CN205085114U - A wiping arrangement for sheet glass on motormeter dish - Google Patents
A wiping arrangement for sheet glass on motormeter dish Download PDFInfo
- Publication number
- CN205085114U CN205085114U CN201520750793.9U CN201520750793U CN205085114U CN 205085114 U CN205085114 U CN 205085114U CN 201520750793 U CN201520750793 U CN 201520750793U CN 205085114 U CN205085114 U CN 205085114U
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- belt
- plate glass
- wiping
- roller
- instrument panel
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Abstract
The utility model discloses a wiping arrangement for sheet glass on motormeter dish, its characterized in that: include frame, the driving motor who has the reduction gear, belt, action wheel and follow the driving wheel, driving motor fixed mounting is in in the frame, fixedly connected with on driving motor's the output shaft the action wheel, should from the driving wheel set the action wheel setting is in through bearing fixed mounting on the pivot of frame, belt tensioning sets up the action wheel with driven taking turns to, just the surface of belt has the one deck can be used for the non -woven fabrics layer of cleaning. Above -mentioned a wiping arrangement for sheet glass on motormeter dish accessible can be cleaned the non -woven fabrics layer that the belt surface was touched in sheet glass's side subsides this side conveniently, accomplish again behind this side the another side clean can, the high efficiency is swift again.
Description
Technical field
The utility model belongs to the frock field for automobile instrument panel upper flat plate glass, is specifically related to a kind of wiping arrangement for automobile instrument panel upper flat plate glass.
Background technology
Automobile instrument disc assembly (being called for short: automobile instrument panel) is the instrument for reflecting each system health of vehicle, and on automobile instrument panel, be provided with polylith plate glass, the various indicator lamps of each system health of reflection vehicle can be viewed through this plate glass.Known accordingly, the definition of automobile instrument panel upper flat plate glass directly can have influence on motor vehicle operators and whether can see indicator lamp clearly fast, therefore the definition of automobile instrument panel upper flat plate glass is extremely important.
At present, some are the supporting enterprise of automotive factory production automobile instrument panel, before dust-free workshop assembling automobile instrument disc assembly, also can carry out wiping to automobile instrument panel upper flat plate glass, to remove its surface attachment dust and to guarantee that it is in better definition.
But above-mentioned wiping operation normally workman adopts the mode of cleansing tissue or cleaning wiping cloth to carry out by hand, which also limits the lifting of automobile instrument panel upper flat plate glass wiping efficiency.Based on this, applicant considers to design a kind of wiping arrangement for automobile instrument panel upper flat plate glass, in order to promote wiping efficiency.
Utility model content
For above-mentioned the deficiencies in the prior art, technical problem to be solved in the utility model is: how to provide a kind of wiping arrangement for automobile instrument panel upper flat plate glass that can promote wiping efficiency.
In order to solve the problems of the technologies described above, the utility model have employed following technical scheme:
For a wiping arrangement for automobile instrument panel upper flat plate glass,
Comprise frame, drive motors, belt, driving wheel and driven pulley with decelerator;
Described drive motors is fixedly mounted in described frame;
The output shaft of described drive motors is fixedly connected with described driving wheel, and the corresponding described driving wheel of described driven pulley is arranged and is fixedly mounted on by bearing on the pivot of described frame;
Described belt tension is arranged on described driving wheel and described driven pulley, and the outer surface of described belt has the nonwoven layer that one deck can be used in wiping.
The above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass, wherein, drive motors can continue to drive belt, outer surface because of belt has the nonwoven layer of one deck for wiping, and then make the belt in motion can form unidirectional quick wipe, so namely, wiping can be carried out easily to this side by the nonwoven layer touching belt outer surface is pasted in the side of plate glass, after completing this side, complete the wiping of another side again, efficiently quick again.
As improvement, described frame comprises the support column that can vertically fix on the ground, and the upper end of described support column laterally stretches out and is formed with the workbench of strip structure;
Described workbench is installed with described drive motors near one end of described support column in the longitudinal direction, and the other end is provided with described driven pulley.
