CN206760325U - The impact type sprinkler of watering distance capable of automatic changing - Google Patents
The impact type sprinkler of watering distance capable of automatic changing Download PDFInfo
- Publication number
- CN206760325U CN206760325U CN201720480584.6U CN201720480584U CN206760325U CN 206760325 U CN206760325 U CN 206760325U CN 201720480584 U CN201720480584 U CN 201720480584U CN 206760325 U CN206760325 U CN 206760325U
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- runner
- water
- impact type
- type sprinkler
- squeezing plate
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Abstract
A kind of impact type sprinkler of watering distance capable of automatic changing, it is provided with a runner above the framework of a water sprinkler, the upper surface of runner forms an oblique anchor ring, a water squeezing plate is pivotally connected in front of the framework of water sprinkler in addition, the rear end of water squeezing plate is resisted against on the oblique anchor ring of runner, when runner drives rotation by a swing span of water sprinkler, water squeezing plate is promoted by oblique anchor ring again, swing up and down water squeezing plate front end, therefore when the water of ejection reaches the water squeezing plate front end of the bottom, water squeezing plate can be impacted and spray to nearer ground to refraction again, otherwise when being put on water squeezing plate front end, the water of ejection is unobstructed, it is sprayed onto ground farther out.
Description
Technical field
A kind of impact type sprinkler is the utility model is related to, particularly a kind of impact type sprinkler applied on gardening
Tool, the power of hydraulic pressure can be utilized to change watering distance automatically, while can also have the function of manually adjusting watering distance.
Background technology
The impact type sprinkler being used for now on lawn, such as shown in U.S. Patent Bulletin US3070314, its main knot
Structure has a upright water inlet pipe, and the front side of water inlet pipe upper end is provided with a water jet, and the swing span that is pivoted in water inlet pipe upper end,
The front side of swing span has a crash panel extended in front of water jet, and the water slug sprayed by water jet makes to crash panel
Water sprinkler is deflected because of reaction force, therefore can be rotated in the range of 0 ~ 360, and water is spread across to the lawn of distant place.However, this
The watering distance of kind impact type sprinkler is fixed, therefore only the lawn of water sprinkler distant place can obtain the moisture content of abundance,
A middle segment distance can not obtain moisture content, cause lawn growth situation unequal.Therefore, once had one kind manually adjust watering away from
From impact type sprinkler, by changing the angle of water jet, or with other components change water spray path (such as United States Patent (USP) be public
Accuse shown in US4907742), the water of ejection is changed distance；But this impacting type watering for manually adjusting watering distance
Device, it is necessary to user takes action on one's own to adjust, if forgetting or having no time to adjust, its spray water still it is fixed away from
From, it is impossible to lawn around water sprinkler is all uniformly obtained moisture content.Therefore, waterpower can be utilized by how creating one kind, be changed automatically
Become the impact type sprinkler of watering distance, when the water sprinkler is rotated in the range of 0 ~ 360, while water spray can be changed automatically
Distance, lawn around water sprinkler is allowed all uniformly to obtain moisture content, the problem that as the utility model will actively overcome.
Utility model content
The purpose of this utility model is providing a kind of impact type sprinkler of watering distance capable of automatic changing, and then can
Auto-changing and manually adjust watering apart from the purpose of.
