CN207310880U - Enter card automated cleaning wheel construction - Google Patents
Enter card automated cleaning wheel construction Download PDFInfo
- Publication number
- CN207310880U CN207310880U CN201721182293.5U CN201721182293U CN207310880U CN 207310880 U CN207310880 U CN 207310880U CN 201721182293 U CN201721182293 U CN 201721182293U CN 207310880 U CN207310880 U CN 207310880U
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- wheel
- cleaning wheel
- cleaning
- shaft
- sorption
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Abstract
The utility model discloses one kind to enter card automated cleaning wheel construction, including structure-integrated stent, first cleaning wheel, coordinate the second cleaning wheel and the sticking sorption wheel of tool that cleaning treatment is carried out to card with the first cleaning wheel, first cleaning wheel is fixed in stent and can carry out axial-rotation, second cleaning wheel and sorption wheel is horizontally moveable is arranged in stent and can axial-rotation, it is provided with stent for promoting the second cleaning wheel to be close to the first spring of the first cleaning wheel and for promoting sorption wheel to be close to the second spring of the second cleaning wheel, the central shaft of first cleaning wheel, the central shaft of second cleaning wheel and the central shaft of sorption wheel are in same level, the effect of cleaning card can be also realized when two cleaning wheels are worn, it ensure that the continuous and effective of cleaning effect, be not in clean bad or cleaning failure situation.
Description
Technical field
It the utility model is related to one kind and enter card automated cleaning wheel construction, it is clear when entering printer especially suitable for card
It is clean.
Background technology
Card thermal transfer printer currently on the market generally all carries automated cleaning structure, this automated cleaning structure point
For two independent components：Cleaning member and adsorption element, the clearer that cleaning member is fixed for two positions, card is from two
Clearer intermediate conveyor, the dust on card are taken away by two clearers；Adsorption element, with sticking adsorption roller, is inhaled for one
Attached roller is fixed with one of clearer and contacted, so as to take away the dust on two clearers.But due to two clearers
Position is fixed, therefore gap occurs between the two after being worn by card, so as to reduce to the clean effect of card, or even is gone out
The situation of card cannot now be cleaned；And the position that adsorption roller is contacted with clearer is fixed, therefore when clearer is worn,
Adsorption roller can be caused to contact clearer, so that the dust on clearer cannot be taken away, so as to lose the cleaning work(to card
Energy.
Utility model content
To solve the above problems, the purpose of this utility model is to provide one kind to enter card automated cleaning wheel construction, sorption wheel
It is integrated with two cleaning wheels, and sorption wheel and two cleaning wheels are close to together always, even if two cleaning wheels
Occur wearing the effect that can also realize cleaning card, ensure that the continuous and effective of cleaning effect, be not in that cleaning is bad or clear
The situation of clean failure.
Technical solution is used by the invention for solving the technical problem：
Enter card automated cleaning wheel construction, including structure-integrated stent, the first cleaning wheel and the cooperation pair of the first cleaning wheel
Card carries out the second cleaning wheel of cleaning treatment and has sticking sorption wheel, and the first cleaning wheel is fixed in stent and can carry out
Axial-rotation, the second cleaning wheel and sorption wheel it is horizontally moveable be arranged in stent and can axial-rotation, be provided with use in stent
It is close to the first spring of the first cleaning wheel and for promoting sorption wheel to be close to the second of the second cleaning wheel in promoting the second cleaning wheel
Spring.
Further, the first cleaning wheel includes being used for the guiding shaft for driving the first cleaning wheel to carry out axial-rotation, and guiding turns
Pedestal is arranged in stent, and the one end for guiding shaft is the connected structure that can be connected with the driving wheel in printer, guides shaft
The other end be arranged at internal stent, connected structure exposes to stent.
Further, connected structure is an engagement groove being arranged in guiding shaft.
Further, the second cleaning wheel includes being used for the second cleaning wheel shaft that can carry out axial-rotation, and second is clear
Clean wheel spindle housing is arranged in stent, and the first spring promotes the second cleaning wheel shaft to drive the second cleaning wheel to be close to the first cleaning
Wheel.
Further, first for promoting the second cleaning wheel shaft is provided between the first spring and the second cleaning wheel shaft
Sliding block.
