Abstract: To provide a drug identification device and a drug identification method capable of eliminating an overlap of drugs in dose packaging bags. A drug identification device includes: an inlet configured to receive dose packaging bags in each of which drugs are packaged; a conveying path configured to convey the dose packaging bags received by the inlet; an imaging element configured to capture images of the drugs on the conveying path; a processor configured to identify the drugs based on the images of the drugs captured by the imaging element; a storing case arranged at an upstream side of the inlet and configured to store the dose packaging bags; and a vibration device configured to vibrate the storing case.

Abstract: A conveyor capable of detecting a cut line of portion packaging bags, and a medicine inspection support system are provided. The conveyor conveys the portion packaging bags to an inspecting machine, the portion packaging bags being divided one by one with use of a heat seal portion and perforations by a portion packaging machine and being continuously discharged in a longitudinal posture from the portion packaging machine. The conveyor includes a posture changing device configured to change the longitudinal posture of the portion packaging bags to a lateral posture; and a detector configured to detect a cut line of the portion packaging bags.

Abstract: An image recording device, which records an image on an image-drawing region of a strip-shaped flexible substrate stretched between a supply reel and a take-up reel, includes: a stage section for suctioning and conveying the flexible substrate; an alignment section for sensing an alignment mark of the flexible substrate; a correcting section which, on the basis of the sensed alignment mark, corrects image data to be recorded on the flexible substrate; and a recording section for recording the image data corrected by the correcting section on the flexible substrate. The stage section suctions the flexible substrate and moves reciprocatingly along a conveying path. On an outward trip, the alignment section senses the alignment mark of the flexible substrate, and on a return trip, the recording section records the image data corrected by the correcting section.

Abstract: An image recording device recording an image on an image-forming region of a strip-shaped flexible substrate stretched between a supply reel and a take-up reel, the device having: a stage section structured to suck the flexible substrate, and to be movable along a predetermined conveying path; an alignment section disposed above the conveying path of the stage section, and sensing at least an alignment mark of the flexible substrate; a correcting section which, based on the alignment mark sensed by the alignment section, corrects image data to be recorded on the image-forming region of the flexible substrate; and a recording section disposed above the conveying path of the stage section and at a downstream side, in a conveying direction of the flexible substrate, of the alignment section, the recording section recording, on the image-forming region of the flexible substrate, the image data corrected.

Abstract: A heat development processor includes a heat roller whose peripheral surface is heated to a predetermined temperature, the heat roller being adapted to transport in close contact therewith a heat-developable light-sensitive material with a latent image formed thereon, so as to heat develop the heat-developable light-sensitive material; and a backup roller disposed in face-to-face relation with the heat roller and having a gap between the same and the heat roller, the gap corresponding to or greater than the thickness of the heat-developable light-sensitive material. Since a gap is provided between the heat roller and the backup roller, a nipping force does not act between them, making it possible to squeeze out steam from between the heat-developable light-sensitive material and the peripheral surface of the heat roller.

Abstract: A color proof making apparatus for making a color proof for forming a color image having a dye image by exposing an ultraviolet light-sensitive material to ultraviolet light through an image original, and by heating the exposed material. The apparatus includes a plurality of filters disposed in correspondence with different light-sensitive wavelength regions of the light-sensitive material and respectively adapted to transmit therethrough only the ultraviolet light of corresponding wavelength regions for exposing the light-sensitive material sensitive to the light-sensitive wavelength regions; a selecting device for selecting one of the filters which corresponds to each image original; and a driving unit for inserting the filter selected by the selecting device into an optical path leading to the image original. Accordingly, the filter is inserted accurately into the optical path, and it is possible to make a color proof with excellent color separation and high definition with a simple process.

Abstract: A photosensitive lithographic printing plate supplying apparatus includes a first suction device, which sucks an upper surface of an uppermost photosensitive lithographic printing plate of photosensitive lithographic printing plates stacked such that respective photosensitive surfaces thereof face downward and which raises the uppermost photosensitive lithographic printing plate, a second suction device, which sucks the upper surface of the raised uppermost photosensitive lithographic printing plate so as to support the photosensitive lithographic printing plate at one end thereof, and a rotating device which rotates the photosensitive lithographic printing plate supported on one end by the second suction device so that a photosensitive surface of the photosensitive lithographic printing plate faces upward. Accordingly, the photosensitive lithographic printing plates are supplied to an exposure device without the photosensitive surfaces thereof being contacted.

Abstract: A printing plate making apparatus for color printing is provided with a depicting section for recording an image on the surface of a printing plate, a processing section for processing the printing plate, with a processing solution, while conveying the printing plate, and a punching section for punching notches for positioning and winding the printing plate around a plate cylinder of a rotary press, the depicting and punching sections are provided with a first reference pin for abutting against a side edge of the printing plate being moved in a first direction to position the printing plate in the first direction, and a second reference pin for abutting against a side edge of the printing plate being moved in a second direction to position the printing plate in the second direction. The positional relation between the first and second reference pins in the depicting section and the positional relation between the first and second reference pins in the punching section are set identically.

Abstract: Images projected by an image-focusing optical mechanism including a display unit such as a CRT display are photographed on a photosensitive medium such as a photographic film. First, the optical mechanism is positioned in a reference position. Then, the optical mechanism is displaced by successive intervals while photographing the images successively on the photosensitive medium at respective areas thereon with the optical mechanism. After all of the images have been photographed, the optical mechanism is positioned in the reference position again in preparation for photographing images on a next photosensitive medium.