In order to achieve the above object, the impact type sprinkler of watering distance capable of automatic changing of the present utility model, its is preferred
Technical scheme includes：One body, the body have a upright water inlet pipe, and one forms the framework in the water inlet pipe upper end, a shape
Into the water jet in the water inlet pipe upper end side；One pushing mechanism, the pushing mechanism are rotatably arranged in the framework comprising one
On runner, the upper end of the runner has an oblique anchor ring, and the oblique anchor ring gradually inclines from an axial low spot around the center of the runner
Ramp up to an axial high point；One water squeezing plate, the water squeezing plate are swingably pivotally connected on the frame, the first end tool of the water squeezing plate
Have a pair should water jet ejection path pressure water portion, the second end of the water squeezing plate has a butting section, butting section conflict
On the oblique anchor ring of the runner, the runner promotes the butting section and promotes the pressure water portion of the first end to swing up and down when rotating；One
Swing span, one first propeller boss of the swing span are rotatably arranged in the framework, and the front side of first propeller boss forms a pair should
The water pushing part of water jet, the upper end of first propeller boss drive the runner single direction rotation.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, the pushing mechanism also includes a driving element, should
The lower end of driving element is engaged on the swing span, and the driving element is driven by the swing span and turned round, and the driving element drives this again
Runner unidirectional rotary.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, the center of the runner has a ratchet hole, the spine
Hole wall around perforation is formed with multiple ratchets；And the driving element has one second propeller boss, the lower end engagement of second propeller boss
In the upper end of the first propeller boss of the swing span, the side of second propeller boss has one or more than one first ratchet, and this first
Ratchet is fastened on the ratchet with unidirectional push-jump runner.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, the pushing mechanism also includes a non-return element, should
Non-return element combines on the frame, and the non-return component side face has one or more than one second ratchet, the second ratchet card
Close in the ratchet to limit runner reverse.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, the pushing mechanism is also comprising a turn-button and a positioning
Button；The turn-button group is connected on the upper end of the runner, the turn-button to drive the runner turn round；The locating button is rotationally articulated in this
Framework, the locating button have one first buckle, and first buckle can fasten or depart from multiple second buckles of the runner side.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, the turn-button is placed through the ratchet hole of the runner, and
Protrude in the upper end of the runner.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, the pushing mechanism also includes a fulcrum, the fulcrum
The framework of the body and the upper end of the water inlet pipe are erectly set in, first propeller boss of the turn-button, the runner and the swing span turns
The fulcrum is set in dynamicly.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, the framework is included and is integrally attached on the water inlet pipe
Two side frames of the front and rear sides at end, with a upper frame for being connected to the two side frames upper end；The fulcrum is through the upper frame and is located in this
The upper end of water inlet pipe, the turn-button are set in the axle body of the fulcrum above the upper frame, the first propeller boss of the swing span with the runner
The axle body for the fulcrum being set in below the upper frame.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, two sides of the front end of the upper frame are respectively equipped with one the
One articulated section；It is provided with one second articulated section between the first end of the water squeezing plate and the second end, second articulated section swingably pivot
It is connected on first articulated section.
In the impact type sprinkler of above-mentioned watering distance capable of automatic changing, the butting section of the water squeezing plate is protrusion second end
A block.
Brief description of the drawings
Accompanying drawing is coordinated to describe feature and advantage of the present utility model in detail below：
Fig. 1 is the schematic perspective view of the utility model impact type sprinkler preferred embodiment；
Fig. 2 is the schematic side view of the utility model impact type sprinkler preferred embodiment；
Fig. 3 is the decomposing schematic representation of the utility model impact type sprinkler preferred embodiment；
Fig. 4 is the decomposing schematic representation of the utility model runner and driving element preferred embodiment；
Fig. 5 is the action schematic diagram that the utility model driving element drives runner one-directional rotation；
Fig. 6 is the action schematic diagram of the utility model swing span preferred embodiment；
Fig. 7 is the schematic perspective view of the action of the utility model runner and water squeezing plate；
Fig. 8 is the schematic side view of the action of the utility model runner and water squeezing plate；
Fig. 9 by the utility model water squeezing plate automatically to the bottom when water spraying direction schematic diagram that is formed；
The water spraying direction schematic diagram that Figure 10 is formed when being put upwards automatically by the utility model water squeezing plate；
Figure 11 is manually adjusted the water spraying direction schematic diagram formed during to the bottom by the utility model water squeezing plate；
The water spraying direction schematic diagram that Figure 12 is formed when manually adjusting upward pendulum by the utility model water squeezing plate.
