Image recording apparatus

Abstract: An image recording apparatus in which an image is initially recorded on a flexible photosensitive material (S) and is then pressure transferred to an image-receiving material (C). The drives for the image recording and the pressure transferring (322) are separated so as to reduce the mechanical effect on the imaging either by putting the imaging in a separate unit or by providing separate drives. The supply of photosensitive material from a roll is deflected to a discard bin (331) when the cut length is less than a recording minimum but all action is stopped if the cut length is less than a conveyable minimum. The photosensitive material (S) and the image-receiving material (C) are separated by a pawl (327) controllably swinging into the path of the two material after the pressure transferring operation.

Description: BACKGROUND OF THE INVENTION Field of the Invention This invention relates to an image recording apparatus which uses a photosensitive material formed by coating a support with a substance with which an image formed through optical exposure is fixed under pressure. Background of the Invention One example of an image recording material utilizing microcapsules containing photosensitive composites has been disclosed, for instance, by Japanese Patent Application (OPI) No. 179836/1982 (the term "OPI" as used herein means "an unexamined Japanese published application). The image recording material is made up of a layer of capsules having synthetic macromolecular resin walls and containing a vinyl compound, a photo-polymerization initiator and a colorant precursor formed on a support. In a image recording method using the image recording material, the image recording material is optically exposed so that the microcapsules are selectively hardened according to an image to be formed. The microcapsules which have not been hardened are broken by pressure so that the colorant precursor discharged therefrom forms a colored image. An image recording apparatus employing such an image recording material is also described in US-A-4448516. This document describes an apparatus for use with such a particular image recording material including means for forming an image on the photosensitive material; means for treating the exposed photosensitive material by pressure; and drive means for said pressure treating means. This method is advantageous in that an image of high picture quality can be obtained by a simple dry treatment. However, the image recording material shows much lower photosensitivity than a material which utilizes silver halide. A novel recording material which, eliminating the above-described difficulty, shows high photosensitivity and can provide an image high in picture quality has been disclosed by the specification of Japanese Patent Application (OPI) No. 275,742/1986, filed by the present applicant. The recording material is formed by coating at least photosensitive silver halide, reducing agent, polymerizing compound and color image forming material on a support. The polymerizing compound and the color image forming material form a photosensitive composite in one and the same microcapsule. An image recording method of recording images with this photosensitive material has been disclosed by Japanese Patent Application (OPI) No. 278,849/1986 filed by the present applicant. In the method, the photosensitive material is subjected to optical exposure to form a latent image therein and is then heated for developing the latent image. As a result, the polymerizing compound in a part or parts of the photosensitive material where the latent image has been formed is polymerized to form a macromolecular compound to harden the microcapsules. Under this condition, the photosensitive material thus treated is stacked under pressure on an image-receiving material which has an image-receiving layer onto which the color image forming material can be transferred. As a result, at least some of the microcapsules at a part or parts of the photosensitive material where no latent image has been formed are broken so that the color image forming material is transferred onto the image-receiving material to obtain the image thereon. An image recording apparatus for automatically practicing the above-described image recording method has been disclosed, for instance, by the specification of Japanese Patent Application No. 51,896/1986, filed by the present applicant. Fig. 1 is a sectional view of image recording apparatus of this reference. The apparatus comprises an upper unit 3 and a lower unit 4. The upper unit 3 is an exposing device and accommodates an image-forming optical system 200. The lower unit 4 incorporates an exposed photosensitive material roll 26, a thermal developing device 40 and a transferring device 88. A photosensitive material S is pressed while being conveyed in the lower unit 4. However, the apparatus suffers from the following difficulty. Because of the synergistic effect of the installation accuracy of the image-forming optical system 200 in the upper unit 3, the installation accuracy of the exposed photosensitive material supporting roll 26 in the lower unit 4, and the assembly accuracy of the upper and lower units 3 and 4, the image-forming focusing position of the optical system sometimes greatly varies from the position of the photo-sensitive material S supported by the exposed photosensitive material supporting roll 26. Therefore, the image formed thereon through optical exposure is not distinct, being not accurately focused thereon, and the resultant record is low in picture quality. Furthermore, in