Image-forming apparatus

Abstract: According to the present invention, in order to laminatedly stock the papers discharged from the paper-discharging port (2) formed above the manual paper-supply port (1) so that they may be easily taken out from the front of the apparatus, the paper-discharging passage (20) extending in the up and down direction for going the paper discharged from the paper-discharging port round the front of the body of image-forming apparatus to guide it downward and the paper-discharging tray (41) extending over the internal space of the deck below the paper-discharging passage are provided. In order to easily conduct the mounting and removal of the paper-discharging tray (41) and the assembly of the iamge-forming apparatus, the paper-discharging tray is mounted on a rolled paper-supply unit (6) provided in front of the body of image-forming apparatus. In addition, in order to prevent the phenomenon that the corner portions on both sides of the paper are bent during the time when it is being supplied and the phenomenon that the paper is supplied again during the time when it is being discharged from the paper-discharging port formed above the manual paper-supply port from occurring, a paper-supply and discharging guide is provided between the manual paper-supply port and the paper-discharging port.

Description: BACKGROUND OF THE INVENTION Field of the Invention The present invention relates to an image-forming apparatus in an electrostatic photographic copying machine, a facsimile and the like. Description of the Invention The conventional image-forming apparatus, in which a paper-discharging port is formed above a manual paper-support port, is adapted to receive a paper discharged from said paper-discharging port in a rolled-up form. Accordingly, said paper has been unable to stock so as to be easily taken out from a front of the apparatus. In addition, in the image-forming apparatus in which a paper-discharging port is formed above a manual paper-support port, there has been the possibility that if a paper is curled, the curled portion of said paper is brought into contact with an upper edge of said manual paper-support port when the paper is supplied to be bent, or, the curled portion enters again an inside of the manual paper-support port existing below said paper-discharging port when the transfer paper is discharged from the paper-discharging port after the formation of an image to be supplied again. (Japanese Patent Application Laid-Open No. SHO 64-60523 and Japanese Patent Application Laid-Open No. HEI 1-139432). SUMMARY OF THE INVENTION The present invention has been achieved in view of such the present condition and it is an object of the present invention to provide an image-forming apparatus, in which a paper-discharging port is formed above a manual paper-support port, capable of stocking a paper discharged from said paper-discharging port so as to be easily taken out from a front of said apparatus. This object is solved by an image-forming apparatus in accordance with claim 1. Dependent claims 2 to 25 specify advantageous developments thereof. According to a further preferred embodiment, the present image-forming apparatus should be capable of easily mounting and removing a paper-discharging tray stocking said paper discharged from said paper-discharging port and assembling said image-forming apparatus. According to a third preferred embodiment, the present image-forming apparatus should be capable of preventing corner portions on both sides of a paper being bent during the time when said paper is being supplied and a phenomenon of supplying the paper again from occurring during the time when the paper is being charged from said paper-discharging port formed above said manual paper-supply port by a simple construction. According to the first preferred embodiment of the present image-forming apparatus, the paper discharged from the paper-discharging port of the body of image-forming apparatus goes around said front of the body of image-forming apparatus by means of the paper-discharging passage to be guided downward, whereby being put on said paper-discharging tray one upon another to be stocked. According to the second preferred embodiment of the present image-forming apparatus, since the rolled paper-supply unit is provided with said paper-discharging tray mounted thereon, the rolled paper-supply unit can be connected with the body of image-forming apparatus while the paper-discharging tray can be removed after the removal of the rolled paper-supply unit from the body of image-forming apparatus. According to a third preferred embodiment of the present image-forming apparatus, since said paper-supply and discharging guides are provided between the manual paper-supply port and the paper-discharging port, even in the case where corner portions on both sides of a pointed end of a paper are curled upward, said paper can be surely guided to an inside of the manual paper-supply port by means of said lower surface portions of the paper-supply and discharging guides, that is said paper-supply guide portions, and said portions on both sides of the paper discharged from the manual paper-discharging port are guided by means of said upper surface portions of the paper-supply and discharging guides, that is said paper-discharging guide portions, to prevent the paper entering the manual paper-supply port again (supplying the