Conveyor rack for conveying sensitized material, and a method of operating the conveyor rack

Claim 3

A method of operating a conveyor rack as in claim 1, wherein said driving step includes driving said width guides at specified time intervals.

Claim 4

A method of operating a conveyor rack as in claim 1, further comprising the step of heating said treatment liquid.

Claim 5

A method of operating a conveyor rack as in claim 1, wherein said driving step is conducted after a stop signal for terminating the operation of said automatic developing apparatus has been generated.

Claim 6

A method of operating a conveyor rack as in claim 1, wherein said driving step includes driving said width guides for the entire distance of a previously specified position adjusting range, and then returning said width guides to the original position thereof.

Claim 7

A method of operating a conveyor rack as in claim 1, wherein said driving step includes driving said width guides from a position corresponding to a minimum width of said photosensitive material to be conveyed to a position corresponding to a maximum width thereof.

Claim 8

A method of operating a conveyor rack as in claim 6, wherein said driving step includes driving said width guides, whose home position is made to be said position corresponding to a maximum width, to said position corresponding to a minimum width at the end of each said specified interval and thereafter returning said width guides to said home position.

Claim 9

A method of operating a conveyor rack as in claim 1, further comprising the step of detecting the position of said width guides using limit switches.

Claim 10

A method of operating a conveyer rack as in claim 1, further comprising the step of sounding an alarm if said width guides move out of said position adjusting range.

Claim 11

A method of operating a conveyer rack as in claim 1, wherein said driving step includes driving said width guides a plurality of times at said specified interval.

Claim 12

A method of operating a conveyer rack as in claim 1, wherein said driving step includes driving said width guides every time a specified length of photosensitive material has been treated.

Claim 13

A method of operating a conveyer rack as in claim 1, wherein said driving step includes driving said width guides every time a specified area of photosensitive material has been treated.

Claim 14

A method of operating a conveyer rack as in claim 1, wherein said driving step includes driving said width guides beyond said position adjusting range at said specified interval.

Claim 15

A conveyor rack which guides and conveys photosensitive material within a treatment tank, comprising; a rack body, part of which is immersed in said treatment tank; holding rollers supported by said rack body, for holding and conveying said sensitized material through a treatment liquid; a roller drive shaft having one end connectd to said holding roller and the other end extending out of said treatment liquid to serve as a drive-source connecting part; a manual roller-turning handle mounted on said rack body and connected to said one end of said roller drive shaft extending out of said treatment liquid; width guides, supported by said rack body, for guiding the widthwise edges of said photosensitive material through said treatment liquid, and whose positions are adjustable according to the width of said photosensitive material; a width guide drive shaft having one end connected to said width guides and the other end extending above the level of said treatment liquid; and a manual width guide adjusting handle connected to said one end of said width guide drive shaft extending above the level of said treatment liquid.

Claim 16

A conveyor rack which guides and conveys photosensitive material within a treatment tank, comprising; a rack body, part of which is immersed in said treatment tank; holding rollers supported by said rack body, for holding and conveying said sensitized material through a treatment liquid; a roller drive shaft having one end connectd to said holding roller and the other end extending out of said treatment liquid to serve as a drive-source connecting part; a manual roller-turning handle mounted on said rack body and connected to said one end of said roller drive shaft extending out of said treatment liquid; width guides, supported by said rack body, for guiding the widthwise edges of said photosensitive material through said treatment liquid, and whose positions are adjustable according to the width of said photosensitive material; a width guide drive shaft having one end connected to said width guides and the other end extending above the level of said treatment liquid; and a manual width guide adjusting handle connected to said one end of said width guide drive shaft extending above the level of said treatment liquid.

Claim 17

A conveyor rack for conveying photosensitive material as in claim 14, wherein portions at one end of said roller drive shaft and of said width guide shaft vertically penetrate and extend beyond the surface of said treatment liquid.

Claim 18

A conveyor rack for conveying photosensitive material as in claim 14, wherein said width guides are arranged such that width guide bodies corresponding to respective widthwise edges of said photosensitive material are driven by a combination of screws and nuts in a widthwise direction, that is, transversely across said photosensitive material and at a night angle to the direction of conveyance thereof.

Claim 19

A conveyor rack for conveying a photosensitive material as in claim 15, wherein said roller drive shaft and said width guide shaft stand upright and extend above the surface of said treatment liquid and said handles are connected to the respective upper ends of said roller drive shaft and said width guide shaft.

Claim 20

A conveyor rack for conveying a photosensitive material as in claim 17, wherein the upper ends of said roller drive shaft and said width guide shaft extending above the surface of said treatment liquid receive a driving force from a drive source.

Claim 21

A conveyor rack for conveying photosensitive material as in claim 18, wherein the upper portions of said two shafts extending above the surface of the treatment liquid receive a driving force through a combination of helical gears from the drive source.

Claim 22

A conveyor rack for conveying a photosensitive material as in claim 14, wherein said roller drive shaft is connected to the drive source through connecting means for enabling interruption of the transmission of the drive force upon raising of the rack body.