CN208779143U - It is integral type water trap that four storehouses are double - Google Patents
It is integral type water trap that four storehouses are double Download PDFInfo
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- CN208779143U CN208779143U CN201821180675.9U CN201821180675U CN208779143U CN 208779143 U CN208779143 U CN 208779143U CN 201821180675 U CN201821180675 U CN 201821180675U CN 208779143 U CN208779143 U CN 208779143U
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Abstract
It is integral type water trap the utility model discloses four storehouses are double, including water trap ontology, former and later two chambers are separated by the first lateral vertical clapboard in water trap body interior, three pieces of longitudinal vertical clapboards are set in each chamber, each chamber is divided into four warehouses of left and right distribution respectively, water inlet is set at the top of first warehouse of each chamber, discharge outlet is set at the top of the last one warehouse, overflow hole is set on every piece of longitudinal vertical clapboard top, a water sealing (sealing water) pipe is respectively arranged in each warehouse in each chamber, the upper pipe end of water sealing (sealing water) pipe in first warehouse of each chamber is connected with the water inlet at the top of the warehouse, lower pipe end is located at the lower part of the warehouse, the upper pipe end of its indoor water sealing (sealing water) pipe in excess-three storehouse in each chamber in addition to first warehouse is connected with the overflow hole on longitudinal vertical clapboard on front side of it respectively, Lower pipe end is located at the lower part of corresponding warehouse.The utility model has the advantages that can meet two simultaneously is that gas piping uses.
Description
Technical field
The utility model relates to coal gas drainage equipment technical fields, and in particular to it is integral type water trap that four storehouses are double.
Background technique
In iron and steel enterprise, the coal gas conveyed in gas piping is usually the coal gas of water vapour saturation, in pipe conveying procedure
In cause medium temperature to decline due to tube wall heat dissipation, the steam for promoting former saturation to be present in coal gas condenses out to form condensation
Water, condensed water is introduced into coal gas drainer, then is discharged from the drainpipe of coal gas drainer.The working principle of coal gas drainer is:
The water seal of the effective certain altitude of draining of gas piping lower part is lived, leaks coal gas neither, the condensed water in gas piping is again
It can discharge.Coal gas drainer used at present has the drawback that: the arrangement of steel industry gas piping is often a pipe
Two systems or polyphyly gas piping are set on frame.To save floor occupying area and easy to operate, often two water traps are arranged same
Position is placed side by side, and it is that gas piping uses that each water trap, which can only meet one, and can not meet two simultaneously is that gas piping makes
With causing enterprise's use cost high.
Utility model content
The purpose of the utility model is to provide can meet simultaneously two be four storehouses that use of gas piping it is double be integral type draining
Device.
To achieve the above object, the utility model adopts the technical scheme that four storehouses pair are integral type draining
Device, the water trap ontology including inner hollow are internally provided with the first lateral vertical clapboard in water trap ontology, and first laterally
The inside of water trap ontology is separated into former and later two relatively independent chambers by vertical clapboard, is respectively separated and is set in each chamber
It is equipped with three pieces of longitudinal vertical clapboards, each chamber separates in about distribution four by internal three pieces longitudinal vertical clapboards respectively
Warehouse is respectively arranged with water inlet at the top of first warehouse of each chamber, each chamber is most along flow of gas direction
Be respectively arranged with discharge outlet at the top of the latter warehouse, the top of every piece of each chamber longitudinal vertical clapboard be provided with by
The overflow hole that two adjacent warehouses are connected is corresponded to, is respectively arranged with a water seal in each warehouse in each chamber
Pipe, the upper pipe end of the water sealing (sealing water) pipe in first warehouse of each chamber is connected with the water inlet at the top of the warehouse, lower pipe end position
The upper pipe end of its indoor water sealing (sealing water) pipe in excess-three storehouse in the lower part of the warehouse, each chamber in addition to first warehouse is distinguished
It is connected with the overflow hole on longitudinal vertical clapboard on front side of it, lower pipe end is located at the lower part of corresponding warehouse.
