CN110306627A - Non-icing running water system - Google Patents
Non-icing running water system Download PDFInfo
- Publication number
- CN110306627A CN110306627A CN201910602350.8A CN201910602350A CN110306627A CN 110306627 A CN110306627 A CN 110306627A CN 201910602350 A CN201910602350 A CN 201910602350A CN 110306627 A CN110306627 A CN 110306627A
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
- E03B11/00—Arrangements or adaptations of tanks for water supply
- E03B11/10—Arrangements or adaptations of tanks for water supply for public or like main water supply
- E03B11/12—Arrangements or adaptations of tanks for water supply for public or like main water supply of high-level tanks
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
- E03B7/00—Water main or service pipe systems
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
- E03B7/00—Water main or service pipe systems
- E03B7/09—Component parts or accessories
- E03B7/10—Devices preventing bursting of pipes by freezing
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- Engineering & Computer Science (AREA)
- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Public Health (AREA)
- Water Supply & Treatment (AREA)
- Structural Engineering (AREA)
- Domestic Plumbing Installations (AREA)
Abstract
The non-icing running water system of the present invention belongs to the running water system that do not freeze of the season to be frozen in extremely frigid zones open air energy normal water supply.Including head-tank, water transfer pipe network and without the tap of ponding, pipe network water inlet is communicated with head-tank, and pipe network water inlet is higher than pipe network water outlet；In the water-supply-pipe position that the tap of no ponding is connected to water-supply-pipe, water-supply-pipe in the position is equipped with the "U" shaped structure of multiple mirror writing from pipe network water inlet at the "U" shaped structure of mirror writing to the water-supply-pipe of pipe network water outlet；The "U" shaped locations of structures of the mirror writing of the tap and water-supply-pipe of no ponding is connected to.Advantage: this anti-caking water transfer pipe network is used for the winter open air supply tap water of severe cold areas, is able to achieve the winter open air of severe cold areas for tap water, thoroughly changes cannot be for tap water the problem of in severe cold areas winter.In the pipe network water inlet anhydrous dry season, the water in low pool can be supplied water by return pipe to part or all of water-supply-pipe.
Description
Technical field
The invention belongs to the running water systems of piped water supply, especially in the extremely frigid zones open air season to be frozen, originally
Water in water-system pipeline will not ice blockage pipeline, can normal water supply the running water system that do not freeze.
Background technique
Water within the season that extremely frigid zones open air to be frozen, running water system pipeline wants ice blockage pipeline, makes originally
Water-system pipeline is unable to normal water supply, and local resident only removes water head site or water factory Yun Shui, lives very inconvenient.
Summary of the invention
The object of the present invention is to provide the season to be frozen in extremely frigid zones open air, the water in running water system pipeline will not
Ice blockage pipeline, the running water system that do not freeze of energy normal water supply.
Structure of the invention:
Non-icing running water system, including head-tank 21, the water transfer pipe network 22 of tap water and the tap without ponding
23, it is characterised in that: at least one the pipe network water inlet 24 of water transfer pipe network 22 is communicated with head-tank 21, and water transfer pipe network 22 is at least
There is a pipe network water outlet 25, the height above sea level of pipe network water inlet 24 is higher than the height above sea level of pipe network water outlet 25, pipe network water outlet
Mouth 25 is equipped with water transfer pipe network master switch 26；
The tap 23 of no ponding is connected to the water-supply-pipe 27 of water transfer pipe network 22, in the tap 23 and water-supply-pipe of no ponding
27 positions of water-supply-pipe of 27 connections, water-supply-pipe 27 in the position at mirror writing "U" shaped structure 28, from pipe network water inlet 24 to
The water-supply-pipe 27 of pipe network water outlet 25 is equipped with the "U" shaped structure 28 of multiple mirror writing；Tap 23 and water-supply-pipe without ponding
28 position of "U" shaped structure of 27 mirror writing is connected to.
The preferred form of water transfer pipe network 22: further including low pool 29, and the height above sea level of low pool 29 is lower than high-order water
The height above sea level in pond 21, but the height above sea level of low pool 29 is higher than the "U" shaped structure of part or all of 27 mirror writing of water-supply-pipe
28 height above sea level, the bottom of low pool 29 is equipped with the return pipe 30 communicated with the water-supply-pipe 27 of water transfer pipe network 22, in return water
Pipe 30 is equipped with return water tube valve 31.
