CN103970002A - Processing box and regeneration method thereof - Google Patents
Processing box and regeneration method thereof Download PDFInfo
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- CN103970002A CN103970002A CN201410222958.5A CN201410222958A CN103970002A CN 103970002 A CN103970002 A CN 103970002A CN 201410222958 A CN201410222958 A CN 201410222958A CN 103970002 A CN103970002 A CN 103970002A
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Abstract
The invention provides a processing box and a regeneration method thereof. The processing box comprises a shell, a supporting piece and a telescopic piece, wherein the supporting piece is detachably arranged on one side of the shell; a cavity used for containing a consumed material is defined by the shell; a roller is arranged in the cavity in a rotating manner; the roller comprises a roller body and a driving assembly which is arranged on one end of the roller body; the driving assembly comprises a driving force receiving piece which can penetrate through the supporting piece; the driving force receiving piece is provided with a support platform; the supporting piece is provided with a guiding through hole along the radial direction of the driving force receiving piece; the telescopic piece comprises a guiding part and a compression part; the guiding part is arranged in the guiding through hole and can slide along the guiding through hole; the guiding part is adjacent to the support platform; the compaction part is arranged at an end port of the guiding through hole. The invention also discloses the regeneration method by which a waste processing box can be recycled and regenerated to form the processing box disclosed by the invention, so that the processing box is relatively simple in structure, and simultaneously the recycling and regeneration rate can be effectively increased.
Description
Technical field
The present invention relates to printing consumables field, especially relate to the renovation process of a kind of handle box and handle box.
Background technology
Image imaging equipment is a kind of equipment that utilizes electrophotographic image forming principle to form image on recording materials, and image imaging equipment comprises duplicating machine, printer, facsimile recorder etc.The handle box using in image imaging equipment is one and at least comprises as the developer roll of developing apparatus and the unit box of photosensitive drums, and handle box is installed in the main body of image imaging equipment in mode removably.
A typical image imaging equipment is laser printer, laser printer is one of image imaging equipment the most widely at present, laser printer utilizes optical, electrical, hot physics, the principles of chemistry output character or image on the media such as paper, and its groundwork process can be divided into charging, exposure, development, transfer printing, photographic fixing, seven steps of electricity clean, disappear.
With reference to Fig. 1, existing a kind of handle box comprises developing cell 11 and drum unit 12, and handle box is installed in laser printer along direction x.Wherein, the housing of developing cell 11 surrounds the carbon dust container cavity that holds carbon dust or developer, in this carbon dust container cavity, the elements such as developer roll, powder feeding roller, puddle support, powder outlet cutter and seal are installed, a side at the housing of developing cell 11 is provided with side cover 15, and side cover 15 offers mounting groove 151 and mounting groove 152 in the direction along direction x.The housing of drum unit 12 surrounds the useless powder container cavity that holds useless powder, opening part at useless powder container cavity is provided with photosensitive drums, in the end of photosensitive drums, driven unit 14 is installed, driven unit 14 and photosensitive drums are rotatably installed in drum unit 12,14 peripheries at driven unit are also set with supporting member 13, and supporting member 13 is fixed on the housing of drum unit 12.
This handle box also comprises extensible member 16, extensible member 16 comprises rod body part 161, be positioned at the pars contractilis 163 of the first end of rod body part 161, be positioned at rod body part 161 the second end pushing portion 162 and be connected in the spring 164 of pushing portion 162, pars contractilis 163 offers opening, and pars contractilis 163 is provided with the dip plane of release face, indentation face and the release face of being connected in and indentation face on the end with opening.The rod body part 161 of extensible member 16 is arranged in mounting groove 151, and pushing portion 162 and spring 164 are arranged on mounting groove 152, because spring 164 is arranged on the inner side of pushing portion 162, so one end of spring 164 will be connected to the cell wall of mounting groove 152.Pars contractilis 163 opening sleeves are at the driving force receiving element of driven unit 14, because driving force receiving element is provided with brace table, by brace table and release face, indentation face or dip plane adjacency, make driving force receiving element to be controlled moving telescopic in the axial direction by pars contractilis.