Component names：
The water inlet pipe of 10 body 11；
12 frameworks 121,122 side frames；
The water jet of 123 upper frame 13；
The pushing mechanism of 14 first articulated section 20；
21 runner, 211 oblique anchor ring；
212 axial 213 axial high points of low spot；
The ratchet hole of 214 fall-part 215；
The buckle of 216 ratchet 217 second；
The propeller boss of 22 driving element 221 second；
222 first ratchet, 23 non-return element；
The turn-button of 231 second ratchet 24；
The buckle of 25 locating button 251 first；
The fulcrum of 252 press section 26；
30 water squeezing plates 31 pressure water portion；
The articulated section of 32 butting section 33 second；
The propeller boss of 40 swing span 41 first；
The counterweight part of 42 water pushing part 43；
50 torsionspring A1, A2 spray path；
B1, B2 direction of arrow C1, C2, C3 direction of arrow.
Embodiment
Below in conjunction with the accompanying drawings the utility model is made furtherly be practiced with specific embodiment, but illustrated embodiment
Not as to restriction of the present utility model.
Refering to shown in Fig. 1, Fig. 2 and Fig. 3, a kind of impact type sprinkler of watering distance capable of automatic changing of the utility model,
For one kind can lateral rotation watering, while the far and near impact type sprinkler of watering can also be changed up and down automatically, its is preferable
Specific embodiment mainly includes a body 10, a pushing mechanism 20, a water squeezing plate 30 and a swing span 40, wherein：
The body 10 mainly has a upright water inlet pipe 11, and one forms the framework 12 in the upper end of water inlet pipe 11, a shape
Into the water jet 13 in the side of the upper end of water inlet pipe 11 and oblique top；Whereby, other can be connected from the lower end of water inlet pipe 11
Water pipe, water is up entered from the water inlet pipe 11 and then is sprayed path A1 from the one of the 13 oblique top of water jet and spray.
The pushing mechanism 20 is mainly implemented with a runner 21 being rotatably arranged on the framework 13, the runner 21 it is upper
End face forms an oblique anchor ring 211 of circle, and the oblique anchor ring 211 gradually tilts from an axial low spot 212 around the center of the runner 21
An axial high point 213 is raised to, the axial high point 213 is adjacent with the axial low spot 212 to form a fall-part 214.
The water squeezing plate 30 is swingably articulated on the framework 12, and the first end of the water squeezing plate 30 has a pair and should sprayed water
The ejection path A1 of mouth 13 pressure water portion 31, the pressure water portion 31 are embodied as a lamellar body, and the second end of the water squeezing plate 30 has one
Butting section 32, the butting section 32 can be a block at the second end of protrusion, and the butting section 32 contradicts the oblique anchor ring 211 in the runner 21
Above (as shown in Figure 7), when the runner 21 is driven by following swing spans 40 and rotates (one-directional rotation as shown in the figure), Neng Gouli
The butting section 32 at the end of water squeezing plate 30 second is promoted with its oblique anchor ring 211, promotes the pressure water portion 31 of the first end of the water squeezing plate 30
Swing up and down (direction of arrow B1, B2 as shown in Figures 7 and 8)；Whereby, when the pressure water portion 31 is toward lower swing (as shown in Figure 9
Direction of arrow B1), the pressure water portion 31 can be made to be blocked in the ejection path A1 of the water jet 13, impact ejection path A1
The pressure water portion 31 and become the ejection path A2 reflected downwards, allow water to be sprayed on nearer ground region；Conversely, work as the pressure water portion 31
When up swinging (direction of arrow B2 as shown in Figure 10), the ejection path A1 of the water jet 13 can be departed from, make ejection path
A1 maintains oblique top, allows water to spray toward ground region farther out.
