CN201548538U - Gas drainage detector and water remover thereof capable of removing water automatically - Google Patents
Gas drainage detector and water remover thereof capable of removing water automatically Download PDFInfo
- Publication number
- CN201548538U CN201548538U CN2009202579259U CN200920257925U CN201548538U CN 201548538 U CN201548538 U CN 201548538U CN 2009202579259 U CN2009202579259 U CN 2009202579259U CN 200920257925 U CN200920257925 U CN 200920257925U CN 201548538 U CN201548538 U CN 201548538U
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- watering apparatus
- gas outlet
- gas
- flow sensor
- methane transducer
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Abstract
The utility model relates to a gas drainage detector and a water remover thereof capable of removing water automatically. The gas drainage detector comprises a detection handle and the water remover. The detection handle is provided with a gas inlet port of a methane sensor. The upper end of the water remover is provided with a gas outlet which is connected with the gas inlet port of the methane sensor on the detection handle. The lower end of the water remover is provided with a gas inlet which is used for communicating with a diversion pipe. The gas inlet and the gas outlet of the water remover are communicated through a closed chamber which is provided in the water remover. The water remover is provided with a siphon which extends from the inner part of the closed chamber to the outside. The siphon is matched with the water remover through sealed matching. A water adding opening is provided at the upper end of the water remover, and a sealing device is provided at the water adding opening. The gas drainage detector is provided with the water remover, and the sucked sample gas firstly enters the water remover. The moisture is reserved at the lower part of the closed chamber of the water remover, and the gas enters the gas sensor for detection. Thus the gas sensor is not damaged because of overlarge moisture content of sample gas.
Description
Technical field
The utility model relates to a kind of gas drainage pick-up unit and the self-draining de-watering apparatus of energy thereof.
Background technology
A lot of methane gas can occur in the recovery process of colliery, metallic ore, cause well-shoot easily, very dangerous, therefore must be strict gas bearing capacity during control production, adopt and take out the policy of afterwards adopting earlier, guarantee that gas bearing capacity is in the safe range in the recovery process.
At present, China takes to carry out extraction in high gas district face boring and pipe laying, in the extraction process, need install instruments in suitable place and detect, and recording current gas bearing capacity at any time, thereby judges whether dangerous.
Present gas drainage pick-up unit as shown in Figure 1, comprise detect handle 1 with detect the gas drainage analyzer 14 that handle 1 links to each other by gas circuit, detection handle 1 is provided with methane transducer intake interface, methane transducer exhaust port, flow sensor intake interface and flow sensor exhaust port; This pick-up unit is when detecting, the inlet and outlet interface that detects on the handle 1 is corresponding continuous with the air inlet/outlet on the mozzle 9, mozzle 9 is connected in the gas drainage pipe 10, after entering mozzle 9 from the tested gas of gas drainage pipe 10, the sample gas that is extracted is by the gas outlet on the mozzle 9 and detect intake interface on the handle 1 and directly enter in the methane transducer and detect.
In the gas drainage process; run into a large amount of water through regular meeting; even if drainage arrangement is arranged; still can contain a large amount of steam, water droplet even shallow bid current in the methane gas in the gas drainage pipe; as shown in Figure 1, will detect handle 1 and directly be connected on the mozzle 9, moisture methane gas will directly enter methane transducer 2; cause pick-up unit normally not detect easily, even damage.
The utility model content
The purpose of this utility model provides a kind of gas drainage pick-up unit, to solve in the prior art owing to water directly enters the problem that gas drainage pick-up unit that methane transducer causes can not normally detect.Simultaneously, task of the present utility model also is to provide a kind of self-draining de-watering apparatus of energy of gas drainage pick-up unit.