Further, sorption wheel includes being used for the sorption wheel shaft that can carry out axial-rotation, and sorption wheel shaft is set up
In stent, second spring promotes sorption wheel shaft and drives sorption wheel to be close to the second cleaning wheel.
Further, sorption wheel shaft includes shaft front end and shaft rear end, stent in shaft rear end be provided with for pair
The installing mechanism that sorption wheel is detachably installed, installing mechanism include being used to limit limited block and the use that sorption wheel departs from
In the tensioning spring for promoting limited block to block shaft rear end, limited block is provided with to carry out limited block to stir operation for convenient
Clicking section and it is arranged at and is used for the stopper for blocking shaft rear end above shaft rear end, clicking section exposes to stent.
Further, the second sliding block for promoting sorption wheel shaft is provided between second spring and sorption wheel shaft.
Further, the central shaft of the central shaft of the first cleaning wheel, the central shaft of the second cleaning wheel and sorption wheel is in together
One horizontal plane.
The beneficial effects of the utility model are：Enter card automated cleaning wheel construction, the first cleaning wheel, the second cleaning wheel, absorption
The structure of wheel and being integrally formed of stent, the first cleaning wheel drive the second cleaning wheel one under the action of the driving wheel in printer
Rise and carry out axial-rotation, sorption wheel carries out axial-rotation under the drive of the second cleaning wheel, and card is from the first cleaning wheel and second
Tangent line is by so as to achieve the purpose that to clean card, when no card is from the first cleaning wheel and the second cleaning wheel between cleaning wheel
Between by when, the first cleaning wheel and the second cleaning wheel can realize self-cleaning effect under the action of sorption wheel；When long
Between cleaned and when causing the first cleaning wheel and the second cleaning wheel to wear, due to the promotion of the first spring and second spring
Effect, the second cleaning wheel are close to the first cleaning wheel always, and sorption wheel is close to the second cleaning wheel always, therefore even if first is clear
Abrasion, which occurs, for clean wheel and the second cleaning wheel can also realize the effect of cleaning card, ensure that the continuous and effective of cleaning effect, will not
Occur cleaning bad or cleaning failure situation.
Brief description of the drawings
The utility model is described in further detail with example below in conjunction with the accompanying drawings.
Fig. 1 is the schematic perspective view that the utility model enters card automated cleaning wheel construction；
Fig. 2 is the front view that the utility model enters card automated cleaning wheel construction；
Fig. 3 is the schematic diagram in A directions in Fig. 2；
Fig. 4 is the reverse view that the utility model enters card automated cleaning wheel construction；
Fig. 5 is the schematic diagram for the internal structure that the utility model enters card automated cleaning wheel construction.
Embodiment
With reference to Fig. 1-Fig. 5, the utility model enters card automated cleaning wheel construction, including structure-integrated stent 1, first
Cleaning wheel 2, coordinate the second cleaning wheel 3 and the sticking sorption wheel 4 of tool that cleaning treatment is carried out to card with the first cleaning wheel 2,
First cleaning wheel 2 is fixed in stent 1 and can carry out axial-rotation, the second cleaning wheel 3 and sorption wheel 4 is horizontally moveable is arranged at
In stent 1 and can axial-rotation, the first spring for promoting the second cleaning wheel 3 to be close to the first cleaning wheel 2 is provided with stent 1
11 and for promoting sorption wheel 4 to be close to the second spring 13 of the second cleaning wheel 3.Respectively in 13 and first spring 11 of second spring
Under impetus, section is in close contact together two-by-two between sorption wheel 4, the second cleaning wheel 3 and the first cleaning wheel 2, therefore is inhaled
In wheel 4, the second cleaning wheel 3 and the first cleaning wheel 2 any one carry out axial-rotation when, other two can be driven into
Row axial-rotation.When card between the first cleaning wheel 2 and the second cleaning wheel 3 by when, the foreign matter on card face can be by
One cleaning wheel 2 and the second cleaning wheel 3 adsorb, and sorption wheel 4 then can directly take away the foreign matter on the second cleaning wheel 3, when card passes through
First cleaning wheel 2 and the second cleaning wheel 3 and pass through without other cards between the first cleaning wheel 2 and the second cleaning wheel 3
When, the foreign matter on the first cleaning wheel 2 can first be taken away by the second cleaning wheel 3, then sorption wheel 4 foreign matter from the second cleaning wheel 3
Absorption is taken away, it is achieved thereby that the purpose of cleaning card.Card is cleaned for a long time when the first cleaning wheel 2 and the second cleaning wheel 3 and
When causing to wear, due to the first spring 11 and the impetus of second spring 13, sorption wheel 4, the second cleaning wheel 3 and first
Still section is in close contact together cleaning wheel 2 two-by-two, and the lasting cleaning capacity kept to card, ensure that to be not in cleaning
Bad or cleaning failure situation.