It is connected to the "U" shaped structure 28 of mirror writing with the tap 23 of no ponding, the water energy in water-supply-pipe 27 is made to flow into nothing
The tap 23 of ponding, which is released, to be used；Again because the height above sea level of pipe network water inlet 24 is higher than the height above sea level of pipe network water outlet 25
Degree, as long as opening water transfer pipe network master switch 26, the "U" shaped structure 28 of whole mirror writing in water-supply-pipe 27 has water flowing,
The "U" shaped structure 28 of mirror writing not only supplies water to the tap 23 of no ponding in this way, and entire water-supply-pipe 27 and whole therein are fallen
The "U" shaped structure 28 write all constantly has water flowing, then will not freeze, and ensure that the water transfer pipe network 22 at cold winter
Still it can supply water.
The height above sea level of low pool 29 is lower than the height above sea level of head-tank 21, but the height above sea level of low pool 29 is high
In the height above sea level of the "U" shaped structure 28 of part or all of 27 mirror writing of water-supply-pipe.It is anhydrous withered in pipe network water inlet 24 in this way
Water season, the water in low pool 29 can be supplied water by return pipe 30 to part or all of water-supply-pipe 27.
The structure of the tap 23 of above-mentioned no ponding: including inlet and outlet pipes 1, valve lever 2, water shutoff casing 3；Valve lever 2 is set
In the longitudinal direction of inlet and outlet pipes 1 among sky 4, in inlet and outlet pipes 1 without water shutoff casing 3 is cased in water end (W.E.) 5 with screw thread, in water shutoff set
Valve lever 2, rotating valve bar 2 are cased with screw thread in pipe 3, the water inlet 7 that first 6 pairs of inlet and outlet pipes 1 are expanded in the water shutoff of valve lever 2 is real
Existing opening and closing of fault；
(A) structure of inlet and outlet pipes 1: inlet and outlet pipes 1 are divided for Inlet and outlet water pipeline section 8 and anhydrous pipeline section 9, Inlet and outlet water pipeline section 8
Interior sky diameter is greater than the interior empty diameter of anhydrous pipeline section 9, and the both ends of Inlet and outlet water pipeline section 8 are anhydrous pipeline section 9 and water inlet 7 respectively, into
Interior empty and anhydrous pipeline section 9 the interior empty intersection of water outlet pipeline section 8 has inwardly projecting internal projecting ring 10；The side wall of Inlet and outlet water pipeline section 8
It is equipped with water outlet 11, the side wall of anhydrous pipeline section 9 is equipped with the locking tip hole 12 of lock-up valve door rod 2；The inside of anhydrous pipeline section 9
Wall is equipped with screw thread；
(B) structure of valve lever 2: valve lever 2 divides to block water section 13 and handle section 14, block water section 13 some and
Some is nested in no water end (W.E.) 5 in inside and outside handle section 14, and has the insertion of tip column 15 in the inside and outside section that is nested, and locking blocks water
Section 13 and handle section 14, which become, rotates synchronously bar；It blocks water section 13 and expands first 6 equipped with water shutoff at 7 end of water inlet, water shutoff expands first 6
Diameter be greater than water inlet 7 diameter；
(C) structure of water shutoff casing 3: the inner and outer wall of water shutoff casing 3 is designed with screw thread respectively；
(D) outlet pipe 1, valve lever 2, the coupling structure of water shutoff casing 3: valve lever 2 is located in the longitudinal direction of inlet and outlet pipes 1 empty
Among 4, and the both ends of inlet and outlet pipes 1 have all been stretched out at both ends respectively, i.e. the water shutoff of closure water section 13 expands first 6 and stretches out water inlet
7, handle section 14 stretches out the opening of anhydrous pipeline section 9；Watertight sealing rubber ring 16 is equipped on the internal projecting ring 10 of anhydrous 9 bottom of pipeline section；Envelope
The internal screw thread of jacket pipe 3 and the outer screw connection of handle section 14, the interior screw connection of the external screw thread of water shutoff casing 3 and anhydrous pipeline section 9；?
Anhydrous pipeline section 9, water shutoff casing 3 compress watertight sealing rubber ring 16, make the water in Inlet and outlet water pipeline section 8 not and can enter anhydrous pipeline section 9.
The tap of no ponding it is preferred: handle section 14, which stretches out on the end of anhydrous pipeline section 9, is connected with handle chassis 17.
