Noritsu Koki Co., Ltd.

Amarante Technologies, Inc.

Togo Kinoshita

Yoshihiko Nakashima

Sang Hun Lee

Masaaki Tsuji

Jay Joongsoo Kim

Masanori Inoshita

Hiroaki Wada

Ryosuke Matsumoto

Ryousuke Matumoto

Masaaki Tamura

Portable microwave plasma systems including supply lines for providing microwaves and gas flow are disclosed. The supply line includes at least one gas line or conduit and a microwave coaxial cable. A portable microwave plasma system includes a microwave source, a waveguide-to-coax adapter and a waveguide that interconnects the microwave source with the waveguide-to-coax adapter, a portable discharge unit and the supply line. The portable discharge unit includes a gas flow tube coupled to the supply line to receive gas flow and a rod-shaped conductor that is axially disposed in the gas flow tube and has an end configured to receive microwaves from the microwave coaxial cable and a tapered tip positioned adjacent the outlet portion of the gas flow tube. The tapered tip is configured to focus microwave traveling through the rod-shaped conductor and generate plasma from the gas flow.

Portable microwave plasma systems including a supply line for gas and microwaves

When images in the order of photographing are printed on papers being conveyed in parallel, the images are allotted to each paper such that the order of an image to be printed in a predetermined order from the leading end of the paper closer to a tray is one smaller than that of the other paper, and the order of images to be printed on each paper gradually increase by twos toward the tail end of each paper. The papers cut with a cutting unit after each image is printed are conveyed with a conveyor belt and piled on the tray in the order of photographing.

Image recording apparatus

A developing apparatus includes a developing tank (2) for developing photosensitive material, an auxiliary tank (3) communicated with the developing tank, a replenishing container (70) communicated with the auxiliary tank and holding therein processing liquid, a replenishing pump (91-94) for feeding the processing liquid from the replenishing container to the auxiliary tank, a replenishing pump operation instructing unit (100B) for activating the replenishing pump in accordance with a condition of the processing tank. The apparatus further includes a detector (91a-94a) for detecting a work amount of the replenishing pump, a determining unit (100B) for determining whether a cumulative value of detected work amount has reached a preset reference work amount or not and a notifying unit for notifying arrival of the cumulative value at the reference work amount in response to the determining unit.

Developing apparatus

A water replenishing device is disclosed which makes it possible to supply the necessary volume of water in response to a decrease in the processing solution in the processing tank due to evaporation. A water supply guide member is attached to an upper part of a processing solution tank. A discharge opening is formed at one end of the water supply guide member. Water supplied from a water replenishing pipe is fed to the water supply guide member and then it is supplied into the processing solution tank. When the processing solution level in the processing solution tank reaches an overflow opening, the excess water supplied to the water supply guide member is discharged outside the processing solution tank through the discharge opening.

Method of water replenishment for an automatic developing apparatus and

An automatic developing machine for developing photosensitive material while feeding the photosensitive material through a feed path through which developing solution is circulated. The feed path has a narrow, slit-shaped section. The feed path is defined between a pair of opposed wall members, one of which can be disassembled from the other. The members planted with fiber are detachably fitted on guide surfaces of the wall members which face an emulsion surface of the photosensitive material.

Automatic developing machine

A float sensor system for a replenishing tank 70 including an injection nozzle 80 attachable to a liquid feeding nozzle 60 of a replenishing device 70 for replenishing processing liquid to a development processing tank unit. This system includes a float 82 provided to the injection nozzle 80 of a replenishing tank 71-74 and movable between a first position and a second position, and a float detecting sensor 64 mounted to the liquid feeding nozzle 60. When an amount of liquid in the replenishing tank attached to the liquid feeding nozzle 60 exceeds a predetermined value, the float 82 is moved to the first position. When the liquid amount is lower than the predetermined level, the float 82 is moved to the second position. Also, the float detecting sensor 64 outputs a float detection signal when the float 82 is located at this second position.

Developing apparatus having float sensor system for replenishing tank

A processing liquid cartridge storage apparatus in an automatic development processing system for automatically developing photosensitive materials includes a processing liquid cartridge(s) filled with at least two or more separately stored, different processing liquids and detachably loaded onto a cartridge bed plate installed in the automatic development processing system. The processing liquid cartridge is equipped with outlet nozzles extending from its processing liquid chambers an arranged to fit into corresponding apertures provided in the cartridge bed plate. A slide plate is slidably mounted beneath the cartridge bed plate and has at least two connected hole pairs provided therein at equal intervals.

Processing liquid storage apparatus in automatic developer system, and

In a nip roller apparatus, a drive roller and an idler roller are arranged for conveying an object. The rollers include shafts having toothed wheels mounted thereon for transmitting rotation of the drive roller to the idler roller. A pressing device is provided for biasing the idler roller against the drive roller. The idler roller is mounted in a bearing support which includes guide slots for permitting sliding movement of the idler roller relative to the drive roller. The guide slots are positioned at an angle relative to a line which extends through the centers of the shafts and includes a point of contact between the toothed drive wheel and the toothed idler wheel.

Nip roller installation

A photographic processing apparatus including a processing tank unit formed with a small volume for holding a processing solution for processing a continuous web of photographic material is disclosed. The apparatus includes a first circulation system having a circulation pump for circulating the processing solution through the tank unit and a second circulation system for mixing a replenisher, supplied through a replenisher supply system, with the processing solution and circulating the mixture through the first circulation system and the tank unit.

Growing community of inventors

Wakayama, Japan

Togo Kinoshita