Wherein, with reference to Fig. 1, Fig. 3 and Fig. 5, the first cleaning wheel 2 includes being used to drive the first cleaning wheel 2 to carry out axial-rotation
Guiding shaft 21, guiding shaft 21 is set up in stent 1, and one end of guiding shaft 21 is can be with the driving wheel phase in printer
The connected structure 22 of connection, the other end of guiding shaft 21 are arranged inside stent 1, and connected structure 22 exposes to stent 1, engagement
Structure 22 is an engagement groove being arranged in guiding shaft 21.The guiding shaft 21 being arranged in the first cleaning wheel 2 so that
First cleaning wheel 2 can carry out axial-rotation under the drive of the driving wheel in printer so that the first cleaning wheel 2 possesses actively
The effect of wheel, so as to drive the second cleaning wheel 3 and sorption wheel 4 to carry out axial-rotation, provides to carry out cleaning to card
Necessary condition.
Wherein, it is clear including second for axial-rotation can be carried out with reference to Fig. 1, Fig. 4 and Fig. 5, the second cleaning wheel 3
Clean wheel shaft 31, the second cleaning wheel shaft 31 are set up in stent 1, and the first spring 11 promotes the second cleaning wheel shaft 31 so as to band
Dynamic second cleaning wheel 3 is close to the first cleaning wheel 2, is provided between the first spring 11 and the second cleaning wheel shaft 31 for promoting the
First sliding block 12 of two cleaning wheel shafts 31.First sliding block 12 enables the first spring 11 to balance the effectively cleaning of promotion second
Shaft 31 is taken turns close to the first cleaning wheel 2, is effectively cut so that the second cleaning wheel 3 can balance with the first cleaning wheel 2
Face contacts, even if ensure that the first cleaning wheel 2 and the second cleaning wheel 3 abrasion occur and can keep the first cleaning wheel 2 and second
Close contact between cleaning wheel 3, is not in that cannot clean card so as to ensure that the cleaning effect that will not be reduced to card
Situation.
Wherein, with reference to Fig. 2, Fig. 4 and Fig. 5, sorption wheel 4 includes being used for the sorption wheel shaft that can carry out axial-rotation
41, sorption wheel shaft 41 is set up in stent 1, and second spring 13 promotes sorption wheel shaft 41 and drives sorption wheel 4 to be close to second
Cleaning wheel 3, is provided with the second sliding block 14 for promoting sorption wheel shaft 41 between second spring 13 and sorption wheel shaft 41.The
Two sliding blocks 14 enable second spring 13 balance effectively promote sorption wheel shaft 41 close to the second cleaning wheel 3 so that
Sorption wheel 4 can balance effectively to be contacted with the second cleaning wheel 3 progress section, even if ensure that the second cleaning wheel 3 is worn
The close contact between 4 and second cleaning wheel 3 of sorption wheel can be kept, so as to ensure that sorption wheel 4 can be continuously and effectively
The foreign matter on the second cleaning wheel 3 is taken away, so that cleaning capacity to card will not be lost by entering card automated cleaning wheel construction.
Wherein, with reference to Fig. 2, Fig. 4 and Fig. 5, sorption wheel shaft 41 includes shaft front end 42 and shaft rear end 43, stent 1 in
The installing mechanism for detachably being installed to sorption wheel 4 is provided with shaft rear end 43, installing mechanism includes being used to limit
Limited block 16 that sorption wheel 4 departs from and for promoting limited block 16 to block the tensioning spring 19 of shaft rear end 43, limited block
16 are provided with for conveniently to limited block 16 stir the clicking section 17 of operation and being arranged above shaft rear end 43 to be used to keep off
Firmly the stopper 18 of shaft rear end 43, clicking section 17 expose to stent 1.Slidable limited block 16 in installing mechanism is so that absorption
The surface that wheel 4 can fast and effeciently install or remove the stopper 18 in stent 1, being arranged in limited block 16 could be provided as one
A inclined-plane, the slope driving limited block 16 that shaft rear end 43 can be utilized to press against in stopper 18 move and compress tensioning spring 19,
When shaft rear end 43 is in 18 lower section of stopper, limited block 16 returns to original position under the action of tensioning spring 19, from
And sorption wheel 4 limitation be installed on stent 1 among, when pull clicking section 17 so that stopper 18 do not block shaft rear end 43 when, i.e.,
Sorption wheel 4 can be detached in stent 1, it is achieved thereby that the fast and effectively installation and removal to sorption wheel 4.
