CN205559376U - High -lift large -traffic hydraulic ram in modified xerocline ground - Google Patents
High -lift large -traffic hydraulic ram in modified xerocline ground Download PDFInfo
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- CN205559376U CN205559376U CN201620349115.6U CN201620349115U CN205559376U CN 205559376 U CN205559376 U CN 205559376U CN 201620349115 U CN201620349115 U CN 201620349115U CN 205559376 U CN205559376 U CN 205559376U
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- axle sleeve
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Abstract
The utility model provides a high -lift large -traffic hydraulic ram in modified xerocline ground, includes water source house steward, wash -out valve, pump up water valve and buffer tank, the wash -out valve and the valve lower extreme that pumps up water intake the end respectively with two interface connection of water source house steward, the upper end of the valve that pumps up water is connected with the lower extreme of buffer tank. At the one end tilt up who lets out branch and shaft liner connection between water valve seat and the axle sleeve, the also correspondingly rebound of position of this axle sleeve, in the one end downward sloping of raising branch and shaft liner connection between water valve seat and the axle sleeve, the position of this axle sleeve also correspondingly moves down. The AUTOMATICALLY SUPPLY AIR valve of buffer tank is by check valve and ball valve (or gate valve) series connection. The beneficial effects of the utility model are that: removed the moving magnet and the fixed magnet of the valve that pumps up water, avoided because it rusts and reduction of service life, the slope setting of the branch between disk seat and the axle sleeve can improve the middle effective area who crosses the water hole of disk seat to improve discharge, improved the volume of pumping up water of pump.
Description
Technical field
This utility model relates to high-lift big flow hydraulic ram in the arid hillside field of a kind of improvement, is mainly used in the water source with certain drop is pumped into higher surface irrigation or other application.
Background technology
This utility model is to the improvement of high-lift big flow hydraulic ram (CN203978957U) in existing a kind of arid hillside field.This hydraulic ram is all connected with corresponding axle sleeve by the pole of three radial directions on drain valve seat and the valve seat that pumps up water, and this structure causes the effective area of water hole in the middle of valve seat less, thus reduces water flow；Additionally, due to the Magnet long-term work in blooming water valve in water, easy corrosion, have impact on the reliability of hydraulic ram long-term work；Originally the magnetic receiver of drain valve uses thread connecting mode, easily shakes loose and come off during pump working；The fixed form between drain valve and the switchboard of blooming water valve and axle originally is to use nut check, easily shakes loose during pump working.
Summary of the invention
The purpose of this utility model is to provide high-lift big flow hydraulic ram in the arid hillside field of a kind of improvement, little to solve the water flow of prior art existence, the easy corrosion of Magnet in blooming water valve affects the reliability of hydraulic ram long-term work, the magnetic receiver of drain valve easily shakes loose during being threaded in pump working and comes off, and drain valve and blooming water valve switchboard clamp nut easily shake loose the problem come off during pump working.
The technical solution of the utility model is: high-lift big flow hydraulic ram in the arid hillside field of a kind of improvement, including water source house steward, drain valve, blooming water valve and surge tank, the water inlet end of drain valve and blooming water valve lower end interface with water source house steward respectively is connected, and the upper end of blooming water valve is connected with the lower end of surge tank；This drain valve includes drain valve shell, drain valve sliding axle, drain valve axle sleeve, drain valve switchboard, drain valve seat, startup plate, moving magnet and fixed magnet, drain valve seat is installed in the bottom of columnar drain valve shell, on drain valve seat, connect through pole connect the drain valve axle sleeve coaxial with drain valve shell, drain valve sliding axle is slidably mounted in this drain valve axle sleeve, the lower end of this drain valve sliding axle is connected with the drain valve switchboard being positioned at below drain valve seat, in the upper end of this drain valve sliding axle equipped with moving magnet；Central authorities at drain valve housing top end are provided with regulation screw, are provided with regulation bolt in this regulation screw, install fixed magnet in the lower end of this regulation bolt, and this fixed magnet repels each other with this moving magnet magnetic；Periphery at drain valve shell is provided with outlet, equipped with starting plate on the drain valve sliding axle between this moving magnet and drain valve axle sleeve；
This blooming water valve includes blooming water valve shell, blooming water valve sliding axle, blooming water valve axle sleeve, blooming water valve switchboard and the valve seat that pumps up water, the valve seat that pumps up water is installed in columnar blooming water valve shell, the blooming water valve axle sleeve coaxial with blooming water valve shell below by pole connection at the valve seat that pumps up water, blooming water valve sliding axle is slidably mounted in this blooming water valve axle sleeve, and the upper end of this blooming water valve sliding axle is connected with the blooming water valve switchboard being positioned at above the valve seat that pumps up water；It is provided with QI invigorating valve in the bottom of blooming water valve, is provided with outlet in the bottom of surge tank；
It is characterized in that, one end that the pole between described drain valve seat with drain valve axle sleeve is connected with drain valve axle sleeve is inclined upwardly, and the position of this drain valve axle sleeve the most correspondingly moves up；The described pole pumped up water between valve seat with blooming water valve axle sleeve is downward-sloping with one end that blooming water valve axle sleeve is connected, and the position of this blooming water valve axle sleeve also accordingly moves downward.
