Image scanning apparatus including means for selecting one of a plurality of scanning drums to be scanned

Claim 2

A drum scanning type image scanning apparatus, comprising: scanning drum holding means for detachably holding a plurality of scanning drums, each of said scanning drums containing one or more originals to be scanned thereon; scanning drum selecting means for moving a selected one of said plurality of scanning drums to a scanning position; main scanning direction rotation means for rotating said selected scanning drum in a main scanning direction; original reading means located at said scanning position for reading an original located on said selected scanning drum; setup data storing means operatively connected to said scanning drum selecting means, said main scanning direction rotation means and to said original reading means for storing setup data relating to each of said originals arranged on said plurality of scanning drums; and control means for controlling said scanning drum selecting means, said main scanning direction rotation means and said original reading means such that a desired said scanning drum is selected based on said setup data to read a desired said original.

Claim 3

An image scanning apparatus according to claim 1, wherein said main scanning direction rotation means is provided at said scanning position and said scanning drum selecting means comprises scanning drum moving means for bringing said selected scanning drum to said main scanning direction rotation means at said scanning position.

Claim 4

An image scanning apparatus according to claim 2, wherein said scanning drum moving means comprises means for moving said scanning drum holding means.

Claim 5

An image scanning apparatus according to claim 3, wherein: said scanning drum holding means includes a disk shaped holder which is rotatable about an axis and said plurality of scanning drums are located at spaced locations along a circumference which is coaxial with said axis; said means for moving scanning drum holding means comprises means for rotating said holder around said axis; and said scanning position is a prescribed position on said circumference.

Claim 6

An image scanning apparatus according to claim 4, wherein: (A) said scanning drum holding means comprises: (1) a plurality of mate means for mounting respective scanning drums to said disk shaped holder; and (2) a plurality of rotary axles, each of said rotary axles for permitting said mate means to be rotated about a respective axis; and (B) said main scanning direction rotation means comprises means for transmitting rotary power to that said rotary axle associated with said scanning drum located at said scanning position.

Claim 7

An image scanning apparatus according to claim 5, wherein said main scanning direction rotation means comprises a selective coupling means for selectively transmitting the rotary power to said rotary axle associated with said scanning drum located at said scanning position.

Claim 8

An image scanning apparatus according to claim 4, wherein said disk shaped scanning drum holding means includes rotary driving means for rotating said holder.

Claim 9

An image scanning apparatus according to claim 7, wherein said rotary driving means comprises means for detecting the rotary position of said disk shaped holder.

Claim 10

An image scanning apparatus according to claim 8, which further comprises means for positioning said disk shaped holder in response to the detection output of said detection means.

Claim 11

An image scanning apparatus according to claim 8, wherein said means for detecting said position comprises a rotary encoder, and wherein said apparatus further comprising means for positioning said disk shaped holder in response to the detection output of said rotary encoder.

Claim 12

An image scanning apparatus according to claim 6, wherein said main scanning direction rotation means comprises means for detecting the position of that said rotary axle associated with that said scanning drum located at said scanning position.

Claim 13

An image scanning apparatus according to claim 11, which further comprises means for positioning said rotary axle associated with that said scanning drum located at said scanning position in response to the detection output of said detection means.

Claim 14

An image scanning apparatus according to claim 11, wherein said means for detecting said position comprises a rotary encoder, and wherein said apparatus further comprising means for positioning said rotary axle associated with that said scanning drum located at said scanning position in response to the detection output of said rotary encoder.

Claim 15

An image scanning apparatus according to claim 5, wherein each of said mate means comprises a respective screw.

Claim 16

An image scanning apparatus according to claim 3, wherein: said scanning drum holding means comprises a holder for holding said plurality of scanning drums along a straight line; said means for moving said scanning drum holding means comprises means for moving said holder back and forth so as to move said scanning drums back and forth along said straight line; and said scanning position is located at a prescribed position on said straight line.