the conventional image recording apparatus of Japanese Patent Application No. 51896/1986, in order to prevent an increase of the size and to simplify the construction, the processing devices and the conveying means are driven by one and the same drive source, so that the variations of the loads of the processing devices and the conveying means are transmitted to one another through the drive system. This tendency is significant in the pressure transferring device. That is, in the pressure transferring device, the photosensitive material and the image-receiving sheet piled one on another are pressurized at 200 kg/cm² or higher by a pair of pressurizing rolls. Therefore, when the photosensitive material and the image receiving sheet go into and come out of the pressurizing rolls, a great impact is exerted on the transferring device so that the device is vibrated and the speed of rotation of the rolls is changed. The variation of the load of the pressurizing rolls is transmitted through the drive source to the exposing device. As a result, in the exposing device the original scanning speed and the photosensitive material conveying speed are changed thus adversely affecting the optical exposure. SUMMARY OF THE INVENTION Accordingly, a general object of this invention is to eliminate the above-described difficulties accompanying a conventional image recording apparatus. A first specific object of this invention is to provide an image recording apparatus in which an image-forming optical system and an exposed photosensitive material supporting roll are positioned with high accuracy so that the focal point of the optical system is maintained on the photosensitive material at all times. A second specific object of the invention is to provide an image recording apparatus in which the operation of the exposing device is free from the load variation caused in the pressure transferring device and in which the optical exposure is achieved accurately with the original scanning speed and the photosensitive material conveying speed maintained constant. The foregoing objects of the invention have been achieved by the provision of an image recording apparatus, comprising a first unit for forming an image on a photosensitive material coated on a support, the first unit including an image forming system, and supporting means for supporting and conveying the support at an area where the photosensitive material is exposed; and a second unit for treating the exposed photosensitive material by pressure; wherein the units are detachably joinable to each other, the second unit including first driving means for driving the supporting means, the driving means and the supporting means being mechanically engaged when the first and second units are joined together. As the exposed photosensitive material supporting roll and the image-forming optical system are built in one and the same unit (as an optical exposure device), the accuracy in position of the optical system and the supporting roll is increased. Thus the image of an original can be formed distinctly on the photosensitive material. As was described above, the exposed photosensitive material supporting roll is driven by the drive source which is provided outside the apparatus so as to convey the photosensitive material. Therefore, the photosensitive material is conveyed by the exposed photosensitive material supporting roll at the same speed as it is conveyed in the preceding or following processing steps. According to the invention, the image recording device comprises an optical exposing device having both original scanning means and a photosensitive material conveying means and a pressure transferring device having a pair of pressurizing rolls which are abutted against each other under pressure. The exposing device and the transferring device are driven by respective drive sources. As was described above, the exposing device and the transferring device are driven by their own drive sources. Therefore, even if the load of the transferring device's drive source is varied by the impact which occurs in the transferring device, the exposing device's drive source can drive the exposing device without being affected by the load variation. The original scanning means and the photosensitive material conveying means are operated at a predetermined speed. Thus, in the exposing device, the optical exposure is performed accurately without being adversely affected by the transferring device. In the present specification, the term "photosensitive material" as used herein is intended to mean a material which is subjected to optical exposure to form a latent image thereon and is then developed to form the latent image. Preferably, the development is by pressure. In this connection, a method may be employed in which prior to the pressure application, the photosensitive material is subjected to thermal developing or wet developing. One example of such a photosensitive material, in which the polymerizing compound is hardened through optical exposure according to an image to be recorded and the image is developed by pressure, has been disclosed by Japanese Patent Application (OPI) No. 179,836/1982, filed by the present applicant. The photosensitive material is made up of a layer of synthetic macromolecular resin wall capsules containing vinyl compound, photopolymerization initiator and colorant precursor formed on a support. The specifications of Japanese Patent Application (OPI) No. 278,849 and Japanese Patent Application No. 53,811/1986 have disclosed examples of photosensitive material of the type in which a latent image