CN201008853Y - Brush wheel regulating mechanism - Google Patents
Brush wheel regulating mechanism Download PDFInfo
- Publication number
- CN201008853Y CN201008853Y CNU200720005370XU CN200720005370U CN201008853Y CN 201008853 Y CN201008853 Y CN 201008853Y CN U200720005370X U CNU200720005370X U CN U200720005370XU CN 200720005370 U CN200720005370 U CN 200720005370U CN 201008853 Y CN201008853 Y CN 201008853Y
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- Prior art keywords
- brush wheel
- axle bed
- wheel axle
- last
- brush
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Abstract
The utility model discloses a brush wheel adjusting mechanism, comprising a hand regulating mechanism and an automatic regulation mechanism, wherein the hand regulating mechanism consists of an upper brush wheel adjusting button, a lower brush wheel adjusting button and a lifting device; the automatic regulating mechanism consists of an upper brush wheel adjusting servomotor, a lower brush wheel adjusting servomotor, an upper brush wheel drive motor, a lower brush wheel drive motor and a lifting device. The hand regulating mechanism and the automatic regulation mechanism of the utility model matches with each other to operate, which can adjust the pressure of the brush wheel, decreases the vibration of a glass base plate, and has the functions of increasing the whole rigidity of the mechanism and rapidly changing the consumption component.
Description
Technical field
The utility model relates to a kind of brush wheel guiding mechanism, relates in particular to the match brush wheel guiding mechanism of work of a kind of manual adjustment mechanism and automatic mechanism.
Background technology
Characteristic according to existing brush wheel mechanism, it is not enough with wait improvements comprises: brush wheel pressure can't adjust according to glass substrate size and thickness, cause glass substrate to produce breakage because of vibration easily, and the expendable member of brush wheel mechanism is difficult for changing, the integral rigidity deficiency of mechanism, the many shortcomings such as measure that lack in addition security protection make existing brush wheel mechanism have many problems and shortcomings.
Because the structure of existing brush wheel mechanism exists above-mentioned shortcoming with not enough, under the future development trend of technological progress, the concrete brush wheel guiding mechanism of necessary proposition improves scheme, to meet the needs of technological progress, further provides more technical selection for industry.
Summary of the invention
Main purpose of the present utility model is to adjust the brush wheel pressure that glass substrate is cleaned mechanism, by the work that cooperatively interacts of manual adjustment mechanism and automatic mechanism, adjusts brush wheel pressure to reduce the purpose of glass substrate vibration to reach.
Secondary objective of the present utility model is to meet to be used and operational convenience, and the function that specifically reaches has:
In order to reach the foregoing invention purpose, its concrete technological means and scheme of carrying out comprises:
A kind of brush wheel guiding mechanism comprises:
One manual guiding mechanism, by brush wheel on adjust button, once brush wheel is adjusted button and an elevating mechanism is constituted; Wherein, described go up brush wheel adjust button and down brush wheel adjust button respectively be provided with worm structure one on brush wheel adjust trace and once brush wheel adjust trace and combine, this last brush wheel that is provided with worm structure is adjusted trace and is reached brush wheel adjustment trace down, link with a worm gear respectively, this worm gear links a screw rod; Described elevating mechanism by brush wheel axle bed on one and once the brush wheel axle bed constituted, the downside of this elevating mechanism is provided with a screw bolt seat, makes threaded engagement with the screw rod that this worm gear links, in addition, last brush wheel axle bed reaches the front and back of brush wheel axle bed all respectively to link a pneumatic cylinder.