After adopting the support column of above-mentioned column construction, the floor space of this wiping arrangement entirety can be made less, thus be more conducive to place at this wiping arrangement periphery the plate glass more treating wiping nearby.Thus contribute to the lifting of plate glass wiping efficiency.
As improvement, the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass also comprises multistation wipe configuration; Described multistation wipe configuration comprises following structure:
Described output shaft is vertically to arrange and higher than the height at the worktable upper surface place of described frame on vertical, thus make described driving wheel and driven pulley all on vertical higher than the height at described worktable upper surface place, impel total belt to be suspended in the top of described workbench.
After implementing above-mentioned multistation wipe configuration, can make most of area of the outer surface of belt can towards the both sides of described workbench length direction.So, the station of wiping plate glass all can be set in the both sides of workbench length direction, thus wiping processing can be carried out respectively simultaneously, so also just improve further and utilize above-mentioned wiping arrangement for operating efficiency during wiping.
As improvement, described multistation wipe configuration also comprises the upper surface and the overall support in bar shaped that are fixedly installed on described workbench;
There is between the length direction of described support and the length direction of described workbench the angle of 30 ° to 90 °;
Described support two ends are in the longitudinal direction fixedly installed rotating shaft straight up respectively, and described rotating shaft to be also rotatably connected the drive consistent with described driving wheel height by bearing;
Described belt tension is arranged on described driving wheel, described drive and described driven pulley.
Implement after said structure, be arranged on by belt tension after on driving wheel, two drives and driven pulley, stretch-draw belt forms quadrangle, thus can make belt has towards the lateral surface in four directions.So, namely may correspond to the lateral surface place towards four directions on above-mentioned belt, the wiping station of a plate glass is set respectively, therefore the wiping efficiency of plate glass can be promoted further.
As improvement, the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass also comprises dedusting structure; Described dedusting structure comprises the rotating roller being vertically arranged on described worktable upper surface, and the lateral surface of described roller contacts with the outer surface of described belt, and can rotate under described belt drive; The part that the lateral surface of described roller can contact with the outer surface of described belt is also provided with the strip bulge along described roller length direction.
After implementing said structure, the outer surface of described belt contacts with the lateral surface of described roller and described roller can be driven to rotate, and the part that the lateral surface of roller contacts with belt is provided with above-mentioned strip bulge.Like this while drive motors makes belt movement in startup, belt can be given and drive roller to rotate, and the strip bulge on such roller can not only increase the frictional force between belt, makes roller can more stably along with belt together rotates.Meanwhile, when strip bulge contacts with belt outer surface, the effect of patting belt outer surface can also be played, thus can help effectively to remove the dust of belt outer surface in the nonwoven layer of wiping.
As preferably, described roller is rotating, and to be vertically arranged on described worktable upper surface be realized by following structure: the upper surface of described workbench is vertically fixedly installed the first rotating shaft being socketed with bearing; There is in the middle part of the lower surface of described roller the pilot hole of the first rotating shaft embedding being socketed with bearing described in can supplying, be socketed with on the first rotating shaft of bearing described in described roller is socketed in by described pilot hole entirety.
Above-mentioned dedusting structure has the comparatively simple advantage of structure, and though roller in its structure can belt when rotating, rely on the strip bulge of roller surface to pat or scrape off the dust of belt outer surface in the nonwoven layer of wiping, this nonwoven layer is served to the cleaning action of dedusting.
As improvement, the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass also comprises dust absorbing structure; Described dust absorbing structure comprises the structure of many that circumference that described strip bulge is described roller lateral surface is evenly arranged;
Described dust absorbing structure is also included in the air suction opening that the described roller lateral surface between two adjacent described strip bulges is arranged;
Described dust absorbing structure also comprises described roller inside and has the inner chamber be communicated with described air suction opening, and described first rotating shaft is the hollow tubular with described inner space;
Described dust absorbing structure also comprises dust exhaust apparatus, and the air entry of described dust exhaust apparatus seals with the lower end of described first rotating shaft and is communicated with.