Further, it is integral type water trap that four storehouse above-mentioned is double, in which: first in one of chamber of two chambers
A warehouse is to the last one warehouse in being from left to right arranged successively, and first warehouse is to last in another chamber of two chambers
One warehouse is in be arranged successively from right to left.
Further, it is integral type water trap that four storehouse above-mentioned is double, in which: in the bottom point of each warehouse of each chamber
It is not provided with drain, is respectively arranged with valve at each drain.
Further, it is integral type water trap that four storehouse above-mentioned is double, in which: at the top part of each warehouse of each chamber
It is not provided with exhaust outlet, is respectively arranged with valve in each exhaust ports.
Further, it is integral type water trap that four storehouse above-mentioned is double, in which: at the top of first warehouse of each chamber
It is respectively arranged with water supplement port, the water supply pipe with valve is connected separately at each water supplement port.
Further, it is integral type water trap that four storehouse above-mentioned is double, in which: in the row of the last one warehouse of each chamber
The drainpipe for being located at water trap body exterior is connected at the mouth of a river, on the water trap body outer wall below every drainpipe
It is respectively arranged with a diversion pipe, the upper orifice of every diversion pipe is directed in loudspeaker openning shape and upwards ipsilateral corresponding drainpipe
Lower nozzle.
Through the implementation of the above technical solution, the beneficial effects of the utility model are: (1) water trap can satisfy two
It is the use of gas piping, reduces installation occupied area；(2) cost relative moderate significantly reduces enterprise's production and application
Cost；(3) installation is easy to make, and management and operation are also very convenient, improves production efficiency；(4) due to actual motion when, two
Item phase coal gas antikinesis arranged side by side can be further ensured that the first lateral vertical clapboard is leaked because of long-play in this way
Afterwards, two phase coal gas will not collaborate, and using effect is good, safe to use.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that four storehouse described in the utility model pair is integral type water trap.
Fig. 2 is the structural schematic diagram of the overlook direction of Fig. 1.
Fig. 3 is the structural schematic diagram of the left view direction of Fig. 1.
Fig. 4 is the structural schematic diagram of A-A section shown in Fig. 3.
Fig. 5 is the structural schematic diagram of B-B section shown in Fig. 3.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
As shown in figure 1, figure 2, figure 3, figure 4 and figure 5, it is integral type water trap, the row including inner hollow that four storehouses are double
Hydrophone ontology 1, in the first lateral vertical clapboard 2 that is internally provided with of water trap ontology 1, the first lateral vertical clapboard 2 will draining
The inside of device ontology 1 is separated into former and later two relatively independent front chamber and rear chamber, successively puts down from left to right in front chamber
Row interval longitudinal vertical clapboard 31 and vertical clapboard 32 longitudinal before third before longitudinal vertical clapboard 3, second before being provided with first, it is preceding
The inside of chamber is divided by longitudinal vertical clapboard 31 before vertical clapboard 3, second longitudinal before first with longitudinal direction vertical clapboard 32 before third
Warehouse 42 and fourth before warehouse 43 is divided into before first be sequentially distributed from left to right before warehouse 4, second before warehouse 41, third,
The top of warehouse 4 is provided with the advance mouth of a river 5 before first, discharge outlet 6 before the top of warehouse 43 is provided with before the 4th, before first
The top of longitudinal vertical clapboard 3 is provided with warehouse 4 before first and warehouse 41 is connected before second before first overflow hole 7,
Before second the top of longitudinal vertical clapboard 31 be provided with by warehouse 41 before second with that warehouse 42 is connected before third is excessive before second
Discharge orifice 71, the top of longitudinal vertical clapboard 32, which is provided with, before third is connected warehouse 42 before third with warehouse 43 before the 4th
Overflow hole 72 before third are respectively arranged with a water sealing (sealing water) pipe in each warehouse in front chamber, it may be assumed that before first in warehouse 4
