CN202453657U - Bundling mode of image forming device - Google Patents
Bundling mode of image forming device Download PDFInfo
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- CN202453657U CN202453657U CN2012200105669U CN201220010566U CN202453657U CN 202453657 U CN202453657 U CN 202453657U CN 2012200105669 U CN2012200105669 U CN 2012200105669U CN 201220010566 U CN201220010566 U CN 201220010566U CN 202453657 U CN202453657 U CN 202453657U
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Abstract
The utility model provides a bundling mode of an image forming device and used for bundling a processing box and a device body. When the image forming device is bundled under the condition that the processing box (9) containing toner used for forming images is inserted in the device body, a slice part (70) is arranged between the lower surface of the processing box (9) and a route formation part (26) to enable a pair of rollers (22) of a delivery path (25) located between the lower surface of the processing box (9) and the route formation part (26) to be separated. In addition, a desiccating agent (80) is arranged close to the processing box (9). The desiccating agent (80) is mutually connected with the slice part (70) through a belt part (75), and one end of the belt part (75) is exposed to the outside from a front cover (8) covering the opening portion of the device body. The bundling mode of the image forming device can prevent the rollers for conveying paper from being deformed and can dehumidify the toner in the processing box.
Description
Technical field
The utility model relates to a kind of with the handle box bale packing form of the image processing system of bale packing in the image forming device body together.
Background technology
Logistics form as image forming device body and handle box; Because, proposed under the state that handle box is installed in the image forming device body, to carry out the scheme of bale packing for this reason with reducing carrying in an image forming device body and handle box bale packing to a chest with bale packing materials and improve handling efficiency.For example; Record following image processing system in the patent documentation 1: in the image processing system of being put down in writing; Under the state that handle box is installed in the device body, carry out bale packing (being designated hereinafter simply as " together bale packing "), charging roller, developer roll are separated with photosensitive drums.This is in order to prevent because the vibration that in course of conveying, takes place makes photosensitive drums contact, rub with developer roll, charging roller, and then causes the photosensitive drums damage.
Patent documentation 1: TOHKEMY 2006-259448 communique
The applicant proposed following scheme (No. 3431881 communique of japanese) before this: one in a pair of roller that paper sheet delivery is used is supported in handle box, another is supported in device body.In this structure; With handle box together bale packing in device body; If under the state of the mutual crimping of roller, be in hot environment for a long time, the paper sheet delivery of correct was brought the problem of obstruction when the device body that roller distortion or support rollers then possibly occur was out of shape, carries out image formation action.
In addition, usually, insert toner in the handle box because the moisture absorption and deterioration, thus the image quality reduction when causing image to form.Therefore, when the bale packing handle box, try every possible means the toner dry status to be preserved with the sack etc. of the sealing of packing into.Yet, with device body and handle box together under the situation of bale packing, be difficult to handle box is packed in the sack of sealing, be difficult to preserve toner with dry status.
The utility model content
Therefore, the purpose of the utility model is to provide a kind of bale packing form of under the state that handle box is installed on device body, carrying out the image processing system of bale packing, and it can prevent that paper sheet delivery from deforming with roller, and suppresses the toner moisture absorption in the handle box.
In order to achieve the above object; The bale packing form of the image processing system of first technical scheme of the utility model; In device body, be inserted with and comprise image and form with bale packing image processing system under the state of the handle box of toner, wherein, said image processing system has: sheet feed stacker; This sheet feed stacker is arranged at the below of said handle box, takes in paper; The first conveying road, this first conveying road is carried said paper from said sheet feed stacker to the top, with said paper sheet delivery near the lower surface of said handle box; The second conveying road, this second conveying road is connected with the said first conveying road, is formed by the lower surface of said handle box and the path component parts that is arranged on the position relative with the lower surface of said handle box; And a pair of roller used of paper sheet delivery; The a pair of roller that this paper sheet delivery is used is arranged at said handle box and said path component parts; The bale packing form of this image processing system has: sheet component; This sheet component is inserted with under the state of said handle box in said device body, is arranged between the lower surface and said path component parts of said handle box, and said a pair of roller is separated; And drying agent, this drying agent can be arranged in the said device body with freely loading and unloading, and said drying agent and said sheet component link each other.