Claim 17

An image scanning apparatus according to claim 15, wherein: (A) said scanning drum holding means comprises: (1) a plurality of mate means each for mounting a respective said scanning drum; and (2) a plurality of rotary axles, each said axle for permitting an associated said mate means to be rotated about a respective axis; and (B) said main scanning direction rotation means comprises means for transmitting rotary power to that said rotary axle associated with said scanning drum located at said scanning position.

Claim 18

An image scanning apparatus according to claim 16, wherein said main scanning direction rotation means comprises a selective coupling means for selectively transmitting rotary power to said rotary axle associated with said scanning drum located at said scanning position.

Claim 19

An image scanning apparatus according to claim 15, wherein said means for moving said scanning drum holding means back and forth comprises means for detecting the position of said scanning drum holding means along said straight lines.

Claim 20

An image scanning apparatus according to claim 18, which further comprises means for positioning said scanning drum holding means in response to the detection output of said detection means.

Claim 21

An image scanning apparatus according to claim 18, wherein said position means comprises a linear encoder, and said apparatus further comprises means for positioning said scanning drum holding means in response to the detection output of said linear encoder.

Claim 22

An image scanning apparatus according to claim 15 wherein said means for moving said scanning drum holding means back and forth comprises a reciprocating driving source.

Claim 23

An image scanning apparatus according to claim 17, wherein said main scanning direction rotation means comprises means for detecting the rotary position of said rotary axle associated with said scanning drum located at said scanning position.

Claim 24

An image scanning apparatus according to claim 22, which further comprises means for positioning said rotary axle associated with said scanning drum located at said scanning position in response to the detection output of said detection means.

Claim 25

An image scanning apparatus according to claim 22, wherein said position detecting means comprises a rotary encoder, and said apparatus further comprises means for positioning said rotary axle associated with said scanning drum located at said scanning position in response to the detected output of said rotary encoder.

Claim 26

An image scanning apparatus according to claim 16 wherein each said mate means comprises a respective screw.

Claim 27

An image scanning apparatus according to claim 3 wherein: said scanning drum holding means comprises means for holding said plurality of scanning drums and permitting them to be moved along an endless path; and said scanning drum moving means comprises moving means for moving said scanning drum holding means to cause said selected scanning drum to be moved to said scanning position.

Claim 28

An image scanning apparatus according to claim 26, wherein said means for holding comprises a plurality of support means, each said support means for holding a respective said scanning drum, each of said support means being moveable along said endless path.

Claim 29

An image scanning apparatus according to claim 27, wherein each of said support means rotatably supports a respective said scanning drum.

Claim 30

An image scanning apparatus according to claim 28, wherein said scanning drum holding means comprises an endless trench, and each of said support means has a convex portion movably received in said endless trench.

Claim 31

An image scanning apparatus according to claim 29, wherein: each of said support means comprises a respective mate means for mounting a respective said scanning drum and a rotary axle for rotatably mounting its respective said mate means; and said main scanning direction rotation means comprises means for transmitting rotary power to that said rotary axle whose respective scanning drum is located at said scanning position.

Claim 32

An image scanning apparatus according to claim 30, wherein said main scanning direction rotation means comprises a selective coupling means for selectively transmitting rotary power to that said rotary axle whose respective scanning drum is located at said scanning position.

Claim 33

An image scanning apparatus according to claim 31, wherein said main scanning direction rotation means comprises means for detecting the rotational position of said rotary axle whose respective scanning drum is located at said scanning position.

Claim 34

An image scanning apparatus according to claim 32, which further comprises means for positioning said rotary axle whose respective scanning drum is located at said scanning position in response to the detection output of said detection means.

Claim 35

An image scanning apparatus according to claim 32, wherein said position detecting means comprises a rotary encoder, and wherein said apparatus further comprising means for positioning said rotary axle whose respective scanning drum is located at said scanning position in response to the detection output of said rotary encoder.

Claim 36

An image scanning apparatus according to claim 30, wherein each said mate means comprises a respective screw.