The beneficial effects of the utility model are: eliminate moving magnet and the fixed magnet of blooming water valve, it is to avoid get rusty and reduction of service life owing to it soaks in water, extend service life of the present utility model；Being obliquely installed of pole between valve seat and axle sleeve, can improve the effective area of water hole in the middle of valve seat, thus improve water flow, improve the amount of pumping up water of pump.
Accompanying drawing explanation
Fig. 1 is the population structure schematic diagram of this utility model essential structure；
Fig. 2 is the internal structure schematic diagram of drain valve of the present utility model；
Fig. 3 is the internal structure schematic diagram of blooming water valve of the present utility model；
Fig. 4 is the population structure schematic diagram of this utility model many pumps combination embodiment；
Fig. 5 is the top view of Fig. 4.
Detailed description of the invention
See Fig. 1-Fig. 3, the basic Component units of this utility model hydraulic ram, including water source house steward 1, drain valve 2, blooming water valve 3 and surge tank 4, the water inlet end of drain valve 2 and blooming water valve 3 lower end is connected with two interfaces of water source house steward 1 respectively, and the upper end of blooming water valve 3 is connected with the lower end of surge tank 4.
Described drain valve 2 includes drain valve shell 21, drain valve sliding axle 28, drain valve axle sleeve 27, drain valve switchboard 20, drain valve seat 19, moving magnet 25 and fixed magnet 24, drain valve seat 19 is installed in the flange position docked with a bifurcations of following water source house steward 1 in the bottom of columnar drain valve shell 21, drain valve seat 19 connects the drain valve axle sleeve 27 coaxial with shell by three poles 29, drain valve sliding axle 28 is slidably mounted in this drain valve axle sleeve 27, the lower end of this drain valve sliding axle 28 is connected with being positioned at drain valve seat 19 drain valve switchboard 20 below, in the upper end of this drain valve sliding axle 28 equipped with moving magnet 25.Top central authorities at drain valve shell 21 are provided with regulation screw 22 and screw in the regulation bolt 23 of screw, install fixed magnet 24(in the lower end of this regulation bolt 23 relative with moving magnet 25), the spacing of fixed magnet 24 and moving magnet 25 can be adjusted by regulation bolt 23.This fixed magnet 24 repels each other with this moving magnet 25 magnetic.Periphery at drain valve shell 21 is provided with outlet 212, equipped with starting plate 26 on the drain valve sliding axle 28 between this moving magnet 25 and drain valve axle sleeve 27.It is provided with outlet 41(in the bottom of surge tank 4 and connects lifting pipe).Described fixed magnet 24 and moving magnet 25 are disc, are separately mounted in discoidal fixed magnet seat 241 and moving magnet seat 251.The bottom of this fixed magnet seat 241 and moving magnet seat 251 is threadedly attached in lower end and the upper end of drain valve sliding axle 28 of described regulation bolt 23 respectively；It is equipped with radial direction through hole at fixed magnet seat 241 with the junction of regulation bolt 23 and the junction of moving magnet seat 251 and drain valve sliding axle 28, sees Fig. 2 at this through hole built with locking split pin 231(), prevent two moving magnet seat loose or dislocations.
Described blooming water valve 3 includes blooming water valve shell 31, blooming water valve sliding axle 38, blooming water valve axle sleeve 37, blooming water valve switchboard 30 and the valve seat 39 that pumps up water, blooming water valve 3 is essentially identical with the structure of drain valve 2, is a difference in that: the valve seat 39 that pumps up water, blooming water valve switchboard 30 installation direction contrary with drain valve 2；Additionally, owing to the Magnet long-term work in prior art blooming water valve 3 is in water, easy corrosion, in order to ensure hydraulic ram reliable long-term working, eliminate the moving magnet being originally arranged on blooming water valve sliding axle 38 and be positioned at the fixed magnet of blooming water valve axle sleeve 37 lower end, having no substantial effect on its service behaviour.
