CN204656071U - Preventing water leakage high-efficiency multi-stage water knockout drum - Google Patents
Preventing water leakage high-efficiency multi-stage water knockout drum Download PDFInfo
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- CN204656071U CN204656071U CN201520327975.5U CN201520327975U CN204656071U CN 204656071 U CN204656071 U CN 204656071U CN 201520327975 U CN201520327975 U CN 201520327975U CN 204656071 U CN204656071 U CN 204656071U
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- knockout drum
- water knockout
- water
- main body
- loose joint
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Abstract
The utility model discloses a kind of preventing water leakage high-efficiency multi-stage water knockout drum, comprise water knockout drum main body, upper cover and low head, water knockout drum main body is transparent configuration, upper cover is provided with inlet, low head is provided with delivery port, described water knockout drum main body upper end is provided with liquid outlet, and liquid outlet is connected with water knockout drum bottom part body by the pipeline be arranged in water knockout drum main body, is provided with helical coiled tube in water knockout drum main body; Be provided with the conical shell bottom connecting pipe in the middle of described helical coiled tube, this pipeline connects liquid outlet, and conical shell is provided with a point fluid apertures, is provided with rotatable impeller in point fluid apertures.The helicoidal structure of the utility model helical coiled tube considerably increases the flow distance of mixed liquor, greatly improve diversion ratio, and in the decline adopting conical shell structure to utilize mixed liquor or uphill process, contact rotatable impeller, reached the technical purpose being separated water body further by Impeller trim liquid, complete multi-stage separation.
Description
Technical field
The utility model relates to a kind of divisor, specifically a kind of preventing water leakage high-efficiency multi-stage water knockout drum.
Background technology
Traditional water distributor structure comprises a water knockout drum main body, and be provided with feed tube in the side of main body, opposite side is provided with drain pipe, is also provided with an outlet pipe in the bottom of main body.Water knockout drum in use, for the mixed liquor of toluene and water, mixed liquor enters in water knockout drum main body from inlet, general inlet is arranged on the lower position near main body, after mixed liquor enters main body, in the process flowed to liquid outlet, rely on Action of Gravity Field to realize being separated of organic liquor and water, the toluene liquid that component is lighter flows back to reactor from liquid outlet, the heavier water of component is then stayed in water knockout drum main body, and the delivery port from water knockout drum bottom part body after reaching certain capacity is discharged.In use there is a larger deficiency in above-mentioned water knockout drum, be exactly mixed liquor when flowing in main body, the flow distance flowing to liquid outlet from inlet is short, causes the organic liquor arriving liquid outlet still can be with some water, the separating effect of mixed liquor is good not, and diversion ratio is poor.This vertical water knockout drum is because practical for a long time, therefore requiring the control valve of its bottom delivery port will be very strict, bonnet in existing control valve is threaded with adopting between water side, then glue is used to fix, therefore existing bonnet has the sealing ring effect propped up between itself and valve ball and the effect sealing existing water side, but because coupling part possibility technique between above-mentioned bonnet and water side is defective or material aging causes outwards leaking and destroys indoor decoration, and glue is fixedly non-removable being fixedly connected with, domestic consumer's inconvenience dismounting and maintenance, if coupling part is damaged, domestic consumer has to change whole valve body, maintenance cost is caused to rise.
Utility model content
It is simple that the utility model provides a kind of structure, preventing water leakage high-efficiency multi-stage water knockout drum reasonable in design.
A kind of preventing water leakage high-efficiency multi-stage water knockout drum, comprise water knockout drum main body, be positioned at the upper cover of water knockout drum main body upper end and be positioned at the low head of water knockout drum main body lower end, water knockout drum main body is transparent configuration, and transparent water knockout drum main body is arranged, and is convenient to observation and the control to separatory process, upper cover is provided with inlet, low head is provided with delivery port, delivery port is connected with outlet pipe, and outlet pipe is provided with control valve, and control valve comprises valve body, valve ball is provided with in valve body, valve ball both sides are respectively equipped with the first seal receptacle and the second seal receptacle, and the first seal receptacle and the second seal receptacle all lean with valve ball, and valve body one end is water side, be provided with the bonnet be connected with this water side inwall in water side, bonnet and the first seal receptacle lean, control valve also comprises loose joint fuse, loose joint fuse is located in loose joint nut, loose joint fuse and loose joint nut are flexibly connected with water side respectively and are provided with sealing ring between loose joint fuse and water side, the gear edge leant with the other end of loose joint fuse is provided with in loose joint nut, one end of loose joint fuse is embedded at inside, water side, loose joint nut one end inwall is connected with water side external screw-thread, control valve is due to by while screwing bonnet and extrude the first seal receptacle and set up sealing ring and ensureing original sealing, by the loose joint nut of the outside that finally may leak and coupling part, water side, or loose joint fuse and coupling part, water side adopt loose joint structure, even if because technological problems or encapsulant problem of aging cause occurring outwards leaking, also dismounting and the maintenance of domestic consumer is convenient to.
