CN107237371A - A kind of dual path type water-supply structure for municipal water supplies end - Google Patents
A kind of dual path type water-supply structure for municipal water supplies end Download PDFInfo
- Publication number
- CN107237371A CN107237371A CN201710525303.9A CN201710525303A CN107237371A CN 107237371 A CN107237371 A CN 107237371A CN 201710525303 A CN201710525303 A CN 201710525303A CN 107237371 A CN107237371 A CN 107237371A
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- water
- valve
- pipeline section
- water outlet
- front tube
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Classifications
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
- E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
- E03C1/02—Plumbing installations for fresh water
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
- E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
- E03C1/02—Plumbing installations for fresh water
- E03C1/021—Devices for positioning or connecting of water supply lines
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
- E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
- E03C1/02—Plumbing installations for fresh water
- E03C1/025—Water supply lines as such, e.g. shower hoses
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03C—DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER; SINKS
- E03C1/00—Domestic plumbing installations for fresh water or waste water; Sinks
- E03C1/02—Plumbing installations for fresh water
- E03C1/08—Jet regulators or jet guides, e.g. anti-splash devices
- E03C1/084—Jet regulators with aerating means
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- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Hydrology & Water Resources (AREA)
- Public Health (AREA)
- Water Supply & Treatment (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
- Multiple-Way Valves (AREA)
Abstract
The invention discloses a kind of dual path type water-supply structure for municipal water supplies end, including water outlet front tube, water outlet tail pipe, transition water tank, equal heat structure, the first water inlet structure and the second water inlet structure, equal heat structure includes the first impeller inducer, stirring shaft and place's agitating vane；First water inlet structure includes the first perpendicular valve rod for including the first valve seat, the first valve element with the first water inlet pipe and the first on-off valve, the first on-off valve and being connected with the first valve element, and the first perpendicular valve rod is provided with the first horizontal action bars；Second water inlet structure includes the second perpendicular valve rod for including the second valve seat, the second valve element with the second water inlet pipe and the second on-off valve, the second on-off valve and being connected with the second valve element, and the second perpendicular valve rod is provided with the second horizontal action bars.The beneficial effects of the invention are as follows：Hot and cold two-way water supply can be carried out, possesses regulating power, and hot and cold current premixing can be realized automatically, can ensure that output water temperature is relatively stable.
Description
Technical field
Supplied the invention belongs to municipal water supply technical field, more particularly to a kind of dual path type for municipal water supplies end
Water-bound.
Background technology
Tap is the popular appellation of water valve, for controlling the size switch of current, there is water saving.In the family,
The originally water route registered one's residence by municipal water supply pipeline, its end is required for realizing break-make control by structures such as the fire hoses.And it is cold
The tap of hot dual path type, has also been widely used in current kitchen and bath.But, the fire hose of current cold and hot dual path type
Head, although with can provide cold water, hot water, mixing warm water（Cold water road and hot water road are opened together, are so flowed out in water side
It is exactly mixed warm water, warm water water temperature is between cold water water temperature and hot water water temperature）Function, still, due to cold water, hot water
Mixing fully rely on and completed by current itself flowing, be easily caused water outlet current and occur " half-cold, half heat "（Cold and hot current
It is unmixed uniform）Or " sometimes hot and sometimes cold "（The hydraulic pressure on cold water road or hot water road is unstable, or current include Chuck Steak air, causes to supply
Water is not smooth, consequently, it is possible to just occur sometime cold water it is relative become many or sometime hot water is relative become more than situation, lead
Cause the water temperature difference change finally flowed out greatly）Phenomenon.
The content of the invention
Hot and cold two-way water supply can be carried out it is an object of the invention to overcome the defect of prior art, and provide a kind of, possesses tune
Save power, and can realize the premixing of hot and cold current automatically, can ensure output water temperature it is relatively stable be used for municipal water supplies end
The dual path type water-supply structure at end.
