CN107646626A - Rainwater is reclaimed using bernoulli principle and carries out the method that greening lawn injection is irrigated - Google Patents
Rainwater is reclaimed using bernoulli principle and carries out the method that greening lawn injection is irrigated Download PDFInfo
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- CN107646626A CN107646626A CN201711128725.9A CN201711128725A CN107646626A CN 107646626 A CN107646626 A CN 107646626A CN 201711128725 A CN201711128725 A CN 201711128725A CN 107646626 A CN107646626 A CN 107646626A
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- 238000000034 method Methods 0.000 title claims abstract description 33
- 238000002347 injection Methods 0.000 title claims abstract description 10
- 239000007924 injection Substances 0.000 title claims abstract description 10
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 357
- 230000007246 mechanism Effects 0.000 claims abstract description 132
- 238000003860 storage Methods 0.000 claims abstract description 99
- 230000007704 transition Effects 0.000 claims abstract description 44
- 239000011148 porous material Substances 0.000 claims description 86
- 239000008400 supply water Substances 0.000 claims description 26
- 230000008569 process Effects 0.000 claims description 22
- 102000010637 Aquaporins Human genes 0.000 claims description 15
- 108010063290 Aquaporins Proteins 0.000 claims description 15
- 230000008602 contraction Effects 0.000 claims description 13
- 239000007921 spray Substances 0.000 claims description 11
- 230000008676 import Effects 0.000 claims description 6
- 239000004744 fabric Substances 0.000 claims 2
- 230000001186 cumulative effect Effects 0.000 claims 1
- 238000003973 irrigation Methods 0.000 abstract description 8
- 230000002262 irrigation Effects 0.000 abstract description 8
- 238000010276 construction Methods 0.000 abstract description 2
- 238000004891 communication Methods 0.000 description 18
- 238000010586 diagram Methods 0.000 description 12
- 230000006872 improvement Effects 0.000 description 9
- 238000009434 installation Methods 0.000 description 9
- 239000012530 fluid Substances 0.000 description 6
- 230000008859 change Effects 0.000 description 3
- 230000001133 acceleration Effects 0.000 description 2
- 238000011161 development Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000005484 gravity Effects 0.000 description 2
- 230000004888 barrier function Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000007797 corrosion Effects 0.000 description 1
- 238000005260 corrosion Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012545 processing Methods 0.000 description 1
- 238000007789 sealing Methods 0.000 description 1
- 239000000243 solution Substances 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
- 238000005303 weighing Methods 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G25/00—Watering gardens, fields, sports grounds or the like
- A01G25/02—Watering arrangements located above the soil which make use of perforated pipe-lines or pipe-lines with dispensing fittings, e.g. for drip irrigation
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G25/00—Watering gardens, fields, sports grounds or the like
- A01G25/16—Control of watering
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
- E03B3/00—Methods or installations for obtaining or collecting drinking water or tap water
- E03B3/02—Methods or installations for obtaining or collecting drinking water or tap water from rain-water
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/22—Improving land use; Improving water use or availability; Controlling erosion
Landscapes
- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Water Supply & Treatment (AREA)
- Environmental Sciences (AREA)
- Environmental & Geological Engineering (AREA)
- Health & Medical Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Public Health (AREA)
- Soil Sciences (AREA)
- Nozzles (AREA)
Abstract
The invention discloses the method for reclaiming rainwater using bernoulli principle and carrying out greening lawn injection irrigation, step is, rainwater-collecting memory phase；Rainwater used by carrying out rain collecting by rain collector and being conveyed to water storage mechanism, open autocontrol valve, the protruding motion in the presence of current of second outlet pipe, until the second outlet pipe and the first outlet pipe are connected, current are entered the second outlet pipe by the first outlet pipe and finally sprayed by shower nozzle, when autocontrol valve is in the transition state between open mode and closure state, shower nozzle stops water outlet, second outlet pipe is still in extended configuration, when autocontrol valve completion transition is in closure state, second outlet pipe inside contractile motion in the presence of current, first outlet pipe and the second outlet pipe, which disconnect, to be connected, until the second outlet pipe collapses into the first outlet pipe completely, the present invention is simple in construction and can realize that rainwater-collecting recycles, take full advantage of water resource.
Description
Technical field
The present invention relates to a kind of urban afforestation irrigation method, and in particular to reclaims rainwater using bernoulli principle and carries out green
Change the method that lawn injection is irrigated.
Background technology
With expanding economy, sustainable development, green economy increasingly obtain the attention of people, meanwhile, urban afforestation
Also gradually as the important indicator for weighing a urban development potentiality, it is essential that entering to planted vegetation in urban afforestation
Row is periodically poured, and the watering appliance that prior art provides is more to be arranged on ground in the form of being higher by earth's surface, is not only taken up so
Space and easily turn into barrier, while its corrosion rate is accelerated exposed to outside, greatly reduce its service life, except this it
Outside, the shower nozzle that prior art provides can not carry out 360 degree of sprinkling, and irrigation has dead angle, in order to solve this phenomenon, it has to
Increase the number of shower nozzle, so as to further increase cost.
The content of the invention
To solve the deficiencies in the prior art, it is an object of the invention to provide a kind of simple in construction, reliability it is high can be automatic
Telescopic rotating and the shower nozzle with rainwater collecting function.
To realize above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
Applied to afforestation and can poly- rainwater irrigation system, including water storage mechanism, housing one, rain collector,
Rainer, controlling switch, wherein rain collector one end are connected with the external world, the other end and water storage mechanism are connected connection, rain
Water collecting device is used for the rainwater for collecting rainwater weather, and the rainwater that be collected into can be delivered in water storage mechanism, water storage mechanism
For storing the rainwater of rain collector collection, housing one is fixedly connected with water storage mechanism and sprinkling irrigation dress is provided with housing one
Put, rainer is used to irrigate vegetation, and can be simultaneously using the water in city supply water pipeline and water storage mechanism to planting
Poured, controlling switch is used for the control to rainer；
Described rainer includes discharge mechanism, control device, water guide pipe network, and described discharge mechanism is used to outwardly spray
Current, and discharge mechanism is arranged to stretching out water state and shrinking between water state to switch, described control device is used
In the control to discharge mechanism, described water guide pipe network is arranged between control device and water storage mechanism, and water guide pipe network is used to lead
Water flowing stream, described control device include autocontrol valve, connected support base, and autocontrol valve is installed on connected support
On base, means of communication is provided with described connected support base, means of communication one end is connected with autocontrol valve, is another
End is connected with discharge mechanism, and autocontrol valve is for control to discharge mechanism, and be arranged to can be in open mode and closure
Switch between state, described means of communication is used to turn on current and means of communication is used for autocontrol valve to discharge mechanism
Control；
Described connected support base is polygon cylinder, and the end face in connected support substructure height direction is offered for installing
The storage tank of autocontrol valve, described storage tank are circular and storage tank groove depth direction and the height of connected support base
Direction is parallel, and the bottom land of storage tank offers water-guiding hole one, water-guiding hole two, and the side wall of connected support base is additionally provided with connection mouth
First, connection mouth two, wherein connection mouth one connect close to the openend of storage tank and connection mouth one and the inner chamber of storage tank, connection mouth
Two connect close to the bottom land and connection mouth two of storage tank and the inner chamber of storage tank, are further opened with using on described connected support base
In the mounting groove of connection discharge mechanism, mounting groove is located on the same end face of connected support base with storage tank, described installation
The groove depth direction of groove is parallel with the short transverse of connected support base, and the bottom land of mounting groove offers water-guiding hole four, connected support
Water-guiding hole three is further opened with base, water-guiding hole three is located on the same end face of connected support base with mounting groove, above-mentioned company
Logical mechanism causes water-guiding hole one is connected with each other with water-guiding hole four to connect, and water-guiding hole two is connected with each other with water-guiding hole three and connected；
Described water guide pipe network includes the first high-voltage tube, the second high-voltage tube, the 3rd high-voltage tube, Bernoulli Jacob's connecting tube, the 4th high pressure
Pipe；Described Bernoulli Jacob's connecting tube is the pipe of both ends open, and connection mouth three is provided with the periphery of Bernoulli Jacob's connecting tube, even
The inner chamber for connecing mouth three and Bernoulli Jacob's connecting tube is connected, wherein first high-voltage tube one end be connected with connection mouth one connection, the other end and
The connection of water storage mechanism is connected, and the 3rd described high-voltage tube one end is connected connection, the other end and Bernoulli Jacob's connecting tube with connection mouth two
One end connection connect, the 4th described high-voltage tube one end is connected connection, the other end and confession with the other end of Bernoulli Jacob's connecting tube
Waterpipe is connected, and described second pipe one end is connected connection, the other end and the connection of water storage mechanism with connection mouth three and connected；
Described discharge mechanism includes shower nozzle, the first outlet pipe, the second outlet pipe；Described the first outlet pipe, the second outlet pipe
Be the body of both ends open, the first outlet pipe coaxial sleeve in mounting groove and the first outlet pipe outline and mounting groove phase
Matching, the inner chamber of the above-mentioned outlet pipe of water-guiding hole four and first are connected；The described coaxial pivot bush unit of the second outlet pipe is in first
In outlet pipe, the second outlet pipe can move along the central axis of the first outlet pipe, and shower nozzle is installed on the water side of the second outlet pipe；
Second outlet pipe includes water outlet body, positioning conduction mechanism, and described water outlet body, positioning conduction mechanism are coaxially arranged and mutual
Connect, wherein the external diameter of water outlet body is less than the internal diameter of the first outlet pipe, positioning conduction mechanism and the inner chamber of the first water outlet body
Match, formed between the first outlet pipe, water outlet body, positioning conduction mechanism and hold water cavity, the second water outlet its bottom and the
Transition cavity is formed between one outlet pipe；Position-limit mechanism is additionally provided between described the first outlet pipe and the second outlet pipe, is limited
