Abstract: A scanning camera includes an imaging device for capturing an image of an object with a photoelectric-conversion imaging element; a support shaft for supporting the imaging device to change a photographing direction of the imaging device; a frame for supporting the imaging device through the support shaft; a driver fixed to the frame for rotating the imaging device; and a flexible connector electrically connected to the imaging element and extending to the frame from the imaging device. The flexible connector extends from at least two positions at both sides relative to an axis of the support shaft such that the two portions are parallel to the axis of the support shaft.

Abstract: A printer includes an exposing section for exposing a recording medium, a first feed device for feeding the recording medium while contacting both side edges of the recording medium, a developing section for development of the recording medium, a recording media feed path arranged between the exposing section and the developing section, a second feed device arranged in the recording media feed path for feeding the recording medium to the developing section while contacting the both side edges of the recording medium, and a cutting device for cutting four edges of the recording medium, a third feed device arranged between the developing section and the cutting device for feeding the recording medium to the cutting device while contacting the both side edges of the recording medium. An apparatus housing retains the exposing section, the developing section, the cutting device, and the first, second, and third feed devices therein.

Abstract: A printer comprises for forming an image on a surface of a recording medium includes a preprocessing means for preprocessing the surface of the recording media to form an image on the surface of the recording media; post-processing device for post-processing the surface of the recording medium preprocessed by the preprocessing device; a recording medium feed path formed between the preprocessing means and the post-processing means; a first feed device arranged on an upstream side of the recording medium feed path; and a second feed device arranged on a downstream side of the recording medium feed path. The first feed device and the second feed device are made different in driving control from each other. For printing a plurality of recording medium successively, no large-scale arrangements are provided for printing processes to meet a required printing accuracy and to shorten a processing time.

Abstract: In cutting four edges of a recording medium, the recording medium is fed to a first cutting position, and two front side edges of the recording medium in a feed direction of the recording medium is cut while feeding the recording medium. The recording medium is further fed to the first cutting portion and two rear side edges of the recording medium is cut while feeding the recording medium. The recording medium is fed to a second cutting position, and one of a leading edge and a trailing edge of the recording medium in the feed direction is cut while the recording medium is stationary, and the recording medium is further fed to the second cutting position and the other of the leading edge and the trailing edge is cut while the recording medium is stationary. One of the leading edge and the trailing edge is cut between cutting of the front side edges and cutting of the rear side edges.

Abstract: A printer includes an exposing section for exposing a recording medium, a first feed device for feeding the recording medium while contacting both side edges of the recording medium, a developing section for development of the recording medium, a recording media feed path arranged between the exposing section and the developing section, a second feed device arranged in the recording media feed path for feeding the recording medium to the developing section while contacting the both side edges of the recording medium, and a cutting device for cutting four edges of the recording medium, a third feed device arranged between the developing section and the cutting device for feeding the recording medium to the cutting device while contacting the both side edges of the recording medium. An apparatus housing retains the exposing section, the developing section, the cutting device, and the first, second, and third feed devices therein.

Abstract: A scanning camera includes an imaging device for capturing an image of an object with a photoelectric-conversion imaging element; a support shaft for supporting the imaging device to change a photographing direction of the imaging device; a frame for supporting the imaging device through the support shaft; a driver fixed to the frame for rotating the imaging device; and a flexible connector electrically connected to the imaging element and extending to the frame from the imaging device. The flexible connector extends from at least two positions at both sides relative to an axis of the support shaft such that the two portions are parallel to the axis of the support shaft.

Abstract: A printer for printing on a recording medium with a plurality of processes includes a first processing section for making a first process on the recording media; a second processing section arranged close to the first processing section for making a second process different from the first process on the recording media on which the first process was made, thereby obtaining an image on a surface of the recording medium; and a recording medium feed path formed between the first processing section and the second processing section. The entire apparatus is made compact without decreasing a recording medium feeding performance and a printing process capability by that a plurality of processing units serving for the printing processes and recording medium feed path linking those units are arranged reasonably.

Abstract: A cutting device for cutting four edges out of recording media being fed, comprising: a side cutter for cutting both side edges of the recording media fed in a feed direction of the recording media; an end cutter for cutting a leading and trailing end edges out of the recording media fed in a feed direction of the recording media; and, a recording media feed path having a curve or a plurality of curves formed on at least a part thereof; wherein the side cutter is arranged on the corner or corners of the recording media feed path. The four edges of the recording media having an image or the like printed can be cut accurately and securely.

Abstract: A printer, comprises for forming an image on a surface of a recording media: preprocessing means for preprocessing the surface of the recording media to form an image on the surface of the recording media; post-processing means for post-processing the surface of the recording media preprocessed by the preprocessing means to form the image on the surface of the recording media; a recording media feed path formed between the preprocessing means and the post-processing means; first feed means arranged on an upstream side of the recording media feed path; and, second feed means arranged on a downstream side of the recording media feed path; wherein the first feed means and the second feed means are made different in driving control from each other. For printing a plurality of recording media successively, no large-scale arrangements are provided for printing processes to meet a required printing accuracy and to shorten a processing time.

Abstract: A printer for printing on recording media with a plurality of processes comprises in combination: a first processing section for making a first process on said recording media; a second processing section arranged close to said first processing section for making a second process on said recording media having had the first process made by said first processing section, thereby capable of obtaining an image on a surface of the recording media, the second process being different from the first process by said first processing section; and, a recording media feed path formed between said first processing section and said second processing section; wherein said recording media feed path is arranged to form virtual traversing. The entire apparatus is made compact without decreasing a recording media feeding performance and a printing process capability in a way that a plurality of processing units serving for the printing processes and recording media feed path linking those units are arranged reasonably.