CN205110209U - From clean structure of slope water under high pressure - Google Patents
From clean structure of slope water under high pressure Download PDFInfo
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- CN205110209U CN205110209U CN201520630479.7U CN201520630479U CN205110209U CN 205110209 U CN205110209 U CN 205110209U CN 201520630479 U CN201520630479 U CN 201520630479U CN 205110209 U CN205110209 U CN 205110209U
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Abstract
The utility model discloses a from the clean structure (b) of (b) slope water under high pressure, including the nozzle from tilting gearing and the upper and lower associated movement device of controlling, be provided with Y axle direction movement module and X axle direction movement module from top to bottom on the associated movement device middle and high voltage support, Y axle direction movement module is connected from tilting gearing and the drive of X axle direction movement module with the nozzle respectively, nozzle a plurality of high -pressure spray nozzles in the tilting gearing are fixed on nozzle fixed mounting component and through the fixed connection with rotary joint along with the rotary joint rotation through the location flexibility of spring. Simultaneously, the nozzle when the tilting gearing up -and -down motion with last spacing locating rack under with spacing locating rack contact nature be connected. Realized through Y axle orientation movement module and X axle orientation movement module that the side -to -side movement rinses the target object about the high -pressure spray nozzle, and the arbitrary inclination that elastic deformation realized the nozzle can take place, the perfect washing problem of solving target object dead angle when receiving the exogenic action for the location spring of nozzle in the tilting gearing.
Description
Technical field
The utility model relates to the technical field of purifier apparatus industry, particularly relates to a kind of from inclination water under high pressure cleaning structure.
Background technology
In modern household equipment, popularizing of lampblack absorber brings great convenience to the life of people, can grease be adhered to above lampblack absorber after using a period of time, if can power consumption be increased when the improper continuation of cleaning uses, and there is a lot of hidden danger, as: oil stain is on fire, again and again causes fire; High-pressure polar plate in clarifier and screen pack inner grease alluvial blocking cause processing deficiency in draught, and equipment crushing improves, and clarifier is among high concentration oil smoke for a long time, and complete machine high-tension insulator and electrode system are damaged, and device security is deteriorated.In order to clean lampblack absorber, present stage usually adopts high voltage support frame flushing device in purifier apparatus industry.
Although high voltage support frame flushing device can high pressure washing, but, simple mechanical reciprocation cannot the dirt at thorough cleaning equipment dead angle, therefore current high voltage support frame flushing device all depends on manual cleaning way, and manual preparation of cleaning is loaded down with trivial details, operating procedure is complicated, need consume a large amount of manpower and materials and time cost, seriously constrain the development of lampblack absorber industry.
Utility model content
For the weak point existed in above-mentioned technology, the utility model provide a kind of structure simple, easy to operate from inclination water under high pressure cleaning structure.
In order to achieve the above object, the utility model is a kind of from inclination water under high pressure cleaning structure, comprises nozzle from tilting gearing and Union Movement device up and down; The described device of Union Movement up and down comprises Y direction motion module, X-direction motion module and high voltage support frame; Described Y direction motion module and X-direction motion module are placed on high voltage support frame; Described nozzle to drive with Y direction motion module from tilting gearing and is connected; Described Y direction motion module drives with X-direction motion module and is connected;
Described nozzle comprises multiple high-pressure jet nozzle, swivel joint, retainer spring and nozzle fixed installation component from tilting gearing, and described multiple high-pressure jet nozzle is fixed on nozzle fixed installation component by retainer spring flexibility; Described high-pressure jet nozzle is by rotating with swivel joint with being fixedly connected with of swivel joint;
The upper and lower two ends of described high voltage support frame are provided with upper limit locating rack and lower limit locating rack; Described nozzle to be moved up and down by Y direction motion module from tilting gearing and can be connected by contact with upper limit locating rack and lower limit locating rack in high voltage support frame.