After setting up above-mentioned dust absorbing structure, the inner space of air suction opening and roller, and the inner chamber of roller also seals with the air entry of dust exhaust apparatus and is communicated with.So, open after dust exhaust apparatus, can make air suction opening can dust suction.Because strip bulge can be patted the nonwoven layer of belt outer surface for wiping and scrape off to remove the dust in this nonwoven layer, therefore air suction opening is between two adjacent strip bulges, can be protruding when carrying out dedusting and make this dust floating in its adjacent bar, by giving a dinner of welcome, the air containing floating dust siphons away by hole fast, thus serves the effect reducing dust content of air.In addition, air entry can also be directly used in and draw the dust of belt outer surface in the nonwoven layer of wiping.
The wiping method of the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass, two sides that plate glass has are A side and B side, and this wiping method comprises the following steps:
Setp1, vacuum WAND or electrostatic prevention suction ball is utilized to treat that the A side of the plate glass of the automobile instrument panel of wiping holds;
Setp2, the B side of above-mentioned plate glass pasted and touches and to the nonwoven layer of described belt outer surface, carry out wiping, after completing the wiping of the B side of whole described plate glass;
Setp3, utilize vacuum WAND or electrostatic prevention suction ball to be held the B side of above-mentioned plate glass, the vacuum WAND of the A side of above-mentioned plate glass or electrostatic prevention suction ball are thrown off;
Setp4, the A side of above-mentioned plate glass pasted and touches carry out wiping to the nonwoven layer of described belt outer surface, after complete for the A side wiping of whole described plate glass, namely complete automobile instrument panel upper flat plate glass wiping.
Above-mentioned wiping method step is few, and wiping step is simply effective, can remove the dust of surface of plate glass fast.After completing above-mentioned wiping method, complete for wiping plate glass is placed on dustless carrier.
Accompanying drawing explanation
Fig. 1 is the perspective view of the utility model for the wiping arrangement of automobile instrument panel upper flat plate glass.
Fig. 2 is A place enlarged drawing (being unkitted protective cover) in Fig. 1.
Fig. 3 is the top view of the utility model for the wiping arrangement of automobile instrument panel upper flat plate glass.
Fig. 4 is the rotating structural representation being vertically arranged on the first embodiment of described worktable upper surface of roller.
Fig. 5 is the rotating structural representation being vertically arranged on the second embodiment of described worktable upper surface of roller.
Be labeled as in figure:
1 frame, 11 support columns, 12 workbench, 13 supports, 14 protective covers, 15 first rotating shafts;
2 drive motors;
3 belts;
4 driving wheels;
5 rollers, 51 strip bulges, 52 air suction openings, 53 second rotating shafts.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.Wherein, adopt the exemplary term such as such as upper and lower, left and right for description, object is to help reader understanding, and is not intended to limit.
The first embodiment:
As shown in Figures 1 to 4, a kind of wiping arrangement for automobile instrument panel upper flat plate glass, comprises frame 1, drive motors 2, belt 3, driving wheel 4 and driven pulley with decelerator;
Described drive motors 2 is fixedly mounted in described frame 1;
The output shaft of described drive motors 2 is fixedly connected with described driving wheel 4, and the corresponding described driving wheel 4 of described driven pulley is arranged and is fixedly mounted on by bearing on the pivot of described frame 1;
The tensioning of described belt 3 is arranged on described driving wheel 4 and described driven pulley, and the outer surface of described belt 3 has the nonwoven layer that one deck can be used in wiping.
