Abstract: According to a reading apparatus relating to the present invention, when keys of a ten-key pad of an operation section are pressed and a search ID is inputted, body part icon is displayed on a display section. When one part is selected from the displayed body part icon and a cassette is set, radiographic image recorded on a stimulable phosphor plate built in the cassette is read by an image generating section, and image data are generated at a sampling pitch predetermined according to the imaging part, and image processes such as an ROI extraction process and a gradation process are performed for the generated image data according to the imaging part. The processed image data, after information of the imaging part is written into a header portion, is transmitted to a control apparatus by a communication section.

Abstract: A diagnosis aiding system that photographs an examination subject without a photographing order and generates image data of the examination subject, and thereafter links the image data with the examination subject, includes: an image generating unit that photographs an examination subject and generates data of a photographed image of the examination subject; a switching operation unit to input switching information on an examination subject; and a controller that stores one or more photographed images, of a single examination subject, generated by the image generating unit between input of preceding switching information and input of subsequent switching information via the switching operation unit, linking the one or more photographed images with examination subject information on the single examination subject.

Abstract: The present invention provides a heat developing method and a heat developing apparatus for stabilizing density and making image quality stable when executing a heat developing process by a rapid process of 10 seconds or less. The heat developing method is a method for heating a film with a heat developing photosensitive material coated on one side of a support base thereof for a heating time of 10 seconds or less and then cooling it, which opens the face side of the film with the heat developing photosensitive material coated, heats it from the support base side, and cools it from the supports base side by opening the side of the film where the heat developing photosensitive material is coated.

Abstract: A photo-thermographic recording apparatus, comprises a film loading device capable of loading a sheet type photo-thermographic film, a conveyance device for conveying the photo-thermographic film from the film loading device, an exposing device for forming a latent image corresponding to an image signal onto the sheet type photo-thermographic film conveyed by the conveyance device, and a thermal developing device for visualizing the latent image formed onto the sheet type photo-thermographic film while heating the sheet type photo-thermographic, the thermal developing device including a heating device therein and a plurality of opposed rollers arranged opposite to the heating device so as to press the sheet type photo-thermographic film onto the thermal developing device, herein the plurality of opposed rollers is structured so that a foreign matter originating from an edge portion of the sheet type photo-thermographic film does not affect an image formed on the sheet type photo-thermographic film.

Abstract: A cassette to record a radiation image of an object to be radiographed, is provided with a sheet-shaped recording medium including a layer of needle imaging plate having a thickness of 20 ?m to 2 mm, wherein the needle imaging plate are formed by a deposition method; a front member through which the recording medium receives the radiation image of the object; and a back member positioned opposite to the front member; wherein the front and back members are relatively attached to each other so as to form an accommodation space in which the sheet-shaped recording medium is accommodated or detached from each other and the attaching or detaching direction of the front and back members is substantially the same direction with a growing direction of the needle imaging plate.

Abstract: A cassette to record a radiation image of an object to be radiographed, is provided with a sheet-shaped recording medium including a layer of needle imaging plate having a thickness of 20 ?m to 2 mm, wherein the needle imaging plate are formed by a deposition method; a front member through which the recording medium receives the radiation image of the object; and a back member positioned opposite to the front member; wherein the front and back members are relatively attached to each other so as to form an accommodation space in which the sheet-shaped recording medium is accommodated or detached from each other and the attaching or detaching direction of the front and back members is substantially the same direction with a growing direction of the needle imaging plate.

Abstract: A cassette to record a radiation image of an object to be radiographed, is provided with a sheet-shaped recording medium including a layer of needle imaging plate having a thickness of 20 ?m to 2 mm, wherein the needle imaging plate are formed by a deposition method; a front member through which the recording medium receives the radiation image of the object; and a back member positioned opposite to the front member; wherein the front and back members are relatively attached to each other so as to form an accommodation space in which the sheet-shaped recording medium is accommodated or detached from each other and the attaching or detaching direction of the front and back members is substantially the same direction with a growing direction of the needle imaging plate.

Abstract: The present invention provides a heat developing method and a heat developing apparatus for stabilizing density and making image quality stable when executing a heat developing process by a rapid process of 10 seconds or less. The heat developing method is a method for heating a film with a heat developing photosensitive material coated on one side of a support base thereof for a heating time of 10 seconds or less and then cooling it, which opens the face side of the film with the heat developing photosensitive material coated, heats it from the support base side, and cools it from the supports base side by opening the side of the film where the heat developing photosensitive material is coated.

Abstract: In controller 20, upon receipt of the instruction information of the medical image film output from image diagnosis terminal 30, information on the output form of medical image output apparatus 50a or 50b defined as an output destination is read out from an output form table, while information on the output form set as the standard output form is read out from a standard form table. Then based on the information, presence or absence of the reversing process of the medical image and the output order are set so that the film output form is a standard form. Then the information on this setting as the output instruction information and the medical image to be outputted are sent to medical image output apparatus 50a or 50b. The reversing process of the medical image is performed according to the information and the reversed image is outputted in the specified order.

Abstract: A medical image generating system for generating a medical image including a subject image and a marker image indicating information of an image generation by generating an image of a subject and by generating an image of a marker for providing the information of the image generation, includes: a marker image editing section for editing the marker image.

Abstract: A cleaning method of a medical recording apparatus includes the steps of opening the vicinity of an adhesive roller by a cover unit; engaging a cleaning sheet with the adhesive roller, the sheet having an greater adhesive force than the adhesive force of the adhesive roller; rotating the adhesive roller, while keeping the engagement; transferring foreign matters from the surface of the adhesive roller to the cleaning sheet, while conveying the cleaning sheet; and removing the cleaning sheet with the foreign matters. A cleaning sheet for cleaning an adhesive roller of a medical recording apparatus includes a flexible sheet-formed base; an adhesive layer formed on a surface of the base to make an adhesive surface to adsorb foreign matters form the adhesive roller; and an auxiliary member provided on the adhesive surface at a side-edge of the base to improve rigidity of the base.