To achieve these goals, the present invention uses following technical scheme：
A kind of dual path type water-supply structure for municipal water supplies end, including
Water outlet front tube, water outlet tail pipe, transition water tank, equal heat structure, the first water inlet structure and the second water inlet structure, the water outlet tail
Pipe connects water outlet front tube, and water outlet front tube connection transition water tank, equal heat structure includes the first impeller inducer, can turned with respect to water outlet front tube
Dynamic stirring shaft and the agitating vane being in transition water tank, startup impeller are coaxially connected by stirring shaft with agitating vane, go out
Water front tube arranges that the first impeller inducer is in water outlet front tube vertically, and the first impeller inducer and water outlet front tube are coaxially arranged；
First water inlet structure includes the first water inlet pipe connected with transition water tank and the first break-make being arranged on the first water inlet pipe
Set on valve, the first perpendicular valve rod that the first on-off valve includes the first valve seat, the first valve element and is connected with the first valve element, the first perpendicular valve rod
There is the first horizontal action bars, the first perpendicular valve rod is rotated with the first water inlet pipe to be connected；
Second water inlet structure includes the second water inlet pipe connected with transition water tank and the second break-make being arranged on the second water inlet pipe
Set on valve, the second perpendicular valve rod that the second on-off valve includes the second valve seat, the second valve element and is connected with the second valve element, the second perpendicular valve rod
There is the second horizontal action bars, the second perpendicular valve rod is rotated with the second water inlet pipe to be connected.
Preferably, also including locking structure, locking structure includes locking cam and the locking through tube wall before water outlet
Sideslip bar, locking sideslip bar is slidingly sealed cooperation, locking sideslip bar glide direction level, locking sideslip bar one end with water outlet front tube
Elastic latch provided with compressible stirring shaft, elastic latch is in water outlet front tube, and the locking sideslip bar other end is provided with perpendicular
Baffle plate, it is perpendicular to erect valve rod pivot center provided with the extrapolation spring being set in outside locking sideslip bar, first between baffle plate and water outlet front tube
Vertically, the first perpendicular valve rod is arranged with locking cam coaxial, and locking cam contact erect baffle plate, locking cam with extrapolate spring office in
The opposite sides of perpendicular baffle plate；
When elastic latch compresses stirring shaft, extrapolation spring is in compressive state, and the first on-off valve is in closed mode；
When extrapolation spring is in nature, there is surplus gap between elastic latch and stirring shaft.
Preferably, being provided with the guide cylinder ring coaxially arranged with water outlet front tube in the water outlet front tube, stirring shaft is passed through and led
Rotate to cylinder ring and with guide cylinder ring and be connected, guide cylinder is fixed by some fix bars with water outlet front tube.
Preferably, also including mozzle, bubbler and being provided with and atmosphere from the top of dredge, the mozzle
Enter gas opening, water outlet tail pipe includes the first pipeline section, the second pipeline section and the 3rd pipeline section, water outlet front tube, the first pipeline section, the second pipeline section,
3rd pipeline section and mozzle are sequentially communicated, and the second pipeline section axis is perpendicular to the 3rd pipeline section axis, the second pipeline section axis and the 3rd pipe
The section equal level of axis；
Bubbler is arranged in the 3rd pipeline section, and bubbler includes setting on diaphragm plate and two bubbling boards being arranged symmetrically, bubbling board
There are multiple limbers, a bubbling board is fixed with tabula plate top surface, and another bubbling board is fixed with diaphragm plate bottom surface, from dredging
What device was arranged including driving gear, with the second coaxially connected impeller inducer of driving gear and two along the 3rd pipeline section axisymmetrical
Pore structure is dredged, the second impeller inducer is rotated with the impeller base being arranged in the second pipeline section and is connected, and bubbling board and thin pore structure are one by one
Correspondence；
In corresponding bubbling board and thin pore structure：Dredging pore structure includes driven gear, driving wheel, axle bed, eccentric rod, comb seat board
And multiple comb seat boards that are arranged on comb bar, comb bar and are corresponded with limber, combing bar includes being used for dredging correspondence logical
The mill floating rule of water aperture and for the guide rod through correspondence limber, mill floating rule connection comb seat board, mill floating rule external diameter with it is logical
Water small aperture is consistent, and guide rod external diameter is less than limber aperture, and driven gear is engaged with driving gear, and driven gear is with driving
Driving wheel is connected by rotating shaft, and driven gear, driving wheel and rotating shaft are coaxially arranged, and rotating shaft is rotated with axle bed and is connected, eccentric rod one end
It is hinged with driving wheel, the eccentric rod other end is hinged with comb seat board, riser seat is sliding provided with the sliding block being slidably connected with the 3rd pipeline section
Block glide direction is parallel to the 3rd pipeline section axis.