The above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass, wherein, drive motors 2 can continue to drive belt 3, outer surface because of belt 3 has the nonwoven layer of one deck for wiping, and then make the belt 3 in motion can form unidirectional quick wipe, so namely, wiping can be carried out easily to this side by the nonwoven layer touching belt 3 outer surface is pasted in the side of plate glass, after completing this side, complete the wiping of another side again, efficiently quick again.
Wherein, described frame 1 comprises the support column 11 that can vertically fix on the ground, and the upper end of described support column 11 laterally stretches out and is formed with the workbench 12 of strip structure;
Described workbench 12 is installed with described drive motors 2 near one end of described support column 11 in the longitudinal direction, and the other end is provided with described driven pulley.
After adopting the support column 11 of above-mentioned column construction, the floor space of this wiping arrangement entirety can be made less, thus be more conducive to place at this wiping arrangement periphery the plate glass more treating wiping nearby.Thus contribute to the lifting of plate glass wiping efficiency.
Wherein, described support column 11 adopts and is bolted on ground.
Wherein, the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass also comprises the protective cover 14 be fixedly connected in described frame 1, described protective cover 14 covers described driving wheel 4, and the side of described protective cover 14 is also provided with the bar shape trench hole passed for described belt 3.
After implementing said structure, can form hood guard to the output shaft of drive motors 2 and driving wheel 4 by protective cover 14, the personnel false touch of avoiding is touched, and improves the security of this wiping arrangement entirety.
Above-mentioned frame 1, have simple and reasonable, the advantage that floor space is less, utilize the less advantage of its floor space can reserve the plate glass being more used for putting and treating that wiping is processed on the ground of frame 1 periphery, thus plate glass to be processed of can taking away is fast processed, help the lifting of wiping efficiency nearby.
Wherein, the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass also comprises multistation wipe configuration; Described multistation wipe configuration comprises following structure:
Described output shaft is vertically to arrange and higher than the height at the workbench 12 upper surface place of described frame 1 on vertical, thus make described driving wheel 4 and driven pulley all on vertical higher than the height at described workbench 12 upper surface place, impel belt 3 entirety to be suspended in the top of described workbench 12.
After implementing above-mentioned multistation wipe configuration, can make most of area of the outer surface of belt 3 can towards the both sides of described workbench 12 length direction.So, the station of wiping plate glass all can be set in the both sides of workbench 12 length direction, thus wiping processing can be carried out respectively simultaneously, so also just improve further and utilize above-mentioned wiping arrangement for operating efficiency during wiping.
Wherein, described multistation wipe configuration also comprises the upper surface and the overall support 13 in bar shaped that are fixedly installed on described workbench 12;
There is between the length direction of described support 13 and the length direction of described workbench 12 angle of 30 ° to 90 °;
Described support 13 two ends are in the longitudinal direction fixedly installed rotating shaft straight up respectively, and described rotating shaft to be also rotatably connected the drive highly consistent with described driving wheel 4 by bearing;
The tensioning of described belt 3 is arranged on described driving wheel 4, described drive and described driven pulley.
Implement after said structure, belt 3 tensioning be arranged on after on driving wheel 4, two drives and driven pulley, stretch-draw belt 3 forms quadrangle, thus can make belt 3 has towards the lateral surface in four directions.So, namely may correspond to the lateral surface place towards four directions on above-mentioned belt 3, the wiping station of a plate glass is set respectively, therefore the wiping efficiency of plate glass can be promoted further.
Wherein, the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass also comprises dedusting structure; Described dedusting structure comprises the rotating roller 5 being vertically arranged on described workbench 12 upper surface, and the lateral surface of described roller 5 contacts with the outer surface of described belt 3, and can rotate under driving at described belt 3; The part that the lateral surface of described roller 5 can contact with the outer surface of described belt 3 is also provided with the strip bulge 51 along described roller 5 length direction.
