TH35398B - The finished box of the process, the finished machine produces the image of the electro-photography, the power transmission parts. And the photosensitive roller of electric photography - Google Patents

Abstract

The successor produces images of electric photography. For the formation of images on recording materials, including the photosensitive roller of electric photography; Way of charging for filling Photosensitive roller charge; Image pathway for making the image depictions that occur on the photosensitive roller into a toner image; Transfer method for transferring the toner image onto the recording material; Way of keeping it firmly attached For firming the toner image onto the recording material; Motor; The side gear of the unit is assembled. Primary for obtaining power from the motor; A torsion hole made at the significant center of the gear, this hole has a triangular cross section; Prism-shaped protrusions arranged at one longitudinal end of the photosensitive roller. Here, when the side gears of the main assembly rotate with the holes and the protrusions attached to each other. Rotational power is transferred from the gear to the photosensitive roller through holes and protrusions. Where the protrusions are pulled into the holes and the trajectory for creating the relative motion between the hole and the protrusion in the direction Along the length of the photosensitive roller

Claims (6)

Claims (all) which will not appear on the advertisement page: recording material, which includes Photosensitive roller of electrical imaging The charging method for the charge of such photosensitive rollers. An imaging method for converting latent images formed on such photosensitive rollers into toner images. The transfer path for imaging toner to the recording material. Adhesion path for securing the toner image onto the recording material Motors Rotating drive assembly for obtaining thrust from such motors. The twist hole, which is substantially co-axial to the aforementioned rotatable drive assembly, the hole has a starting face of 16 polygon cross-sections. The torsional prism protrusions are arranged at the longitudinal ends of such photosensitive rollers, whereby when such rotatable driving elements are rotated with holes and such protrusions are intertwined with each other, the rotating thrust is transmitted. from the aforementioned rotating drive assembly to the photosensitive roller through the interlocking Such holes and their protrusions with such protrusions are drawn into such holes and the means of motion for establishing the relative motion between the holes and the protrusions. 2. The machine is completed according to claim 1, where the hole is formed in the tip of the first column. protruding from the spindle of the rotating drive assembly and such overhangs shall be filed from the ends of shaft protruding outward in the direction of rotation from such photosensitive roller 3. The apparatus is accomplished in accordance with claim 2, where the outer diameter D1 of the photosensitive roller, the outer diameter F of the shaft and the C of the enclosing circle of the protrusion, satisfying the condition D1 less than F less than or equal to C 4. The machine is completed according to claims 1 or 2, which is additionally assembled with roller gears. where such imaging methods include an image roller. and where the protrusion is arranged on the gear side The rollers of such photosensitive rollers and where the roller gear acts to transmit thrust to the roller 5. The machine is completed pursuant to Claim 4, provided that the trajectory includes the imaging roller and where the aforementioned rotating drive assembly and the roller gear are Helix gears, such Helix gear As a result of claim 1, which is additionally assembled by circular or arc-shaped walls protruding around such projections, such walls act as guides for the propulsion of the imaging roller. hook between holes 7. The machine is completed according to claim 1 or 2, where the outer diameter F of the shaft, diameter C of the circumferential circle of the protrusion, the gooddenum diameter G of the roller gear. of such photosensitive roller and the inner diameter of such photosensitive roller D2, satisfying conditions G less than D2 and G less than F less than or equal to C 8. The machine is completed according to claims 1 or 6. provided that the outer diameter D1 of the aforementioned photosensitive roller and the dedentum diameter L of such rotatable drive assembly satisfy the condition 1.0XD1 greater than or equal to 5.0 XD1, approx. Clause 1 or 6, where the aforementioned rotating drive assembly It has a base unit of approximately 0.4-0.7 and a diameter of deendum L of approximately 30-150 mm, and also has 40-400 sprockets. cross section is significant triangle and such overhangs have a significant triangular cross-section. and where the angle of the triangle is sloping 1 The aforementioned and the aforementioned method of making the image is packaged in a prefabricated box of the method which will be installed removable. with the aforementioned finished machine 1 2. The finished machine according to claim 11, which is additionally assembled with a cover that can be opened. for allowing the installation and removal of the prefabricated box of the said procedure compared to the unit The main assembly of the aforementioned machine and such a trajectory will be used for movement. Such holes are further away from such protrusions in connection with the opening of such caps and shall be used for the movement of such holes towards such protrusions in connection with the closure of the such cover and the path for feeding the recording material 1 3. The process prefabricated box is removable to the main assembly unit of the machine. Successfully produces an image where the main assembly includes a motor, a rotating drive assembly. for getting the drive from such motors and a twisted hole whose cross-section is polygonal and is formed Significantly coaxial with the aforementioned rotating drive assembly, the finished box of the aforementioned process including Photosensitive roller of electrical imaging The procedural path can be performed on such photosensitive rollers and the twisted polygonal prism protrusions arranged at the longitudinal ends of such photosensitive rollers, provided that When such a rotating drive assembly rotates with the holes and the protrusions intertwined with each other, the rotating thrust is transmitted from the rotating drive assembly to the photosensitive roller through the attachment. between it and the protrusion with such protrusion is drawn into the hole 1 4. The finished box of the procedure according to claim 13, where the protrusion is to protrude from the tip of the shaft protruding outward in the spindle direction from the photosensitive roller and the shaft acts To support the aforementioned photosensitive rollers rotating in the finished box frame 1 5. The finished box of the procedure according to claim 14, where such method includes to the imaging roller, where the shaft co-axial significantly with the Helix gear. and on the opposite side From such shafts, anchors are provided for attachment to the inner surface of such photosensitive rollers and such protrusions, helix gears, anchorages and shafts shall be The cast resin material and the Helix gear transmit thrust to the painting roller 1 6. Finished box of the procedure according to Claim 13 or 15, which is additionally included. A circular or vaulted wall that protrudes around the projection, acts as a guide for The attachment between the hole and the protrusion 1 7. The finished box of the procedure according to claim 15, where the outer diameter D1 of the photosensitive roller, the outer diameter F of the shaft and the diameter C of the circumference of the protrusion, satisfying the condition D1 less than F less than or equal to C 1 8. Finished box of the procedure according to claim 13 or 15, provided that the hole has a cross section. is significantly triangular. and such protrusions have a significant triangular cross-section, and such corners of the triangle are slanted. to be pushed by the parts of the main assembly by the springs and the part to be touched by the fixed parts of the main assembly unit, when the finishing box of the said method is attached to the main assembly unit. To at least one of the charge paths, imaging paths, and cleaning paths is one unit 2 1. The finished machine produces the image of the electrical imaging, for rendering the image on recording material, in which the process prefabricated box is attached removable, the prefabricated machine Includes motor, rotatable drive assembly for obtaining thrust from the motor. A twist hole which is substantially co-axial to the aforementioned rotating drive assembly, the hole has a polygonal cross-section. The method for installing the process precast box, the process precast box includes Photosensitive roller of electrical imaging The procedural path can be performed on such photosensitive rollers and the twisted polygonal prism protrusions arranged at the longitudinal ends of such photosensitive rollers, provided that When such a rotating drive assembly rotates with the holes and the protrusions intertwined with each other, the rotating thrust is transmitted from the rotating drive assembly to the photosensitive roller through the attachment. between the hole and the protrusion with such protrusion is drawn into the hole. A mechanical method for establishing the relative motion between the hole and the protrusion. in the longitudinal direction of the aforementioned sensing roller and the way for feeding the recording material 2 2. The machine is accomplished in accordance with Claim 21 where the shaft of the aforementioned sensing roller is coaxial. Significantly with Helix gears and on one side opposite from the axle, an anchor was provided. For attachment to the inner surface of such photosensitive rollers, such protrusions, helix gears, anchors and shafts are made of molded resin material. and the aforementioned Helix gears to deliver propulsion to the painting roller as a method of such method. 