The tap of no ponding it is preferred: the outside of anhydrous pipeline section 9 is equipped with outer shell 18, on the outer wall of Inlet and outlet water pipeline section 8
Equipped with installation terminal pad 20.
The tap of no ponding it is preferred: the inner wall for going out water inlet 7 is equipped with elastic water shutoff washer 19.
23 installation method of tap of no ponding: being horizontally arranged in inlet and outlet pipes 1, on 8 side wall of Inlet and outlet water pipeline section
Water outlet 11 is downward, with the "U" shaped structure 28 of the mirror writing of installation terminal pad 20 and water-supply-pipe 27 on 8 outer wall of Inlet and outlet water pipeline section
Position connects solid, and communicates water inlet 7 with 28 position of "U" shaped structure of the mirror writing of water-supply-pipe 27, allows the water to from mirror writing
"U" shaped structure 28 one end flow to mirror writing "U" shaped structure 28 the other end centre position and the water without ponding
The water inlet 7 that goes out of faucet 23 communicates.
The anti-freeze operating method of water transfer pipe network 22: it is when the outdoor water temperature condition to be frozen in cold winter
The water freezing in the water-supply-pipe 27 of water transfer pipe network 22 is prevented, the opening of pipe network water outlet 25 is discharged water, makes not having in water transfer pipe network 22
When one tap 23 without ponding discharges water, also to make the water flowing in water transfer pipe network 22, as long as in water transfer pipe network 22
There is suitable water flowing, the circulating water in the water-supply-pipe 27 of water transfer pipe network 22 would not freeze.
The anti-freeze principle of water transfer pipe network 22: being for the first time, and the height above sea level of the pipe network water inlet 24 of water transfer pipe network 22 is high
In the height above sea level of the pipe network water outlet 25, as long as opening water transfer pipe network master switch 26, the water in water transfer pipe network 22 can flow；
It is that the "U" shaped structure 28 of the mirror writing of water-supply-pipe 27 is connected to the tap 23 of no ponding for the second time, water-supply-pipe 27 is made to fall without product
23 connectivity part of tap of water does not have immobilising water, i.e., does not have the not flowable section of water in water transfer pipe network 22, that is, do not have
Have can ice blockage water-supply-pipe 27 section；Third time is to install connection in the "U" shaped structure 28 of the mirror writing of water-supply-pipe 27
Tap 23 without ponding.
Using no ponding tap 23 when, if to discharge water, rotational handle section 14 make water shutoff expand it is first 6 stretch out water inlet
7, water is entered among the interior sky of Inlet and outlet water pipeline section 8 from water inlet 7, and is flowed out from the water outlet 11 on 8 side wall of Inlet and outlet water pipeline section
Realization discharges water；If closing water, rotational handle section 14 makes water shutoff expand first 6 to take in water inlet 7, because water shutoff expands first 6
Diameter be greater than water inlet 7 diameter, it is achieved that Guan Shui.
The non-icing explanation of tap 23 of no ponding: since watertight sealing rubber ring 16 is pressed on internal projecting ring by water shutoff casing 3
On 10, making can only be among Inlet and outlet water pipeline section 8, and water outlet 11 is installed in the following, expanding first 6 when water shutoff closes water inlet 7
Afterwards, the remaining water among Inlet and outlet water pipeline section 8 is all flowed out from water outlet 11, cannot have Yu Shui among Inlet and outlet water pipeline section 8, then all
Cannot there be Yu Shui among tap, cannot have remaining water would not freeze, so this tap is the anti-caking ice water of no ponding
Faucet.
Advantages of the present invention: this anti-caking water transfer pipe network can be used for severe cold areas, it is especially useful in the winter of severe cold areas is outdoor
Tap water is supplied, is able to achieve the winter open air of severe cold areas for tap water, thoroughly changing severe cold areas winter cannot be for tap water
The problem of.In the pipe network water inlet anhydrous dry season, water in low pool can be by return pipe to partly or entirely defeated
Water pipe supplies water.
The height above sea level of the pipe network water inlet of water transfer pipe network is higher than the height above sea level of the pipe network water outlet, as long as opening water delivery
Pipe network master switch, the water in water transfer pipe network can flow；The "U" shaped structure of the effective mirror writing of water delivery connects with the tap without ponding
Logical, making water-supply-pipe, the tap connectivity part without ponding does not have immobilising water, i.e., does not have water not flowable in water transfer pipe network
Section, that is, not can ice blockage water-supply-pipe section；In the "U" shaped structure installation connection nothing of the mirror writing of water-supply-pipe
The tap of ponding.
