Serial-type electrophotographic device and a method for adjusting printing based upon a detected humidity used therein

Claim 2

A serial-type electrophotographic device, comprising: feeding means for feeding a recording paper; a carriage having process means for forming a latent image in image retaining means and developing the latent image to a visible image; transcription means for transcribing said developed visible image to said recording paper in a moving direction of said carriage; conveyer means for conveying said carriage in a perpendicular direction to a feeding direction of said recording paper on said transcription means; photographic fixing means for fixing an image transcribed to said recording paper; environment detecting means for detecting at least a humidity around said serial-type electrophotographic device; and print adjusting means for adjusting an amount of the recording paper fed by said feeding means in response to the detected humidity detected by said environment detecting means so as to adjust each image line width in said feeding direction of said recording paper.

Claim 3

The serial-type electrophotographic device according to claim 1, wherein said print adjusting means comprises a first table in which data for determining an absolute temperature based on at least one of a temperature and said humidity detected by said environment detecting means is stored, a second table in which a change of the feeding amount of said recording paper which corresponds to said absolute humidity is stored, and first controlling means for determining said change of the feeding amount of said recording paper according to said first table and said second table and driving said feeding means.

Claim 4

The serial-type electrophotographic device according to claim 2, wherein said print adjusting means varies said feeding amount of said recording paper every prescribed number of round trips of said carriage in said printing direction.

Claim 5

The serial-type electrophotographic device according to claim 1, wherein said print adjusting means varies said feeding amount of said recording paper every prescribed number of round trips of said carriage in said printing direction.

Claim 6

A print adjusting method for a serial-type electrophotographic device, said serial-type electrophotographic device comprising feeding means for feeding a recording paper, process means for forming a latent image in image retaining means and developing said latent image to a visible image, transcription means for transcribing said developed visible image to said recording paper, and photographic fixing means for fixing an image transcribed to said recording paper, said transcribed image being fixed by heat, said print adjusting method comprising the steps of: detecting at least one of a temperature and a humidity around said serial-type electrophotographic device; determining an amount of recording paper fed in response to a shrinkage amount of said recording paper due to a heating for photographic fixing based on one of said temperature and said humidity; and driving said feeding means in response to said feeding amount of said recording paper.

Claim 7

A print adjusting method for a serial-type electrophotographic device, said serial-type electrophotographic device comprising feeding means for feeding a recording paper, process means for forming a latent image in image retaining means and developing said latent image to a visible image, transcription means for transcribing said developed visible image to said recording paper, and photographic fixing means for fixing an image transcribed to said recording paper, said transcribed image being fixed by heat, said print adjusting method comprising the steps of: detecting at least one of a temperature and a humidity around said serial-type electrophotographic device; determining an amount of recording paper fed in response to a shrinkage amount of said recording paper due to a heating for photographic fixing based on one of said temperature and said humidity; and driving said feeding means in response to said feeding amount of said recording paper.

Claim 8

The print adjusting method for a serial-type electrophotographic device according to claim 5, wherein said feeding amount of said recording paper is determined by a change of the feeding amount of said recording paper, said changing of said feeding amount of said recording paper being determined by an absolute humidity determined by at least one of said temperature and said humidity.

Claim 9

A serial-type electrophotographic device, comprising: feeding means for feeding a recording paper; a carriage having process means for forming a latent image in image retaining means and developing said latent image to a visible image, said latent image being formed by said image retaining means being charged by a charging device and being exposed by exposure means; transcription means for transcribing said developed visible image to said recording paper in a moving direction of said carriage; conveyer means for conveying said carriage in a perpendicular direction to a feeding direction of said recording paper on said transcription means; photographic fixing means for fixing an image transcribed to said recording paper, said image transcribed to said recording paper being fixed by a heated fixing member; environment detecting means for detecting at least one of a temperature and a humidity around said serial-type electrophotographic device; and print adjusting means for adjusting a number of image elements of exposure data transmitted to said process means in response to a detection of said environment detecting means so as to adjust width of each image line in said feeding direction of said recording paper.

Claim 10

A serial-type electrophotographic device, comprising: feeding means for feeding a recording paper; a carriage having process means for forming a latent image in image retaining means and developing said latent image to a visible image, said latent image being formed by said image retaining means being charged by a charging device and being exposed by exposure means; transcription means for transcribing said developed visible image to said recording paper in a moving direction of said carriage; conveyer means for conveying said carriage in a perpendicular direction to a feeding direction of said recording paper on said transcription means; photographic fixing means for fixing an image transcribed to said recording paper, said image transcribed to said recording paper being fixed by a heated fixing member; environment detecting means for detecting at least one of a temperature and a humidity around said serial-type electrophotographic device; and print adjusting means for adjusting a number of image elements of exposure data transmitted to said process means in response to a detection of said environment detecting means so as to adjust width of each image line in said feeding direction of said recording paper.

Claim 11

The serial-type electrophotographic device according to claim 7, wherein said print adjusting means comprises an image element reduction circuit for reducing said exposure data and second controlling means in which said exposure data is reduced by said image element reduction circuit in response to one of said temperature and said humidity.

Claim 12

The serial-type electrophotographic device according to claim 8, wherein said print adjusting means further comprises a random number generating circuit for determining at random a part of said image data at which said exposure data is reduced.

Claim 13

The serial-type electrophotographic device according to claim 9, wherein said print adjusting means further comprises a third table in which a reduced number of said image elements which corresponds to at least one of said temperature and said humidity is stored.

Claim 14

The serial-type electrophotographic device according to claim 8, wherein said print adjusting means further comprises a third table in which a reduced number of said image elements which corresponds to at least one of said temperature and said humidity is stored.

Claim 15

The serial-type electrophotographic device according to claim 7, wherein said exposure data of said image element reduction circuit is reduced every round trip of said carriage.

Claim 16

The serial-type electrophotographic device according to one of claim 7, wherein said print adjusting means further comprises memory means for memorizing a printing data for a plurality of round trips of said carriage, said exposure data being reduced in said memory means.

Claim 17

A print adjusting method for a serial-type electrophotographic device, said serial-type electrophotographic device comprising feeding means for feeding recording paper, process means for forming a latent image in image retaining means, said latent image being formed by said image retaining means being charged by a charging device and being exposed by exposure means, and developing said latent image to a visible image, transcription means for transcribing said developed visible image to said recording paper, and photographic fixing means for fixing an image transcribed to said recording paper, said print adjusting method comprising the steps of: detecting at least one of a temperature and a humidity around said serial-type electrophotographic device; determining a reduced number of image elements of exposure data based on at least one of said temperature and said humidity; and controlling said exposure means in response to said determined image element of exposure data.

Claim 18

A print adjusting method for a serial-type electrophotographic device, said serial-type electrophotographic device comprising feeding means for feeding recording paper, process means for forming a latent image in image retaining means, said latent image being formed by said image retaining means being charged by a charging device and being exposed by exposure means, and developing said latent image to a visible image, transcription means for transcribing said developed visible image to said recording paper, and photographic fixing means for fixing an image transcribed to said recording paper, said print adjusting method comprising the steps of: detecting at least one of a temperature and a humidity around said serial-type electrophotographic device; determining a reduced number of image elements of exposure data based on at least one of said temperature and said humidity; and controlling said exposure means in response to said determined image element of exposure data.

Claim 19

The print adjusting method for a serial-type electrophotographic device according to claim 14 wherein a part of said image data in which said exposure data is reduced is determined at random.