After handle box is installed in laser printer along direction x, when closing the front end cover of printer, the inwall of front end cover with pushing portion 162 adjacency, and pushing portion 162 is moved along direction x, thereby cause brace table by moving to indentation face adjoining position and releasing face adjoining position, then realize being connected of driving force receiving element and laser printer driving shaft, then receive rotary driving force and normally work.
Yet, at handle box, be arranged on after laser printer, remaining space between handle box and laser printer is very limited, so realize the flexible of driving force receiving element, need to offer mounting groove at side cover, and at mounting groove, extensible member is set, by pushing manually or the pushing of printer front end cover could realize the flexible of driving force receiving element.Due to a plurality of transmission gears being installed in side cover, so offer the layout that mounting groove has influence on transmission gear, when to handle box reclaiming, owing to relating to the repacking of extensible member, mounting groove, gear and supporting member, after recycling box, first to, by the parts disassembly, cleaning of handle box, then at side cover, slot, rearrange the layout of transmission gear, thus cause handle box complex structure and reclaiming efficiency low.
Summary of the invention
The first object of the present invention is to provide a kind of handle box simple in structure and easy to use.
The second object of the present invention is to provide a kind of simple and high method for regeneration processing box of regeneration efficiency.
In order to realize the first object of the present invention, the invention provides a kind of handle box, comprise housing, be removably mounted on supporting member and the extensible member of housing one side, housing surrounds the cavity that holds consumptive material, roller is rotatably installed in cavity, roller comprises roll body and is arranged on driven unit on one end of roll body, driven unit comprises the driving force receiving element through supporting member, driving force receiving element is provided with brace table, wherein, supporting member radially offers guide through hole along driving force receiving element, extensible member comprises guide portion and compression zone, guide portion is arranged in guide through hole and can slides along guide through hole, guide portion and brace table adjacency, compression zone is positioned at the port of guide through hole.
From such scheme, driving force receiving element and the axial distance of printer driver axle under disengaged position are 3 millimeters, when driving force receiving element need to mesh with printer driver axle, to outwards move 3 millimeters vertically, and the supporting member that is arranged on housing one side is greater than 3 millimeters at the axial thickness of driving force receiving element, so can be provided for driving force receiving element to carry out flexible extensible member in supporting member, its mode is by be disposed radially guide through hole in supporting member, by extensible member is arranged in guide through hole, utilize the guide portion of supporting member and the brace table adjacency of driving force receiving element, the driving force receiving element completing with this and engagement or the disengaging of printer driver axle.
Simultaneously, compression zone is arranged on the port that guide through hole is positioned at installation direction front end, owing to arranging one in printer for the fixing baffle plate of handle box, by pushing compression zone to baffle plate, by reacting force, can realize the displacement of extensible member, the driving force receiving element completing and engagement or the disengaging of printer driver axle.Visible, by supporting member simple in structure and the extensible member setting within it, just can complete the flexible of driving force receiving element, make the structure of handle box more simple, during assembling, only supporting member need be sleeved on outside driving force receiving element and be fixed on housing, again extensible member is installed in supporting member, is conducive to improve production and processing efficiency.
Further scheme is, extensible member one end offers opening, and driving force receiving element is arranged in opening.
Therefore, by extensible member, offer opening, and by the opening of pars contractilis through driving force receiving element, be conducive to better the brace table adjacency with driving force receiving element, be also conducive to the convenient assembling of installing.
Further scheme is, guide portion is positioned on one end of extensible member band opening, and guide portion comprises the joint face between release face, indentation face and the release face of being connected in and indentation face, and release face and indentation face have difference in height on driving force receiving element is axial.
Therefore, thereby by the difference in height between release face and indentation face, make stretching in the realization axially of driving force receiving element, then realize easily engagement or the disengaging of driving force receiving element and printer driver axle.
Further scheme is, the outermost end of extensible member band opening is provided with sticking department, and the inwall of guide through hole is formed with boss, and sticking department and boss cooperatively interact.
Therefore cooperatively interacting of sticking department and boss is conducive to prevent that extensible member from departing from.
Further scheme is, supporting member offers spring mounting hole in guide through hole one side, and spring mounting hole is provided with the first spring, the diapire butt of the first end of the first spring and spring mounting hole, the second end of the first spring and compression zone butt.