is formed on a silver halide layer by optical exposure and is developed by heating. After the polymerizing compound is hardened in synchronization with thermal developing operation, a visible image is obtained by application of pressure to the photosensitive material. In the case of the former photosensitive material disclosed by Japanese Patent Application (OPI) No. 278,849/1986, after the photosensitive material is subjected to thermal developing, the color image forming material is transferred onto an image-receiving material having an image-receiving layer so that the image is formed on the image-receiving material. The support of the photosensitive material is coated at least with a photosensitive silver halide, a reducing agent, a polymerizing compound and a color image forming material, at least the polymerizing compound and the color image forming being contained in the same capsule. In the latter photosensitive material disclosed by Japanese Patent Application No. 53,881/1986, an image is formed on the photosensitive material without using the image-receiving material. More specifically, the photosensitive material is made up of a photosensitive layer of the silver halide, the reducing agent, the polymerizing compound and two kinds of materials which show a coloring action when contacted. The photosensitive layer is formed on a support. One of the two kinds of coloring action materials together with the polymerizing compound is contained in microcapsules and the other is outside the microcapsules containing the polymerizing compounds. An example of an thermally developing photosensitive material has been disclosed by Japanese Patent Application (OPI) No. 58,543/1983 entitled "Thermal Developing Color Photosensitive Material". The photosensitive material comprises a support and an overlying layer. The overlying layer includes a photosensitive silver halide, an organic silver salt oxidizing agent, a binder, and pigment supplying material formed on the support. The pigment supplying material is reductive with the photosensitive silver halide and/or organic silver salt oxidizing agent and acts with the photosensitive silver halide and/or organic silver salt oxidizing agent when heated, to discharge hydrophilic pigment. Such a thermal developing photosensitive material, when subjected to optical exposure and then to thermal developing, simultaneously provides a silver image in its exposed region and the movable hydrophilic pigment in the region of the silver image. In other words, when the thermal developing photosensitive material is exposed to light to form a latent image and heated for developing the latent image, then an oxidation-reduction reaction takes place between the organic silver salt oxidizing agent and the reductive pigment supplying material with the photosensitive silver halide exposed as catalyst. As a result, a silver image is formed on the exposed region. In this operation, the pigment supplying material is oxidized into an oxidant by the organic silver salt oxidizing agent. The oxidant cleaves in the presence of a pigment discharge assistant, thus discharging movable hydrophilic pigment. Thus, the silver image and the movable hydrophilic pigment are obtained in the region exposed to light. This pigment is transferred onto the image-receiving material to form a color image thereon. Another example of the thermal developing photosensitive material has been disclosed, for instance, by Japanese Patent Application (OPI) No. 152,440/1984 entitled "Image Forming Methods". The thermal developing photosensitive material is made up of a support, and a photosensitive layer on the support which contains at least photosensitive silver halogenide, binder and non-movable pigment supplying material which is reductive and which discharges movable hydrophilic pigment generally when heated but not when reacted with the photosensitive silver halogenide. The thermal developing photosensitive material, when exposed to light to form a latent image and then heated to develop it, provides a silver image in its region exposed and hydrophilic pigment movable in the other region. Other examples of the photosensitive material are color diffusion transfer photosensitive materials which have been disclosed by U.S. Patent Nos. 3,362,821, 3,485,628, 3,415,644, 3,415,645, 3,573,043, 3,594,164, 3,594,165, 3,698,896, 3,628,952, 3,728,113, 3,907,563, 4,076,529, 4,199,354, 3,928,312, 4,135,929, 4,053,312, 4,198,235, 4,336,322, 4,139,379, 4,199,354, 4,421,846; UK Patent Nos. 1,496,363 and 2,090,090; Research Disclosure Nos. 13024 (1975), 15157 and 15162 (1976); and Japanese Patent Application (OPI) Nos. 130927/1979, 142530/1981, 164342/1981, 119345/1982, 37646/1983 and 37645/1983. The color diffision transfer photosensitive material is made up of an image providing layer contained at least one silver halide emulsion layer combined with pigmet image forming material coated on a support. The image providing layer is subjected to optical exposure to form a latent image and is then caused to contact alkaline treatment solution to develop it. The diffusible pigment distributed according to the image or at least part of its precursor is transferred through diffusion onto the image-receiving layer which is laid or to be laid on the image providing layer, to form a colour image. The image recording apparatus according to the invention includes a thermal developing device when the photosensitive material is of the type that a thermal developing operation is carried out before the image is fixed by pressure. On the other hand, it includes no thermal developing device when the photosensitive material is of the type not requiring a thermal developing operation. Furthermore, in the case employing the photo sensitive materials of the type that no image-receiving material is used and the image is fixed by pressure, a conveying mechanism for supplying the image-receiving material to the apparatus and taking it out of the apparatus is eliminated from the apparatus. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a sectional view showing the arrangement of an example of a conventional image recording apparatus. Fig. 2 is a sectional view showing the arrangement of an image recording apparatus according to this invention. Fig. 3 is an explanatory diagram outlining an operating panel. Fig. 4 is an explanatory diagram showing a display section. DETAIL DESCRIPTION OF THE PREFERRED EMBODIMENT The present invention will be described with reference to the case where a photosensitive material is subjected to thermal developing prior to pressure transferring. Fig. 2 is a sectional view of an image recording apparatus according to the invention, which is made up of the upper unit 3 and the lower unit 4. An image-forming optical system 200 and an exposed material supporting roll 26 are arranged in the upper unit 3. In the image-forming optical system 200, an illuminating lamp 208 and mirrors 210, 212 and 214 scan the lower surface of an original supporting glass plate 2 as one scanning unit. The scanned light is received by an assembly 216 of an image forming lens and a filter unit. Mirrors 218 and 220 are moved by a half (1/2) of the scanning distance of the scanning unit including the illuminating lamp 208 etc. The scanned light is finally received by a stationary mirror 222. An exposed material supporting roll 26 is provided below the optical system 200. More specifically, the roll 26 is provided below a partition wall 224 between the upper and lower units 3 and 4 in such a manner that it is rotatably supported on the side walls of the upper unit 3. An opening 228 is formed in the partition wall 224 so that the optical axis 226 of the image-forming optical system 200 extends through the opening 228. The opening 228 is provided with a shutter device 240. A thermal developing device 40 and a pressure transferring device 88 are provided in the lower unit 4. A photosensitive material S is processed while being conveyed in the lower unit 4 by a conveying device which is driven through a chain 8 by a photosensitive material conveying device drive source 5. The exposed material supporting roll 26 has a gear 6 in such a manner that the gear 6 is coaxial with the roll 26. Similarly, the drive source 5 is provided with a gear 7 in such a manner that the gear 7 of the drive source 5 is coaxial with the drive source 5. When the upper unit 3 and the lower unit 4 are joined together, the gears 6 and 7 are engaged with each other so that the driving force of the drive source 5 is transmitted to the supporting roll 26. When the upper unit 3 and the lower unit 4 are put together as was described above, the exposed material supporting roll 26 is shielded from external light. A photosensitive material cartridge 14 is detachably mounted on the left side of a housing 1. The catridge 14 incorporated a photosensitive material roll 12, i.e., a roll of photosensitive material S. The cartridge 14 has an outlet 16 for the photosensitive material S. At the outlet 16, a pair of photosensitive material feeding rolls 22 are housed in a magazine connect dark box 20 and operate so that the photosensitive material S wound on the roll 12 is fed by a predetermined length at a predetermined time. When the front end of the photosensitive material S approaches the photosensitive material feeding rolls 22, the feeding rolls 22 are moved away from each other as indicated by the phantom lines, to allow the photosensitive material S to pass with ease. A cutter unit 23 for cutting the photosensitive material S and a guide board 24 are arranged forwardly of the magazine connect dark box 20 (the term "forwardly" as used herein is intended to mean "downstream or in the direction of movement" of the photosensitive material or the like). The aforementioned exposed material supporting roll 26 and two nip rolls 28 and 30 abutted against the supporting roll 26 are arranged forwardly of the guide board 24. The photosensitive material S, being guided by the guide board 24, is brought into close contact with the supporting roll 26 by the nip rolls 28 and 30 so that, at a position 32 between the nip rolls 28 and 30, the photosensitive material S is subjected to exposure. That is, the image of the original is formed on the photosensitive material S by the image-forming optical system 200. The thermal developing device 40 is disposed forwardly of the exposed material supporting roll 26. The thermal developing device 40 is used to heat the exposed photosensitive material S to develop the image, as is well known in the art. The thermal developing device 40 includes a heat insulation developing housing 42, a heating roll 44 heated to about 120°C and four belt supporting rolls 46, 47, 48 and 49. An endless belt 50 is supported by the four belt supporting rolls 46, 47, 48 and 49 and is wound on the heating roll 44 through about 270°. A nip roll 52 abuts against the supporting roll 49 under a pressure. Those components 44, 46, 47, 48, 49, 50 and 52 are accommodated in the insulted housing 42. The thermal developing device 50 further comprises a guide 54 for guiding the photosensitive material S from the exposed material supporting roll 26 to the heating roll 44 and for separating