Color image recording apparatus for recording a color image on a recording medium with color particles with a vibrating print head

Claim 2

A color image recording apparatus for recording a color image on a recording medium with charged particles having predetermined colors comprising: feeding means for feeding the recording medium; control electrode means for controlling the flow of charged particles to the recording medium, the control electrode means having at least one row of apertures through which the charged particles pass based on an image signal, said control electrode means including an insulative layer, a reference electrode on one surface of said insulative layer and at least one segment control electrode on a surface of said insulative layer opposite to the reference electrode, to which the image signal is applied, each of said apertures passing through said at least one segment control electrode, said insulative layer and said reference electrode; a plurality of carrying units for providing the charged particles, said carrying units being positionable at a position confronting the recording medium through said control electrode means so that the charged particles provided by the carrying units are carried to the recording medium through the apertures; moving means for moving said carrying units to the position confronting the recording medium through said control electrode means; vibrating means for vibrating said control electrode means; and controlling means for controlling said vibrating means so that a magnitude of the vibration of said control electrode means may be changed, wherein the magnitude of the vibration of said control electrode means is changed between a recording mode, when particles flow through the control electrode means based on said image signal, and a no-recording mode, when particles do not flow through the control electrode means.

Claim 3

The image recording apparatus as in claim 1, further comprising means for establishing said no-recording mode when said moving means moves said carrying units.

Claim 4

The image recording apparatus as in claim 2, wherein said carrying units are disposed in order along a feeding direction of the recording medium.

Claim 5

The image recording apparatus as in claim 1, further comprising controlling means for providing an image signal to said segment control electrode, when one of said carrying units is disposed at the position confronting the recording medium through said control electrode means.

Claim 6

An image recording apparatus for recording an image on a recording medium with charged particles, the image recording apparatus comprising: carrying means for providing the charged particles; a control electrode having at least one row of apertures through which said charged particles provided by said carrying means pass; a back electrode confronting said carrying means through said control electrode, said back electrode being spaced from the control electrode by a space enabling passage of the recording medium on which said image is recorded; vibration applying means for vibrating said control electrode; controlling means for controlling said vibration applying means so that a magnitude of vibration of said vibrating means is changed between a recording mode, when the charged particles provided by the carrying unit flow to the recording medium through the apertures and a no-recording mode, when the charged particles do not flow through the apertures.

Claim 7

An image recording apparatus for recording an image on a recording medium with charged particles, the image recording apparatus comprising: carrying means for providing the charged particles; a control electrode having at least one row of apertures through which said charged particles provided by said carrying means pass; a back electrode confronting said carrying means through said control electrode, said back electrode being spaced from the control electrode by a space enabling passage of the recording medium on which said image is recorded; vibration applying means for vibrating said control electrode; controlling means for controlling said vibration applying means so that a magnitude of vibration of said vibrating means is changed between a recording mode, when the charged particles provided by the carrying unit flow to the recording medium through the apertures and a no-recording mode, when the charged particles do not flow through the apertures.

Claim 8

The image recording apparatus as in claim 5, wherein the magnitude of the vibration in the recording mode is a predetermined value sufficient for preventing the charged particles from adhering to the apertures.

Claim 9

The image recording apparatus as in claim 5, wherein the magnitude of the vibration in the no-recording mode is a predetermined value sufficient for removing charged particles adhered to the apertures.

Claim 10

The image recording apparatus as in claim 5, wherein, said carrying means comprises a plurality of carrying units, each carrying unit providing charged particles of a color different from the other carrying units, and each of said carrying units being disposable at a position confronting the recording medium through said control electrode means so that the charged particles carried by the carrying unit are carried to the recording medium through the apertures, the image recording apparatus further comprising, moving means for moving each of said carrying units to the position disposed confronting the recording medium through said control electrode means.