According to second technical scheme of the utility model, in the bale packing form of the described image processing system of first technical scheme, said device body has: be used for said handle box is accommodated in the accommodation space in the said device body; Be used for plugging the peristome of said handle box to said accommodation space; And the lid that is used for opening and closing said peristome, said sheet component and said drying agent are disposed at said accommodation space and near said handle box.
The 3rd technical scheme according to the utility model; In the bale packing form of the described image processing system of second technical scheme, the part of said sheet component, said drying agent or the parts that link with said sheet component, said drying agent is exposed from the outside towards said device body that is provided with said lid.
The 4th technical scheme according to the utility model; In the bale packing form of the described image processing system of second technical scheme; When opening said lid, the part of said sheet component, said drying agent or the parts that link with said sheet component, said drying agent is exposed to the outside of said device body from said peristome.
According to the 5th technical scheme of the utility model, in the bale packing form of the described image processing system of arbitrary technical scheme, said sheet component and said drying agent link through having flexible tape member in first technical scheme to the, four technical schemes.
The 6th technical scheme according to the utility model; In the bale packing form of the described image processing system of second technical scheme; Said handle box is being installed under the state of said accommodation space; Has the toner receiving room of taking in said toner in said peristome side; Said roller is positioned at the inboard of the said peristome side end of said handle box, and said drying agent is connected with the part of the said peristome side of said sheet component, and is positioned at the position near the part of the said peristome side of said handle box.
The 7th technical scheme according to the utility model; In the bale packing form of the described image processing system of second technical scheme; Said device body is with respect to the handle box that is installed on said accommodation space; A side opposite with said peristome have and said handle box across at interval fuser, the end binding with respect to the said inboard of said peristome of said drying agent and said sheet component, and between said handle box and said fuser.
The utility model effect:
First technical scheme according to the utility model; When under the state that in device body, is inserted with handle box during the bale packing image processing system; To be separated from each other in order making, between the lower surface of handle box and path component parts, to dispose sheet component at the lower surface of handle box and a pair of roller on the conveying road between the component parts of path.Therefore, even if under the bale packing state, place hot environment also can suppress the roller distortion for a long time, carries out image forms when moving, correctly conveyance of sheets.In addition, because in device body, dispose drying agent 80, so can suppress toner moisture absorption under the bale packing state.In addition, because sheet component and drying agent are connected, so if a side who takes out in sheet component and the drying agent then can related taking-up the opposing party, therefore, the taking-up operation is more or less freely and can prevent to forget taking-up.
According to second technical scheme of the utility model, sheet component is configured in the used accommodation space of handle box with drying agent together with handle box, so drying agent can be brought into play the moisture absorption effect to toner efficiently near handle box.In addition, because they are arranged in the accommodation space, so the installation of sheet component and drying agent, to take out operation more or less freely.
According to the 3rd technical scheme of the utility model, make sheet component, drying agent or the parts that link with their from device body to exposing outside.Therefore, can remind outside sheet component and the drying agent of taking out before using image processing system.
According to the 4th technical scheme of the utility model, sheet component, drying agent perhaps, lid are exposed outside when opening to device body from peristome with the parts that their link.Therefore, can remind outside sheet component and the drying agent of taking out before using image processing system.
The 5th technical scheme according to the utility model; Through sheet component and drying agent are linked through having flexible tape member; Thus, even if the allocation position of sheet component and drying agent is not at grade, can easily dispose sheet component and drying agent through making the tape member bending.
The 6th technical scheme according to the utility model; Because dispose sheet component and a pair of roller separated in the inboard of peristome; And near peristome, dispose drying agent, so from the easy visible drying agent of peristome side, and be easy to take out drying agent and sheet component.In addition, because the position of drying agent is near the toner receiving room of handle box, so can bring into play the moisture absorption effect to toner efficiently.
According to the 7th technical scheme of the utility model, because drying agent is configured in through making handle box and fuser across the space that forms at interval, so, owing to not needing especially to be provided with the used space of drying agent, thereby miniaturization that can implement device.In addition, though drying agent is configured in the inboard, can drying agent also be taken out together through taking out sheet component.