Position mechanism is used to prevent the second outlet pipe from departing from the first outlet pipe during moving along the first outlet pipe central axis, and works as
When second outlet pipe moves to position-limit mechanism, the first outlet pipe is mutually connected with the second outlet pipe；The first described water outlet tube wall
Portion is further opened with runner one, and the bearing of trend of runner one is parallel with the central axial direction of the first outlet pipe, the one end of runner one with
The inner chamber of first outlet pipe is connected, and close to position-limit mechanism at the connection of the inner chamber of the outlet pipe of runner one and first, runner one
The other end is connected connection with water-guiding hole three；
When autocontrol valve is in open mode, discharge mechanism is switched from shrinking in water state to water state is stretched out, current
Bernoulli Jacob's connecting tube is entered by the 4th high-voltage tube by city supply water pipeline, further, current enter the 3rd high-voltage tube, herein
During, the water in water storage mechanism enters Bernoulli Jacob's connecting tube and and city supply water pipeline by the second high-voltage tube by connection mouth three
In water import the 3rd high-voltage tube together, therewith, current enter autocontrol valve, water by the 3rd high-voltage tube by connection mouth two
Stream enters water-guiding hole one by autocontrol valve, and further, current enter water-guiding hole four, then, water by means of communication
Stream enters transition cavity, and in the presence of hydraulic pressure, central axial direction of second outlet pipe along the first outlet pipe has the first water outlet
Water outlet end motion of the water inlet end of pipe to the first outlet pipe, in the process, hold water cavity and be gradually reduced, hold the water in water cavity
And/or air enters water-guiding hole three by runner one, further, current enter water-guiding hole two by means of communication, therewith water
Stream enters the first high-voltage tube by autocontrol valve by connection mouth one, and enters water storage mechanism eventually through the first high-voltage tube,
Until when the second outlet pipe moves to position-limit mechanism, the first outlet pipe is mutually connected with the second outlet pipe, and current are by the first water outlet
Pipe enters the second outlet pipe and outwards sprayed eventually through shower nozzle, completes to pour, and now, the water and/or air in appearance cavity are complete
It is complete to discharge, it is full of water and/or air in transition cavity；
When autocontrol valve is in the transition state between open mode and closure state, shower nozzle stops water outlet, the second water outlet
Pipe is still in extended configuration；
When autocontrol valve completion transition is in closure state, discharge mechanism is switched from extended configuration to contraction state, current
Bernoulli Jacob's connecting tube is entered by the 4th high-voltage tube by city supply water pipeline, further, current enter the 3rd high-voltage tube, herein
During, the water in water storage mechanism enters Bernoulli Jacob's connecting tube and and city supply water pipeline by the second high-voltage tube by connection mouth three
In water import the 3rd high-voltage tube together, therewith, current enter autocontrol valve, water by the 3rd high-voltage tube by connection mouth two
Stream enters water-guiding hole two by autocontrol valve, and further, current enter water-guiding hole three, then, water by means of communication
Air stream enter runner one is flowed into, further, current are entered by runner one and hold water cavity, and in the presence of hydraulic pressure, the second outlet pipe is along the
The central axial direction of one outlet pipe has water inlet end motion of the water side of the first outlet pipe to the first outlet pipe, the first outlet pipe
Disconnect and connecting with the second outlet pipe, in the process, transition cavity is gradually reduced, and the water and/or air in transition cavity enter
Water-guiding hole four, further, current enter water-guiding hole one by water-guiding hole four by means of communication, and current are by automatically controlling therewith
Valve enters the first high-voltage tube by connection mouth one, and enters water storage mechanism eventually through the first high-voltage tube, until the second outlet pipe
Be contracted to completely in the first outlet pipe, now, water and/or air in adapter cavity are completely exhausted out, hold water cavity in full of water and/
Or air.
The further improvement of above-mentioned technical proposal.
Described position-limit mechanism includes being arranged at the limited step of the first outlet pipe water side inner chamber, is arranged at the second water outlet
Spacing raised line on the periphery of water inlet tube end, described limited step are the built-in platform narrowed along the first outlet pipe circumference to center
Rank, when spacing raised line contacts with built-in step, the first outlet pipe stop motion, and now the first outlet pipe and the second outlet pipe
Connect.
The further improvement of above-mentioned technical proposal.
Described autocontrol valve includes end cap, motor, valve element, and described valve element includes connecting shaft, insert body, described
Insert body be the cylinder that matches with storage tank, described connecting shaft is fixedly connected with insert body and arranged concentric, valve
Annular groove two is offered on the periphery of core body, annular groove two is arranged with insert body coaxial line, and the groove depth direction of annular groove two is hung down
Directly in being additionally provided with intercommunicating pore on the central axis of insert body, insert body, intercommunicating pore is provided with four, respectively intercommunicating pore
First, intercommunicating pore two, intercommunicating pore three, intercommunicating pore four, wherein intercommunicating pore one, intercommunicating pore two are arranged on insert body thickness direction is
End face on and along the thickness direction of insert body run through insert body, intercommunicating pore three is opened in the bottom land and intercommunicating pore of annular groove two
Three depth bearing of trend is consistent with the groove depth direction of annular groove two, and intercommunicating pore four is opened on insert body thickness direction away from even
The end face of axle, and intercommunicating pore four is connected with intercommunicating pore three.
The further improvement of above-mentioned technical proposal.
Water containing space gap is additionally provided between described insert body and end cap, above-mentioned connection mouth one connects with water containing space gap
Logical, described storage tank inner chamber wall portion position corresponding with annular groove two-phase is provided with annular groove one, and the groove depth direction of annular groove one is with holding
Put that the central axial direction of groove is vertical, and the length bearing of trend of annular groove one is consistent with the circumferencial direction of storage tank, the He of annular groove one
Annular groove two cooperatively forms closed annular storage cavity, and above-mentioned connection mouth two is connected with the inner chamber of annular groove one.
The further improvement of above-mentioned technical proposal.
Above-mentioned means of communication includes runner two, runner three, bottom plate, and described runner two, runner are to be opened in along branch
Open groove on support connection end face of the substructure height direction away from autocontrol valve, wherein runner two are opened in water-guiding hole
Between two and water-guiding hole three, and water-guiding hole two is crossed runner two-phase with water-guiding hole threeway and mutually connected, and described runner three, which is opened in, leads
Between water hole one and water-guiding hole four, and water-guiding hole one is crossed runner three-phase with water-guiding hole four-way and mutually connected, described bottom plate and support
Connection base offers runner two and the end face of runner three coordinates the appearance water flow passage for make it that runner two, the formation of runner three seal.
The further improvement of above-mentioned technical proposal.
The first described outlet pipe inner chamber wall portion offers connection annular groove, connects annular groove and is located at the lower section of position-limit mechanism and leans on
The water side of nearly first outlet pipe, it is described connect annular groove it is coaxially arranged with the first outlet pipe and connect the groove depth direction of annular groove and
The central axis upright of first outlet pipe, positioned at connecting annular groove at the connection of the inner chamber of the above-mentioned outlet pipe of runner one and first
Top, when the second outlet pipe moves to position-limit mechanism, positioning conduction mechanism, which coordinates with connecting annular groove, realizes the first outlet pipe and the
The conducting of two outlet pipes, described positioning conduction mechanism include sleeve, the intracavity diameter of the sleeve and the inner chamber of water outlet body
Diameter matches, and the intracavity diameter of the external diameter of sleeve and the first outlet pipe matches, sleeve, the first outlet pipe, water outlet body it
Between form above-mentioned appearance water cavity, be provided with water-stop sheet in described sleeve, water-stop sheet is along bushing core axis direction by sleeve
It is divided into the two parts mutually disconnected, via hole, the inner chamber connection of via hole and sleeve, via hole is offered on excircle of sleeve face
Respectively close to water outlet body and the via hole one above the water-stop sheet and the via hole two below water-stop sheet, and
Via hole one can be connected with via hole two by connecting annular groove.
The further improvement of above-mentioned technical proposal.
Described Bernoulli Jacob's connecting tube includes taper water inlet, conical water outlet, between taper water inlet, conical water outlet
Middle aqueduct is provided with, middle aqueduct one end is connected with taper water inlet, the other end and conical water outlet are connected, described
Central axis of the openings of sizes of taper water inlet along Bernoulli Jacob's connecting tube points to taper water inlet by middle aqueduct and gradually increased
Greatly, central axis of the openings of sizes of conical water outlet along Bernoulli Jacob's connecting tube is gradual by middle aqueduct sensing conical water outlet
Increase.
The further improvement of above-mentioned technical proposal.
The rotating device for driving shower nozzle degree of progress rotation, institute are additionally provided between described shower nozzle and the first outlet pipe
The rotating device one end stated be connected with the first outlet pipe connection, the other end and shower nozzle connection connect, rotating device include radome fairing,
Rotary blade, housing two, the circular cylindrical shape cylinder that described housing two is one end open, the other end seals, the opening of housing two
End Matching installation has radome fairing, and radome fairing cooperatively forms the cavity for accommodating rotary blade, described rotary blade bag with housing two
Include support shaft, blade, support shaft includes diversion section, drive section, and described blade is coaxially disposed on the periphery of drive section, leaf
Piece can independently be rotated under the impact of current and drive support shaft to rotate, and water conservancy diversion cavity is coaxially offered in described diversion section,
And the pod apertures connected with water conservancy diversion cavity are offered on the periphery of diversion section, diversion section is connected connection, described rotation with shower nozzle
Rotary impeller can rotate in the cavity that radome fairing and housing two are formed around own axes, and the sealed end of housing two is provided with demarcation strip,
Connection sleeve pipe is installed, the connection of the outlet pipe of connection sleeve pipe one end first is connected, the other end and the inner chamber of housing two are connected on demarcation strip.