Claim 37

An image scanning apparatus according to claim 29, wherein said endless trench has a corner portion and said corner portion is said scanning position.

Claim 38

An image scanning apparatus according to claim 36, wherein: said endless trench comprising a first portion extending from an upper position to said scanning position and a second portion extending from said scanning position to another position; and said scanning drum moving means comprises means for moving said scanning drums in order around said trench whereby succeeding scanning drums are brought to said scanning position.

Claim 39

An image scanning apparatus according to claim 36, which further comprises means for anchoring that said support means located at said corner portion of the trench, whereby said scanning drum is kept stable at said scanning position to be rotated by said main scanning direction rotation means.

Claim 40

An image scanning apparatus according to claim 2, wherein: said scanning drum holding means is provided at a position remote from said scanning position; and said scanning drum moving means comprises scanning drum carrying means for carrying said selected scanning drum from said scanning drum holding means provided at said remote position to said main scanning direction rotation means provided at said scanning position.

Claim 41

An image scanning apparatus according to claim 39, wherein: said scanning drum holding means comprises means for holding said scanning drums in a predetermined arrangement; and said scanning drum carrying means comprises means for carrying said selected scanning drum from said scanning drum holding means to said scanning position.

Claim 42

An image scanning apparatus according to claim 40, wherein said scanning drum carrying means comprises means controllably moved between said remote position and said scanning position for gripping and releasing said selected scanning drum and moving it between said remote position and scanning positions.

Claim 43

An image scanning apparatus according to claim 39, wherein said main scanning direction rotation means comprises: mate means for mounting said selected scanning drum at said scanning position; a rotary axle for rotatably supporting said mate means; and rotary power transmitting means for rotating said rotary axle.

Claim 44

An image scanning apparatus according to claim 42, wherein said main scanning direction rotation means further comprises means for detecting the rotary position of said rotary axle.

Claim 45

An image scanning apparatus according to claim 43, which further comprises means for positioning said rotary axle in response to the detected output of said detection means.

Claim 46

An image scanning apparatus according to claim 43, wherein said position detecting means comprises a rotary encoder, and wherein said apparatus further comprises means for positioning said rotary axle in response to the detected output of said rotary encoder.

Claim 47

An image scanning apparatus according to claim 42, wherein said mate means comprises a screw.

Claim 48

An image scanning apparatus according to claim 2, wherein said original reading means comprises a reading head for reading that said original located at said scanning position.

Claim 49

An image scanning apparatus according to claim 47, wherein said original reading means comprises scanning drum reading means movable back and forth along the direction of an axis of said scanning drum located at said scanning position.

Claim 50

In a drum scanning type image scanning apparatus comprising scanning drum holding means for detachably holding a plurality of scanning drums; scanning drum selecting means for selecting an arbitrary one of said plurality of scanning drums for a scanning operation; main scanning direction rotation means for rotating said selected scanning drum in the main scanning direction; original reading means for reading each original on said selected scanning drum, and setup data storing means operatively connected to said scanning drum selecting means, said main scanning direction rotation means and to said original reading means for storing setup data concerning originals arranged on said plurality of scanning drums; a method for controlling the drum scanning type image scanning apparatus comprising the steps of: holding said plurality of scanning drums at said scanning drum holding means; selecting one of said plurality of scanning drums by said scanning drum selecting means; rotating said selected scanning drum in the main scanning direction by said main scanning direction rotation means; and reading said selected scanning drum by said reading means based on said setup data.

Claim 51

In a drum scanning type image scanning apparatus comprising scanning drum holding means for detachably holding a plurality of scanning drums; scanning drum selecting means for selecting an arbitrary one of said plurality of scanning drums for a scanning operation; main scanning direction rotation means for rotating said selected scanning drum in the main scanning direction; original reading means for reading each original on said selected scanning drum, and setup data storing means operatively connected to said scanning drum selecting means, said main scanning direction rotation means and to said original reading means for storing setup data concerning originals arranged on said plurality of scanning drums; a method for controlling the drum scanning type image scanning apparatus comprising the steps of: holding said plurality of scanning drums at said scanning drum holding means; selecting one of said plurality of scanning drums by said scanning drum selecting means; rotating said selected scanning drum in the main scanning direction by said main scanning direction rotation means; and reading said selected scanning drum by said reading means based on said setup data.