In order to increase drain valve 2 and the flow of blooming water valve 3, one end that three poles 29 between drain valve seat 19 described in the utility model and drain valve axle sleeve 27 are connected with drain valve axle sleeve 27 is inclined upwardly, and the position of this drain valve axle sleeve 27 the most correspondingly moves up (seeing Fig. 2).The described pole 34 pumped up water between valve seat 39 with blooming water valve axle sleeve 37 is downward-sloping with one end that blooming water valve axle sleeve 37 is connected, and the position of this blooming water valve axle sleeve 37 also accordingly moves downward (seeing Fig. 3).By pole 29 and the inclination of pole 34, so can improve the effective area of water hole in the middle of valve seat, thus improve water flow, improve the amount of pumping up water of pump.The angle of inclination 30-60 degree of pole 29 and pole 34, preferably 45 degree.
Be provided with QI invigorating valve 8 in the bottom of blooming water valve 3, the effect of QI invigorating valve 8 is to supplement air during the lack of air in surge tank 4.Described QI invigorating valve 8 of letting out is connected in series with ball valve (or gate valve) by check valve, and this check valve turns in surge tank.Check valve QI invigorating in trend surge tank 4, and regulate the size that ball valve (or gate valve) switchs and can control air compensation.
See Fig. 4 and Fig. 5, this embodiment is provided with eight interfaces on water source house steward 1, wherein four interfaces are equally spaced located on water source house steward 1 (line interface in referred to as), respectively four additional interface (referred to as propping up line interface) is connected by a water source arm 6 in the both sides corresponding to two middle middle line interfaces, blooming water valve 3 described in the upper installation of an interface (referred to as central interface) on the left of in two middle middle line interfaces, four interfaces (two middle line interfaces and two line interfaces) neighbouring with this central interface are respectively mounted drain valve 2, its excess-three interface is respectively mounted blooming water valve 3, the top of these three blooming water valve 3 is connected with the water inlet interface 42 of the lower side of surge tank 4 by water pipe 5.
The operation principle of this utility model hydraulic ram is (as a example by first embodiment), and at a moment connecting water source, the drain valve switchboard 20 in drain valve 2 is closed, and the switchboard of blooming water valve 3 is opened, and water source relies on pressure itself to enter in surge tank 4；Owing to the fixed magnet 24 in drain valve 2 is close with moving magnet 25, being pushed down on by moving magnet 25 under the effect of opposing magnetic force, open drain valve switchboard 20, water source flows out from the outlet 212 of drain valve 2, makes source pressure reduce；Owing to source pressure reduces, the blooming water valve switchboard 30 in blooming water valve 3 moves down under the effect of the pressure of water in surge tank 4 and closes, making source pressure raise；The rising of source pressure promotes again the drain valve switchboard 20 of drain valve 2 to close, and runs so forth so that in surge tank 4, the pressure of water constantly raises, and is pressed into its interior water and is pressed into the highest place (guiding to the place of eminence water from outlet 41 connecting water pipe).Surge tank 4 operationally top local space is air, and the motion that the elasticity of compression utilizing air is the blooming water valve switchboard 30 in blooming water valve 3 provides necessary condition.Pressure in surge tank 4 raises needs a savings process, just look like inflate with inflator as, repeatedly inflate repeatedly by certain strength, the pressure in tire can be made to gradually rise.
In the second above-mentioned embodiment, the layout of four drain valves 2 and four blooming water valves 3 enables to the cooperation of four pairs of valves and more uniformly coordinates, and gives full play to each drain valve 2 and the handling capacity of blooming water valve 3, increases lift and the flow that pumps up water.