The further improvement of above-mentioned technical proposal.
Described radome fairing is tapered, and central axis of the openings of sizes of radome fairing along support shaft is pointed to by diversion section and driven
Dynamic section gradually increases, and drainage plate, described drainage plate coaxial sleeve are additionally provided between the described blind end of housing two and drive section
The outside of drive section is connected to, the tap hole passed through for current is offered on drainage plate, drainage plate is used to cause by connection sleeve pipe
The current gathered in into housing two are more uniformly inducted into rotary blade.
The further improvement of above-mentioned technical proposal.
Above-mentioned housing one is the circular cylinder body of both ends open, and housing one is fixedly installed on above water storage mechanism vertically, institute
The rain collector stated includes rainwater groove, holding groove, water-supply-pipe, and rainwater groove is used to receive rainwater, and holding groove is used
In the rainwater received and interim storage rainwater groove gathers, water-supply-pipe is used to the rainwater in holding groove being delivered to water storage mechanism
In.
Rainwater is reclaimed using bernoulli principle and carries out the method that greening lawn injection is irrigated, its step is：
（One）Rainwater-collecting memory phase；
S1：Rainwater used by carrying out rain collecting by rain collector and being conveyed to water storage mechanism, described rainwater collection
Acquisition means include rainwater groove, holding groove, water-supply-pipe, and rainwater groove is arranged at the top of holding groove and adopting for rainwater
Collection, rainwater groove can by holding groove from the rainwater of collection to its bottom convey, water-supply-pipe connect holding groove, water storage mechanism and
The rainwater that can be achieved to accumulate in holding groove flows to water storage mechanism；
（Two）Stretch water outlet；
S2：Operating personnel are worked by automatic control switch controlled motor, and motor-driven valve core turns clockwise, autocontrol valve
Door is switched from closure state to open mode, and now, intercommunicating pore three is connected with water-guiding hole one, and intercommunicating pore two connects with water-guiding hole two
Logical, discharge mechanism is switched from shrinking in water state to water state is stretched out；
S3：Current enter Bernoulli Jacob's connecting tube by city supply water pipeline by the 4th high-voltage tube, and further, current enter the 3rd
High-voltage tube, in the process, water in water storage mechanism by the second high-voltage tube by connection mouth three enter Bernoulli Jacob's connecting tube and with
Water in city supply water pipeline imports the 3rd high-voltage tube together, and therewith, current are entered certainly by the 3rd high-voltage tube by connection mouth two
Dynamic control valve, current, which enter, holds aquaporin, and current enter intercommunicating pore three by appearance aquaporin by intercommunicating pore four, further,
Current enter water-guiding hole one, and current enter water-guiding hole four by runner three, and then, current enter transition cavity, current and water proof
Plate is contacted, and in the presence of hydraulic pressure, current are produced along the first outlet pipe central axis by the first outlet pipe water inlet end to water-stop sheet
Point to the thrust of the first outlet pipe water side, the thrust promotes central axial direction of second outlet pipe along the first outlet pipe to have the
Water outlet end motion of the water inlet end of one outlet pipe to the first outlet pipe, in the process, hold water cavity and be gradually reduced, hold water cavity
In water and/or air by runner one enter water-guiding hole three, further, current by runner two enter water-guiding hole two, with
Current water containing space gap is entered by intercommunicating pore two, further, current are entered first high by water containing space gap by connection mouth one
Pressure pipe, and enter water storage mechanism eventually through the first high-voltage tube, until when spacing raised line contacts with built-in step, the first outlet pipe
Mutually connected with the second outlet pipe, current enter the second outlet pipe by the first outlet pipe and drive rotating device to rotate, final logical
The shower nozzle for crossing rotation outwards sprays, and completes to pour, and now, holds the water in cavity and/or air is completely exhausted out, filled in transition cavity
Full water and/or air；
（Three）Transition stage；
S4：Operating personnel are worked by automatic control switch controlled motor, and motor-driven valve core rotates counterclockwise, autocontrol valve
When door is in the transition state between open mode and closure state, now, water-guiding hole one, water-guiding hole two are in disconnecting shape
State, shower nozzle stop water outlet, and the second outlet pipe is still in extended configuration；
（Four）Contraction phase
S5：Motor continues to drive valve element to rotate counterclockwise, when autocontrol valve completion transition is in closure state, now, even
Through hole three is connected with water-guiding hole two, and intercommunicating pore one is connected with water-guiding hole one, and discharge mechanism is switched from extended configuration to contraction state；
S6：Current enter Bernoulli Jacob's connecting tube by city supply water pipeline by the 4th high-voltage tube, and further, current enter the 3rd
High-voltage tube, in the process, water in water storage mechanism by the second high-voltage tube by connection mouth three enter Bernoulli Jacob's connecting tube and with
Water in city supply water pipeline imports the 3rd high-voltage tube together, and therewith, current are entered certainly by the 3rd high-voltage tube by connection mouth two
Dynamic control valve, current, which enter, holds aquaporin, and current enter intercommunicating pore three by appearance aquaporin by intercommunicating pore four, further,
Current enter water-guiding hole two, and further, current enter water-guiding hole three by runner one, and then, water flows into air stream enter runner one, enters one
Step, current are entered by runner one and hold water cavity, and current contact with sleeve wall portion, in the presence of hydraulic pressure, the second outlet pipe edge
The central axial direction of first outlet pipe has water inlet end motion of the water side of the first outlet pipe to the first outlet pipe, the first water outlet
Pipe disconnects with the second outlet pipe to be connected, and in the process, transition cavity is gradually reduced, and the water and/or air in transition cavity enter
Enter water-guiding hole four, further, current cross runner three by water-guiding hole four-way and enter water-guiding hole one, and current pass through intercommunicating pore one therewith
Into water containing space gap, current enter the first high-voltage tube by water containing space gap by connection mouth one, and enter eventually through the first high-voltage tube
Enter water storage mechanism, until the second outlet pipe is contracted in the first outlet pipe completely, now, the water and/or air in adapter cavity are complete
Full discharge, holds in water cavity and is full of water and/or air.
Present invention beneficial effect compared with prior art is, shower nozzle provided by the invention can stretch water state with
Shrink to stay between water state and switch, when not in use, the present invention is not only attractive in appearance but also do not account in contraction state and concordant with ground
360 rotations without dead angle can be carried out with the Water outlet spray head in space, while the present invention, are advantageous to pour flowers and plants to greatest extent,
In addition, the present invention is additionally provided with rain collector, the rainwater of rainy day can be collected and stored and for irrigating, most
Limits make use of water resource.
Brief description of the drawings
In order to illustrate the embodiments of the present invention more clearly, the required accompanying drawing used in embodiment will be done simply below
Introduce, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for ordinary skill people
For member, on the premise of not paying creative work, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation that the present invention is in contraction state.
Fig. 2 is the structural representation that the present invention is in extended configuration.
Fig. 3 is cooperation schematic diagram of the rainer with water storage mechanism of the present invention.
Fig. 4 is the rainer structural representation of the present invention.
Fig. 5 is the rainer structural representation of the present invention.
Fig. 6 is Bernoulli Jacob's connecting tube sectional view of the present invention.
Fig. 7 is the rainer of the present invention and the cooperation schematic diagram of rain collector.
Fig. 8 is the rain collector structural representation of the present invention.
Fig. 9 is the controling device structure diagram of the present invention.
Figure 10 is the control device internal structure schematic diagram of the present invention.
Figure 11 is the structural representation of housing two of the present invention.
Figure 12 is the internal structure schematic diagram of housing two of the present invention.
Figure 13 is the control device sectional view of the present invention.
Figure 14 is the control device sectional view of the present invention.
Figure 15 is the valve core structure schematic diagram of the present invention.
Figure 16 is the valve core structure schematic diagram of the present invention.
Figure 17 is the first outlet pipe of the present invention and the cooperation schematic diagram of control device.
Figure 18 is in the cooperation schematic diagram under contraction state with control device for the discharge mechanism of the present invention.
Figure 19 is in the cooperation schematic diagram under extended configuration with control device for the discharge mechanism of the present invention.
Figure 20 is the positioning conduction mechanism structural representation of the present invention.
Figure 21 is the shower nozzle of the present invention and the cooperation schematic diagram of rotating device.
Figure 22 is the rotating device internal structure schematic diagram of the present invention.
Figure 23 is the sectional view that the shower nozzle of the present invention coordinates with rotating device.
It is denoted as in figure：
100th, water storage mechanism；
200th, housing one；
300th, rain collector；
310th, rainwater groove；311st, annular backup pad；The 312nd, sleeve pipe is installed；313rd, permeable hole；
320th, holding groove；321st, aqua storage tank；322nd, water-supply-pipe；323rd, supporting sleeve；
400th, rainer；
410th, discharge mechanism；411st, shower nozzle；411a, spray orifice；412nd, rotating device；412a, housing two；412a1, demarcation strip；
412a2, connection sleeve pipe；412b, drainage plate；412bb, tap hole；412c, rotary blade；412c1, support shaft；412c2, leaf
Piece；412c3, diversion section；412c4, drive section；412c5, pod apertures；412d, radome fairing；413rd, the first outlet pipe；413a, stream
Road one；413b, connect annular groove；414th, the second outlet pipe；414a, water outlet body；414aa, spacing raised line；414b, positioning conducting
Mechanism；414b1, via hole one；414b2, water-stop sheet；414b3, via hole two；
420th, control device；421st, end cap；422nd, connected support base；422a, connection mouth one；422b, connection mouth two；422c、
Storage tank；422c1, water-guiding hole one；422c2, water-guiding hole two；422c3, annular groove one；422d, water-guiding hole three；422e, mounting groove；
422ee, water-guiding hole four；422f, runner two；422g, runner three；423rd, bottom plate；424th, motor；425th, valve element；425a, connecting shaft；
425b, insert body；425b1, intercommunicating pore one；425b2, intercommunicating pore two；425b3, annular groove two；425b4, intercommunicating pore three；
425b5, intercommunicating pore four；
430th, water guide pipe network；431st, the first high-voltage tube；432nd, the second high-voltage tube；433rd, the 3rd high-voltage tube；434th, Bernoulli Jacob connects
Pipe；434a, taper water inlet；434b, conical water outlet；434c, middle aqueduct；434d, connection mouth three；435th, the 4th high pressure
Pipe；
500th, controlling switch.