Described water knockout drum main body upper end is provided with liquid outlet, and liquid outlet is connected with water knockout drum bottom part body by the pipeline be arranged in water knockout drum main body, and the vertical range of pipeline is 2/3 ~ 4/5 of water knockout drum body normal distance; Be provided with helical coiled tube in water knockout drum main body, helical coiled tube is arranged on water knockout drum lower body part, and helical coiled tube lower end is connected with medium entrance, and helical coiled tube upper end is connected with media outlet.The setting of this kind of helical coiled tube, can according to actual needs, passes into cold or thermal medium and be separated to make solvent and water better reach, improve separatory efficiency; Simultaneously due to the helicoidal structure of coil pipe, constitute mixed liquor screw-shaped flow paths, thus considerably increase the flow distance of mixed liquor, due to the effect of gravity, mixed liquor effectively achieves separation in longer runner, greatly improves diversion ratio.Install pipeline between liquid outlet and water knockout drum bottom part body, can make mixed liquor reduce flow in narrow runner, realize solvent and be separated more up hill and dale with water, and meanwhile, pipeline need reach certain distance could realize the object that solvent is separated more up hill and dale with water.The conical shell bottom connecting pipe is provided with in the middle of described helical coiled tube, this pipeline connects liquid outlet, conical shell is provided with a point fluid apertures, rotatable impeller is provided with in point fluid apertures, in the decline that this kind of conical shell structure utilizes mixed liquor or uphill process, contact rotatable impeller, reached the technical purpose being separated water body further by Impeller trim liquid, complete multi-stage separation.
Loose joint fuse one end outer wall is provided with annular groove with water side contact portion, and sealing ring is embedded in this annular groove, increases sealing effectiveness.
Described bonnet is external screw thread hollow cylindrical configuration and is connected with water side inner thread, increases sealing effectiveness further.Described bonnet to lean away from one end end face of valve ball near one end end face of valve ball and the first seal receptacle and prevents water leakage fault.
Also be provided with temperature-measuring port as on the preferred upper cover of structure, water knockout drum main body upper end is also provided with evacuation port, prevents the excessive technical failure caused of system pressure.
Helical coiled tube is arranged on water knockout drum lower body part by gripper shoe, and the quantity of described gripper shoe is at least two pieces, increases the structure fastness of helical coiled tube.
Described medium entrance, media outlet are all arranged on water knockout drum lower body part, and medium entrance is positioned at below media outlet, by this technique effect arranging the cold and hot exchange of raising medium oppositely.
The utility model, can according to actual needs by the setting of helical coiled tube, passes into cold or thermal medium and be separated to make solvent and water better reach, improve separatory efficiency; Simultaneously due to the helicoidal structure of coil pipe, constitute mixed liquor screw-shaped flow paths, thus considerably increase the flow distance of mixed liquor, due to the effect of gravity, mixed liquor effectively achieves separation in longer runner, greatly improves diversion ratio.In the decline that conical shell structure utilizes mixed liquor or uphill process, contact rotatable impeller, reached the technical purpose being separated water body further by Impeller trim liquid, complete multi-stage separation.The utility model structure is simple in sum, reasonable in design, has the advantages such as separatory is effective, easy and simple to handle, long service life.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model preventing water leakage high-efficiency multi-stage water knockout drum;
Fig. 2 is the structural representation of control valve in the utility model preventing water leakage high-efficiency multi-stage water knockout drum.