paper-supply port with the transfer paper again). BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an electrostatic photographic copying machine as one example of an image-forming apparatus according to a first embodiment; Fig. 2 is a rough longitudinally sectioned side view showing said electrostatic photographic copying machine shown in Fig. 1; Fig. 3(A), (B) is a rough side view for describing an operation of a body of paper-supply unit in a rolled paper-supply unit; Fig. 4 is a longitudinally sectioned side view for describing a behavior of a paper; Fig. 5(A), (B) is a perspective view showing a construction of a bent guide portion; and Fig. 6 is a perspective view showing a construction of a fitting portion of said bent guide portion. Fig. 7 is a rough longitudinally sectioned side view showing an electrostatic photographic copying machine as one example of an image-forming apparatus according to a second preferred embodiment of the invention; Fig. 8 is a side view showing main parts; and Figs. 9, 10 are side views showing main parts in developments of the second embodiment. Fig. 11 is a longitudinally sectioned side view showing main parts in an electrostatic photographic copying machine as one example of an image-forming apparatus according to a third embodiment; and Figs. 12, 13 are perspective views of main parts for describing an operation. DESCRIPTION OF THE PREFERRED EMBODIMENTS The preferred embodiments of the present invention will be below described with reference to the drawings. The preferred first embodiment will be described with reference to Figs. 1 to 6. Figs. 1 to 4 show an electrostatic photographic copying machine as one example of an image-forming apparatus. This etectrostatic photographic copying machine comprises a body of copying machine (body of image-forming apparatus) 3 provided with a paper-discharging port 2 formed above a manual paper-supply port 1, a movile deck 4 for mounting said body of copying machine 3 thereon and a rolled paper-supply unit 6 for cutting a rolled paper 5 in an appointed length and supplying said manual paper-supply port 1 of the body of copying machine 3 with the cut rolled paper 5. The body of copying machine 3 has the following construction. That is to say, an apparatus case 7 is provided with means 9 for reciprocating a manuscript relatively to an exposing device 8 in an upper portion thereof and a large-sized paper-supply cassette 10 on the lower portion side thereof so as to be freely drawn out toward said rolled paper-supply unit 6. Said apparatus case 7 is provided with a photoreceptor 11 rotating in a direction shown by an arrow R therewithin and a main charging device 12, said exposing device 8, a developing device 16, a transfer device 15, a separating device 14 and a cleaning device 13 around said photoreceptor 11 in the order described to form an image-forming portion. In addition, a paper-passing guide 17 is provided ranging from a supply portion of said paper-supply cassette 10 to the manual paper-support port 1 and a paper-supply and conveying passage 18 is provided ranging from the manual paper-supply port 1 to said transfer device 15. Reference numeral 19 designates a fixing device for fixing a transfer paper which has been transferred and separated. A paper-discharging and conveying passage 20 is provided between said fixing device 19 and said separating device 14. Reference numeral 21 designates a pair of paper-discharging rollers provided in said paper-discharging port 2. Said deck 4 is provided with wheels 22 in a lower portion thereof and a cut paper-stocking portion 23 inclined so as to rise a front side therewithin. Said rolled paper supply unit 6 comprises a unit frame 6A detachably connected with said front side of the body of copying machine 3 through a connecting mechanism 24 and a body of paper-supply unit 6B elevatable relatively to said unit frame 6A. The unit frame 6A is adapted to be movable and adjustable in level by providing wheels 27 through screw shafts 26 directed in an up and down direction at four corners of a lower surface of a bottom frame 25. In addition, guide rails 28 directed in an up and down direction are provided on front and rear sides of longitudinal frames standing on right and left sides of said bottom frame 25. Said body of paper-supply unit 6B is provided with a charging portion 31 of said rolled paper 5, a pair of paper-supply rollers 32 as said rolled paper-supply means for drawing out the rolled paper 5 and cutting means 33 for cutting the drawn out rolled paper 5 in an appointed length within an elevating frame 30 pivoting rollers 29 rolling along said guide rails 28 and a rolled paper-discharging port 34 at an upper end thereof. Said rolled paper-discharging port 34 is adapted to be switched over to a position coinciding with the manual paper-supply port 1 of the body of copying machine 3 as shown in Fig. 3(A) and a watch-and-wait position shifted downward from said position shown in Fig. 3(A) as shown in Fig. 3(B) by ascending and descending said elevating frame 30 so that for example a paper-supply cassette 10 may be drawn out forward to replenish cassette papers and jamming of the body of copying machine 3 may be disposed during the time when the rolled paper-discharging port 34 is positioned at said watch-and-wait position, as shown in Fig. 3(B). Reference numeral 35 designates energizing means (for example a gas