Embodiment
With reference to the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Ground describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.Based on this hair
Embodiment in bright, those of ordinary skill in the art are not under the premise of creative work is made, the every other reality that is obtained
Example is applied, belongs to the scope of the present invention.
As shown in Fig. 1-2 3, applied to afforestation and can poly- rainwater irrigation system, including water storage mechanism 100, housing
One 200, rain collector 300, rainer 400, controlling switch 500, the wherein one end of rain collector 300 connect with the external world
The logical, other end and the connection of water storage mechanism 100 are connected, and rain collector 300 is used for the rainwater for collecting rainwater weather, and will can receive
The rainwater collected is delivered in water storage mechanism 100, and water storage mechanism 100 is used for the rainwater for storing the collection of rain collector 300, shell
Body 1 is fixedly connected with water storage mechanism 100 and rainer 400 is provided with housing one, and rainer 400 is used for vegetation
Irrigated, and vegetation can be poured using the water in city supply water pipeline and water storage mechanism 100 simultaneously, controlling switch
500 are used for the control to rainer 400, and described rainer 400 includes discharge mechanism 410, control device 420, water guide
Pipe network 430, described discharge mechanism 410 are used to outwardly spray current, and discharge mechanism 410 be arranged to can stretch out it is watery
State and contraction switch between staying water state, and described control device 420 is used for the control to discharge mechanism 410, described water guide
Pipe network 430 is arranged between control device 420 and water storage mechanism 100, and water guide pipe network 430 is used to turn on current and water guide pipe network
430 are used for control of the control device 420 to discharge mechanism 410.
More specifically, described control device 420 includes autocontrol valve, connected support base 422, automatically controls
Valve is installed on connected support base 422, and means of communication, means of communication one are provided with described connected support base 422
End is connected with autocontrol valve, the other end and discharge mechanism 410 connect, and autocontrol valve is used for discharge mechanism 410
Control, and be arranged between open mode and closure state to switch, described means of communication is used to turn on current and connection
Mechanism is used for control of the autocontrol valve to discharge mechanism 410.
Described connected support base 422 is polygon cylinder, and the end face of the short transverse of connected support base 422 opens up
It is circular and storage tank 422c groove depth side to have storage tank 422c, described storage tank 422c for installing autocontrol valve
To parallel with the short transverse of connected support base 422, storage tank 422c bottom land offers the 422c1 of water-guiding hole one, water-guiding hole
Two 422c2, the side wall of connected support base 422 are additionally provided with the 422a of connection mouth one, the wherein 422b of connection mouth two, connection mouth one
422a is connected close to storage tank 422c openend and the 422a of connection mouth one and storage tank 422c inner chamber, and the 422b of connection mouth two is leaned on
The inner chamber connection of nearly storage tank 422c bottom land and the 422b of connection mouth two and storage tank 422c, described connected support base 422
On the mounting groove 422e, mounting groove 422e and storage tank 422c that are further opened with for connecting discharge mechanism 410 be located at connected support
On the same end face of base 422, described mounting groove 422e groove depth direction and the short transverse of connected support base 422 are put down
OK, mounting groove 422e bottom land offers the 422ee of water-guiding hole four, and the 422d of water-guiding hole three is further opened with connected support base 422,
The 422d of water-guiding hole three and mounting groove 422e is located on the same end face of connected support base 422, and above-mentioned means of communication to lead
The 422c1 of the water hole one and 422ee of water-guiding hole four, which is connected with each other, to be connected, and the 422c2 of water-guiding hole two connects with the 422d of water-guiding hole three
It is logical.
Described water guide pipe network 430 includes the first high-voltage tube 431, the second high-voltage tube 432, the 3rd high-voltage tube 433, Bernoulli Jacob
Connecting tube 434, the 4th high-voltage tube 435；Described Bernoulli Jacob's connecting tube 434 be both ends open pipe, Bernoulli Jacob's connecting tube 434
Periphery on be provided with the inner chamber of connection mouth three 434d, the 434d of connection mouth three and Bernoulli Jacob's connecting tube 434 and connect, when current from
It may be such that water in the pipeline being connected with the 434d of connection mouth three towards Bernoulli Jacob's connecting tube when being flowed through in Bernoulli Jacob's connecting tube 434
434 flowings, connect wherein the one end of the first high-voltage tube 431 is connected connection, the other end and water storage mechanism 100 with the 422a of connection mouth one
Logical, described one end of the 3rd high-voltage tube 433 is connected the one of connection, the other end and Bernoulli Jacob's connecting tube 434 with the 422b of connection mouth two
End connection is connected, and the 4th described high-voltage tube one end is connected connection, the other end and water supply with the other end of Bernoulli Jacob's connecting tube 434
Pipeline is connected, and described one end of second pipe 432 is connected connection, the other end and water storage mechanism 100 with the 434d of connection mouth three and connected
Connect.
Described discharge mechanism 410 includes shower nozzle 411, the first outlet pipe 413, the second outlet pipe 414；Described first goes out
Water pipe 413, the second outlet pipe 414 are the body of both ends open, the coaxial sleeve of the first outlet pipe 413 in mounting groove 422e and
The outline of first outlet pipe 413 matches with mounting groove 422e, the above-mentioned 422ee of water-guiding hole four and the first outlet pipe 413
Inner chamber is connected；For described 414 coaxial pivot bush unit of the second outlet pipe in the first outlet pipe 413, the second outlet pipe 414 can be along
The central axis motion of one outlet pipe 413, shower nozzle 411 are installed on the water side of the second outlet pipe 414；Second outlet pipe 414 wraps
Include water pipe body 414a, positioning conduction mechanism 414b, described water outlet body 414a, positioning conduction mechanism 414b it is coaxially arranged and
Mutually connect, wherein water outlet body 414a external diameter is less than the internal diameter of the first outlet pipe 413, positions conduction mechanism 414b and first
The inner chamber of water outlet body 413 matches, and is formed and held between the first outlet pipe 413, water outlet body 414a, positioning conduction mechanism 414b
Water cavity, transition cavity is formed between the bottom of the second water outlet body 414 and the first outlet pipe 413；The first described outlet pipe 413
It is additionally provided with position-limit mechanism between the second outlet pipe 414, position-limit mechanism is used to limiting the second outlet pipe 414 along the first water outlet
The central axis of pipe 413 departs from during moving with the first outlet pipe 413, and when the second outlet pipe 414 moves to position-limit mechanism
When, the first outlet pipe 413 is mutually connected with the second outlet pipe 414；The described wall portion of the first outlet pipe 413 is further opened with runner one
413a, the 413a of runner one bearing of trend is parallel with the central axial direction of the first outlet pipe 413,413a one end of runner one and the
The inner chamber of one outlet pipe 413 is connected, and close to position-limit mechanism at the connection of the inner chamber of the 413a of runner one and the first outlet pipe 413,
The 413a of runner one other end is connected connection with the 422d of water-guiding hole three.
Described position-limit mechanism includes being arranged at the limited step of the water side inner chamber of the first outlet pipe 413, is arranged at second
Spacing raised line 414aa on the water inlet end periphery of outlet pipe 414, described limited step be along the circumference of the first outlet pipe 413 to
The narrowed built-in step in center, when spacing raised line 414aa contacts with built-in step, the stop motion of the first outlet pipe 413, and this
When the first outlet pipe 413 connected with the second outlet pipe 414.
When autocontrol valve is in open mode, discharge mechanism 410 is cut from shrinking in water state to water state is stretched out
Change, current enter Bernoulli Jacob connecting tube 434 by city supply water pipeline by the 4th high-voltage tube 435, and further, current enter the
Three high-voltage tubes 433, in the process, the water in water storage mechanism 100 enter primary by the second high-voltage tube 432 by the 434d of connection mouth three
Exert sharp connecting tube 434 and the 3rd high-voltage tube 433 is imported together with the water in city supply water pipeline, therewith, current are by the 3rd high pressure
Pipe 433 enters autocontrol valve by the 422b of connection mouth two, and current enter the 422c1 of water-guiding hole one by autocontrol valve,
Further, current enter the 422ee of water-guiding hole four by means of communication, and then, current enter transition cavity, in the effect of hydraulic pressure
Under, the water inlet end that central axial direction of second outlet pipe 414 along the first outlet pipe 413 has the first outlet pipe 413 goes out to first
The water outlet end motion of water pipe 413, in the process, hold water cavity and be gradually reduced, hold the water in water cavity and/or air passes through stream
The 413a of road one enters the 422d of water-guiding hole three, and further, current enter the 422c2 of water-guiding hole two by means of communication, therewith current
First high-voltage tube 431 is entered by the 422a of connection mouth one by autocontrol valve, and enters eventually through the first high-voltage tube 431 and stores up
Water dispenser structure, until when the second outlet pipe 413 moves to position-limit mechanism, the first outlet pipe 413 and the phase mutual connection of the second outlet pipe 414
Logical, current are entered the second outlet pipe 414 by the first outlet pipe 413 and outwards sprayed eventually through shower nozzle, complete to pour, now,
Hold the water in cavity and/or air is completely exhausted out, water and/or air are full of in transition cavity.