Therefore, when the compression zone of supporting member lacks reacting force, the extensible member that can make by spring outwards ejects, and makes driving force receiving element depart from printer driver axle along fast retraction, avoids driving force receiving element that stuck situation occurs when departing from printer driver.
Further scheme is, brace table circumferentially extends setting around driving force receiving element, and brace table comprises the outer wall towards rod body, and the periphery of outer wall is provided with chamfering, guide portion and outer wall adjacency.
Therefore, by the brace table of circumferential setting, and in the periphery of brace table, chamfering is set, make pars contractilis be more prone to cooperatively interact with brace table, it is more easy to connect while coordinating, and when improving job stability, also can enhance productivity.
Further scheme is, driven unit also comprises pinion stand and the second spring, pinion stand is formed with the container cavity concaving vertically, driving force receiving element comprises the drive division being arranged in container cavity and is arranged on the driving force acceptance division outside container cavity, the second spring arranges in container cavity, the first end of the second spring is connected to drive division, and the second end of the second spring is connected to container cavity near the inwall of driving force acceptance division.
Therefore, by the spring in pinion stand, driving force receiving element is provided with to the precompression inside contracting, makes the oriented trend inside contracting of driving force receiving element, then when extensible member outwards ejects, can automatically inwardly bounce back, then complete the disengaging of driving force receiving element and printer driver axle.
In order to realize the second object of the present invention, the invention provides a kind of renovation process of handle box, handle box before regeneration comprises housing, is removably mounted on supporting member and the extensible member of housing one side, housing surrounds the cavity that holds consumptive material, roller is rotatably installed in cavity, and roller comprises roll body and is arranged on driven unit on one end of roll body, and driven unit comprises the driving force receiving element through supporting member, wherein, renovation process comprises demounting procedure and number of assembling steps; Demounting procedure comprises the supporting member before regeneration separated with the driving force receiving element dismounting before regeneration; Number of assembling steps comprises: the housing before regeneration is offered the portion of stepping down; New driving force receiving element is replaced to the driving force receiving element before regeneration, and new driving force receiving element is provided with brace table; New supporting member is replaced to the supporting member before regeneration, and new supporting member radially offers guide through hole along new driving force receiving element; Extensible member is installed in new supporting member, and extensible member comprises guide portion and compression zone, and guide portion is arranged in guide through hole and can slides along guide through hole, guide portion and brace table adjacency, and compression zone is positioned at the port of guide through hole.
From such scheme, by reclaiming old handle box, through original old supporting member and the driving force receiving element of dismounting, load onto with the supporting member of extensible member with the driving force receiving element of brace table, pass through again filling carbon dust, just can complete the reclaiming of waste and old handle box, it is high that this renovation process has organic efficiency, assembles the advantages such as simple.
Further scheme is, new supporting member offers spring mounting hole in guide through hole one side, extensible member is being installed to before new supporting member, and number of assembling steps also comprises spring fitting in spring mounting hole.
Therefore, by spring mounting hole, spring is installed, can have spring is located effectively, and improve packaging efficiency and organic efficiency.
Further scheme is, after demounting procedure completes, renovation process also comprises cleaning, and after number of assembling steps completes, renovation process also comprises filling step.
Therefore cleaning and filling step are conducive to improve the quality of product.
Accompanying drawing explanation
Fig. 1 is the exploded view of existing handle box.
Fig. 2 is the structural drawing of handle box embodiment of the present invention.
Fig. 3 is the exploded view of drum unit, supporting member and extensible member in handle box embodiment of the present invention.
Fig. 4 is the exploded view of supporting member and extensible member in handle box embodiment of the present invention.
Fig. 5 is the phantom view of supporting member in handle box embodiment of the present invention.
Fig. 6 is the vertical view of supporting member in handle box embodiment of the present invention.
Fig. 7 is the cut-open view at A-A place in Fig. 6.
Fig. 8 is the cut-open view at B-B place in Fig. 6.
Fig. 9 is the cut-open view of driven unit in handle box embodiment of the present invention.
Figure 10 is the first constitutional diagram when drum unit, supporting member are connected with extensible member in handle box embodiment of the present invention.