Wherein, described nozzle fixed installation component comprises nozzle fixed head and nozzle installation base plate; Described nozzle fixed head is fixedly connected with nozzle installation base plate and forms a through hole; The described swivel joint be fixedly connected with high-pressure jet nozzle is arranged in through hole; Described high-pressure jet nozzle number is two and is bidirectional high-pressure jet nozzle, and described retainer spring radical is four; First high-pressure jet nozzle upper end and the second high-pressure jet nozzle upper end and nozzle fixed head fixing by two retainer springs flexibility, described two retainer springs are the first retainer spring and the second retainer spring; First high-pressure jet nozzle lower end and the second high-pressure jet nozzle lower end and nozzle installation base plate fixing by other two retainer springs flexibility, described other two retainer springs are the 3rd retainer spring and the 4th retainer spring.
Wherein, described nozzle also comprise on tilting gearing to be fixedly connected with swivel joint in tooth joint, the 90 degree of female elbows be fixedly connected with interior tooth joint and the outer tooth joint be fixedly connected with 90 degree of female elbows; Described interior tooth joint, 90 degree of interior press-bending heads are placed on nozzle installation base plate after being fixedly connected with outer tooth joint.
Wherein, described Y direction motion module also comprises y-axis motor, Y-axis motion chain and Y-axis motion matrix; Described Y-axis motion matrix two ends are fixedly connected with lower limit locating rack with upper limit locating rack; Described y-axis motor is placed on upper limit locating rack, and described Y-axis motion chain is placed in Y-axis motion matrix, and described Y-axis motion chain to be driven with y-axis motor by sprocket wheel and is connected.
Wherein, described Y direction motion module also comprises spray nozzle device mounting blocks; Described spray nozzle device mounting blocks is placed in Y-axis motion matrix; Described spray nozzle device mounting blocks one end is fixedly connected with nozzle installation base plate and the described spray nozzle device mounting blocks other end is connected with Y-axis motion chain drive.
Wherein, described Y-axis motion matrix upper and lower is respectively arranged with upper limit travel switch and lower limit travel switch; And described upper limit travel switch and lower limit travel switch are connected with Y-axis motion chain drive respectively.
Wherein, described X-direction motion module also comprises X-axis motor, X-axis motion guide rail and X-axis motion chain; Described X-axis motor is placed in high voltage support frame sidepiece; Described high voltage support frame sidepiece is provided with guide rails assembling seat; Described X-axis motion guide rail is fixed on high voltage support frame rear and front end by guide rails assembling seat; Described X-axis motion chain is placed in high voltage support frame, and described X-axis motor is connected with X-axis motion chain drive; Described X-axis motion chain is connected with Y-axis motion chain drive by Y-axis motion matrix; Described Y-axis motion matrix is movable on X-axis motion guide rail by X-axis motor.
Wherein, high voltage support frame sidepiece is also provided with X-axis driven pulley parts; Described X-axis driven pulley parts are provided with gear, and described X-axis motion chain is moved on X-axis driven pulley parts by gear.
Described Y-axis motion matrix is provided with front limit travel switch and rear limitation travel switch, and described front limit travel switch and rear limitation travel switch to be driven with X-axis motion guide rail by Y-axis motion matrix and are connected.
Wherein, described upper limit locating rack is provided with the first groove, described lower limit locating rack and upper limit locating rack symmetric position are provided with the second groove, and described nozzle to be moved up and down by Y-axis motion chain from tilting gearing and can be connected by contact with the first bottom portion of groove and the second bottom portion of groove in high voltage support frame.
The beneficial effects of the utility model are:
Union Movement device up and down in the utility model, the up and down motion of nozzle from tilting gearing can be realized, when nozzle moves to upper limit locating rack from tilting gearing, be subject to supporting of upper limit locating rack, thus the retainer spring of nozzle in tilting gearing is subject to external force generation elastic deformation, high-pressure jet nozzle is just along with the deformation of spring produces angle of inclination, degree is supported larger by upper limit locating rack, inclined degree is larger, otherwise then anti-, thus realizes the arbitrarily angled inclination of nozzle.In like manner, the effect of nozzle when tilting gearing moves to lower limit locating rack is the same.The utility model achieve high-pressure jet nozzle move up and down clean to target object while, nozzle realizes tilting at any angle to high-pressure jet nozzle from the exposure level of tilting gearing and upper limit locating rack and lower limit locating rack, and then realize cleaning at any angle target object, the perfect cleaning problem solving target object dead angle.