Water sealing (sealing water) pipe 8 before being provided with first, before first the upper pipe end of water sealing (sealing water) pipe 8 be connected with the advance mouth of a river 5 at 4 top of warehouse before first,
Lower pipe end is located at the lower part of the warehouse, water sealing (sealing water) pipe 81 before being provided with second in warehouse 41 before second, water sealing (sealing water) pipe 81 before second
Upper pipe end under warehouse 41 before overflow hole 7 is connected, lower pipe end is located at second before first on vertical clapboard 3 longitudinal before first
Portion is provided with water sealing (sealing water) pipe 82 before third before third, longitudinally erects before the upper pipe end and second of water sealing (sealing water) pipe 82 before third in warehouse 42
On straight baffle 31 second before overflow hole 71 is connected, lower pipe end is located at the lower part of warehouse 42 before third, the warehouse 43 before the 4th
Water sealing (sealing water) pipe 83 before being inside provided with the 4th, before the third before the 4th before the upper pipe end of water sealing (sealing water) pipe 83 and third on longitudinal vertical clapboard 32
The lower part of warehouse 43 before overflow hole 72 is connected, lower pipe end is located at the 4th；The preceding discharge outlet 6 of warehouse 43 before the 4th of front chamber
Place is connected with the preceding drainpipe 15 being located at outside water trap ontology 1,1 outer wall of water trap ontology below preceding drainpipe 15
On be provided with a preceding diversion pipe 16, the upper orifice of preceding diversion pipe 16 is directed in loudspeaker openning shape and upwards corresponding preceding drainpipe
15 lower nozzle；
It is longitudinally erected after longitudinal vertical clapboard 9, second after successively parallel interval is provided with first from right to left in rear chamber
Longitudinal vertical clapboard 92 after straight baffle 9 and third, the inside of rear chamber are longitudinally erected after longitudinal vertical clapboard 9, second after first
Longitudinal vertical clapboard 92 is separated into after first be sequentially distributed from right to left warehouse after warehouse 10, second after straight baffle 9 and third
101, warehouse 103 after warehouse 102 and the 4th after third, water inlet 11 after the top of warehouse 10 is provided with after first, the 4th
The top of warehouse 103 is provided with rear discharge outlet 12 afterwards, warehouse after the top of longitudinal vertical clapboard 9 is provided with first after first
10 with warehouse 101 is connected after second after first overflow hole 13, after second the top of longitudinal vertical clapboard 91 be provided with by
Warehouse 101 and warehouse 102 is connected after third after second overflow hole 131, longitudinal vertical clapboard 92 after third after second
Top is provided with by overflow hole 132 after warehouse 102 is connected with warehouse 103 after the 4th after third third, in rear chamber
A water sealing (sealing water) pipe is respectively arranged in each warehouse, it may be assumed that water sealing (sealing water) pipe 14 after being provided with first in warehouse 10 after first, after first
The upper pipe end of water sealing (sealing water) pipe 14 is connected with the rear water inlet 11 at the top of warehouse 10 after first, lower pipe end is located at the lower part of the warehouse,
Water sealing (sealing water) pipe 141 after being provided with second in warehouse 101 after second is longitudinally erected after the upper pipe end and first of water sealing (sealing water) pipe 141 after second
On straight baffle 9 first after overflow hole 13 be connected, lower pipe end be located at second after warehouse 101 lower part, warehouse 102 after third
Inside be provided with water sealing (sealing water) pipe 142 after third, after third after the upper pipe end and second of water sealing (sealing water) pipe 142 on longitudinal vertical clapboard 91 second
Overflow hole 131 is connected afterwards, lower pipe end is located at the lower part of warehouse 102 after third, after being provided with the 4th in warehouse 103 after the 4th
Water sealing (sealing water) pipe 143,132 phase of overflow hole after the upper pipe end of water sealing (sealing water) pipe 143 and third after third on longitudinal vertical clapboard 92 after the 4th
The lower part of warehouse 103 after connection, lower pipe end are located at the 4th；It is connected at the rear discharge outlet 12 of warehouse 103 after the 4th of rear chamber
There is the rear drainpipe 17 being located at outside water trap ontology 1, is arranged on 1 outer wall of water trap ontology below rear drainpipe 17