One automatic mechanism, by brush wheel on adjust servo motor, once brush wheel is adjusted brush wheel CD-ROM drive motor on the servo motor,, once brush wheel CD-ROM drive motor and an elevating mechanism are constituted; Wherein, described go up brush wheel adjust servo motor and down brush wheel adjust servo motor respectively with aforementioned the last brush wheel that is provided with worm structure adjust trace and down brush wheel adjustment trace combine, this last brush wheel that is provided with worm structure is adjusted trace and is reached brush wheel adjustment trace down, link with a worm gear respectively, this worm gear links a screw rod; Described elevating mechanism by brush wheel axle bed on one and once the brush wheel axle bed constituted, upward brush wheel axle bed and brush wheel axle bed and last brush wheel CD-ROM drive motor and brush wheel CD-ROM drive motor binding down down, the downside of this elevating mechanism is provided with a screw bolt seat, make threaded engagement with the screw rod that this worm gear links, in addition, the front and back of brush wheel axle bed all respectively linked a pneumatic cylinder under last brush wheel axle bed reached; And brush wheel reaches brush wheel on one, is arranged between described manual adjustment mechanism and the automatic mechanism, and wheel shaft two ends of brush wheel were respectively with the last brush wheel axle bed of positive coupling and both sides and brush wheel axle bed binding down under brush wheel reached on this.
The last brush wheel axle bed of previous manual guiding mechanism and automatic mechanism and following brush wheel axle bed are equipped with a plurality of linear slide, cooperate with grooved rail between this linear slide and uprightly corresponding on every side a plurality of slide rails.
Aforementioned upward brush wheel axle bed reaches down, and the both sides of brush wheel axle bed respectively are provided with a briquetting and a pressing plate with the bolt locking, to locate a bearing block, these bearing block two ends respectively are provided with a bearing, the built-in minor axis of this bearing, and this minor axis is by aforementioned positive coupling and last brush wheel and the wheel shaft binding of brush wheel down.
Aforementioned go up the brush wheel axle bed and down the outside of brush wheel axle bed one measuring plate respectively is set, this measuring plate top contacts with scale, the measuring plate side then is provided with a L bar drafting board itself and a photoelectric sensor and does contactless relative motion.
Between previous manual guiding mechanism and automatic mechanism and the pan feeding cleaning area, a deep processing axle center hole is set, and inserts a swivel joint.
More than comprehensive, the beneficial effects of the utility model are: by the work that cooperatively interacts of manual adjustment mechanism and automatic mechanism, adjust brush wheel pressure to reduce the vibration of glass substrate to reach.Satisfy the convenience on the operating function simultaneously, comprising: the fast assembling-disassembling when the bearing maintenance is changed; The design of employing linear slide rail is guaranteed to move smooth and easy, reduces vibration; Adopt the duplex bearing design to guarantee the axle center collimation, reduce vibration; The rigidity that the axle center rotates is guaranteed in the design of employing positive coupling; Adopt high accuracy indication scale to improve the certainty of measurement of adjusted value; Thereby the employing photoelectric sensor is avoided mechanism to go beyond the limit of the position and is damaged; Collocation swivel joint in deep hole machining axle center blocks water to reach by going into gas.Brush wheel guiding mechanism after improvement can reach and improve mechanism's integral rigidity, reduction brush wheel vibration force, and can finish the purpose of changing the easy consumption member rapidly, promptly is maximum technical characterictic of the present utility model.
Description of drawings
Fig. 1: clean the overall structure stereoscopic figure of mechanism;
Fig. 2: the outward appearance combination stereogram of the described brush wheel guiding mechanism of the utility model embodiment;
Fig. 3: the outward appearance combination stereogram of manual adjustment mechanism in the described brush wheel guiding mechanism of the utility model embodiment;
Fig. 4: the partial cross-sectional perspective view of manual adjustment mechanism in the described brush wheel guiding mechanism of the utility model embodiment;
Fig. 5: the outward appearance combination view of manual adjustment mechanism in the described brush wheel guiding mechanism of the utility model embodiment;
Fig. 6: the outward appearance combination stereogram of automatic mechanism in the described brush wheel guiding mechanism of the utility model embodiment;
Fig. 7: the outward appearance combination stereogram of upper and lower brush wheel axle bed in the described brush wheel guiding mechanism of the utility model embodiment;
Fig. 8: the outward appearance exploded perspective view of upper and lower brush wheel axle bed in the described brush wheel guiding mechanism of the utility model embodiment;
Fig. 9: the partial perspective view of the air hole structure that blocks water in the described brush wheel guiding mechanism of the utility model embodiment.