Compared with prior art, the utility model overcomes from inclination water under high pressure cleaning structure and cannot rinse target object Dead Core Problems.
Accompanying drawing explanation
Fig. 1 is the overall structure figure of the utility model from inclination water under high pressure cleaning structure;
Fig. 2 is the explosive view of the utility model nozzle from tilting gearing;
Fig. 3 is the structure chart of the utility model nozzle from tilting gearing;
Fig. 4 is the left view of the utility model Y direction motion module;
Fig. 5 is the right view of the utility model Y direction motion module;
Fig. 6 is the overall structure figure of the utility model from inclination water under high pressure cleaning structure.
Main element symbol description is as follows:
1, nozzle is from tilting gearing 10, high-pressure jet nozzle
100, the first high-pressure jet nozzle 101, second high-pressure jet nozzle
11, swivel joint 12, retainer spring
120, the first retainer spring 121, second retainer spring
122, the 3rd retainer spring 123, the 4th retainer spring
13, nozzle fixed installation component 130, nozzle fixed head
131, nozzle installation base plate 14, interior tooth joint
15,90 degree of female elbows 16, outer tooth joints
2, Union Movement device 20, Y direction motion module up and down
200, y-axis motor 201, Y-axis motion chain
202, Y-axis motion matrix 2020, upper limit travel switch
2021, lower limit travel switch 2022, front limit travel switch
2023, rear limitation travel switch 203, spray nozzle device mounting blocks
21, X-direction motion module 210, X-axis motor
211, X-axis motion guide rail 212, X-axis motion chain
22, high voltage support frame 220, upper limit locating rack
221, lower limit locating rack 2200, first groove
2210, the second groove 222, guide rails assembling seat
223, X-axis driven pulley parts 2230, gear.
Detailed description of the invention
In order to more clearly state the utility model, below in conjunction with accompanying drawing, the utility model is further described.
Consult Fig. 1-6, the utility model comprises nozzle from tilting gearing 1 and Union Movement device 2 up and down; Union Movement device 2 comprises Y direction motion module 20, X-direction motion module 21 and high voltage support frame 22 up and down; Y direction motion module 20 and X-direction motion module 21 are placed on high voltage support frame 22; Nozzle to drive with Y direction motion module 20 from tilting gearing 1 and is connected; Y direction motion module 20 drives with X-direction motion module 21 and is connected;
Nozzle comprises multiple high-pressure jet nozzle 10, swivel joint 11 and nozzle fixed installation component 13 from tilting gearing 1, and multiple high-pressure jet nozzle 10 is fixed on nozzle fixed installation component 13 by retainer spring 12 flexibility; High-pressure jet nozzle 10 is by rotating with swivel joint 11 with being fixedly connected with of swivel joint 11;
High voltage support frame about 22 two ends are provided with upper limit locating rack 220 and lower limit locating rack 221; Nozzle to be moved up and down by Y direction motion module 20 from tilting gearing 1 and can be connected by contact with upper limit locating rack 220 and lower limit locating rack 221 in high voltage support frame 22.
