Apparatus for transporting and processing photographic materials or the like

Claim 2

Apparatus for ejecting a small-diameter cylindrical object from a larger-diameter, substantially semicylindrical, horizontal open-topped trough having a horizontal lip, the axis of the object being approximately parallel to the lip, comprising: toothed belt means for pressing the object against an inner surface of the trough and rotating the object about its axis and means which constrain the object to roll, without slipping along the inner surface of the trough.

Claim 3

The apparatus of claim 1 wherein the means for pressing further function to eject the object over the lip.

Claim 4

The apparatus of claim 1 wherein the means which constrain the object comprise one or more racks disposed on the inner surface of the trough and a like number of sets of teeth extending circumferentially around the periphery of the object for mating with the racks.

Claim 5

The apparatus of claim 1 further comprising means which constrain the object so that its axis is substantially parallel to the lip of the trough.

Claim 6

The apparatus of claim 4 wherein the means which constrain the object so that its axis is substantially parallel to the lip of the trough, comprise at least two parallel racks disposed on the inner surface of the trough, perpendicular to the lip, and a like number of sets of teeth extending circumferentially around the periphery of the object for mating with the racks.

Claim 8

Apparatus for transporting a substantially cylindrical film carrier through and out of a horizontal open-topped trough, said trough having an inner surface which includes a vertical portion which is topped by a horizontal lip, comprising means which engage the periphery of the carrier with an inner surface of the trough to constrain the carrier to roll, without slipping, along the inner surface; means which press the carrier against the inner surface of the trough and urge the carrier over the lip; and means which engage the periphery of the carrier at a point which is substantially diametrically opposite its point of engagement with the surface of the trough and which rotate the carrier about its axis, whereby the carrier is transported along the inner surface of the trough.

Claim 9

Apparatus for transporting a substantially cylindrical film carrier through and out of a horizontal open-topped trough, said trough having an inner surface which includes a vertical portion which is topped by a horizontal lip, comprising means which engage the periphery of the carrier with an inner surface of the trough to constrain the carrier to roll, without slipping, along the inner surface; means which press the carrier against the inner surface of the trough and urge the carrier over the lip; and means which engage the periphery of the carrier at a point which is substantially diametrically opposite its point of engagement with the surface of the trough and which rotate the carrier about its axis, whereby the carrier is transported along the inner surface of the trough.

Claim 10

The apparatus of claim 7 wherein the means which engage the carrier comprise a toothed belt.

Claim 11

The apparatus of claim 8 wherein the means which press the carrier comprise means for tensioning the belt.

Claim 12

A carrier for a photographic processor comprising: a plurality of parallel wheels of equal diameter disposed along a common axis and support and retaining means disposed between the wheels for supporting and retaining the outside edges of a plurality of substantially parallel, spaced-apart sheets of photographic material to maintain said sheets perpendicular to the axis and within the outline of a cylinder which is defined by the outer peripheries of the wheels.

Claim 13

A carrier for a photographic processor comprising: a plurality of parallel wheels of equal diameter disposed along a common axis and support and retaining means disposed between the wheels for supporting and retaining the outside edges of a plurality of substantially parallel, spaced-apart sheets of photographic material to maintain said sheets perpendicular to the axis and within the outline of a cylinder which is defined by the outer peripheries of the wheels.

Claim 14

The carrier of claim 10 wherein the outer periphery of one or more of the wheels are toothed for engagement with racks and/or with a toothed belt.

Claim 15

The carrier of claim 10 or 11 wherein the wheels comprise a pair of end wheels which are disposed at opposite ends of the carrier and a central wheel which is disposed midway therebetween.

Claim 16

The carrier of claim 12 wherein the end wheels are toothed for engagement with racks and the central wheel is toothed for engagement with a toothed belt.

Claim 17

The carrier of claim 12 wherein the support and retaining means comprise a pair of parallel flat frames, which are symetrically disposed with respect to the axis and which define a plurality of oppositely disposed grooves for retaining the edges of the sheets.

Claim 18

Photographic processing apparatus comprising: a horizontal open-topped cylindrical trough which comprise an inner surface which includes a lower portion having an upwardly concave, substantially semicircular cross-section, a first horizontal lip, and a second horizonal lip; a cylindrical carrier comprising a plurality of parallel wheels of equal diameter disposed along an axis and support and retaining means disposed between the wheels for supporting and retaining a plurality of substantially parallel, spaced-apart sheets of photographic material perpendicular to the axis and within the outline of a cylinder which is defined by the perpheries of the wheels; and means for pressing the carrier against the inner surface and for rotating the carrier around its axis to roll the carrier along the inner surface and over the second lip.