Preferably, the bubbling board is arranged vertically, limber axis horizontal, the second impeller inducer pivot center and
Two pipeline section axis are overlapped, and the second impeller inducer water conservancy diversion direction is by the first pipeline section to the 3rd pipeline section, in corresponding bubbling board with dredging
In pore structure：Bubbling board is between mozzle and driven gear, and eccentric rod is hinged by preceding hinge and driving wheel, and eccentric rod leads to
Later hinge is hinged with comb seat board, and preceding hinge shaft axis is with rear hinge shaft axis each parallel to driving wheel axis.
Preferably, the bar that combs also includes transition round platform, in combing bar at one：Grind floating rule, transition round platform and lead
Coaxially arranged to bar, mill floating rule, transition round platform and guide rod are sequentially connected, and the big bottom surface of transition round platform is connected with mill floating rule, transition
The big basal diameter of round platform scrapes that shank diameter is consistent with mill, and transition round platform handle face is connected with guide rod, transition round platform handle face diameter
It is consistent with being oriented to shank diameter.
The beneficial effects of the invention are as follows：Hot and cold two-way water supply can be carried out, possesses regulating power, and can realize automatically hot and cold
Current are pre-mixed, and can ensure that output water temperature is relatively stable.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the enlarged drawing at A in Fig. 1；
Fig. 3 is the top view of water outlet tailpipe of the present invention；
Fig. 4 is the sectional view of water outlet tailpipe of the present invention；
Fig. 5 is the enlarged drawing at B in Fig. 4.
In figure：Water outlet front tube 1, water outlet tail pipe 11, the first pipeline section 11a, the second pipeline section 11b, the 3rd pipeline section 11c, guide cylinder
Ring 12, fix bar 13, mozzle 14, diaphragm plate 151, bubbling board 152, limber 153, transition water tank 2, equal heat structure 3, stir
Moving axis 31, agitating vane 32, the first water inlet structure 41, the first water inlet pipe 411, first erect valve rod 412, the first horizontal action bars 413,
It is horizontal that second water inlet structure 42, the second water inlet pipe 421, second erect valve rod 422, the second horizontal action bars 423, locking cam 51, locking
Slide bar 52, elastic latch 53, perpendicular baffle plate 54, extrapolation spring 55, driving gear 61, the second impeller inducer 62, driving wheel 63, partially
Core bar 64, comb seat board 65, comb bar 66, mill floating rule 661, guide rod 662, transition round platform 663, sliding block 67.
Embodiment
The present invention will be further described with reference to the accompanying drawings and detailed description.
