CN2917761Y - Plunger piston pull rod type four-figure directional selecting valve for pressure exchange type energy retracting device - Google Patents
Plunger piston pull rod type four-figure directional selecting valve for pressure exchange type energy retracting device Download PDFInfo
- Publication number
- CN2917761Y CN2917761Y CNU2006200263845U CN200620026384U CN2917761Y CN 2917761 Y CN2917761 Y CN 2917761Y CN U2006200263845 U CNU2006200263845 U CN U2006200263845U CN 200620026384 U CN200620026384 U CN 200620026384U CN 2917761 Y CN2917761 Y CN 2917761Y
- Authority
- CN
- China
- Prior art keywords
- outlet
- hole
- valve body
- pair
- guide rod
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Fluid-Driven Valves (AREA)
Abstract
The utility model discloses a trunkpiston and pull rod type four-way changing valve used in energy recycling device of pressure exchange type. The new changing valve comprises a valve body and a leader of a trunkpiston and pull rod type. Two set of intake and outlet and two sets of incoming and outgoing through hole are provided vertically to axial line of the valve body and the leader along axial direction of the valve body and the leader. The leader can be moved up and down along axial direction of the valve body. When one pair of intake on the valve is communicated with one pair of incoming and outgoing through hole of a set of incoming and outgoing through holes, and the pair of outlet is blocked from one outgoing through hole, the other pair of outlet of the valve communicates with one outgoing through hole of the other set of incoming and outgoing through holes, and the pair of intake is blocked from an incoming through hole of he leader. The utility model has advantages of simply structure, few sealer, reliable operation, easy, accurate and efficient control and long service life.
Description
Technical field
The utility model relates to liquid flow control reversal valve, relates in particular to plunger rod-pulling type four position switching valves that are used for pressure-exchange formula energy recycle device.
Background technology
The reverse osmosis membrane desalinization is generally adopted in countries in the world, and China was existing in recent years to develop on a large scale very much, also will become the mainstream technology of China's desalinization industry from now on.
Energy recycle device is one of key equipment of reverse osmosis seawater desalination system, and is most important to significantly reducing system's operation energy consumption and making the water cost.Energy recycle device can be divided into two classes according to operation principle: hydraulic turbine formula and positive displacement formula.The former is representative with the HTC (Hydraulic TurboCharger) of U.S. PEI company, needs usually through " pressure energy-shaft work-pressure energy " two step conversion process, and energy recovery efficiency has only 50%-75%.The latter is representative with the PX (PressureExchanger) of U.S. ERI company then, only needs through " pressure energy-pressure energy " step conversion process, and energy recovery efficiency becomes the emphasis of domestic and international research and extension up to 90%-95%.
At present the employed energy recycle device of China's desalination by reverse osmosis engineering is based on the positive displacement formula, regardless of different kinds of, whole dependence on import.Therefore, energy recovery technology and device that research and development has China's independent intellectual property right, to breaking the external product monopoly position in market at home, further reduce the equipment investment of desalting plant, promote that the development of domestic desalinization industry is all significant.
Pressure-exchange formula energy recycle device is a kind of of positive displacement formula energy recycle device, and valve is the critical component of controlled pressure exchange type energy recovery device running, and valve control effect is directly connected to continuity, stability, the accuracy of operation.The valve of liquid flow control usefulness mainly contains magnetic valve and motor-driven valve.Magnetic valve mainly contains 2/2-way magnetic valve and two-bit triplet magnetic valve at present.Though the former can satisfy the requirement of fluid flow, it requires to guarantee certain pressure reduction between the import of magnetic valve and outlet when opening, and when the outlet pressure of magnetic valve during greater than the inlet pressure certain value, then the closing function of magnetic valve lost efficacy.This magnetic valve is when being used for control band press liquid when flowing in addition, and the opening and close to close of its moment causes bigger pressure oscillation.No matter be 2/2-way or two-bit triplet magnetic valve,, then often need a plurality of parallel operations to use, thereby make process operation complicated for the occasion that needs the liquid flow switch operation; The latter uses more aspect air-flow control, and aspect control band press liquid, not only Kong Zhi flow is less, and has the big problem of pressure oscillation, is difficult to satisfy the occasion of big flow band press operation.