Claim 19

Photographic processing apparatus comprising: a horizontal open-topped cylindrical trough which comprise an inner surface which includes a lower portion having an upwardly concave, substantially semicircular cross-section, a first horizontal lip, and a second horizonal lip; a cylindrical carrier comprising a plurality of parallel wheels of equal diameter disposed along an axis and support and retaining means disposed between the wheels for supporting and retaining a plurality of substantially parallel, spaced-apart sheets of photographic material perpendicular to the axis and within the outline of a cylinder which is defined by the perpheries of the wheels; and means for pressing the carrier against the inner surface and for rotating the carrier around its axis to roll the carrier along the inner surface and over the second lip.

Claim 20

The apparatus of claim 15 further comprising means which constrain the carrier to roll, without slipping, along the inner surface.

Claim 21

The apparatus of claim 15 further comprising means which maintain the carrier axis in a horizontal orientation.

Claim 22

The apparatus of claim 16 or 17 wherein the means which constrain comprise teeth on the outer periphery of one or more of the wheels and one or more racks disposed on the inner surface of the trough and adapted for engagement with the teeth.

Claim 23

The apparatus of claim 18 wherein the means for pressing the carrier against the inner surface comprises a belt and means which maintain tension in the belt.

Claim 24

The apparatus of claim 19 wherein the belt comprises teeth and the carrier comprises a central toothed wheel adapted for engagement with the teeth of the belt.

Claim 25

Means for transporting a cylindrical carrier through a horizontal open-topped trough which comprises an inner surface including an upwardly concave lower portion having a substantially semicircular cross section, a first horizontal lip, and a second, opposite, horizontal lip; comprising: a sheave suspended within the trough for rotation about a horizontal sheave axis which is co-axial with the axis of the lower portion of the trough; an arm, having a first end which is pivotably affixed within the trough to allow rotation of the arm about a horizontal pivot axis which is diposed below the level of the second lip, and a second end which extends from the pivot axis toward a point above the second lip; a roller diposed at the second end of the arm for rotation in the plane of the sheave; a belt, having outwardly directed teeth, which passes over the sheave and the roller, the belt comprising a lower span which extends from the sheave to the roller and an upper span which extends from the roller and away from the second lip, the angle between the lower span and the arm being, at all times, greater than the angle between the upper span and the arm; means for maintaining tension in the belt, whereby the roller is urged toward the second lip; and means for moving the belt over the sheave and roller so that the lower span translates upwardly.

Claim 26

Means for transporting a cylindrical carrier through a horizontal open-topped trough which comprises an inner surface including an upwardly concave lower portion having a substantially semicircular cross section, a first horizontal lip, and a second, opposite, horizontal lip; comprising: a sheave suspended within the trough for rotation about a horizontal sheave axis which is co-axial with the axis of the lower portion of the trough; an arm, having a first end which is pivotably affixed within the trough to allow rotation of the arm about a horizontal pivot axis which is diposed below the level of the second lip, and a second end which extends from the pivot axis toward a point above the second lip; a roller diposed at the second end of the arm for rotation in the plane of the sheave; a belt, having outwardly directed teeth, which passes over the sheave and the roller, the belt comprising a lower span which extends from the sheave to the roller and an upper span which extends from the roller and away from the second lip, the angle between the lower span and the arm being, at all times, greater than the angle between the upper span and the arm; means for maintaining tension in the belt, whereby the roller is urged toward the second lip; and means for moving the belt over the sheave and roller so that the lower span translates upwardly.

Claim 27

The apparatus of claim 21 wherein the axis of the roller is not less than the radius of the film carrier above the height of the second lip.

Claim 28

The apparatus of claim 21 or 22 wherein the distance between the periphery of the sheave and the lower section of the trough is approximately equal to the diameter of the carrier.

Claim 29

The apparatus of claim 23 where the means for moving the belt is a sprocket disposed directly above the axis of the sheave for rotation about a sprocket axis which is above the level of the pivot axis.

Claim 30

The apparatus of claim 21 or 22 wherein the belt forms a closed loop.

Claim 31

The apparatus of claim 25 wherein the trough further comprises a front end plate and a back end plate, which plates extend perpendicular to the axis of the lower portion, and further comprising: a beam, which spans the top of the trough from the front end plate to the back end plate and a vertical fin, which extends from the beam into the trough and supports the sheave, the arm, and the sprocket.

Claim 32

An automatic photographic processor comprising: a plurality of open-topped horizontal troughs, each trough comprising an inner surface including a lower portion which has an upwardly concave, substantially semicircular cross section, a first horizontal top lip and a second, opposite horizontal top lip; said troughs being disposed side-by-side in a series with the first lip of each succeeding trough disposed adjacent the second lip of the preceeding trough in the series; means for depositing an open-sided cylindrical carrier which retains and supports a plurality of spaced-apart, substantially parallel sheets of photographic material within the cylinder and perpendicular to the cylinder axis, into a first trough in the series, adjacent its first lip with the axis of the carrier substantially horizontal; and means within each trough which rotate the carrier so that it rolls along the inner surface of that trough, towards the second lip thereof and which eject the carrier over the second lip of that trough, with the axis of the carrier horizontal, whereby the carrier falls into each succeeding tray in the series adjacent the first lip thereof and is eventually ejected over the second lip of a last trough in the series.