Detailed description of the invention
A kind of preventing water leakage high-efficiency multi-stage water knockout drum as shown in Figure 1, 2, comprise water knockout drum main body 1, be positioned at the upper cover 2 of water knockout drum main body upper end and be positioned at the low head 3 of water knockout drum main body lower end, water knockout drum main body 1 is transparent configuration, upper cover 2 is provided with inlet 4, low head 3 is provided with delivery port, delivery port is connected with outlet pipe 5, and outlet pipe 5 is provided with control valve 6, can regulate water yield, described control valve 6 comprises valve body 7, valve ball 8 and valve rod 9 is provided with in valve body 7, valve rod 9 is rotatably installed on valve body 7 and also valve ball 8 can be driven to rotate, valve ball 8 both sides are respectively equipped with the first seal receptacle 10 and the second seal receptacle 11, first seal receptacle 10 and the second seal receptacle 11 all lean with valve ball 8, valve body 7 one end is water side 12, a bonnet 13 is provided with in water side 12, bonnet 13 is external screw thread hollow cylindrical configuration, preferred bonnet 13 inside is regular hexagon through hole, bonnet 13 is connected with water side 12 inner thread and bonnet 13 leans near one end end face of valve ball 8 and the first seal receptacle 10 one end end face away from valve ball 8, bonnet 13 is fixed with glue after being connected with water side 12 inner thread, to reach better sealing effectiveness, described water knockout drum main body 1 upper end is provided with liquid outlet 18, described liquid outlet 18 is connected with bottom water knockout drum main body 1 by the pipeline 19 be arranged in water knockout drum main body, pipeline 19 is folding shape pipeline, and 19 vertical ranges of pipeline are 2/3 ~ 4/5 of water knockout drum main body 1 vertical range, be provided with helical coiled tube 20 in water knockout drum main body 1, described helical coiled tube 20 is arranged on water knockout drum lower body part, and helical coiled tube 20 lower end is connected with medium entrance 21, and helical coiled tube 20 upper end is connected 22 with media outlet, medium entrance 21, media outlet 22 are all arranged on water knockout drum lower body part, and medium entrance 21 is positioned at below media outlet 22.As the conical shell 27 be provided with in the middle of the preferred helical coiled tube 20 of further structure bottom connecting pipe 19, this pipeline 19 connects liquid outlet, conical shell 27 is provided with a point fluid apertures, rotatable impeller 26 is provided with in point fluid apertures, in the decline that this kind of conical shell structure utilizes mixed liquor or uphill process, contact rotatable impeller, reached the technical purpose being separated water body further by Impeller trim liquid, complete multi-stage separation.
Control valve 6 also comprises loose joint fuse 14, loose joint fuse 14 is located in loose joint nut 15, one end of loose joint fuse 14 is embedded at inside, water side 12 and is provided with sealing ring 16 between loose joint fuse 14 and water side 612, preferred sealing ring 16 quantity is one, preferred loose joint fuse 14 one end outer wall is provided with annular groove with water side 12 contact portion, sealing ring 16 is embedded in this annular groove, loose joint nut 15 one end inwall is connected with water side 12 external screw-thread, the gear that can lean with the other end of loose joint fuse 14 is provided with along 17 in loose joint nut 15, first inclined-plane can be set in end face bight, loose joint nut 15 one end, loose joint fuse 14 outer wall is provided with thinks the second adaptive inclined-plane with this first inclined-plane, by the first inclined-plane and the second inclined-plane directly or indirectly against thus loose joint fuse 14 is positioned in loose joint nut 15.
Valve ball 8 is driven to rotate keying with by-pass valve control by valve rod 9, even if leaking appears in inside, also can be sealed in valve body 7 by sealing ring 16, only need change sealing ring 16 and can reach sealing effectiveness, and due to loose joint fuse 14 and loose joint nut 15 be all be flexibly connected with water side 12 that therefore to change sealing ring 17 also very simple.
Described upper cover 2 is also provided with temperature-measuring port 23, can in water knockout drum main body 1 temperature carry out Real-Time Monitoring, handled easily.Described water knockout drum main body 1 upper end is also provided with evacuation port 24, can get rid of the air in water knockout drum main body 1, the pressure that can maintain on the one hand in water knockout drum balances with extraneous, on the other hand, air can be avoided the corrosion of water knockout drum inwall, extend the service life of water knockout drum.Described helical coiled tube 20 is arranged on water knockout drum lower body part by gripper shoe 25, and the quantity of described gripper shoe 25 is at least two pieces, and helical coiled tube can well be fixed in water knockout drum main body 1 by gripper shoe 25.
