Radiation image read-out apparatus

Claim 2

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on silver halide film, on which a radiation image has been recorded as a latent image, while said silver halide film is being passed through said automatic developing machine, and ii) a film digitizer, which is connected to said automatic developing machine such that it may directly receive said silver halide film having been fed out of said automatic developing machine, said film digitizer photoelectrically reading out said radiation image, which has been converted into a visible image during the developing process, from said silver halide film and thereby generating an image signal representing said radiation image.

Claim 3

An apparatus as defined in claim 1 wherein said film digitizer comprises a light source, which linearly irradiates light to said silver halide film having said visible image recorded thereon, and a line sensor located facing said light source with said silver halide film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said silver halide film.

Claim 4

An apparatus as defined in claim 1 wherein said silver halide film, on which said radiation image has been recorded as said latent image and which is to be fed into said automatic developing machine, is housed in a cassette, and said automatic developing machine is connected to an automatic cassette opener, which automatically opens said cassette, which then takes said silver halide film from said cassette, and which thereafter feeds said silver halide film into said automatic developing machine.

Claim 5

An apparatus as defined in claim 1 wherein said automatic developing machine is directly connected to a radiation image recording apparatus such that the silver halide film, on which the radiation image has been recorded as the latent image in said radiation image recording apparatus, may be directly fed from said radiation image recording apparatus into said automatic developing machine.

Claim 6

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on film, on which a radiation image has been recorded as a latent image, and ii) a film digitizer, which is connected to said automatic developing machine, said film digitizer photoelectrically reading out said radiation image from said film, which has been fed out of said automatic developing machine, wherein the improvement comprises the provision of a film orientation adjusting mechanism, which is located between said automatic developing machine and said film digitizer, said film orientation adjusting mechanism adjusting the orientation of said film, which has been fed out of said automatic developing machine, such that said film may be fed in a predetermined orientation into said film digitizer.

Claim 7

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on film, on which a radiation image has been recorded as a latent image, and ii) a film digitizer, which is connected to said automatic developing machine, said film digitizer photoelectrically reading out said radiation image from said film, which has been fed out of said automatic developing machine, wherein the improvement comprises the provision of a film orientation adjusting mechanism, which is located between said automatic developing machine and said film digitizer, said film orientation adjusting mechanism adjusting the orientation of said film, which has been fed out of said automatic developing machine, such that said film may be fed in a predetermined orientation into said film digitizer.

Claim 8

An apparatus as defined in claim 5 wherein said film orientation adjusting mechanism is provided with a guide plate for guiding said film, which has been fed out of said automatic developing machine, nip rollers for feeding said film along said guide plate into said film digitizer, and an adjusting lever for pushing said film on said guide plate against a stop plate and thereby adjusting the orientation of said film.

Claim 9

An apparatus as defined in claim 5 wherein said film orientation adjusting mechanism is provided with a plurality of oblique feed rollers for feeding said film, which has been fed out of said automatic developing machine, and simultaneously adjusting the orientation of said film.

Claim 10

An apparatus as defined in claim 5 wherein said film digitizer comprises a light source, which linearly irradiates light to said film having been fed out of said automatic developing machine, and a line sensor located facing said light source with said film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said film.

Claim 11

An apparatus as defined in claim 5 wherein said film, on which said radiation image has been recorded as said latent image and which is to be fed into said automatic developing machine, is housed in a cassette, and said automatic developing machine is provided with an automatic cassette opener, which automatically opens said cassette, which then takes said film from said cassette, and which thereafter feeds said film into said developing process.

Claim 12

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on film, on which a radiation image has been recorded as a latent image, and ii) a film digitizer, which is connected to said automatic developing machine, said film digitizer photoelectrically reading out said radiation image from said film, which has been fed out of said automatic developing machine, wherein the improvement comprises the provision of a corrosive gas inflow preventing mechanism for preventing corrosive gases, which are generated in said automatic developing machine, from flowing from said automatic developing machine into said film digitizer.

Claim 13

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on film, on which a radiation image has been recorded as a latent image, and ii) a film digitizer, which is connected to said automatic developing machine, said film digitizer photoelectrically reading out said radiation image from said film, which has been fed out of said automatic developing machine, wherein the improvement comprises the provision of a corrosive gas inflow preventing mechanism for preventing corrosive gases, which are generated in said automatic developing machine, from flowing from said automatic developing machine into said film digitizer.

