Abstract: A radiation detecting cassette houses therein a detector for detecting a load applied to the radiation detecting cassette when a patient has moved. It is determined whether or not the patient has moved in an image capturing process based on the load detected by the detector. If it is judged that the patient has moved, then a warning is displayed, and a radiation image of the subject is inhibited from being captured.

Abstract: Power supply switches are disposed on respective side walls of a casing of a radiation detecting cassette, which are held out of contact with a patient when a radiation image of the patient is captured. When a surgeon or a radiological technician turns one of the power supply switches on or off, a battery starts or stops supplying electric power to a radiation detector, a cassette controller, and a transceiver.

Abstract: A radiation image capturing method, a radiation image capturing system, and a radiation information system are provided. In the present invention, a console checks a cassette ID (specified cassette ID) sent from an RIS server as the cassette ID of a radiation detecting cassette that is planned to be used to capture a radiation image, and a cassette ID (actual cassette ID) that is read by the console from a radiation detecting cassette which is placed in an operating room or an image capturing room and which is to be actually used to capture a radiation image, with each other. Based on the result of the cassette ID check, the console determines whether to permit a radiation image to be captured or not.

Abstract: A radiation detecting cassette includes a casing having first through fourth display units mounted on respective side walls thereof for displaying ID information of a patient, etc. The casing also has first detectors on the respective side walls for detecting obstacles facing the first through fourth display units and second detectors on the respective side walls for detecting loads applied to the casing near the first through fourth display units. Based on detected results from the first and second detectors, at least one of the first through fourth display units which is not covered by the patient is selected to display the ID information of a patient, etc.

Abstract: A radiation detecting cassette has a casing including a first flat plate for facing a patient and a second flat panel for facing a surgical table. The first flat plate and the second flat panel are spaced from each other by a predetermined distance. The casing also includes a pair of first and second tapered side members disposed on respective side edges of the first and second flat plates. The first and second tapered side members are progressively tapered toward their distal ends. The first and second tapered side members house therein respective radiation shields, which in turn house therein a battery, a cassette controller, and a transceiver.

Abstract: A cassette allows radiation image information stored therein to be used immediately after an X-ray radiation image is captured in a patient's room, and a mobile X-ray image capturing apparatus incorporates such a cassette. The mobile X-ray image capturing apparatus has a cradle serving as a mount for receiving the cassette which has a radiation detector. The mobile X-ray image capturing apparatus captures a radiation image of the patient (subject) in the patient's room. The cassette serves as a mobile station. While the cassette (mobile X-ray image capturing apparatus) is moving, the radiation image information stored in the cassette is transmitted to a server via a transmitting and receiving terminal, a mobile hospital communication network, and a hospital LAN.

Abstract: A transceiver of a radiation detecting cassette receives subject ID information from an RFID tag by way of wireless communications. An ID checker checks the subject ID information received by the transceiver against a plurality of subject ID information stored in an RFID memory. If the subject ID information received by the transceiver matches one of the subject ID information stored in the RFID memory, then the ID checker associates the matching subject ID information with a radiation dose that is stored in a dose storage unit and corresponds to the matching subject ID information.

Abstract: Radiation image information detected by a radiation detector of a radiation detecting cassette is compressed by an image compressor, and then transmitted by way of wireless communications to a display device, which displays a compressed image representative of a rough radiation image on a display unit. The radiation image information is stored in an image memory and transmitted by way of wireless communications to a console in which the radiation image information is processed as desired by an image processor. The processed radiation image information is sent by way of wireless communications to the display device, which displays a detailed image in place of the compressed image.

Abstract: The present invention relates to a radiation image capturing system. A radiation detector of a radiation detecting cassette detects a radiation that has passed through a patient, and an accumulated exposed radiation dose calculator calculates an accumulated exposed radiation dose by accumulating radiation image information detected by the radiation detector, at every image capturing. The calculated accumulated exposed radiation dose is transmitted, together with cassette ID information, to a console. In the console, a status determining unit compares the accumulated exposed radiation dose with an allowable accumulated exposed radiation dose for the radiation detecting cassette to determine the status of the radiation detecting cassette, and issues a warning based on the determined status.

Abstract: An image forming apparatus of the invention packs a plurality of image prints in a bag as finished prints corresponding to an order a user made and outputting the bag containing the plurality of image prints. At first, the apparatus records each of the plurality of images on a recording medium based on image data which is reproduced corresponding to each of the plurality of images, thereby to produce the image prints on an image-by-image basis. Next, it judges whether the bag needs to be sealed or not when the plurality of image prints thus produced are packed in the bag as the finished prints corresponding to the order. Next, it packs the plurality of image prints in the bag as the finished prints corresponding to the order and seals the bag containing the plurality of image prints based on a result of the judging. Thereby it outputs the plurality of image prints contained in the sealed bag.

Abstract: A direction determination processor outputs imaging direction information representing the direction of an electronic cassette with respect to a subject during imaging of the subject. An image direction judging unit generates image direction information representing the direction of image data with respect to a reading direction in which a radiation detector is read, based on the imaging direction information, or based on the imaging direction information, imaging order information and a template. An image displaying direction determining unit generates displaying direction information, which represents a displaying direction of the image data on a display screen or a display device.

