CN206408681U - The Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic - Google Patents

The Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic Download PDF

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Publication number
CN206408681U
CN206408681U CN201720002455.6U CN201720002455U CN206408681U CN 206408681 U CN206408681 U CN 206408681U CN 201720002455 U CN201720002455 U CN 201720002455U CN 206408681 U CN206408681 U CN 206408681U
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Prior art keywords
pipeline
pressure
water
pipe network
main valve
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CN201720002455.6U
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Chinese (zh)
Inventor
叶浩挺
严敏
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SHANGHAI RENMIN ENTERPRISE GROUP WATER PUMP Co Ltd
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SHANGHAI RENMIN ENTERPRISE GROUP WATER PUMP Co Ltd
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Abstract

The Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic, preceding main valve (2) rear is sequentially connected y-type filter (3) by pipeline, then backflow preventer (4) and motor-driven valve access stable current regulator (6), liquid-level floater (7) is installed in stable current regulator (6), stable current regulator (6) bottom picks out pipeline and is connected to water pump (16), two road pipelines are picked out by water pump (16), wherein pipeline connects air pressure tank (12) by butterfly valve (11) all the way, another kind of pipeline is sequentially connected pressure sensor output (13) and rear main valve (15) and then picked out, variable-quantity constant-voltage, pressure of supply water precision is high, the phenomenon that negative pressure is produced to tap water pipe network can be eliminated, improve the reliability of domestic water system;Eliminate the secondary pollution of underground tank;Automaticity is high, and reliable, water pressure fluctuations are small, installs management working service convenient;Energy-saving and water-saving, economize on electricity is up to 50%~90%.

Description

The Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic
Technical field
The utility model is related to the structure improved technology of non-negative pressure stabilized water work, the especially Jing Yin pipe network of smart synergetic Pressure-superposed steady-flow water work.
Background technology
To solve in traditional life water system, the tap water pipe network that is directly accessed of water pump is born to tap water pipe network generation Pressure problem, prior art develops non-negative-pressure variable frequency water work and is used as pipeline network regulation supercharging equipment.The product is not only solved The secondary pollution problem of underground tank, can also and pure water coordinative composition of equipments, can be with directly as the supercharging equipment of drinking water Used in any one water system for needing pipe network pressurizing.But, it is low to there is operational efficiency in equipment use, operating pressure Unstable and noise not enough, the traditional pond second pressure water supply mode such as larger, pond is easily contaminated, and especially summer is easy Produce algae or grow worm, directly influence the healthy of user.
Utility model content
The purpose of this utility model is to provide the Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic, to overcome described above In the defect of prior art that is related to.
The purpose of this utility model will be realized by following technical measures:Including preceding main valve, y-type filter, flow backwards anti- Only device, motor-driven valve, current stabilization pressure sensor, stable current regulator, liquid-level floater, Intelligent control cabinet, butterfly valve, air pressure tank, output are pressed Force snesor, rear main valve and water pump;Preceding main valve rear is sequentially connected y-type filter, backflow preventer and motor-driven valve by pipeline Then access and liquid-level floater be installed in stable current regulator, stable current regulator, stable current regulator bottom picks out pipeline and is connected to water pump, Two road pipelines are picked out by water pump, wherein pipeline connects air pressure tank by butterfly valve all the way, another kind of pipeline is sequentially connected output Then pressure sensor and rear main valve pick out, meanwhile, current stabilization pressure sensor, current stabilization pressure sensing are installed on stable current regulator Device, water pump and pressure sensor output respectively access Intelligent control cabinet by data wire.
Especially, tap water pipe network is connected by pipeline in front of preceding main valve.
Especially, air cleaner is installed in stable current regulator bottom, and air cleaner accesses intelligent control by data wire Cabinet.
Especially, on the pipeline being connected with rear main valve, by the rear main valve on front side of connection debugging valve.
Especially, at least two water pumps, which are connected in parallel, is combined into reserve pump group and then is connected on pipeline.
Advantage and effect of the present utility model:Using closed way of supplying water, vacuum suppresser import is equipped with air filtration Device is filtered, and it is pollution-free to be really achieved secondary water-supply, can be carried out when user is leaked on a small quantity with water or pipe network on a small quantity automatic Moisturizing, it is to avoid the Fraquent start of life pump, with variable-quantity constant-voltage, the high distinguishing feature of pressure of supply water precision can be eliminated to originally Grid produces the phenomenon of negative pressure, improves the reliability of domestic water system;Eliminate the secondary pollution of underground tank;Automatically Change degree is high, and reliable, water pressure fluctuations are small, installs management working service convenient;Energy-saving and water-saving, economize on electricity reachable 50%~ 90%.Floor space is small, saves construction investment, it is to avoid the impact to pipe network, the life-span of extension pipeline and valve.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment 1.
Reference includes:
It is tap water pipe network 1, preceding main valve 2, y-type filter 3, backflow preventer 4, motor-driven valve 5, current stabilization pressure sensor 8, steady Throttle regulator 6, liquid-level floater 7, air cleaner 9, Intelligent control cabinet 10, butterfly valve 11, air pressure tank 12, pressure sensor output 13rd, debugging valve 14, rear main valve 15, water pump 16.
Embodiment
The utility model includes:Preceding main valve 2, y-type filter 3, backflow preventer 4, motor-driven valve 5, current stabilization pressure sensor 8th, stable current regulator 6, liquid-level floater 7, Intelligent control cabinet 10, butterfly valve 11, air pressure tank 12, pressure sensor output 13, rear main valve 15 and water pump 16.
The utility model is described in further detail with reference to the accompanying drawings and examples.
Embodiment 1:As shown in Figure 1, the preceding rear of main valve 2 is sequentially connected y-type filter 3, backflow preventer 4 by pipeline With motor-driven valve and then access stable current regulator 6, stable current regulator 6 is interior to install liquid-level floater 7, and the bottom of stable current regulator 6 picks out pipe Line is connected to water pump 16, and two road pipelines are picked out by water pump 16, wherein pipeline connects air pressure tank 12 by butterfly valve 11 all the way, separately One class pipeline is sequentially connected pressure sensor output 13 and rear main valve 15 and then picked out, meanwhile, current stabilization is installed on stable current regulator 6 Pressure sensor 8, current stabilization pressure sensor 8, water pump 16 and pressure sensor output 13 respectively access intelligence by data wire Switch board 10.
In foregoing, the preceding front of main valve 2 connects tap water pipe network 1 by pipeline.
In foregoing, air cleaner 9 is installed in the bottom of stable current regulator 6, and air cleaner 9 passes through data wire access intelligence control Cabinet 10 processed.
In foregoing, on the pipeline being connected with rear main valve 15, the connection debugging valve 14 on front side of the rear side of main valve 15.
In foregoing, at least two water pumps 16, which are connected in parallel, to be combined into reserve pump group and then is connected on pipeline.
In the present embodiment, on the premise of pressure is constant, flow from zero to maximum functional range of flow in, pressure of supply water become Change scope within ± 0.01MPa.Equipment surface is smooth, well-balanced, stainless steel mirror polishing, outward appearance without colliding with, scratch, office The defects such as portion's deformation, spray painting position without coming off, peel off, bubble, current mark etc..