Advantage of the present utility model is:
The utility model is coordinated with Union Movement device 2 up and down from tilting gearing 1 by nozzle, achieves the wing drop that nozzle realizes high-pressure jet nozzle 10 while tilting gearing 1 moves up and down.When nozzle moves to upper limit locating rack 220 from tilting gearing 1, be subject to supporting of upper limit locating rack 220, thus the retainer spring 12 of nozzle in tilting gearing 1 is subject to external force generation elastic deformation, high-pressure jet nozzle 10 just has angle along with the deformation of spring and nozzle fixedly mount component 13 shape, degree is supported larger by upper limit locating rack 220, angle is less, otherwise then anti-, thus realizes the arbitrarily angled inclination of nozzle.In like manner, the effect of nozzle when tilting gearing 1 moves to lower limit locating rack 221 is the same.The utility model achieve high-pressure jet nozzle 10 move up and down clean to target object while, nozzle realizes tilting at any angle to high-pressure jet nozzle 10 from the exposure level of tilting gearing 1 with upper limit locating rack 220 and lower limit locating rack 221, and then realize cleaning at any angle target object, the perfect cleaning problem solving target object dead angle.
In the present embodiment, nozzle fixed installation component 13 comprises nozzle fixed head 130 and nozzle installation base plate 131; Nozzle fixed head 130 is fixedly connected with nozzle installation base plate 131 and forms a through hole (not shown); High-pressure jet nozzle 10 number is two and is bidirectional high-pressure jet nozzle, and retainer spring 12 radical is four; The swivel joint 11 be fixedly connected with high-pressure jet nozzle 10 is arranged in through hole, first high-pressure jet nozzle 100 upper end and the second high-pressure jet nozzle 101 upper end and nozzle fixed head 130 fixing by two retainer springs 12 flexibility, two retainer springs 12 are respectively the first retainer spring 120, second retainer spring 121; First high-pressure jet nozzle 100 lower end and the second high-pressure jet nozzle 101 lower end and nozzle installation base plate 131 fixing by other two retainer springs 12 flexibility, other two retainer springs 12 are respectively the 3rd retainer spring 122, the 4th retainer spring 123.
Nozzle fixed installation component 13 is fixed by the flexibility of retainer spring 12 with high-pressure jet nozzle 10, make the two when not fixing position accurately by having when external force, certain deformation can be there is again after being subject to certain external force, thus make the two form a slanted angle, this angle changes according to stressed degree, is tilted at any angle.
In the present embodiment, nozzle also comprise on tilting gearing 1 to be fixedly connected with swivel joint 11 in tooth joint 14, the 90 degree of female elbows 15 be fixedly connected with interior tooth joint 14 and the outer tooth joint 16 be fixedly connected with 90 degree of female elbows 15; Bend in interior tooth joint 14,90 degree 15 be fixedly connected with outer tooth joint 16 after be placed on nozzle installation base plate 131.By good being fixedly connected with between each joint, making high-pressure jet nozzle 10 can penetrate the strong water column of machine when accessing the high-pressure hydraulic pump of 6-8MPa, thus effectively rinse target object.Be not limited in this case and by interior tooth joint, 90 degree of female elbows, outer tooth joints, high-pressure jet nozzle be fixedly connected with high-pressure hydraulic pump; mode can also be fixedly connected with by joint; as long as the embodiment that high-pressure jet nozzle can be made to be fixedly connected with high-pressure hydraulic pump can be realized; all belong to the simple deformation to this case or conversion, fall in the protection domain of this case.
In the present embodiment, Y direction motion module 20 also comprises y-axis motor 200, Y-axis motion chain 201 and Y-axis motion matrix 202; Y-axis motion matrix 202 two ends are fixedly connected with lower limit locating rack 221 with upper limit locating rack 220; Y-axis motor 200 is placed on upper limit locating rack 220, and Y-axis motion chain 201 is placed in Y-axis motion matrix 202, and Y-axis motion chain 201 is driven with y-axis motor 200 by sprocket wheel (not shown) and is connected.Y-axis motor 200 drives Y-axis motion chain 201 and then energizes high-pressure jet nozzle 10 to realize upper and lower linear movement with any rotational angle and velocity of rotation, realizes high-pressure jet nozzle 10 pairs of upper and lower integral surfaces of target object and cleans.Be not limited in this case and by sprocket wheel, Y-axis motion chain driven with y-axis motor to be connected; the two can also be made to drive connected mode by other; as long as can realize making Y-axis motion chain drive with y-axis motor the embodiment be connected; all belong to the simple deformation to this case or conversion, fall in the protection domain of this case.
