Eastman-Kodak Company

Leslie R Wells

Anthony Earle

Ralph L Piccinino, Jr

Jeffrey K Green

Zoe Orr

Peter J Twist

Henry H Adam

Daniel M Pagano

Nigel R Wildman

Gareth B Evans

Jennifer C Loveridge

Christopher John Winscom

Peter Hewitson

Joachim P Simon

Mark McLennan

A method and system of capturing a three dimensional image of an object or scene and using the information obtained to produce a physical representation of the object or scene. The physical representation may be dynamic, for moving objects, or permanent.

Three dimensional images

A dryer has a blower and means for dividing an airflow into two separate chambers. A drying channel is defined between the two chambers and material to be dried passes along the channel. The walls between the chambers and the channel are apertured to allow air to flow into the channel. The channel increases in cross-sectional area along the length thereof such that air flowing along the channel is subject to a pressure drop. The air thus flows substantially in one direction along the channel.

Photographic media dryer

A processor has a rotatable drum housed within an enclosure chamber. Processing solution is applied to the surface of the rotating drum and forms a film of solution around the periphery. The media to be processed is fed around the periphery of the rotating drum with its sensitized surface facing the drum.

Rotating processor

A processor for processing photosensitive material has a rotatable outer drum and an inner sprocket wheel which is independently rotatable from the outer drum. Two sets of sprocket teeth and, are provided on the sprocket wheel to engage with the material to be processed and to positively drive the material into and out of the processor.

Processor

An apparatus for processing photographic material has a chamber which is manufactured such that temperature uniformity is maintained across the chamber.

Processing photographic material

A photographic processing system has a first processing stage to process photographic material. A second processing stage is also provided to further process the photographic material. A storage device is provided between the first processing stage and the second processing stage to receive and store photographic material output from the first processing stage prior to output to the second processing stage. This enables the photographic material to be output from the first processing stage at a different rate than that at which it is input to the second processing stage. Accordingly, the first processing stage can be vacated for use by subsequent photographic material before processing in the second processing stage is complete.

Method and system for photographic processing

A method of processing a photographic material in which the material is loaded into a rotatable chamber and a metered amount of solution is introduced into the chamber. The chamber is rotated and the solution is continuously swept along the surface of the material, forming a wave through which the material passes to enable uniform processing.

Apparatus for processing photographic material comprises a succession of processing regions formed by inclined planes extending between sets of rollers. As the material is driven up the planes with its emulsion side down, wash solution flows down beneath it. The length of each plane can be different so that the material is washed for different times in each region, achieving chemical equilibrium in the final region before passing on to the drying stage.

Photographic processing apparatus comprises a combination of a surface processing stage and a replenishable tank processing stage. This allows advantage to be taken of the low quantities of processing solution that are characteristic of surface processing and the total immersion that is characteristic of tank processing.

Photographic material is processed in a sequence of stages by the application of solution to an upper surface thereof as the material is carried on endless belts beneath respective coated roller arrangements. Each roller arrangement is movably mounted in a slot so that the point along the stage at which the solution is applied to the photographic material can be varied, thereby to vary the time for which the material is subject to the processing treatment.

Photographic processing apparatus feeds photographic material downwards between successive pairs of drive rollers. Processing solution is directed into the nips of the rollers. A nozzle at each end of the roller pairs directs compressed air into the nips so as to prevent the solution overflowing at the ends of the rollers.

Apparatus for processing photographic material has a plurality of stages for carrying out different processing steps. At least one stage has a series of processing regions each defined by an inclined surface that extends between sets of rollers. The surfaces may be of different length to provide different residence times for the material. Processing solution flows down the surfaces whilst the photographic material is driven upwards in counter-current mode. All the stages may be uni-directionally inclined end-to-end, or they may be arranged in a U-shape so as to minimize cross-contamination between the stages.

A clip for attaching an end of a web to a drive belt. The clip comprises an elongate mount for receiving an end of the web, and an attachment section for securing the clip to the belt. The attachment section comprises two spaced pairs of claws for gripping the drive belt such that the drive belt and the web are substantially parallel and a flexible support connecting the two spaced pairs of claws providing flexibility in the direction of travel, such that, in use, the flexible support can deform to conform to the path of the drive belt as the drive belt passes through a processing apparatus. The resulting clip is easy to use, reliable during use and easily removed from the drive belt at the end of a processing operation.

Clip

A processing apparatus for processing photosensitive material combines thin channel technology with nozzles, and an inclined processing path. Processing solution can be introduced into the inclined processing path so as to cause the solution to flow along the inclined processing path in a direction which is opposite to a direction of travel of the photosensitive material in the inclined processing path. With the arrangement of the present invention, photosensitive material can be processed in the first processing path by way of the nozzle spray arrangement and can be subjected to further processing along the inclined processing path.

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Brentford, United Kingdom

Leslie R Wells