2 3. The machine is completed according to claim number 21, with the finished box of the aforementioned process also assembled. It is further included with the part that will be pushed by the parts of the main assembly of the finished machine by the spring. and the part that will be in contact with the fixed part of the main assembly unit, when the box is completed of the process It is attached to the main assembly unit 2. 4. The machine is accomplished according to Claim 21, provided that the aforementioned method includes at least One of the top end of the charge path, the imaging path and the cleaning path is one unit 2. 5. The apparatus fulfills claim 24, with the completion box of the aforementioned method continuing. to the roller gear, provided that the aforementioned rotatable drive assembly and the roller gear are helix gears. and by the gear The helix transmits thrust to the imaging roller as a means of this method. 2 6. The machine achieves claim 21, where the shaft protrudes outward in the direction of the spindle. from such photosensitive rollers and the shaft serves to support the rotatable photosensitive roller. in the box frame and where the outer diameter F of the shaft, the diameter C of the enclosing circle of such overhang, the deendum diameter G of the gear of the photosensitive roller and The inner diameter D2 of such photosensitive rollers, satisfying the condition G less than D2 and G less than F, is less than or equal to C 2. 7. The machine fulfills claim 21, where the outer diameter D1 of the roller is sensible. The aforementioned light and the deendum diameter L of the aforementioned rotating drive assembly satisfy the condition 1.0XD1 greater than or equal to L greater than or equal to L5.0 X D1, approx. 21, with the aforementioned rotating drive assembly having a unit Base is approx. 0.4-0.7 and has a diameter of dedenum L approximately 30-150 mm, and also has 40-400 sprockets 2. 9. Complete Claim 21, which is additionally assembled with a possible cover. for permitting the installation and removal of the prefabricated box of the aforementioned process compared to The main assembly unit of the aforementioned and such a trajectory will be used for movement. Such holes are further away from such protrusions in connection with the opening of such caps and shall be used for the movement of such holes towards such protrusions in connection with the closure of the Such cover 3 0. Process prefabricated box that is removable to the main assembly unit of the machine. Successfully produces an image where the main assembly includes a motor, a rotating drive assembly. for obtaining the thrust from such motors and the torque holes which are significantly co-axial to the drive assembly As such, the hole has a significant triangular cross-section, the finishing box of the process. These include finished box frame Photosensitive roller of electrical imaging The imaging roller for latent imaging is formed on such photosensitive roller and the significantly twisted triangular prism protrusions are arranged at the longitudinal end of the prism. such photosensitive rollers, provided that when the aforementioned rotating drive assembly rotates with such holes and protrusions, Attached to each other, the rotating thrust is transmitted from the rotatable assembly to the rollers. Such a sensitizer, through the attachment between the hole and the protrusion having such protrusion, is drawn into the hole and whereby the protrusion is substantially arranged at the tip of the coaxial shaft. important to gear The roller helix for transmitting the rotational force to the imaging roller. and by the way such shafts do Functions to support such photosensitive rollers rotating in the frame of the prefabricated box 3 1. The finished box of the procedure according to claim 30, provided that on one side of the photosensitive roller As opposed to the shaft, a hook is provided for attachment to the inner surface. of such photosensitive rollers provided that such protrusions, roller helix gears, mounting gears and shafts are with resin material that is molded into one piece and where the support shaft protrudes outward in the spindle direction. from such photosensitive rollers and the supporting shaft serves to support such photosensitive rollers. can be rotated in the aforementioned prefabricated box frame. 3. 2. The finished box of the method according to claim No. 30, which is additionally assembled with the wall. a circle or arch protruding around such an overhang where the wall acts as a guide for The attachment between the hole and the protrusion 3 3. The finished box of the procedure pursuant to clause 30 or 31 provided that the outer diameter F of the shaft, diameter C of the circumferential circle of the protrusion, diameter The goodendum G of the helix gear of such roller and the inner diameter D2 of such photosensitive roller, satisfying the condition G less than D2 and Gless than F, less than or equal to C 3. 4. Finished box. of the procedure according to Claim No. 30, where the corner of the protrusion will be Slanting slitting 3 5. The finished box of the procedure according to Claim 30, which is additionally assembled with the part to be is pushed by the part of the main unit by the spring and the part that will be in contact with the fixed part of the Main assembly unit, when the finished box of the aforementioned method is attached to the main assembly unit 3. It also includes at least one of the replacement rollers and a cleaning blade 3. 7. The finished machine produces the image of the electrical imaging, for producing the image on the The recording material, in which a detachable assembly unit is attached to which the finishing box of the process is mounted, the finished apparatus consists of a motor, a rotating drive assembly for obtaining propulsion from the motor. A shaped twist hole that co-axially with the aforementioned rotating drive assembly, the hole has a significant triangular cross-section. The method for installing the process precast box, the process precast box includes finished box frame Photosensitive roller of electrical imaging The imaging roller for latent imaging is formed on such photosensitive roller and the prismatic protrusions are significantly twisted triangular shaped protrusions arranged at the longitudinal end of such photosensitive rollers, provided that when the aforementioned rotating drive assembly rotates with such holes and protrusions, Attached to each other, the rotating thrust is transmitted from the rotating drive assembly to the rollers. Such a photoreceptor passes through the attachment between the hole and the protrusion having such protrusion is drawn into the hole, provided that the protrusion is arranged at the tip of the axial shaft. Significance to Helix's gear roller for transmitting rotational force to such imaging roller and where the shaft serves to The aforementioned photosensitive rollers can be rotated in the prefabricated box frame. A motion path for establishing the relative motion between the hole and the protrusion. such in the longitudinal direction of the aforementioned photosensitive roller and the path for feeding the recording material 3 8. The machine is accomplished according to claim 37, where, on one side opposite from the shaft, is arranged There shall be an anchor for attachment to the inner surface of such photosensitive roller and such protrusions, roller helix gears, anchorages and shafts of cast resin material. same 3 9. The machine is completed according to claim number 37. The box of the aforementioned process is also assembled. It is further combined with the part that will be pushed by the parts of the main assembly unit by the spring and the part that will be touched. with the fixed part of the main assembly unit, 4 0. The machine is completed according to claim 37, provided that the finished box of the aforementioned process is also assembled. Including at least one of the charge rollers and cleaning blades 4 1. The machine is accomplished according to claim 37, where the outer diameter F of the shaft, C of the circumferential circle of the section Such filed, the deendum diameter G of the helix gear of such roller and the inner diameter D2 of such photosensitive roller, satisfying the condition G is less than D2 and G is less than F less than or equal to C. 4 2. The apparatus is completed according to claim 37, provided that the outer diameter D1 of the photosensitive roller and the deendum diameter L of such rotating drive assembly satisfy condition 1.0XD1 greater than or equal to L. Greater than or equal to 5.0 X D1, approx. 