In seawater or the brackish water desalination process, its strong brine pressure can be realized energy-conservation purpose by adopting pressure-exchange formula energy recycle device.Its process is one, and liquid collecting body flow is big, pressure reduction is high, the flow process that needs continuous reciprocating reversing to open and close.Therefore, the control valve that this energy recycle device adopts is a key technology, can't use conventional magnetic valve and motor-driven valve.
Summary of the invention
The purpose of this utility model is to overcome the shortcoming of prior art, and a kind of plunger rod-pulling type four position switching valves that are used for pressure-exchange formula energy recycle device are provided.The valve group of suitable four simple valve of this valve, compact conformation is used to control liquid different flow and pressure operation, and is simple, convenient, and control is accurate, efficient, and the life-span is long.
The utility model is used for plunger rod-pulling type four position switching valves of pressure-exchange formula energy recycle device, it comprises valve body, be arranged on the plunger rod-pulling type guide rod in the described valve body, perpendicular two groups of its axis and described valve body and guide rod axis that axially are respectively arranged with of described valve body and guide rod upper edge valve body and guide rod advance, outlet, two groups are advanced, the outlet through hole, described every group is advanced, outlet comprises a pair of import, a pair of outlet, described every group of through hole comprises an import through hole, an outlet through hole, described every pair is advanced, outlet, each advances, the outlet through hole is respectively along valve body, guide rod axially to advance, go out or go out, the sequence alternate setting of advancing, described guide rod can axially move up and down along valve body, one group on a pair of import in one group on the described valve body is imported and exported and the described guide rod is advanced, an import through hole is communicated with in the outlet through hole, when an outlet through hole on a pair of outlet and the described guide rod cuts off mutually, another is organized on a pair of outlet during another group on the described valve body is imported and exported and the described guide rod, one of through hole outlet of outlet through hole is communicated with, and a pair of import cuts off mutually with an import through hole on the described guide rod.
The utility model valve is compared with motor-driven valve with existing plunger type dibit reversal valve and magnetic valve, at any time these plunger type four position switching valve doors can accurately be controlled a pair of low pressure sea intake, the outlet of a pair of high pressure sea water is in unlatching, another is in closed condition to low pressure sea intake, the outlet of a pair of high pressure sea water, therefore these plunger type four position switching valves are in the energy recycle device of band baric flow hydrodynamic body, and the commutation of control high and low pressure liquid is easier, accurate, efficient.The utility model has simple in structure, and seal is few, and is reliable, easy, the advantage that control is accurate, efficient, the life-span is long.
Description of drawings
Fig. 1 is used for the structural representation of plunger rod-pulling type four position switching valves of pressure-exchange formula energy recycle device as the use of raw water kingston valve group for the utility model;
Fig. 2 is used for the structural representation of plunger rod-pulling type four position switching valves of pressure-exchange formula energy recycle device as the use of strong brine valve group for the utility model;
Duty I schematic diagram when Fig. 3 is used for pressure-exchange formula energy recycle device for the utility model;
Duty II schematic diagram when Fig. 4 is used for pressure-exchange formula energy recycle device for the utility model.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described in detail.