After implementing said structure, the outer surface of described belt 3 contacts with the lateral surface of described roller 5 and described roller 5 can be driven to rotate, and the part that the lateral surface of roller 5 contacts with belt 3 is provided with above-mentioned strip bulge 51.Like this while startup drive motors 2 makes belt 3 move, belt 3 can be given and drive roller 5 to rotate, strip bulge 51 on such roller 5 can not only increase the frictional force between belt 3, makes roller 5 can more stably along with belt 3 together rotates.Meanwhile, when strip bulge 51 and belt 3 exterior surface, the effect of patting belt 3 outer surface can also be played, thus can help effectively to remove the dust of belt 3 outer surface in the nonwoven layer of wiping.
Wherein, described roller 5 be along described belt 3 length direction arrange multiple.
After implementing said structure, the effect removing the dust of belt 3 outer surface in the nonwoven layer of wiping can be strengthened.
Wherein, rotating to be vertically arranged on described workbench 12 upper surface be realized by following structure to described roller 5: the upper surface of described workbench 12 is vertically fixedly installed the first rotating shaft 15 being socketed with bearing; There is in the middle part of the lower surface of described roller 5 pilot hole of the first rotating shaft embedding being socketed with bearing described in can supplying, be socketed with on the first rotating shaft 15 of bearing described in described roller 5 is socketed in by described pilot hole entirety.
Above-mentioned dedusting structure has the comparatively simple advantage of structure, and though roller 5 in its structure can belt 3 when rotating, rely on the strip bulge 51 on roller 5 surface to pat or scrape off the dust of belt 3 outer surface in the nonwoven layer of wiping, this nonwoven layer is served to the cleaning action of dedusting.
Wherein, the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass also comprises dust absorbing structure; Described dust absorbing structure comprises the structure of many that circumference that described strip bulge 51 is described roller 5 lateral surface is evenly arranged;
Described dust absorbing structure is also included in the air suction opening 52 that described roller 5 lateral surface between two adjacent described strip bulges 51 is arranged;
Described dust absorbing structure also comprises described roller 5 inside and has the inner chamber be communicated with described air suction opening 52, and described first rotating shaft is the hollow tubular with described inner space;
Described dust absorbing structure also comprises dust exhaust apparatus, and the air entry of described dust exhaust apparatus (not shown) seals with the lower end of the first rotating shaft and is communicated with.
After setting up above-mentioned dust absorbing structure, the inner space of air suction opening 52 and roller 5, and the inner chamber of roller 5 also seals with the air entry of dust exhaust apparatus and is communicated with.So, open after dust exhaust apparatus, can make air suction opening 52 can dust suction.Because strip bulge 51 can be patted the nonwoven layer of belt 3 outer surface for wiping and scrape off to remove the dust in this nonwoven layer, therefore air suction opening 52 is between two adjacent strip bulges 51, can in its adjacent bar projection 51 when carrying out dedusting and make this dust floating, by giving a dinner of welcome, the air containing floating dust siphons away by hole fast, thus serves the effect reducing dust content of air.In addition, air entry can also be directly used in and draw the dust of belt 3 outer surface in the nonwoven layer of wiping.
Wherein, described air suction opening 52 is along equally distributed multiple in described roller 5 short transverse.
After implementing the air suction opening 52 of said structure, pick-up performance can be strengthened further.
Wherein, described dust exhaust apparatus comprises the housing that blower of cleaner is housed; Described housing has the described air entry be communicated with described first rotation axis seal, and have and seal with dust bag the gas outlet be communicated with.
Above-mentioned dust absorbing structure has the ingenious rational advantage of structure, can when the removal of the dust of strip bulge 51 pairs of belt 3 outer surfaces in the nonwoven layer of wiping be in suspended state to air, air containing dust is siphoned away fast, thus the dust content that can effectively reduce in air, promote air degree of purity.