Description of drawings
Fig. 1 is the central sectional view of image processing system.
The central sectional view of image processing system when Fig. 2 is the handle box loading and unloading.
Fig. 3 is the stereographic map of handle box.
Stereographic map when Fig. 4 is the toner cartridge loading and unloading.
Fig. 5 is the central sectional view of bale packing form of the image processing system of first embodiment.
Fig. 6 is the stereographic map that the relation to sheet component, drying agent, tape member and handle box describes.
Fig. 7 is the sectional view of seeing from frontal of bale packing form of the image processing system of first embodiment.
Fig. 8 is the central sectional view of bale packing form of the image processing system of second embodiment.
Fig. 9 is the central sectional view of bale packing form of the image processing system of the 3rd embodiment.
The reference numeral explanation:
1... image processing system; 2... framework; 3... sheet feed section; 4... image forming part; 5... sheet feed stacker; 6... row's paper disc; 8... protecgulum; 8A... lid recess; 9... handle box; 10... manually insert opening; 15... exposure device; 16... fuser; 20... the first conveying road; 21... guiding parts; 22... the resistance roller is right; 23... base side resistance roller; 25... the second conveying road; 26... path component parts; 28... opening portion; 29... admissible space; 31... photosensitive drums; 34... processing side resistance roller; 36... developer roll; 40... drum box; 45... framework antetheca; 48... paper sheet delivery face; 49... location division; 53... handle part; 60... toner cartridge; 62... toner incorporating section antetheca; 63... handle part; 70... sheet component; 75,76,77... tape member; 80,81,82... drying agent; 90... accommodation space.
Embodiment
Below, with reference to appropriate accompanying drawing, the embodiment of the utility model is at length described.
The schematic configuration of image processing system:
As shown in Figure 1; In the image processing system 1, in framework 2, mainly have: be used to supply with the sheet feed section 3 of paper S, on paper S, form the image forming part 4 of image, the sheet feed stacker 5 of the paper S before taking in image and forming and be used for cargo plan and look like to form after row's paper disc 6 of paper S.
Here, in the explanation of the schematic configuration of image processing system 1, about direction, according to describing as the direction of benchmark with the user that uses image processing system 1.That is, protecgulum 8 sides among Fig. 1 are " preceding ", and opposition side is " back ", and the nearly body side of paper is " left side ", and the inboard of paper is " right side ".In addition, the above-below direction among Fig. 1 is called " up and down ".
As shown in Figure 2, the peristome 7 of the handle box 9 that framework 2 is stated after being provided with and can loading and unloading, and be provided with the protecgulum 8 that can open and close peristome 7 rotationally.The manual insertion opening 10 from paper S to image forming part 4 that can supply with that connects before and after protecgulum 8 is provided with.In addition, insert manually that opening 10 can not be arranged at protecgulum 8 and the front surface that is arranged at framework 2.In addition, on protecgulum 8, at the upper wall of protecgulum 8 and manually insert the lid recess 8A that is provided with between the opening 10 to the concavity of the inside of framework 2.Lid recess 8A extends longlyer at the left and right directions of image processing system 1.
The main internal part such as image forming part 4 grades that contains handle box 9 is mainly as shown in Figure 7, is supported by pair of right and left body frame 11.In addition, will have sometimes body frame 11, sheet feeding section 3, after framework 2 under the state of the various devices except that handle box 9 such as the exposure device 15 stated and fuser 16 be called following " device body ".In device body, between a pair of body frame 11 and after be formed with the accommodation space 90 that is used to take in handle box 9 between the exposure device 15 stated and the path component parts 26.This accommodation space 90 is connected with peristome 7.
Then, detailed explanation is carried out in conveying and the image formation action of paper S.
The guiding parts upper surface 21B that is arranged at guiding parts 21 is positioned at and the medial extremity adjoining position that manually inserts opening 10, will be directed to image forming part 4 from the paper S that manual insertion opening 10 inserts.