Since water shutoff casing is pressed on internal projecting ring watertight sealing rubber ring, make to be discharged among Inlet and outlet water pipeline section
Mouth is installed in the following, after water shutoff expands head and closes water inlet, and the remaining water among Inlet and outlet water pipeline section is all flowed out from water outlet,
Cannot there be Yu Shui among Inlet and outlet water pipeline section, then cannot have Yu Shui among whole taps, cannot have remaining water would not tie
Ice, so this tap is the anti-freeze tap of no ponding.
Detailed description of the invention
Fig. 1 is the inlet and outlet pipes of the tap without ponding of the invention and the structural schematic diagram of valve lever；
Fig. 2 is the structural schematic diagram of the inlet and outlet pipes of the tap of the invention without ponding, valve lever and water shutoff casing；
Fig. 3 is the tap of the invention without ponding in the structural schematic diagram for closing state of not intaking；
Fig. 4 is the tap of the invention without ponding in the structural schematic diagram for opening water inlet state；
Fig. 5 is the structural schematic diagram of the non-icing running water system of the present invention.
Fig. 6 is the structural schematic diagram for the non-icing running water system that low pool of the present invention can release recycling water utilization.
In figure 1 be into and out water pipe, 2 be valve lever, 3 be water shutoff casing, 4 be in longitudinal direction it is empty, 5 be no water end (W.E.), 6 be that water shutoff is swollen
Major part, 7 be water inlet, 8 be into and out water pipe section, 9 be anhydrous pipeline section, 10 be internal projecting ring, 11 be water outlet, 12 be locked out tip hole,
13 be block water section, 14 be handle section, 15 be tip column, 16 be watertight sealing rubber ring, 17 be handle chassis, 18 be outer shell, 19 be bullet
Property water shutoff washer, 20 be installation terminal pad, 21 be head-tank, 22 be water transfer pipe network, 23 be the tap of no ponding, 24 be pipe
Net water inlet, 25 be pipe network water outlet, 26 be water transfer pipe network master switch, 27 be water-supply-pipe, 28 be mirror writing "U" shaped structure,
29 it is low pool, 30 be return pipe, 31 is return water tube valve.
Specific embodiment
Embodiment 1, non-icing running water system
Such as Fig. 1,2,3,4,5,
Non-icing running water system, including head-tank 21, the water transfer pipe network 22 of tap water and the tap without ponding
23, at least one the pipe network water inlet 24 of water transfer pipe network 22 is communicated with head-tank 21, at least one pipe network of water transfer pipe network 22
Water outlet 25, the height above sea level of pipe network water inlet 24 are higher than the height above sea level of pipe network water outlet 25, and pipe network water outlet 25 is equipped with defeated
Pipe network master switch 26；
The tap 23 of no ponding is connected to the water-supply-pipe 27 of water transfer pipe network 22, in the tap 23 and water-supply-pipe of no ponding
27 positions of water-supply-pipe of 27 connections, water-supply-pipe 27 in the position at mirror writing "U" shaped structure 28, from pipe network water inlet 24 to
The water-supply-pipe 27 of pipe network water outlet 25 is equipped with the "U" shaped structure 28 of multiple mirror writing；Tap 23 and water-supply-pipe without ponding
28 position of "U" shaped structure of 27 mirror writing is connected to.The faucet that can be bought on existing market can be selected in the tap 23 of no ponding
The faucet of interior no ponding.
Embodiment 2, low pool can release the non-icing running water system of recycling water utilization
Such as Fig. 1,2,3,4,5,6,
Non-icing running water system, including head-tank 21, the water transfer pipe network 22 of tap water and the tap without ponding
23, at least one the pipe network water inlet 24 of water transfer pipe network 22 is communicated with head-tank 21, at least one pipe network of water transfer pipe network 22
Water outlet 25, the height above sea level of pipe network water inlet 24 are higher than the height above sea level of pipe network water outlet 25, and pipe network water outlet 25 is equipped with defeated
Pipe network master switch 26；
The tap 23 of no ponding is connected to the water-supply-pipe 27 of water transfer pipe network 22, in the tap 23 and water-supply-pipe of no ponding
27 positions of water-supply-pipe of 27 connections, water-supply-pipe 27 in the position at mirror writing "U" shaped structure 28, from pipe network water inlet 24 to
The water-supply-pipe 27 of pipe network water outlet 25 is equipped with the "U" shaped structure 28 of multiple mirror writing；Tap 23 and water-supply-pipe without ponding
28 position of "U" shaped structure of 27 mirror writing is connected to.The faucet that can be bought on existing market can be selected in the tap 23 of no ponding
The faucet of interior no ponding.