When autocontrol valve is in the transition state between open mode and closure state, shower nozzle 411 stops water outlet, the
Two outlet pipes 414 are still in extended configuration.
When autocontrol valve completion transition is in closure state, discharge mechanism 410 is cut from extended configuration to contraction state
Change, current enter Bernoulli Jacob connecting tube 434 by city supply water pipeline by the 4th high-voltage tube 435, and further, current enter the
Three high-voltage tubes 433, in the process, the water in water storage mechanism 100 enter primary by the second high-voltage tube 432 by the 434d of connection mouth three
Exert sharp connecting tube 434 and the 3rd high-voltage tube 433 is imported together with the water in city supply water pipeline, therewith, current are by the 3rd high pressure
Pipe 433 enters autocontrol valve by the 422b of connection mouth two, and current enter the 422c2 of water-guiding hole two by autocontrol valve,
Further, current enter the 422d of water-guiding hole three by means of communication, and then, water flows into the 413a of air stream enter runner one, further, water
Stream is entered by the 413a of runner one and holds water cavity, in the presence of hydraulic pressure, center of second outlet pipe 414 along the first outlet pipe 413
Axis direction has water inlet end motion of the water side of the first outlet pipe 413 to the first outlet pipe 413, the first outlet pipe 413 and
Two outlet pipes 414, which disconnect, to be connected, and in the process, transition cavity is gradually reduced, and the water and/or air in transition cavity, which enter, leads
The 422ee of water hole four, further, current enter the 422c1 of water-guiding hole one by the 422ee of water-guiding hole four by means of communication, therewith water
Stream enters the first high-voltage tube 431 by autocontrol valve by the 422a of connection mouth one, and enters eventually through the first high-voltage tube 431
Water storage mechanism, until the second outlet pipe 413 is contracted in the first outlet pipe 413 completely, now, water and/or sky in adapter cavity
Gas is completely exhausted out, and is held in water cavity and is full of water and/or air.
More specifically, described autocontrol valve includes end cap 421, motor 424, valve element 425, described valve element
425 include connecting shaft 425a, insert body 425b, described insert body 425b are the cylinder to match with storage tank 422c,
And the difference between the height and storage tank 422c groove depths of insert body is 5-10mm, preferably 7-9mm, described connecting shaft
425a is fixedly connected with insert body 425b and arranged concentric, and the 425b3 of annular groove two is offered on insert body 425b periphery,
Intercommunicating pore is additionally provided with insert body 425b, intercommunicating pore is provided with four, the respectively 425b1 of intercommunicating pore one, intercommunicating pore two
425b2, the 425b4 of intercommunicating pore three, the 425b5 of intercommunicating pore four, the wherein 425b1 of intercommunicating pore one, the 425b2 of intercommunicating pore two are arranged at valve element sheet
Run through insert body 425b, intercommunicating pore four on end face on body 425b thickness directions and along insert body 425b thickness direction
425b5 is opened in the groove depth of the 425b3 of annular groove two bottom land and the 425b5 of intercommunicating pore four depth bearing of trend and the 425b3 of annular groove two
Direction is consistent, and the 425b4 of intercommunicating pore three is opened in the end face away from connecting shaft 425a on insert body 425b thickness directions, and intercommunicating pore
The four 425b5 and 425b4 of intercommunicating pore three is connected, the 425b1 of intercommunicating pore one and diameters of the 425b2 of intercommunicating pore two on insert body 425b
Symmetrically, the 425b4 of intercommunicating pore three is located between the 425b1 of intercommunicating pore one and the 425b2 of intercommunicating pore two, and the 425b1 of intercommunicating pore one, intercommunicating pore
Two 425b2, the 425b5 of intercommunicating pore four do not arrange collinearly in 3 points, and connecting shaft 425a passes through the avoid holes external part that is opened on end cap
The output axis connection of lid and motor, it is preferred that the output shaft axis of motor 424 is consistent with connecting shaft 425a central axis, motor
424 actuatable valve cores in storage tank 422c around own axis, so as to realize autocontrol valve in open mode and close
Switch between conjunction state.
Water containing space gap, the above-mentioned 422a of connection mouth one and Rong Shui are additionally provided between described insert body 425b and end cap
Gap is connected, and the described storage tank 422c inner chamber wall portions position corresponding with the 425b3 of annular groove two is provided with the 422c3 of annular groove one,
The 422c3 of annular groove one groove depth direction is vertical with storage tank 422c central axial direction, and the 422c3 of annular groove one length extension side
To consistent with storage tank 422c circumferencial direction, it is empty that the 422c3 of annular groove one and the 425b3 of annular groove two cooperatively form closed annular water storage
Chamber, the above-mentioned 422b of connection mouth two connect with the 422c3 inner chambers of annular groove one.
Above-mentioned means of communication includes the 422f of runner two, the 422g of runner three, bottom plate 423, for the ease of in production process
Processing, the described 422f of runner two, runner 422g are to be opened in along the short transverse of connected support base 422 is remote to automatically control
Open groove on the end face of valve, the wherein 422f of runner two are opened between the 422c2 of water-guiding hole two and the 422d of water-guiding hole three,
And the 422c2 of the water-guiding hole two and 422d of water-guiding hole three is mutually connected by the 422f of runner two, the described 422g of runner three, which is opened in, to be led
Between the 422c1 of water hole one and the 422ee of water-guiding hole four, and the 422c1 of the water-guiding hole one and 422ee of water-guiding hole four passes through the 422g phases of runner three
Mutually connect, the end face that described bottom plate 423 offers the 422f of the runner two and 422g of runner three with connected support base 422 coordinates
So that the 422f of runner two, the 422g of runner three form the appearance water flow passage of sealing.
More specifically, the described inner chamber wall portion of the first outlet pipe 413, which offers, connects annular groove 413b, connects annular groove 413b
Positioned at the lower section of position-limit mechanism and close to the water side of the first outlet pipe 413, described connection annular groove 413b and the first outlet pipe
413 groove depth directions that are coaxially arranged and connecting annular groove 413b and the central axis upright of the first outlet pipe 413, above-mentioned runner one
At the connection of the inner chamber of 413a and the first outlet pipe 413 limit is moved to positioned at the top for connecting annular groove 413b, the second outlet pipe 414
During the mechanism of position, positioning conduction mechanism 414b, which coordinates with connecting annular groove 413b, realizes the first outlet pipe 413 and the second outlet pipe 414
Conducting, described positioning conduction mechanism 414b include sleeve, and the inner chamber of the intracavity diameter and water outlet body 414a of the sleeve is straight
Footpath matches, and the intracavity diameter of the external diameter of sleeve and the first outlet pipe 413 matches, sleeve, the first outlet pipe 413, outlet pipe
Above-mentioned appearance water cavity is formed between body 414a, is provided with water-stop sheet 414b2 in described sleeve, water-stop sheet 414b2 is along sleeve
Sleeve is divided into the two parts mutually disconnected by central axial direction, and via hole, via hole and set are offered on excircle of sleeve face
The inner chamber of cylinder is connected, and via hole is respectively the 414b1 of via hole one close to water outlet body 414a and above water-stop sheet 414b2
And the 414b3 of via hole two below water-stop sheet, and the 414b1 of via hole one can be by connecting ring with the 414b3 of via hole two
Groove 413b is connected.
The described 414b1 of via hole one is provided with several and is spaced apart along the even circumferential of sleeve, described conducting
The 414b3 of hole two is also equipped with several and is spaced apart along the even circumferential of sleeve, and its meaning is, can accelerate the conducting of current
Speed.
Described Bernoulli Jacob's connecting tube 434 includes taper water inlet 434a, conical water outlet 434b, taper water inlet
Middle aqueduct 434c, middle aqueduct 434c one end and taper water inlet are provided between 434a, conical water outlet 434b
434a is connected, the other end and conical water outlet 434b are connected, and described taper water inlet 434a openings of sizes connects along Bernoulli Jacob
The central axis of adapter 434 points to taper water inlet 434a by middle aqueduct 434c and gradually increased, conical water outlet 434b's
Central axis of the openings of sizes along Bernoulli Jacob's connecting tube 434 points to conical water outlet 434b by middle aqueduct 434c and gradually increased
Greatly, its meaning is so that the cross-sectional area of Bernoulli Jacob's connecting tube 434 is real by taper water inlet 452a to conical water outlet 434b
The switching gradually increased is now gradually decrease to, according to flow formula Q=V*A（Wherein Q is flow, and V is flow velocity, and A is flow cross-sectional
Area）Can the timing of proper flow one, conduit cross-sectional area diminishes（That is when A reduces）, the speed V that fluid flows through pipeline will increase,
Therefore after water flows into middle aqueduct 434c by taper water inlet 434a, the flow velocity of water will increase；The described 434d of connection mouth three
It is arranged on middle aqueduct 434c and the 434d of connection mouth three and middle aqueduct 434c inner chamber is connected；By Bernoulli equation:p
+ 1/2 ρ v^2+ ρ gh=constant (wherein, p is pressure, and ρ is fluid density, and v is fluid velocity, and g is acceleration of gravity, and h is height)
Understand, when fluid density ρ, gravity acceleration g, the timings of height h mono-, fluid velocity v is bigger, on the interface that fluid contacts with object
Pressure it is smaller, therefore, current are when middle aqueduct 434c flows, the pressure between current and middle aqueduct 434c wall portion
It is strong to reduce, now, in the presence of inside and outside atmospheric pressure difference, during the current in the pipeline being connected with the 434d of connection mouth three can flow into
Between aqueduct 434c.