The second conveying road 25 be formed at paper sheet delivery face 48 that the lower surface by handle box 9 constitutes, and the path component parts 26 relative with paper sheet delivery face 48 between; And be connected with the downstream of the sheet transport direction on the first conveying road 20, this second conveying road 25 is continuous with the clamping part of photosensitive drums 31 and transfer roll 33.Be provided with the resistance roller midway to 22 on the second conveying road 25.The resistance roller is made up of base side resistance roller 23 that is arranged at path component parts 26 and the processing side resistance roller 34 that is arranged at the lower surface of handle box 9 22.As shown in Figure 7, path component parts 26 forms to stride and is located between the pair of right and left body frame 11.Of the back, because handle box 9 can load and unload with respect to device body, so, under the state that handle box 9 is installed to device body, form the above-mentioned second conveying road 25, resistance roller 23,34 mutual butts.When handle box 9 being installed to device body, processing side resistance roller 34 is connected to base side resistance roller 23 through the spring 24 that is arranged at body frame 11 with authorised pressure in its right ends.
Between guiding parts 21 and paper sheet delivery face 48, be provided with the opening portion of opening to peristome 7 sides 28.Opening portion 28 can offer the second conveying road 25 with the paper S that inserts from manual insertion opening 10.
In addition, paper sheet delivery face 48 is the upwards concavity of depression, between paper sheet delivery face 48 and path component parts 26, is formed with admissible space 29, and it is crooked to the paper S of 22 alignment that this admissible space 29 is used to make the top pass through the resistance roller.
Image forming part 4 has handle box 9, exposure device 15 and fuser 16.
When image formed, the toner in the toner receiving room 39 supplied to developer roll 36 through donor rollers 37, and positively charged rubs between donor rollers 37 and developer roll 36.
The toner that offers developer roll 36 along with the rotation of developer roll 36 by bed thickness limiting part limited thickness (bed thickness), be carried on the surface (outer peripheral face) of developer roll 36 as certain thickness thin layer.
On the other hand, the surface of photosensitive drums 31 (outer peripheral face) overcharges along with the rotating tee of photosensitive drums 31 after the electrical equipment 32 same positively chargeds, and the high-velocity scanning of the laser beam of sending through exposure device 15 (reference arrow) makes public.Thus, the electrostatic latent image corresponding with the image that should be formed at paper S is formed at the surface of photosensitive drums 31.
The toner that is carried on the surface of developer roll 36 is provided for the electrostatic latent image on the surface that is formed at photosensitive drums 31.Thus, the electrostatic latent image of photosensitive drums 31 is by visual, has by the formed toner image of discharged-area development in the surface bears of photosensitive drums 31.
In addition, when passing through between the paper S that carries to image forming part 4 such as photosensitive drums that dotted line is shown in 31 and the transfer roll 33, the toner image that is carried on photosensitive drums 31 is transferred on the paper S.
Fuser 16 with respect to handle box 9 across arranged spaced in a side (be rear) opposite with peristome 7, have warm-up mill 17 and the backer roll 18 relative with warm-up mill 17.In handle box 9, the toner image that is transferred to paper S is between paper S is through warm-up mill 17 and backer roll 18 time, through be heated or the pressurized heat photographic fixing to paper S.
Photographic fixing has the paper S of toner image to carry to exit roller 19, is discharged to through exit roller 19 on row's paper disc 6 of the top that is arranged at exposure device 15.
The structure of handle box:
Like Fig. 3, shown in Figure 4, handle box 9 has bulging box 40 and toner cartridge 60, said photosensitive drums 31 and each roller 36,37,33 five equilibriums is opened be supported in two boxes 40,60.
As shown in Figure 3, drum box 40 has and is the roughly framework 43 of box-shaped.Framework 43 has framework lower wall 47, in the left and right end portions of this framework lower wall 47 across the pair of frames sidewall of holding up at interval 44, the framework rear wall 46 that when being installed to handle box 9 in the device body, is positioned at the framework antetheca 45 of peristome 7 sides and is positioned at a side opposite with this framework antetheca 45.Pair of frames sidewall 44, framework antetheca 45 and framework rear wall 46 connect into the frame shape overlooking when seeing.
