Contact-type image sensor assembly having supporting structure for maintaining predetermined distance between the lens and the original and the sensor

Claim 2

A contact-type image sensor assembly comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and supporting means for supporting said image sensor, said light source, and said optical lens, wherein said supporting means comprises: a first supporting member for supporting the surface of said original document at a predetermined distance from the light incidental side of said optical lens; a second supporting member disposed separately from said first supporting member for supporting the light emission side of said optical lens at a predetermined distance from the light receiving side of said image sensor; and a third supporting member for supporting said first and second supporting members at predetermined positions, wherein a predetermined space is formed between said light emission side of said optical lens and said light receiving side of said image sensor, and wherein said third supporting member supports said first and second supporting members so that their relative positions can be varied.

Claim 3

A contact-type image sensor assembly according to claim 1, wherein said third supporting member comprises a housing and an elastic member, said housing surrounding said second supporting member.

Claim 4

A contact-type image sensor assembly according to claim 1, wherein said third supporting member is a screw.

Claim 5

A contact-type image sensor assembly according to claim 1, wherein said image sensor includes an emitter-follower transistor circuit having a capacitor load.

Claim 6

A contact-type image sensor assembly according to claim 1, wherein said image sensor includes a photoelectrically converting layer made of amorphous silicon.

Claim 7

A contact-type image sensor assembly comprising: an image sensor a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and a supporting member, said supporting member comprising: a first supporting portion having a first reference surface which is in contact with the light incidental side of said optical lens; a second supporting portion having a second reference surface which is in contact with the light emission side of said optical lens; and a third supporting portion for supporting said first and second supporting portions so that the relative positions of said first and second supporting portions can be varied in accordance with the length of said optical lens.

Claim 8

A contact-type image sensor assembly comprising: an image sensor a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and a supporting member, said supporting member comprising: a first supporting portion having a first reference surface which is in contact with the light incidental side of said optical lens; a second supporting portion having a second reference surface which is in contact with the light emission side of said optical lens; and a third supporting portion for supporting said first and second supporting portions so that the relative positions of said first and second supporting portions can be varied in accordance with the length of said optical lens.

Claim 9

An image forming processing system comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and a supporting member, wherein said supporting member comprises: a first supporting portion having a first reference surface which is in contact with the light incidental side of said optical lens; a second supporting portion having a second reference surface which is in contact with the light emission said of said optical lens; and a third supporting portion for supporting said first and second supporting portions so that the relative positions of said first and second supporting portions can be varied in accordance with the length of said optical lens; an original document supporting means for supporting an original document having image information at a position at which said image sensor assembly reads image information; and recording means for recording image information read by said image sensor assembly.

Claim 10

An image forming processing system comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and a supporting member, wherein said supporting member comprises: a first supporting portion having a first reference surface which is in contact with the light incidental side of said optical lens; a second supporting portion having a second reference surface which is in contact with the light emission said of said optical lens; and a third supporting portion for supporting said first and second supporting portions so that the relative positions of said first and second supporting portions can be varied in accordance with the length of said optical lens; an original document supporting means for supporting an original document having image information at a position at which said image sensor assembly reads image information; and recording means for recording image information read by said image sensor assembly.

Claim 11

An image information processing system according to claim 7, wherein said recording means is a recording head for recording image information by discharging ink by utilizing heat energy.

Claim 12

An image information processing system comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and supporting means for supporting said image sensor, said light source, and said optical lens, wherein said supporting means comprises: a first supporting member for supporting the surface of said original document at a predetermined distance from the light incidental side of said optical lens; a second supporting member disposed separately from said first supporting member, for supporting the light emission side of said optical lens at a predetermined distance from the light receiving side of said image sensor; and a third supporting member for supporting said first and second supporting members at predetermined positions, wherein a predetermined space is formed between said light emission side of said optical lens and said light receiving side of said image sensor, and wherein said third supporting member supports said first and second supporting members so that their relative positions can be varied; original document supporting means for supporting an original document having image information at a position at which said image sensor assembly reads image information; and recording means for recording image information read by said image sensor assembly.