For addressing the above problem, gas drainage pick-up unit of the present utility model adopts following technical scheme: a kind of gas drainage pick-up unit, comprise the detection handle, detect on the handle and have the methane transducer intake interface,: described gas drainage pick-up unit also comprises a de-watering apparatus, the upper end of this de-watering apparatus be provided with detect handle on the gas outlet that links to each other of methane transducer intake interface, the lower end of de-watering apparatus is provided with and is used for the air intake opening that is communicated with mozzle, the air intake opening of de-watering apparatus is communicated with by an enclosed cavity that is arranged on de-watering apparatus inside with the gas outlet, de-watering apparatus is provided with by the U trap that extends to the de-watering apparatus outside in its enclosed cavity, between U trap and the de-watering apparatus for being sealed and matched, the de-watering apparatus upper end is provided with the filler, and the filler is provided with packoff.
Described U trap is that a positive U type is connected in series the S bend pipe that forms with an inverted U.
Described de-watering apparatus is provided with the water level gauge that designs for one with de-watering apparatus.
Has the methane transducer exhaust port on the described detection handle, described de-watering apparatus is provided with the methane transducer gas outlet, this methane transducer gas outlet passes the enclosed cavity of de-watering apparatus, the upper orifice of methane transducer gas outlet links to each other with methane transducer exhaust port on detecting handle, and the lower nozzle of methane transducer gas outlet is used for being communicated with mozzle.
Also be provided with flow sensor draft tube and gas outlet on the described de-watering apparatus, flow sensor draft tube and gas outlet pass the enclosed cavity of described de-watering apparatus inside, the upper orifice of flow sensor draft tube links to each other with flow sensor intake interface on detecting handle, the lower nozzle of flow sensor draft tube is used for being communicated with mozzle, the upper orifice of flow sensor gas outlet links to each other with flow sensor exhaust port on detecting handle, and the lower nozzle of flow sensor gas outlet is used for being communicated with mozzle.
The self-draining de-watering apparatus of the energy of gas drainage pick-up unit of the present utility model adopts following technical scheme:
The self-draining de-watering apparatus of a kind of energy of gas drainage pick-up unit, the upper end of described de-watering apparatus be provided be used for detect handle on the gas outlet that links to each other of methane transducer intake interface, the lower end of de-watering apparatus is provided with and is used for the air intake opening that is communicated with mozzle, the air intake opening of de-watering apparatus is communicated with by an enclosed cavity that is arranged on de-watering apparatus inside with the gas outlet, de-watering apparatus is provided with by the U trap that extends to the de-watering apparatus outside in its enclosed cavity, between U trap and the de-watering apparatus for being sealed and matched, the de-watering apparatus upper end is provided with the filler, and the filler is provided with packoff.
Described U trap is that a positive U type is connected in series the S bend pipe that forms with an inverted U.
Described de-watering apparatus is provided with the water level gauge that designs for one with de-watering apparatus.
Described de-watering apparatus is provided with the methane transducer gas outlet, this methane transducer gas outlet passes the enclosed cavity of de-watering apparatus, the upper orifice of methane transducer gas outlet be used for detect handle on the methane transducer exhausr port link to each other, the lower nozzle of methane transducer gas outlet is used for being communicated with mozzle.
Also be provided with flow sensor draft tube and gas outlet on the described de-watering apparatus, flow sensor draft tube and gas outlet pass the enclosed cavity of described de-watering apparatus inside, the upper orifice of flow sensor draft tube be used for detect handle on the flow sensor intake interface link to each other, the lower nozzle of flow sensor draft tube is used for being communicated with mozzle, the upper orifice of flow sensor gas outlet be used for detect handle on the flow sensor exhaust port link to each other, the lower nozzle of flow sensor gas outlet is used for being communicated with mozzle.