Fig. 1, Fig. 2 are respectively the structural representation that the utility model is used for plunger rod-pulling type four position switching valves (raw water kingston valve group and strong brine valve group) of pressure-exchange formula energy recycle device.Two valve block structures are identical to be that example is described as follows the utility model structure with Fig. 1: plunger rod-pulling type four position switching valves that are used for pressure-exchange formula energy recycle device, it comprises valve body 1, be arranged on the plunger rod-pulling type guide rod 2 in the described valve body, perpendicular two groups of its axis and described valve axis that axially are respectively arranged with of described valve body 1 and guide rod 2 upper edge valve bodies and guide rod advance, outlet, two groups are advanced, the outlet through hole, described every group is advanced, outlet comprises a pair of import respectively, a pair of outlet, first group of a pair of import is the first low pressure sea intake 5, the first hydraulic cylinder low pressure sea intake 13, a pair of outlet are first high pressure sea water outlet 3, first hydraulic cylinder high pressure sea water outlet 11; Another organizes a pair of import is the second low pressure sea intake 9, the second hydraulic cylinder high pressure sea water import 16, and a pair of outlet is second high pressure sea water outlet, 7, the second hydraulic cylinder low pressure seawer outlet 14.Described one group of through hole comprises one first low pressure sea intake through hole 6, one first high pressure sea water outlet through hole 4, another group through hole comprises one second low pressure sea intake through hole 10, one second high pressure sea water outlet through hole 8, described every pair is advanced, outlet along valve body axially to advance, go out or go out, the sequence alternate setting of advancing, each advances, the outlet through hole along guide rod axially to advance, go out or go out, advancing on the order of advancing and the valve body, the outlet correspondence is arranged alternately, described guide rod can axially move up and down along valve body, when a pair of import in a group on the described valve body is imported and exported was communicated with an import through hole on the described guide rod, one on a pair of outlet in another group import and export on the described valve body and the described guide rod exported through hole and is communicated with.Every group import and export through-hole spacing on the guide rod, the low pressure sea intake that guarantees one group of guide rod when moving up and down with guide rod simultaneously is in conducting, the high pressure sea water outlet is in blocking-up, and the low pressure sea intake of another group is in blocking-up, high pressure sea water and exports the state that is in conducting and be as the criterion and determined.
Duty I schematic diagram when Fig. 3 is used for pressure-exchange formula energy recycle device for the utility model, promptly hydraulic cylinder 33 enters for the low pressure seawater, and low-press thick salt solution is discharged; Hydraulic cylinder 34 enters for high-pressure thick salt solution, the duty that high pressure sea water is discharged.
As Fig. 1,2, shown in 3, when valve body 1,17 inner guides 2,18 when moving up, the first low pressure sea intake 5, the first low-press thick brine outlet 21 is in opening, first high pressure sea water outlet 3, the first high-pressure thick salt water inlet 19 is in closed condition, promptly the first low pressure sea intake 5 is through the first low pressure sea intake through hole 6, import 13, import 12 communicates with hydraulic cylinder 33, the first low-press thick brine outlet 21 is by the first low-press thick brine outlet through hole 22, outlet 29 and export 28 and communicate with hydraulic cylinder 33, and first high pressure sea water outlet 3, the first high-pressure thick salt water inlet 19 is blocked mutually with hydraulic cylinder 33 respectively, therefore the low pressure seawater will enter hydraulic cylinder 33 from the first low pressure sea intake 5, and the strong brine in the hydraulic cylinder 33 will be discharged from the first low-press thick brine outlet 21, be that hydraulic cylinder 33 enters for the low pressure seawater, the duty that low-press thick salt solution is discharged; Second high pressure sea water outlet simultaneously 7, the second high-pressure thick salt water inlet 23 is in opening, the second low pressure sea intake 9, the second low-press thick brine outlet 25 is in closed condition, i.e. second high pressure sea water outlet 7 is through second high pressure sea water outlet through hole 8, outlet 14, outlet 15 communicates with hydraulic cylinder 34, the second high-pressure thick salt water inlet 23 is through the second high-pressure thick salt water inlet through hole 24, import 30, import 31 communicates with hydraulic cylinder 34, and the second low pressure sea intake 9, the second low-press thick brine outlet 25 is blocked mutually with hydraulic cylinder 34 respectively, therefore high-pressure thick salt solution will enter hydraulic cylinder 34 from the second high-pressure thick salt water inlet 23, and the high pressure sea water in the hydraulic cylinder 34 is discharged from second high pressure sea water outlet 7, be that hydraulic cylinder 34 enters for high-pressure thick salt solution, the duty that high pressure sea water is discharged.