In addition, the central shaft of the central shaft of the first cleaning wheel 2, the central shaft of the second cleaning wheel 3 and sorption wheel 4 is in together
One horizontal plane, therefore ensure that the second cleaning wheel 3 and the plane residing for sorption wheel 4 are in vertical relation with card, so as to protect
Entering card automated cleaning wheel construction and can carrying out comprehensively and effectively cleaning treatment to card for the utility model is demonstrate,proved.And the first cleaning
The 2, second cleaning wheel 3 of wheel and sorption wheel 4 are in same level, and can simplify the utility model enters card automated cleaning wheel
The realization of structure, can not only cause the utility model enters card automated cleaning wheel construction simple and stable, additionally it is possible to saves cost
Input.
When the card automated cleaning wheel construction that enters of the utility model uses to the regular hour and needs replacing and be disposed therein
Sorption wheel 4 when, first pull clicking section 17 so that limited block 16 is moved along away from the direction of sorption wheel 4, until stopper 18 not
Shaft rear end 43 is blocked again, then raises sorption wheel 4 in the back side up of sorption wheel 4 with hand so that leave limit in shaft rear end 43
The limitation of position block 16, so as to which sorption wheel 4 is detached in stent 1.When new sorption wheel 4 is installed in stent 1, first
The shaft front end 42 of sorption wheel 4 is installed among stent 1, then transfers sorption wheel 4 so that shaft rear end 43 press against in stopper 18
Slope driving limited block 16 move and compress tensioning spring 19, when shaft rear end 43 is in 18 lower section of stopper, limited block 16
Original position is returned under the elastic force effect of tensioning spring 19, so that the limitation of sorption wheel 4 is installed among stent 1.
Card is cleaned using the card automated cleaning wheel construction that enters of the utility model, when card have not yet entered into
During card automated cleaning wheel construction, carried out under the drive that the first cleaning wheel 2 can be by guiding driving wheel of the shaft 21 in printer
Axial-rotation, so as to drive the second cleaning wheel 3 and sorption wheel 4 to carry out axial-rotation successively, sorption wheel 4 takes away the second cleaning wheel 3
On foreign matter when, the second cleaning wheel 3 takes away the foreign matter on the first cleaning wheel 2 at the same time, therefore sorption wheel 4 can be clear to first
Clean 2 and second cleaning wheel 3 of wheel carries out automatically cleaning.When card between the first cleaning wheel 2 and the second cleaning wheel 3 by when, first
2 and second cleaning wheel 3 of cleaning wheel at the same time cleans the two sides of card, and sorption wheel 4 is taken away on the second cleaning wheel 3 at the same time
Foreign matter, when card leaves the first cleaning wheel 2 and the second cleaning wheel 3, the second cleaning wheel 3 is taken away on the first cleaning wheel 2
Foreign matter, while sorption wheel 4 takes away the foreign matter on the second cleaning wheel 3, it is achieved thereby that the clean whole process to card.
Above is implement to be illustrated to the preferable of the utility model, but the utility model be not limited to it is above-mentioned
Embodiment, those skilled in the art can also make a variety of be equal on the premise of without prejudice to the utility model spirit
Deformation is replaced, these equivalent deformations or replacement are all contained in the application claim limited range.
Claims (9)
1. enter card automated cleaning wheel construction, it is characterised in that：Including structure-integrated stent (1), the first cleaning wheel (2), with
First cleaning wheel (2) coordinates the second cleaning wheel (3) that cleaning treatment is carried out to card and the sticking sorption wheel (4) of tool,
First cleaning wheel (2) is fixed in the stent (1) and can carry out axial-rotation, second cleaning wheel (3) and described
Sorption wheel (4) is horizontally moveable to be arranged in the stent (1) simultaneously energy axial-rotation, is provided with the stent (1) for pushing away
Move second cleaning wheel (3) and be close to the first spring (11) of first cleaning wheel (2) and for promoting the sorption wheel (4)
It is close to the second spring (13) of second cleaning wheel (3).