spring) extending from said unit frame 6A to the elevating frame 30 for liftedly energizing the elevating frame 30. Reference numeral 36 designates a tilting guide plate covering an upper portion of said cutting means 33, reference numeral 37 designating a closing cover for covering a front of said charging portion 31, and reference numeral 38 designating a vertical guide plate provided in opposition to said cover 37. These members 36, 37, 38 form a paper-discharging passage 39 extending in the up and down direction for downward guiding a paper discharged from the paper-discharging port 2 of the body of copying machine 3 through a front of the body of paper-supply unit 6B. Reference numeral 40 designates an intermediate guide for guiding said paper from a lower end of said paper-discharging passage 39 toward the side of said deck 4. Reference numeral 41 designates a paper-discharging tray tilted so as to descend forward and comprising a bent guide member 42 and a bottom tray 43. Said paper-discharging tray 41 extends from an internal space of the deck 4 to a space under said imtermediate guide 40 of the rolled paper-supply unit 6. Said bottom tray 43 comprises a tilted portion 43b and a riser portion 43a positioned at a front end of said tilted portion 43b. Said bent guide member 42 comprises a first guide member 42a tilted so as to descend rearward and a second guide member 42b connected with a rear end to a front lower part of said first guide member 42a and tilted so as to descend forward. In addition, the first guide member 42a constitutes a rearward descending portion while said second guide member 42b and the tilted member 43b of the bottom tray 43 constitute a forward descending portion. Both the first guide member 42a and the second guide member 42b are made of a metallic wire materail and the like, as shown in Fig. 5(A), (B) and Fig. 6. And, the bent guide member 42 is fixed in an appointed posture by engagedly inserting hooks 44 formed by bending front ends of the first guide members 42a in through holes 45 formed in a bottom plate of said cut paper-stocking portion 23 from below and engaging a horizontal wire material 46 provided at a front end of the second guide member 42b with cut-up members 47 provided in the bottom tray 43. In addition, the first guide members 42a and the second guide members 42b can be disintegrated, as shown in Fig. 5(B), during the time when the apparatus is for example packed up and transported. According to the above described preferred embodiment, as shown in Fig. 4, the paper P discharged from the paper-discharging port 2 goes round said front of the body of paper-supply unit 6B to be freely fallen through the paper-discharging passage 39 extending in the up and down direction followed by bending a moving course thereof to the side of the deck 4 by means of the intermediate guide 40. The paper P comes off the intermediate guide 40 at a rear end thereof under the condition that it is positioned at a bent portion of the bent guide member 42 or in the vicinity of said bent portion of the bent guide member 42 at a pointed end thereof to be freely fallen on the paper-discharging tray 41 under the condition that said rear end thereof is directed upward. The paper P fallen on the paper-discharging tray 41 is slid down along the inclination to be laminatedly stocked on the paper-discharging tray 41 under the condition that the papers P are put in order at the rear ends thereof by means of said riser portion 43a provided at said front end of the paper-discharging tray 41. Accordingly, the paper P stocked can be easily taken out from said front of the apparatus. Referring to Fig. 1, reference numeral 48 designates a plurality of paper-supply and discharging guide with a lower surface portion formed as a paper-supply guide portion and an upper surface portion formed as a paper-discharging guide portion provided at intervals in the direction of width between the manual paper-supply port 1 and the paper-discharging port 2. Detailed construction and operation of said paper-supply and discharging guides 48 will be described in detail in the preferred embodiment of a third embodiment which will be mentioned later. Reference numeral 49 designates a paper-discharging guide for guiding the paper P discharged from the paper-discharging port 2 to the paper-discharging passage 39 at an intermediate portion in the direction of width thereof. In addition, although the first guide members 42a and the second guide members 42b were made of the wire material in the preferred embodiment shown, they may be made of a plate material. Furthermore, said bottom plate of the cut paper-stocking portion 23 may be used also as the first guide members 42a to use as the forward descending portion. Although the forward descending portion of the paper-discharging tray 41 shown comprises the bent guide member 42 and the tilted member 43b of the bottom tray 43 tilted so as to descent forward, not only the tilted member 41 of the bottom tray 43 may be omitted but also the second guide members 42b of the bent guide member 42 may be extended forward and downward to a position corresponding to the tilted member 43b to be provided with a riser member at a front end thereof. In every case, the first guide members 42a of the bent guide member 42 can be omitted. In addition, the upper surface of the tilted member 43b of the bottom tray 43 connected with the front