Figure 11 is the cut-open view at C-C place in Figure 10.
Figure 12 is the second constitutional diagram when drum unit, supporting member are connected with extensible member in handle box embodiment of the present invention.
Figure 13 is the cut-open view at D-D place in Figure 12.
Figure 14 is the structural drawing after handle box embodiment of the present invention is installed in laser printer.
Figure 15 is the process flow diagram of method for regeneration processing box embodiment of the present invention.
Below in conjunction with drawings and Examples, the invention will be further described.
Embodiment
Handle box embodiment:
With reference to Fig. 2, handle box 2 comprises developing cell 21 and drum unit 22, the housing of developing cell 21 surrounds the carbon dust container cavity that accommodates carbon dust, the parts such as puddle support, powder feeding roller, developer roll and powder outlet cutter are installed in carbon dust container cavity, the housing of drum unit 22 surrounds the useless powder container cavity that accommodates useless powder, in useless powder container cavity, the parts such as photosensitive drums 24 (seeing Fig. 3), charging roller and cleaning doctor is installed.In a side of developing cell 21, side cover 23 is installed, space mounting between side cover 23 and the housing of developing cell 21 has a plurality of transmission gears, a plurality of transmission gears are separately positioned on one end of puddle support, powder feeding roller, developer roll, by the cooperation transmission between a plurality of transmission gears, thereby power is transmitted, make puddle support, powder feeding roller and developer roll rotation work.
With reference to Fig. 3 and in conjunction with Fig. 2, on one end of the photosensitive drums 24 of drum unit 22, be provided with driven unit 3, photosensitive drums 24 and driven unit 3 are all rotatably installed on the housing of drum unit 22, at the housing of drum unit 22, be positioned at driven unit 3 and open and radially offer slot to make way 25 along photosensitive drums 24 with the sidewall of one end, and on this sidewall of drum unit 22 housings, supporting member 4 is installed, supporting member 4 is sleeved on driven unit 3, and extensible member 5 and spring 57 are installed in supporting member 4.
With reference to Fig. 4 and Fig. 5 and in conjunction with Fig. 3, supporting member 4 offers installation position 42 at upper and lower two ends, supporting member 4 radially offers guide through hole 43 along photosensitive drums 24, in the both sides of guide through hole 43 along photosensitive drums 24, radially offer two spring mounting holes 44, on the diapire of two spring mounting holes 44, be all outward extended with spring reference column 45, at supporting member 4, along the axis of photosensitive drums 24, penetratingly offer through hole 41, the through hole 41 axially arranging runs through the guide through hole 43 radially arranging.
One end of extensible member 5 radially extends to form opening 51 along photosensitive drums 24, at extensible member 5, be disposed with from outside to inside sticking department 58, indentation face 52, joint face 53 and release face 54 on the end of opening 51, sticking department 58, indentation face 52, joint face 53 and release face 54 are all arranged on the both sides of opening 51.The projection of sticking department 58 for stretching out and arranging, indentation face 52 and release face 54 are the plane of radially extending along photosensitive drums 24, joint face 53 is for to be connected in the plane between indentation face 52 and release face 54, and indentation face 52, joint face 53 and release face 54 have formed the guide surface of extensible member 5 in the present embodiment.On the other end of relative extensible member 5, extensible member 5 is provided with compression zone, compression zone comprises the baffle plate compression zone 56 that is arranged on an outer side and two spring compression zones 55 that are arranged on extensible member 5 inner both sides, spring compression zone 55 is set towards supporting member 4, and baffle plate compression zone 56 dorsad supporting member 4 is set.
With reference to Fig. 6 and Fig. 7, Fig. 6 is the vertical view of supporting member 3, and Fig. 7 is the cut-open view at A-A place in Fig. 6, is positioned at the cut-open view at indentation face 52 places of extensible member 5.When extensible member 5 and spring 57 are installed in supporting member 4, first spring 57 are installed in spring mounting hole 44, and make spring 57 be sleeved on reference column 45 outer (seeing Fig. 8), the diapire butt of the first end of spring 57 and spring mounting hole 44.Subsequently the guide portion of extensible member 5 is installed in guide through hole 43, indentation face 52 is installed to guide through hole 43 as seen from Figure 7.Owing to being provided with boss 46 in guide through hole 43, sticking department 46 can engage mutually with boss 46, the second end and spring compression zone 55 butts of spring 57, depart from and extensible member 5 be relatively fixed in supporting member 4 under spring compression zone 55 effect each other by spring 57 to prevent that extensible member 5 is outside from guide through hole 43 simultaneously.
