Abstract: An object of the present invention is to provide a process challenge device for a high-pressure steam sterilizer capable of reuse with little trouble. A process challenge device 1 for a high-pressure steam sterilizer, includes a plurality of stacked steam permeable bodies 7, 8, and 9 formed by a material capable of permeating of steam 11 and an indicator 10. The steam permeable bodies 8 (except the steam permeable bodies 7 and 9 arranged at both sides among the stacked steam permeable bodies 7, 8, and 9) each have an opening 8a for accommodating the indicator 10. The steam permeable bodies 7, 8, and 9 are stacked, so that the indicator 10 is surrounded by the inner wall of a cavity 24 formed by the openings 8a of the intermediate steam permeable bodies communicated with one another and the steam permeable bodies 7 and 9 arranged at both sides.

Abstract: An image-capturing apparatus includes an image-capturing unit configured to sequentially output image data in a RAW format related to each of captured images as a result of a continuous series of image capturing operations; a signal processor configured to perform a predetermined process on the image data in a RAW format and output processed image data; image processing circuits configured to perform a luminance/color-difference conversion process and a data compression process on the processed image data and output compressed image data; and a recording controller configured to cause compressed image data output from the image processing circuits to be recorded in a predetermined recorder. The signal processor includes a selection output unit configured to selectively output the processed image data related to each of the captured images to the image processing circuits and cause the image processing related to each captured image to be shared by the image processing circuits.

Abstract: An image-capturing apparatus includes an image-capturing unit configured to sequentially output image data in a RAW format related to each of captured images as a result of a continuous series of image capturing operations; a signal processor configured to perform a predetermined process on the image data in a RAW format and output processed image data; image processing circuits configured to perform a luminance/color-difference conversion process and a data compression process on the processed image data and output compressed image data; and a recording controller configured to cause compressed image data output from the image processing circuits to be recorded in a predetermined recorder. The signal processor includes a selection output unit configured to selectively output the processed image data related to each of the captured images to the image processing circuits and cause the image processing related to each captured image to be shared by the image processing circuits.

Abstract: An object of the present invention is to provide a process challenge device for a high-pressure steam sterilizer capable of reuse with little trouble. A process challenge device 1 for a high-pressure steam sterilizer, includes a plurality of stacked steam permeable bodies 7, 8, and 9 formed by a material capable of permeating of steam 11 and an indicator 10. The steam permeable bodies 8 (except the steam permeable bodies 7 and 9 arranged at both sides among the stacked steam permeable bodies 7, 8, and 9) each have an opening 8a for accommodating the indicator 10. The steam permeable bodies 7, 8, and 9 are stacked, so that the indicator 10 is surrounded by the inner wall of a cavity 24 formed by the openings 8a of the intermediate steam permeable bodies communicated with one another and the steam permeable bodies 7 and 9 arranged at both sides.

Abstract: An image sensing apparatus has: an image sensor which converts a subject optical image into an electrical signal; a driving section which moves the image sensor on a plane orthogonal to an optical axis of the image sensing apparatus: an imaging controlling section which causes the image sensor to obtain at least a first image and a second image sequentially, wherein the first image is obtained by causing the image sensor to perform an image capturing operation with the image sensor being located at a first position, and the second image is obtained by causing the image sensor to perform an image capturing operation with the image sensor being located at a second position different from the first position by driving of the driving section; and a storage which stores the first image and the second image in correlation to each other so that a composite image is creatable by joining the first image and the second image.

Abstract: CPU 10 generates memory card loading/unloading information, based on memory card loading/unloading detection signals inputted from memory I/O 16. Memory I/O 16 works even when the power supply is in the OFF condition. CPU 10 also generates memory card control information of loaded memory cards A 5 and B 6, and stores it in RAM 11. When the power supply is re-activated, CPU 10 recognizes that memory card control information was stored in RAM 11 under the power OFF condition, generates memory card control information of loaded memory cards A 5 and B 6, and compares that with memory card control information which was stored in RAM 11 when the power was turned off, and then judges whether loaded memory cards A 5 and B 6 are the same as the cards which were used when the power was turned off.

