Abstract:
A still-picture acquisition section in a computer selects a brightness-periodically-varying portion of image data of a living cell like a cardiac cell, as a sample, which makes a self-ordered periodic motion, monitors a change in brightness, generates a trigger signal at the timing at which the value of the brightness exceeds a specific threshold value, causes a camera body to repeatedly pick up the image of the living cell after a predetermined delay time, and then averages the picked-up images. This makes it possible to acquire as high-quality still pictures the instantaneous status of a living cell which varies with time in accordance with the application of external stimulation or the in-vivo order.
Abstract:
A method for processing data is proposed, particularly image data in a medical system, in which a plurality of imaging modalities for capturing the data and their associated apparatus for locally processing and storing the data are connected to one another via a data transmission unit for the purpose of data interchange. Common data for all modalities are respectively stored locally and are coordinated with one another such that the respective modality remains active regardless of the state of the data transmission unit.
Abstract:
A system comprising a facsimile device configured to transmit a code-associated information material, an interactive user device, and a processor. Typically, the code-associated information material is a medical record to which a barcoded fax cover sheet is appended. The interactive device is preferably a computer terminal, wherein the processor is coupled to the interactive user device via the Internet. The processor is configured to receive from the facsimile device a transmission of the information material, and to display it to an authorized user upon a request from the authorized user. The information material may be displayed via Internet, or else may be faxed to an authorized user in response to a telephone call.
Abstract:
An image reading apparatus includes an optical unit for reading the image information by scanning and irradiating the photostimulable phosphor plate with the excitation light from a light source and converging photo-stimulated luminescence light emitted from the photostimulable phosphor plate to conduct photoelectric conversion, a base table, a linear motor for moving the optical unit with respect to the base table, a wire fixed on the base table at both ends of the wire, a pulley rotatably fixed on the optical unit for being rotated by relative movement between the pulley and the wire caused by the movement of the optical unit, a rotary encoder for detecting a rotational speed of the pulley; and a control section for controlling the linear motor based on a detection result of the rotary encoder, wherein the wire is wound not less than one turn around the pulley and inclined at a predetermined angle against a line crossing a rotational axis of the pulley at right angle.
Abstract:
A box structure with an external appearance of a photo album and configured to electronically display digital images, the structure comprising: (a) a front cover for the box structure, the cover being connected to the box structure along an edge such that the cover is configured to pivot along the edge; (b) a data input port to receive incoming data of images for display; (c) an electronic data processing device, located within the box and connected to the input port, configured to receive the incoming data from the input port and process the incoming data; and (d) a display associated with the processing device configured to display the electronic images and disposed on the box structure against the front cover such that upon opening the front cover the display is visible.
Abstract:
A print server connected to medical diagnostic imaging equipment via a network or dedicated channels, wherein the print server executes a process to identify the device that is the source of image data received via the network or dedicated channels and outputs the image data to a specific sorter bin in a printer based on this source. The image output processor can also selectively choose a sorter bin as an output destination for the image data, based on either attribute data or the device that transmitted the image data, depending on the communication protocol.
Abstract:
Film-based images can be scanned in a conventional manner, then digitally designated and “cut” from the digital file resulting from the scan. These selected images can then be collated and registered as individual images, or slices in certain contexts, allowing them to be assembled in various presentations, such as in stack mode with digitally-acquired images. The resulting collated files can then be stored by the user as a new series of images. The technique thus greatly facilitates the access and comparison of the images regardless of the originating medium.
Abstract:
An image reading apparatus includes a stage for placing a specimen. The stage moves in first directions between a setting position where the specimen is placed and removed and a reading position for reading the specimen. The image reading apparatus also includes a light source for irradiating light onto the specimen on the stage, a photoelectric conversion device having a line shape for photo-electrically converting the light reflected from the specimen, an optical device for guiding the light from the specimen to the photoelectric conversion device, a carriage mounting the optical device, and an apparatus frame for movably supporting the stage and the carriage. The carriage moves along the stage in second directions substantially same as the first direction.
Abstract:
A medical image system including: an image data input section for inputting image data including medical image data of a radiographed object and supplementary information; a plurality of outputting sections for outputting a medical image on the basis of the medical image data; a setting section for setting a setting density range or a setting brightness range of the medical image to be outputted on the basis of the inputted supplementary information; an information obtaining section for obtaining density information including a output density range or brightness information including a output brightness range which each of the outputting sections can output; a selecting section for selecting at least one of the outputting sections which can output the medical image data; and a transmitting section for transmitting the medical image data with the supplementary information to the selected outputting sections.
Abstract:
It is an object to obtain compressed image data in which a compression ratio has been recorded. To accomplish it, an image processing method has a first compressing step of compressing by using an input image, a calculating step of calculating a compression ratio for the input image on the basis of a result of the compression in the first compressing step, an embedding step of embedding information indicative of the calculated compression ratio into the input image and a second compressing step of compressing the input image in which the information showing the compression ratio has been recorded in the embedding step.