2. it is according to claim 1 enter card automated cleaning wheel construction, it is characterised in that：First cleaning wheel (2) includes
For driving first cleaning wheel (2) to carry out the guiding shaft (21) of axial-rotation, the guiding shaft (21) is set up in institute
To state in stent (1), one end of the guiding shaft (21) is the connected structure (22) that can be connected with the driving wheel in printer,
The other end of the guiding shaft (21) is arranged at the stent (1) inside, and the connected structure (22) exposes to the branch
Frame (1).
3. it is according to claim 2 enter card automated cleaning wheel construction, it is characterised in that：The connected structure (22) is setting
An engagement groove in the guiding shaft (21).
4. it is according to claim 1 enter card automated cleaning wheel construction, it is characterised in that：Second cleaning wheel (3) includes
For that can carry out the second cleaning wheel shaft (31) of axial-rotation, the second cleaning wheel shaft (31) is set up in described
In stent (1), first spring (11) promotes the second cleaning wheel shaft (31) to drive second cleaning wheel (3)
It is close to first cleaning wheel (2).
5. it is according to claim 4 enter card automated cleaning wheel construction, it is characterised in that：First spring (11) with it is described
The first sliding block (12) for promoting the second cleaning wheel shaft (31) is provided between second cleaning wheel shaft (31).
6. it is according to claim 1 enter card automated cleaning wheel construction, it is characterised in that：The sorption wheel (4) includes being used for
The sorption wheel shaft (41) of axial-rotation can be carried out, the sorption wheel shaft (41) is set up in the stent (1), institute
Second spring (13) is stated to promote the sorption wheel shaft (41) and drive the sorption wheel (4) to be close to second cleaning wheel
(3)。
7. it is according to claim 6 enter card automated cleaning wheel construction, it is characterised in that：The sorption wheel shaft (41) includes
Shaft front end (42) and shaft rear end (43), the stent (1) are provided with for the suction in shaft rear end (43) place
The installing mechanism that wheel (4) is detachably installed, the installing mechanism include departing from for limiting the sorption wheel (4)
Limited block (16) and for promoting the limited block (16) to block the tensioning spring (19) of the shaft rear end (43), the limit
Position block (16) is provided with for conveniently to the limited block (16) stir the clicking section (17) of operation and being arranged at described turn
It is used for the stopper (18) for blocking the shaft rear end (43) above shaft rear end (43), the clicking section (17) exposes to the branch
Frame (1).
8. it is according to claim 6 enter card automated cleaning wheel construction, it is characterised in that：The second spring (13) with it is described
The second sliding block (14) for promoting the sorption wheel shaft (41) is provided between sorption wheel shaft (41).
9. described enter card automated cleaning wheel construction according to claim 1-8 is any, it is characterised in that：First cleaning wheel
(2) central shaft of central shaft, the central shaft of the second cleaning wheel (3) and sorption wheel (4) is in same level.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721182293.5U CN207310880U (en) | 2017-09-14 | 2017-09-14 | Enter card automated cleaning wheel construction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721182293.5U CN207310880U (en) | 2017-09-14 | 2017-09-14 | Enter card automated cleaning wheel construction |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207310880U true CN207310880U (en) | 2018-05-04 |
Family
ID=62382714
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721182293.5U Active CN207310880U (en) | 2017-09-14 | 2017-09-14 | Enter card automated cleaning wheel construction |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207310880U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107685551A (en) * | 2017-09-14 | 2018-02-13 | 航天信息股份有限公司 | Enter card automated cleaning wheel construction |
-
2017
- 2017-09-14 CN CN201721182293.5U patent/CN207310880U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107685551A (en) * | 2017-09-14 | 2018-02-13 | 航天信息股份有限公司 | Enter card automated cleaning wheel construction |
| CN107685551B (en) * | 2017-09-14 | 2024-04-16 | 航天信息股份有限公司 | Automatic cleaning wheel structure for card feeding |
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| GR01 | Patent grant |