Claim 52

Method for controlling an image scanning apparatus according to claim 49, wherein: said main scanning direction rotation means is provided at a scanning position; said scanning drum selecting means comprises scanning drum moving means for bringing said selected scanning drum to said main scanning direction rotation means at said scanning position; said scanning drum moving means comprises means for moving said scanning drum holding means; said scanning drum holding means has a disk form for holding said plurality of scanning drums along a single circumference and comprises a disk shaped holder rotatable around a central axle; said means for moving said scanning drum holding means comprises means for rotating said disk form scanning drum holding means around said central axle; and said main scanning direction rotation means is provided at a prescribed position along said circumference; and wherein: said step of holding said plurality of scanning drums in the scanning drum holding means comprises the step of holding said plurality of scanning drums in said holder; said step of selecting one of said plurality of scanning drums comprises a step of rotating said holder; and said method further comprising the step of selecting the next scanning drum by rotating said holder after said reading step.

Claim 53

Method for controlling an image scanning apparatus according to claim 49, wherein said main scanning direction rotation means is provided at a scanning position; said scanning drum selecting means comprises scanning drum moving means for bringing said selected scanning drum to said main scanning direction rotation means at said scanning position; said scanning drum moving means comprises means for moving said scanning drum holding means; said scanning drum holding means comprises a rectangular shaped holder for holding said plurality of scanning drums in a line; said means for moving said scanning drum holding means comprises means for moving said rectangular holder in the left and right direction; said main scanning direction rotation means exists at a prescribed position on said line; and wherein: said step of holding said plurality of scanning drums in said scanning drum holding means comprises the step of holding said scanning drum on said rectangular holder; said step of selecting one of said plurality of scanning drums for a scanning operation comprises the step of selecting said one of said plurality of scanning drums by moving said rectangular holder in the left and right direction; and wherein said method further comprising the step of selecting the next scanning drum to be scanned by moving said rectangular holder in the left and right direction after said reading step.

Claim 54

Method for controlling an image scanning apparatus according to claim 49, wherein said main scanning direction rotation means is provided at a scanning position; said scanning drum selecting means comprises scanning drum moving means for bringing said selected scanning drum to said main scanning direction rotation means at said scanning position; said scanning drum moving means comprises means for moving said scanning drum holding means; said scanning drum holding means comprises an endless holding means for holding said plurality of scanning and drums enabling said scanning drums to be moved along an endless path; said scanning drum moving means comprises means for moving said selected scanning drum to said scanning position; said main scanning direction rotation means exist at said scanning position, and wherein: said step of holding said plurality of scanning drums in said scanning drum holding means comprises the step of holding said scanning drums in said endless holding means; said step of selecting one of said scanning drums for a scanning operation is carried out by said moving means; and wherein said method further comprising the step of selecting the next scanning drum by enabling said moving means after said reading step.

Claim 55

Method for controlling an image scanning apparatus according to claim 49, wherein: said main scanning direction rotation means is provided at a scanning position; said scanning drum selecting means comprises scanning drum moving means for bringing said selected scanning drum to said main scanning direction rotation means at said scanning position; said scanning drum holding means is provided at a second position; said scanning drum moving means comprises scanning drum carrying means for carrying said selected scanning drum from said scanning drum holding means provided at said second position to said main scanning direction rotation means provided at said scanning position; and wherein: said step of holding said plurality of scanning drums in said scanning drum holding means comprises the step of holding said plurality of scanning drums in said scanning drum holding means provided at said second position; said step of selecting one of said scanning drums for a scanning operation is carried out by said scanning drum carrying means; and said method further comprising the step of selecting the next scanning drum to be scanned by enabling said scanning drum carrying means after said reading step.