As shown in figures 1 and 3, during enforcement, the angle between preferred support 13 and described workbench is 90 degree; The quantity of described roller 5 is four, and the upper surface being separately fixed at described workbench 12 both sides along its length and contiguous described support 13 position, and make belt 3 entirety form " cross ".So, can make, between roller and belt, there is larger contact area and strengthen the active force between roller 5 by the tension force of belt 3, this makes it possible to make dedusting structure play better cleaning effect with the nonwoven layer for wiping of structure to belt 3 outer surface of giving a dinner of welcome.
The wiping method of the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass, two sides that plate glass has are respectively A side and B side, and this wiping method comprises the following steps:
Setp1, vacuum WAND or electrostatic prevention suction ball is utilized to treat that the A side of the plate glass of the automobile instrument panel of wiping holds;
Setp2, the B side of above-mentioned plate glass pasted and touches carry out wiping, after completing the wiping of the B side of whole described plate glass to the nonwoven layer of described belt 3 outer surface;
Setp3, utilize vacuum WAND or electrostatic prevention suction ball to be held the B side of above-mentioned plate glass, the vacuum WAND of the A side of above-mentioned plate glass or electrostatic prevention suction ball are thrown off;
Setp4, the A side of above-mentioned plate glass pasted and touches carry out wiping to the nonwoven layer of described belt 3 outer surface, after complete for the A side wiping of whole described plate glass, namely complete automobile instrument panel upper flat plate glass wiping.
Above-mentioned wiping method step is few, and wiping step is simply effective, can remove the dust of surface of plate glass fast.After completing above-mentioned wiping method, complete for wiping plate glass is placed on dustless carrier.
In the wiping method of the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass, the operation of above-mentioned setp1 to setp4 step adopts vacuum cup machinery arm (not shown) to carry out.
Like this, the work of automatic flat glass sheet wiping can be realized, while improving wiping operating efficiency, effectively reduce human cost.
In the wiping method of the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass, described drive motors 2 forward and reverse alternate run.
So namely, the surface of plate glass or the lateral surface of roller 5 can be utilized to carry out combing to belt 3 outer surface for the suede of the nonwoven layer of wiping, make the suede in nonwoven layer can continue to be in stretch-like better, thus better plate glass surface contact and play better dust removal effect.
In the wiping method of the above-mentioned wiping arrangement for automobile instrument panel upper flat plate glass, the cycle of preferred described forward and reverse alternate run is half a day.The electrical fault that the operation frequently carrying out forward and reverse to drive motors 2 can not be caused like this to cause, is beneficial to the more lasting action reliably of drive motors 2.
The second embodiment:
As shown in Figure 5, only be with the above-mentioned wiping arrangement difference for automobile instrument panel upper flat plate glass in the present embodiment to realize the rotating structure being vertically arranged on described workbench 12 upper surface of roller 5, specific as follows: described roller 5 is rotating, and to be vertically arranged on described workbench 12 upper surface be realized by following structure: be vertically fixedly installed the second rotating shaft 53 that is socketed with bearing in the middle part of the lower surface of described roller 5; The upper surface of described workbench 12 has the installing hole of the second rotating shaft 53 embedding being socketed with bearing described in confession; The second rotating shaft 53 being socketed with bearing described on described roller 5 is plugged in described installing hole.
Below be only the utility model preferred embodiment; need point out be; for those skilled in the art under the prerequisite not departing from the technical program, can also make some distortion and improvement, the technical scheme of above-mentioned distortion and improvement should be considered as falling into the scope that this application claims protection equally.
Claims (7)
1., for a wiping arrangement for automobile instrument panel upper flat plate glass, it is characterized in that:
Comprise frame, drive motors, belt, driving wheel and driven pulley with decelerator;
Described drive motors is fixedly mounted in described frame;
The output shaft of described drive motors is fixedly connected with described driving wheel, and the corresponding described driving wheel of described driven pulley is arranged and is fixedly mounted on by bearing on the pivot of described frame;
Described belt tension is arranged on described driving wheel and described driven pulley, and the outer surface of described belt has the nonwoven layer that one deck can be used in wiping.