Claims (5)

1. the Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic, including preceding main valve (2), y-type filter (3), backflow preventer (4), motor-driven valve (5), current stabilization pressure sensor (8), stable current regulator (6), liquid-level floater (7), Intelligent control cabinet (10), butterfly valve (11), air pressure tank (12), pressure sensor output (13), rear main valve (15) and water pump (16);Characterized in that, preceding main valve (2) Rear is sequentially connected y-type filter (3), backflow preventer (4) and motor-driven valve by pipeline and then accesses stable current regulator (6), Liquid-level floater (7) is installed, stable current regulator (6) bottom picks out pipeline and is connected to water pump (16), by water in stable current regulator (6) Pump (16) and pick out two road pipelines, wherein pipeline connects air pressure tank (12) by butterfly valve (11) all the way, another kind of pipeline connects successively Connect pressure sensor output (13) and rear main valve (15) and then pick out, meanwhile, current stabilization pressure sensing is installed on stable current regulator (6) Device (8), current stabilization pressure sensor (8), water pump (16) and pressure sensor output (13) respectively access intelligence by data wire Switch board (10).
2. the Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic as claimed in claim 1, it is characterised in that preceding main valve (2) Front connects tap water pipe network (1) by pipeline.
3. the Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic as claimed in claim 1, it is characterised in that stable current regulator (6) air cleaner (9) is installed in bottom, and air cleaner (9) accesses Intelligent control cabinet (10) by data wire.
4. the Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic as claimed in claim 1, it is characterised in that with rear main valve (15) on the pipeline of connection, in the other front side connection debugging valve (14) of rear main valve (15).
5. the Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic as claimed in claim 1, it is characterised in that at least two water Pump (16), which is connected in parallel, to be combined into reserve pump group and then is connected on pipeline.
CN201720002455.6U 2017-01-03 2017-01-03 The Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic Active CN206408681U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720002455.6U CN206408681U (en) 2017-01-03 2017-01-03 The Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720002455.6U CN206408681U (en) 2017-01-03 2017-01-03 The Jing Yin pipe network pressure-superposed steady-flow water work of smart synergetic

Publications (1)

Publication Number Publication Date
CN206408681U true CN206408681U (en) 2017-08-15

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Family Applications (1)

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CN (1) CN206408681U (en)

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