In embodiment as shown in Figures 1 to 5, a kind of dual path type water-supply structure for municipal water supplies end, bag
Include
Water outlet front tube 1, water outlet tail pipe 11, transition water tank 2, equal heat structure 3, the first water inlet structure 41 and the second water inlet structure 42,
The water outlet tail pipe connects water outlet front tube, water outlet front tube connection transition water tank, and equal heat structure includes the first impeller inducer, can be relative
The stirring shaft 31 of water outlet front tube rotation and the agitating vane 32 being in transition water tank, start impeller and pass through agitation with agitating vane
Axle is coaxially connected, and water outlet front tube is arranged vertically, and the first impeller inducer is in water outlet front tube, and before the first impeller inducer and water outlet
Pipe is coaxially arranged；
It is first logical that first water inlet structure includes the first water inlet pipe 411 connect with transition water tank and is arranged on the first water inlet pipe
Disconnected valve, the first perpendicular valve rod 412 that the first on-off valve includes the first valve seat, the first valve element and is connected with the first valve element, the first perpendicular valve
Bar is provided with the first horizontal action bars 413, and the first perpendicular valve rod is rotated with the first water inlet pipe to be connected；
It is second logical that second water inlet structure includes the second water inlet pipe 421 connect with transition water tank and is arranged on the second water inlet pipe
Disconnected valve, the second perpendicular valve rod 422 that the second on-off valve includes the second valve seat, the second valve element and is connected with the second valve element, the second perpendicular valve
Bar is provided with the second horizontal action bars 423, and the second perpendicular valve rod is rotated with the second water inlet pipe to be connected.First impeller inducer water conservancy diversion direction is
By transition water tank to water outlet tail pipe, in the vertical direction, transition water tank, water outlet front tube and water outlet tail pipe divide successively from the bottom to top
Cloth.
First water inlet pipe and the second water inlet pipe can connect hot and cold water route respectively, such as：First water inlet pipe meets hot water line, the
Two water inlet pipes connect cold water pipeline.When needing to use hot water, the horizontal action bars of turn first, pass through the first perpendicular valve rod and open the first break-make
Valve the horizontal action bars of turn second, can pass through the second perpendicular valve rod and open the second on-off valve, it is necessary to during using cold water.When it is cold,
When hot water is used together, cold water, hot water all can first reach transition water tank, then be flowed out through water outlet front tube, water outlet tail pipe, and current
It is that the first impeller inducer can be driven to rotate to flow through water outlet front tube, and the first impeller inducer can then drive the agitation leaf in transition water tank
Wheel is rotated, so as to be pre-mixed to cold water, hot water, to ensure that water outlet water flow temperature is uniform.
Also include locking structure, locking structure includes locking cam 51 and the locking sideslip bar through tube wall before water outlet
52, locking sideslip bar and water outlet front tube are slidingly sealed cooperation, locking sideslip bar glide direction level, and locking sideslip bar one end is provided with
The elastic latch 53 of compressible stirring shaft, elastic latch is in water outlet front tube, and the locking sideslip bar other end is provided with perpendicular gear
Plate 54, it is perpendicular to erect valve rod rotary shaft provided with the extrapolation spring 55 being set in outside locking sideslip bar, first between baffle plate and water outlet front tube
Line is vertical, and the first perpendicular valve rod is arranged with locking cam coaxial, and locking cam contact erects baffle plate, locking cam and extrapolation spring office
In the opposite sides of perpendicular baffle plate；
When elastic latch compresses stirring shaft, extrapolation spring is in compressive state, and the first on-off valve is in closed mode；
When extrapolation spring is in nature, there is surplus gap between elastic latch and stirring shaft.
Comparatively, the situation using cold water and warm water is more, and the situation of the hot water purely used is less, so not
When enabling hot water（First on-off valve is in closed mode）, elastic latch compression stirring shaft, stirring shaft can not be rotated, so as to keep away
Exempt from the problem of stirring shaft is required for rotation in each water flowing, be effectively reduced the abrasion of stirring shaft（Stirring shaft will not be with
What sky was set, it necessarily realizes rotation with a certain respective outer side edges, has at cooperation, just has abrasion）.And when enabling hot water
（First on-off valve is in open mode）There is surplus gap, now stirring shaft is rotatable between elastic latch and stirring shaft,
So the first impeller inducer, agitating vane can smooth rotations.
Be provided with the guide cylinder ring 12 coaxially arranged with water outlet front tube in the water outlet front tube, stirring shaft through guide cylinder ring and
Rotate and be connected with guide cylinder ring, guide cylinder is fixed by some fix bars 13 and water outlet front tube.Guide cylinder ring can be with stirring shaft
Formed and effectively coordinated, ensure the stability in stirring shaft rotation process.
Also include mozzle 14, bubbler and from dredge, the mozzle top is opened provided with the gas that enters with atmosphere
Mouthful, water outlet tail pipe includes the first pipeline section 11a, the second pipeline section 11b and the 3rd pipeline section 11c, water outlet front tube, the first pipeline section, the second pipe
Section, the 3rd pipeline section and mozzle are sequentially communicated, and the second pipeline section axis is perpendicular to the 3rd pipeline section axis, the second pipeline section axis and the 3rd
The equal level of pipeline section axis；
Bubbler is arranged in the 3rd pipeline section, and bubbler includes the bubbling board 152 that diaphragm plate 151 and two are arranged symmetrically, foaming
Plate is provided with multiple limbers 153, and a bubbling board is fixed with tabula plate top surface, and another bubbling board is consolidated with diaphragm plate bottom surface
It is fixed, include driving gear 61 from dredge, with the second coaxially connected impeller inducer 62 of driving gear and two along the 3rd pipeline section
The thin pore structure of axisymmetrical arrangement, the second impeller inducer is rotated with the impeller base being arranged in the second pipeline section and is connected, bubbling board
Corresponded with thin pore structure；
In corresponding bubbling board and thin pore structure：Dredging pore structure includes driven gear, driving wheel 63, axle bed, eccentric rod 64, comb
Seat board 65 and multiple comb seat boards that are arranged on comb bar 66, comb bar and are corresponded with limber, and combing bar includes being used to dredge
Lead to the mill floating rule 661 of correspondence limber and for the guide rod 662 through correspondence limber, mill floating rule connects comb seat board,
Grind floating rule external diameter consistent with limber aperture, guide rod external diameter is less than limber aperture, driven gear is nibbled with driving gear
Close, driven gear is connected with driving wheel by rotating shaft, and driven gear, driving wheel and rotating shaft are coaxially arranged, rotating shaft is rotated with axle bed
Connection, eccentric rod one end is hinged with driving wheel, and the eccentric rod other end is hinged with comb seat board, and riser seat is provided with to be slided with the 3rd pipeline section
The sliding block 67 of dynamic connection, sliding block glide direction is parallel to the 3rd pipeline section axis.
The bubbling board arranges vertically, limber axis horizontal, the second impeller inducer pivot center and the second pipeline section axle
Line is overlapped, and the second impeller inducer water conservancy diversion direction is by the first pipeline section to the 3rd pipeline section, in corresponding bubbling board and thin pore structure：
Bubbling board is between mozzle and driven gear, and eccentric rod is hinged by preceding hinge and driving wheel, and eccentric rod passes through rear hinge
It is hinged with comb seat board, preceding hinge shaft axis is with rear hinge shaft axis each parallel to driving wheel axis.Tied in corresponding bubbling board and thin hole
In structure：Spacing is not zero between preceding hinge shaft axis and driving wheel axis.
The bar that combs also includes transition round platform, in combing bar at one：Grind floating rule, transition round platform and the coaxial cloth of guide rod
Put, mill floating rule, transition round platform and guide rod are sequentially connected, the big bottom surface of transition round platform is connected with mill floating rule, the big bottom surface of transition round platform
Diameter scrapes that shank diameter is consistent with mill, and transition round platform handle face is connected with guide rod, and transition round platform handle face diameter and guide rod are straight
Footpath is consistent.
In the first-class water-supply structure of the current fire hose, bubble structure has also frequently been used（Such as bubbler）, playing bubble structure can be with
Allow the water and air flowed through to be sufficiently mixed, allow current to have the effect of foaming.The form for playing bubble structure is very various, its general principle
It is to allow current（Guan Liu）By netted or quasi-network structure, so that becoming multiply becomes thread（Line stream）, so that air can more be held
Change places and be mixed into wherein.There is the addition of air, the scouring force of water improves many, and can effectively reduce relative water consumption, and water is also
It is difficult splashes.In addition, during water contact user's skin after foaming, the comfort of user is also more preferably.In the present embodiment,
, can be by multiple limbers on bubbling board, so as to occur foaming effect when current pass through three pipeline sections.But, foaming knot
The shortcoming of structure is also fairly obvious, that is, incrustation scale, impurity for being easily accumulated by etc. are blocked, so as to occur locally even all blockings
Phenomenon.
And in the present embodiment, by taking visual angle in Fig. 4 as an example, flowing through the current of the first pipeline section can drive impeller inducer to rotate
Come, impeller inducer drives driving gear to rotate, for a thin pore structure, driving gear drives driven gear to rotate, driven
Gear drives driving wheel to rotate, when driving wheel is rotated, and drives comb seat board or so to move back and forth by eccentric rod, at the same sliding block with
Comb seat board slidably reciprocates with respect to the 3rd pipeline section or so together.Consequently, it is possible to comb the mill floating rule of bar is respectively combed on seat board just can be right
Each limber carries out mill and scrapes dredging, so as to ensure that limber is unobstructed for a long time.Again because two thin pore structures are along the 3rd pipeline section
Axisymmetrical arrangement, so when the mill floating rule that bar is respectively combed on a comb seat board enters correspondence limber and dredged, separately
The mill floating rule that bar is respectively combed on one comb seat board is in outside correspondence limber, so as to ensure that the 3rd pipeline section can be continuous
Water flowing is supplied water.（It is emphasized that for one combs bar, it, through correspondence limber, can be that mill is scraped that it is all the time
Bar passes through correspondence limber or guide rod passes through correspondence limber or mill floating rule and guide rod respectively to have
A part is in correspondence limber, and whether completely difference is only mill floating rule " blocking " correspondence limber）In addition,
There is a situation where it is all comb bar and be at answer outside limber, be exactly this situation in Fig. 4.Consequently, it is possible to which the present invention can
Water route break-make is controlled, there is foaming function again, and in water supply process, with automatic dredging ability, can effectively prevent foaming from tying
Structure is blocked, and water route will not be cut off during automatic dredging.And incrustation scale, the impurity scraped off by mill, because volume is minimum（As long as
Supplying water, thin pore structure is just working always, incrustation scale and impurity have no chance accumulation change greatly）, so can be together with current through logical
Water aperture flows out.
In addition, the aperture of limber is smaller, so mill floating rule is also thinner.Grinding floating rule is difficult in practice
Ensure axis fully horizontally, and guide rod can play a part of guiding, it is to avoid because grinding floating rule caused by mill floating rule " not level "
With corresponding limber it is unjustified the problem of（It is very thin in itself by mill floating rule if being only the unjustified of small degree, it is easily deformed,
So after mill floating rule contacts bubbling board and is squeezed, it is slight curving to deform, correspondence limber still can be squeezed into, if
Largely unjustified, then grind floating rule smoothly can not be dredged into correspondence limber）, and transition round platform can then enter
One step lifts guide effect, coordinates guide rod, can ensure that mill floating rule can smoothly enter correspondence limber and be dredged every time.