The upper orifice of diversion pipe 18 after having one, rear diversion pipe 18 is aligned in loudspeaker openning shape and upwards under corresponding rear drainpipe 17
Nozzle；
In the present embodiment, it is respectively arranged with drain 19 in the bottom of each warehouse of each chamber, in each emptying
Valve is respectively arranged at mouth 19；It is respectively arranged with exhaust outlet 20 at the top of each warehouse of each chamber, in each exhaust
Valve is respectively arranged at mouth 20；It is respectively arranged with water supplement port 21 at the top of first warehouse of each chamber, in each benefit
It is connected separately with the water supply pipe with valve at the mouth of a river 21, the operation stability and safety in utilization of equipment can be improved in this way；
It is the drainpipe of gas piping lower part and warehouse 4 before the first of water trap ontology 1 by one in actual installation connection
The advance mouth of a river 5 be connected, after warehouse 10 after the first of the drainpipe of another system's gas piping lower part and water trap ontology 1
Water inlet 11 is connected；
The working principle of the utility model is as follows:
One be the condensed water generated in gas piping be passed through from preceding water inlet 51 front side of water trap ontology first before warehouse 4
Water seal in, the water seal height before first in warehouse 4 is with being continuously added for condensed water and before being higher than first when overflow hole 7,
Water before first in warehouse 4 can warehouse 41, the water seal before second in warehouse 41 before overflow hole 7 enters second to the right before first
With being continuously added for condensed water and before being higher than second when overflow hole 71, the water before second in warehouse 41 can overflow height before second
Discharge orifice 71 enters to the right warehouse 42 before third, and the water seal height before third in warehouse 42 is high with being continuously added for condensed water
Before third when overflow hole 72, water before third in warehouse 42 can warehouse 43 before overflow hole 72 enters the 4th to the right before third,
For water seal height before the 4th in warehouse 43 with being continuously added for condensed water and when being higher than preceding discharge outlet 6, condensed water can be gradually
Enter preceding drainpipe 15 from preceding discharge outlet 6, then is discharged after entering preceding diversion pipe 16 from preceding drainpipe 15；
One be the condensed water that is generated in gas piping successively through first before warehouse before warehouse 41, third before warehouse 4, second
While warehouse 43 is discharged before 42 and the 4th, the condensed water generated in another system's gas piping can be passed through from rear water inlet 11 simultaneously
After the first of 1 rear side of water trap ontology in the water seal of warehouse 10, water seal height after first in warehouse 10 is with condensed water
It is continuously added after being higher than first when overflow hole 13, water after first in warehouse 10 can enter to the left the by overflow hole 13 after first
Warehouse 101 after two, water seal height after second in warehouse 101 overflow hole with being continuously added for condensed water and after being higher than second
When 131, the water after second in warehouse 101 can enter to the left warehouse 102 after third, storehouse after third by overflow hole 131 after second
When water seal height in room 102 is higher than overflow hole 132 after third with being continuously added for condensed water, after third in warehouse 102
Water can warehouse 103 after overflow hole 132 enters the 4th to the left after third, water seal height after the 4th in warehouse 103 with
Being continuously added for condensed water and be higher than rear discharge outlet 12 when, condensed water can gradually from rear discharge outlet 6 enter rear drainpipe 17, then from
Drainpipe 17 is discharged after entering rear diversion pipe 18 afterwards.
The utility model has the advantages that: (1) water trap can satisfy two be gas piping use, reduce installation
Occupied area；(2) cost relative moderate significantly reduces enterprise and produces and uses cost；(3) install it is easy to make, management and
Operation is also very convenient, improves production efficiency；(4) due to actual motion when, two phase coal gas antikinesises arranged side by side, such energy
After being further ensured that the first lateral vertical clapboard is leaked because of long-play, two phase coal gas will not collaborate, and make
It is good with effect, it is safe to use.
