Reader-printer

Claim 2

A reader-printer of the type which is adapted to project a recorded image of a microfilm on a screen and to print the image on a sheet of paper by projecting the image on a photosensitive medium, said reader-printer comprising: a first specifying means for specifying a first area to be printed on the paper from an image projected on said screen; a second specifying means for specifying a second area located in a position different from that of said first area specified by said first specifying means; a detection means for detecting the positional relationship between said first and second areas; a shift means responsive to said detection means for shifting the projected image of said microfilm in the longitudinal and transverse directions with respect to said paper; and an image forming means for forming the image defined within said first area on said paper in a position corresponding to said second area.

Claim 3

The reader-printer of claim 1, wherein said first specifying means is constituted by an area specifying member in the form of a transparent sheet attached coextensively on said screen and adapted to produce signals corresponding to the positions where said sheet is pressed for selection of said area.

Claim 4

The reader-printer of claim 2, wherein said area specifying member is provided with a couple of insulating transparent films each having a multitude of conductive wires laid thereon in a predetermined pitch, the conductive wire sides of said films being overlapped one on the other through spacers with the conductive wires on one film disposed perpendicularly to the conductive wires on the other film to form a matrix-like contact group.

Claim 5

The reader-printer of claim 2, wherein said area specifying member is provided with a couple of transparent films each having a transparent resistor film on the surface thereof, the resistor film sides of said transparent films being overlapped one on the other through spacers.

Claim 6

The reader-printer of claim 2, wherein said first specifying means is adapted to set as said first area a rectangular area having a diagonal line coinciding with a segment connecting two specified points on said screen.

Claim 7

The reader-printer of claim 1, wherein said second specifying means is adapted to set, on the basis of one specified point on said screen, a second area same as said first area in size but different from the latter in location.

Claim 8

The reader-printer of claim 1, wherein said image forming means forms a positive image on said paper no matter whether said microfilm is a negative or positive film.

Claim 9

The reader-printer of claim 7, wherein said image forming means is provided with means for checking whether said microfilm is a positive or negative film.

Claim 10

The reader-printer of claim 7, wherein said image forming means is provided with blocking members for partially masking the microfilm image to be projected on said photosensitive medium according to the setting of said second area when said microfilm is a negative film.

Claim 11

The reader-printer of claim 7, wherein said image forming means is provided with means for partially irradiating said photosensitive medium with light according to the setting of said second area when said microfilm is a positive film.

Claim 12

The reader-printer of claim 1, further comprising a developing means located in the vicinity of said photosensitive medium, means for applying a bias voltage to said developing means, and means for controlling the operation of said bias voltage applying means according to the setting of said second area.

Claim 13

The reader-printer of claim 1, wherein said shift means is provided with a carrier for holding said microfilm and means for moving said carrier in two perpendicularly intersecting directions.

Claim 14

The reader-printer of claim 1, wherein said shift means is provided with means for reciprocating an elongated microfilm in a predetermined direction, and means for moving said film reciprocating means in a direction perpendicular to the reciprocating movement of said microfilm.

Claim 15

The reader-printer of claim 1, further comprising means for varying the magnification rate of microfilm image projection, and means for controlling said magnification varying means by comparison of dimensions of said first and second areas.

Claim 16

The reader-printer of claim 14, wherein said magnification varying means incorporates a zoom lens for steplessly varying said magnification rate.

Claim 17

A reader-printer of the type which is adapted to project a recorded image of a microfilm on a screen and to print the image on a sheet of paper by projecting the image on a photosensitive medium, said reader-printer comprising: a transparent coordinate input means mounted on the front side of said screen and adapted to produce coordinate signals corresponding to pressed positions; an area setting means operable in a first mode of setting a first area t be printed from a projected image on said screen according to said coordinate signals from said coordinate input means and second mode of setting a second area for forming an image on the paper; means for specifying the mode of said area setting means; means for detecting the positional relationship between said first and second areas; a shift means for shifting the image of said microfilm in the longitudinal and transverse directions of said paper according to the results of operation of said detection means; and means for forming the image defined within said first area on said paper in a position corresponding to said second area.

Claim 18

A reader-printer of the type which is adapted to project a recorded image of a microfilm on a screen and to print the image on a sheet of paper by projecting the image on a photosensitive medium, said reader-printer comprising: a transparent coordinate input means mounted on the front side of said screen and adapted to produce coordinate signals corresponding to pressed positions; an area setting means operable in a first mode of setting a first area t be printed from a projected image on said screen according to said coordinate signals from said coordinate input means and second mode of setting a second area for forming an image on the paper; means for specifying the mode of said area setting means; means for detecting the positional relationship between said first and second areas; a shift means for shifting the image of said microfilm in the longitudinal and transverse directions of said paper according to the results of operation of said detection means; and means for forming the image defined within said first area on said paper in a position corresponding to said second area.

Claim 19

The reader-printer of claim 16, where in said coordinate input means is provided with a couple of insulating transparent films each having a multitude of conductive wires laid thereon in a predetermined pitch, the conductive wire sides of said films being overlapped one on the other through spacers with the conductive wires on one film disposed perpendicularly to the conductive wires on the other film to form a matrix-like contact group.

Claim 20

The reader-printer of claim 16, wherein said coordinate input means is provided with a couple of transparent films each having a transparent resistor film on the surface thereof, the resistor film sides of said transparent films being overlapped one on the other through spacers.

