Image forming system for synthesizing color image data with binary image data which has been colored with a predetermined color during the synthesizing operation

Claim 2

An image processing system comprising: a) a first color image storing memory for storing a color image data composed by a plurality of color component data; b) a second image storing memory, arranged in an external device, for storing a binary image data converted from a predetermined code; and c) synthesizing means for synthesizing a color image data stored in said first color image storing memory with a binary image data stored in said second image storing memory, said synthesizing means including coloring means for coloring the binary image data with a predetermined color during the synthesizing operation, wherein said coloring means includes setting means for setting multi-level values for each of a plurality of color components relating to the predetermined color so as to set any color in a color range which is represented by the multi-level values.

Claim 3

A system according to claim 1, wherein the color image data stored in said first color image storing memory is color image information obtained by photoelectrically converting an original.

Claim 4

A system according to claim 1, further comprising interface means for interfacing said external device to read out the image data stored in said second image storing memory.

Claim 5

A system according to claim 1, wherein the predetermined code is a character code sent from another external device, and said second image storing memory is a memory in which font data obtained from a font memory is developed on the basis of the character code.

Claim 6

A system according to claim 1, further comprising image forming means for forming a synthesis image from said synthesizing means.

Claim 7

A system according to claim 1, wherein said first color image storing memory can store image information of a plurality of images.

Claim 8

An electronic device for controlling an input device for receiving color image data composed by a plurality of color component data, an image forming apparatus for forming a color image corresponding to the color image data from said input device on a medium, and an image memory apparatus for storing an input image data from said input device, comprising: a) means for generating an instruction for transferring and storing a binary image data generated by said electronic device in said image memory apparatus; b) means for generating a control instruction for synthesizing the image stored in said image memory apparatus with the stored binary image data and for outputting a synthesis image to said image forming apparatus; and c) means for generating a color instruction for coloring the binary image with a predetermined color during the synthesizing operation, wherein the color instruction includes multi-level values for each of a plurality of color components relating to the predetermined color, said multi-level values being used to set any color in a color range which can be represented by the multi-level values.

Claim 9

An electronic device for controlling an input device for receiving color image data composed by a plurality of color component data, an image forming apparatus for forming a color image corresponding to the color image data from said input device on a medium, and an image memory apparatus for storing an input image data from said input device, comprising: a) means for generating an instruction for transferring and storing a binary image data generated by said electronic device in said image memory apparatus; b) means for generating a control instruction for synthesizing the image stored in said image memory apparatus with the stored binary image data and for outputting a synthesis image to said image forming apparatus; and c) means for generating a color instruction for coloring the binary image with a predetermined color during the synthesizing operation, wherein the color instruction includes multi-level values for each of a plurality of color components relating to the predetermined color, said multi-level values being used to set any color in a color range which can be represented by the multi-level values.

Claim 10

A device according to claim 7, wherein said input device is a device for reading an original and converting an original image into an electrical signal.

Claim 11

A device according to claim 7, wherein said image forming apparatus comprises an electrophotographic printer.

Claim 12

A device according to claim 7, wherein said electronic device comprises a host computer.

Claim 13

A device according to claim 7, wherein said image memory apparatus comprises a semiconductor memory.

Claim 14

An image processing system comprising: a) a first image storing memory; b) a second image storing memory having a bitmap, said second image storing memory being arranged in an external device; c) synthesizing means for synthesizing color image data read by image reading means with an image data stored in said first image storing memory on the basis of data read out from said second image storing memory, said synthesizing means including coloring means for coloring the image data with a predetermined color during the synthesizing operation, wherein said coloring means includes setting means for setting multi-level values for each of a plurality of color components relating to the predetermined color so as to set any color in a color range which is represented by the multi-level values.

Claim 15

An image processing system comprising: a) a first image storing memory; b) a second image storing memory having a bitmap, said second image storing memory being arranged in an external device; c) synthesizing means for synthesizing color image data read by image reading means with an image data stored in said first image storing memory on the basis of data read out from said second image storing memory, said synthesizing means including coloring means for coloring the image data with a predetermined color during the synthesizing operation, wherein said coloring means includes setting means for setting multi-level values for each of a plurality of color components relating to the predetermined color so as to set any color in a color range which is represented by the multi-level values.

Claim 16

A system according to claim 12, wherein said second image storing memory is a memory for storing the binary image.

Claim 17

A system according to claim 13, further comprising image reading means for reading the image for said synthesizing means.

Claim 18

A system according to claim 13, wherein the binary image is a binary image obtained by binarizing an image obtained from said image reading means.

Claim 19

A system according to claim 12, wherein said synthesizing means synthesizes the color image data and the binary image by automatically preventing production of the color image data from said first image data storing memory without predesignating character areas, wherein each of the character areas is an area where the image data stored in said first image storing memory and the color image data read by said image reading means overlap.