The swing span 40 has one first propeller boss 41, and first propeller boss 41 is rotatably arranged in the framework 12, and this first
The front side of propeller boss 41 formed a pair should water jet 13 ejection path A1 water pushing part 42, the rear side shape of first propeller boss 41
Into a counterweight part 43；Whereby, water slug water pushing part that the ejection path A1 of the above-mentioned water jet 13 can be utilized to be sprayed
42, make the lateral rotation of swing span 40 (direction of arrow C1 as shown in Figure 6), and the swing span 40 is made again by a torsionspring 50
Homing (direction of arrow C2 as shown in Figure 6), and then enable the upper end of first propeller boss 41 to drive the runner 21 to carry out list
To rotation；And the water jet 13 sprayed the water slug water pushing part 42 when, according to newton third law of motion, the body 10
Entirety include the framework 12 and the water jet 13 etc., can be toward opposite direction lateral rotation (direction of arrow C3 as shown in Figure 6), therefore
Water sprinkler is set to carry out the action such as well known lateral rotation and watering.
Refering to shown in Fig. 3, Fig. 4 and Fig. 5, in order that the swing span 40 can drive the single direction rotation of runner 21, and then make
Oblique anchor ring 211 promotes water squeezing plate 30, the pressure water portion 31 of the water squeezing plate 30 is swung up and down, so automatic to change the remote of water spray
One of near field, the above-mentioned preferred embodiment of pushing mechanism 20, also include a driving element 22 and a non-return element 23；Its
In, the lower end of the driving element 22 is engaged on the upper end of the first propeller boss 41 of the above-mentioned swing span 40, makes the quilt of driving element 22
The swing span 40 drives revolution, then drives the unidirectional rotary of runner 21 by the driving element 22；It drives the runner 21 unidirectionally to return
Turn one of preferred embodiment, there can be a ratchet hole 215 in the center implementation of the runner 21, the hole wall around the ratchet hole 215
Formed with multiple ratchets 216, and the driving element 22 is implemented with one second propeller boss 221, and the lower end of second propeller boss 221 is engaged on
The upper end of first propeller boss 41 of the swing span 40, the side of second propeller boss 221 have one or more than one first ratchet
222, first ratchet 222 is fastened on the ratchet 216, and then unidirectional push-jump runner 21.The above-mentioned non-return element 23
Preferably it is incorporated on the framework 12 of the body 10, the non-return side of element 23 has one or more than one second ratchet 231,
Second ratchet 231 is fastened on the ratchet 216, is reversed to limit the runner 21.In brief, the utility model can change automatically
Become one of the function, its preferred embodiment of watering distance, the driving element 22 is driven by the swing span 40, the driving element 22 is single
To the runner 21 is promoted, the pushing tow water squeezing plate 30 is run the runner 21 again, the water squeezing plate 30 is swung up and down automatically.
The utility model can also be implemented with the mechanism and function for manually adjusting watering distance, refering to Fig. 3, Fig. 4 and Fig. 5 institute
One of show, it is preferably implemented, a turn-button 24 is implemented with the above-mentioned pushing mechanism 20,24 groups of the turn-button is connected on the runner 21
Upper end, specifically, the turn-button 24 is placed through the ratchet hole 215 of the runner 21, and it is prominent in the upper end of the runner 21；Whereby, may be used
The position that user reverses the turn-button 24 protrusion manually is provided, makes the turn-button 24 to drive the runner 21 to turn round, by the oblique ring
Face 211 turns to predetermined position, so promotes the butting section 32 of the water squeezing plate 30, the pressure water portion 31 of first end is swung to fixation
Position；Such as the pressure water portion 31 is down adjusted to that during extreme lower position (direction of arrow B1 as shown in figure 11), the pressure can be made
Water portion 31 is blocked in the ejection path A1 of the water jet 13, ejection path A1 is impacted the pressure water portion 31 and is become to reflect downwards
Ejection path A2, allow water to be sprayed on nearer ground region；Conversely, when the pressure water portion 31 is up adjusted to extreme higher position (such as
Direction of arrow B2 shown in Figure 12), the ejection path A1 of the water jet 13 can be departed from, ejection path A1 is maintained obliquely
Side, water is allowed to spray toward ground region farther out.