It is more perfect, because the spray orifice 411a angles and number that are opened up on shower nozzle 411 are fixed, in order to reduce sprinkling
Blind area, the effect of sprinkling irrigation is improved, be additionally provided between the described outlet pipe 413 of shower nozzle 411 and first for driving shower nozzle 411 to enter
The rotating device 412 of 360 degree of rotations of row, described one end of rotating device 412 is connected connection, the other end with the first outlet pipe 413
Connection is connected with shower nozzle 411, rotating device 412 includes radome fairing 412d, rotary blade 412c, the 412a of housing two, described shell
The 412a of body two is the circular cylindrical shape cylinder of both ends open, and the 412a of a housing two openend Matching installation has radome fairing 412d, whole
The stream cover 412d and 412a of housing two cooperatively forms the cavity for accommodating rotary blade 412c, and described rotary blade 412c includes support
Axle 412c1, blade 412c2, it is coaxial that support shaft 412c1 includes diversion section 412c3, drive section 412c4, described blade 412c2
It is arranged on drive section 412c4 periphery, blade 412c2 can independently rotate under the impact of current and drive support shaft
412c1 is rotated, and coaxially offers water conservancy diversion cavity in described diversion section 412c3, and offered on diversion section 412c3 periphery
The pod apertures 412c5 connected with water conservancy diversion cavity, diversion section 412c3 are connected connection with shower nozzle 411, and described rotary blade 412c can
Rotated in the cavity that the radome fairing 412d and 412a of housing two is formed around own axes, the 412a inner chambers of housing two are provided with demarcation strip
Connection sleeve pipe 412a2 is installed, connection sleeve pipe 412a2 one end is connected with the first outlet pipe 413 and connect on 412a1, demarcation strip 412a1
The logical, other end and the 412a inner chambers of housing two are connected；Current enter housing two by the first outlet pipe 413 by connection sleeve pipe 412a2
412a inner chambers, current contact with blade 412c2, and rotary blade 412c is around own axis, shower nozzle 411 under the promotion of current
Synchronous axial system, current are entered in the cavity that blade 412c2 and radome fairing 412d is formed by the gap between blade 412c2, entered
One step, current enter water conservancy diversion cavity by pod apertures 412c5, and enter shower nozzle 411 therewith, and final current are by the shower nozzle that rotates
411 are sprayed by spray orifice 411a.
More specifically, described radome fairing 412d is tapered, and radome fairing 412d openings of sizes is along support shaft 412c1
Central axis by diversion section 412c3 point to drive section 412c4 gradually increase, its meaning is so that through between blade 412c2
Gap is collected with the current that radome fairing 412d is contacted towards diversion section 412c3, further improves the gathereding degree of current, improves
The pressure that current spray, so that the area coverage of sprinkling irrigation further increases, the described 412a blind ends of housing two and driving
Drainage plate 412b is additionally provided between section 412c4, described drainage plate 412b is coaxially socketed on drive section 412c4 outside, drawn
The tap hole 412bb passed through for current is offered on flowing plate 412b, drainage plate 412b is used to be entered by connection sleeve pipe 412a2
Enter the current gathered in the 412a of housing two and be more uniformly inducted into rotary blade 412c, so that rotary blade 412c at the uniform velocity revolves
Turn.
Above-mentioned housing 1 is the circular cylinder body of both ends open, and housing 1 is fixedly installed on water storage mechanism vertically
100 tops, described rain collector 300 include rainwater groove 310, holding groove 320, water-supply-pipe 322, rainwater groove
310 are used to receive rainwater, and holding groove 320 is used for the rainwater received and interim storage rainwater groove 310 gathers, water-supply-pipe 322
For the rainwater in holding groove 320 to be delivered in water storage mechanism, described rainwater-collecting groove 310 includes rainwater-collecting groove sheet
Body, annular backup pad 311, installation sleeve pipe 312, install the circular body that sleeve pipe 312 is both ends open, described rainwater-collecting groove
Body coaxial sleeve is outside installation sleeve pipe 312, and multiple permeable holes 313 are distributed with uniform intervals on rainwater-collecting groove body,
Annular backup pad 311 is coaxially installed with the periphery of described rainwater-collecting groove body, and the diameter of annular backup pad 311 is big
In the diameter of housing 1, described holding groove 320 includes aqua storage tank 321, supporting sleeve 323, described supporting sleeve 323
For the circular cylinder body of both ends open, and the intracavity diameter of supporting sleeve 323 is more than the intracavity diameter of installation sleeve pipe 312, described
Aqua storage tank 321 is annular trough body, and aqua storage tank 321 is coaxially socketed on the outside of supporting sleeve 323, and aqua storage tank 321 and housing one
200 openend matches, and described water-supply-pipe 322 is arranged between aqua storage tank 321 and water storage mechanism 100, and aqua storage tank, storage
Water dispenser structure 100 is mutually connected by water-supply-pipe 322, and described holding groove 320, rainwater-collecting groove 310 are sequentially coaxially sheathed on
The outside of one outlet pipe 413, wherein installation sleeve pipe 312 is coaxially socketed in supporting sleeve 323, water-supply-pipe 322 is in conducting current
While support is provided holding groove 320, the openend of annular backup pad 311 and housing 1 coordinates to rainwater groove 310
It is supported, shower nozzle 411 can move in the central axis along installation sleeve pipe 312 in installation sleeve pipe 312 inner chamber.
When needing practical of the invention, operating personnel are worked by automatic control switch controlled motor 424, and motor 424 drives
Movable valve plug 425 turns clockwise, autocontrol valve from closure state to open mode switch, now, the 425b4 of intercommunicating pore three with
The 422c1 of water-guiding hole one is connected, and the 425b2 of the intercommunicating pore two and 422c2 of water-guiding hole two is connected, and discharge mechanism 410 stays water state by shrinking
To water state switching is stretched out, current enter Bernoulli Jacob's connecting tube 434 by the 4th high-voltage tube 435 by city supply water pipeline, entered
One step, current enter the 3rd high-voltage tube 433, and in the process, the water in water storage mechanism 100 is passed through by the second high-voltage tube 432
The 434d of connection mouth three enters Bernoulli Jacob's connecting tube 434 and the 3rd high-voltage tube 433 is imported together with the water in city supply water pipeline, with
It, current enter autocontrol valve by the 3rd high-voltage tube 433 by the 422b of connection mouth two, and current, which enter, holds aquaporin, current
The 425b4 of intercommunicating pore three is entered by the 425b4 of intercommunicating pore four by appearance aquaporin, further, current enter the 422c1 of water-guiding hole one,
Current enter the 422ee of water-guiding hole four by the 422g of runner three, and then, current enter transition cavity, and current connect with water-stop sheet 414b2
Touch, in the presence of hydraulic pressure, current are produced along the central axis of the first outlet pipe 413 by the first outlet pipe 413 to water-stop sheet 414b2
Water inlet end points to the thrust of the water side of the first outlet pipe 413, and the thrust promotes the second outlet pipe 414 along the first outlet pipe 413
Central axial direction has water outlet end motion of the water inlet end of the first outlet pipe 413 to the first outlet pipe 413, in the process, holds
Water cavity is gradually reduced, and holds the water in water cavity and/or air enters the 422d of water-guiding hole three by the 413a of runner one, further
, current enter the 422c2 of water-guiding hole two by the 422f of runner two, and current enter water containing space gap by the 425b2 of intercommunicating pore two therewith,
Further, current enter the first high-voltage tube 431 by water containing space gap by the 422a of connection mouth one, and eventually through the first high-voltage tube
431 enter water storage mechanism, until when spacing raised line 414aa contacts with built-in step, the first outlet pipe 413 and the second outlet pipe
414 mutually connect, and current enter the second outlet pipe 414 by the first outlet pipe 413 and drive rotating device 412 to rotate, final logical
The shower nozzle 411 for crossing rotation outwards sprays, and completes to pour, and now, holds the water in cavity and/or air is completely exhausted out, transition cavity
In be full of water and/or air；
When needing to close of the invention, operating personnel are worked by automatic control switch controlled motor 424, and motor 424 drives valve
Core 425 rotates counterclockwise, when autocontrol valve is in the transition state between open mode and closure state, now, water guide
The 422c1 of hole one, the 422c2 of water-guiding hole two are in off-state, and shower nozzle 411 stops water outlet, and the second outlet pipe 414 is still in stretching, extension
State；
Motor 424 continues to drive valve element 425 to rotate counterclockwise, when autocontrol valve completion transition is in closure state, now,
The 425b4 of the intercommunicating pore three and 422c2 of water-guiding hole two is connected, and the 425b1 of the intercommunicating pore one and 422c1 of water-guiding hole one is connected, discharge mechanism 410
Switched from extended configuration to contraction state, current enter Bernoulli Jacob's connecting tube by city supply water pipeline by the 4th high-voltage tube 435
434, further, current enter the 3rd high-voltage tube 433, and in the process, the water in water storage mechanism 100 is by the second high-voltage tube
432 enter Bernoulli Jacob's connecting tube 434 by the 434d of connection mouth three and the 3rd high pressure are imported together with the water in city supply water pipeline
Pipe 433, therewith, current enter autocontrol valve by the 3rd high-voltage tube 433 by the 422b of connection mouth two, and current enter Rong Shuitong
Road, current enter the 425b4 of intercommunicating pore three by appearance aquaporin by the 425b4 of intercommunicating pore four, and further, current enter water-guiding hole two
422c2, further, current enter the 422d of water-guiding hole three by the 422f of runner one, and then, water flows into the 413a of air stream enter runner one, enters
One step, current are entered by the 413a of runner one and hold water cavity, and current contact with sleeve wall portion, and in the presence of hydraulic pressure, second goes out
Central axial direction of the water pipe 414 along the first outlet pipe 413 has the water side of the first outlet pipe 413 to the first outlet pipe 413
Water inlet end motion, the first outlet pipe 413 and the second outlet pipe 414, which disconnect, to be connected, and in the process, transition cavity is gradually reduced,
Water and/or air in transition cavity enter the 422ee of water-guiding hole four, and further, current pass through runner by the 422ee of water-guiding hole four
Three 422g enter the 422c1 of water-guiding hole one, and current enter water containing space gap by the 425b1 of intercommunicating pore one therewith, and current are by water containing space gap
First high-voltage tube 431 is entered by the 422a of connection mouth one, and enters water storage mechanism eventually through the first high-voltage tube 431, until the
Two outlet pipes 413 are contracted in the first outlet pipe 413 completely, and now, water and/or air in adapter cavity are completely exhausted out, Rong Shui
Water and/or air are full of in cavity.