The utility model is provided with de-watering apparatus, after entering mozzle from the moisture methane gas of gas drainage pipe, after the sample gas that is extracted enters the enclosed cavity of de-watering apparatus, moisture has been stayed the bottom of enclosed cavity, water-free gas then enters the methane transducer that detects the handle from the gas outlet on de-watering apparatus top and detects, like this, can not damage methane transducer too greatly because of detected sample gas water cut.In addition, be provided with U trap in the enclosed cavity of de-watering apparatus, when the water level in the de-watering apparatus is higher than siphonal peak, water will be discharged by U trap, drop to siphonal entrance location until water level.Simultaneously, the utility model is provided with the filler, in de-watering apparatus, add water by the filler when starting working, reach siphonal entrance location until water level, can prevent that like this gas from overflowing from U trap, cause atmospheric pollution and energy dissipation, the filler is provided with packoff, add and to realize sealing behind the water, prevent that methane gas from overflowing from the filler.Further,, also can remove dust wherein, avoid dust to enter in the methane transducer from the filtration that the air intake opening of de-watering apparatus bottom enters water temporary the detection sample gas process de-watering apparatus enclosed cavity of its enclosed cavity.
U trap of the present utility model is that a positive U type is connected in series the S bend pipe that forms with an inverted U, siphonal import is lower than siphonal peak, like this, when siphonage takes place, after water level is reduced to the syphon mouth position, still can be full of water in the siphonal positive U type section, can prevent that methane gas from overflowing from U trap.
De-watering apparatus is provided with water level gauge, can observe the water level in the de-watering apparatus easily.
The utility model is provided with methane transducer gas outlet, flow sensor draft tube and the flow sensor gas outlet that passes its enclosed cavity on de-watering apparatus, the upper orifice of each pipe is corresponding continuous with each interface on detecting handle, like this can be in each interface arrangement compactness that detects on the handle, detect under the less prerequisite of the size of handle, strengthen the volume of de-watering apparatus as far as possible, thereby increase the enclosed cavity of de-watering apparatus, so that store more moisture.
De-watering apparatus of the present utility model is simple in structure, and is easily manufactured, and the air intake opening of lower end and the gas outlet of upper end are communicated with by the enclosure space in the de-watering apparatus, and the moisture that need remove temporarily is stored in the cavity of de-watering apparatus, and it is simple and reliable to dewater.
Description of drawings
Fig. 1 is the structural representation of existing gas drainage pick-up unit;
Fig. 2 is the cut-open view of the front view of de-watering apparatus of the present utility model;
Fig. 3 is the structure principle chart of the embodiment 1 of the utility model gas drainage pick-up unit;
Fig. 4 is the structure principle chart of the embodiment 2 of the utility model gas drainage pick-up unit.
Embodiment
In Fig. 2, the lower end of de-watering apparatus 3 is provided with air intake opening, and the upper end is provided with the gas outlet, is communicated with by an enclosed cavity that is arranged on de-watering apparatus inside between air intake opening and the gas outlet.De-watering apparatus 3 is provided with by the U trap 18 that extends to de-watering apparatus 3 outsides in the enclosed cavity, between U trap 18 and the de-watering apparatus 3 for being sealed and matched.U trap 18 is that a positive U type is connected in series the S bend pipe that forms with an inverted U, and the import of U trap 18 is lower than the peak of U trap 18.The upper end of de-watering apparatus 3 is provided with the filler, and the filler is provided with sealing-plug 19, has been wholely set water level gauge 17 on the de-watering apparatus 3, can observe water level in the de-watering apparatus easily by water level gauge 17.Also be provided with the methane transducer gas outlet 9, flow sensor draft tube 8, the flow sensor gas outlet 7 that pass enclosed cavity on the de-watering apparatus 3, two mouths of pipe up and down of each tracheae all protrude from the surface of de-watering apparatus.Because, the inlet, outlet of de-watering apparatus 3 is relative up and down, for fear of the water direct projection gas outlet of coming in from air intake opening, be provided with dividing plate 4 between the air intake opening of de-watering apparatus 3 and the gas outlet, if the air intake opening of de-watering apparatus 3 and gas outlet are designed to misplace, be not relative up and down, perhaps the height of de-watering apparatus 3 is enough high, also can not use dividing plate 4.Gas outlet of the present utility model and air intake opening have been separately positioned on the upper and lower side of de-watering apparatus 3, also can be arranged on the adjacent end face, only need the gas outlet is arranged on the position that exceeds air intake opening.
