Recording head assembly using magnetic toner and image forming apparatus using the same

Claim 2

A recording head assembly using a magnetic toner, comprising: recording electrodes arranged in a direction perpendicular to a moving direction of a magnetic field generated by moving magnetic field generating means; and a wiring member, having openings through which toner is moved by a magnetic force of said moving magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers.

Claim 3

An assembly according to claim 1, wherein said wiring member comprises a flexible printed circuit board, said openings are formed in said flexible printed circuit board, and said conductive wires contour said openings and reach said recording electrodes.

Claim 4

An assembly according to claim 2, wherein said openings are formed in a staggered form along a direction of said recording electrodes.

Claim 5

An assembly according to claim 1, wherein said openings of said wiring member are defined by insulated conductive wires connecting said recording electrodes and said electrode drivers.

Claim 6

An assembly according to claim 1, wherein said openings are located at a downstream side of said recording electrodes along a toner feed direction.

Claim 7

An assembly according to claim 1, wherein said openings are located at an upstream side of said recording electrodes along a toner feed direction.

Claim 8

An assembly according to claim 1, wherein said recording electrodes are fixed to a nonmagnetic cylindrical sleeve.

Claim 9

An assembly according to claim 1, wherein said openings are formed at positions along said recording electrodes.

Claim 10

An assembly according to claim 1, wherein said openings are formed not to be parallel to said recording electrodes.

Claim 11

An image forming apparatus with a recording head using a magnetic toner, comprising: moving magnetic field generating means; recording electrodes arranged in a direction perpendicular to a moving direction of a magnetic field generated by said moving magnetic field generating means; a wiring member, having openings through which toner is moved by a magnetic force of said moving magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers; recording electrode support means located between said recording electrodes and said moving magnetic field generating means, said recording electrode support means being adapted to support said recording electrodes and being arranged along said moving magnetic field generating means; and a recording member located opposite said recording electrodes, said recording member being adapted such that a toner image is formed thereon.

Claim 12

An image forming apparatus with a recording head using a magnetic toner, comprising: moving magnetic field generating means; recording electrodes arranged in a direction perpendicular to a moving direction of a magnetic field generated by said moving magnetic field generating means; a wiring member, having openings through which toner is moved by a magnetic force of said moving magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers; recording electrode support means located between said recording electrodes and said moving magnetic field generating means, said recording electrode support means being adapted to support said recording electrodes and being arranged along said moving magnetic field generating means; and a recording member located opposite said recording electrodes, said recording member being adapted such that a toner image is formed thereon.

Claim 13

An apparatus according to claim 10, wherein said wiring member comprises a flexible printed circuit board, said openings are formed in said flexible printed circuit board, and said conductive wires contour said openings and reach said recording electrodes.

Claim 14

An apparatus according to claim 10, wherein said openings are formed in a staggered form along a direction of said recording electrodes.

Claim 15

An apparatus according to claim 10, wherein said openings of said wiring member are defined by insulated conductive wires connecting said recording electrodes and said electrode drivers.

Claim 16

An apparatus according to claim 10, wherein said openings are located at a downstream side of said recording electrodes along a toner feed direction.

Claim 17

An apparatus according to claim 10, wherein said openings are located at an upstream side of said recording electrodes along a toner feed direction.

Claim 18

An apparatus according to claim 10, wherein said moving magnetic field generating means comprises a rotary magnet roller having opposite magnetic poles alternately formed along a circumferential direction thereof, and said recording electrode support means comprises a nonmagnetic cylindrical sleeve covering said rotary magnet roller.

Claim 19

An apparatus according to claim 10, wherein said openings are formed at positions along said recording electrodes.

Claim 20

An apparatus according to claim 10, wherein said openings are formed not to be parallel to said recording electrodes.

Claim 21

A magnetic head assembly using a magnetic toner, comprising: moving magnetic field generating means having opposite magnetic poles along a circumferential direction thereof and rotated about an axis thereof; recording electrodes arranged in a direction perpendicular to a moving direction of a magnetic field of said moving magnetic field generating means; a wiring member, having openings through which toner is moved by a magnetic force of said moving magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers; nonmagnetic recording electrode support means located between said recording electrodes and said moving magnetic field generating means, said recording electrode support means being adapted to support said recording electrodes and being arranged along said moving magnetic field generating means; and a toner vessel located below said recording electrode support means.