Claim 33

An automatic photographic processor comprising: a plurality of open-topped horizontal troughs, each trough comprising an inner surface including a lower portion which has an upwardly concave, substantially semicircular cross section, a first horizontal top lip and a second, opposite horizontal top lip; said troughs being disposed side-by-side in a series with the first lip of each succeeding trough disposed adjacent the second lip of the preceeding trough in the series; means for depositing an open-sided cylindrical carrier which retains and supports a plurality of spaced-apart, substantially parallel sheets of photographic material within the cylinder and perpendicular to the cylinder axis, into a first trough in the series, adjacent its first lip with the axis of the carrier substantially horizontal; and means within each trough which rotate the carrier so that it rolls along the inner surface of that trough, towards the second lip thereof and which eject the carrier over the second lip of that trough, with the axis of the carrier horizontal, whereby the carrier falls into each succeeding tray in the series adjacent the first lip thereof and is eventually ejected over the second lip of a last trough in the series.

Claim 34

The apparatus of claim 27 further comprising a drying chamber disposed adjacent the second lip of the last trough in the series and means for forcing air through the drying compartment.

Claim 35

The apparatus of claim 28 further comprising means for heating the air before it is forced through the drying chamber.

Claim 36

The apparatus of claim 27 further comprising a light-tight upper housing disposed above the chemical troughs and wherein the means for depositing the carrier in the first trough comprises a dumper tray, which can be loaded with a carrier from the upper housing and which pivots about a horizontal axis to deposit the carrier into the first trough.

Claim 37

The apparatus of claim 30 further comprising means for loading sheets of film into the carrier which means are contained within the upper housing.

Claim 38

The apparatus of claim 31 further comprising switch means for activating the means which rotate the carrier when the dumper tray is pivoted to deposit the carrier in the first trough and which continue, thereafter, to activate the means which rotate the carrier at least until the carrier is ejected over the second lip of the last trough.

Claim 39

The apparatus of claim 29 further comprising a light-tight lower housing which encloses the chemical troughs, wherein the means which rotate the carrier comprise an electric motor disposed within the lower housing, a plurality of socketed sprockets, one sprocket being associated with each trough, affixed within the lower housing, and a plurality of splinedshafts, one shaft being associated with each chemical trough, and which are adapted for engagement with sockets in the respective sprockets.

Claim 40

The apparatus of claim 27, 28 or 29 further comprising means for heating liquid in at least one of the troughs.

Claim 41

The apparatus of claim 27, 28, 29, 30, 31, 32, or 33, further comprising: a cylindrical carrier comprising a plurality of parallel wheels of equal diameter disposed along an axis and support and retaining means disposed between the wheels for supporting and retaining a plurality of substantially parallel, spaced-apart sheets of photographic material perpendicular to the axis and within the outline of a cylinder which is defined by the peripheries of the wheels; and wherein the means within each trough comprises means for pressing the carrier against the inner surface and for rotating the carrier around its axis to roll the carrier along the inner surface and over the second lip.

Claim 42

The apparatus of claim 35 further comprising means which constrain the carrier to roll, without slipping, along the inner surface.

Claim 43

The apparatus of claim 35 further comprising means which maintain the carrier axis in a horizontal orientation.

Claim 44

The apparatus of claim 27, 28, 29, 30, 31, or 32 wherein the means within each trough comprise: a sheave suspended within the trough for rotation about a horizontal sheave axis which is co-axial with the axis of the lower portion of the trough; an arm, having a first end which is pivotably affixed within the trough to allow rotation of the arm about a horizontal pivot axis which is disposed below the level of the second lip, and a second end which extends from the pivot axis towards a point above the second lip; a roller disposed at the second end of the arm for rotation in the plane of the sheave; a belt, having outwardly directed teeth, which passes over the sheave and the roller, the belt comprising a lower span which extends from the sheave to the roller and an upper span which extends from the roller and away from the second lip, the angle between the lower span and the arm being, at all times, greater than the angle between the upper span and the arm; means for maintaining tension in the belt, whereby the roller is urged toward the second lip; and means for moving the belt over the sheave and roller so that the lower span translates upwardly.

Claim 45

The apparatus of claim 38, wherein the axis of the roller is not less than the radius of the film carrier above the height of the second lip.

Claim 46

The apparatus of claim 38, wherein the distance between the periphery of the sheave and the lower section of the trough is approximately equal to the diameter of the carrier.