Wherein, description of reference numerals is as follows:
1 manual adjustment mechanism
Brush wheel is adjusted 12 times brush wheels of button and is adjusted button on 11
13 elevating mechanisms
Brush wheel axle bed on 131
1311 linear slide, 1312 bolts
1313 briquettings, 1314 pressing plates
1315 bearing blocks, 1316 bearings
1317 minor axises, 1318 measuring plates
1319 L bar drafting boards
132 times brush wheel axle beds
1321 linear slide, 1322 bolts
1323 briquettings, 1324 pressing plates
1325 bearing blocks, 1326 bearings
1327 minor axises, 1328 measuring plates
1329 L bar drafting boards
133 slide rails, 134 screw bolt seats
14 worm gears, 15 screw rods
16 pneumatic cylinders, 17 positive couplings
2 automatic mechanisms
Brush wheel is adjusted 22 times brush wheels of servo motor and is adjusted servo motor on 21
24 times brush wheel CD-ROM drive motors of brush wheel CD-ROM drive motor on 23
25 elevating mechanisms
Brush wheel axle bed on 251
2511 linear slide, 2512 bolts
2513 briquettings, 2514 pressing plates
2515 bearing blocks, 2516 bearings
2517 minor axises, 2518 measuring plates
2519 L bar drafting boards
252 times brush wheel axle beds
2521 linear slide, 2522 bolts
2523 briquettings, 2524 briquettings
2525 bearing blocks, 2526 bearings
2527 minor axises, 2528 measuring plates
2529 L bar drafting boards
253 slide rails, 254 screw bolt seats
26 worm gears, 27 screw rods
28 pneumatic cylinders, 29 rigid coupling devices
4 times brush wheel 41 wheel shafts
Brush wheel is adjusted trace 51 worm screws on 5
6 times brush wheel is adjusted trace 61 worm screws
7 scales
8 photoelectric sensors
9 deep processing axle center holes
10 swivel joints
The specific embodiment
See also Fig. 1, it is for cleaning the overall structure stereoscopic figure of mechanism, wherein, manual adjustment mechanism 1 and automatic mechanism 2 lay respectively at the both sides of cleaning mechanism, form the brush wheel guiding mechanism jointly by single manual adjustment mechanism 1 and automatic mechanism 2, before and after two groups of brush wheel guiding mechanisms are set the purpose dynamic equilibrium that is based on the glass substrate charging consider, guarantee that glass substrate charging ground is firm.
See also Fig. 2 and Fig. 3, wherein Fig. 2 is the outward appearance combination stereogram of brush wheel guiding mechanism, wherein, install brush wheel 3 respectively with wheel shaft 31 and wheel shaft 41 between the manual adjustment mechanism 1 of both sides and the automatic mechanism 2 and reach brush wheel 4 down, and the length that should go up brush wheel 3 and following brush wheel 4 changes with the size of glass substrate, last brush wheel 3 and under material such as brush wheel 4 employing nylon make; Brush wheel CD-ROM drive motor 24 was driven under brush wheel 4 was reached by the last brush wheel CD-ROM drive motor 23 that is assemblied in automatic mechanism 2 respectively under last brush wheel 3 reached, brush wheel adjustment button 11 is set on the manual adjustment mechanism 1 reaches brush wheel adjustment button 12 down, in order to adjust the distance of 4 of brush wheel 3 and following brush wheels, with the appropriately press down power of generation to glass substrate, thereby the tiny dust particle on the removing glass substrate etc. are dirty.Aforementioned go up brush wheel 3 and down the distance of 4 of brush wheels adjust, also can adjust servo motor 21 and reach brush wheel adjustment servo motor 22 down by the last brush wheel of automatic mechanism 2, control elevating mechanism 13 in automatically controlled mode, 25 finish, last brush wheel adjusts button 11 and last brush wheel is adjusted 21 above brush wheels adjustment traces synchronous bindings of 5 works of servo motor, and following brush wheel adjusts button 12 and 22 then following brush wheels adjustment traces 6 works of following brush wheel adjustment servo motor link synchronously.