4 3. The unit is completed in accordance with Claim 37 provided that the aforementioned rotating drive assembly has a unit. Base is approx. 0.4-0.7 and has a diameter of deendum L approximately 30-150 mm and also has 40-400 sprockets 4. 4. Claim 37 completed machine, additionally assembled with an open cover. for allowing the installation and removal of the prefabricated box of the said procedure compared to the unit Such a principal is assembled such that the trajectory is used for moving the hole away from the such protrusions in connection with the opening of such covers and will be used for movement The hole approaches the protrusion in connection with the closure of the cover. Successfully form an image where the main unit includes a motor, a side-mounted Helix gear unit. The main assembly for obtaining thrust from such motors and the torque holes which co-axially signify the gears. The helix beside the main assembly, the hole having a significant triangular cross-section, the prefabricated box consists of finished box frame Photosensitive roller of electrical imaging Recharging roller for such sensitized roller charge. Imaging rollers for latent imaging formed on such photosensitive rollers. cleaning blades for removing residual toner from such photosensitive rollers and significant twisted triangular prism protrusions arranged at the longitudinal end of the Such photosensitive rollers, provided that when the side helix gears such main assembly rotates with holes and sections. Such overhangs are interconnected, rotating propulsion is transmitted from the Helix gear beside the main assembly. to such a photosensitive roller through the attachment between the hole and the protrusion having such protrusion is drawn into the hole. and where such protrusions are substantially arranged at the ends of the coaxial shafts. It is important to the roller helix gear for transmitting the rotational force to the imaging roller. and by the shaft It serves to support such photosensitive rollers rotating in the frame of the prefabricated box and, provided that the overhangs, roller and shaft helix gears are made of molded resin material. and the outer diameter D1 of such photosensitive roller, the outer diameter F of the shaft thereof, and the diameter C of the circumference of the prism protrusion are substantially triangular. Importantly, the conditions apply. D1 less than F less than or equal to C 4 6. The finished box of the procedure according to Claim 45, provided that on one side opposite from the shaft, an anchor is provided for its ground attachment. The inner surface of the photosensitive roller provided that such overhangs, roller helix gears, anchorages and shafts are made of molded resin material. a circle or arch protruding around such an overhang where the wall acts as a guide for The attachment between the holes and the protrusions 4 8. The finished box of the procedure according to claim 45, provided that the corners of such protrusions are obtained. Sloping slitting 4 9. The finished box of the procedure according to Claim 45, which is additionally assembled with the part to be is pushed by the part of the main unit by the spring and the part that will be in contact with the fixed part of the Main assembly unit, when the finished box of the above method is attached to the main assembly 5 0. The finished machine produces the image of the electrical imaging, for the formation of the image on the all image materials, in which the finished box of the process is mounted removable, the finished machine It consists of a motor, a side helix gear, the main assembly unit for obtaining the propulsion of the motor. The twist hole, which is substantially co-axial to the helix gear on the side of the main assembly, has a significant triangular cross-section, the hole is formed in the tip of the column. A circle protruding from the significant middle part of the helix gear beside the main assembly unit. The method for installing the process precast box, the process precast box includes finished box frame Photosensitive roller of electrical imaging Recharging roller for such sensitized roller charge. Imaging rollers for latent imaging formed on such photosensitive rollers. cleaning blades for removing residual toner from such photosensitive rollers and significant twisted triangular prism protrusions arranged at the longitudinal end of the Such photosensitive rollers, provided that when the side helix gears such main assembly rotates with holes and sections. Such overhangs are interconnected, rotating propulsion is transmitted from the Helix gear beside the main assembly. to such a photosensitive roller through the attachment between the hole and the protrusion having such protrusion is drawn into the hole. and where such protrusions are substantially arranged at the ends of the coaxial shafts. It is important to the roller helix gear for transmitting the rotational force to the imaging roller. and by the shaft It serves to support such photosensitive rollers rotating in the frame of the prefabricated box and, provided that the overhangs, roller and shaft helix gears are made of molded resin material. and the outer diameter D1 of such photosensitive roller, the outer diameter F of the shaft thereof, and the diameter C of the circumference of the prism protrusion are substantially triangular. Importantly, the conditions apply. D1 less than F less than or equal to C Openable cover for allowing installation and removal of the process prefabricated box. as compared to the aforementioned main components The path for moving the hole is further away from the protrusion in the link. with the opening of the cover and for moving such holes towards the welding protrusions associated with the opening of such a cover and the path for feeding the recording material, where the dedentum diameter G of the helix gear of such roller and the inner diameter D2 of such photosensitive roller, The condition G is less than D2 and G is less than F is less than or equal to C 5 1. The machine completes Claim 50, with a helix gear next to the main unit. Such a base unit is about 0.4-0.7 and has a diameter of deendum L approximately 30-150 mm and also has 40-400 teeth 5 2. Drive transmission part for transmitting thrust to the speed roller. light of photographic path electric and imaging rollers for the latent imaging formed on such photosensitive rollers, which are contained in The prefabricated box of the detachable mounting method to the main assembly unit of the prefabricated machine produces Image for image rendering on the recording material, the main assembly including the motor, the rotating drive assembly for obtaining the drive from the motor. and the twisted holes, which are significantly co-axial Important to such a rotating drive assembly, the hole is polygonal cross-section, the ejection transmission element is included. Transmission parts for transmitting thrust from the main assembly to the rollers. Make this image when the finished box of the method is attached to the main assembly. shafts that are substantially co-axial to such transmission parts and torsional polygonal prism protrusions arranged at the ends of such shafts by which such protrusions are supported. The thrust from the main assembly passes through the attachment between the hole and the protrusion through which the thrust is transmitted to the Such a photosensitive roller passes through the shaft. and is transmitted to the imaging roller through the transmission transmission part 5 3. The part according to claim 52, where the outer diameter D1 of the photosensitive roller, the outer diameter F of the shaft is said, and the diameter C of the enclosing circle of such filing, subject to conditions D1 less than F, less than or equal to C 5 4. Parts pursuant to Claim 52 wherein such protrusions, transmission parts and shafts are made of molded resin material 5 5. Parts According to claim 54, such resin materials are polyacetal resin, polycarbonate resin, polyamide resin. or polyethylene terephthalate resin 5 6. Driving transmission part for transmitting thrust to the photosensitive roller of the optical imaging. electric and imaging rollers for the latent imaging formed on such photosensitive rollers, which are contained in The prefabricated box of the detachable mounting method to the main assembly unit of the prefabricated machine produces Image for visualization on the recording material, the main assembly including the motor, the side gear of the main assembly for obtaining thrust from the motor. and the twist hole which joins the axis Significantly, on the side gears of the main assembly unit, such holes have a cross section. Significantly triangular, the aforementioned expulsion transmission parts include Helix gear for transmitting thrust from the main assembly to the painting