Copier with image editing function

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device for causing desired areas of at least one document to be specified and then completely edited while displaying said desired areas on said display device for confirmation and then causing a copying operation to be started.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device constructed to operate such that where a first to an n-th documents are to be edited and when the documents partly overlap each other in an arrangement on a transfer sheet, a priority order is assigned to the documents so that overlapping portions of the documents are copied according to the priority order.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device constructed to operate such that where a first to an n-th documents are to be edited and when the documents partly overlap each other in an arrangement on a transfer sheet, a content of one of the documents which is to be copied is selectable.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device for allowing a desired number of image editing areas to be set up.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device for causing a particular image area of a document to be specified by combined manipulation of keys for editing and ten keys for setting a number.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• two scales for positioning a document which are provided on a document table perpendicularly to each other;
• knobs positioned in the vicinity of said scales for defining a particular image area to be copied;
• variable resistors associated respectively with said knobs;
• an analog-to-digital converter for converting a variation of resistance of each of said variable resistors to a digital signal;
• and
• a control circuit for processing the digital signal, the erasing device being caused to glow at a timing and a position which are selected responsive to an output signal of said control circuit in correspondence with said defined image area.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• means for sensing a document size;
• area defining means for defining a desired area of a document image;
• and
• a control unit for controling a glowing timing and a glowing position of the erasing device, which is controlled based on a result of computation which uses position information entered through said area defining means and a document size, in conformity to values associated with the defined area when the document is laid on the document table face down.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device constructed to operate such that where a plurality of image areas of each of documents which are entered through the image inputting device are to be edited while being displayed on the display device, the image areas are displayed according to an order or priority which is given to overlapping portions of images and entered through the image inputting device.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a dishcarge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device constructed to operate such that when a plurality of image areas of each of documents which are entered through the image inputting device are to be displayed on the display device, a plurality of image areas of a same document are displayed in colors which are associated with an order of entry of the image areas.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device constructed to operate such that when a plurality of image areas of each of documents which are entered through said image inputting means are displayed on the display device, the image areas are displayed in colors which respectively are associated with the documents.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device constructed to operate such that a plurality of contents to be edited which comprise a desired combination of specified areas are allowed to be entered simultaneously and to be copied continuously.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a dishcarge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device constructed to operate such that a plurality of image areas of a same document are entered and edited contents which comprise a desired combination of said image areas are allowed to be entered and to be copied continuously.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• and
• a control device for allowing a plurality of edited contents to be entered simultaneously and, after the plurality of edited contents have been continuously copied, causing transfer sheets to be stocked in different positions inside of a storing device on the basis of an edited content.

A copier having an image editing function, comprising:

• a photoconductive element and a charger for depositing a uniform electrostatic charge on said photoconductive element;
• an illuminating and exposing optical device for projecting an optical image of a document onto the photoconductive element;
• a developing device for developing an image provided on a surface of the photoconductive element;
• an erasing device for selectively erasing the image provided on the surface of the photoconductive element;
• a sheet feeding device for feeding a transfer sheet;
• a detaining device for temporarily detaining the transfer sheet to which the image developed by the developing device has been transferred;
• a discharging device for discharging the transfer sheet to which the image developed by the developing device has been transferred;
• a discharge path extending from a predetermined transfer station to said discharging device;
• a communication path for providing communication between said transfer position and the detaining device;
• a selector for selecting one of said discharge path and said communication path;
• an image inputting device for inputting an image carried on a document;
• a display device for displaying an input condition;
• means for specifying a desired image area of a document responsive to inputs which are representative of at least four points;
• means for allowing an interior and an exterior of said specified area to be selectively specified;
• and
• means for displaying the specified area while holding the specified area in correspondence with a copy image.