Duty II schematic diagram when Fig. 4 is used for pressure-exchange formula energy recycle device for the utility model, promptly hydraulic cylinder 33 enters for high-pressure thick salt solution, and high pressure sea water is discharged; Hydraulic cylinder 34 enters for the low pressure seawater, the duty that low-press thick salt solution is discharged.
As Fig. 1,2, shown in 4, when the valve body inner guide moves down, first high pressure sea water outlet 3, the first high-pressure thick salt water inlet 19 is in opening, the first low pressure sea intake 5, the first low-press thick brine outlet 21 is in closed condition, i.e. first high pressure sea water outlet 3 is through first high pressure sea water outlet through hole 4, outlet 11, outlet 12 communicates with hydraulic cylinder 33, the first high-pressure thick salt water inlet 19 is through the first high-pressure thick salt water inlet through hole 20, import 27, import 28 communicates with hydraulic cylinder 33, and the first low pressure sea intake 5, the first low-press thick brine outlet 21 is blocked mutually with hydraulic cylinder 33 respectively, therefore high-pressure thick salt solution enters hydraulic cylinder 33 from the first high-pressure thick salt water inlet 19, and the high pressure sea water in this hydraulic cylinder is discharged from first high pressure sea water outlet 3, be that hydraulic cylinder 33 enters for high-pressure thick salt solution, the duty that high pressure sea water is discharged; Second high pressure sea water outlet simultaneously 7, the second high-pressure thick salt water inlet 23 is in closed condition, the second low pressure sea intake 9, the second low-press thick brine outlet 25 is in opening, i.e. second high pressure sea water outlet 7, the second high-pressure thick salt water inlet 23 is blocked with hydraulic cylinder 34 respectively, and the second low pressure sea intake 9 is through the second low pressure sea intake through hole 10, import 16, import 15 communicates with hydraulic cylinder 34, the second low-press thick brine outlet 25 is through the second low-press thick brine outlet through hole 26, outlet 32, outlet 31 communicates with hydraulic cylinder 34, therefore the low pressure seawater will enter hydraulic cylinder 34 from the second low pressure sea intake 9, and the low-press thick salt solution in this hydraulic cylinder is discharged from the second low-press thick brine outlet 25, be that hydraulic cylinder 34 enters for the low pressure seawater, the duty that low-press thick salt solution is discharged.
From Fig. 3 and two duties of Fig. 4 as can be known, energy recycle device is in operation and has supercharging and two processes of pressure release, and these two processes all hocket in each hydraulic cylinder.Since these plunger type four position switching valves have two pairs of low pressure sea intakes, the outlet of the two pairs of high pressure sea waters and link to each other with hydraulic cylinder two advance (going out) mouth, when the guide rod in the valve body makes progress or is mobile down, have a hydraulic cylinder to be in high pressure conditions at any time, another hydraulic cylinder is in low-pressure state.Before a hydraulic cylinder pressurization finished, the pressurization of another hydraulic cylinder began.Thereby guaranteed the continuity of two hydraulic cylinder pressurizations in the energy recycle device, made energy recycle device be able to the continous-stable operation.