Embodiment 1:
In Fig. 3, a kind of gas drainage pick-up unit comprises gas drainage pipe 6, is connected on mozzle 5, gas drainage analyzer 10, detection handle 1 on the gas drainage pipe 6, and de-watering apparatus 3, and described de-watering apparatus 3 is the de-watering apparatus among above-mentioned Fig. 2.Detect in the handle 1 and be provided with methane transducer 2, be provided with vacuum pump 12 and flow sensor 11 in the gas drainage analyzer 10.The air intake opening of de-watering apparatus 3 lower ends is communicated with mozzle 5, and the gas outlet of de-watering apparatus 3 upper ends links to each other with methane transducer air intake opening on detecting handle 1, and the air intake opening of de-watering apparatus 3 and gas outlet are arranged on de-watering apparatus 3 interior enclosed cavities by one and are connected.De-watering apparatus 3 is provided with by the U trap 18 that extends to de-watering apparatus 3 outsides in the enclosed cavity, between U trap 18 and the de-watering apparatus 3 for being sealed and matched.U trap 18 is that a positive U type is connected in series the S bend pipe that forms with an inverted U, and the import of U trap 18 is lower than the peak of U trap 18.The upper end of de-watering apparatus 3 is provided with the filler, and the filler is provided with sealing-plug 19, has been wholely set water level gauge 17 on the de-watering apparatus 3, can observe water level in the de-watering apparatus easily by water level gauge 17.Because, the inlet, outlet of de-watering apparatus 3 is relative up and down, for fear of the water direct projection gas outlet of coming in from air intake opening, be provided with dividing plate 4 between the air intake opening of de-watering apparatus 3 and the gas outlet, if the air intake opening of de-watering apparatus 3 and gas outlet are designed to misplace, be not relative up and down, perhaps the height of de-watering apparatus 3 is enough high, also can not use dividing plate 4.
Also be provided with the methane transducer gas outlet 9, flow sensor draft tube 8, the flow sensor gas outlet 7 that pass institute's enclosed cavity on the de-watering apparatus 3.Two mouths of pipe up and down of each tracheae all protrude from the surface of de-watering apparatus 3, and methane transducer gas outlet 9 strings are contained in the methane transducer exhaust line 15, its upper orifice and the methane transducer exhaust port that detects on the handle 1, and its lower nozzle and mozzle 5 are communicated with; Flow sensor draft tube 8 strings are contained in the flow sensor air inlet road 14, its upper orifice and the flow sensor intake interface that detects on the handle 1, and its lower nozzle is communicated with mozzle 5; Flow sensor gas outlet 7 strings are contained in the flow sensor exhaust line 13, and its upper orifice detects the flow sensor exhaust port on the handle 1, and its lower nozzle is communicated with mozzle 5.The gas outlet of de-watering apparatus 3 has only one in the present embodiment, links to each other with the methane transducer air intake opening that detects handle 1, and the gas outlet on the de-watering apparatus 3 can have a plurality of, such as can be useful on detect handle 1 on the gas outlet that links to each other of temperature sensor air intake opening.
During work, methane gas from gas drainage pipe 6 enters mozzle 5, come out in the sample gas that is extracted gas outlet from the mozzle 5, enter de-watering apparatus 3 by the methane transducer air intake opening on the de-watering apparatus 3, moisture in the sample gas has been stayed the bottom of the enclosed cavity in the de-watering apparatus 3, sample gas is then under the effect of vacuum pump 12, the methane transducer intake interface that is come out on the handle 1 after testing by the methane transducer gas outlet of de-watering apparatus 3 enters methane transducer 2, and the methane transducer air inlet road 16 of the gas sample gas that comes out from methane transducer 2 by joint detection handle 1 and gas drainage analyzer 10 got back to the mozzle 5 by the methane transducer gas outlet 9 of methane transducer exhaust line 15 on being arranged on de-watering apparatus 3 and entered in the gas drainage pipe 6 through vacuum pump 12.Passing along with the working time, water in the cavity of de-watering apparatus 3 is cumulative, and when water level exceeded the peak of U trap 18, siphonage took place, water in the cavity of de-watering apparatus 3 is discharged from, and is reduced to the place, the residing plane of import of U trap 18 until water level.Because the effect of vacuum pump 12 has certain vacuum tightness, so when water level exceeded the peak certain distance of U trap 18, siphonage just can take place in the cavity of de-watering apparatus.