Under general situation, aforementionedly go up brush wheel 3 and when the length of brush wheel 4 increases with the increase of glass substrate size down, brush wheel 4 was when relatively rotating under last brush wheel 3 reached, be easy to generate vibration force, if vibration force is not suppressed in the scope that glass substrate can bear, glass substrate is broken because of vibration.The utility model is by the collocation of 2 of manual adjustment mechanism 1 and automatic mechanisms, except the adjustment that can make horizontal accuracy, the precision adjustment that also can move up and down, reach the downforce of 4 of following brush wheels with brush wheel in the in good time adjustment 3, the hoisting mechanism whole rigidity, have stable go up brush wheel 3 and the effect of brush wheel 4 down, vibration force is minimized, to guarantee quality and its integrality of glass substrate.
See also Fig. 3, it is a manual adjustment mechanism outward appearance combination stereogram in the utility model, wherein, a manual guiding mechanism 1, by brush wheel on adjust button 11, once brush wheel is adjusted button 12 and an elevating mechanism 13 is constituted; Wherein, described go up brush wheel adjust button 11 and down brush wheel adjust button 12 respectively be provided with worm screw 51,61 (because of the visual angle concerns crested) structure one on brush wheel adjust trace 5 and once brush wheel adjust trace 6 combinations, this is provided with worm screw 51, the last brush wheel of 61 structures is adjusted trace 5 and is reached brush wheel adjustment trace 6 down, link with a worm gear 14 respectively, this worm gear 14 links a screw rod 15; Described elevating mechanism 13 by brush wheel axle bed on one 131 and once brush wheel axle bed 132 constituted, the downside of this elevating mechanism 13 is provided with a screw bolt seat 134, make threaded engagement with the screw rod 15 that this worm gear 14 links, in addition, the front and back of brush wheel axle bed 132 all respectively linked a pneumatic cylinder 16 under last brush wheel axle bed 131 reached.
The last brush wheel axle bed 131 of manual adjustment mechanism 1 reaches brush wheel axle bed 132 down, is equipped with a plurality of linear slide 1311,1321, described linear slide 1311,1321 cooperate with grooved rail with upright corresponding a plurality of slide rails 133 on every side, utilize the kinematic pair mechanism of linear slide rail, vibrate to reduce.
When brush wheel adjustment button 11 is gone up in adjustment, last brush wheel is adjusted the last brush wheel of button 11 bindings and is adjusted trace 5 with worm screw 51 structures drive worm gear 14, worm gear 14 interlock screw rods 15 make the screw bolt seat 134 of elevating mechanism 13 downsides do relative motion with screw rod 15, and then the last brush wheel axle bed 131 of drive is done upper and lower displacement; In addition, adjust when brush wheel is adjusted button 12 down, following brush wheel is adjusted the last brush wheel of button 12 bindings and is adjusted trace 6 with worm screw 61 structures drive worm gear 14, worm gear 14 interlock screw rods 15 (because of the visual angle concerns crested), make the screw bolt seat 134 of elevating mechanism 13 downsides do relative motion, and then brush wheel axle bed 132 is done upper and lower displacement under driving with screw rod 15; When last brush wheel 3 reaches the distance of 4 of brush wheels too small; to the downforce that glass substrate produced when excessive; can produce the function of moving back brush automatically via automatically controlled pneumatic cylinder 16; brush wheel axle bed 131 reaches brush wheel axle bed 132 down in the drive; via wheel shaft 31 and wheel shaft 41; reach the downforce between brush wheel down, cover glass substrate to discharge brush wheel 3.
See also Fig. 4, it is a manual adjustment mechanism partial cross-sectional perspective view in the utility model, and wherein, last brush wheel 3 links by the minor axis 1317 that positive coupling 17 and two bearings 1316 are supported, and following brush wheel 4 is also done identical binding by positive coupling 17; The use of positive coupling, purpose are to improve the rigidity that the axle center connects, the vibration when reducing rotation.
See also Fig. 5, it is a manual adjustment mechanism outward appearance combination view in the utility model, and wherein, the outside of brush wheel axle bed 132 respectively was provided with a measuring plate 1318 under last brush wheel axle bed 131 reached, 1328, these measuring plate 1318,1328 tops contact with scale 7, and this scale 7 is that numeral shows, precision can reach the indicator type gauge outfit of micron μ m, measuring plate 1318,1328 sides then are provided with a L bar drafting board 1319,1329 and a photoelectric sensor 8 is done contactless relative motion.