ends of the second guide members 42b may be horizontally arranged. In this case, the horizontal upper surface of the bottom tray 43 is arranged lower than the tilted upper surfaces of the second guide members 42b so that the rear end of the paper P may not be caught. In addition, also in the first embodiment, the upper end of the bent guide member 42 may be mounted on the body of paper-supply unit 6B and the lower end of the bent guide member 42 may be mounted on the unit frame 6A in the same manner as in a second embodiment which will be mentioned later. Furthermore, although the deck 4 is separated from the body of copying machine 3 in the above described preferred embodiment, also other embodiments, in which both members 3, 4 are integrated by for example providing a common frame or exterior panel extending in the up and down direction, can be thought of. Next, the preferred second embodiment will be below described with reference to Figs. 7 to 10. Referring to Figs. 7 to 10, same one reference numerals as in Figs. 1 to 6 designate the same members as in Figs. 1 to 6. In the second embodiment, a rolled paper-supply unit 6 is provided with a paper-discharging tray 41 for stocking a paper discharged from a paper-discharging port 2. Describing in more detail, as shown in Figs. 7, 8, said paper-discharging tray 41 is provided with a bent guide member 42 formed in a nearly V letter sectional shape by bending a piece of flat plate made of a light and flexible elastic material, such as plastic corrugated cardboard, in the vicinity of its central portion. And, a guide member 42a′ on the side of an upper half of said bent guide member 42 is mounted on a bottom surface of a body of paper-supply unit 6B of said rolled paper-supply unit 6 at an upper end thereof by means of a screw 50 and the like and a guide member 42b′ on the side of a lower half of the bent guide member 42 is put between a bottom frame 25 of a unit frame 6A and one end of a bottom tray 43 at a lower end thereof and additionally fixed by means of a screw 51 and the like. According to this construction, the rolled paper-supply unit 6 can be connected with a body of image-forming apparatus 3 after the paper-discharging tray 41 has been mounted on the rolled paper-supply unit 6. On the other hand, the paper-discharging tray 41 can be removed after the rolled paper-supply unit 6 has been removed from said body of image-forming apparatus 3. Accordingly, the mounting and removal of the paper-discharging tray 41 and the assembly of the image-forming apparatus can be easily conducted. Besides, since the bent guide member 42 of the paper-discharging tray 41 is formed by bending said flat plate made of said elastic material in a nearly V letter sectional shape, the bent guide member 42 does not hinder the ascent and descent of said body of paper-supply unit 6B, and, even though the bent guide member 42 is bent by the ascent and descent of the body of paper-supply unit 6B, the bent guide member 42 is easily restored to its original state by its elasticity. Fig. 9 and Fig. 10 shows a further development of the second embodiment, respectively. The development shown in Fig. 9 is characterized in that the bent guide member 42 is formed in a nearly U letter sectional shape from a piece of synthetic resin sheet (for example a sheet made of vinyl chloride of 0.4 mm thick). The embodiment shown in Fig. 10 is characterized in that the bent guide member 42 comprising a first guide member 42a tilted so as to descend rearward and a second guide member 42b tilted so as to descend forward and connected with said first guide member 42a so as to be swingable around a horizontal axis shaft line is formed in a nearly V letter sectional shape. Also according to these constructions, the bent guide member 42 is deformed with an ascent and descent of the body of paper-supply unit 6B, as shown by an imagenary line in Fig. 9 and Fig. 10, so that said ascent and descent of the paper-supply unit 6B is not hindered by the bent guide member 42, and additionally, the mounting and removal of the bent guide member 42 and the assembly of the image-forming apparatus can be easily conducted. Furthermore, referring to Fig. 9, reference numerals 50a, 51a designate a washer. Referring to Fig. 10, reference numeral 52 designates a hinge for connecting the first guide member 42a with said second guide member 42b. Reference numeral 53 designates a hinge provided on the side of an upper end of the first guide member 42a and reference numeral 54 designates a hinge provided on the side of a lower end of the second guide member 42b. These hinges 53, 54 are arranged on the same one vertical line in parallel to said hinge 52. The first guide member 42a and the second guide member 42b are made of a plate material but they may be made of a wire material. Next, the preferred third embodiment is described with reference to Figs. 11 to 13. In addition, referring to Figs. 11 to 13, same one reference numerals as in Figs. 1 to 6 designate same one members as in Figs. 1 to 6. According to the third embodiment, a plurality of paper-supply and discharging guides 48 with a lower surface portion formed as a paper-supply guide portion 48a and an upper surface portion formed as a paper-discharging guide portion 48b are formed at intervals in the direction of width between a manual paper-supply port 1 and a paper-discharging port 2, as shown in Figs. 11 to 