Claims (1)
1. plunger rod-pulling type four position switching valves that are used for pressure-exchange formula energy recycle device, it comprises valve body, be arranged on the plunger rod-pulling type guide rod in the described valve body, it is characterized in that: perpendicular two groups of its axis and described valve body and guide rod axis that axially are respectively arranged with of described valve body and guide rod upper edge valve body and guide rod advance, outlet, two groups are advanced, the outlet through hole, described every group is advanced, outlet comprises a pair of import, a pair of outlet, described every group of through hole comprises an import through hole, an outlet through hole, described every pair is advanced, outlet, each advances, the outlet through hole is respectively along valve body, guide rod axially to advance, go out or go out, the sequence alternate setting of advancing, described guide rod can axially move up and down along valve body, one group on a pair of import in one group on the described valve body is imported and exported and the described guide rod is advanced, an import through hole is communicated with in the outlet through hole, when an outlet through hole on a pair of outlet and the described guide rod cuts off mutually, another is organized on a pair of outlet during another group on the described valve body is imported and exported and the described guide rod, one of through hole outlet of outlet through hole is communicated with, and a pair of import cuts off mutually with an import through hole on the described guide rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200263845U CN2917761Y (en) | 2006-06-13 | 2006-06-13 | Plunger piston pull rod type four-figure directional selecting valve for pressure exchange type energy retracting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200263845U CN2917761Y (en) | 2006-06-13 | 2006-06-13 | Plunger piston pull rod type four-figure directional selecting valve for pressure exchange type energy retracting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2917761Y true CN2917761Y (en) | 2007-07-04 |
Family
ID=38215566
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2006200263845U Expired - Fee Related CN2917761Y (en) | 2006-06-13 | 2006-06-13 | Plunger piston pull rod type four-figure directional selecting valve for pressure exchange type energy retracting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2917761Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102791362B (en) * | 2009-10-16 | 2015-12-02 | 阿奎林有限公司 | Optimization Work switch system |
| CN115400593A (en) * | 2022-09-22 | 2022-11-29 | 自然资源部天津海水淡化与综合利用研究所 | Combined energy recovery device for seawater desalination and working method |
-
2006
- 2006-06-13 CN CNU2006200263845U patent/CN2917761Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102791362B (en) * | 2009-10-16 | 2015-12-02 | 阿奎林有限公司 | Optimization Work switch system |
| CN115400593A (en) * | 2022-09-22 | 2022-11-29 | 自然资源部天津海水淡化与综合利用研究所 | Combined energy recovery device for seawater desalination and working method |
| CN115400593B (en) * | 2022-09-22 | 2024-05-10 | 自然资源部天津海水淡化与综合利用研究所 | Combined energy recovery device for sea water desalination and working method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN100387327C (en) | Energy-saving reverse osmosis treatment system | |
| CN1733615A (en) | Energy-saving reverse osmosis desalting process and device for seawater/brackish water | |
| CN1156334C (en) | Valve controlled residual pressure recovering equipment for impervious desalination system | |
| CN203043847U (en) | Energy recycling device for seawater desalination reverse osmosis system | |
| CN2917761Y (en) | Plunger piston pull rod type four-figure directional selecting valve for pressure exchange type energy retracting device | |
| CN1702320A (en) | Double-cylinder hydraulic energy recovery device | |
| CN103230745B (en) | Differential pressure booster-type energy recovery device based on reverse osmosis system | |
| CN102974220B (en) | Three-cylinder reverse osmosis seawater desalting and concentrated seawater energy recycling system | |
| CN105883977B (en) | A kind of energy regenerating Miniature seawater desalination device of and plunger pump cooperation | |
| CN101456607B (en) | Water pressure driven switching valve group | |
| CN205933320U (en) | With small -size sea water desalination device of plunger pump complex energy recuperation | |
| CN2920374Y (en) | Plunger rotation type four way reversal valve used for pressure exchange type energy recovery device | |
| CN108840401B (en) | Water treatment energy recovery device | |
| CN109185239A (en) | A kind of tidal power generation pressure charging system | |
| CN101865102B (en) | Automatic hydraulic augmented injection pump | |
| CN104961194A (en) | Reverse osmosis desalination system energy recovery and recycle device and use method thereof | |
| CN206035929U (en) | Large -scale plate shearing machine hydraulic control system | |
| CN209586818U (en) | A kind of tidal power generation pressure charging system | |
| CN104747545B (en) | Reverse osmosis system pressurizing and energy recycling device and pressurizing and energy recycling method | |
| CN2716251Y (en) | Reverse osmosis membrane filter with hydraulic energy saving mechanism | |
| CN203525570U (en) | Differential pressure booster-type energy recycle device based on reverse osmosis system | |
| CN2844477Y (en) | Hydraulic energy-saving recovery equipment with double cylinder | |
| CN107686145A (en) | Desalinization boost energy retracting device | |
| CN201963619U (en) | Suspension piston energy transfer actuator | |
| CN205978721U (en) | A rotary valve for pressure energy is retrieved |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070704 Termination date: 20150613 |
|
| EXPY | Termination of patent right or utility model |