See also Fig. 6, it is an automatic mechanism outward appearance combination stereogram in the utility model, wherein, one automatic mechanism 2, by brush wheel on adjust servo motor 21, once brush wheel is adjusted brush wheel CD-ROM drive motor 23 on the servo motor 22,, once brush wheel CD-ROM drive motor 24 and an elevating mechanism 25 are constituted; Wherein, described go up brush wheel adjust servo motor 21 and down brush wheel adjust servo motor 22 and be provided with worm screw 51 with aforementioned respectively, the last brush wheel of 61 structures is adjusted trace 5 and brush wheel adjustment trace 6 combinations down, this is provided with worm screw 51, the last brush wheel of 61 structures is adjusted trace 5 and is reached brush wheel adjustment trace 6 down, link with a worm gear 26 respectively, this worm gear 26 links a screw rod 27; Described elevating mechanism 25 by brush wheel axle bed on one 251 and once brush wheel axle bed 252 constituted, brush wheel axle bed 251 be should go up and brush wheel axle bed 252 and last brush wheel CD-ROM drive motor 23 and brush wheel CD-ROM drive motor 24 bindings down down reached, the downside of this elevating mechanism 25 is provided with a screw bolt seat 254, make threaded engagement with the screw rod 27 that this worm gear 26 links, in addition, the front and back of brush wheel axle bed 252 all respectively linked a pneumatic cylinder 28 under last brush wheel axle bed 251 reached.
The last brush wheel axle bed 251 of automatic mechanism 2 reaches brush wheel axle bed 252 down, is equipped with a plurality of linear slide 2511,2521, this linear slide 2511,2521 cooperate with grooved rail with upright corresponding a plurality of slide rails 253 on every side, utilize the kinematic pair mechanism of linear slide rail, vibrate to lower.
When the last brush wheel adjustment button 11 of the manual adjustment mechanism 1 that is positioned at offside adjusts, can adjust the worm gear 26 of the worm screw 51 structures drive automatic mechanism 2 on the trace 5 by last brush wheel, worm gear 26 interlock screw rods 27 (because of the visual angle concerns crested), make the screw bolt seat 254 of elevating mechanism 25 downsides do relative motion with screw rod 27, and then drive to go up brush wheel axle bed 251 and do upper and lower displacement, can also automatically controlled mode control brush wheel adjustment servo motor 21 and reach identical adjustment effect; In addition, when the following brush wheel adjustment button 12 of the manual adjustment mechanism 1 that is positioned at offside adjusts, brush wheel is adjusted the worm gear 26 of the worm screw 61 structures drive automatic mechanism 2 on the trace 6 under can passing through, worm gear 26 interlock screw rods 27, make the screw bolt seat 254 of elevating mechanism 25 downsides do relative motion with screw rod 27, and then drive down brush wheel axle bed 252 and do upper and lower displacement, can also automatically controlled mode control brush wheel adjustment servo motor 22 and reach identical adjustment effect; When last brush wheel 3 reaches the distance of 4 of brush wheels too small; to the downforce that glass substrate produced when excessive; can produce the function of moving back brush automatically via automatically controlled pneumatic cylinder 28; brush wheel axle bed 251 reaches brush wheel axle bed 252 down in the drive; via wheel shaft 31 and wheel shaft 41; reach the downforce between brush wheel down, cover glass substrate to discharge brush wheel 3.
See also Fig. 7, it is a upper and lower brush wheel axle bed outward appearance combination stereogram in the utility model, wherein, aforementioned upward brush wheel axle bed 131,251 reaches down, and the both sides of brush wheel axle bed 132,252 respectively are provided with one with bolt 1312, one briquetting 1313 of 1322,2512,2522 lockings, 1323,2513,2523 and one pressing plate 1314,1324,2514,2524, to locate a bearing block 1315,1325,2515,2525, in addition in last brush wheel axle bed 131,251 and down brush wheel axle bed 132,252 around linear slide 1311,1321 is set, 2521,2522.