With reference to Fig. 6 and Fig. 8 and in conjunction with Fig. 7, Fig. 8 is the cut-open view at B-B place in Fig. 6, is positioned at the cut-open view at release face 52 places of extensible member 5.As seen from Figure 8, release face 54 has difference in height in the axial direction with indentation face 52, release face 54 in the axial direction with the distance of extensible member 5 bottom surfaces be greater than indentation face 52 in the axial direction with the distance of extensible member 5 bottom surfaces.
With reference to Fig. 9, Fig. 9 is the cut-open view of driven unit 3, driven unit 3 comprises pinion stand 37, in the housing of pinion stand 37, cave in vertically and be formed with container cavity 34, at container cavity 34, be provided with driving force receiving element 31 and spring 35, the brace table 32 that driving force receiving element 31 is outside equipped with driving force acceptance division and arranges around driving force receiving element 31 axis at container cavity 34, driving force acceptance division is used for receiving outside revolving force, and brace table 32 is provided with chamfering in periphery.Driving force receiving element 31 is provided with drive division 35 in container cavity 34, and drive division 35 is the cylinder of extension radially, and drive division 35 is for 37 rotations of driving gear wheel seat.The first end of spring 35 and drive division 35 butts, the second end of spring 35 and container cavity 34 are near inwall 33 butts of driving force acceptance division.Due to spring 35 is preset to precompression, so driving force receiving element 31 has the trend inwardly inside contracting, under the non-state that is subject to external force, drive division 35 is in abutting connection with the bottom contiguous with container cavity 34.
With reference to Figure 10 and Figure 11, and in conjunction with Fig. 1, when handle box 2 is installed in laser printer to installation position, handle box 2 is inserted into after laser printer along the direction of direction x, because the end of printer in its installation position is provided with a baffle plate 61 and arranges and press part 62 above installation position, and the compression zone 56 of extensible member 5 is arranged on to be positioned at installs x direction foremost, so along with the insertion of handle box 2, first compression zone 56 contacts with baffle plate 61.From Figure 11, it is outer and be fixed in the side of housing of drum unit 22 that supporting member 4 is sleeved on driving force receiving element 31, driving force receiving element 31 reaches the driving revolving force of external Stimulated Light printer through through hole 41, extensible member 5 and spring 57 are installed in supporting member 4, the opening 51 of supporting member 4 is enclosed within outside driving force receiving element, under the effect of spring 57 and sticking department 58, extensible member 5 is protruding along direction x, under the acting force of spring 35, make driving force receiving element 31 inwardly inside contract, then the brace table 32 and indentation face 52 adjacency of driving force receiving element simultaneously.
With reference to Figure 12, Figure 13 and Figure 14, when continuing pushing handle box 2 along installation direction x and be installed to the suitable installation position of printer, because the baffle plate 61 in printer is fixed, so while continuing pushing handle box 2, extensible member 5 is under baffle plate 61 reacting forces, and extensible member 5 inwardly slides along guide through hole 43.Due to brace table 32 and indentation face 52 adjacency, thus along with the inside slip of extensible member 5, brace table 32 also by joint face 53 slide into release face 54 adjoining positions on.Indentation face 52 has difference in height L1 in the axial direction with release face 54, so brace table 32 is also protruding in direction vertically, its distance of stretching out is L1, is connected with the driving shaft of laser printer and receives rotary driving force after stretching out.Meanwhile, after driving force receiving element 31 is connected with the driving shaft of laser printer, after handle box is in place, presses part 62 and tightly by the close supporting member 4 of pressing, handle box is stabilized in printer.