the photosensitive material S heated and developed from the heating roll 44. Further, a vertical guide 58 guides to an outlet 56 the photosensitive material S which has been developed and conveyed by the supporting roll 49 and the nip roll 52. A sensor 60 located at the outlet 56 detects the front end of the photosensitive material. Right below the outlet 56, a photosensitive material and image-receiving-sheet piling device 70 is provided which comprises a pair of abutment rolls 62 and 64; a nip roll 66 abutted against the abutment roll 64; and a guide member 68 for guiding the photosensitive material S to the nip region of the rolls 62 and 64. An image-receiving-sheet supplying device 72 is disposed on the right side of the photosensitive material and image-receiving-sheet piling device 70. The image-receiving-sheet supplying device 72 is constructed as follows. An image-receiving-sheet supplying cassette 74 is detachably inserted into the housing 1 in such a manner that it protrudes from the housing 1. An image-receiving-sheet feeding roll 76 supplies image receiving sheets C from the cassette 74. A guide board 78 guides each sheet C supplied through the feeding roll 76 to the nip region of the abutment roll 64 and the nip roll 66. The width of the image receiving sheet C is smaller by about 6 mm than that of the photosensitive material S. The image receiving sheet C and the photosensitive material S are placed one on another by the photosensitive material and image-receiving-sheet piling device 70 in such a manner that the image receiving sheet C is at the center of the photosensitive material S. A transferring device 88 is provided below the piling device 70. The transferring device 88 comprises a pair of pressurizing nip rolls 80 and 82 and back-up rolls 84 and 86 for evening the pressurization of the nip rolls 80 and 82 in the axial direction. The nip rolls 80 and 82 are abutted against each other under a pressure of about 500 kg/cm². The pressurizing nip rolls 80 and 82 may be driven by a motor (not shown) via drive gear and key positioned at a side of the nip roll, respectively. A photosensitive material and image-receiving-sheet separating device 90 is provided below the transferring device 88. The separating device 90 comprises a guide member 92, first and second conveying rolls 94 and 96, and a separating belt 102 laid over guide rolls 98 and 100 in such a manner that at both sides of the first conveying rolls 94 the belt 102 is pushed against only the photosensitive material S. A photosensitive material discarding section 104 is provided on the left side of the separating device 90, and a fixing device 106 is on the other side. The photosensitive material discarding section 104 comprises a guide member 108, a pair of conveying rolls 110 and 112, and a discarding box 114. In the discarding section 104, the photosensitive material S from the separating device 90 is guided by the guide member 108 and is delivered into the discarding box 114 by the conveying rolls 110 and 112. The fixing device 106 comprises a guide member 120, an ultraviolet lamp 124 with a reflecting member 122, and a pair of conveying rolls 126 and 128. In the fixing device 106, the image-receiving sheet C delivered from the separating device 90 is guided by the guide member 120 and is then exposed to ultraviolet rays for fixing for about five (5) seconds. A tray 130 for receiving the sheet C is provided in front of the fixing device in such a manner that it protrudes from the housing 1. In the above-described embodiment, the drive force is transmitted from the conveying device drive source 5 to the exposed photo-sensitive material supporting roll 26 through the gears 6 and 7. However, other power transmitting means such as a chain may be employed to transmit the drive force. The positions of the optical systems 200 and the exposed photo-sensitive material supporting roll 26 are determined when the upper unit 3 is assembled. Even when the upper unit 3 is joined to the lower unit 4, the positional relationship between the optical system 200 and the exposed photosensitive material supporting roll 26 is maintained unchanged. That is, the installation accuracy thereof is maintained unchanged. In the image recording apparatus of the present invention the exposed photosensitive material supporting roll and the image-forming optical system are provided in one and the same unit. Therefore, the positional accuracy of the exposed photosensitive material supporting roll with respect to the image-forming optical system is considerably high so that the image of the original can be formed clearly on the photosensitive material. Even when the unit is combined with the other unit, the positions of the exposed photosensitive material supporting roll and the image-forming optical system are maintained unchanged, and the image-forming focal length is never changed. Furthermore, in the apparatus of the invention, the exposed photosensitive material supporting roll is driven by the drive source which drives the photosensitive material conveying device. Therefore, in the exposing section the photosensitive material is conveyed at the same speed as it is conveyed in the preceding or following processing section. Accordingly, the image of the original is formed on the photosensitive material with high accuracy and the resultant record is considerably high in picture quality. Fig. 3 is a plan view of the operating panel of the image recording apparatus according to the invention. The operating panel is provided with an operating section comprising, for instance, color control keys 