13, in the same image-forming apparatus as those described above. And, both side portions of a rolled paper 5 discharged from a rolled paper-discharging port 34 are guided to an inside of said manual paper-supply port 1 by said paper-supply guide portions 48a and a paper P discharged from said paper-discharging port 2 is guided to a paper-discharging passage 39 by said paper-discharging guide portions 48b at both side portions thereof. Said paper-supply and discharging guides 48 are mounted on the side of a body of copying machine 3 by means of permanent magnets 55, such as rubber magnets, fixedly mounted thereon so as to be changeable in mounting position depending upon a width of said rolled paper 5, as shown in Fig. 13. According to the above described construction, a cassette paper supplied from a paper-supply cassette 10 and the rolled paper 5, which has been supplied through the manual paper-supply port 1 from a rolled paper-supply unit 6 and then cut in an appointed timing, are discharged from the paper-discharging port 2 through an image-transferring process and a fixing process. During the time when the rolled paper 5 is supplied by means of said rolled paper-supply unit 6, even though corner portions on both sides of a pointed end of the rolled paper 5 are curled upward on account of a curling property incidental to the rolled paper 5, as shown by an imagenary line (a) in Fig. 11, these curled portions are guided by means of said lower surfaces of the paper-supply and discharging guides 48 formed as the paper-supply guide portions 48a to be smoothly supplied to an inside of the manual paper-supply port 1 and thus said curled portions can be prevented from being bent. In addition, even though corner portions on both sides of said paper P (the rolled paper cut in an appointed length), which has been discharged from the paper-discharging port 2, are curled downward, as shown by an imagenary line (b) in Fig. 11 and Fig. 12, the paper P is guided to said paper-discharging passage 39 by means of said upper surfaces of the paper-supply and discharging guides 48 formed as the paper-discharging guide portions 48b to be prevented from entering the manual paper-supply port 1 (being supplied again). As above described, according to the present invention, effects occur in that for example the paper, which has been discharged from the paper-discharging port formed above the manual paper-supply port, can be laminatedly stocked on the paper-discharging tray so as to be easily taken out from the front of the apparatus and the mounting and removal of the paper-discharging tray and the assembly of the image-forming apparatus can be easily conducted, and additionally, the phenomenon that the corner portions on both sides of the paper are bent during the time when the paper is being supplied and the phenomenon that the paper is supplied again during the time when the paper is being discharged from the paper-discharging port formed above the paper-supply port can be prevented from occurring by the simple construction that a number of the members using the upper surface and the lower surface of the paper-supply and discharging guide as the paper-discharging guide portion and the paper-supply guide portion, respectively, can be reduced.

Claims: An image-forming apparatus comprising a body of image-forming apparatus (3) provided with a paper-discharging port (2) formed above a manual paper-supply port (1), a deck (4) on which said body of image-forming apparatus is mounted, a paper-discharging passage (20) extending in the up and down direction for making a paper discharged from said paper-discharging port go round a front of the body of image-forming apparatus to guide it downward and a paper-discharging tray (41) extending over an internal space of said deck below said paper-discharging passage. An image-forming apparatus as set forth in Claim 1, wherein a rolled paper-supply unit for supplying said manual paper-supply port with a rolled paper is provided in front of said body of image-forming apparatus and the paper-discharging passage is provided so as to pass through an inside of said rolled paper-supply unit. An image-forming apparatus as set forth in Claim 2, wherein the paper-discharging passage is provided so as to pass by a front of a body of the rolled paper-supply unit. An image-forming apparatus as set forth in Claim 2, having an intermediate guide (40) for guiding said paper from a lower end of the paper-discharging passage to the side of the deck. An image-forming apparatus as set forth in Claim 1, wherein said paper-discharging tray is provided with a forward descending portion tilted so as to descend forward from a rear end thereof and a riser portion at a front end thereof. An image-forming apparatus as set forth in Claim 5, wherein the paper-discharging tray is provided with a rearward descending portion tilted so as to descend rearward toward said rear end. An image-forming apparatus as set forth in Claim 6, wherein said rearward descending portion is formed of a first guide member, said forward descending portion being formed of a second guide member, and said first guide member being connected with said second guide member to form a bent guide member. An image-forming apparatus as set forth in Claim 7, wherein the first and second guide members are made of a wire material. An image-forming apparatus as set forth in Claim 5, wherein the