system includes: one or more X-ray image detectors 1 for obtaining radiographic image data and transmitting the obtained radiographic image data; and a plurality of consoles 2, each capable of obtaining an operator ID of the operator of the console 2 and, of displaying a confirmation image relating to the received radiographic image data when receiving the radiographic image data from the X-ray image detector 1.

Abstract: A radiography system has a console, wherein the console includes: a console communication unit to communicate via wireless communication with a cassette, the cassette including a cassette communication unit to communicate with the console via the wireless communication, a radiograph acquiring unit to acquire radiograph data by radiography, and a cassette control unit to control the cassette communication unit to transmit the radiograph data acquired from the radiograph acquiring unit; and a console control unit to control a display unit to display an indication informing that the wireless communication is in defective state when the console control unit has detected that the wireless communication is in defective state.

Abstract: In the data processing terminal 30a, when the body sound data is generated by the data processing section 38, the body sound ID is given to the concerned body sound data by the control section 31. Then, when the patient ID, operator ID of the operator, sound collector ID of the used sound collector, are inputted through the input section 32 as the additional information of the body sound, the information of the sound collection date and time and the information of the sound collection position of the sound collector M are acquired by the control section 31 when the body sound is sound-collected. When the body sound data is stored in DB 20, each information of the body sound ID, patient ID, operator ID, sound collector ID, sound collection date and time, and sound collection position, is corresponded, and written in the body sound registration table 26.

Abstract: A radiography system includes: a plurality of radiographic image detecting apparatus to obtain radiographic image information of a subject by radiography of the subject; a radiography operation control apparatus to control a radiography operation of at least one radiographic image detecting apparatus among the plurality of radiographic image detecting apparatus; and a management apparatus to manage the plurality of radiographic image detecting apparatus, wherein each of the plurality of radiographic image detecting apparatus is provided with an individual information storage unit to store individual information of the radiographic image detecting apparatus, and the individual information storage unit stores at least identification information specific to each of the plurality of radiographic image detecting apparatus, and wherein the management apparatus recognizes the identification information specific to each of the plurality of radiographic image detecting apparatus, and manages each of the plurality of r

Abstract: A radiographic imaging system includes: a plurality of states of operation, a radiographic image detection device that detects irradiated radiation to obtain radiographic image information, a console capable of communicating with the radiographic image detection device, a status memory which stores the information of operation concerning the state of operation after end of charging or replacing the battery; and the radiographic image detection device includes: power supply source having a rechargeable or replaceable battery to supply power to a plurality of units driven by the power, a control unit that stores in the status memory the information of operation, before the end of charging or replacing the battery, and then after the end of charging or replacing of the battery, controls the state of operation of the units driven by the power in response to the information of operation stored in the status memory.

Abstract: A radiography system includes: a radiographic detector having a scintillator for receiving radiation transmitted through a subject to generate fluorescence, the radiographic detector to generate image information of the subject based on strength of the fluorescence generated by the scintillator; and a scintillator information adding-section to add scintillator type-related information related to a type of the scintillator, to the image information.

Abstract: The radiation image detector having: a radiation image obtaining section to detect radiation irradiated and obtain a radiation image data; a communication unit to transmit the radiation image data to an external apparatus; a storing section attachment part which is capable of removably holding a storing section for storing the radiation image data, and causes the attached storing section to preserve the radiation image data obtained by the radiation image obtaining section; and a control unit that to select whether to transmit the radiation image data from the communication unit or to transmit the radiation image data by using the storing section, wherein the control unit changes over a transmission mode for transmitting the radiation image data to the external apparatus based on a result of the selection.

Abstract: The invention concerns a network system for radiographing radiation images. The network system includes a plurality of radiation-image reading apparatus to read the radiation images stored in radiation-image storing sheets, so as to generate image data sets each of which corresponds to each of the radiation images, and a plurality of controllers to register discrimination information sets each of which corresponds to each of the radiation-image storing sheets. Each of the controllers can display a radiation image for confirmation, when it receives an image data set corresponding to the radiation image. A radiation-image reading apparatus reads a discrimination information set recorded on a radiation-image storing sheet loaded into the radiation-image reading apparatus.