Abstract: An image processing apparatus including an exposing device, a developing device, a density measuring device to measure a density value of the developed film sheet, a calibrating device to calibrate the density value based on measured density values of a test image by the density measuring device and by an external density measuring device, a condition change detecting device to detect a condition change of the density measuring device, a correcting device to correct the density value, according to a result of detection by the condition change detecting device and the characteristics variation table showing variations of unmeasured values due to a condition change of the density measuring device, and a controlling device to control at least one of the exposing device and the developing device to optimize a relationship between diagnostic image data and film density according to the corrected density value.

Abstract: A density adjustment method for adjusting a density of a diagnostic image, having the steps of; exposing an image; developing the latent image; measuring a density of the developed image; creating a lookup table for relating the diagnostic image data and amount of exposure so as to form a density specified by the diagnostic image data; and correcting at least one of an exposure condition and a development condition to ensure that the next film has the optimized density, based on the difference between the measured density of a partial area of the film, and a density for comparison; wherein, a density of a prescribed area in a test exposure image is used as the density for comparison; while the exposure amount is used for exposing the partial area of the film at the time of forming a diagnostic image.

Abstract: In medical image processing system 100 related to this invention, when image data L and R which are created in image creating apparatus 1 are inputted into image processing apparatus 2, a position confirmation screen is displayed in which the chest wall side of image data L and the chest wall side of image data R adjoin one another. In this position confirmation screen, image data L and R are positioned in order to substantially match the position of both breasts to one another in the extensional direction of the common line between chest wall portions, and after the positions are determined, image data L and image data R are placed in an output image frame individually based on the positioning results and image data L and R for output are created to be outputted from image recording apparatus 3.

Abstract: A photo-thermographic recording apparatus, comprises a film loading device capable of loading a sheet type photo-thermographic film, a conveyance device for conveying the photo-thermographic film from the film loading device, an exposing device for forming a latent image corresponding to an image signal onto the sheet type photo-thermographic film conveyed by the conveyance device, and a thermal developing device for visualizing the latent image formed onto the sheet type photo-thermographic film while heating the sheet type photo-thermographic, the thermal developing device including a heating device therein and a plurality of opposed rollers arranged opposite to the heating device so as to press the sheet type photo-thermographic film onto the thermal developing device,.wherein the plurality of opposed rollers is structured so that a foreign matter originating from an edge portion of the sheet type photo-thermographic film does not affect an image formed on the sheet type photo-thermographic film.

Abstract: A density adjustment method for adjusting a density of a diagnostic image, having the steps of; exposing an image; developing the latent image; measuring a density of the developed image; creating a lookup table for relating the diagnostic image data and amount of exposure so as to form a density specified by the diagnostic image data; and correcting at least one of an exposure condition and a development condition to ensure that the next film has the optimized density, based on the difference between the measured density of a partial area of the film, and a density for comparison; wherein, a density of a prescribed area in a test exposure image is used as the density for comparison; while the exposure amount is used for exposing the partial area of the film at the time of forming a diagnostic image.

Abstract: An image forming apparatus for recording an image on a recording medium according to an inputted diagnostic image signal, including: a recording medium loading section capable of loading plural types of recording media; an exposing device for forming latent images by exposing with predetermined plural test exposure values; a developing device to form developed images on the recording medium; a density measuring device for measuring densities of the developed images; a memory device for storing predetermined density values correlated to the predetermined plural test exposure values; a selecting device for selecting a predetermined number of images among the developed images; and a calibration section for creating LUT that determines a relationship between exposure values and input image signals, based on measured densities of the selected predetermined number of images and stored predetermined density values correlated to the test exposure values.

Abstract: An image forming apparatus includes an exposure portion having a light source, for forming a latent image on a photothermographic imaging material by exposing a light beam, a thermal development portion having a heating portion for thermally developing by heating the photothermographic imaging material on which the latent image is formed, and a cooling and conveying portion for conveying and cooling the thermally developed photothermographic imaging material, a temperature detecting member for detecting at least one of a temperature of a predetermined portion concerning the cooling and conveying portion, and a temperature in a vicinity of the exposure portion, and a control unit for controlling a factor relating to thermal development on a basis of the temperature detected by the temperature detecting member.

Abstract: A cassette to record a radiation image of an object to be radiographed, is provided with a sheet-shaped recording medium including a layer of needle imaging plate having a thickness of 20 ?m to 2 mm, wherein the needle imaging plate are formed by a deposition method; a front member through which the recording medium receives the radiation image of the object; and a back member positioned opposite to the front member; wherein the front and back members are relatively attached to each other so as to form an accommodation space in which the sheet-shaped recording medium is accommodated or detached from each other and the attaching or detaching direction of the front and back members is substantially the same direction with a growing direction of the needle imaging plate.

Abstract: An image forming apparatus for recording an image on a recording medium according to an inputted diagnostic image signal, including: a recording medium loading section capable of loading plural types of recording media; an exposing device for forming latent images by exposing with predetermined plural test exposure values; a developing device to form developed images on the recording medium; a density measuring device for measuring densities of the developed images; a memory device for storing predetermined density values correlated to the predetermined plural test exposure values; a selecting device for selecting a predetermined number of images among the developed images; and a calibration section for creating LUT that determines a relationship between exposure values and input image signals, based on measured densities of the selected predetermined number of images and stored predetermined density values correlated to the test exposure values.