Methane gas from gas drainage pipe 6 enters mozzle 5, and wherein portion gas is got back in the mozzle 5 by the flow sensor gas outlet 7 of flow sensor exhaust line 13 on being arranged on de-watering apparatus 3 and entered in the gas drainage pipe 6 through flow sensor 11 through the flow sensor air inlet road 14 of the flow sensor draft tube 8 on the de-watering apparatus 3 by joint detection handle 1 and gas drainage analyzer 10.
Embodiment 2:
In Fig. 4, a kind of gas drainage pick-up unit comprises gas drainage pipe 6, is connected on mozzle 5, gas drainage analyzer 10, detection handle 1 on the gas drainage pipe 6, and de-watering apparatus 3, and described de-watering apparatus 3 is the de-watering apparatus among above-mentioned Fig. 1.Detect in the handle 1 and be provided with methane transducer 2, be provided with vacuum pump 12 and flow sensor 11 in the gas drainage analyzer 10.The air intake opening of de-watering apparatus 3 lower ends is communicated with mozzle, and the gas outlet of de-watering apparatus 3 upper ends links to each other with methane transducer intake interface on detecting handle 1, and the air intake opening of de-watering apparatus 3 and gas outlet are arranged on de-watering apparatus 3 interior enclosed cavities by one and are connected.De-watering apparatus 3 is provided with by the U trap 18 that extends to de-watering apparatus 3 outsides in the enclosed cavity, between U trap 18 and the de-watering apparatus 3 for being sealed and matched.U trap 18 is that a positive U type is connected in series the S bend pipe that forms with an inverted U, and the import of U trap 18 is lower than the peak of U trap 18.The upper end of de-watering apparatus 3 is provided with the filler, and the filler is provided with sealing-plug 19, has been wholely set water level gauge 17 on the de-watering apparatus 3, can observe water level in the de-watering apparatus easily by water level gauge 17.Because, the inlet, outlet of de-watering apparatus 3 is relative up and down, for fear of the water direct projection gas outlet of coming in from air intake opening, be provided with dividing plate 4 between the air intake opening of de-watering apparatus 3 and the gas outlet, if the air intake opening of de-watering apparatus 3 and gas outlet are designed to misplace, be not relative up and down, perhaps the height of de-watering apparatus 3 is enough high, also can not use dividing plate 4.
Also be provided with the flow sensor draft tube 8, the flow sensor gas outlet 7 that pass institute's enclosed cavity on the de-watering apparatus 3.Two mouths of pipe up and down of each tracheae all protrude from the surface of de-watering apparatus 3, and flow sensor draft tube 8 strings are contained in the flow sensor air inlet road 14, and its upper orifice links to each other with flow sensor intake interface on detecting handle 1, and lower nozzle is communicated with mozzle 5; Flow sensor gas outlet 7 string is contained in the flow sensor exhaust line 13, and its upper orifice links to each other with flow sensor exhaust port on detecting handle 1, and lower nozzle is communicated with mozzle 5.The gas outlet of de-watering apparatus 3 has only one in the present embodiment, links to each other with the methane transducer air intake opening that detects handle 1, and the gas outlet on the de-watering apparatus 3 can have a plurality of, such as can be useful on detect handle 1 on the gas outlet that links to each other of temperature sensor air intake opening.
