Konica Corporation

Konishiroku Photo Industry Co., Ltd.

Kaneo Saito

Shigeharu Koboshi

Masao Ishikawa

Hideo Ishii

Yoshimasa Komatsu

Yorikatsu Miyazawa

Yoshifumi Tsubaki

Hiroshi Yoshimoto

Tsuyoshi Haraguchi

Michio Yagi

Wataru Satake

Kunio Nakajima

Takehiko Hamaguchi

Fujio Kodaka

Kazuyoshi Tsurumaki

A silver halide photographic material processing apparatus is provided with a solid processing agent replenishing unit which includes a supplying device for supplying a solid processing agent to the tank; and a constructing member for forming a guide passage in the tank in such an arrangement that the guide passage receives the solid processing agent from the supplying device, guides the solid processing agent to an upper portion above a filter, and feed the solid processing agent from the upper portion into the processing solution.

Solid processing agent supplying device for silver halide photographic

In a device for supplying a solid processing agent from a container to a processing tank, when the solid processing agent is not supplied to the processing tank, the supply device blocks the solid processing agent at an inlet opening so as not to receive therein, and when the solid processing agent is supplied to the processing tank, the supply device receives the solid processing agent through the inlet opening and drops the solid processing agent through an outlet opening in the processing tank so that the solid processing agent does not remain in the supply device when the solid processing agent is not supplied to the processing tank.

Solid processing agent replenishing apparatus for processing

In an apparatus for processing a light-sensitive silver halide photographic material, there is provided a solid agent replenishing device to store a package in which a solid agent is packed in a moistureproofing manner. The replenishing device releases the solid agent from the package so as to directly replenish the solid agents to the processing tank.

Automatic processing machine for silver halide photographic

An apparatus for processing a light-sensitive silver halide photographic material and which has a solid agent replenisher, is provided with a water producing device to recover water from the air or from used processing solution. The apparatus also is provided with a water replenisher which delivers recovered water to a processing tank to replenish the water in the processing solution contained therein.

Apparatus for processing a light-sensitive silver halide photographic

In an apparatus for processing a light-sensitive silver halide photographic material, there is provided a solid agent replenishing device to store a package in which a solid agent is packed in a moistureproofing manner. The replenishing device releases the solid agent from the package so as directly replenish the solid agents to the processing tank.

An apparatus for processing a silver halide photographic material in a processing vessel containing a processing solution in which a solid agent is fed into the vessel to keep the property of the processing solution within a predetermined level. A feeding device to feed the solid agent from a storage container to the processing vessel includes a feeding port through which the solid agent is fed into the processing vessel and a open-close mechanism to open or close the feeding port

Automatic processor for silver halide light-sensitive photographic

An automatic processing apparatus has mounts for exposed photosensitive material and a web. A take-up spool take up the exposed photosensitive material and the web so that they are placed in the contact with each other. A housing contains the mounts, the take-up spool, and a drive for the take-up spool. A lid pivots about a joint member connected to the housing to keep the housing light-proof when the lid is closed. A device for depressing a processing chemicals container interlocks with the lid. A coating device between the mount for the web and the take-up spool coats the processing chemicals on the web. A switching member detects the closing of the lid and commences the take-up operation for the exposed photosensitive material and web.

Photosensitive material processing apparatus

A film mounting device wherein a mounting frame constituted by a pair of foldable main and auxiliary plates is transferred from a stocking position to a mounting position by a cam means, a developed film is fed so as to be set in place one frame at a time in the mounting frame by a detecting means, one frame thus of the film fed out is cut, the film is fitted into the main plate of the mounting frame and the auxiliary plate of the mounting frame is folded on the main plate by means of a folding rod which is driven by a cam, and finally the auxiliary plate is pressed on the main plate intimately by using rollers.

Film mounting device

An automatic developing machine for photosensitive material wherein an exposed photosensitive material and a guide web received a processing agent are wound on a winding shaft in a superposed state, and the guide web and the photosensitive material are rewound when a predetermined time period elapses after a completion of winding of the photosensitive material and the guide web in a dark box.

Automatic developing machine

Disclosed is an apparatus adapted to be used in a single lens reflex camera for detecting whether a correct focal adjustment has been made. The apparatus includes a pair of focal point detecting optical systems placed relative to each other on symmetrical positions with respect to an extending optical axis which is turned by an optical reflecting means, at the rear of a semitransparent movable mirror. A position where an image of an object on a main optical axis of the object lens, is focused by said object lens when an observing point of the object is placed in a position with an infinity distance, is determined as a basic point. The optical axes of said pair of focal point detecting optical systems cross with each other at said basic point. A photo-electric detecting plate is arranged in the vicinity of a film surface. A position on said detecting plate where an image of the object on said basic point is projected by said focal point detecting optical systems is determined as a cardinal point. A correct focusing is detected electrically when the observing point of the object is projected onto said cardinal point.

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Hino, Japan

Kaneo Saito