In the present embodiment, Y direction motion module 20 also comprises spray nozzle device mounting blocks 203; Spray nozzle device mounting blocks 203 is placed in Y-axis motion matrix 202; Spray nozzle device mounting blocks 203 one end is fixedly connected with nozzle installation base plate 131 and spray nozzle device mounting blocks 203 other end drives with Y-axis motion chain 201 and is connected.This spray nozzle device mounting blocks 203 makes nozzle while tilting gearing 1 is fixed on Y direction motion module 20, can along with Y-axis motion chain 201 smooth sliding.
In the present embodiment, optional position, Y-axis motion matrix 202 upper and lower is respectively arranged with upper limit travel switch 2020 and lower limit travel switch 2021; Upper limit travel switch 2020 and lower limit the travel switch 2021 respectively driving of Y-axis motion chain 201 are connected.The control of installation site on Y-axis motion matrix 202 by upper limit travel switch 2020 and lower limit travel switch 2021, nozzle can be realized stop from tilting gearing 1 optional position on Y-axis motion matrix 202, and nozzle is from tilting gearing 1 is stressed there is elastic deformation in retainer spring 12, high-pressure jet nozzle 10 and nozzle fixedly mount component 13 and produce an angle, and high-pressure jet nozzle 10 tilts and effectively cleans target object dead angle.
In the present embodiment, X-direction motion module 21 also comprises X-axis motor 210, X-axis motion guide rail 211 and X-axis motion chain 212; X-axis motor 210 is placed in high voltage support frame 22 sidepiece; High voltage support frame 22 sidepiece is provided with guide rails assembling seat 222; X-axis motion guide rail 211 is fixed on high voltage support frame 22 rear and front end by guide rails assembling seat 222; X-axis motion chain 212 is placed in high voltage support frame 22, and X-axis motor 210 drives with X-axis motion chain 212 and is connected, and X-axis motion chain 212 to be driven with Y-axis motion chain 201 by Y-axis motion matrix 202 and is connected; Y-axis motion matrix 202 is movable on X-axis motion guide rail 211 by X-axis motor 210.
X-axis motor 210 drives X-axis motion chain 212 to move and then drive by its any rotational angle and velocity of rotation and drives the nozzle be connected to seesaw from tilting gearing 1 with Y direction motion module 20, realize high-pressure jet nozzle 10 and clean at the process front-back clean to target object top and bottom.
In the present embodiment, high voltage support frame 22 sidepiece also arranges X-axis driven pulley parts 223, and X-axis driven pulley parts 223 are provided with gear 2230, and X-axis motion chain 212 is moved on X-axis driven pulley parts 223 by gear 2230.Being not limited to by gear and X-axis driven pulley parts in this case is X-axis motion chain movements; can also by X-axis motion chain can be made in other modes of high voltage support frame upper driving; as long as the embodiment making X-axis motion chain at high voltage support frame upper driving can be realized; all belong to the simple deformation to this case or conversion, fall in the protection domain of this case.
In the present embodiment, Y-axis motion matrix 202 is also provided with front limit travel switch 2022 and rear limitation travel switch 2023, front limit travel switch 2022 and rear limitation travel switch 2023 to be driven with X-axis motion guide rail 211 by Y-axis motion matrix 202 and are connected.Front limit travel switch 2022 and rear limitation travel switch 2023 control the Y-axis motion matrix 202 when X-axis motion guide rail 211 moves.