It further include low pool 29, the height above sea level of low pool 29 is lower than the height above sea level of head-tank 21, but low level
The height above sea level in pond 29 is higher than the height above sea level of the "U" shaped structure 28 of part or all of 27 mirror writing of water-supply-pipe, low pool
29 bottom is equipped with the return pipe 30 communicated with the water-supply-pipe 27 of water transfer pipe network 22, and return water tube valve is equipped on return pipe 30
31。
Embodiment 3, have dedicated no ponding tap non-icing running water system
Such as Fig. 1,2,3,4,5,6,
Non-icing running water system, including head-tank 21, the water transfer pipe network 22 of tap water and the tap without ponding
23, at least one the pipe network water inlet 24 of water transfer pipe network 22 is communicated with head-tank 21, at least one pipe network of water transfer pipe network 22
Water outlet 25, the height above sea level of pipe network water inlet 24 are higher than the height above sea level of pipe network water outlet 25, and pipe network water outlet 25 is equipped with defeated
Pipe network master switch 26；
The tap 23 of no ponding is connected to the water-supply-pipe 27 of water transfer pipe network 22, in the tap 23 and water-supply-pipe of no ponding
27 positions of water-supply-pipe of 27 connections, water-supply-pipe 27 in the position at mirror writing "U" shaped structure 28, from pipe network water inlet 24 to
The water-supply-pipe 27 of pipe network water outlet 25 is equipped with the "U" shaped structure 28 of multiple mirror writing；Tap 23 and water-supply-pipe without ponding
28 position of "U" shaped structure of 27 mirror writing is connected to.The faucet that can be bought on existing market can be selected in the tap 23 of no ponding
The faucet of interior no ponding.
It further include low pool 29, the height above sea level of low pool 29 is lower than the height above sea level of head-tank 21, but low level
The height above sea level in pond 29 is higher than the height above sea level of the "U" shaped structure 28 of part or all of 27 mirror writing of water-supply-pipe, low pool
29 bottom is equipped with the return pipe 30 communicated with the water-supply-pipe 27 of water transfer pipe network 22, and return water tube valve is equipped on return pipe 30
31。
The wherein structure of the tap 23 without ponding: including inlet and outlet pipes 1, valve lever 2, water shutoff casing 3；Valve lever 2 is set
In the longitudinal direction of inlet and outlet pipes 1 among sky 4, in inlet and outlet pipes 1 without water shutoff casing 3 is cased in water end (W.E.) 5 with screw thread, in water shutoff set
Valve lever 2, rotating valve bar 2 are cased with screw thread in pipe 3, the water inlet 7 that first 6 pairs of inlet and outlet pipes 1 are expanded in the water shutoff of valve lever 2 is real
Existing opening and closing of fault；
(A) structure of inlet and outlet pipes 1: inlet and outlet pipes 1 are divided for Inlet and outlet water pipeline section 8 and anhydrous pipeline section 9, Inlet and outlet water pipeline section 8
Interior sky diameter is greater than the interior empty diameter of anhydrous pipeline section 9, and the both ends of Inlet and outlet water pipeline section 8 are anhydrous pipeline section 9 and water inlet 7 respectively, into
Interior empty and anhydrous pipeline section 9 the interior empty intersection of water outlet pipeline section 8 has inwardly projecting internal projecting ring 10；The side wall of Inlet and outlet water pipeline section 8
It is equipped with water outlet 11, the side wall of anhydrous pipeline section 9 is equipped with the locking tip hole 12 of lock-up valve door rod 2；The inside of anhydrous pipeline section 9
Wall is equipped with screw thread.
(B) structure of valve lever 2: valve lever 2 divides to block water section 13 and handle section 14, block water section 13 some and
Some is nested in no water end (W.E.) 5 in inside and outside handle section 14, and has the insertion of tip column 15 in the inside and outside section that is nested, and locking blocks water
Section 13 and handle section 14, which become, rotates synchronously bar；It blocks water section 13 and expands first 6 equipped with water shutoff at 7 end of water inlet, water shutoff expands first 6
Diameter be greater than water inlet 7 diameter.