roller. Such as when the box of the aforementioned method is installed to the main assembly unit. The shaft co-axially with the helix gear and the prismatic protrusion are substantially twisted triangles arranged at the tip of the shaft. provided that when the side gear of the main assembly is rotated with the holes and protrusions attached to it To each other, the rotating thrust is transmitted from the side gear of the main unit to the rollers. The photoreceptor, through the attachment between the hole and the protrusion having such protrusion, is drawn into the hole and propulsion is transmitted to the photosensitive roller through the shaft and is transmitted. The imaged roller is also made through the aforementioned Helix gear, provided that the protrusion, the helix gear and shaft are made of molded resin material and the outer diameter D1 of the photosensitive roller is made. , the outer diameter F of the shaft thereof and the diameter C of the circumferential circle of such protrusion, satisfy the condition. D1 Less than F Less than or equal to C 5 7. Photosensitive rollers, which are packaged in a prefabricated box of the detachable mounting process with The main assembly of the prefabricated machine is for image reproduction on the recording material, the main assembly includes a motor, a rotatable drive assembly for obtaining thrust from such motor and a torque hole which is substantially co-axial to the aforementioned rotating drive assembly, the hole having a polygonal cross-section, the photosensitive roller is included. a cylinder with a photosensitive layer on it and a ejection transmission assembly attached to the end of the cylinder, such ejection transmission assembly which includes A roller gear for transmitting thrust from the main assembly to the supplied imaging roller. in the process's pre-loaded box when the process's pre-loaded box is attached to the main assembly unit. shafts that are substantially co-axial to such roller gears and torsional polygonal prism protrusions arranged at the ends of such shafts by which such protrusions are The thrust from the main assembly passes through the attachment between the hole and the protrusion through which the thrust is transmitted to the Such a photosensitive roller passes through the shaft. and transmitted to such imaging roller through a gear roller 5 8. The photosensitive roller according to claim 57, where the outer diameter D1 of the photosensitive roller, the outer diameter F of the shaft and The diameter C of the enclosing circle of the protrusion, satisfying the condition D1 Less than F, less than or equal to C 5 9. Photosensitive roller pursuant to Claim 57, provided that the protrusions, roller gears and shafts are made of molded resin material 6 0. Photosensitive rollers according to Claim 57. Claim No. 59 where such resin materials are polyacetal resin, polycarbonate resin, polyamide resin. or polyethylene terephthalate resin 6 1. A photosensitive roller according to claim 57 where the straight tooth gear is mounted to the other end. of such a cylinder and where the straight tooth gear serves to transmit thrust for rotation Transfer roller 6 2. Photosensitive roller, which is packaged in a prefabricated box of the detachable mounting process with The main assembly of the finished machine produces the image for the image formation on the recording material, the main assembly includes the motor, the side gear of the main assembly for the receiving unit. propulsion from such motors and the twist holes, which co-axially signify to the side gears of the assembled unit. In principle, such holes have a significant triangular cross-section, such photosensitive rollers. including a cylinder with a photosensitive layer on it, and an ejection transmission assembly attached to the ends of the cylinder, such transmission assembly including Helix gears for transmitting thrust from the main assembly to the arranged drawing rollers. In the finishing box of the aforementioned method, when the finishing box of the aforementioned method is attached to the main assembly, the shaft coaxially significant to the helix gear and the prismatic protrusion are significantly twisted triangular. important held at the tip of the shaft provided that when the side gear of the main assembly is rotated with the holes and protrusions attached to it To each other, the rotating thrust is transmitted from the side gear of the main unit to the rollers. The photoreceptor, through the attachment between the hole and the protrusion having such protrusion, is drawn into the hole and propulsion is transmitted to the photosensitive roller through the shaft and is transmitted. also the rollers do The image is shown through the helix gear, provided that the protrusion, the helix gear and shaft are made of molded Revin material and the outer diameter D1 of the photosensitive roller, diameter The outside F of such shaft and the diameter C of the circumferential circle of such protrusion, satisfy the condition. D1Less than FLess than or equal to C and where a straight tooth gear is arranged, at the other end of the cylinder, for thrust transmission. For rotating the transfer roller in the main assembly when the finished box of the aforementioned process is Mounted to the main assembly unit 6 3. The finished machine produces the image of the electrical imaging for the formation of the image on the recording material, the finished device includes Photosensitive roller of electrical imaging The charging method for the charge of such photosensitive rollers. An imaging method for converting latent images formed on such photosensitive rollers into toner images. Transfer path for transferring the toner image to the recording material Motors Rotating drive assembly for obtaining thrust from such motors. Significantly coaxially twisted prism protrusions with such rotating drive components, such protrusions have a polygonal cross-section. A twisted polygon whose cross-section is a polygon and is arranged at the longitudinal end of the such photosensitive rollers such that when such rotating drive assembly rotates with such protrusions and holes Attached to each other, the rotating thrust is transmitted from the rotating drive assembly to the photosensitive roller. such protrusions through the attachment between such protrusions and the holes with which such holes are drawn into such protrusions and the trajectory for making the relative motion between such protrusions and such holes in the direction of along the length of the aforementioned photosensitive rollers 6 4. The machine is completed according to Claim 63, provided that such protrusions are formed in the ends of The first column protrudes in the spindle direction from the aforementioned rotating drive assembly. and such holes are arranged at The first column protrudes in the spindle direction from the aforementioned rotating drive assembly. and such holes are arranged at The end of the shaft protruding outward in the spindle direction from the photosensitive roller 6 5. The machine is completed according to claim 64, additionally equipped with an arranged roller gear. Placed on such photosensitive roller with holes arranged on the roller gear side of that photosensitive roller. and the aforementioned roller gear serves to transmit thrust to the imaging roller as a means of making such an image. The rollers are Helix gears 6. 7. The machine is accomplished according to claim 65, where the outer diameter F of the shaft, diameter C of the circumferential circle of the protrusion, diameter G of the gear. The roller and the inner diameter D2 of such photosensitive roller, satisfying conditions G>D2 and G>F>=C 6. The machine achieves claim 64, where the outer diameter D1 of the photosensitive roller is said, the outer diameter F of the axle and the diameter C of the enclosing circle of such protrusion, satisfying condition D1>F>=C 6 9. The machine completes Claim 63, which additionally includes circular wall or An arch protruding around the hole, the wall serves as a guide for the attachment between the overhangs. 0. The apparatus is completed according to claim 63 or 69, provided that the outer diameter D1 of such photosensitive roller and the dedentum diameter L of such rotating drive assembly satisfy the condition. 1.0XD1 <=L <=5.0XD1, approx. 7 1. The machine completes Claim 63 or 69 provided that the aforementioned rotating drive assembly It has a base unit of approx. 0.4-0.7 and a diameter of dedamdam L of approximately 30-150 mm and has 40-400 sprockets 7. It is said that there is a cross section. significant triangle and the hole has a significant triangular cross-section, and where the angle of the triangle is slanted; at least One of such charge paths and such imaging pathways is contained in a pre-assembled box to which the removable mounting will be installed. can for allowing the installation and removal of the prefabricated box of the said procedure compared to the unit The main assembly of the finished machine produces such an image, provided that such a moving path is used for Move the protrusion away from the hole in connection with the opening of the cover. and will be used for moving the protrusion towards the hole in connection with the closure. 