Image processing apparatus which rotates an input image based on a discrimination result

Claim 2

An image processing apparatus comprising: input means for inputting image data; setting means for setting a blank space; discriminating means for discriminating whether the image data input by said input means is to be rotated; rotating means for automatically rotating the image data input by said input means in case that said discriminating means discriminates the image data is to be rotated; and recording means for recording on recording paper an image based on the image data input by said input means, with the blank space being provided as set by said setting means, wherein said setting means changes a position of the blank space to be set in accordance with the image data input by said input means depending upon whether the image data is rotated by said rotating means.

Claim 3

An image processing apparatus according to claim 1, comprising scaling means for scaling image data input by said input means, said scaling means scaling at a scaling factor in response to a width of the blank space set by said setting means.

Claim 4

An image processing method, comprising the steps of: inputting image data; setting a blank space; discriminating whether the image data input in said inputting step is to be rotated; automatically rotating the image data input is and inputting step in case that said discriminating step discriminates the image data is to be rotated; and recording an image based on the image data input in said inputting step on recording paper by a recording means with the blank space being provided as set in said setting step, wherein in said setting step a position of the blank space to be set is changed in accordance with the image data input in said inputting step depending upon whether the image data is rotated in said rotating step.

Claim 5

An image processing method, comprising the steps of: inputting image data; setting a blank space; discriminating whether the image data input in said inputting step is to be rotated; automatically rotating the image data input is and inputting step in case that said discriminating step discriminates the image data is to be rotated; and recording an image based on the image data input in said inputting step on recording paper by a recording means with the blank space being provided as set in said setting step, wherein in said setting step a position of the blank space to be set is changed in accordance with the image data input in said inputting step depending upon whether the image data is rotated in said rotating step.

Claim 6

An image processing method according to claim 3, wherein in said setting step a position of a blank space is changed between a time when an orientation of image data input in said inputting step is equal to an orientation of the recording paper set in said recording means and when the orientations are not equal.

Claim 7

An image processing method according to claim 3, wherein image data is rotated before the image data is recorded when an orientation of the image data input in said input step is different from an orientation of the recording paper set in said recording means.

Claim 8

A computer readable program stored in a storage medium comprising; an input step of inputting image data; a setting step of setting a blank space; a discriminating step of discriminating whether the image data input in the input step is to be rotated; a rotating step of automatically rotating the image data input in the input step in case that the discriminating step discriminates the image data is to be rotated; and a recording step of recording an image based on the image data input in the input step on recording medium by a recorder with the blank space being provided as set in the setting step, wherein in the setting step a position of the blank space to be set is changed in accordance with the image data input in the input step depending upon whether the image data is rotated in the rotating step.

Claim 9

A computer readable program stored in a storage medium comprising; an input step of inputting image data; a setting step of setting a blank space; a discriminating step of discriminating whether the image data input in the input step is to be rotated; a rotating step of automatically rotating the image data input in the input step in case that the discriminating step discriminates the image data is to be rotated; and a recording step of recording an image based on the image data input in the input step on recording medium by a recorder with the blank space being provided as set in the setting step, wherein in the setting step a position of the blank space to be set is changed in accordance with the image data input in the input step depending upon whether the image data is rotated in the rotating step.