In the present embodiment, upper limit locating rack 220 is provided with the first groove 2200, lower limit locating rack 221 and upper limit locating rack 220 symmetric position are provided with the second groove 2210, and nozzle to be moved up and down by Y-axis motion chain 201 from tilting gearing 1 and can be connected by contact with bottom the first groove 2200 He bottom the second groove 2210 in high voltage support frame 22.Nozzle not exclusively can enter the first groove 2200 or the second groove 2210 from tilting gearing 1, locking spray nozzle stretches out high-pressure jet nozzle 10 while tilting gearing 1, and high-pressure jet nozzle 10 and nozzle fixedly mount component 13 forms angle, realize high-pressure jet nozzle 10 to tilt, target object is cleaned.
Be only several specific embodiment of the present utility model above, but the utility model is not limited thereto, the changes that any person skilled in the art can think of all should fall into protection domain of the present utility model.
Claims (10)
1. from an inclination water under high pressure cleaning structure, it is characterized in that, comprise nozzle from tilting gearing and Union Movement device up and down; The described device of Union Movement up and down comprises Y direction motion module, X-direction motion module and high voltage support frame; Described Y direction motion module and X-direction motion module are placed on high voltage support frame; Described nozzle to drive with Y direction motion module from tilting gearing and is connected; Described Y direction motion module drives with X-direction motion module and is connected;
Described nozzle comprises multiple high-pressure jet nozzle, swivel joint and nozzle fixed installation component from tilting gearing, and described multiple high-pressure jet nozzle is all fixed on nozzle fixed installation component by retainer spring flexibility; Described high-pressure jet nozzle is by rotating with swivel joint with being fixedly connected with of swivel joint;
The upper and lower two ends of described high voltage support frame are provided with upper limit locating rack and lower limit locating rack; Described nozzle to be moved up and down by Y direction motion module from tilting gearing and can be connected by contact with upper limit locating rack and lower limit locating rack respectively on high voltage support frame.
2. according to claim 1ly it is characterized in that from inclination water under high pressure cleaning structure, described nozzle fixed installation component comprises nozzle fixed head and nozzle installation base plate; Described nozzle fixed head is fixedly connected with nozzle installation base plate and forms a through hole; The described swivel joint be fixedly connected with high-pressure jet nozzle is arranged in through hole; Described high-pressure jet nozzle number is two and is bidirectional high-pressure jet nozzle, and described retainer spring radical is four; First high-pressure jet nozzle upper end and the second high-pressure jet nozzle upper end and nozzle fixed head fixing by two retainer springs flexibility, described two retainer springs are the first retainer spring and the second retainer spring; First high-pressure jet nozzle lower end and the second high-pressure jet nozzle lower end and nozzle installation base plate fixing by other two retainer springs flexibility, described other two retainer springs are the 3rd retainer spring and the 4th retainer spring.
3. according to claim 2 from inclination water under high pressure cleaning structure, it is characterized in that, described nozzle also comprise on tilting gearing to be fixedly connected with swivel joint in tooth joint, the 90 degree of female elbows be fixedly connected with interior tooth joint and the outer tooth joint be fixedly connected with 90 degree of female elbows; Described interior tooth joint, 90 degree of interior press-bending heads are placed on nozzle installation base plate after being fixedly connected with outer tooth joint.
4. according to claim 3ly it is characterized in that from inclination water under high pressure cleaning structure, described Y direction motion module also comprises y-axis motor, Y-axis motion chain Y-axis motion matrix; Described Y-axis motion matrix two ends are fixedly connected with lower limit locating rack with upper limit locating rack; Described y-axis motor is placed on upper limit locating rack, and described Y-axis motion chain is placed in Y-axis motion matrix, and described Y-axis motion chain to be driven with y-axis motor by sprocket wheel and is connected.
5. according to claim 4ly it is characterized in that from inclination water under high pressure cleaning structure, described Y direction motion module also comprises spray nozzle device mounting blocks; Described spray nozzle device mounting blocks is placed in Y-axis motion matrix; Described spray nozzle device mounting blocks one end is fixedly connected with nozzle installation base plate, and the described spray nozzle device mounting blocks other end is connected with Y-axis motion chain drive.