Claim 14

An apparatus as defined in claim 10 wherein said corrosive gas inflow preventing mechanism comprises a pressure adjusting mechanism, which adjusts the pressure in said film digitizer such that it may be higher than the pressure in said automatic developing machine.

Claim 15

An apparatus as defined in claim 10 wherein said corrosive gas inflow preventing mechanism comprises an opening and closing mechanism, which is located between said automatic developing machine and said film digitizer.

Claim 16

An apparatus as defined in claim 10 wherein said corrosive gas inflow preventing mechanism comprises a pair of rollers, which are located between said automatic developing machine and said film digitizer, and a covering means, which covers the pair of said rollers.

Claim 17

An apparatus as defined in claim 10 wherein said corrosive gas inflow preventing mechanism comprises a flexible covering means, which is located between said automatic developing machine and said film digitizer.

Claim 18

An apparatus as defined in claim 10 wherein said film digitizer comprises a light source, which linearly irradiates light to said film having been fed out of said automatic developing machine, and a line sensor located facing said light source with said film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said film.

Claim 19

An apparatus as defined in claim 10 wherein said film, on which said radiation image has been recorded as said latent image and which is to be fed into said automatic developing machine, is housed in a cassette, and said automatic developing machine is provided with an automatic cassette opener, which automatically opens said cassette, which then takes said film from said cassette, and which thereafter feeds said film into said developing process.

Claim 20

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on film, on which a radiation image has been recorded as a latent image, and ii) a film digitizer, which is connected to said automatic developing machine, said film digitizer photoelectrically reading out said radiation image from said film, which has been fed out of said automatic developing machine, wherein the improvement comprises the provision of a discharging mechanism, which is located between said automatic developing machine and said film digitizer, said discharging mechanism eliminating electrostatic charges having accumulated on said film, which has been fed out of said automatic developing machine.

Claim 21

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on film, on which a radiation image has been recorded as a latent image, and ii) a film digitizer, which is connected to said automatic developing machine, said film digitizer photoelectrically reading out said radiation image from said film, which has been fed out of said automatic developing machine, wherein the improvement comprises the provision of a discharging mechanism, which is located between said automatic developing machine and said film digitizer, said discharging mechanism eliminating electrostatic charges having accumulated on said film, which has been fed out of said automatic developing machine.

Claim 22

An apparatus as defined in claim 17 wherein said discharging mechanism comprises a discharging brush, which comes into contact with the upper and lower surfaces of said film having been fed out of said automatic developing machine and grounds the electrostatic charges having accumulated on said film.

Claim 23

An apparatus as defined in claim 17 wherein said discharging mechanism comprises an ionic wind generating device, which generates an ionic wind and thereby forms an ionic atmosphere for eliminating the electrostatic charges having accumulated on said film fed out of said automatic developing machine.

Claim 24

An apparatus as defined in claim 17 wherein said film digitizer comprises a light source, which linearly irradiates light to said film having been fed out of said automatic developing machine, and a line sensor located facing said light source with said film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said film.

Claim 25

An apparatus as defined in claim 17 wherein said film, on which said radiation image has been recorded as said latent image and which is to be fed into said automatic developing machine, is housed in a cassette, and said automatic developing machine is provided with an automatic cassette opener, which automatically opens said cassette, which then takes said film from said cassette, and which thereafter feeds said film into said developing process.

Claim 26

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on silver halide film, on which a radiation image has been recorded as a latent image, while said silver halide film is being passed through said automatic developing machine, ii) a film digitizer, which is connected to said automatic developing machine such, that, it may directly receive said silver halide film having been fed out of said automatic developing machine, said film digitizer photoelectrically reading out said radiation image, which has been converted into a visible image during the developing process, from said silver halide film and thereby generating an image signal representing said radiation image, and iii) an ID terminal, from which ID information giving specifics about said radiation image is entered.