See also Fig. 8, it is a upper and lower brush wheel axle bed outward appearance exploded perspective view in the utility model, wherein, last brush wheel axle bed 131,251 reaches down, and the both sides of brush wheel axle bed 132,252 respectively are provided with one with bolt 1312, one briquetting 1313 of 1322,2512,2522 lockings, 1323,2513,2523 and one pressing plate 1314,1324,2514,2524, to locate a bearing block 1315,1325,2515,2525, this bearing block 1315,1325,2515,2525 two ends respectively are provided with a bearing 1316,1326,2516,2526, the purpose of design of duplex bearing is to guarantee the collimation in axle center; Around last brush wheel axle bed 131,251 and following brush wheel axle bed 132,252, linear slide 1311,1321 is set, 2521,2522 in addition.
Because the vibration force of glass substrate charging causes bearing 1316,1326,2516,2526 often have the situation of damage to take place, as untimely replacing, can make the aggravation of vibration situation, increase the probability of glass substrate breakage, so must be according to situation about damaging, at any time change bearing 1316,1326,2516,2526; During replacing, only need the bolt 1312,1322,2512,2522 of side is unscrewed, can pull out bearing block 1315,1325,2515, thereby 2525 can change the bearing 1316,1326,2516,2526 of damage apace.
See also Fig. 9, it is the partial perspective cutaway view of the air hole structure that blocks water in the utility model, wherein, between manual adjustment mechanism 1 and automatic mechanism 2 and the pan feeding cleaning area, one deep processing axle center hole 9 is set, and insert a swivel joint 10, gas feeds (consulting the direction of arrow of Fig. 9) from swivel joint 10; When the axle center rotated, the gas of feeding can produce the gas wall in the a-quadrant of Fig. 9, makes that the aqueous vapor of inner atomizing is intercepted.
Comprehensively above-mentioned, the application technology of the brush wheel guiding mechanism that the utility model provides, refer in particular to a kind of have manual adjustment mechanism and the automatic mechanism effect of matching, reach and adjust brush wheel pressure to reduce the vibration purpose of glass substrate, but hoisting mechanism integral rigidity in addition, and has the function that promptly to change consumable components.The utility model has concrete and breakthrough improvement really on the application technology of brush wheel guiding mechanism, so propose the application of novel patent in accordance with the law; All the elements of above-mentioned creation explanation; only only contain preferred embodiment of the present utility model; in every case any variation of being extended according to technological means of the present utility model and design concept or scheme etc. all should fall within the scope of patent protection of the present utility model, and is special dated at this.
Claims (5)
1. a brush wheel guiding mechanism is characterized in that, comprises:
One manual guiding mechanism, by brush wheel on adjust button, once brush wheel is adjusted button and an elevating mechanism is constituted; Wherein, described go up brush wheel adjust button and down brush wheel adjust button respectively be provided with worm structure one on brush wheel adjust trace and once brush wheel adjust trace and combine, this last brush wheel that is provided with worm structure is adjusted trace and is reached brush wheel adjustment trace down, link with a worm gear respectively, this worm gear links a screw rod; Described elevating mechanism by brush wheel axle bed on one and once the brush wheel axle bed constituted, the downside of this elevating mechanism is provided with a screw bolt seat, makes threaded engagement with the screw rod that this worm gear links, in addition, last brush wheel axle bed reaches the front and back of brush wheel axle bed all respectively to link a pneumatic cylinder;
One automatic mechanism, by brush wheel on adjust servo motor, once brush wheel is adjusted brush wheel CD-ROM drive motor on the servo motor,, once brush wheel CD-ROM drive motor and an elevating mechanism are constituted; Wherein, described go up brush wheel adjust servo motor and down brush wheel adjust servo motor respectively with aforementioned the last brush wheel that is provided with worm structure adjust trace and down brush wheel adjustment trace combine, this last brush wheel that is provided with worm structure is adjusted trace and is reached brush wheel adjustment trace down, link with a worm gear respectively, this worm gear links a screw rod; Described elevating mechanism by brush wheel axle bed on one and once the brush wheel axle bed constituted, upward brush wheel axle bed and brush wheel axle bed and last brush wheel CD-ROM drive motor and brush wheel CD-ROM drive motor binding down down, the downside of this elevating mechanism is provided with a screw bolt seat, make threaded engagement with the screw rod that this worm gear links, in addition, the front and back of brush wheel axle bed all respectively linked a pneumatic cylinder under last brush wheel axle bed reached; And
Brush wheel reaches brush wheel on one, is arranged between described manual adjustment mechanism and the automatic mechanism, and wheel shaft two ends of brush wheel were respectively with the last brush wheel axle bed of positive coupling and both sides and brush wheel axle bed binding down under brush wheel reached on this.