Rainwater is reclaimed using bernoulli principle and carries out the method that greening lawn injection is irrigated, its step is：
（One）Rainwater-collecting memory phase；
S1：Rainwater used by carrying out rain collecting by rain collector and being conveyed to water storage mechanism, described rainwater collection
Acquisition means include rainwater groove 310, holding groove 320, water-supply-pipe 322, and rainwater groove 310 is arranged at the upper of holding groove 320
Side and the collection for being used for rainwater, rainwater groove 310 can convey the rainwater of collection to the holding groove 320 of its bottom, water-supply-pipe
322 connect holding grooves 320, water storage mechanism and can realize that the rainwater accumulated in holding groove 320 flows to water storage mechanism；
（Two）Stretch water outlet
S2：Operating personnel are worked by automatic control switch controlled motor 424, and motor 424 drives valve element 425 to turn clockwise,
Autocontrol valve is switched from closure state to open mode, and now, the 425b4 of the intercommunicating pore three and 422c1 of water-guiding hole one is connected, even
The 425b2 of the through hole two and 422c2 of water-guiding hole two is connected, and discharge mechanism 410 is switched from shrinking in water state to water state is stretched out；
S3：Current enter Bernoulli Jacob's connecting tube 434 by city supply water pipeline by the 4th high-voltage tube 435, and further, water flows into
Enter the 3rd high-voltage tube 433, in the process, the water in water storage mechanism 100 is entered by the second high-voltage tube 432 by the 434d of connection mouth three
Enter Bernoulli Jacob's connecting tube 434 and the 3rd high-voltage tube 433 is imported together with the water in city supply water pipeline, therewith, current are by the 3rd
High-voltage tube 433 enters autocontrol valve by the 422b of connection mouth two, and current, which enter, holds aquaporin, and current are passed through by appearance aquaporin
The 425b4 of intercommunicating pore four enters the 425b4 of intercommunicating pore three, and further, current enter the 422c1 of water-guiding hole one, and current pass through runner three
422g enters the 422ee of water-guiding hole four, and then, current enter transition cavity, and current contact with water-stop sheet 414b2, in the work of hydraulic pressure
Under, current produce along the central axis of the first outlet pipe 413 to water-stop sheet 414b2 and point to the by the water inlet end of the first outlet pipe 413
The thrust of the water side of one outlet pipe 413, the thrust promote central axial direction of second outlet pipe 414 along the first outlet pipe 413
There is water outlet end motion of the water inlet end of the first outlet pipe 413 to the first outlet pipe 413, in the process, hold water cavity and gradually subtract
It is small, hold the water in water cavity and/or air enters the 422d of water-guiding hole three by the 413a of runner one, further, current pass through stream
The 422f of road two enters the 422c2 of water-guiding hole two, and current enter water containing space gap, further, current by the 425b2 of intercommunicating pore two therewith
The first high-voltage tube 431 is entered by the 422a of connection mouth one by water containing space gap, and enters Water-storage machine eventually through the first high-voltage tube 431
Structure, until when spacing raised line 414aa contacts with built-in step, the first outlet pipe 413 is mutually connected with the second outlet pipe 414, water
Stream enters the second outlet pipe 414 by the first outlet pipe 413 and drives rotating device 412 to rotate, eventually through the shower nozzle 411 of rotation
Outwards spray, complete to pour, now, hold the water in cavity and/or air is completely exhausted out, water and/or sky are full of in transition cavity
Gas；
（Three）Transition stage；
S4：Operating personnel are worked by automatic control switch controlled motor 424, and motor 424 drives valve element 425 to rotate counterclockwise,
When autocontrol valve is in the transition state between open mode and closure state, now, the 422c1 of water-guiding hole one, water-guiding hole
Two 422c2 are in off-state, and shower nozzle 411 stops water outlet, and the second outlet pipe 414 is still in extended configuration；
（Four）Contraction phase
S5：Motor 424 continues to drive valve element 425 to rotate counterclockwise, when autocontrol valve completion transition is in closure state, this
When, the 425b4 of the intercommunicating pore three and 422c2 of water-guiding hole two is connected, and the 425b1 of the intercommunicating pore one and 422c1 of water-guiding hole one is connected, discharge mechanism
410 are switched from extended configuration to contraction state；
S6：Current enter Bernoulli Jacob's connecting tube 434 by city supply water pipeline by the 4th high-voltage tube 435, and further, water flows into
Enter the 3rd high-voltage tube 433, in the process, the water in water storage mechanism 100 is entered by the second high-voltage tube 432 by the 434d of connection mouth three
Enter Bernoulli Jacob's connecting tube 434 and the 3rd high-voltage tube 433 is imported together with the water in city supply water pipeline, therewith, current are by the 3rd
High-voltage tube 433 enters autocontrol valve by the 422b of connection mouth two, and current, which enter, holds aquaporin, and current are passed through by appearance aquaporin
The 425b4 of intercommunicating pore four enters the 425b4 of intercommunicating pore three, and further, current enter the 422c2 of water-guiding hole two, and further, current lead to
Cross the 422f of runner one and enter the 422d of water-guiding hole three, then, water flows into the 413a of air stream enter runner one, and further, current are by runner one
413a, which enters, holds water cavity, and current contact with sleeve wall portion, and in the presence of hydraulic pressure, the second outlet pipe 414 is along the first outlet pipe
413 central axial direction has water inlet end motion of the water side of the first outlet pipe 413 to the first outlet pipe 413, the first water outlet
The outlet pipe 414 of pipe 413 and second, which disconnects, to be connected, and in the process, transition cavity is gradually reduced, water in transition cavity and/or
Air enters the 422ee of water-guiding hole four, and further, current enter water-guiding hole one by the 422ee of water-guiding hole four by the 422g of runner three
422c1, therewith current water containing space gap is entered by the 425b1 of intercommunicating pore one, current are entered by water containing space gap by the 422a of connection mouth one
Enter the first high-voltage tube 431, and enter water storage mechanism eventually through the first high-voltage tube 431, until the second outlet pipe 413 shrinks completely
To the first outlet pipe 413, now, water and/or air in adapter cavity are completely exhausted out, and are held in water cavity and are full of water and/or sky
Gas.
The foregoing description of the disclosed embodiments, professional and technical personnel in the field are enable to realize or using the present invention；
A variety of modifications to these embodiments will be apparent for those skilled in the art, defined in the present invention
General Principle can not depart from the present invention spirit or scope in the case of, realize in other embodiments.Therefore, originally
Invention will not be defined to the embodiments shown herein, and be to fit to and principles disclosed herein and features of novelty
Consistent most wide scope.