During work, methane gas from gas drainage pipe 6 enters mozzle 5, come out in the sample gas that is extracted gas outlet from the mozzle 5, enter de-watering apparatus 3 by the methane transducer air intake opening on the de-watering apparatus 3, moisture in the sample gas has been stayed the bottom of the enclosed cavity in the de-watering apparatus 3, sample gas is then under the effect of vacuum pump 12, the methane transducer intake interface that is come out on the handle 1 after testing by the methane transducer gas outlet of de-watering apparatus 3 enters methane transducer 2, and the methane transducer air inlet road 16 of the methane gas that comes out from methane transducer 2 by joint detection handle 1 and gas drainage analyzer 10 goes out gas circuit 19 through vacuum pump 12 by methane transducer and enter the atmosphere.Passing along with the working time, water in the cavity of de-watering apparatus 3 is cumulative, and when water level exceeded the peak of U trap 18, siphonage took place, water in the cavity of de-watering apparatus 3 is discharged from, and is reduced to the place, the residing plane of import of U trap 18 until water level.Because the effect of vacuum pump 12 has certain vacuum tightness, so when water level exceeded the peak certain distance of U trap 18, siphonage just can take place in the cavity of de-watering apparatus.
Methane gas from gas drainage pipe 6 enters mozzle 5, and wherein portion gas is got back in the mozzle 5 by the flow sensor gas outlet 7 of flow sensor exhaust line 13 on being arranged on de-watering apparatus 3 and entered in the gas drainage pipe 6 through flow sensor 11 through the flow sensor air inlet road 14 of the flow sensor draft tube 8 on the de-watering apparatus 3 by joint detection handle 1 and gas drainage analyzer 10.
Claims (10)
1. gas drainage pick-up unit, comprise the detection handle, detect on the handle and have the methane transducer intake interface, it is characterized in that: described gas drainage pick-up unit also comprises a de-watering apparatus, the upper end of this de-watering apparatus be provided with detect handle on the gas outlet that links to each other of methane transducer intake interface, the lower end of de-watering apparatus is provided with and is used for the air intake opening that is communicated with mozzle, the air intake opening of de-watering apparatus is communicated with by an enclosed cavity that is arranged on de-watering apparatus inside with the gas outlet, de-watering apparatus is provided with by the U trap that extends to the de-watering apparatus outside in its enclosed cavity, between U trap and the de-watering apparatus for being sealed and matched, the de-watering apparatus upper end is provided with the filler, and the filler is provided with packoff.
2. gas drainage pick-up unit according to claim 1 is characterized in that: described U trap is that a positive U type is connected in series the S bend pipe that forms with an inverted U.
3. gas drainage pick-up unit according to claim 1 and 2 is characterized in that: described de-watering apparatus is provided with the water level gauge that designs for one with de-watering apparatus.
4. gas drainage pick-up unit according to claim 3, it is characterized in that: have the methane transducer exhaust port on the described detection handle, described de-watering apparatus is provided with the methane transducer gas outlet, this methane transducer gas outlet passes the enclosed cavity of de-watering apparatus, the upper orifice of methane transducer gas outlet links to each other with methane transducer exhaust port on detecting handle, and the lower nozzle of methane transducer gas outlet is used for being communicated with mozzle.
5. gas drainage pick-up unit according to claim 4, it is characterized in that: also be provided with flow sensor draft tube and gas outlet on the described de-watering apparatus, flow sensor draft tube and gas outlet pass the enclosed cavity of described de-watering apparatus inside, the upper orifice of flow sensor draft tube links to each other with flow sensor intake interface on detecting handle, the lower nozzle of flow sensor draft tube is used for being communicated with mozzle, the upper orifice of flow sensor gas outlet links to each other with flow sensor exhaust port on detecting handle, and the lower nozzle of flow sensor gas outlet is used for being communicated with mozzle.