In the above-mentioned embodiment for manually adjusting watering distance, a locating structure can be implemented again, the runner is fixed, its
One of preferred embodiment, a locating button 25 can be implemented with the pushing mechanism 20, the locating button 25 is rotationally articulated in this
The side of framework 12 or other chosen places, the front end of locating button 25 have one first buckle 251, and rear end has a press section 252,
First buckle 251 can be a projection, can so pull the press section 252 manually, first buckle 251 is fastened on this turn
Multiple second buckles 217 of 21 sides are taken turns, second buckle 217 can be embodied as groove, and the position after the runner 21 is adjusted adds
With fixation；Conversely, when first buckle 251 departs from the second buckle 217 of the runner 21, then return to above-mentioned automatic change and spill
Water distance from function.
Furthermore as shown in Fig. 3 and Fig. 9, the above-mentioned pushing mechanism 20 also includes a fulcrum 26, and the fulcrum 26 erectly places
In the upper end of the framework 12 and the water inlet pipe 11 of the body 10, whereby by the first axle of the turn-button 24, runner 21 and swing span 40
Hub 41 is rotationally set in the fulcrum 26.Specifically, the framework 12, which includes, is integrally attached to front and rear the two of the upper end of water inlet pipe 11
Two side frames 121,122 of side, with one be connected to two side frame 121,122 upper ends upper frame 123；Whereby, the fulcrum 26 is passed through
The upper frame 123 is simultaneously located in the upper end of the water inlet pipe 11, and the turn-button 25 is set in the fulcrum above the upper frame 123 with runner 21
26 axle body, and the first propeller boss 41 of the swing span 40 is set in the axle body of the fulcrum 26 of the lower section of upper frame 123.This is implemented again
In example, two sides of the front end of the upper frame 123 are respectively equipped with one first articulated section 14, and first articulated section 14 can be a projection；And
One second articulated section 33 is provided between the first end of the above-mentioned water squeezing plate 30 and the second end, the second articulated section 33 can be shrinkage pool or logical
Hole, second articulated section 33 is set swingably to be articulated in first articulated section 14.
Embodiment described above is only the preferred embodiment to absolutely prove the utility model and being lifted, the utility model
Protection domain not limited to this.The equivalent substitute or change that those skilled in the art are made on the basis of the utility model
Change, within the scope of protection of the utility model.The scope of protection of the utility model is defined by claims.
Claims (10)
1. a kind of impact type sprinkler of watering distance capable of automatic changing, it is characterised in that include：One body, the body have
One upright water inlet pipe, one forms the framework in the water inlet pipe upper end, and one forms the water jet in the water inlet pipe upper end side；One
Pushing mechanism, the pushing mechanism include a runner being rotatably arranged on the framework, and the upper end of the runner has an oblique ring
Face, the oblique anchor ring are gradually ramped up to an axial high point from an axial low spot around the center of the runner；One water squeezing plate, the pressure
Water plate is swingably pivotally connected on the frame, the first end of the water squeezing plate have a pair should water jet ejection path pressure water
Portion, the second end of the water squeezing plate have a butting section, and the butting section is contradicted on the oblique anchor ring of the runner, and the runner pushes away when rotating
Move the butting section and promote the pressure water portion of the first end to swing up and down；One swing span, one first propeller boss of the swing span is rotationally
Be arranged in the framework, the front side of first propeller boss formed a pair should water jet water pushing part, the upper end of first propeller boss
Drive the runner single direction rotation.
2. the impact type sprinkler of watering distance capable of automatic changing as claimed in claim 1, it is characterised in that the pushing mechanism
A driving element is also included, the lower end of the driving element is engaged on the swing span, and the driving element is driven by the swing span and turned round,
The driving element drives the runner unidirectional rotary again.