forward descending portion of the paper-discharging tray is continuously tilted so as to descend forward until said riser portion. An image-forming apparatus as set forth in Claim 1, wherein the rolled paper-supply unit comprises a unit frame mounted on the body of image-forming apparatus and a body of the rolled paper-supply unit capable of ascending and descending relatively to said unit frame, the paper-discharging tray being provided with a bent guide member, and the bent guide member being mounted on the body of the rolled paper-supply unit at upper ends thereof and mounted on the unit frame at lower ends thereof. An image-forming apparatus as set forth in Claim 1, wherein a plurality of paper-supply and discharging guides with a lower surface portion formed as a paper-supply guide portion and an upper surface portion formed as a paper-discharging guide portion are provided at intervals in the direction of width between said manual paper-supply port and the paper-discharging port. An image-forming apparatus according to claim 1, comprising a rolled paper-supply unit (6) in front of said body (3) thereof for supplying said manual paper-supply port (1) with a rolled paper, characterized in that said rolled paper-supply unit is provided with a paper- discharging tray (41) for stocking papers discharged from said paper-discharging port (2). An image-forming apparatus as set forth in Claim 12, wherein the rolled paper-supply unit comprises a unit Frame mounted on the body of image-forming apparatus and a body of the rolled paper-supply unit capable of ascending and descending relatively to said unit frame, the paper-discharging tray being provided with a bent guide member, and the bent guide member being mounted on the body of paper-supply unit at upper ends thereof and mounted on the unit frame at lower ends thereof. An image-forming apparatus as set forth in Claim 13, wherein the rolled paper-supply unit is provided with a paper-discharging passage extending in the up and down direction for downward guiding said papers discharged from the paper-discharging therewithin. An image-forming apparatus as set forth in Claim 14, wherein said paper-discharging passage is provided so as to pass by a front of the body of the rolled paper-supply unit. An image-forming apparatus as set forth in Claim 13, wherein bent portion of the bent guide member is positioned within an internal space below the body of image-forming apparatus. An image-forming apparatus as set forth in Claim 16, wherein the body of image-forming apparatus is supported by a deck and said bent portion of the bent guide member is positioned within an internal space of said deck. An image-forming apparatus as set forth in Claim 16, wherein an intermediate guide for guiding the paper from a lower end of the paper-discharging passage extending in the up and down direction for downward guiding the paper discharged from the paper-discharging port toward the side of the bent portion is provided. An image-forming apparatus as set forth in Claim 16, wherein the bent guide member is formed in a nearly V letter sectional shape from a piece of flat plate made of an elastic material. An image-forming apparatus as set forth in Claim 16, wherein the bent guide member is formed in a nearly U letter sectional shape from a piece of synthetic resin sheet. An image-forming apparatus as set forth in Claim 16, wherein the bent guide member comprising a first guide member tilted so as to descend rearward and a second guide member tilted so as to descend forward and connected with said first guide member so as to be swingable around a horizontal axis shaft line is formed in a nearly V letter sectional shape. An image-forming apparatus as set forth in Claim 13, wherein a plurality of paper-supply and discharging guides with a lower surface portion formed as a paper-supply guide portion and an upper surface portion formed as a paper-discharging guide portion are provided at intervals in the direction of width between the manual paper-supply port and the paper-discharging port. An image-forming apparatus according to Claim 1, characterized in that the paper discharging port (2) is provided with a plurality of paper-supply and discharging guides (48) with a lower surface portion formed as a paper-supply guide portion and an upper surface portion formed as a paper-discharging guide portion at intervals in the direction of width between said manual paper-supply port and said paper-discharging port. An image-forming apparatus as set forth in Claim 23, wherein the rolled paper-supply unit provided with a rolled paper-charging portion, rolled paper-supply means for drawing out the rolled paper and cutting means for cutting the drawn-out rolled paper in an appointed length is mounted on the body of image-forming apparatus so that a rolled paper-discharging port of the unit may be switched over to a position coinciding with the manual paper-supply port of the body of image-forming apparatus and a watch-and-wait position shifted from said position. An image-forming apparatus as set forth in Claim 23, wherein said paper-supply and discharging guides are changeable in mounting position in the direction of width.

Inventors: MATSUO TAKESHI, TAKEMOTO MITSUTOSHI, MATSUO, TAKESHI, TAKEMOTO, MITSUTOSHI
Applicants: MITA INDUSTRIAL CO LTD, MITA INDUSTRIAL CO., LTD.
Application year: 1991
Main classification: G03G15
IPC codes: G03G15