Abstract: A digital camera is provided with a picture filing key including a grouping button. Upon turning on the grouping button, a grouping mode is set. When a picture is taken under the grouping mode, link information is added to image data to be recorded in a memory card. In virtue of this, the pictures are grouped. By operating the picture filing key, it is possible to delete the picture from the group, to link the groups, and to divide the group. When the pictures recorded in the grouped state are put into an application, which is capable of distinguishing the link information, it is possible to transfer and copy the data group by group. Management of the data becomes easy.

Abstract: A memory element mounting method includes: a disposing step of disposing a memory element at a sheet of paper that is composed of plural layers including a first layer serving as a base and a second layer serving as a surface with a thermoplasticity; and a surface treatment step of melting at least the surface of the sheet of paper with the memory element disposed thereat and processing the molten surface of the sheet of paper into a predetermined surface shape. Since the memory element is mounted on the sheet of paper during the surface treatment of the sheet of paper rather than during production of the sheet of paper, the memory element can be mounted on the sheet of paper as required.

Abstract: The photographic method and apparatus take, at the same shooting position, a background image without a subject, a first principal image for outputting, and a second principal image whose shooting conditions differ from those of the first principal image with a camera for photoelectrically picking up an image, a changing device for changing shooting conditions and a shooting controlling device, and extract the subject based on a first difference between the background image and the first principal image and a second difference between the first principal image and the second principal image with an image processing device.

Abstract: The present invention provides a surface treatment apparatus containing a sheet heating unit for heating a sheet, a sheet cooling unit for cooling the sheet. The apparatus satisfying at least one of following conditions: (1) the apparatus transfers a surface quality of the contact member to a surface of the image recording layer and an interface of the thermoplastic resin layer facing the image recording layer of the sheet; (2) the apparatus further contains the contact member selecting unit which selects the contact member having a desired surface quality; (3) the apparatus further comprises a treatment control unit which controls treatment conditions of at least one of the sheet heating unit and the sheet cooling unit; and (4) the sheet heating unit includes a sheet preheating part preheating the sheet and the apparatus transfers a surface quality of the contact member to the sheet heated by the sheet preheating part.

Abstract: There are provided an ink jet recording apparatus which includes an ink jet recording head; an upstream side transport unit arranged upstream of a recording position; a downstream side transport unit arranged downstream of the recording position; a platen arranged to be spaced apart from the ink jet recording head by a predetermined interval necessary for image recording, the platen being movable in a transport direction of the recording sheet between the upstream side transport unit and the downstream side transport unit; a control unit controlling a movement of the platen; and an ink receiver arranged to face the ink jet recording head across an ink ejection region of the ink jet recording head, the ink receiver receiving ink that was ejected from the ink jet recording head and passed across a position where the platen does not exist.

Abstract: The inkjet printer includes a loading part of a recording medium; a print base for holding the recording medium thereon; a sucking unit for sucking the recording medium on the print base; an image recording unit for recording an image on the recording medium held on the print base by an ink jet recording method; transport units for transporting the recording medium form upstream through downstream of the image recording unit; one or both of medium type detector for determining a type of the recording medium in the loading part, and medium thickness detector for detecting a thickness of the recording medium in the loading part; and suction controller for changing suction force of the sucking unit with respect to the recording medium according to a detection result obtained by one or both of the medium type detector and the medium thickness detector.

Abstract: An image forming apparatus includes a forming unit configured to form a latent electrostatic image on a latent electrostatic image bearing member based on a digital image; a developing unit configured to develop the latent electrostatic image with a toner to form a visible image; a transferring unit configured to transfer the visible image to one of an electrophotographic image receiving roll and an electrophotographic image receiving sheet; and a smoothing and fixing unit configured to smooth and fix the transferred image on one of the electrophotographic image receiving roll and the electrophotographic image receiving sheet to thereby form a series of electrophotographic prints and an electrophotographic print. In the apparatus, the hardware including the media, printer and unit for aftertreatment optimally matches with the toner, and the apparatus can produce high-quality images equal to silver-halide photographs.

Abstract: An order processing system for performing reproduction processing according to a reproduction processing order by receiving an input image and the reproduction processing order of the input image is provided. The system has a management unit and an execution unit. The management unit is for generating per order a piece of job instruction information to instruct process contents, a process execution sequence, and a process execution destination for reproduction processing according to contents of the reproduction processing order, and managing an execution of the reproduction processing. The execution unit has a plurality of components for executing one or more of a plurality of steps of the reproduction processing, for receiving the input image and the job instruction information and executing the reproduction processing according to the job instruction information.

Abstract: The image recording apparatus forms an image on each of at least two kinds of printing media of different widths by ejecting ink droplets thereon. The apparatus includes an ink ejection unit that ejects ink toward a front surface of a printing medium, a pair of ink receivers that receive the ink ejected outside both side edges of the printing medium in a width direction perpendicular to a transport direction of the printing medium and a first shield plate that is arranged outside a first edge of the printing medium in the width direction perpendicular to the transport direction of the printing medium, and moves in parallel to the front surface of the printing medium and in the width direction perpendicular to the transport direction of the printing medium in accordance with a position of an edge of each of the at least two kinds of printing media of the different widths.