Claim 27

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on silver halide film, on which a radiation image has been recorded as a latent image, while said silver halide film is being passed through said automatic developing machine, ii) a film digitizer, which is connected to said automatic developing machine such, that, it may directly receive said silver halide film having been fed out of said automatic developing machine, said film digitizer photoelectrically reading out said radiation image, which has been converted into a visible image during the developing process, from said silver halide film and thereby generating an image signal representing said radiation image, and iii) an ID terminal, from which ID information giving specifics about said radiation image is entered.

Claim 28

An apparatus as defined in claim 22 wherein said film digitizer comprises a light source, which linearly irradiates light to said silver halide film having said visible image recorded thereon, and a line sensor located facing said light source with said silver halide film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said silver halide film.

Claim 29

An apparatus as defined in claim 22 wherein said silver halide film, on which said radiation image has been recorded as said latent image and which is to be fed into said automatic developing machine, is housed in a cassette, and said automatic developing machine is connected to an automatic cassette opener, which automatically opens said cassette, which then takes said silver halide film from said cassette, and which thereafter feeds said silver halide film into said automatic developing machine.

Claim 30

An apparatus as defined in claim 22 wherein said automatic developing machine is directly connected to a radiation image recording apparatus such that the silver halide film, on which the radiation image has been recorded as the latent image in said radiation image recording apparatus, may be directly fed from said radiation image recording apparatus into said automatic developing machine.

Claim 31

A radiation image read-out apparatus comprising: i) a take-out section, into which a cassette provided with an identification code for discriminating said cassette from other cassettes is fitted, said take-out section being provided with a means for taking silver halide film, which has been housed in said cassette fitted into said take-out section and on which a radiation image has been recorded as a latent image, out of said cassette, ii) a developing section for carrying out a developing process on said silver halide film, which has been taken out of said cassette, while said silver halide film is being passed through said developing section, iii) a read-out section for photoelectrically reading out said radiation image, which has been recorded on said silver halide film having passed through said developing section, from said silver halide film and thereby generating an image signal representing said radiation image, and iv) an ID terminal, from which ID information giving specifics about said radiation image is entered, wherein said take-out section is provided with a first reading means for reading said identification code provided on said cassette, which has been fitted into said take-out section, and said ID terminal is provided with a second reading means for reading said identification code provided on said cassette from said cassette.

Claim 32

A radiation image read-out apparatus comprising: i) a take-out section, into which a cassette provided with an identification code for discriminating said cassette from other cassettes is fitted, said take-out section being provided with a means for taking silver halide film, which has been housed in said cassette fitted into said take-out section and on which a radiation image has been recorded as a latent image, out of said cassette, ii) a developing section for carrying out a developing process on said silver halide film, which has been taken out of said cassette, while said silver halide film is being passed through said developing section, iii) a read-out section for photoelectrically reading out said radiation image, which has been recorded on said silver halide film having passed through said developing section, from said silver halide film and thereby generating an image signal representing said radiation image, and iv) an ID terminal, from which ID information giving specifics about said radiation image is entered, wherein said take-out section is provided with a first reading means for reading said identification code provided on said cassette, which has been fitted into said take-out section, and said ID terminal is provided with a second reading means for reading said identification code provided on said cassette from said cassette.

Claim 33

An apparatus as defined in claim 26 wherein said take-out section is provided with an automatic cassette opener, which automatically opens said cassette, which then takes said silver halide film from said cassette, and which thereafter feeds said silver halide film into said automatic developing section.

Claim 34

An apparatus as defined in claim 26 wherein said identification code is a bar code, and said first reading means and said second reading means are bar code readers.

Claim 35

An apparatus as defined in claim 26 wherein said read-out section is provided with a film digitizer, which comprises a light source for linearly irradiating light to said silver halide film having said visible image recorded thereon, and a line sensor located facing said light source with said silver halide film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said silver halide film.

Claim 36

Radiation image read-out apparatus comprising: i) a take-out section, into which a cassette is fitted, said cassette housing therein silver halide film, on which a radiation image has been recorded as a latent image and which is provided with an identification code for discriminating said silver halide film from other silver halide film, said take-out section being provided with a means for taking said silver halide film, which has been housed in said cassette fitted into said take-out section, out of said cassette, ii) a developing section for carrying out a developing process on said silver halide film, which has been taken out of said cassette, while said silver halide film is being passed through said developing section, iii) a read-out section for photoelectrically reading out said radiation image, which has been recorded on said silver halide film having passed through said developing section, from said silver halide film and thereby generating an image signal representing said radiation image, and iv) an ID terminal, from which the ID information giving specifics about said radiation image is entered, wherein each said cassette is provided with a window such that said identification code provided on said silver halide film, which has been housed in said cassette, can be read through said window from the exterior of said cassette, said take-out section is provided with a first reading means for reading said identification code provided on said silver halide film, and said ID terminal is provided with a second reading means for reading said identification code, which has been provided on said silver halide film, through the window of each said cassette.