Claim 21

The reader-printer of claim 16, wherein said area setting means is adapted to set as said first area a square area having a diagonal line coinciding with a segment connecting two points specified by coordinate signals from said coordinate input means.

Claim 22

The reader-printer of claim 16, wherein said area setting means is adapted to set, on receipt of a coordinate signal of one point from said coordinate input means, a second area same as said first area in size but different from the latter in location.

Claim 23

The reader-printer of claim 16, wherein said image forming means is adapted to form a positive image on said paper no matter whether said microfilm is a negative or positive film.

Claim 24

The reader-printer of claim 21, wherein said image forming means is provided with means for checking whether said microfilm is a positive or negative film.

Claim 25

The reader-printer of claim 21, wherein said image forming means is provided with light masking member for partially blocking the microfilm image to be projected on said photosensitive medium according to the setting of said second area when said microfilm is a negative film.

Claim 26

The reader-printer of claim 21, wherein said image forming means is provided with means for partially irradiating said photosensitive medium with light according to the setting of said second area when said microfilm is a positive film.

Claim 27

The reader-printer of claim 16, wherein said image forming means further comprises a developing means located in the vicinity of said photosensitive medium, means for applying a bias voltage to said developing means, and means for controlling the operation of said bias voltage applying means according to the setting of said second area.

Claim 28

The reader-printer of claim 16, wherein said shift means is provided with a carrier for holding said microfilm and means for moving said carrier in two perpendicularly intersecting directions.

Claim 29

The reader-printer of claim 16, wherein said shift means is provided with means for reciprocating an elongated microfilm in a predetermined direction, and means for moving said film reciprocating means in a direction perpendicular to the reciprocating movement of the microfilm.

Claim 30

The reader-printer of claim 16, further comprising means for varying the magnification rate of microfilm image projection, and means for controlling said magnification varying means by comparison of dimensions of said first and second areas.

Claim 31

The reader-printer of claim 28, wherein said magnification varying means incorporates a zoom lens for steplessly varying said magnification rate.

Claim 32

A reader-printer of the type which is adapted to project a recorded image of a microfilm on a screen and to print the image on a sheet of paper by projecting the image on a photosensitive medium, said reader-printer comprising: a first specifying means for specifying a first area to be printed on the paper from an image projected on said screen; a second specifying means for specifying a second area located in a position different from that of said first area specified by said first specifying means; a detection means for detecting the positional relationship between said first and second areas; an image shift means responsive to said detection means for shifting the projecting image of said microfilm in a direction perpendicular to the direction of transport of the paper; a paper transport control means responsive to said detection means for controlling a paper transport operation; and an image forming means for forming the image defined within said first area on the paper in a position corresponding to said second area.

Claim 33

A reader-printer of the type which is adapted to project a recorded image of a microfilm on a screen and to print the image on a sheet of paper by projecting the image on a photosensitive medium, said reader-printer comprising: a first specifying means for specifying a first area to be printed on the paper from an image projected on said screen; a second specifying means for specifying a second area located in a position different from that of said first area specified by said first specifying means; a detection means for detecting the positional relationship between said first and second areas; an image shift means responsive to said detection means for shifting the projecting image of said microfilm in a direction perpendicular to the direction of transport of the paper; a paper transport control means responsive to said detection means for controlling a paper transport operation; and an image forming means for forming the image defined within said first area on the paper in a position corresponding to said second area.

Claim 34

The reader-printer of claim 30, wherein said first specifying means is constituted by an area specifying member in the form of a transparent sheet attached coextensively on said screen and adapted to produce signals corresponding to the positions where said transparent sheet is pressed for selection of the area.

Claim 35

The reader-printer of claim 30, wherein said second the form of a transparent sheet attached coextensively on said screen and adapted to produce signals corresponding to the positions where said transparent sheet is pressed for selection of the area.

Claim 36

A reader-printer of the type which is adapted to project a recorded image of a microfilm on a screen and to print the image on a sheet of paper by projecting the same on a photosensitive medium, said reader-printer comprising: a first specifying means for specifying a first area to be printed on the paper from an image projected on said screen; a second specifying means for specifying a second area located in a position different from that of said first area specified by said first specifying means; a first detection means for detecting the positional relationship between said first and second areas; a second detection means for detecting the dimensional relationship between said first and second areas; a magnification varying means responsive to said second detection means for varying the magnification rate of the microfilm projection; a shift means responsive to said first and second detection means for shifting the projecting image of said microfilm in the longitudinal and transverse directions with respect to the paper; and an image forming means for forming the image defined within said first area on the paper corresponding to said second area.

Claim 37

A reader-printer of the type which is adapted to project a recorded image of a microfilm on a screen and to print the image on a sheet of paper by projecting the same on a photosensitive medium, said reader-printer comprising: a first specifying means for specifying a first area to be printed on the paper from an image projected on said screen; a second specifying means for specifying a second area located in a position different from that of said first area specified by said first specifying means; a first detection means for detecting the positional relationship between said first and second areas; a second detection means for detecting the dimensional relationship between said first and second areas; a magnification varying means responsive to said second detection means for varying the magnification rate of the microfilm projection; a shift means responsive to said first and second detection means for shifting the projecting image of said microfilm in the longitudinal and transverse directions with respect to the paper; and an image forming means for forming the image defined within said first area on the paper corresponding to said second area.

Claim 38

The reader-printer of claim 33, wherein said magnification varying means incorporates a zoom lens operable to steplessly vary said magnification rate of the microfilm projection.