7 5. Process prefabricated box that is removable to the main assembly unit of the machine. Successfully produces an image where the main assembly includes a motor, a rotating drive assembly. for thrust from such motors and the coaxially twisted prism protrusion significantly with The aforementioned rotating drive assembly, the protrusion having a polygon cross-section, the prefabricated box of the aforementioned process is included. Photosensitive roller of electrical imaging Methods that can be performed on such photosensitive rollers and twisted polygon holes whose cross-sections are polygons and are arranged at the longitudinal ends of the such photosensitive rollers such that when such rotating drive assembly rotates with such protrusions and holes Attached to each other, the rotating thrust is transmitted from the rotating drive assembly to the photosensitive roller. such protrusion through attachment between such protrusion and the hole with which such hole is drawn into such protrusion. is a collapse in the shaft protruding outward in the spindle direction from the photosensitive roller. and such a shaft serves To support the aforementioned photosensitive rollers rotating in the finished box frame 7 7. The finished box of the procedure according to claim 76, where the shaft is significantly coaxial. Important to Helix gears and on one side opposite from the axle, a hook is provided for attachment to the inner surface of such photosensitive rollers by such holes, helix gears, fixing parts and The shaft is made of a molded resin material. and the Helix gear transmits thrust to the image roller. Methods of such procedures 7. 8. The successful box of the procedures under Claims 75 or 77, which includes additional items. A circular or arc-shaped wall protruding around the hole, it serves as a guide for is attached between such overhang and hole 7. 9. Finishing box of the procedure according to claim 76 or 77, provided that the outer diameter D1 of such photosensitive roller, the outer diameter F of the shaft and the diameter C of the The circumference of the aforementioned stand, satisfying conditions D1>F>=C 8 0. The finished box of the procedure according to Claims 75 or 77, provided that the protrusion It has a significant triangular cross-section. and such holes have a triangular cross section. significantly and where the corners of the triangle will be slanted. is pushed by the main unit assembly by the spring, and the part that will be in contact with the fixed part of the Main assembly unit, when the finished box of the aforementioned process is installed to the main assembly unit 8 recording material, in which the process prefabricated box is attached removable, the prefabricated machine Includes motor, rotatable drive assembly for obtaining thrust from the motor. Torque protrusions that are substantially co-axial to such rotating drive components, such protrusions. having a cross-section of a polygon The method for installing the process precast box, the process precast box includes Photosensitive roller of electrical imaging The method of action can be made on such photosensitive rollers and the twisted polygon holes arranged at the longitudinal end of such photosensitive rollers whereby when The rotating drive assembly is rotated by the protrusion and the corresponding holes, the rotating thrust is transmitted from the rotatable drive assembly to the photosensitive roller through the interlocking. Such protrusions and holes with such holes are drawn into such protrusions. Motion path for establishing relative motion between such protrusion and the hole in the longitudinal direction of such photosensitive roller and path for feeding the recording material 8 4. The machine is completed according to claim No. 83, where the shaft is aligned significantly with roller gear and on one side opposite from the axle, a hook is provided for hooking. fixed to the inner surface of the photosensitive roller such that the holes, the roller gear, the attachment and the shaft are Made of resin material that is molded into one piece. and the roller gear transmits thrust to the imaging roller as a path. 8 5. The machine is completed according to claim 84, where the gear is a helix 8 6. The machine is completed according to claim 84, where the outer diameter F of the shaft, diameter C of the enclosing circle of such protrusions, the dieden diameter G of the gear roller and the inner diameter D2 of the photosensitive roller, satisfying the conditions G>D2 and G>F>=C 8 7. Machine fulfillment of claim clause 83, which additionally comprises the part to be pushed by The parts of the main unit are assembled by springs and the parts that are in contact with the fixed parts of the main unit, when the finished box of the aforementioned process is attached to the main assembly. 83 where such means shall include at least one of the topmost charge paths, imaging paths and cleaning paths 8 9. The apparatus achieves claim 83, where the outer diameter D1 of the aforementioned photosensitive roller and the deendum diameter L of side gears of the aforementioned main unit Meet the conditions 1.0XD1 <=L <=5.0XD1, approx. 9 0. The unit achieves Claim 83 provided that the rotating drive assembly has a Base approx. 0.4-0.7 and has a diameter of dedamdam L approximately 30-150 mm and also has 40-400 sprockets 9. can for allowing the installation and removal of the prefabricated box of the said procedure compared to the unit The main assembly of the prefabricated machine produces such images by means of which such mobile paths are used for Move the protrusion away from the hole in connection with the opening of the cover. and will be used for moving the protrusion towards the hole in connection with the closure. 9 2. Process prefabricated box that attaches removable to the main assembly unit of the machine. Successfully produces an image where the main assembly includes a motor, a rotating drive assembly. for obtaining thrust from such motors and the torque protrusions that are significantly coaxial to the components Such a rotating drive, the protrusion has a significant triangular cross-section, the finished box of the said process is included. finished box frame Photosensitive roller of electrical imaging An imaging roller for latent imaging is formed on such a photosensitive roller and a substantially twisted triangular hole is arranged at the longitudinal end of such photosensitive roller. Whereas when such a rotating drive assembly rotates with the protrusion and its associated holes, the rotating propulsion is transmitted from the rotating drive assembly to the photosensitive roller through the hook. fastened between the protrusion and the hole with which it is drawn into the protrusion. and by that hole They are arranged at the ends of the shafts that are significantly coaxial with the roller helix gears for transmission of rotational forces. to the image roller. and where the shaft serves to support such photosensitive rollers swivel in such prefabricated box frame 9. 3. Finished box of the procedure according to claim 92 provided that, on one side opposite from the shaft, is provided with mounting brackets for attachment to the surface. the inside of the photosensitive roller. and provided that the holes, the helix gear of the roller, the retaining part and the shaft are made of molded resin material 9 4. Finishing box of the procedure according to claim 93, where the corner of the hole is It will be cut to tilt 9 5. The finished box of the method according to claim 92, which is additionally assembled with the wall. A circle or arch protruding around the hole, the wall serves as a guide for anchoring. between such protrusion and hole 9. 6. Finishing box of the procedure according to Claim 92 or 93, where the outer diameter F of such shaft, diameter C of the circumferential circle of such protrusion, dedental diameter m G of the helix gear of the roller of such photosensitive roller and the inner diameter D2 of such photosensitive roller, satisfying the conditions G>D2 and G>F>=C 9 7. Finishing box of the procedure according to Claim number 92, in addition to the is pushed by the part of the main unit by the spring and the part that will be in contact with the fixed part of the Main assembly unit, when the finished box of the aforementioned process is attached to the main assembly unit 9. It also includes at least one of the charge rollers and a cleaning blade. recording material, in which the process prefabricated box is attached removable, the prefabricated machine Includes motor, rotatable drive assembly for obtaining thrust from the motor. Torque protrusions that are substantially co-axial to such rotating drive components, such protrusions. It has a significant triangular cross-section. The method for installing the process precast box, the process precast box includes finished box frame Photosensitive roller of electrical imaging Imaging rollers for latent imaging formed on such photosensitive rollers and substantially twisted triangular holes arranged at the longitudinal ends of such photosensitive rollers. Whereas when such a rotating drive assembly rotates with the protrusion and its associated holes, the rotating propulsion is transmitted from the rotating drive assembly to the photosensitive roller through the hook. fastened between the protrusion and the hole with which it is drawn into the protrusion, such that the hole is arranged at the end of the shaft coaxial with the Helix gear of the roller for transmitting rotational force to the aforementioned imaging roller. and where the shaft serves to support Such photosensitive rollers can be rotated in the prefabricated box frame. The trajectory for making the relative motion between the protrusion and the hole in the longitudinal direction of the photosensitive roller and the path for feeding the recording material 10 0. 