During use, mixed liquor enters in water knockout drum main body through inlet, open medium entrance simultaneously, cooling/heating medium is passed into helical coiled tube, mixed liquor is through the screw-shaped flow paths of longer distance, under the effect of gravity and cooling/heating medium, mixed liquor can realize the good separation of solvent and water, solvent (being mixed with a small amount of water) after separation flows in the narrow runner of helical coiled tube formation, due to the reduction of flow, under gravity, solvent and water obtain thoroughly being separated further, solvent after separation is discharged by liquid outlet, water is then stayed in water knockout drum main body, after reaching certain capacity, open the control valve of water outlet pipe part, water is discharged, in separation process by temperature-measuring port detected temperatures, the air in water knockout drum main body is discharged by evacuation port.
Claims (6)
1. a preventing water leakage high-efficiency multi-stage water knockout drum, comprise water knockout drum main body, be positioned at the upper cover of water knockout drum main body upper end and be positioned at the low head of water knockout drum main body lower end, it is characterized in that, water knockout drum main body is transparent configuration, upper cover is provided with inlet, low head is provided with delivery port, delivery port is connected with outlet pipe, outlet pipe is provided with control valve, control valve comprises valve body, valve ball is provided with in valve body, valve ball both sides are respectively equipped with the first seal receptacle and the second seal receptacle, first seal receptacle and the second seal receptacle all lean with valve ball, valve body one end is water side, the bonnet be connected with this water side inwall is provided with in water side, bonnet and the first seal receptacle lean, control valve also comprises loose joint fuse, loose joint fuse is located in loose joint nut, loose joint fuse and loose joint nut are flexibly connected with water side respectively and are provided with sealing ring between loose joint fuse and water side, the gear edge leant with the other end of loose joint fuse is provided with in loose joint nut, one end of loose joint fuse is embedded at inside, water side, and loose joint nut one end inwall is connected with water side external screw-thread, described water knockout drum main body upper end is provided with liquid outlet, and liquid outlet is connected with water knockout drum bottom part body by the pipeline be arranged in water knockout drum main body, and the vertical range of pipeline is 2/3 ~ 4/5 of water knockout drum body normal distance, be provided with helical coiled tube in water knockout drum main body, helical coiled tube is arranged on water knockout drum lower body part, and helical coiled tube lower end is connected with medium entrance, and helical coiled tube upper end is connected with media outlet, be provided with the conical shell bottom connecting pipe in the middle of described helical coiled tube, this pipeline connects liquid outlet, and conical shell is provided with a point fluid apertures, is provided with rotatable impeller in point fluid apertures.
2. preventing water leakage high-efficiency multi-stage water knockout drum according to claim 1, is characterized in that: loose joint fuse one end outer wall is provided with annular groove with water side contact portion, and sealing ring is embedded in this annular groove.
3. preventing water leakage high-efficiency multi-stage water knockout drum according to claim 1 and 2, is characterized in that: described bonnet is external screw thread hollow cylindrical configuration and is connected with water side inner thread.
4. preventing water leakage high-efficiency multi-stage water knockout drum according to claim 3, is characterized in that: described bonnet leans near one end end face of valve ball and the first seal receptacle one end end face away from valve ball.
5. the preventing water leakage high-efficiency multi-stage water knockout drum according to claim 1 or 2 or 4, is characterized in that: upper cover is also provided with temperature-measuring port, water knockout drum main body upper end is also provided with evacuation port.
6. the preventing water leakage high-efficiency multi-stage water knockout drum according to claim 1 or 2 or 4, is characterized in that: described medium entrance, media outlet are all arranged on water knockout drum lower body part, and medium entrance is positioned at below media outlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520327975.5U CN204656071U (en) | 2015-05-16 | 2015-05-16 | Preventing water leakage high-efficiency multi-stage water knockout drum |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520327975.5U CN204656071U (en) | 2015-05-16 | 2015-05-16 | Preventing water leakage high-efficiency multi-stage water knockout drum |
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| Publication Number | Publication Date |
|---|---|
| CN204656071U true CN204656071U (en) | 2015-09-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520327975.5U Withdrawn - After Issue CN204656071U (en) | 2015-05-16 | 2015-05-16 | Preventing water leakage high-efficiency multi-stage water knockout drum |
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|---|---|
| CN (1) | CN204656071U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104874204A (en) * | 2015-05-16 | 2015-09-02 | 何小平 | Anti-water-leakage efficient multi-level water separator |
-
2015
- 2015-05-16 CN CN201520327975.5U patent/CN204656071U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104874204A (en) * | 2015-05-16 | 2015-09-02 | 何小平 | Anti-water-leakage efficient multi-level water separator |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150923 Effective date of abandoning: 20170627 |