3. the impact type sprinkler of watering distance capable of automatic changing as claimed in claim 2, it is characterised in that in the runner
The heart has a ratchet hole, and the hole wall around the ratchet hole is formed with multiple ratchets；, should and the driving element has one second propeller boss
The lower end of second propeller boss is engaged on the upper end of the first propeller boss of the swing span, the side of second propeller boss have one or more than one
The first ratchet, first ratchet is fastened on the ratchet with unidirectional push-jump runner.
4. the impact type sprinkler of watering distance capable of automatic changing as claimed in claim 3, it is characterised in that the pushing mechanism
A non-return element is also included, the non-return element combines on the frame, and the non-return component side face has one or more than one the
Two ratchets, second ratchet are fastened on the ratchet to limit runner reverse.
5. the impact type sprinkler of the watering distance capable of automatic changing as described in claim 1 or 3, it is characterised in that the promotion
Mechanism also includes a turn-button and a locating button；The turn-button group is connected on the upper end of the runner, the turn-button to drive the runner turn round；
The locating button is rotationally articulated in the framework, and the locating button has one first buckle, and first buckle can be fastened or departed from
Multiple second buckles of the runner side.
6. the impact type sprinkler of watering distance capable of automatic changing as claimed in claim 5, it is characterised in that the turn-button places
In the ratchet hole of the runner, and protrude in the upper end of the runner.
7. the impact type sprinkler of watering distance capable of automatic changing as claimed in claim 5, it is characterised in that the pushing mechanism
Also include a fulcrum, the fulcrum is erectly set in the framework of the body and the upper end of the water inlet pipe, the turn-button, the runner and should
First propeller boss of swing span is rotationally set in the fulcrum.
8. the impact type sprinkler of watering distance capable of automatic changing as claimed in claim 7, it is characterised in that the framework includes
Two side frames of the front and rear sides of the water inlet pipe upper end are integrally attached to, with a upper frame for being connected to the two side frames upper end；The fulcrum
Through the upper frame and the upper end of the water inlet pipe is located in, the turn-button is set in the axle of the fulcrum above the upper frame with the runner
Body, the first axle hub sleeve of the swing span are located at the axle body of the fulcrum below the upper frame.
9. the impact type sprinkler of watering distance capable of automatic changing as claimed in claim 1, it is characterised in that before the upper frame
Two sides at end are respectively equipped with one first articulated section；One second articulated section is provided between the first end of the water squeezing plate and the second end, should
Second articulated section is swingably articulated in first articulated section.
10. the impact type sprinkler of watering distance capable of automatic changing as claimed in claim 1, it is characterised in that the water squeezing plate
Butting section for protrude second end a block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720480584.6U CN206760325U (en) | 2017-05-03 | 2017-05-03 | The impact type sprinkler of watering distance capable of automatic changing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720480584.6U CN206760325U (en) | 2017-05-03 | 2017-05-03 | The impact type sprinkler of watering distance capable of automatic changing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206760325U true CN206760325U (en) | 2017-12-19 |
Family
ID=60649180
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720480584.6U Expired - Fee Related CN206760325U (en) | 2017-05-03 | 2017-05-03 | The impact type sprinkler of watering distance capable of automatic changing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206760325U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111264353A (en) * | 2020-04-14 | 2020-06-12 | 王聪燕 | Gardens construction is with spraying irrigation equipment |
| CN111492954A (en) * | 2020-04-24 | 2020-08-07 | 新石器慧通（北京）科技有限公司 | Liquid spraying device, carrier and liquid spraying method |
-
2017
- 2017-05-03 CN CN201720480584.6U patent/CN206760325U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111264353A (en) * | 2020-04-14 | 2020-06-12 | 王聪燕 | Gardens construction is with spraying irrigation equipment |
| CN111492954A (en) * | 2020-04-24 | 2020-08-07 | 新石器慧通（北京）科技有限公司 | Liquid spraying device, carrier and liquid spraying method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| 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: 20171219 Termination date: 20210503 |