Pair of frames sidewall 44 is rotatably supporting photosensitive drums 31 and transfer roll 33 with the box rear portion 42 of framework rear wall 46 adjacency.Thereby the top that covers photosensitive drums 31 is forwards extended in the upper end of framework rear wall 46.
The box anterior 41 in the place ahead that is positioned at the place ahead elongation end of framework rear wall 46 constitutes the toner cartridge incorporating section 52 that makes the concavity that part that pair of frames sidewall 44 and framework antetheca 45 surrounded opens to the top, can take in toner cartridge 60.
As shown in Figure 4, toner cartridge 60 has upper wall, lower wall, pair of sidewalls 64 and the antetheca 62 that surrounds toner receiving room 39, and forms the open box-shaped of rear side.Developer roll 36 and donor rollers 37 can be supported in pair of sidewalls 64 with rotating freely, and the part of developer roll 36 is exposed from the release position of rear end.
Be installed under the state of the accommodation space 90 in the device body at handle box 9, the toner receiving room 39 of toner cartridge 60 is positioned at peristome 7 sides of photosensitive drums 31, developer roll 36.In addition, a pair of resistance roller 22 is positioned at the inboard of peristome 7 side ends of handle box 9.
In addition, the paper sheet delivery face 48 of above-mentioned handle box 9 sides is formed on the back side of framework lower wall 47.Processing side resistance roller 34 can be supported in framework lower wall 47 with rotating freely and be the state that a part is exposed from the back side of framework lower wall 47.
Structure during bale packing:
In this embodiment, after handle box being installed on image forming device body, carry out bale packing, transportation, minimizing is carried with bale packing materials and is improved handling efficiency thus.
As shown in Figure 5, be inserted with handle box 9, sheet component 70 and drying agent 80 in the device body during bale packing.
Thus; Even because under the bale packing state, place hot environment for a long time; Also can bear the pressure that processing side resistance roller 34 is pushed to base side resistance roller 23 sides through near the path component parts 26 body frame 11 or this body frame 11; So, problem such as the contact site that has suppressed resistance roller 23,34 deforms, path component parts 26 deforms.
Preferably drying agent 80 clampings are configured between handle box 9 and the protecgulum 8, thus, even if image processing system 1 rocks in the course of conveying, also can impact through the mobile absorption of the silica gel in the drying agent 80, drying agent 80 plays buffer action.Thus, can suppress handle box 9 damages with device body.
Like Fig. 5, shown in Figure 6, tape member 75 is connected with the front end (ends of peristome 7 sides) of sheet component 70 is neighbouring, links through admissible space 29 and opening portion 28 and drying agent 80.Tape member 75 is configured to: through through after the front end of drying agent 80 lid recess 8A and handle box 9 above, then from being exposed to the outside of image processing system 1 between protecgulum 8 and the framework 2.
Because tape member 75 is exposed to the outside of image processing system 1, so, can remind the user should before using image processing system 1, take out sheet component 70 and drying agent 80.
As stated, be built-in with the image processing system 1 as knowledges of public institute of drying agent 80 and sheet component 70, wrapped up full week by vinyl chloride iso-deflection packaging bag 91 basically, and pass through packing case 92 coatings such as corrugated case outside it.Under the situation of this embodiment, packaging bag 91 is preferably the lower packaging bag of aeration, thus, can improve the drying effect in the device body that is produced by drying agent 80.
The action effect of this embodiment:
Bale packing form according to the image processing system of above explanation can access the action effect that is described below.
In this embodiment, constitute: be installed between handle box 9 and the protecgulum 8 of device body drying agent 80 is set at the image processing system 1 of bale packing under the state that handle box 9 is installed to device body.Under with device body and handle box 9 situation that together bale packing is carried; The problem that the moisture absorption of the toner in the handle box 9 occurred; But; Through adopting the structure of the utility model, because drying agent 80 can be set in the position near toner, so even if together also can dry fully toner under the situation of bale packing with handle box 9 and device body.