99 Where, on one side opposite from the axle, an anchor is provided for attachment to the inner surface of the photosensitive roller and whereby the hole, the Helix gear of The rollers, fasteners and shafts are made of molded resin material, and the roller's helix gear transmits the thrust to the painting roller. 10 1. The machine is completed according to claim 99, where The box of the aforementioned process is also assembled. Further combined with the part that will be pushed by the parts of the main unit assembly of the finished machine form the picture. such by the spring and the part that will be in contact with the fixed part of the main unit, when the box is finished of the aforementioned process is installed to the main assembly unit 10 2. The machine is completed according to claim 99, where the finished box of the aforementioned process contains at least one of the charge rollers and cleaning blades 10 3. The machine is accomplished according to claim 99 where the outer diameter F of such shaft, diameter C of the circumferential circle of such protrusion, diameter The goodendum G of the roller helix gear and the inner diameter D2 of the aforementioned photosensitive roller, satisfying the conditions G>D2 and G>F>=C 10 4. The machine completes the claim no. 99 provided that the outer diameter D1 of the aforementioned photosensitive roller and the deendum diameter L of the said rotating drive assembly satisfy condition 1.0XD1. <=L <=5.0XD1, approx. 10 5. The unit achieves Claim 99, provided that the rotating drive assembly has a unit. Base is approx. 0.4-0.7 and has a diameter of deendum L of approximately 30-150 mm and also has 40-400 sprockets 10 6. Claims 99 finisher, additionally equipped with an open cover. for allowing the installation and removal of the prefabricated box of the said procedure compared to the unit The main assembly of the prefabricated machine produces such an image in which the said trajectory is used for Move the protrusion away from the hole in connection with the opening of the cover. and will be used for moving the protrusion towards the hole in connection with the closure. 10 7. The process prefabricated box is removable to the main assembly unit of the machine. Successfully form an image where the main unit includes a motor, a side-mounted Helix gear unit. The main assembly for obtaining thrust from such motors and the torsion protrusions that co-axially significantly with The Helix gear beside the main unit, the protrusion has a triangular cross-section. Significantly, the box of the above methods is included. finished box frame Photosensitive roller of electrical imaging Imaging rollers for latent imaging formed on such photosensitive rollers. Cleaning blade for removing residual toner from such photosensitive roller and significant twisted triangle hole arranged at the longitudinal end of such photosensitive roller. provided that when the helix gear on the side of the main assembly rotates with such protrusions and mounting holes To each other, the rotating thrust is transmitted from the helix gear beside the main assembly to the rollers. Such a sensitizer, through the attachment between the protrusion and the hole therein, is drawn into the protrusion and whereby the hole is significantly aligned at the end of the coaxial shaft. with Helix gear roller for transmitting rotational force to such imaging roller and where the shaft serves to The aforementioned photosensitive rollers can be rotated in the prefabricated box frame. And as such holes, gears, helix of rollers and shafts are made of molded resin material. and the outer diameter D1 of such photosensitive roller, the outer diameter F of the shaft and the diameter C of the circumferential circle of the said hole, satisfying the condition D1>F>=C. Claim 107, provided that on one side opposite from such shaft, an anchor is provided for attachment to the inner surface of such photosensitive roller. and provided that the holes, the roller helix gear, the retaining part and the shaft are made of molded resin material. A circle or arch protruding around the hole, the wall serves as a guide for anchoring. between the protrusion and the hole. 11 0. Finished box of the process according to claim 107, wherein the corner of the hole is slanted 11 1. Finished box of the process according to claim 107, which Additional assembly including part to be pushed by the parts of the main assembly by the springs and the part to be touched by the fixed parts of the main assembly, when the finishing box of the above method is attached to the main assembly. recording material, in which the process prefabricated box is attached removable, the prefabricated machine It consists of a motor, a side helix gear, the main assembly unit for obtaining the propulsion of the motor. Significantly co-axial to the helix gear beside the main unit, the protrusion has a significant triangular cross-section. and such overhangs were formed. In the tip of the circular column protruding from the middle part significantly of the unit side helix gear. such main components The method for installing the process precast box, the process precast box includes finished box frame Photosensitive roller of electrical imaging Imaging rollers for latent imaging formed on such photosensitive rollers. Cleaning blade for removing residual toner from the photosensitive roller and significant twisted triangle holes arranged at the longitudinal end of the photosensitive roller. provided that when the helix gear on the side of the main assembly rotates with such protrusions and mounting holes To each other, the rotating thrust is transmitted from the helix gear beside the main assembly to the rollers. Such a sensitizer, through the attachment between the protrusion and the hole therein, is drawn into the protrusion and whereby the hole is significantly aligned at the end of the coaxial shaft. with Helix gear roller for transmitting rotational force to such imaging roller and where the shaft serves to The aforementioned photosensitive rollers can be rotated in the prefabricated box frame. And as such holes, gears, helix of rollers and shafts are made of molded resin material. and the outer diameter D1 of such photosensitive roller, the outer diameter F of the shaft and the diameter C of the circumference of the protrusion, satisfying the condition D1>F>=C. Allows installation and removal of the method's prefabricated box. Such, compared to the main assembly of the finished machine, produces such an image. The trajectory for moving the protrusion is further away from the hole in the link. with the opening of the cover and for moving the wrinkled part towards the hole in the welding Contrary to the opening of the aforementioned cover and the path for feeding the recording material, where the dedendam diameter G of the roller helix gear and the inner diameter D2 of the photosensitive roller, is according to conditions G>D2 and G>F>=C 11 3. The machine is completed according to claim 112, where the helix gear next to the main unit It has a base unit approx. 0.4-0.7 and has a diameter of approx. 30-150 mm L, and also has 40-400 sprockets. light of photographic path An electric and imaging roller for latent imaging is formed on such photosensitive rollers, which are packaged in a process prefabricated box that is removable to the main assembly unit of the prefabricated machine. For image formation on the recording material, the main assembly includes the motor, the rotating drive assembly for obtaining the thrust from the motor. and the twisted protrusions that join the axis Significantly with such a swivel drive assembly, the protrusion has a polygonal cross-section, the ejection transmission element is included. A gear for transmitting thrust from the main assembly to the painting roller. When the box of the above method is attached to the main assembly unit. shafts that co-axially with such gears and torsion polygonal holes arranged at the ends of such shafts through which such holes receive thrust from the unit. The main assembly is through the attachment between the protrusion and the hole through which the thrust is transmitted to the photosensitive roller. through the shaft and is transmitted to the aforementioned imaging roller through a gear 11 5. Parts pursuant to clause 114 where the outer diameter D1 of the photosensitive roller, the outer diameter F of the shaft and the diameter C of the circle enclosing such protrusions, satisfying condition D1>F>=C 11. 