Claims (4)
1. reclaiming rainwater using bernoulli principle and carrying out the method that greening lawn injection is irrigated, its step is：
（One）Rainwater-collecting memory phase；
S1：Rainwater used by carrying out rain collecting by rain collector and being conveyed to water storage mechanism, described rainwater collection
Acquisition means include rainwater groove, holding groove, water-supply-pipe, and rainwater groove is arranged at the top of holding groove and adopting for rainwater
Collection, rainwater groove can by holding groove from the rainwater of collection to its bottom convey, water-supply-pipe connect holding groove, water storage mechanism and
The rainwater that can be achieved to accumulate in holding groove flows to water storage mechanism；
（Two）Stretch water outlet；
S2：Operating personnel are worked by automatic control switch controlled motor, and motor-driven valve core turns clockwise, autocontrol valve
Door is switched from closure state to open mode, and now, intercommunicating pore three is connected with water-guiding hole one, and intercommunicating pore two connects with water-guiding hole two
Logical, discharge mechanism is switched from shrinking in water state to water state is stretched out；
S3：Current enter Bernoulli Jacob's connecting tube by city supply water pipeline by the 4th high-voltage tube, and further, current enter the 3rd
High-voltage tube, in the process, water in water storage mechanism by the second high-voltage tube by connection mouth three enter Bernoulli Jacob's connecting tube and with
Water in city supply water pipeline imports the 3rd high-voltage tube together, and therewith, current are entered certainly by the 3rd high-voltage tube by connection mouth two
Dynamic control valve, current, which enter, holds aquaporin, and current enter intercommunicating pore three by appearance aquaporin by intercommunicating pore four, further,
Current enter water-guiding hole one, and current enter water-guiding hole four by runner three, and then, current enter transition cavity, current and water proof
Plate is contacted, and in the presence of hydraulic pressure, current are produced along the first outlet pipe central axis by the first outlet pipe water inlet end to water-stop sheet
Point to the thrust of the first outlet pipe water side, the thrust promotes central axial direction of second outlet pipe along the first outlet pipe to have the
Water outlet end motion of the water inlet end of one outlet pipe to the first outlet pipe, in the process, hold water cavity and be gradually reduced, hold water cavity
In water and/or air by runner one enter water-guiding hole three, further, current by runner two enter water-guiding hole two, with
Current water containing space gap is entered by intercommunicating pore two, further, current are entered first high by water containing space gap by connection mouth one
Pressure pipe, and enter water storage mechanism eventually through the first high-voltage tube, until when spacing raised line contacts with built-in step, the first outlet pipe
Mutually connected with the second outlet pipe, current enter the second outlet pipe by the first outlet pipe and drive rotating device to rotate, final logical
The shower nozzle for crossing rotation outwards sprays, and completes to pour, and now, holds the water in cavity and/or air is completely exhausted out, filled in transition cavity
Full water and/or air；
（Three）Transition stage；
S4：Operating personnel are worked by automatic control switch controlled motor, and motor-driven valve core rotates counterclockwise, autocontrol valve
When door is in the transition state between open mode and closure state, now, water-guiding hole one, water-guiding hole two are in disconnecting shape
State, shower nozzle stop water outlet, and the second outlet pipe is still in extended configuration；
（Four）Contraction phase
S5：Motor continues to drive valve element to rotate counterclockwise, when autocontrol valve completion transition is in closure state, now, even
Through hole three is connected with water-guiding hole two, and intercommunicating pore one is connected with water-guiding hole one, and discharge mechanism is switched from extended configuration to contraction state；
S6：Current enter Bernoulli Jacob's connecting tube by city supply water pipeline by the 4th high-voltage tube, and further, current enter the 3rd
High-voltage tube, in the process, water in water storage mechanism by the second high-voltage tube by connection mouth three enter Bernoulli Jacob's connecting tube and with
Water in city supply water pipeline imports the 3rd high-voltage tube together, and therewith, current are entered certainly by the 3rd high-voltage tube by connection mouth two
Dynamic control valve, current, which enter, holds aquaporin, and current enter intercommunicating pore three by appearance aquaporin by intercommunicating pore four, further,
Current enter water-guiding hole two, and further, current enter water-guiding hole three by runner one, and then, water flows into air stream enter runner one, enters one
Step, current are entered by runner one and hold water cavity, and current contact with sleeve wall portion, in the presence of hydraulic pressure, the second outlet pipe edge
The central axial direction of first outlet pipe has water inlet end motion of the water side of the first outlet pipe to the first outlet pipe, the first water outlet
Pipe disconnects with the second outlet pipe to be connected, and in the process, transition cavity is gradually reduced, and the water and/or air in transition cavity enter
Enter water-guiding hole four, further, current cross runner three by water-guiding hole four-way and enter water-guiding hole one, and current pass through intercommunicating pore one therewith
Into water containing space gap, current enter the first high-voltage tube by water containing space gap by connection mouth one, and enter eventually through the first high-voltage tube
Enter water storage mechanism, until the second outlet pipe is contracted in the first outlet pipe completely, now, the water and/or air in adapter cavity are complete
Full discharge, holds in water cavity and is full of water and/or air.
2. according to claim 1 reclaim rainwater using bernoulli principle and carry out the method that greening lawn injection is irrigated,
Characterized in that, described autocontrol valve includes end cap, motor, valve element, described valve element includes connecting shaft, insert body,
Described insert body is the cylinder to match with storage tank, and described connecting shaft is fixedly connected with insert body and concentric cloth
Put, annular groove two is offered on the periphery of insert body, annular groove two is arranged with insert body coaxial line, and the groove depth side of annular groove two
To the central axis perpendicular to insert body, intercommunicating pore is additionally provided with insert body, intercommunicating pore is provided with four, respectively connected
Through hole one, intercommunicating pore two, intercommunicating pore three, intercommunicating pore four, wherein intercommunicating pore one, intercommunicating pore two are arranged at insert body thickness direction
Run through insert body on end face on being and along the thickness direction of insert body, intercommunicating pore three is opened in the bottom land of annular groove two and company
The depth bearing of trend of through hole three is consistent with the groove depth direction of annular groove two, and intercommunicating pore four is opened on insert body thickness direction far
From the end face of connecting shaft, and intercommunicating pore four is connected with intercommunicating pore three.
3. according to claim 1 reclaim rainwater using bernoulli principle and carry out the method that greening lawn injection is irrigated,
Characterized in that, described Bernoulli Jacob's connecting tube includes taper water inlet, conical water outlet, taper water inlet, conical water outlet
Between be provided with middle aqueduct, middle aqueduct one end is connected with taper water inlet, the other end and conical water outlet are connected, institute
Central axis of the openings of sizes for the taper water inlet stated along Bernoulli Jacob's connecting tube by middle aqueduct point to taper water inlet by
Cumulative big, the central axis of the openings of sizes of conical water outlet along Bernoulli Jacob's connecting tube points to conical water outlet by middle aqueduct
Gradually increase.
4. according to claim 1 reclaim rainwater using bernoulli principle and carry out the method that greening lawn injection is irrigated,
Characterized in that, described discharge mechanism includes shower nozzle, the first outlet pipe, the second outlet pipe；Described the first outlet pipe, second
Outlet pipe is the body of both ends open, the first outlet pipe coaxial sleeve in mounting groove and the first outlet pipe outline and peace
Tankage matches, and the inner chamber of the above-mentioned outlet pipe of water-guiding hole four and first is connected；The described coaxial pivot bush unit of the second outlet pipe
In in the first outlet pipe, the second outlet pipe can move along the central axis of the first outlet pipe, and shower nozzle is installed on the second outlet pipe
Water side；Second outlet pipe includes water outlet body, positioning conduction mechanism, described water outlet body, the positioning coaxial cloth of conduction mechanism
Put and mutually connect, wherein the external diameter of water outlet body is less than the internal diameter of the first outlet pipe, position conduction mechanism with the first water outlet
The inner chamber of body matches, and is formed between the first outlet pipe, water outlet body, positioning conduction mechanism and holds water cavity, the second outlet pipe
Transition cavity is formed between body bottom and the first outlet pipe；Also set up between described the first outlet pipe and the second outlet pipe limited
Position mechanism, position-limit mechanism go out for preventing the second outlet pipe from departing from first during being moved along the first outlet pipe central axis
Water pipe, and when the second outlet pipe moves to position-limit mechanism, the first outlet pipe is mutually connected with the second outlet pipe；Described first
Water outlet wall portion is further opened with runner one, and the bearing of trend of runner one is parallel with the central axial direction of the first outlet pipe, runner
The inner chamber of one one end and the first outlet pipe is connected, and close to position-limit mechanism at the connection of the inner chamber of the outlet pipe of runner one and first,
The other end of runner one is connected connection with water-guiding hole three.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201711128725.9A CN107646626B (en) | 2017-11-15 | 2017-11-15 | Method for recovering rainwater and spraying irrigation on green lawn by Bernoulli principle |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201711128725.9A CN107646626B (en) | 2017-11-15 | 2017-11-15 | Method for recovering rainwater and spraying irrigation on green lawn by Bernoulli principle |
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| CN107646626B CN107646626B (en) | 2020-08-07 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108906359A (en) * | 2018-08-14 | 2018-11-30 | 万秀之 | A kind of gardens rotary watering spray head |
| CN114748961A (en) * | 2022-04-06 | 2022-07-15 | 京开建设集团有限公司 | Environment-friendly dust falling device for building demolition |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2766073Y (en) * | 2004-11-10 | 2006-03-22 | 上海凯泉泵业（集团）有限公司 | Automatic opening and closing flushing valve for pump |
| KR20120070863A (en) * | 2010-12-22 | 2012-07-02 | 이윤기 | Green crops cultivating device |
| CN203051849U (en) * | 2012-12-31 | 2013-07-10 | 李健平 | Faucet four-way bidirectional valve |
| CN104012329A (en) * | 2014-06-08 | 2014-09-03 | 高梅珍 | Flowerpot with rotary spraying device |
| CN104653830A (en) * | 2015-02-10 | 2015-05-27 | 芜湖恒威车辆装备科技有限公司 | Stop valve and water pump |
| CN104756826A (en) * | 2015-03-11 | 2015-07-08 | 北京工业大学 | Improved windproof intelligent irrigating system |
-
2017
- 2017-11-15 CN CN201711128725.9A patent/CN107646626B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2766073Y (en) * | 2004-11-10 | 2006-03-22 | 上海凯泉泵业（集团）有限公司 | Automatic opening and closing flushing valve for pump |
| KR20120070863A (en) * | 2010-12-22 | 2012-07-02 | 이윤기 | Green crops cultivating device |
| CN203051849U (en) * | 2012-12-31 | 2013-07-10 | 李健平 | Faucet four-way bidirectional valve |
| CN104012329A (en) * | 2014-06-08 | 2014-09-03 | 高梅珍 | Flowerpot with rotary spraying device |
| CN104653830A (en) * | 2015-02-10 | 2015-05-27 | 芜湖恒威车辆装备科技有限公司 | Stop valve and water pump |
| CN104756826A (en) * | 2015-03-11 | 2015-07-08 | 北京工业大学 | Improved windproof intelligent irrigating system |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108906359A (en) * | 2018-08-14 | 2018-11-30 | 万秀之 | A kind of gardens rotary watering spray head |
| CN108906359B (en) * | 2018-08-14 | 2020-08-11 | 三门县禺前商贸有限公司 | Rotatory watering shower nozzle in gardens |
| CN114748961A (en) * | 2022-04-06 | 2022-07-15 | 京开建设集团有限公司 | Environment-friendly dust falling device for building demolition |
| CN114748961B (en) * | 2022-04-06 | 2023-12-01 | 京开建设集团有限公司 | Environment-friendly dust fall device for building demolition |
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| CN107646626B (en) | 2020-08-07 |
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