In addition, by handle box 9 and protecgulum 8 clampings drying agent 80 is set.Thus, even because image processing system 1 rocks in transportation, drying agent 80 also can absorb by the impact of rocking generation, therefore, can suppress handle box 9 and damage with image processing system 1.
In addition, also constitute: the resistance roller is arranged between base side resistance roller 23 and the processing side resistance roller 34 sheet component 70 of 22 separation.Because the resistance roller is separated 22; So can suppress to push the path component parts 26 that the power of processing side resistance roller 34 concentrates on base side resistance roller 23 and base side resistance roller 23 is supported, base side resistance roller 23 and path component parts 26 are deformed.
In addition, when opening bale packing, open 8 of protecgulums and make drying agent 80 be positioned at the observable position of user easier, can drying agent 80 and sheet component 70 be taken out together, thus, can make image processing system be in user mode.In addition, because sheet component 70 links with drying agent 80, so can prevent to forget in use wherein some of removal.In addition, between protecgulum 8 and framework 2, expose to the image processing system outside because link the tape member 75 of sheet component 70 and drying agent 80, so, can remind the user to remove sheet component 70 and drying agent 80.
Second embodiment:
Fig. 8 representes the bale packing form of the image processing system 1 of second embodiment.In this embodiment, be provided with drying agent 81 at the lid recess 8A that is arranged at handle box 9.
The 3rd embodiment:
Fig. 9 representes as the 3rd embodiment drying agent 82 to be provided with the embodiment of set positions on the paper sheet delivery road at the rear of handle box 9.Sheet component 70, drying agent 82 and tape member 77 have the structure identical with the sheet component 70 of first embodiment, drying agent 80 and tape member 75.
In this embodiment, utilize arranged spaced drying agent 82 between handle box 9 and fuser 16, that be used for allowing paper bending.Drying agent 82 is positioned at inboard end binding through tape member 77 and sheet component 70 with respect to peristome 7, and said tape member 77 is in the downside process and the extension of the transfer roll 33 of handle box 9.Specifically, sheet component 70, drying agent 82 and tape member 77 are being placed under the state in the device body, installing process cartridge 9 on this basis.
Other embodiments:
In above-mentioned each embodiment; Constitute with the second conveying road 25 in sheet transport direction almost parallel ground loading and unloading handle box 9; Yet also constituting can be through a side on the open second conveying road 25 of lid, can with the direction of sheet transport direction approximate vertical on loading and unloading handle box 9.
In addition; Above-mentioned each embodiment constitutes: guiding parts 21 carries out the guiding of the paper S from manual insertion opening 10 to image forming part 4 and the guiding of 4 paper S from sheet feed stacker 5 to image forming part; Yet, can also constitute guiding parts that leads from manual insertion opening 10 and the guiding parts that leads from sheet feed stacker 5 are set respectively.
In addition, protecgulum 8 can also constitute and not have manual insertion opening 10.
In addition, in above-mentioned each embodiment, illustration the situation of bulging box 40 and toner cartridge 60 splits of handle box 9, yet, bulging box 40 is formed as one with toner cartridge 60.In addition, can also constitute: handle box 9 has in the image processing system 1 of photosensitive drums 31 in image forming device body at least only taking in the device of toner, can load and unload this handle box 9 with respect to device body.
In addition, as drying agent 80, illustration the situation of the granular colloidal silica of in bag, packing into, yet, can also the bag of packing into such as silica-alumina gel, lime chloride processed goods, unslaked lime be used as drying agent 80.In addition, as drying agent 80, can also use to be laminal sheet drying agent.
In addition, drying agent just can be arranged on any place in the image processing system as long as link with sheet component.In addition, the part that can also constitute at sheet component forms the bag shape space with aeration and takes in silica gel etc. therein, omits tape member.In addition, promptly use tape member to link drying agent and sheet component, also can tape member is exposed to outside the device body.