2. the wiping arrangement for automobile instrument panel upper flat plate glass according to claim 1, it is characterized in that: described frame comprises the support column that can vertically fix on the ground, the upper end of described support column laterally stretches out and is formed with the workbench of strip structure;
Described workbench is installed with described drive motors near one end of described support column in the longitudinal direction, and the other end is provided with described driven pulley.
3. the wiping arrangement for automobile instrument panel upper flat plate glass according to claim 2, is characterized in that: also comprise multistation wipe configuration; Described multistation wipe configuration comprises following structure:
Described output shaft is vertically to arrange and higher than the height at the worktable upper surface place of described frame on vertical, thus make described driving wheel and driven pulley all on vertical higher than the height at described worktable upper surface place, impel total belt to be suspended in the top of described workbench.
4. the wiping arrangement for automobile instrument panel upper flat plate glass according to claim 3, is characterized in that: described multistation wipe configuration also comprises the upper surface and the overall support in bar shaped that are fixedly installed on described workbench;
There is between the length direction of described support and the length direction of described workbench the angle of 30 ° to 90 °;
Described support two ends are in the longitudinal direction fixedly installed rotating shaft straight up respectively, and described rotating shaft to be also rotatably connected the drive consistent with described driving wheel height by bearing;
Described belt tension is arranged on described driving wheel, described drive and described driven pulley.
5. the wiping arrangement for automobile instrument panel upper flat plate glass according to claim 3, is characterized in that: also comprise dedusting structure; Described dedusting structure comprises the rotating roller being vertically arranged on described worktable upper surface, and the lateral surface of described roller contacts with the outer surface of described belt, and can rotate under described belt drive; The part that the lateral surface of described roller can contact with the outer surface of described belt is also provided with the strip bulge along described roller length direction.
6. the wiping arrangement for automobile instrument panel upper flat plate glass according to claim 5, is characterized in that: described roller is rotating, and to be vertically arranged on described worktable upper surface be realized by following structure: the upper surface of described workbench is vertically fixedly installed the first rotating shaft being socketed with bearing; There is in the middle part of the lower surface of described roller the pilot hole of the first rotating shaft embedding being socketed with bearing described in can supplying, be socketed with on the first rotating shaft of bearing described in described roller is socketed in by described pilot hole entirety.
7. the wiping arrangement for automobile instrument panel upper flat plate glass according to claim 6, is characterized in that: also comprise dust absorbing structure; Described dust absorbing structure comprises the structure of many that circumference that described strip bulge is described roller lateral surface is evenly arranged;
Described dust absorbing structure is also included in the air suction opening that the described roller lateral surface between two adjacent described strip bulges is arranged;
Described dust absorbing structure also comprises described roller inside and has the inner chamber be communicated with described air suction opening, and described first rotating shaft is the hollow tubular with described inner space;
Described dust absorbing structure also comprises dust exhaust apparatus, and the air entry of described dust exhaust apparatus seals with the lower end of described first rotating shaft and is communicated with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520750793.9U CN205085114U (en) | 2015-09-25 | 2015-09-25 | A wiping arrangement for sheet glass on motormeter dish |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520750793.9U CN205085114U (en) | 2015-09-25 | 2015-09-25 | A wiping arrangement for sheet glass on motormeter dish |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205085114U true CN205085114U (en) | 2016-03-16 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520750793.9U Expired - Fee Related CN205085114U (en) | 2015-09-25 | 2015-09-25 | A wiping arrangement for sheet glass on motormeter dish |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205085114U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105195450A (en) * | 2015-09-25 | 2015-12-30 | 重庆江北区长安产业有限公司 | Wiping device for plate glass on automobile instrument panel |
-
2015
- 2015-09-25 CN CN201520750793.9U patent/CN205085114U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105195450A (en) * | 2015-09-25 | 2015-12-30 | 重庆江北区长安产业有限公司 | Wiping device for plate glass on automobile instrument panel |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160316 Termination date: 20170925 |