The method that the closure water section 13 and handle section 14 of valve lever 2 connect into valve lever 2: closure water section 13 do not had water shutoff
First 6 that one end is expanded among the interior sky that the water inlet 7 of inlet and outlet pipes 1 is inserted into Inlet and outlet water pipeline section 8 and anhydrous pipeline section 9, it will
Handle section 14 and block water section 13 be nested connecting pin opened from no water end (W.E.) 5 be inserted into anhydrous pipeline section 9 it is interior sky among；In anhydrous pipeline section
It among 9 interior sky, blocks water section 13 and is inserted into the recess of handle section 14, be inserted into closure water section 13 inside and outside handle section 14 and be nested,
A tip column 15 is inserted among the corresponding aperture for blocking water section 13 and handle section 14 from the locking tip hole 12 of anhydrous pipeline section 9 again,
It blocks water section 13 and handle section 14 is locked into the integral structure of synchronous rotation, tip column 15 cannot be stretched outside the outside of handle section 14, make
Water shutoff casing 3 can be covered in the outside of handle section 14.
(C) structure of water shutoff casing 3: the inner and outer wall of water shutoff casing 3 is designed with screw thread respectively.
(D) outlet pipe 1, valve lever 2, the coupling structure of water shutoff casing 3: valve lever 2 is located in the longitudinal direction of inlet and outlet pipes 1 empty
Among 4, and the both ends of inlet and outlet pipes 1 have all been stretched out at both ends respectively, i.e. the water shutoff of closure water section 13 expands first 6 and stretches out water inlet
7, handle section 14 stretches out the opening of anhydrous pipeline section 9；Watertight sealing rubber ring 16 is equipped on the internal projecting ring 10 of anhydrous 9 bottom of pipeline section；Envelope
The internal screw thread of jacket pipe 3 and the outer screw connection of handle section 14, the interior screw connection of the external screw thread of water shutoff casing 3 and anhydrous pipeline section 9；?
Anhydrous pipeline section 9, water shutoff casing 3 compress watertight sealing rubber ring 16, make the water in Inlet and outlet water pipeline section 8 not and can enter anhydrous pipeline section 9.
Handle section 14, which stretches out on the end of anhydrous pipeline section 9, is connected with handle chassis 17, and rotating handle disk 17 can make water shutoff swollen
Major part 6 switchs water inlet 7.
The outside of anhydrous pipeline section 9 is equipped with outer shell 18, is enclosed in anhydrous pipeline section 9 and part water shutoff casing 3 interior and more beautiful
It sees；The outer wall of Inlet and outlet water pipeline section 8 is equipped with installation terminal pad 20, and installation terminal pad 20 with water main for being fixedly connected.
The inner wall of water inlet 7 is equipped with elastic water shutoff washer 19 out, make water shutoff expand first 6 close it is tight and water-tight.
Claims (6)
1. non-icing running water system, including head-tank (21), the water transfer pipe network (22) of tap water and the fire hose without ponding
Head (23), it is characterised in that: at least one pipe network water inlet (24) of water transfer pipe network (22) is communicated with head-tank (21), water delivery
The height above sea level of at least one pipe network water outlet (25) of pipe network (22), pipe network water inlet (24) is higher than pipe network water outlet (25)
Height above sea level, pipe network water outlet (25) are equipped with water transfer pipe network master switch (26)；
The tap (23) of no ponding is connected to the water-supply-pipe (27) of water transfer pipe network (22), no ponding tap (23) with it is defeated
Water-supply-pipe (27) position of water pipe (27) connection, water-supply-pipe (27) in the position at mirror writing "U" shaped structure (28), from pipe
Net water inlet (24) is equipped with the "U" shaped structure (28) of multiple mirror writing to the water-supply-pipe (27) of pipe network water outlet (25)；Without product
The tap (23) of water is connected to "U" shaped structure (28) position of the mirror writing of water-supply-pipe (27).
2. non-icing running water system according to claim 1, it is characterised in that: it further include low pool (29), it is low
The height above sea level in position pond (29) is lower than the height above sea level of head-tank (21), and the bottom of low pool (29) is equipped with and water-supply-pipe
The return pipe (30) that the water-supply-pipe (27) of net (22) communicates is equipped with return water tube valve (31) on return pipe (30).