Claims (5)
1. a high-lift big flow hydraulic ram in the arid hillside field improved, including water source house steward, drain valve, blooming water valve and surge tank, the water inlet end of drain valve and blooming water valve lower end interface with water source house steward respectively is connected, and the upper end of blooming water valve is connected with the lower end of surge tank；This drain valve includes drain valve shell, drain valve sliding axle, drain valve axle sleeve, drain valve switchboard, drain valve seat, startup plate, moving magnet and fixed magnet, drain valve seat is installed in the bottom of columnar drain valve shell, on drain valve seat, connect through pole connect the drain valve axle sleeve coaxial with drain valve shell, drain valve sliding axle is slidably mounted in this drain valve axle sleeve, the lower end of this drain valve sliding axle is connected with the drain valve switchboard being positioned at below drain valve seat, in the upper end of this drain valve sliding axle equipped with moving magnet；Central authorities at drain valve housing top end are provided with regulation screw, are provided with regulation bolt in this regulation screw, install fixed magnet in the lower end of this regulation bolt, and this fixed magnet repels each other with this moving magnet magnetic；Periphery at drain valve shell is provided with outlet, equipped with starting plate on the drain valve sliding axle between this moving magnet and drain valve axle sleeve；
This blooming water valve includes blooming water valve shell, blooming water valve sliding axle, blooming water valve axle sleeve, blooming water valve switchboard and the valve seat that pumps up water, the valve seat that pumps up water is installed in columnar blooming water valve shell, the blooming water valve axle sleeve coaxial with blooming water valve shell below by pole connection at the valve seat that pumps up water, blooming water valve sliding axle is slidably mounted in this blooming water valve axle sleeve, and the upper end of this blooming water valve sliding axle is connected with the blooming water valve switchboard being positioned at above the valve seat that pumps up water；It is provided with QI invigorating valve in the bottom of blooming water valve, is provided with outlet in the bottom of surge tank；
It is characterized in that, one end that the pole between described drain valve seat with drain valve axle sleeve is connected with drain valve axle sleeve is inclined upwardly, and the position of this drain valve axle sleeve the most correspondingly moves up；The described pole pumped up water between valve seat with blooming water valve axle sleeve is downward-sloping with one end that blooming water valve axle sleeve is connected, and the position of this blooming water valve axle sleeve also accordingly moves downward.
High-lift big flow hydraulic ram in the arid hillside field of improvement the most according to claim 1, it is characterised in that described QI invigorating valve is connected in series with ball valve or gate valve by check valve, and this check valve turns in surge tank.
High-lift big flow hydraulic ram in the arid hillside field of improvement the most according to claim 1, it is characterized in that, fixed magnet and the moving magnet of described drain valve are disc, being separately mounted in discoidal fixed magnet seat and moving magnet seat, the bottom of this fixed magnet seat and moving magnet seat is threadedly attached in lower end and the upper end of drain valve sliding axle of described regulation bolt respectively；It is equipped with radial direction through hole, at this through hole built with locking split pin with the junction of regulation bolt and the junction of moving magnet seat and drain valve sliding axle at fixed magnet seat.
High-lift big flow hydraulic ram in the arid hillside field of improvement the most according to claim 1, it is characterised in that described drain valve switchboard uses lower nut to be connected to the lower end of drain valve sliding axle；Described blooming water valve switchboard uses top nut to be connected to the upper end of blooming water valve sliding axle；This lower nut and top nut are respectively arranged with locking split pin.
High-lift big flow hydraulic ram in the arid hillside field of improvement the most according to claim 1, it is characterized in that, it is provided with eight interfaces at described water source house steward's end, wherein four are equally spaced located on water source house steward, respectively four additional interface is connected by a water source arm in the both sides corresponding to four interfaces in middle part, the adjacent interface of the water inlet end with water source house steward in two interfaces at middle part is as central interface, this central interface is installed a described blooming water valve, at the surge tank described in the installation of the upper end of this blooming water valve；Four interfaces neighbouring with this central interface are respectively mounted a drain valve；Its excess-three interface is respectively mounted blooming water valve, and the outlet on the top of these three blooming water valve is connected with the water inlet interface being located at described surge tank bottom by water pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620349115.6U CN205559376U (en) | 2016-04-25 | 2016-04-25 | High -lift large -traffic hydraulic ram in modified xerocline ground |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620349115.6U CN205559376U (en) | 2016-04-25 | 2016-04-25 | High -lift large -traffic hydraulic ram in modified xerocline ground |
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| Publication Number | Publication Date |
|---|---|
| CN205559376U true CN205559376U (en) | 2016-09-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620349115.6U Active CN205559376U (en) | 2016-04-25 | 2016-04-25 | High -lift large -traffic hydraulic ram in modified xerocline ground |
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| Country | Link |
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| CN (1) | CN205559376U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106593965A (en) * | 2017-01-22 | 2017-04-26 | 北京德科创源科技有限责任公司 | Ultrahigh water hammer pump |
-
2016
- 2016-04-25 CN CN201620349115.6U patent/CN205559376U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106593965A (en) * | 2017-01-22 | 2017-04-26 | 北京德科创源科技有限责任公司 | Ultrahigh water hammer pump |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |