CN207330525U - A kind of water softening device integrated waterway device for integrating overflow and blowdown - Google Patents
A kind of water softening device integrated waterway device for integrating overflow and blowdown Download PDFInfo
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- CN207330525U CN207330525U CN201721236531.6U CN201721236531U CN207330525U CN 207330525 U CN207330525 U CN 207330525U CN 201721236531 U CN201721236531 U CN 201721236531U CN 207330525 U CN207330525 U CN 207330525U
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Abstract
The utility model discloses a kind of water softening device integrated waterway device for integrating overflow and blowdown, including water inlet portion and water part；Water inlet portion includes sewer connection pipe, total runner cavity, overflow cavity and overflow blowdown integrally connected pipe, overflow blowdown integrally connected water inlet tube end is connected with total runner cavity, sewer connection pipe water inlet end is connected with the blow-off pipe of water softening device, sewer connection pipe water outlet is connected with total runner cavity, spill cavity body is located above total runner cavity, overflow port is equipped with the top of overflow cavity, overflow inside cavity is equipped with floating ball, and overflow cavity bottom is connected with total runner cavity；Water part includes drainage joint, and drainage joint water inlet end is connected by seal nipple with overflow blowdown integrally connected pipe water outlet.The utility model assembles blowdown and relief function in one, avoids while installs two discharge lines, saves space, is easily installed operation, reduces the risk of water softening device leakage.
Description
Technical field
Water-softening plant is the utility model is related to, especially a kind of water softening device integrating water route dress for integrating overflow and blowdown
Put.
Background technology
Water softening device on the market will realize that liquid exceedes and limit height by the function of water discharge, it is necessary in installation blowdown at present
In addition overflow pipe is individually equipped with while pipe, can so cause cost to improve, and cumbersome for installation, outer leak source increase.Blowdown and overflow
The external pipe of stream is typically all to be fixed with locking nut on the organism sidewall of water softening device, and locking nut needs to install water softening device
Body on the inside of, because water softening device inner space is small, operating difficulties causes to install time-consuming and laborious, improves product cost；Due to row
Dirty and overflow external pipe is fixed by nut, can not be adjusted the angle, it is impossible to which satisfaction need to adapt to different installation environments
With the requirement of different setting angles；In addition external blow-off pipe tightening nut easily loosens, and adds disclosure risk.
The content of the invention
Goal of the invention：In order to overcome existing water softening device existing operating difficulties when installing blowdown and overflow external pipe,
Easy the problem of revealing during use, the utility model, which provides, a kind of integrates overflow and the water softening device of blowdown integrates water
Road device, the device integrate the external pipe of blowdown and overflow with integral, consequently facilitating installation operation, reduction water softening device leakage
Risk.
To achieve these goals, the utility model employs following technical solution：One kind collection overflow and blowdown are one
The water softening device integrated waterway device of body, including water inlet portion and water part；
The water inlet portion includes sewer connection pipe, total runner cavity, overflow cavity and overflow blowdown integrally connected pipe, overflows
Stream blowdown integrally connected water inlet tube end is connected with total runner cavity, and sewer connection pipe water inlet end is connected with the blow-off pipe of water softening device,
Sewer connection pipe water outlet is connected with total runner cavity, and spill cavity body is located above total runner cavity, is equipped with the top of overflow cavity
Overflow port, overflow inside cavity are equipped with floating ball, and overflow cavity bottom is connected with total runner cavity；
The water part includes drainage joint, and drainage joint water inlet end passes through seal nipple and overflow blowdown integrally connected
Pipe water outlet is connected.
Further, the seal nipple includes gasket, rotation stop gasket, drainage joint sealing ring and locking sleeve；
Cylindrical in the middle part of overflow blowdown integrally connected pipe to have annular relief a, annular relief a is close to overflow blowdown one
The side of connecting tube water outlet sets gradually gasket and rotation stop gasket, and rotation stop gasket endoporus leads to overflow blowdown integrally connected pipe
Key connection is crossed, the cylindrical outer stop ear of outer stop ear that is equipped with of rotation stop gasket is rotatablely connected with rotation stop gasket；
Drainage joint water inlet end end face is bonded with overflow blowdown integrally connected pipe water outlet end face, in drainage joint water inlet end
Cylindrical to have annular relief b, locking sleeve middle and back is sleeved on annular relief b, and drainage joint sealing ring is arranged on locking
Between sleeve middle and back and annular relief b, locking sleeve afterbody is sleeved on drainage joint, and locking sleeve afterbody diameter of bore is small
In annular relief b outside diameters, locking sleeve middle front part is connected through a screw thread with overflow blowdown integrally connected pipe water outlet, lock sleeve
Cylinder head is cylindrical equipped with the card slot to match with outer stop ear.
Further, the overflow blowdown integrally connected pipe is Venturi tube.
Further, it is equipped with overflow hole seal circle on the inside of the overflow port.
Further, the sewer connection pipe, total runner cavity, overflow cavity, overflow blowdown integrally connected pipe and annular
Lug boss a is integrally formed.
Further, the sewer connection pipe water inlet end is equipped with quick coupling, is set between quick coupling and sewer connection pipe
There is quick coupling sealing ring.
Further, drainage joint is right angle bent sub.
Beneficial effect：
1st, the water softening device integrated waterway device assembles blowdown and relief function in one, avoids while installs two rows
Go out pipeline, save space；
2nd, discharge pipe line utilizes Venturi effect, considerably increases the flow velocity of liquid discharge, improves expulsion efficiency；
3rd, drainage joint employs right angle bent sub, drainage joint water outlet can 360 ° of rotations, can both meet different occasions
Installation requirements, reduce pipeline knot, prevent leakage risk, and can reduce in transportational process by caused by external force loosening；
4th, sewer connection pipe coordinates general quick coupling, easy to operate；
5th, external pipeline need to only use one, and collector nozzle sealing is more preferable, while reduces cost, remarkable in economical benefits.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model；
Fig. 2 is the end view drawing of rotation stop gasket；
The sectional view on Fig. 3 locking sleeves head；
Fig. 4 is state diagram when the utility model carries out flooded operation；
Fig. 5 is state diagram when the utility model carries out blowdown operation；
Fig. 6 is state diagram when the utility model is carried out at the same time blowdown and blowdown operation.
In figure：1- quick coupling sealing rings, 2- quick couplings, 3- sewer connection pipes, 4- overflow ports, 5- overflow hole seals
Circle, 6- floating balls, 7- overflow cavitys, the total runner cavitys of 8-, 9- overflow blowdown integrally connected pipes, 9-1- annular reliefs a, 10- are close
Packing, 11- rotation stop gaskets, the outer stop ears of 11-1-, 11-2- keys, 12- drainage joint sealing rings, 13- locking sleeves, 13-1- cards
Groove, 14- drainage joints, 14-1- annular reliefs b, 15- water softening device body.
Embodiment：
Further explanation is done to the utility model below in conjunction with the accompanying drawings.
As shown in Figure 1, a kind of water softening device integrated waterway device for integrating overflow and blowdown of the utility model, including
Water inlet portion and water part.The water inlet portion includes sewer connection pipe 3, total runner cavity 8, overflow cavity 7 and overflow row
Dirty integrally connected pipe 9.The overflow blowdown integrally connected pipe 9 is Venturi tube, 9 water inlet end of overflow blowdown integrally connected pipe with it is total
Runner cavity 8 is connected, and 3 water inlet end of sewer connection pipe is connected with the blow-off pipe of water softening device, for the ease of 3 water inlet end of sewer connection pipe
Assembled with the blow-off pipe of water softening device, 3 water inlet end of sewer connection pipe is equipped with quick coupling 2, and quick coupling 2 connects with blowdown
Quick coupling sealing ring 1 is equipped between adapter 3, prevents sewage from revealing, 3 water outlet of sewer connection pipe is connected with total runner cavity 8,
Overflow cavity 7 is positioned at total top of runner cavity 8, and the top of overflow cavity 7 is equipped with overflow port 4, and it is close that the inner side of overflow port 4 is equipped with overflow port
Seal 5, overflow cavity 7 is interior to be equipped with floating ball 6, and 7 bottom of overflow cavity is connected with total runner cavity 8.In the present embodiment, the blowdown
Connecting tube 3, total runner cavity 8, overflow cavity 7, overflow blowdown integrally connected pipe 9 and annular relief a9-1 use casting technique
It is integrally formed.The water part includes drainage joint 14, and the drainage joint 14 is right angle bent sub, and drainage joint 14 is intake
End is connected by seal nipple with 9 water outlet of overflow blowdown integrally connected pipe.
As illustrated in fig. 1 and 2, the seal nipple includes gasket 10, rotation stop gasket 11, drainage joint sealing ring 12 and lock
Fixed cylinder 13.The middle part of overflow blowdown integrally connected pipe 9 is cylindrical to have annular relief a9-1, and annular relief a9-1 is close to overflow
The side of 9 water outlet of blowdown integrally connected pipe sets gradually gasket 10 and rotation stop gasket 11,11 endoporus of rotation stop gasket and overflow
Blowdown integrally connected pipe 9 is connected by key 11-2, and rotation stop gasket 11 is cylindrical to be equipped with outer stop ear 11-1, and outer stop ear 11-1 is with stopping
Turn gasket 11 to be rotatablely connected.14 water inlet end end face of pollution discharge joint is bonded with 9 water outlet end face of overflow blowdown integrally connected pipe, is being arranged
14 water inlet end of water swivel is cylindrical to have annular relief b14-1, and 13 middle and back of locking sleeve is sleeved on annular relief b14-1,
Bent sub sealing ring 12 is arranged between 13 middle and back of locking sleeve and annular relief b14-1, and 13 afterbody of locking sleeve is sleeved on
On drainage joint 14,13 afterbody diameter of bore of locking sleeve is less than annular relief b14-1 outside diameters, 13 middle front part of locking sleeve with
9 water outlet of overflow blowdown integrally connected pipe is connected through a screw thread, and 13 head of locking sleeve is cylindrical to be equipped with and outer stop ear 11-1 phases
Matched card slot 13-1.
As shown in figure 3, the utility model water softening device integrated waterway device is when being installed, present water softening device body 15
Side wall opens up a mounting hole to match with 9 outside diameter of overflow blowdown integrally connected pipe, and water inlet portion is included to be placed on soft water
The blow-off pipe of the inner side of machine body 15,3 water inlet end of sewer connection pipe and water softening device is connected by quick coupling 2, then arranges overflow
Dirty 9 water outlet of integrally connected pipe passes through the mounting hole of 15 side wall of water softening device body, makes the annular on overflow blowdown integrally connected pipe 9
Lug boss a9-1 and gasket 10 are located at the inner side of water softening device body 15, and rotation stop gasket 11 is located at the outside of water softening device body 15, will go out
Water section is placed on the outside of water softening device body 15, and locking sleeve 13 and 9 water outlet of overflow blowdown integrally connected pipe are passed through screw thread
Locking, it is necessary to which outer stop ear 11-1 is turned to the top during screw-threaded coupling, it is dry to prevent that it from producing with locking sleeve 13
Relate to, when screw-threaded coupling in place after, gasket 10 and rotation stop gasket 11 are adjacent to the side wall of water softening device body 15, locking sleeve from both sides
Annular relief a9-1 on 13 afterbodys axial compression overflow blowdown integrally connected pipe 9, so that 14 water inlet end end of pollution discharge joint
Face is fitted closely with 9 water outlet end face of overflow blowdown integrally connected pipe.Finally outer stop ear 11-1 is rotated down and is caught in lock
In the card slot 13-1 of fixed cylinder 13.When drainage joint 14 is by torsion, drive the rotation of drainage joint sealing ring, locking sleeve 13 by
Power, but rotation stop gasket 11 limits locking sleeve 13 by outer stop ear 11-1 and rotates, and draws so locking nut 13 will not be loosened
Play leakage.
As shown in figure 4, the height of 4 upper surface of overflow port is highest liquid level in the water softening device of setting.When there is liquid in water softening device
When body exceedes 4 upper surface of overflow port, overflow port 4 has current, and sewer connection pipe 3 does not have current, and floating ball 6 is in lower position, this
When liquid flow into total runner cavity 8 from overflow cavity 7, discharged after overflow blowdown integrally connected pipe 9 and drainage joint 14 soft
Water dispenser.
If the current of overflow port 4 are very fast, more liquid is filled with overflow cavity 7, floating ball 6 is blocked up because of the small floating of density
Firmly overflow port 4, afterwards, the liquid of overflow cavity 7 are discharged from drainage joint 14 again, and 6 downlink of reverse stopping ball, overflow port 4 is opened again, after
Continuous to pour in liquid, liquid discharges water softening device after overflow blowdown integrally connected pipe 9 and drainage joint 14 again.
As shown in figure 5, when there is current to pass through sewer connection pipe 3, sub-fraction liquid can be entered by total runner cavity 8
Overflow cavity 7, when being filled with more liquid in overflow cavity 7, floating ball 6 is blocked overflow port 4, is played because of the small floating of density
The effect that overflow port 4 is sealed, prevents that liquid flows into water softening device in sewer connection pipe 3, remaining liq is by overflow blowdown one
Water softening device is discharged after connecting tube 9 and drainage joint 14.
As shown in fig. 6, ought have current at the same time by sewer connection pipe 3 and overflow port 4, current are at the same time from sewer connection pipe 3
Total 8 body of runner cavity is imported with overflow cavity 7, then soft water is discharged after overflow blowdown integrally connected pipe 9 and drainage joint 14
Machine.
The overflow blowdown integrally connected pipe 9 of the utility model employs Venturi tube, and liquid enters from total runner cavity 8 to overflow
When flowing blowdown integrally connected pipe 9, according to Venturi effect principle, liquid flows in Venturi tube, in the most narrow segment of pipeline,
Dynamic pressure reaches maximum, and static pressure reaches minimum value.The speed of liquid because the cross-sectional area of runner reduces and on
Rise.Whole shove will undergo the process of pipe reductions within the same time, thus pressure also reduces in the same time, and then produce
Raw pressure differential.Atmospheric pressure is more than fluid pressure in pipeline at this time, this pressure differential provides an external suction to fluid, so that
The flow velocity of liquid in pipeline is improved, is allowed to flow out with speed quickly.The integrally connected of overflow blowdown at this time pipe 9 can play rainbow
The effect of suction, can accelerate the velocity of discharge of liquid in total runner cavity 8.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model principle is not departed from, some improvements and modifications can also be made, these improve and
Retouching also should be regarded as the scope of protection of the utility model.
Claims (7)
- A kind of 1. water softening device integrated waterway device for integrating overflow and blowdown, it is characterised in that：Including water inlet portion and go out Water section；The water inlet portion includes sewer connection pipe (3), total runner cavity (8), overflow cavity (7) and overflow blowdown integrally connected Manage (9), overflow blowdown integrally connected pipe (9) water inlet end is connected with total runner cavity (8), sewer connection pipe (3) water inlet end with it is soft The blow-off pipe of water dispenser is connected, and sewer connection pipe (3) water outlet is connected with total runner cavity (8), and overflow cavity (7) is located at total runner Above cavity (8), overflow port (4) is equipped with the top of overflow cavity (7), overflow cavity (7) is internally provided with floating ball (6), overflow cavity (7) bottom is connected with total runner cavity (8)；The water part includes drainage joint (14), and drainage joint (14) water inlet end passes through seal nipple and overflow blowdown one Connecting tube (9) water outlet is connected.
- 2. a kind of water softening device integrated waterway device for integrating overflow and blowdown according to claim 1, its feature exist In：The seal nipple includes gasket (10), rotation stop gasket (11), drainage joint sealing ring (12) and locking sleeve (13)；Cylindrical in the middle part of overflow blowdown integrally connected pipe (9) to have annular relief a (9-1), annular relief a (9-1) is close to excessive The side of stream blowdown integrally connected pipe (9) water outlet sets gradually gasket (10) and rotation stop gasket (11), rotation stop gasket (11) Endoporus is connected with overflow blowdown integrally connected pipe (9) by key (11-2), and rotation stop gasket (11) is cylindrical to be equipped with outer stop ear (11- 1), outer stop ear (11-1) is rotatablely connected with rotation stop gasket (11)；Drainage joint (14) water inlet end end face is bonded with overflow blowdown integrally connected pipe (9) water outlet end face, in drainage joint (14) water inlet end is cylindrical has annular relief b (14-1), and locking sleeve (13) middle and back is sleeved on annular relief b (14-1) On, drainage joint sealing ring (12) is arranged between locking sleeve (13) middle and back and annular relief b (14-1), locking sleeve (13) afterbody is sleeved on drainage joint (14), and locking sleeve (13) afterbody diameter of bore is less than annular relief b (14-1) outside diameter, Locking sleeve (13) middle front part is connected through a screw thread with overflow blowdown integrally connected pipe (9) water outlet, locking sleeve (13) head It is cylindrical equipped with the card slot (13-1) to match with outer stop ear (11-1).
- 3. a kind of water softening device integrated waterway device for integrating overflow and blowdown according to claim 1 or 2, its feature It is：The overflow blowdown integrally connected pipe (9) is Venturi tube.
- 4. a kind of water softening device integrated waterway device for integrating overflow and blowdown according to claim 3, its feature exist In：Overflow hole seal circle (5) is equipped with the inside of the overflow port (4).
- 5. a kind of water softening device integrated waterway device for integrating overflow and blowdown according to claim 4, its feature exist In：The sewer connection pipe (3), total runner cavity (8), overflow cavity (7), overflow blowdown integrally connected pipe (9) and convex annular Portion a (9-1) is played to be integrally formed.
- 6. a kind of water softening device integrated waterway device for integrating overflow and blowdown according to claim 5, its feature exist In：Sewer connection pipe (3) water inlet end is equipped with quick coupling (2), is equipped between quick coupling (2) and sewer connection pipe (3) Quick coupling sealing ring (1).
- 7. a kind of water softening device integrated waterway device for integrating overflow and blowdown according to claim 6, its feature exist In：Drainage joint (14) is right angle bent sub.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721236531.6U CN207330525U (en) | 2017-09-25 | 2017-09-25 | A kind of water softening device integrated waterway device for integrating overflow and blowdown |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721236531.6U CN207330525U (en) | 2017-09-25 | 2017-09-25 | A kind of water softening device integrated waterway device for integrating overflow and blowdown |
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| CN207330525U true CN207330525U (en) | 2018-05-08 |
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| CN201721236531.6U Active CN207330525U (en) | 2017-09-25 | 2017-09-25 | A kind of water softening device integrated waterway device for integrating overflow and blowdown |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107445313A (en) * | 2017-09-25 | 2017-12-08 | 南京福碧源环境技术有限公司 | A kind of water softening device integrated waterway device for integrating overflow and blowdown |
-
2017
- 2017-09-25 CN CN201721236531.6U patent/CN207330525U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107445313A (en) * | 2017-09-25 | 2017-12-08 | 南京福碧源环境技术有限公司 | A kind of water softening device integrated waterway device for integrating overflow and blowdown |
| WO2019056807A1 (en) * | 2017-09-25 | 2019-03-28 | 南京福碧源环境技术有限公司 | Water softener integrated waterway device integrating overflow and sewage drainage functions |
| CN107445313B (en) * | 2017-09-25 | 2023-04-14 | 南京福碧源环境技术有限公司 | Water softener integrated waterway device integrating overflow and pollution discharge |
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