Claims (7)
1. the bale packing form of an image processing system is inserted with in device body and comprises image and form with bale packing image processing system under the state of the handle box of toner, and the bale packing form of this image processing system is characterised in that,
Said image processing system has:
Sheet feed stacker, this sheet feed stacker is arranged at the below of said handle box, takes in paper;
The first conveying road, this first conveying road is carried said paper from said sheet feed stacker to the top, with said paper sheet delivery near the lower surface of said handle box;
The second conveying road, this second conveying road is connected with the said first conveying road, is formed by the lower surface of said handle box and the path component parts that is arranged on the position relative with the lower surface of said handle box; And
The a pair of roller that a pair of roller that paper sheet delivery is used, this paper sheet delivery are used is arranged at said handle box and said path component parts,
The bale packing form of this image processing system has:
Sheet component, this sheet component is inserted with under the state of said handle box in said device body, is arranged between the lower surface and said path component parts of said handle box, and said a pair of roller is separated; And
Drying agent, this drying agent can be arranged in the said device body with freely loading and unloading,
Said drying agent and said sheet component link each other.
2. the bale packing form of image processing system according to claim 1 is characterized in that,
Said device body has:
Be used for said handle box is accommodated in the accommodation space in the said device body;
Be used for plugging the peristome of said handle box to said accommodation space; And
Be used for opening and closing the lid of said peristome,
Said sheet component and said drying agent are disposed at said accommodation space and near said handle box.
3. the bale packing form of image processing system according to claim 2; It is characterized in that the part of said sheet component, said drying agent or the parts that link with said sheet component, said drying agent is exposed from the outside towards said device body that is provided with said lid.
4. the bale packing form of image processing system according to claim 2; It is characterized in that; When opening said lid, the part of said sheet component, said drying agent or the parts that link with said sheet component, said drying agent is exposed to the outside of said device body from said peristome.
5. according to the bale packing form of each described image processing system in the claim 1～4, it is characterized in that said sheet component and said drying agent link through having flexible tape member.
6. the bale packing form of image processing system according to claim 2 is characterized in that,
Said handle box is being installed under the state of said accommodation space, has the toner receiving room of taking in said toner in said peristome side,
Said roller is positioned at the inboard of the said peristome side end of said handle box,
Said drying agent is connected with the part of the said peristome side of said sheet component, and is positioned at the position near the part of the said peristome side of said handle box.
7. the bale packing form of image processing system according to claim 2 is characterized in that,
Said device body has and the fuser of said handle box across the interval in a side opposite with said peristome with respect to the handle box that is installed on said accommodation space,
The end with respect to the said inboard of said peristome of said drying agent and said sheet component links, and between said handle box and said fuser.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011007626A JP5206800B2 (en) | 2011-01-18 | 2011-01-18 | Packaging form of image forming device |
| JP2011-007626 | 2011-04-01 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202453657U true CN202453657U (en) | 2012-09-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200105669U Expired - Lifetime CN202453657U (en) | 2011-01-18 | 2012-01-11 | Bundling mode of image forming device |
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| JP (1) | JP5206800B2 (en) |
| CN (1) | CN202453657U (en) |
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| JP6424659B2 (en) * | 2015-02-06 | 2018-11-21 | ブラザー工業株式会社 | Image forming device |
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| JPH07128967A (en) * | 1993-10-29 | 1995-05-19 | Seiko Instr Inc | Developing device |
| JP3726463B2 (en) * | 1997-11-28 | 2005-12-14 | 富士ゼロックス株式会社 | Image processing device |
| JP3582341B2 (en) * | 1998-02-04 | 2004-10-27 | 富士ゼロックス株式会社 | Image forming device |
| JP2004170723A (en) * | 2002-11-20 | 2004-06-17 | Minolta Co Ltd | Image forming apparatus and toner container |
| JP2006058459A (en) * | 2004-08-18 | 2006-03-02 | Canon Inc | Separating member, process cartridge and electrophotographic image forming apparatus |
| JP2006071671A (en) * | 2004-08-31 | 2006-03-16 | Canon Inc | Electrophotographic image forming apparatus and regulating member |
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2011
- 2011-01-18 JP JP2011007626A patent/JP5206800B2/en active Active
-
2012
- 2012-01-11 CN CN2012200105669U patent/CN202453657U/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JP2012150200A (en) | 2012-08-09 |
| JP5206800B2 (en) | 2013-06-12 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120926 |
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| CX01 | Expiry of patent term |