380, density control keys 381, a ten-key key pad for inputting the number of sheets 382, a print start key 383 and a manual sheet inserting key 384 and a display section. The display section comprises a number-of-sheets display unit 385, a jamming display unit 386, an image-receiving sheet cassette empty display unit 387, a photosensitive material roll empty display unit 388, discarding tray full display units 389, a door open display unit 390 and a serviceman call display unit 391. With the color control keys 380, the densities of the red, blue and yellow can be selected. The keys are depressed to turn on the internal coloring elements. The density control keys 381 are used to select three different image densities thereby to achieve the density control. The ten-key key pad 82 for the number of sheets is made up of ten digit keys "0" through "9" to set a desired number of sheets from "0" to "99". The number of sheets thus set can be reset with a clear key C. If the clear key C is depressed during recording, the number of sheets being counted is set to "0" while the recording operation is suspended. The number-of-sheets display unit 385 is used to display numbers from "1" to "99". The value displayed is successively increased to the set number of sheets as the image recording operation is repeatedly carried out. A predetermined period of time after the image recording operation, the number displayed is reset to "0". The print start key 383 has a light emitting element. For the period of time which elapses from the time instant the power switch is turned on until the apparatus is warmed up, the light emitting element emits red light, thus indicating that the apparatus is not yet operable. When the apparatus has been warmed up, the light emitting element emits green light, thus indicating that the apparatus is operatable. While the image recording operation is being performed or an error is being indicated, the light emitting element emits red light, thus inhibiting the operation of the print start key 383. The jamming display section 386 is lit upon occurrence of jamming, and at the same time a jamming display panel shown in Fig. 3 is selective lit to indicate where the jamming has occurred. The display panel of Fig. 3 is provided inside the front door. However, it may be installed outside the apparatus. The image-receiving sheet cassette empty display unit 387 is lit when all the image-receiving sheets C have been dispensed from the image-receiving sheet cassette 320 or the cassette 320 is loaded incorrectly. The photosensitive material roll empty display unit 388 is lit when all the photosensitive material S has been dispensed from the magazine 304 or the magazine 304 is loaded incorrectly. The discarding tray full display unit 388 is lit when a predetermined number of sheets of photosensitive material S has been delivered into the discarding tray 31. The door open display unit 390 is turned on when, for instance, a front cover is opened. The serviceman call display unit 391 is lit when it is necessary to call an expert for repair, for instance because the drive motor has been locked. The manual sheet inserting key 384 is operated to allow a manual sheet inserting operation. When the key 384 is operated during an image recording operation, the image recording operation is suspended, and an interruption image recording operation is permitted. A power switch 392 is installed beside the operation panel 392. In the image recording apparatus of the present invention, the pressure transferring device and the exposing device are driven by the respective drive sources, as was described above. Therefore, even if, when the image is transferred onto the image-receiving sheet under pressure with the photosensitive material laid on the image-receiving sheet, impact is exerted on the transferring device and accordingly on the transferring device's drive source, thus varying the load, the exposing device's drive source is not affected by the variation of the load. Accordingly, the exposing device is driven at constant speed and is free from the variation of the load. As a result, the exposure is achieved with high reliability and with high accuracy. And the apparatus itself is stable in operation for a long time and is high in durability.

Claims: An image recording apparatus comprising: a first unit (3) for forming an image on a photosensitive material (S) coated on a support (S), said first unit including an image forming system (200), and supporting means (26) for supporting and conveying said support at an area where said photosensitive material is exposed; and a second unit (4) for treating said exposed photosensitive material (S) by pressure; wherein said units are detachably joinable to each other, the second unit including first driving means (5,7) for driving said supporting means (26), said driving means and said supporting means being mechanically engaged when said first (3) and second (4) units are joined together. An image recording apparatus as recited in claim 1, wherein said image-forming system is an optical system. An image recording apparatus as recited in claim 1, wherein said second unit (4) further comprises second drive means. An image recording apparatus as recited in claim 1, further comprising second drive means for said treating means, said first and second drive means being provided with respective first and second drive sources.

Inventors: KAWADA KEN, OKUZAWA TUGIO, KAWADA, KEN, OKUZAWA, TUGIO
Applicants: FUJI PHOTO FILM CO LTD, FUJI PHOTO FILM CO., LTD.
Application year: 1987
Main classification: G03D13
IPC codes: G03F7, G03B27