Claims (6)
1. a kind of dual path type water-supply structure for municipal water supplies end, it is characterized in that, including
Water outlet front tube, water outlet tail pipe, transition water tank, equal heat structure, the first water inlet structure and the second water inlet structure, the water outlet tail
Pipe connects water outlet front tube, and water outlet front tube connection transition water tank, equal heat structure includes the first impeller inducer, can turned with respect to water outlet front tube
Dynamic stirring shaft and the agitating vane being in transition water tank, startup impeller are coaxially connected by stirring shaft with agitating vane, go out
Water front tube arranges that the first impeller inducer is in water outlet front tube vertically, and the first impeller inducer and water outlet front tube are coaxially arranged；
First water inlet structure includes the first water inlet pipe connected with transition water tank and the first break-make being arranged on the first water inlet pipe
Set on valve, the first perpendicular valve rod that the first on-off valve includes the first valve seat, the first valve element and is connected with the first valve element, the first perpendicular valve rod
There is the first horizontal action bars, the first perpendicular valve rod is rotated with the first water inlet pipe to be connected；
Second water inlet structure includes the second water inlet pipe connected with transition water tank and the second break-make being arranged on the second water inlet pipe
Set on valve, the second perpendicular valve rod that the second on-off valve includes the second valve seat, the second valve element and is connected with the second valve element, the second perpendicular valve rod
There is the second horizontal action bars, the second perpendicular valve rod is rotated with the second water inlet pipe to be connected.
2. a kind of dual path type water-supply structure for municipal water supplies end according to claim 1, it is characterized in that, also
Including locking structure, locking structure includes locking cam and the locking sideslip bar through tube wall before water outlet, locking sideslip bar with
Water outlet front tube is slidingly sealed cooperation, and locking sideslip bar glide direction level, locking sideslip bar one end is provided with compressible stirring shaft
Elastic latch, elastic latch is in water outlet front tube, and the locking sideslip bar other end is provided with perpendicular baffle plate, erects before baffle plate and water outlet
Provided with the extrapolation spring being set in outside locking sideslip bar between pipe, the first perpendicular valve rod pivot center is vertical, the first perpendicular valve rod and lock
Only cam coaxial is arranged, locking cam contact erects baffle plate, and locking cam is with extrapolation spring office in the opposite sides of perpendicular baffle plate；
When elastic latch compresses stirring shaft, extrapolation spring is in compressive state, and the first on-off valve is in closed mode；
When extrapolation spring is in nature, there is surplus gap between elastic latch and stirring shaft.
3. a kind of dual path type water-supply structure for municipal water supplies end according to claim 1, it is characterized in that, institute
State and the guide cylinder ring coaxially arranged with water outlet front tube is provided with water outlet front tube, stirring shaft turns through guide cylinder ring and with guide cylinder ring
Dynamic connection, guide cylinder is fixed by some fix bars with water outlet front tube.
4. a kind of dual path type water-supply structure for municipal water supplies end according to claim 1 or 2 or 3, it is special
Levying is, in addition to mozzle, bubbler and is provided with from dredge, at the top of the mozzle and to enter gas opening with atmosphere, goes out
Water tail pipe includes the first pipeline section, the second pipeline section and the 3rd pipeline section, water outlet front tube, the first pipeline section, the second pipeline section, the 3rd pipeline section and leads
Flow tube is sequentially communicated, and the second pipeline section axis is perpendicular to the 3rd pipeline section axis, the second pipeline section axis and the 3rd equal level of pipeline section axis；
Bubbler is arranged in the 3rd pipeline section, and bubbler includes setting on diaphragm plate and two bubbling boards being arranged symmetrically, bubbling board
There are multiple limbers, a bubbling board is fixed with tabula plate top surface, and another bubbling board is fixed with diaphragm plate bottom surface, from dredging
What device was arranged including driving gear, with the second coaxially connected impeller inducer of driving gear and two along the 3rd pipeline section axisymmetrical
Pore structure is dredged, the second impeller inducer is rotated with the impeller base being arranged in the second pipeline section and is connected, and bubbling board and thin pore structure are one by one
Correspondence；
In corresponding bubbling board and thin pore structure：Dredging pore structure includes driven gear, driving wheel, axle bed, eccentric rod, comb seat board
And multiple comb seat boards that are arranged on comb bar, comb bar and are corresponded with limber, combing bar includes being used for dredging correspondence logical
The mill floating rule of water aperture and for the guide rod through correspondence limber, mill floating rule connection comb seat board, mill floating rule external diameter with it is logical
Water small aperture is consistent, and guide rod external diameter is less than limber aperture, and driven gear is engaged with driving gear, and driven gear is with driving
Driving wheel is connected by rotating shaft, and driven gear, driving wheel and rotating shaft are coaxially arranged, and rotating shaft is rotated with axle bed and is connected, eccentric rod one end
It is hinged with driving wheel, the eccentric rod other end is hinged with comb seat board, riser seat is sliding provided with the sliding block being slidably connected with the 3rd pipeline section
Block glide direction is parallel to the 3rd pipeline section axis.
5. a kind of dual path type water-supply structure for municipal water supplies end according to claim 4, it is characterized in that, institute
State bubbling board to arrange vertically, limber axis horizontal, the second impeller inducer pivot center is overlapped with the second pipeline section axis, second
Impeller inducer water conservancy diversion direction is by the first pipeline section to the 3rd pipeline section, in corresponding bubbling board and thin pore structure：Bubbling board is in
Between mozzle and driven gear, eccentric rod is hinged by preceding hinge and driving wheel, and eccentric rod is cut with scissors by rear hinge with comb seat board
Connect, preceding hinge shaft axis is with rear hinge shaft axis each parallel to driving wheel axis.
6. a kind of dual path type water-supply structure for municipal water supplies end according to claim 4, it is characterized in that, institute
State and comb bar and also include transition round platform, in combing bar at one：Grind floating rule, transition round platform and guide rod coaxially arranged, mill floating rule,
Transition round platform and guide rod are sequentially connected, and the big bottom surface of transition round platform is connected with mill floating rule, and the big basal diameter of transition round platform is scraped with mill
Shank diameter is consistent, and transition round platform handle face is connected with guide rod, and transition round platform handle face diameter is consistent with being oriented to shank diameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710525303.9A CN107237371B (en) | 2017-06-30 | 2017-06-30 | A kind of dual path type water-supply structure for municipal water supplies end |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710525303.9A CN107237371B (en) | 2017-06-30 | 2017-06-30 | A kind of dual path type water-supply structure for municipal water supplies end |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112302121A (en) * | 2020-10-12 | 2021-02-02 | 何永军 | Sewage pipes descaling structure for building |
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| JP2009183664A (en) * | 2008-02-07 | 2009-08-20 | Katsuyuki Kihira | Stirring paddle for bathtub |
| CN203703246U (en) * | 2013-08-09 | 2014-07-09 | 伍旭阳 | Cold-hot water quick mixer |
| CN105065724A (en) * | 2015-07-20 | 2015-11-18 | 苏州科技学院 | Temperature control water admixing device |
| CN106763982A (en) * | 2016-12-21 | 2017-05-31 | 山东大学 | A kind of constant-temperature effluent valve and its method of work |
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| JP2009183664A (en) * | 2008-02-07 | 2009-08-20 | Katsuyuki Kihira | Stirring paddle for bathtub |
| CN203703246U (en) * | 2013-08-09 | 2014-07-09 | 伍旭阳 | Cold-hot water quick mixer |
| CN105065724A (en) * | 2015-07-20 | 2015-11-18 | 苏州科技学院 | Temperature control water admixing device |
| CN106763982A (en) * | 2016-12-21 | 2017-05-31 | 山东大学 | A kind of constant-temperature effluent valve and its method of work |
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| CN112302121A (en) * | 2020-10-12 | 2021-02-02 | 何永军 | Sewage pipes descaling structure for building |
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| CN107237371B (en) | 2019-08-02 |
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