Claim 22

A magnetic head assembly using a magnetic toner, comprising: moving magnetic field generating means having opposite magnetic poles along a circumferential direction thereof and rotated about an axis thereof; recording electrodes arranged in a direction perpendicular to a moving direction of a magnetic field of said moving magnetic field generating means; a wiring member, having openings through which toner is moved by a magnetic force of said moving magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers; nonmagnetic recording electrode support means located between said recording electrodes and said moving magnetic field generating means, said recording electrode support means being adapted to support said recording electrodes and being arranged along said moving magnetic field generating means; and a toner vessel located below said recording electrode support means.

Claim 23

An apparatus according to claim 19, wherein said wiring member comprises a flexible printed circuit board, said openings are formed in said flexible printed circuit board, and said conductive wires contour said openings and reach said recording electrodes.

Claim 24

An apparatus according to claim 20, wherein said openings are formed in a staggered form along a direction of said recording electrodes.

Claim 25

An apparatus according to claim 19, wherein said openings of said wiring member are defined by insulated conductive wires connecting said recording electrodes and said electrode drivers.

Claim 26

An apparatus according to claim 19, wherein said openings are located at a downstream side of said recording electrodes along a toner feed direction.

Claim 27

An apparatus according to claim 19, wherein said openings are located at an upstream side of said recording electrodes along a toner feed direction.

Claim 28

An apparatus according to claim 19, wherein said recording electrodes are fixed on said nonmagnetic cylindrical sleeve.

Claim 29

An apparatus according to claim 19, wherein said openings are formed at positions along said recording electrodes.

Claim 30

An apparatus according to claim 19, wherein said openings are formed not to be parallel to said recording electrodes.

Claim 31

A recording head assembly using a magnetic toner, comprising: recording electrodes arranged in series; and a wiring member, having openings through which toner is moved by a magnetic force of magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers.

Claim 32

A recording head assembly using a magnetic toner, comprising: recording electrodes arranged in series; and a wiring member, having openings through which toner is moved by a magnetic force of magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers.

Claim 33

An image forming apparatus with a recording head using a magnetic toner, comprising: magnetic field generating means for conveying said toner; recording electrodes arranged in series; a wiring member, having openings through which toner is moved by a magnetic force of said magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers; recording electrode support means located between said recording electrodes and said magnetic field generating means, said recording electrode support means being adapted to support said recording electrodes and being arranged along said magnetic field generating means; and a recording member located opposite said recording electrodes, said recording member being adapted such that a toner image is formed thereon.

Claim 34

An image forming apparatus with a recording head using a magnetic toner, comprising: magnetic field generating means for conveying said toner; recording electrodes arranged in series; a wiring member, having openings through which toner is moved by a magnetic force of said magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers; recording electrode support means located between said recording electrodes and said magnetic field generating means, said recording electrode support means being adapted to support said recording electrodes and being arranged along said magnetic field generating means; and a recording member located opposite said recording electrodes, said recording member being adapted such that a toner image is formed thereon.

Claim 35

A magnetic head assembly using a magnetic toner comprising: magnetic field generating means having opposite magnetic poles along a circumferential direction thereof; recording electrodes arranged in a direction perpendicular to a direction of a magnetic field of said magnetic field generating means; a wiring member, having openings through which toner is moved by a magnetic force of said magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers; nonmagnetic recording electrode support means located between said recording electrodes and said magnetic field generating means, said recording electrode support means being adapted to support said recording electrodes and being arranged along said magnetic field generating means; and a toner vessel located below said recording electrode support means.

Claim 36

A magnetic head assembly using a magnetic toner comprising: magnetic field generating means having opposite magnetic poles along a circumferential direction thereof; recording electrodes arranged in a direction perpendicular to a direction of a magnetic field of said magnetic field generating means; a wiring member, having openings through which toner is moved by a magnetic force of said magnetic field generating means and conductive wires corresponding to said recording electrodes so as to electrically connect said recording electrodes with electrode drivers; nonmagnetic recording electrode support means located between said recording electrodes and said magnetic field generating means, said recording electrode support means being adapted to support said recording electrodes and being arranged along said magnetic field generating means; and a toner vessel located below said recording electrode support means.