Method for regeneration processing box embodiment:
With reference to Figure 15, Figure 15 is the process flow diagram of method for regeneration processing box, first perform step S1, be about to the step that handle box is dismantled, this demounting procedure comprises separated developing cell and drum unit, again powder storehouse and the waste powder hopper with powder storing chamber are dismantled, then to being arranged on the parts such as puddle support in developing cell, powder feeding roller, developer roll, powder outlet cutter, sealed knife, dismantled, to being arranged on the parts such as photosensitive drums, charging roller, cleaning doctor, side cover and supporting member of drum unit, dismantle.
Then perform step S2, carry out cleaning, this cleaning comprises the parts such as clean powder outlet cutter, sealed knife, cleaning doctor, developer roll, photosensitive drums, powder feeding roller, charging roller.Subsequently can be to powder storehouse and waste powder hopper be cleaned.
Perform step again subsequently S3, carry out number of assembling steps, number of assembling steps S3 comprises execution step S4, the housing of the handle box before regeneration is installed on bit position and is radially offered slot to make way near photosensitive drums, perform step subsequently S5, the driving force receiving element of above-mentioned handle box embodiment is replaced to old driving force receiving element, and the driving force receiving element of above-mentioned handle box embodiment is installed on driven unit, and then execution step S6, the supporting member of above-mentioned handle box embodiment is replaced to old supporting member, this supporting member is sleeved on outside driving force receiving element and is fixedly mounted on housing.Then perform step S7, by spring fitting in the spring mounting hole of supporting member, finally perform step S8, the extensible member of above-mentioned handle box embodiment is installed in supporting member, extensible member slips into installation along guide through hole, after the sticking department of extensible member and the boss of guide through hole engage, be in place.
Finally perform step S9, new carbon dust is filled in clean complete powder storehouse, thereby complete, waste and old handle box is reclaimed and its regeneration is used.
From such scheme, due to the supporting member universal accessories that is handle box, in supporting member, be provided for driving force receiving element to carry out flexible extensible member, its mode is by be disposed radially guide through hole in supporting member, by extensible member is arranged in guide through hole, utilize the guide portion of supporting member and the brace table adjacency of driving force receiving element, the driving force receiving element completing with this and engagement or the disengaging of printer driver axle.Simultaneously, compression zone is arranged on the port that guide through hole is positioned at installation direction front end, owing to arranging one in printer for the fixing baffle plate of handle box, by pushing compression zone to baffle plate, by reacting force, can realize the displacement of extensible member, the driving force receiving element completing and engagement or the disengaging of printer driver axle.
Visible, by supporting member simple in structure and the extensible member setting within it, just can complete the flexible of driving force receiving element, make the structure of handle box more simple.During assembling, only need and be fixed on housing outside the supporting member as universal accessories is sleeved on driving force receiving element, then extensible member is installed in supporting member, be conducive to improve production and processing efficiency.When waste and old handle box is regenerated, only need to change driving force receiving element and regenerate with the transformation that the supporting member that extensible member is housed can complete handle box, be conducive to improve reclaiming efficiency.
Claims (10)
1. handle box, comprise housing, be removably mounted on supporting member and the extensible member of housing one side, described housing surrounds the cavity that holds consumptive material, roller is rotatably installed in described cavity, described roller comprises roll body and is arranged on driven unit on one end of described roll body, described driven unit comprises the driving force receiving element through described supporting member, and described driving force receiving element is provided with brace table;
It is characterized in that:
Described supporting member radially offers guide through hole along described driving force receiving element;
Described extensible member comprises guide portion and compression zone, and described guide portion is arranged in described guide through hole and can slides along described guide through hole, described guide portion and described brace table adjacency, and described compression zone is positioned at the port of described guide through hole.
2. handle box according to claim 1, is characterized in that:
Described extensible member one end offers opening, and described driving force receiving element is arranged in described opening.
3. handle box according to claim 2, is characterized in that:
Described guide portion is positioned on one end of opening described in described extensible member band, described guide portion comprise release face, indentation face and be connected in described release face and described indentation face between joint face, described release face and described indentation face have difference in height at described driving force receiving element on axially.
4. handle box according to claim 3, is characterized in that:
Described in described extensible member band, the outermost end of opening is provided with sticking department, and the inwall of described guide through hole is formed with boss, and described sticking department and described boss cooperatively interact.