2. brush wheel guiding mechanism as claimed in claim 1, it is characterized in that, the last brush wheel axle bed of described manual adjustment mechanism and automatic mechanism reaches brush wheel axle bed down, is equipped with a plurality of linear slide, and this linear slide is made grooved rail with uprightly corresponding a plurality of slide rails on every side and cooperated.
3. brush wheel guiding mechanism as claimed in claim 1, it is characterized in that, described upward brush wheel axle bed reaches down, and the both sides of brush wheel axle bed respectively are provided with a briquetting and a pressing plate with the bolt locking, to locate a bearing block, these bearing block two ends respectively are provided with a bearing, the built-in minor axis of this bearing, this minor axis is by aforementioned positive coupling and last brush wheel and the wheel shaft binding of brush wheel down.
4. brush wheel guiding mechanism as claimed in claim 1, it is characterized in that, the outside of described last brush wheel axle bed and following brush wheel axle bed respectively is provided with a measuring plate, and this measuring plate top contacts with scale, and the measuring plate side then is provided with a L bar drafting board and a photoelectric sensor is done contactless relative motion.
5. brush wheel guiding mechanism as claimed in claim 1 is characterized in that, between described manual adjustment mechanism and automatic mechanism and the pan feeding cleaning area, a deep processing axle center hole is set, and inserts a swivel joint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200720005370XU CN201008853Y (en) | 2007-03-02 | 2007-03-02 | Brush wheel regulating mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200720005370XU CN201008853Y (en) | 2007-03-02 | 2007-03-02 | Brush wheel regulating mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201008853Y true CN201008853Y (en) | 2008-01-23 |
Family
ID=39043785
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU200720005370XU Expired - Lifetime CN201008853Y (en) | 2007-03-02 | 2007-03-02 | Brush wheel regulating mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201008853Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102172594A (en) * | 2011-03-09 | 2011-09-07 | 上海子创镀膜技术有限公司 | Novel glass cleaning machine chassis brush adjusting device |
| CN102274844A (en) * | 2011-06-24 | 2011-12-14 | 张家港青尼罗河曼迪科机械有限公司 | Arrangement structure for brush rolls of brushing device in metal plate production line |
| CN103990624A (en) * | 2014-05-28 | 2014-08-20 | 深圳市汉东电子玻璃清洗设备有限公司 | Cleaning machine |
| CN111498424A (en) * | 2020-05-07 | 2020-08-07 | 惠安县辰杰科技有限公司 | Backlight unit is material loading conveyor for production system |
-
2007
- 2007-03-02 CN CNU200720005370XU patent/CN201008853Y/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102172594A (en) * | 2011-03-09 | 2011-09-07 | 上海子创镀膜技术有限公司 | Novel glass cleaning machine chassis brush adjusting device |
| CN102172594B (en) * | 2011-03-09 | 2014-02-26 | 上海子创镀膜技术有限公司 | Novel glass cleaning machine chassis brush adjusting device |
| CN102274844A (en) * | 2011-06-24 | 2011-12-14 | 张家港青尼罗河曼迪科机械有限公司 | Arrangement structure for brush rolls of brushing device in metal plate production line |
| CN103990624A (en) * | 2014-05-28 | 2014-08-20 | 深圳市汉东电子玻璃清洗设备有限公司 | Cleaning machine |
| CN103990624B (en) * | 2014-05-28 | 2016-08-31 | 深圳市汉东电子玻璃清洗设备有限公司 | Cleaning machine |
| CN111498424A (en) * | 2020-05-07 | 2020-08-07 | 惠安县辰杰科技有限公司 | Backlight unit is material loading conveyor for production system |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20080123 |