6. Parts according to Claim 114, provided that the holes, gears and shafts are made of resin material. Cast as one piece 11 7. Parts according to Claim 116, where such resin materials are polyacetal resin, polycarbonate resin, polyamide resin. or polyethylene terephthalate resin 11 8. Drive transmission part for transmitting thrust to the photosensitive roller of the optical imaging. electric and imaging rollers for the latent imaging formed on such photosensitive rollers, which are contained in The prefabricated box of the detachable mounting method to the main assembly unit of the prefabricated machine produces Image for visualization on the recording material, the main assembly including the motor, the side gear of the main assembly for obtaining thrust from the motor. and the twisted protrusion at the joint Significant axis to the side gears of the main assembly unit, such overhangs have a cross section. Significantly triangular, the ejection transmission part is included. Helix gear for transmitting thrust from the main assembly to the painting roller. Such as when the box of the aforementioned method is installed to the main assembly unit. a shaft that co-axially with the aforementioned Helix gears and a significant torsional triangular hole arranged at the end of such shaft where when the gear side The sides of the main unit are rotated by such protrusions and their respective holes, the rotating thrust is transmitted from the side gears of the main unit to the photosensitive roller through the The hook between the protrusion and the hole with the hole is drawn into the protrusion and thrust is transmitted to the photosensitive roller through the shaft and to the imaging roller. through gear such helix, where such holes, helix gear and shaft are made of molded resin material and the outer diameter D1 of such photosensitive roller, outer diameter F of the shaft. and The diameter C of the enclosing circle of the protrusion, meets the condition D1>F>=C 11 9. Photosensitive roller, which is packaged in a pre-assembled case of the detachable mounting process with the The main assembly of the finished machine produces the image for the imaging on the recording material, the main assembly includes the motor, the rotatable drive assembly for obtaining the thrust from the motor and the torque protrusion. Significantly co-axial to such a rotating drive assembly, the protrusion has a polygonal cross-section, the photosensitive roller is included. a cylinder with a photosensitive layer on it, and an ejection transmission assembly attached to the ends of the cylinder, such transmission assembly including gear for transmitting thrust from the above main assembly to the painting roller when the box The completion of the aforementioned process was installed on the main assembly unit. shafts that co-axially with such gears and torsion polygonal holes arranged at the ends of such shafts through which such holes receive thrust from the unit. The main assembly is through the attachment between the protrusion and the hole through which the thrust is transmitted to the photosensitive roller. through the shaft 12 0. Photosensitive roller pursuant to claim 119, where the outer diameter D1 of the photosensitive roller, the outer diameter F of the shaft and the diameter C of the circumferential circle of the protrusion, satisfying condition D1>F>=C 12 1. Photosensitive roller according to claim 119, provided that the holes, gears and shafts are also Molded resin material 12 2. Photosensitive roller pursuant to Claim 121, where such resin material is polyacetal resin, polycarbonate resin, polyamide resin. or polyethylene terephthalate resin 12 3. Photosensitive roller according to claim 119, where the straight tooth gear is mounted to the end of the such a cylinder and where the straight toothed gear serves to transmit thrust for the rotation of the transfer roller 12 4. The photosensitive roller, which is contained in the prefabricated box of the detachable mounting process to the The main assembly of the finished machine produces the image for the image formation on the recording material, the main assembly includes the motor, the side gear of the main assembly for the receiving unit. propulsion from such motors and a torsional protrusion that co-axially aligns significantly with the unit's side gears. The main assembly, the protrusion having a polygon cross-section, the photosensitive roller. including a cylinder with a photosensitive layer on it, and an ejection transmission assembly attached to the ends of the cylinder, such transmission assembly including Helix gears for transmitting thrust from the main assembly to the painting rollers. The finishing box of the aforementioned process, when the finishing box of the aforementioned process is mounted to the main assembly, a shaft that co-ordinates substantially to the aforementioned Helix gear, and a significant torsional triangular hole is provided. at the ends of the shafts such that when the gears side The sides of the main unit are rotated by such protrusions and their interlocking holes, the rotating thrust is transmitted from the side gears of the main unit to the photosensitive rollers through the The hook between the stand and the hole with the hole is drawn into the protrusion and thrust is transmitted to the photosensitive roller through the shaft and to the imaging roller. through gear such helix where the hole, the helix gear and shaft are made of molded resin material, and the outer diameter D1 of the photosensitive roller, the outer diameter F of the shaft and the diameter C of the enclosing circle. of such a protrusion, satisfying the condition D1>F>=C and with a straight tooth gear arranged, at the end of such a cylinder, for the transmission of thrust for Rotating the transfer roller in the main assembly when the finished box is installed. with the main assembly unit 12 5. The finished box of the method that can be installed removable to the main assembly unit. The finished machine produces the image for the image formation on the recording material, the main unit of which is said. This includes the motor, the rotatable driven assembly for obtaining the thrust from the motor and the torsional collapse or protrusion having a non-circular cross-section and substantially coaxial with the spindle. of such a rotating driven assembly, the finished box of the aforementioned process consists of Rotating photoelectric roller The procedural course of action on such sensitized rollers and the protrusions or torsional parts arranged at the longitudinal ends of such sensitized rollers, having a non-circular cross-section and substantially co-axial to the spindle of the photosensitive roller, where Such protrusions or collapses of such photosensitive rollers shall be sized and formatted so that the protrusions or Such collapse can hold the first relative pivot position relative to the collapse or protrusion. of the component is driven such rotation in which the relative rotational motion between them is permitted and the second relative pivot position relative to the collapse or protrusion of the component. is driven such rotatable assembly where relative rotational motion is prevented in one direction of rotation, while the spindle of the assembly is driven such rotatable and the spindle of such photosensitive roller will be aligned significantly. 12 6. The finished box of the procedure according to Claim No. 125, provided that the collapsed part or the protrusion of such rotating driven assembly and such protrusions or collapses of such photosensitive rollers. will be touched at the three twisted lines significantly. Make up a significant equilateral triangle. 12 8. Finishing box of the method that can be mounted removable to the main assembly unit of the machine. Successfully produces an image where the main assembly includes a motor, a rotating drive assembly. For obtaining thrust from such motors and the holes are defined by the torsional surface, the holes co-axially Significantly with the aforementioned rotating drive assembly, the finished box of the aforementioned process includes Photosensitive roller of electrical imaging The means by which the photosensitive roller and the torsional protrusions connected to the torsional surfaces can be performed, such protrusions are arranged at the longitudinal ends. where, when such rotating drive assembly rotates with the holes and the protrusions intertwined with each other, the rotating thrust is transmitted from such rotating drive assembly. also such photosensitive rollers pass The attachment between the said hole and the protrusion 12 9. The finished box of the procedure according to Claim No. 128, provided that such protrusion is filed from The tip of the shaft protrudes outward in the spindle direction from the photosensitive roller. and the shaft Serves to accommodate the aforementioned photosensitive rollers rotating in the prefabricated box 13 0. Process according to claim 129, where the outer diameter D1 of such photosensitive roller, outer diameter F of such shaft and the diameter C of the enclosing circle of the protrusion, satisfying the condition D1>F>=C and that the protrusion and shaft are molded into one piece of resin material. Subject to clause 129, the outer diameter F of the shaft, the diameter C of the enclosing circle of the protrusion, the deendum diameter G of the gear of the photosensitive roller and the inner diameter In such photosensitive rollers D2, conditions G>D2 and F>G>=C are met and provided that the protrusions, such shafts and roller gears are assembled with resin material. 