Claim 11

A control member for controlling a passage of toner particles to a recording medium comprising: a body; a carrying element for providing the toner particles; at least one aperture extending through the body, through which the toner particles provided by the carrying element can pass; a reference electrode on one side of the body; a control electrode on a side of the body opposite to the reference electrode for controlling the passage of the toner particles through the aperture; a vibrating member for vibrating the body; a power supply means for causing the vibrating member to vibrate the body at a first magnitude for preventing the toner particles from adhering to said at least one aperture and for causing the vibrating member to vibrate at a second magnitude for removing as least some of said particles which have adhered to said at least one aperture; and means for controlling the power supply means to cause the vibration of the body at the first magnitude and the second magnitude.

Claim 12

A control member for controlling a passage of toner particles to a recording medium comprising: a body; a carrying element for providing the toner particles; at least one aperture extending through the body, through which the toner particles provided by the carrying element can pass; a reference electrode on one side of the body; a control electrode on a side of the body opposite to the reference electrode for controlling the passage of the toner particles through the aperture; a vibrating member for vibrating the body; a power supply means for causing the vibrating member to vibrate the body at a first magnitude for preventing the toner particles from adhering to said at least one aperture and for causing the vibrating member to vibrate at a second magnitude for removing as least some of said particles which have adhered to said at least one aperture; and means for controlling the power supply means to cause the vibration of the body at the first magnitude and the second magnitude.

Claim 13

The control member as in claim 9, further comprising a plurality of apertures in said body and a plurality of control electrodes, each control electrode being associated with a corresponding aperture of said plurality of apertures.

Claim 14

A color image recording apparatus for recording a color image on a recording medium with charged particles having predetermined colors comprising: feeding means for feeding the recording medium; a plurality of control electrode means for controlling the flow of said charged particles to the recording medium, each control electrode means having at least one aperture through which the charged particles pass based on an image signal, each of said plurality of control electrode means including an insulative layer, a reference electrode on one surface of said insulative layer, and a segment control electrode on a surface of said insulative layer opposite to the reference electrode, to which the image signal is applied, the at least one aperture passing through the segment control electrode, said insulative layer and said reference electrode; a plurality of carrying units providing said charged particles, each carrying unit being positioned at a position confronting the recording medium through one of said plurality of control electrode means, each of the plurality of carrying units supplying at least said charged particles of one of said predetermined colors different from another of said plurality of carrying units; means for moving the recording medium relative to the plurality of control electrode means; vibrating means for vibrating said plurality of control electrode means; and controlling means for controlling said vibrating means so that a magnitude of the vibration of said plurality of control electrode means may be changed, wherein the magnitude of the vibration of said plurality of control electrode means is changed between a recording mode, when particles flow through the plurality of control electrode means based on said image signal, and a no-recording mode, when particles do not flow through the plurality of control electrode means.

Claim 15

A color image recording apparatus for recording a color image on a recording medium with charged particles having predetermined colors comprising: feeding means for feeding the recording medium; a plurality of control electrode means for controlling the flow of said charged particles to the recording medium, each control electrode means having at least one aperture through which the charged particles pass based on an image signal, each of said plurality of control electrode means including an insulative layer, a reference electrode on one surface of said insulative layer, and a segment control electrode on a surface of said insulative layer opposite to the reference electrode, to which the image signal is applied, the at least one aperture passing through the segment control electrode, said insulative layer and said reference electrode; a plurality of carrying units providing said charged particles, each carrying unit being positioned at a position confronting the recording medium through one of said plurality of control electrode means, each of the plurality of carrying units supplying at least said charged particles of one of said predetermined colors different from another of said plurality of carrying units; means for moving the recording medium relative to the plurality of control electrode means; vibrating means for vibrating said plurality of control electrode means; and controlling means for controlling said vibrating means so that a magnitude of the vibration of said plurality of control electrode means may be changed, wherein the magnitude of the vibration of said plurality of control electrode means is changed between a recording mode, when particles flow through the plurality of control electrode means based on said image signal, and a no-recording mode, when particles do not flow through the plurality of control electrode means.

Claim 16

The image recording apparatus as in claim 11, wherein said carrying units are disposed in order along a feeding direction of the recording medium.