6. according to claim 4ly it is characterized in that from inclination water under high pressure cleaning structure, described Y-axis motion matrix upper and lower is respectively arranged with upper limit travel switch and lower limit travel switch; And described upper limit travel switch and lower limit travel switch are connected with Y-axis motion chain drive respectively.
7. according to claim 4ly it is characterized in that from inclination water under high pressure cleaning structure, described X-direction motion module also comprises X-axis motor, X-axis motion guide rail and X-axis motion chain; Described X-axis motor is placed in high voltage support frame sidepiece; Described high voltage support frame sidepiece is provided with guide rails assembling seat; Described X-axis motion guide rail is fixed on high voltage support frame rear and front end by guide rails assembling seat; Described X-axis motion chain is placed in high voltage support frame, and described X-axis motor is connected with X-axis motion chain drive; Described X-axis motion chain is connected with Y-axis motion chain drive by Y-axis motion matrix; Described Y-axis motion matrix is seesawed on X-axis motion guide rail by X-axis motor.
8. according to claim 7 from inclination water under high pressure cleaning structure, it is characterized in that, described high voltage support frame sidepiece is also provided with X-axis driven pulley parts, and described X-axis driven pulley parts are provided with gear, and described X-axis motion chain is moved on X-axis driven pulley parts by gear.
9. according to claim 4 from inclination water under high pressure cleaning structure, it is characterized in that, described Y-axis motion matrix is provided with front limit travel switch and rear limitation travel switch, and described front limit travel switch and rear limitation travel switch to be driven with X-axis motion guide rail by Y-axis motion matrix and are connected.
10. according to claim 1 from inclination water under high pressure cleaning structure, it is characterized in that, described upper limit locating rack is provided with the first groove, described lower limit locating rack and upper limit locating rack symmetric position are provided with the second groove, and described nozzle to be moved up and down by Y-axis motion chain from tilting gearing and can be connected by contact with the first bottom portion of groove and the second bottom portion of groove in high voltage support frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520630479.7U CN205110209U (en) | 2015-08-20 | 2015-08-20 | From clean structure of slope water under high pressure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520630479.7U CN205110209U (en) | 2015-08-20 | 2015-08-20 | From clean structure of slope water under high pressure |
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| Publication Number | Publication Date |
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| CN205110209U true CN205110209U (en) | 2016-03-30 |
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| CN201520630479.7U Active CN205110209U (en) | 2015-08-20 | 2015-08-20 | From clean structure of slope water under high pressure |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105944879A (en) * | 2016-07-01 | 2016-09-21 | 汤阴县华宜家机械制造有限公司 | Automatic spraying machine |
| CN106903116A (en) * | 2017-05-03 | 2017-06-30 | 京东方科技集团股份有限公司 | A kind of surface cleaning apparatus, thermal station system and method for cleaning surface |
| CN110470172A (en) * | 2019-07-31 | 2019-11-19 | 曹锐 | A kind of cleaning device for central air-conditioning cooling tower |
| GB2605191A (en) * | 2021-03-26 | 2022-09-28 | Design Prototype Mft And Supply Limited | Automatic pressure washer system |
-
2015
- 2015-08-20 CN CN201520630479.7U patent/CN205110209U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105944879A (en) * | 2016-07-01 | 2016-09-21 | 汤阴县华宜家机械制造有限公司 | Automatic spraying machine |
| CN106903116A (en) * | 2017-05-03 | 2017-06-30 | 京东方科技集团股份有限公司 | A kind of surface cleaning apparatus, thermal station system and method for cleaning surface |
| CN106903116B (en) * | 2017-05-03 | 2019-07-16 | 京东方科技集团股份有限公司 | A kind of surface cleaning apparatus, thermal station system and method for cleaning surface |
| CN110470172A (en) * | 2019-07-31 | 2019-11-19 | 曹锐 | A kind of cleaning device for central air-conditioning cooling tower |
| GB2605191A (en) * | 2021-03-26 | 2022-09-28 | Design Prototype Mft And Supply Limited | Automatic pressure washer system |
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