Claim 13

An image information processing system comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and supporting means for supporting said image sensor, said light source, and said optical lens, wherein said supporting means comprises: a first supporting member for supporting the surface of said original document at a predetermined distance from the light incidental side of said optical lens; a second supporting member disposed separately from said first supporting member, for supporting the light emission side of said optical lens at a predetermined distance from the light receiving side of said image sensor; and a third supporting member for supporting said first and second supporting members at predetermined positions, wherein a predetermined space is formed between said light emission side of said optical lens and said light receiving side of said image sensor, and wherein said third supporting member supports said first and second supporting members so that their relative positions can be varied; original document supporting means for supporting an original document having image information at a position at which said image sensor assembly reads image information; and recording means for recording image information read by said image sensor assembly.

Claim 14

An image information processing system according to claim 9, wherein said recording means comprises a recording head for recording image information by discharging ink by utilizing thermal energy.

Claim 15

A contact-type image sensor assembly comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and supporting means for supporting said image sensor, said light source and said optical lens, wherein said supporting means includes: first reference means for restricting movement of said optical lens toward said original document so as to maintain the distance from a surface of said original document to the light incidental side of said optical lens at a predetermined distance; second reference means for restricting movement of said optical lens toward said image sensor so as to maintain the distance from the light emission side of said optical lens to the light receiving side of said image sensor; and a supporting member for supporting said first and second reference means at predetermined position, said supporting member supporting said first and second reference means so that their relative positions can be varied.

Claim 16

A contact-type image sensor assembly comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and supporting means for supporting said image sensor, said light source and said optical lens, wherein said supporting means includes: first reference means for restricting movement of said optical lens toward said original document so as to maintain the distance from a surface of said original document to the light incidental side of said optical lens at a predetermined distance; second reference means for restricting movement of said optical lens toward said image sensor so as to maintain the distance from the light emission side of said optical lens to the light receiving side of said image sensor; and a supporting member for supporting said first and second reference means at predetermined position, said supporting member supporting said first and second reference means so that their relative positions can be varied.

Claim 17

A contact-type image sensor assembly according to claim 11, wherein said supporting member has a housing and an elastic member, said housing including said second supporting member.

Claim 18

A contact-type image sensor assembly according to claim 11, wherein said supporting member comprises a screw.

Claim 19

A contact-type image sensor assembly according to claim 11, wherein said image sensor includes an emitter-follower transistor circuit having a capacitor as a load.

Claim 20

A contact-type image sensor assembly according to claim 11, wherein said image sensor includes a photoelectrical converting layer comprising amorphous silicon.

Claim 21

A contact-type image sensor assembly according to claim 6, wherein said third supporting portion has a housing and an elastic member, said housing including said second supporting portion.

Claim 22

A contact-type image sensor assembly according to claim 6, wherein said third supporting portion comprises a screw.

Claim 23

A contact-type image sensor assembly according to claim 6, wherein said image sensor includes an emitter-follower transistor circuit having a capacitor as a load.

Claim 24

A contact-type image sensor assembly according to claim 6, wherein said image sensor includes a photoelectrical converting layer comprising amorphous silicon.

Claim 25

An image processing system comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and supporting means for supporting said image sensor, said light source and said optical lens, wherein said supporting means includes: first reference means for restricting movement of said optical lens toward said original document so as to maintain the distance from a surface of said original document to the light incidental side of said optical lens at a predetermined distance; second reference means for restricting movement of said optical lens toward said image sensor so as to maintain the distance from the light emission side of said optical lens to the light receiving side of said image sensor; and a supporting member for supporting said first and second reference means at predetermined position, said supporting member supporting said first and second reference means so that their relative positions can be varied; original document supporting means for supporting an original document having image information at a position at which said image sensor assembly reads image information therefrom; and recording means for recording image information read by said image sensor assembly.

Claim 26

An image processing system comprising: an image sensor; a light source for illuminating an original document which has image information; an optical lens for imaging light reflected by said original document onto said image sensor; and supporting means for supporting said image sensor, said light source and said optical lens, wherein said supporting means includes: first reference means for restricting movement of said optical lens toward said original document so as to maintain the distance from a surface of said original document to the light incidental side of said optical lens at a predetermined distance; second reference means for restricting movement of said optical lens toward said image sensor so as to maintain the distance from the light emission side of said optical lens to the light receiving side of said image sensor; and a supporting member for supporting said first and second reference means at predetermined position, said supporting member supporting said first and second reference means so that their relative positions can be varied; original document supporting means for supporting an original document having image information at a position at which said image sensor assembly reads image information therefrom; and recording means for recording image information read by said image sensor assembly.

Claim 27

An image information processing system according to claim 20, wherein said recording means comprises a recording head for recording image information by discharging ink by utilizing thermal energy.