5. according to the handle box described in claim 1 to 4 any one, it is characterized in that:
Described supporting member offers spring mounting hole in described guide through hole one side, and described spring mounting hole is provided with the first spring, the diapire butt of the first end of described the first spring and described spring mounting hole, the second end of described the first spring and described compression zone butt.
6. according to the handle box described in claim 1 to 4 any one, it is characterized in that:
Described brace table circumferentially extends setting around described driving force receiving element, and described brace table comprises the outer wall towards described rod body, and the periphery of described outer wall is provided with chamfering, described guide portion and described outer wall adjacency.
7. according to the handle box described in claim 1 to 4 any one, it is characterized in that:
Described driven unit also comprises pinion stand and the second spring, described pinion stand is formed with the container cavity concaving vertically, described driving force receiving element comprises the drive division being arranged in described container cavity and is arranged on the driving force acceptance division outside described container cavity, described the second spring arranges in described container cavity, the first end of described the second spring is connected to described drive division, and the second end of described the second spring is connected to described container cavity near the inwall of described driving force acceptance division.
8. the renovation process of handle box, handle box before regeneration comprises housing, is removably mounted on supporting member and the extensible member of housing one side, described housing surrounds the cavity that holds consumptive material, roller is rotatably installed in described cavity, described roller comprises roll body and is arranged on driven unit on one end of described roll body, and described driven unit comprises the driving force receiving element through described supporting member;
It is characterized in that:
Described renovation process comprises demounting procedure and number of assembling steps;
Described demounting procedure comprises the supporting member before regeneration separated with the driving force receiving element dismounting before regeneration;
Described number of assembling steps comprises:
Housing before regeneration is offered the portion of stepping down;
New driving force receiving element is replaced to the driving force receiving element before described regeneration, and described new driving force receiving element is provided with brace table;
New supporting member is replaced to the supporting member before described regeneration, and described new supporting member radially offers guide through hole along described new driving force receiving element;
Extensible member is installed in described new supporting member, described extensible member comprises guide portion and compression zone, described guide portion is arranged in described guide through hole and can slides along described guide through hole, described guide portion and described brace table adjacency, and described compression zone is positioned at the port of described guide through hole.
9. renovation process according to claim 8, is characterized in that:
Described new supporting member offers spring mounting hole in described guide through hole one side;
Described extensible member is being installed to before described new supporting member, described number of assembling steps also comprises spring fitting in described spring mounting hole.
10. renovation process according to claim 8 or claim 9, is characterized in that:
After described demounting procedure completes, described renovation process also comprises cleaning;
After described number of assembling steps completes, described renovation process also comprises filling step.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410222958.5A CN103970002B (en) | 2014-05-23 | 2014-05-23 | Handle box and its renovation process |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410222958.5A CN103970002B (en) | 2014-05-23 | 2014-05-23 | Handle box and its renovation process |
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| Publication Number | Publication Date |
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| CN103970002A true CN103970002A (en) | 2014-08-06 |
| CN103970002B CN103970002B (en) | 2018-02-16 |
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| CN201410222958.5A Active CN103970002B (en) | 2014-05-23 | 2014-05-23 | Handle box and its renovation process |
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Cited By (6)
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| CN105404125A (en) * | 2015-12-29 | 2016-03-16 | 徐文欢 | Regeneration method for process cartridge |
| CN105446108A (en) * | 2015-12-30 | 2016-03-30 | 珠海天威飞马打印耗材有限公司 | Processing box |
| CN106610573A (en) * | 2015-10-26 | 2017-05-03 | 中山诚威科技有限公司 | a power receiver |
| CN107390493A (en) * | 2017-09-06 | 2017-11-24 | 珠海天威飞马打印耗材有限公司 | The renovation process of handle box and handle box |
| CN108255042A (en) * | 2018-03-12 | 2018-07-06 | 珠海天威飞马打印耗材有限公司 | Handle box and imaging device |
| US12066786B2 (en) | 2013-09-12 | 2024-08-20 | Canon Kabushiki Kaisha | Cartridge and drum unit for electrophotographic image forming apparatus |
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