Abstract: CPU 10 generates memory card loading/unloading information, based on memory card loading/unloading detection signals inputted from memory I/O 16. Memory I/O 16 works even when the power supply is in the OFF condition. CPU 10 also generates memory card control information of loaded memory cards A 5 and B 6, and stores it in RAM 11.

Abstract: In a film scanner, for reading an original image on a photographic film, provided with an optical system for irradiating light to the original image on the photographic film and for focusing light from the photographic film so as to form an image and photoelectically converting elements for photoelectically reading the formed image by the optical system, there is further provided an image resolution regulator to regulate image resolution of the read image in accordance with the size of the original image to be read.

Abstract: To provide an image reading apparatus which is capable of easily and quickly specifying a frame of a transparency original for which image reading is desired from the transparency original having a plurality of frames and of image reading with high accuracy at the time of final reading of a specified image. The image reading apparatus comprises: a carrier member holding a film-shaped transparency original which has a plurality of frames; an illuminating means illuminating the transparency original; and an image reading means reading image data of the transparency original illuminated by the illuminating means, in which when the image data is read in previewing, the carrier member is moved by a carrier moving means, and when final image reading of the image data is effected, the carrier member is moved by moving a carrier frame having the carrier moving means. The image data which has been read is outputted to an image display device connected to the image reading apparatus.

Abstract: A device for displaying photographic images by reading image data recorded on a film and displaying them on a display means, wherein the kind of the film is discriminated, at least either one of the number of frames displayed on a screen of the display means or the reading resolution of the image reader means is variably determined depending upon the kind of the film that is discriminated, and the images are displayed on the screen of the display means depending upon the determination by the determination means. The images of frames of a number determined depending upon the kind of the film are efficiently displayed on the screen of the display means and/or the images are displayed maintaining a proper resolution depending upon the kind of the film by varying the reading resolution of the image reader means.

Abstract: A photographic film scanner which includes: a carrier receiver section for receiving one of: (a) the first film carrier having an accommodation section, for accommodating a cartridge in which a rolled film is enclosed, and a conveying mechanism, for conveying the rolled film; and (b) the second film carrier for holding a film. The photographic film scanner further includes a scanner for reading image information from one of the rolled film, accommodated in the cartridge, and the film, held by the second film carrier; a detector for detecting a load of the first film carrier and the second film carrier into the carrier receiver; a contact point for electrically connecting the carrier receiver section and the first film carrier; and a discrimination circuit for automatically discriminating between the first film carrier and the second film carrier by sending electric signals through the contact point when the detector detects the load of one of the first film carrier and the second film carrier.

Abstract: Provision is made of a carrier for holding a piece film cut every after several frames and a carrier for holding a long wound film contained in a cartridge and having a motor for frame-feeding. When the carrier is loaded, the carrier is driven at a high speed by a first stepping motor and is driven to a predetermined position, to optically detect whether the carrier is for holding the piece film or for holding the long wound film. When the carrier is for holding the piece film, the carrier is driven at a high speed by the first stepping motor and is prescanned. When the carrier is for holding the long wound film, the carrier is driven by a second stepping motor and is prescanned. In the main scanning, both of the carriers are driven by the second stepping motor at a low speed, so that image is read maintaining a high resolution.

Abstract: In a state where no original document is set, light emitted from a light source 6 is received by a sensor 5, a integrated light quantity reference value with which an output is made to be predetermined value V0 is obtained (P1), a magnification of the quantity of light and a gamma correction table are produced from gamma function data for prescanning (P2-1), a quantity of light for prescanning is obtained in accordance with a light quantity adjustment value obtainable from the magnification of the quantity of light and the integrated light quantity reference value and prescanning of a color negative film is performed (P2-2), and an image signal obtained by prescanning is converted with the gamma correction table so as to output image data (P2-3).