Claims (6)
1. it is integral type water trap that four storehouses are double, it is characterised in that: the water trap ontology including inner hollow, in water trap ontology
It is internally provided with the first lateral vertical clapboard, the inside of water trap ontology is separated into former and later two phases by the first lateral vertical clapboard
To independent chamber, three pieces of longitudinal vertical clapboards are respectively provided in each chamber, each chamber is respectively by inside
Three pieces of longitudinal vertical clapboards separate four warehouses in about distribution, along flow of gas direction, first storehouse of each chamber
It is respectively arranged with water inlet at the top of room, discharge outlet is respectively arranged at the top of the last one warehouse of each chamber, each
The top of the longitudinal vertical clapboard of every piece of chamber is provided with the overflow hole that two adjacent warehouses of correspondence are connected, each
A water sealing (sealing water) pipe, the upper pipe end of the water sealing (sealing water) pipe in first warehouse of each chamber are respectively arranged in each warehouse in chamber
Be connected with the water inlet at the top of the warehouse, lower pipe end is located at the lower part of the warehouse, in each chamber in addition to first warehouse
Its indoor water sealing (sealing water) pipe in excess-three storehouse upper pipe end be connected respectively with the overflow hole on longitudinal vertical clapboard on front side of it, under
Pipe end is located at the lower part of corresponding warehouse.
2. it is integral type water trap that four storehouse according to claim 1 is double, it is characterised in that: one of chamber of two chambers
Indoor first warehouse is in be arranged successively from left to right to the last one warehouse, first storehouse in another chamber of two chambers
Room is in be arranged successively from right to left to the last one warehouse.
3. it is integral type water trap that four storehouse according to claim 1 or 2 is double, it is characterised in that: in each of each chamber
The bottom of warehouse is respectively arranged with drain, is respectively arranged with valve at each drain.
4. it is integral type water trap that four storehouse according to claim 1 or 2 is double, it is characterised in that: in each of each chamber
It is respectively arranged with exhaust outlet at the top of warehouse, is respectively arranged with valve in each exhaust ports.
5. it is integral type water trap that four storehouse according to claim 1 or 2 is double, it is characterised in that: the first of each chamber
It is respectively arranged with water supplement port at the top of a warehouse, the water supply pipe with valve is connected separately at each water supplement port.
6. it is integral type water trap that four storehouse according to claim 1 or 2 is double, it is characterised in that: in the last of each chamber
The drainpipe for being located at water trap body exterior, the draining below every drainpipe are connected at the discharge outlet of one warehouse
A diversion pipe is respectively arranged on device body outer wall, the upper orifice of every diversion pipe is aligned in loudspeaker openning shape and upwards ipsilateral
The lower nozzle of corresponding drainpipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821180675.9U CN208779143U (en) | 2018-07-25 | 2018-07-25 | It is integral type water trap that four storehouses are double |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821180675.9U CN208779143U (en) | 2018-07-25 | 2018-07-25 | It is integral type water trap that four storehouses are double |
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| CN208779143U true CN208779143U (en) | 2019-04-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821180675.9U Active CN208779143U (en) | 2018-07-25 | 2018-07-25 | It is integral type water trap that four storehouses are double |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108826020A (en) * | 2018-07-25 | 2018-11-16 | 联峰钢铁（张家港）有限公司 | It is integral type water trap that four storehouses are double |
-
2018
- 2018-07-25 CN CN201821180675.9U patent/CN208779143U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108826020A (en) * | 2018-07-25 | 2018-11-16 | 联峰钢铁（张家港）有限公司 | It is integral type water trap that four storehouses are double |
| CN108826020B (en) * | 2018-07-25 | 2024-01-12 | 联峰钢铁（张家港）有限公司 | Four-bin double-system integrated drainer |
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