Claim 37

Radiation image read-out apparatus comprising: i) a take-out section, into which a cassette is fitted, said cassette housing therein silver halide film, on which a radiation image has been recorded as a latent image and which is provided with an identification code for discriminating said silver halide film from other silver halide film, said take-out section being provided with a means for taking said silver halide film, which has been housed in said cassette fitted into said take-out section, out of said cassette, ii) a developing section for carrying out a developing process on said silver halide film, which has been taken out of said cassette, while said silver halide film is being passed through said developing section, iii) a read-out section for photoelectrically reading out said radiation image, which has been recorded on said silver halide film having passed through said developing section, from said silver halide film and thereby generating an image signal representing said radiation image, and iv) an ID terminal, from which the ID information giving specifics about said radiation image is entered, wherein each said cassette is provided with a window such that said identification code provided on said silver halide film, which has been housed in said cassette, can be read through said window from the exterior of said cassette, said take-out section is provided with a first reading means for reading said identification code provided on said silver halide film, and said ID terminal is provided with a second reading means for reading said identification code, which has been provided on said silver halide film, through the window of each said cassette.

Claim 38

An apparatus as defined in claim 30 wherein said take-out section is provided with an automatic cassette opener, which automatically opens said cassette, which then takes said silver halide film from said cassette, and which thereafter needs said silver halide film into said automatic developing section.

Claim 39

An apparatus as defined in claim 30 wherein said identification code is a bar code, and said first reading means and said second reading means are bar code readers.

Claim 40

An apparatus as defined in claim 30 wherein said read-out section is provided with a film digitizer, which comprises a light source for linearly irradiating light to said silver halide film having said visible image recorded thereon, and a line sensor located facing said light source with said silver halide film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said silver halide film.

Claim 41

A radiation image read-out apparatus comprising: i) a film digitizer for photoelectrically reading out a radiation image from silver halide film, on which said radiation image has been recorded, and thereby generating a first image signal representing said radiation image, ii) a card image reader for reading information from an ID card, on which said information has been recorded, said information being read as image information, and thereby generating a second image signal representing said information, and iii) an automatic developing machine for carrying out a developing process on said silver halide film, on which said radiation image has been recorded as a latent image, while said silver halide film is being passed through said automatic developing machine, wherein said film digitizer is connected to said automatic developing machine such that asid film digitizer may directly receive said silver halide film having been fed out of said automatic developing machine.

Claim 42

A radiation image read-out apparatus comprising: i) a film digitizer for photoelectrically reading out a radiation image from silver halide film, on which said radiation image has been recorded, and thereby generating a first image signal representing said radiation image, ii) a card image reader for reading information from an ID card, on which said information has been recorded, said information being read as image information, and thereby generating a second image signal representing said information, and iii) an automatic developing machine for carrying out a developing process on said silver halide film, on which said radiation image has been recorded as a latent image, while said silver halide film is being passed through said automatic developing machine, wherein said film digitizer is connected to said automatic developing machine such that asid film digitizer may directly receive said silver halide film having been fed out of said automatic developing machine.

Claim 43

An apparatus as defined in claim 34 wherein said film digitizer comprises a light source, which linearly irradiates light to said silver halide film having said visible image recorded thereon, and a line sensor located facing said light source with said silver halide film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said silver halide film.

Claim 44

An apparatus as defined in claim 34 wherein said silver halide film, on which said radiation image has been recorded as said latent image and which is to be fed into said automatic developing machine, is housed in a cassette, and said automatic developing machine is connected to an automatic cassette opener, which automatically opens said cassette, which then takes said silver halide film from said cassette, and which thereafter feeds said silver halide film into said automatic developing machine.