Abstract: A film scanner includes: a film carrier having, an aperture for image reading, a film conveyor for conveying a film on which image information in each frame has been recorded, to the aperture one frame by one frame of the film, and a communication device for receiving a control signal to control the film conveyor; an image reader for optically reading the recorded image information on the film; a controller for generating the control signal; and a first outputting device connected with the communication device for outputting the control signal to the film carrier.

Abstract: A camera for reading film information expressed with a bar code, which is provided on a bar code plate being rotatable with a spool of a film cartridge, through a window of the film cartridge. The camera includes: a driver for rotating the spool; an optical reading device for reading the bar code, and for generating a bar code information including the film information; a detecting circuit for detecting a reference position of the bar code according to the bar code information, and a memory device for storing the bar code information being read by the optical reading device. In the camera, the driver rotates the spool in a film rewinding direction after a film in the film cartridge is rewound so that the detector circuit detects the reference position of the bar code according to the bar code information stored in the memory device, and the driver rotates the spool according to the reference position so as to locate a bar code portion corresponding to exposed state of the film.

Abstract: An image recording machine has a plurality of light sources capable of emitting light independently for exposing a part of a photographic film without causing double exposure and with a printing controller. At least one of the light sources is caused to flash continuously for printing codes for timing during film transport, other light sources are caused to flash in synchronization with flashing of the light source for printing codes for photographing information, and the light source for printing the codes for photographing information is caused to flash for printing reference codes which are to be the judgment standards for the codes for photographing information.

Abstract: A camera having a trimming function capable of recording trimming information includes a lens barrel having a picture-taking lens capable of moving between protruding and retracting positions, a lens barrel driver to drive the lens barrel, a zoom viewfinder driver to change a magnification of the viewfinder, a film winder to winding a photographic film, a film rewinder to rewind the film, a motor to feed the film. The camera further includes a driver to drive the film winder when the motor is forwardly rotated, and also to drive the film rewinder or the zoom viewfinder driver when the motor is reversely rotated, and a switch to switch over between the zoom viewfinder driver and the film rewinder in accordance with a position of the lens barrel.

Abstract: A camera for reading film information expressed with a bar code, which is provided on a bar code plate being rotatable with a spool of a film cartridge, through a window of the film cartridge. The camera includes: a driver for rotating the spool; an optical reading device for reading the bar code, and for generating a bar code information including the film information; a detecting circuit for detecting a reference position of the bar code according to the bar code information; and a memory device for storing the bar code information being read by the optical reading device. In the camera, the driver starts rotating the spool in a film rewinding direction when the film cartridge is set in the camera and before a film in the film cartridge is loaded to a photographing position so that the optical reading device reads the bar code information, the detecting circuit detects the reference position, and the memory device stores the bar code information.

Abstract: This invention relates to an electronic camera of an electronic lens shutter type including a film rewinding apparatus. The film rewinding apparatus comprises a camera back which openable for mounting or dismounting a film cartridge, an open camera back detection device for detecting the open camera back, a film rewinding device for rewinding a film, a film detection device provided in a film passage to detect a presence of the film, and a film rewind control device which stops rewinding of the film for a time specified by a timer when the film detection device detects that there is no film during the film rewinding, inhibits subsequent rewinding of the film when the open camera back is detected during the specified time, and resumes rewinding of the film when the open camera back is not detected during the specified time and the specified time is over.

Abstract: An ink composition for indicating the progress of sterilization with EO is provided which comprises;(1) at least one disperse dye of the general formulaA--N.dbd.N--Bwherein A is the residue of a heterocyclic compound containing nitrogen atom which is not substituted with alkyl group and selected from the group consisting of the pyridine, quinoline, isoquinoline, triazole, tetrazole, indazole, thiazole, benzothiazole and thiadiazole rings, which residue may optionally have one or more undissociated substituents, and B is a coupling component,(2) at least one binder component selected from the group consisting of polyacrylic acid, polymethacrylic acid and acrylic acid-methacrylic acid copolymers,(3) at least one ultrafine filler selected from the group consisting of ultrafine particles of silica, aluminum oxide and titanium oxide, and(4) at least one polar solvent.