3. non-icing running water system according to claim 1 or 2, it is characterised in that: the tap (23) without ponding
Structure: including inlet and outlet pipes (1), valve lever (2), water shutoff casing (3)；Valve lever (2) is located in the longitudinal direction of inlet and outlet pipes (1)
Among empty (4), in inlet and outlet pipes (1) without water shutoff casing (3) are cased in water end (W.E.) (5) with screw thread, with spiral shell in water shutoff casing (3)
Line is cased with valve lever (2), rotating valve bar (2), and the water shutoff of valve lever (2) expands head (6) to the water inlet of inlet and outlet pipes (1)
(7) opening and closing of fault is realized；
(A) structure of inlet and outlet pipes (1): inlet and outlet pipes (1) are divided into Inlet and outlet water pipeline section (8) and anhydrous pipeline section (9), Inlet and outlet water pipeline section
(8) interior empty diameter is greater than the interior empty diameter of anhydrous pipeline section (9), the both ends of Inlet and outlet water pipeline section (8) be respectively anhydrous pipeline section (9) and
Interior empty and anhydrous pipeline section (9) the interior empty intersection of water inlet (7), Inlet and outlet water pipeline section (8) has inwardly projecting internal projecting ring (10)；
The side wall of Inlet and outlet water pipeline section (8) is equipped with water outlet (11), and the side wall of anhydrous pipeline section (9) is equipped with lock-up valve door rod (2)
It locks tip hole (12)；The inner sidewall of anhydrous pipeline section (9) is equipped with screw thread；
(B) structure of valve lever (2): valve lever (2), which is divided into, blocks water section (13) and handle section (14), and blocking water section (13) has one
Some is nested in no water end (W.E.) (5) in inside and outside for part and handle section (14), and has tip column (15) to insert in the inside and outside section that is nested
Enter, locking, which blocks water section (13) and handle section (14), becomes synchronous rotation bar；It blocks water section (13) and is equipped with envelope at water inlet (7) end
Water expands head (6), and the diameter that head (6) is expanded in water shutoff is greater than the diameter of water inlet (7)；
(C) structure of water shutoff casing (3): the inner and outer wall of water shutoff casing (3) is designed with screw thread respectively；
(D) outlet pipe (1), valve lever (2), the coupling structure of water shutoff casing (3): valve lever (2) is located at the vertical of inlet and outlet pipes (1)
Inwardly among sky (4), and the both ends of inlet and outlet pipes (1) have all been stretched out at both ends respectively, i.e. the water shutoff of closure water section (13) is expanded
Head (6) stretches out water inlet (7), and handle section (14) stretches out the opening of anhydrous pipeline section (9)；Internal projecting ring in anhydrous pipeline section (9) bottom
(10) watertight sealing rubber ring (16) are equipped with；The internal screw thread of water shutoff casing (3) and the outer screw connection of handle section (14), water shutoff casing
(3) the interior screw connection of external screw thread and anhydrous pipeline section (9)；In anhydrous pipeline section (9), water shutoff casing (3) is by watertight sealing rubber ring (16)
It compresses, the water in Inlet and outlet water pipeline section (8) is made not can enter anhydrous pipeline section (9).
4. non-icing running water system according to claim 3, it is characterised in that: handle section (14) stretches out anhydrous pipeline section
(9) handle chassis (17) are connected on end.
5. non-icing running water system according to claim 3, it is characterised in that: the outside of anhydrous pipeline section (9) is equipped with
The outer wall of outer shell (18), Inlet and outlet water pipeline section (8) is equipped with installation terminal pad (20).
6. non-icing running water system according to claim 3, it is characterised in that: go out on the inner wall of water inlet (7) and set
Flexible water shutoff washer (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910602350.8A CN110306627A (en) | 2019-06-26 | 2019-06-26 | Non-icing running water system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910602350.8A CN110306627A (en) | 2019-06-26 | 2019-06-26 | Non-icing running water system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110306627A true CN110306627A (en) | 2019-10-08 |
Family
ID=68078837
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910602350.8A Pending CN110306627A (en) | 2019-06-26 | 2019-06-26 | Non-icing running water system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110306627A (en) |
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2019
- 2019-06-26 CN CN201910602350.8A patent/CN110306627A/en active Pending
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