13 2. A finished box of any of the procedures under Claims 128, 130 or 131, provided that the hole has a significant triangular cross-section with triangular angles obtained. The facing is beveled, and the overhang has a significant triangular cross-section with the resulting triangular angles. 13 3. A successful box of the method according to claim 128, provided that the method is including at least one of the charge path, imaging path and cleaning path as one unit 13. electric and imaging rollers for making passive images formed on such photosensitive rollers, compatible with The finished machine produces an electrically photographic image for the formation of an image on the recording material, including a motor, a rotatable drive assembly for obtaining thrust from such a motor and a hole at Determined by the torsional surface, the holes co-axially signify with the driver assembly. such swivel, the aforementioned driving transmission parts consist of Transmission part for transmitting thrust to the imaging roller. A shaft that is substantially co-axial to the transmission part and a torsional protrusion connected to such torsional surfaces, such protrusions are arranged at the ends of such shafts, provided that such protrusions are It receives propulsion from the aforementioned rotating drive assembly through the attachment. between the hole and the protrusion and through which thrust is transmitted to the photosensitive roller through the shaft. and is sent to the aforementioned imaging roller through the aforementioned transmission parts. 13. 5. Transmission parts are driven according to claim clause 134, provided that such protrusions, gear parts send photocopies and such axles shall be assembled from one piece of cast resin material 13. 6. Drive transmission part according to claim clause 134 or 135, provided that the hole has a cross section. It is a significant triangle with triangular angles that have been slanted. and such submission having a significant triangular cross-section with triangular faceted corners that have been slanted 13 7. Driving transmission part according to claim 136, where the outer diameter F of such axle, Diameter C of the enclosing circle of the protrusion, diameter G of the transmission element. and the inner diameter of such photosensitive roller D2, subject to conditions G>D2 and G>F>=C 13. 8. Driving transmission part according to claim 137, provided that such protrusion is action Acting on it enters the hole when the protrusion transmits rotational force to the photosensitive roller while attached to the hole 13. 9. The photosensitive roller, which is compatible with the finishing machine, produces a photographic image. electric For the formation of images on the recording material, such finishers include motors, drive assemblies. that can rotate for getting the drive from such motors and the hole is defined by the torsional surface, such a joint hole Significant axis with such driving, such photosensitive rollers include a cylinder with a photosensitive layer on it, and an ejection transmission assembly attached to the ends of the cylinder, such transmission assembly including Transfer gear assembly for transmitting thrust from said rotating drive assembly to painting roller A shaft that is substantially co-axial to the transmission assembly and a torsional protrusion connected to such torsional surfaces, such protrusions are arranged at the ends of such shafts, provided that such protrusions are The propulsion is obtained from the aforementioned rotating drive assembly through the attachment. between the hole and the protrusion and through which thrust is transmitted to the photosensitive roller through the shaft. and is sent to the imaging roller through the transmission assembly. 14 0 The roller according to claim 139 provided that the outer diameter D1 of the photosensitive roller is and the outer diameter F of the axle and the diameter C of the circumferential circle of the protrusion, the condition D1>F>=C is met and that the protrusion and shaft are assembled from one molded resin material. 14 1. A roller according to claim 139, where the outer diameter F of the shaft, the diameter C of the circumferential circle of the protrusion, the badendum diameter G of the gear of the transmission assembly. and the inner diameter of such photosensitive roller D2, satisfying the conditions G>D2 and G>F>C and provided that such overhangs, such shafts and the transmission assembly are assembled. with resin material molded into one piece 14 2. Rollers according to claim 139, provided that the transmission assembly, such axle and the protrusion shall be assembled with a molded resin material 14 3. Rollers according to Claims 139, 140, 141 or 142 whichever by the hole There is a significant triangular cross-section with a faceted triangle, and such projecting has a significant triangular cross-section, with a given triangular angle. slanting 14 4. A roller according to claim 143, provided that the protrusion is subjected to the impact force which hits it. enter the hole when the protrusion transmits rotational force to the photosensitive roller while it is attached to the hole 14. 5. The method's prefabricated box can be mounted removable to the main assembly unit. The finished machine produces the image for the image formation on the recording material, the main unit of which is said. This includes the motor, the rotating drive assembly for obtaining the propulsion from the motor and the Collapsed or overhang which has a non-circular cross-section and is substantially coaxial with the spindle of The aforementioned rotating drive assembly, the finished box of the aforementioned process includes Rotating photoelectric roller The procedural course of action on such sensitized rollers and the protrusions or torsional parts arranged at the longitudinal ends of such sensitized rollers, having a non-circular cross-section and substantially co-axial to the spindle of the photosensitive roller, where Such protrusions or collapses of such photosensitive rollers shall be sized and formatted so that the protrusions or Such collapse of the photosensitive roller is able to hold its first relative rotation position relative to it. Such collapse or protrusion of such rotating drive assembly where the rotational motion is relative. During that time will be allowed. and the second relative pivot position relative to the collapse or overhang of such a rotating drive assembly in which the relative rotational motion is prevented in the direction rotation in one direction, while the spindle of the aforementioned rotating drive assembly and the spindle of Such photosensitive rollers are significantly aligned. and the photosensitive roller is bent in the longitudinal direction. of such photosensitive rollers by interlacing between the collapsed parts or protrusions of the rotating drive assembly. and such protrusion or collapse of the aforementioned speed roller 14 6. The method's prefabricated box is removable to the main assembly unit. The finished machine produces the image for the image formation on the recording material, the main unit of which is said. This includes the motor, the rotating drive assembly for obtaining the propulsion from the motor and the Collapses, twists or projections which have a non-circular cross-section and are axially coherently with the axis of rotation of The aforementioned rotating drive assembly, the finished box of the aforementioned process includes Rotating photoelectric roller The procedural course of action on such sensitized rollers and the protrusions or torsional parts arranged at the longitudinal ends of such sensitized rollers, having a non-circular cross-section and substantially co-axial to the spindle of the photosensitive roller, where Such protrusions or collapses of such photosensitive rollers shall be sized and formatted so that the protrusions or Such collapse of the photosensitive roller is able to hold its first relative rotation position relative to it. Such collapse or protrusion of such rotating drive assembly where the rotational motion is relative. During that time will be allowed. and the second relative pivot position relative to the collapse or overhang of such a rotating drive assembly in which the relative rotational motion is prevented in the direction One direction rotation by binding between the torsional collapse or protrusions of the rotating drive assembly. and such twisted protrusions or collapsing parts of such photosensitive rollers, while causing the axis of rotation of the rollers to The sensitizer is significantly aligned with the axis of rotation of the rotatable driving assembly and pushes the photosensitive roller in the longitudinal direction of the photosensitive roller by attaching between them.