Claim 45

An apparatus as defined in claim 34 wherein said automatic developing machine is directly connected to a radiation image recording apparatus such that the silver halide film, on which the radiation image has been recorded as the latent image in said radiation image recording apparatus, may be directly fed from said radiation image recording apparatus into said automatic developing machine.

Claim 46

A radiation image read-out apparatus comprising: i) a film digitizer for photoelectrically reading out a radiation image from film, on which said radiation image has been recorded and on which a developing process has been carried out, and thereby generating an image signal representing said radiation image, ii) an ID information input terminal, from which ID information giving specifics about said radiation image is entered and which generated an ID signal representing said ID information, and iii) an ID information output terminal for printing said ID information in accordance which said ID signal.

Claim 47

A radiation image read-out apparatus comprising: i) a film digitizer for photoelectrically reading out a radiation image from film, on which said radiation image has been recorded and on which a developing process has been carried out, and thereby generating an image signal representing said radiation image, ii) an ID information input terminal, from which ID information giving specifics about said radiation image is entered and which generated an ID signal representing said ID information, and iii) an ID information output terminal for printing said ID information in accordance which said ID signal.

Claim 48

An apparatus as defined in claim 38 wherein said film digitizer comprises a light source, which linearly irradiates light to said film having said radiation image recorded thereon and having been subjected to said developing process, and a line sensor located facing said light source with said film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said film.

Claim 49

An apparatus as defined in claim 38 wherein said film digitizer is connected to an automatic developing machine for carrying out said developing process on said film, on which said radiation image has been recorded as a latent image, while said film is being passed through said automatic developing machine.

Claim 50

An apparatus as defined in claim 40 wherein said film, on which said radiation image has been recorded as said latent image and which is to be fed into said automatic developing machine, is housed in a cassette, and said automatic developing machine is connected to an automatic cassette opener, which automatically opens said cassette, which then takes said film from said cassette, and which thereafter feeds said film into said automatic developing machine.

Claim 51

An apparatus as defined in claim 40 wherein said automatic developing machine is directly connected to a radiation image recording apparatus such that the film, on which the radiation image has been recorded as the latent image in said radiation image recording apparatus, may be directly fed from said radiation image recording apparatus into said automatic developing machine.

Claim 52

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on film, on which a radiation image has been recorded as a latent image, while said film is being passed through said automatic developing machine, ii) a film digitizer for photoelectrically reading out said radiation image, which has been recorded on said film having passed through said developing machine, from said film and thereby generating an image signal representing said radiation image, iii) an ID information input terminal, from which the ID information giving specifics about said radiation image is entered and which generates an ID signal representing said ID information, and iv) an ID information recording means for recording a pattern of said ID information on said film in accordance with said ID signal before the developing process is carried out on said film.

Claim 53

A radiation image read-out apparatus comprising: i) an automatic developing machine for carrying out a developing process on film, on which a radiation image has been recorded as a latent image, while said film is being passed through said automatic developing machine, ii) a film digitizer for photoelectrically reading out said radiation image, which has been recorded on said film having passed through said developing machine, from said film and thereby generating an image signal representing said radiation image, iii) an ID information input terminal, from which the ID information giving specifics about said radiation image is entered and which generates an ID signal representing said ID information, and iv) an ID information recording means for recording a pattern of said ID information on said film in accordance with said ID signal before the developing process is carried out on said film.

Claim 54

An apparatus as defined in claim 43 wherein said film digitizer comprises a light source, which linearly irradiates light to said film having passed through said developing machine, and a line sensor located facing said light source with said film intervening therebetween, said line sensor detecting the light, which has been produced by said light source and has passed through said film.

Claim 55

An apparatus as defined in claim 43 wherein said film, on which said radiation image has been recorded as said latent image and which is to be fed into said automatic developing machine, is housed in a cassette, and said automatic developing machine is connected to an automatic cassette opener, which automatically opens said cassette, which then takes said film from said cassette, and which thereafter feeds said film into said automatic developing machine.

Claim 56

An apparatus as defined in claim 43 wherein said automatic developing machine is directly connected to a radiation image recording apparatus such that the film, on which the radiation image has been recorded as the latent image in said radiation image recording apparatus, may be directly fed from said radiation image recording apparatus into said automatic developing machine.