Abstract: An operational control device of an image processing apparatus displays set color-balance settings on the corresponding keys with the corresponding figures and bar graphs. It also displays the title of a color-balance setting, as required. This facilitates the confirmation of set processing conditions in storing plural processing conditions for image processing, and also facilitates the selection of stored processing conditions to read. When a magnification is specified in the XY zoom mode, the key indicating that the mode has been specified is displayed. Pressing this key displays the XY zoom setting screen again. This facilitates the confirmation and change of set processing conditions.

Abstract: One of a plurality of image processing apparatus connected to an image processing system freely sets image forming conditions, such as recording paper size and enlargement/reduction magnification ratio, with regard to some or all of the other image processing apparatus, subsequently reads the image of an original by means of a reader, outputs image data indicative of the image read and transmits this image data to the other image processing apparatus. The image processing apparatus that has read the image of the original and the image processing apparatus that has received the image data output copies of the image of the original on the basis of the image forming conditions that have been set. Accordingly, it is possible to provide an image processing method and system in which a plurality of image processing apparatus are connected and identical images are outputted simultaneously from each of the apparatus connected.

Abstract: An image processing apparatus includes a plurality of memories for storing input image data in units of lines, and a processing unit for controlling write and read access operations of the memories to perform mosaic processing of an input image.

Abstract: An image forming system has a plurality of image forming devices connected via a network. The system includes an image processor which processes an input image signal to produce a processed image signal. Respective additional information is superimposed on the processed image signal in a form that is not conspicuous to the human eye in preparation for transfer of the processed image signal to each of the plurality of image forming devices, with the respective additional information being different for each of the plurality of image forming devices. The processed image signal with the respective additional information superimposed thereon is transferred via the network to the respective ones of the image forming devices via the network.

Abstract: A system is constructed by connecting a plurality of digital copying machines (stations) having a common structure, and a master station 1001 and slave stations 1002 to 1004 are defined in accordance with their addresses. The master station 1001 issues a status request command to the slave stations at a predetermined time interval in order to gather information on the status of each slave station. The status which can be used in the system are recognized, depending upon the information, and a user selects the station or stations to be used. One of the station is made to read an original image, and the image is printed by the selected station or stations. The above constructed image processing system results in good expandability.

Abstract: An image processing apparatus previously stores information on particular kinds of image, determines the degree of similarity between an input full-color image signal and the information on particular kinds of image, controls conditions for addition of a particular pattern previously stored according to a result of the determination, and outputs an image by adding or not adding the particular pattern to the full-color image signal according to the addition conditions.

Abstract: An image processing apparatus previously stores information on particular kinds of image, determines the degree of similarity between an input full-color image signal and the information on particular kinds of image, controls conditions for addition of a particular pattern previously stored according to a result of the determination, and outputs an image by adding or not adding the particular pattern to the full-color image signal according to the addition conditions.

Abstract: When a manual paper feed key 126 is depressed on a set picture plane after a paper selection key was depressed, set picture planes of the size and material are displayed. When a paper feed stage is designated by a key 142 on a set picture plane of the OHP sheet feed stage registration, the designated paper feed stage is set to the cassette for OHP sheets. Thus, the material of the recording member is set at a high operating efficiency every manual paper feed stage and paper feed stage.

Abstract: An image processing system includes a plurality of image processing devices which are sequentially connected to transmit image data to each other. Each device includes a storing unit for storing image data, and any one of the devices which is not currently selected for transmission can concurrently be used as a copy machine.

Abstract: An image forming system includes a plurality of interconnected image forming devices each of which has a storage unit which stores an image signal. The system has an image input unit for entering an image signal, and an image processing unit which processes the image signal entered by the image input unit. A transfer unit simultaneously transfers the image signal, which has been processed by the image processing unit, to the plurality of image forming devices.

Abstract: An image forming system includes a plurality of sequentially connected image forming apparatuses, each of which stores image data in a storage unit, and forms an image by reading out the stored image data. The image forming system also includes at least an apparatus for storing input image data into a memory after compressing the information amount of the data, and forming an image by reading out the compressed image data from the memory. A predetermined one of the image forming apparatuses includes an input unit for inputting color-separated image data of each different color, a storage unit for storing the color-separated image data without compressing the information amount of the data, and an output unit which is capable of outputting the color-separated image data of each different color in a frame-sequential manner from the storage unit, and which is capable of outputting the color-separated image data of each different color in parallel.

Abstract: A copying apparatus includes an input device for inputting image data, a processing circuit for performing mosaic processing of the input image data, and a reproduction circuit for reproducing an image based on the processed image data. The processing circuit divides the input image data into a plurality of block areas and paints each block area with a uniform color according to the image data in the area so that the resolution of the image data is lower than the resolution of the original image.

Abstract: An image processing apparatus having a function for detecting a specific original decides the degree of similarity between the image represented by input image signals and the image of a specific original which is not to be allowed to be copied, e.g., currency. The image processing apparatus determines the content of the image processing in accordance with the result of the decision, and processes the input image signals on the basis of the determined content.

Abstract: An image processing apparatus previously stores information on particular kinds of image, determines the degree of similarity between an input full-color image signal and the information on particular kinds of image, controls conditions for addition of a particular pattern previously stored according to a result of the determination, and outputs an image by adding or not adding the particular pattern to the full-color image signal according to the addition conditions.

Abstract: An image processing apparatus includes a synthesizing unit for synthesizing a color image and a binary image, a processing unit for performing multigradation processing of the color image and high-resolution processing of the binary image, and a control unit for controlling the processing unit to preferentially execute the high-resolution processing for an area where the color and binary images overlap each other.

Abstract: An image processing apparatus having a function for detecting a specific original decides the degree of similarity between the image represented by input image signals and the image of a specific original which is not to be allowed to be copied, e.g., currency. The image processing apparatus determines the content of the image processing in accordance with the result of the decision, and processes the input image signals on the basis of the determined content.

Abstract: An image processing apparatus previously stores information on particular kinds of image, determines the degree of similarity between an input full-color image signal and the information on particular kinds of image, controls conditions for addition of a particular pattern previously stored according to a result of the determination, and outputs an image by adding or not adding the particular pattern to the full-color image signal according to the addition conditions.

Abstract: An image processing apparatus includes an input unit for inputting a color image signal, an extraction unit for extracting an outline portion from the color image signal, and an output unit for outputting the outline portion extracted by the extraction unit in multi-colors indicated by the color image signal.

Abstract: There are provided an image editing method and apparatus for designating a desired area of an original image and executing the image processing. The apparatus comprises: a point pen to designate a desired area of the original; a first designating device, to designate a processing mode for the image of the area designated by the point pen; an LCD to display the area designated by the point pen; a controller for displaying a plurality of areas designated by the point pen on the LCD and for designating the same processing mode for those areas at once by means of the designating device; and another designating device to designate the processing mode for the images for areas other than the areas designated by the point pen. The LCD graphically displays the areas designated by the point pen. The designating device designates the mode regarding a color. With the apparatus, a plurality of areas can be continuously designated every processing mode and the area and the processing mode can be smoothly designated.

Abstract: There is provided an image processing apparatus for modulating a concentration of input image data, comprising: an inputting device to input image data; a RAM to store first image data input by the inputting device; a processing unit to execute a modulating process to at least one area such as a non-rectangular area in second image data input by the inputting device by using the first image data stored in the RAM; and a detector to detect a predetermined color of the second image data. The area is specified by the color detected by the detector. The inputting device includes a CCD for reading an original and generating RGB color component signals. With this apparatus, a texture process is executed to at least one non-rectangular area and the result can be output in a real-time manner.