Abstract: A radiographic imaging apparatus includes: a plane detection device to obtain radiographic image; an injection device communication unit to perform communication with an injection device which automatically injects a contrast agent; an irradiation device communication unit to perform communication with an irradiation device; an input unit; a control unit including a plurality of control modes including a linking mode of allowing linking among a timing contrast agent injection, a timing of obtaining a radiographic image and a timing of the irradiation, the control unit controlling the injection device, plane detection device and irradiation device in a control mode selected from the plurality of control modes; and a judgment unit to judge whether control in the linking mode by the control unit is possible, wherein selection of the linking mode is possible only when the judgment unit has judged that the linking mode is possible.

Abstract: A head-mountable digital camera for medical service, provided with a camera section to photograph an object and output digital image of the object; a display section to form a virtual image of photography relevant information with regard to the photography by the camera section on a pupil of a photographer through an optical system; and a mounting member to mount the camera section and the display section on the head of the photographer so as to introduce light of the photography relevant information indicated on the display section to the pupil together with light from the outside so that the virtual image of photography relevant information and the image of the outside are superimposed and formed on the retina of pupil of the photographer.

Abstract: The invention concerns a network system for radiographing radiation images. The network system includes a plurality of radiation-image reading apparatus to read the radiation images stored in radiation-image storing sheets, so as to generate image data sets each of which corresponds to each of the radiation images, and a plurality of controllers to register discrimination information sets each of which corresponds to each of the radiation-image storing sheets. Each of the controllers can display a radiation image for confirmation, when it receives an image data set corresponding to the radiation image. A radiation-image reading apparatus reads a discrimination information set recorded on a radiation-image storing sheet loaded into the radiation-image reading apparatus.

Abstract: The invention concerns a network system for radiographing radiation images. The network system includes a plurality of radiation-image reading apparatus to read the radiation images stored in radiation-image storing sheets, so as to generate image data sets each of which corresponds to each of the radiation images, and a plurality of controllers to register discrimination information sets each of which corresponds to each of the radiation-image storing sheets. Each of the controllers can display a radiation image for confirmation, when it receives an image data set corresponding to the radiation image. A radiation-image reading apparatus reads a discrimination information set recorded on a radiation-image storing sheet loaded into the radiation-image reading apparatus.

Abstract: An image recording system is provided with an image data producing apparatus to produce and output halftone dot image data corresponding to a single sheet of output image, for each of plural colors successively; an image recording apparatus having a drum, a rotation driving mechanism, an optical unit to expose the light sensitive material on the drum to plural color light simultaneously in accordance with the halftone dot image data of plural (N≧3) colors, and a sub-scanning mechanism to move the optical unit in a direction parallel to a rotation axis of the drum; and an image data storing apparatus to store the halftone dot image data and to output the halftone dot image data to the image recording apparatus, the image data storing apparatus comprising plural memory devices each storing the halftone dot image data corresponding to a single sheet of the output image for one of plural (N or N−1) colors.

Abstract: An image recording apparatus having a laser beam source which emits a laser beam, and an incident angle changing device for changing an incident angle, in a sub scanning direction of the laser beam emitted from the laser beam source, onto a light sensitive material. The incident angle changing device changes the incident angle of the laser beam emitted from the laser beam source on the light sensitive material from &thgr;1 to &thgr;2. The incident angle &thgr;1, an incident angle &thgr;1′ at which the laser beam is incident at the incident angle &thgr;1 on the light sensitive material, is incident in the light sensitive material. The incident angle &thgr;2, an incident angle &thgr;2′ at which the laser beam is incident at the incident angle &thgr;2 on the light sensitive material, is incident in the light sensitive material. One of integers N satisfies the following formula: (N+0.5−(0.7/&ggr;))<(2nh/&lgr;)(cos &thgr;1′−cos &thgr;2′)<(N+0.5+(0.

Abstract: A thermally developing apparatus for thermally developing a thermally developable material by heating the thermally developable material to 80° C. or more, is provided with a thermally developing device having a heater and for thermally developing the thermally developable material with heat generated by the heater; and a controller to control heat generation by the heater; wherein the thermally developing device thermally develops the thermally developable material such that an amount M of heat given to the thermally developable material during thermally developing a single sheet of the thermally developable material satisfies the following formula for a maximum amount Hmax of heat generation of the heater: 0.07≦M/Hmax≦0.