6. the self-draining de-watering apparatus of the energy of a gas drainage pick-up unit, it is characterized in that: the upper end of described de-watering apparatus be provided be used for detect handle on the gas outlet that links to each other of methane transducer intake interface, the lower end of de-watering apparatus is provided with and is used for the air intake opening that is communicated with mozzle, the air intake opening of de-watering apparatus is communicated with by an enclosed cavity that is arranged on de-watering apparatus inside with the gas outlet, de-watering apparatus is provided with by the U trap that extends to the de-watering apparatus outside in its enclosed cavity, between U trap and the de-watering apparatus for being sealed and matched, the de-watering apparatus upper end is provided with the filler, and the filler is provided with packoff.
7. the self-draining de-watering apparatus of the energy of gas drainage pick-up unit according to claim 6 is characterized in that: described U trap is that a positive U type is connected in series the S bend pipe that forms with an inverted U.
8. according to the self-draining de-watering apparatus of energy of claim 6 or 7 described gas drainage pick-up units, it is characterized in that: described de-watering apparatus is provided with the water level gauge that designs for one with de-watering apparatus.
9. the self-draining de-watering apparatus of the energy of gas drainage pick-up unit according to claim 8, it is characterized in that: described de-watering apparatus is provided with the methane transducer gas outlet, this methane transducer gas outlet passes the enclosed cavity of de-watering apparatus, the upper orifice of methane transducer gas outlet be used for detect handle on the methane transducer exhausr port link to each other, the lower nozzle of methane transducer gas outlet is used for being communicated with mozzle.
10. the self-draining de-watering apparatus of the energy of gas drainage pick-up unit according to claim 9, it is characterized in that: also be provided with flow sensor draft tube and gas outlet on the described de-watering apparatus, flow sensor draft tube and gas outlet pass the enclosed cavity of described de-watering apparatus inside, the upper orifice of flow sensor draft tube be used for detect handle on the flow sensor intake interface link to each other, the lower nozzle of flow sensor draft tube is used for being communicated with mozzle, the upper orifice of flow sensor gas outlet be used for detect handle on the flow sensor exhaust port link to each other, the lower nozzle of flow sensor gas outlet is used for being communicated with mozzle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202579259U CN201548538U (en) | 2009-11-06 | 2009-11-06 | Gas drainage detector and water remover thereof capable of removing water automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202579259U CN201548538U (en) | 2009-11-06 | 2009-11-06 | Gas drainage detector and water remover thereof capable of removing water automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201548538U true CN201548538U (en) | 2010-08-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202579259U Expired - Lifetime CN201548538U (en) | 2009-11-06 | 2009-11-06 | Gas drainage detector and water remover thereof capable of removing water automatically |
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| CN (1) | CN201548538U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101726572B (en) * | 2009-11-06 | 2013-09-11 | 郑州光力科技股份有限公司 | Gas drainage detection device and water removing device capable of automatically draining water |
| CN104133048A (en) * | 2014-08-01 | 2014-11-05 | 淮南润成科技股份有限公司 | Gas extraction-exhaust multiparameter monitoring device for mine |
| CN109184782A (en) * | 2018-11-07 | 2019-01-11 | 孔维 | Hydrocone type extraction pipeline deslagging water discharging device |
| WO2020124166A1 (en) * | 2018-12-20 | 2020-06-25 | WaterGasRenew Pty Ltd | Gas monitoring system and apparatus |
-
2009
- 2009-11-06 CN CN2009202579259U patent/CN201548538U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101726572B (en) * | 2009-11-06 | 2013-09-11 | 郑州光力科技股份有限公司 | Gas drainage detection device and water removing device capable of automatically draining water |
| CN104133048A (en) * | 2014-08-01 | 2014-11-05 | 淮南润成科技股份有限公司 | Gas extraction-exhaust multiparameter monitoring device for mine |
| CN109184782A (en) * | 2018-11-07 | 2019-01-11 | 孔维 | Hydrocone type extraction pipeline deslagging water discharging device |
| WO2020124166A1 (en) * | 2018-12-20 | 2020-06-25 | WaterGasRenew Pty Ltd | Gas monitoring system and apparatus |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee |
Owner name: ZHEZHOU GUANGLI SCIENCE + TECHNOLOGY CO., LTD. Free format text: FORMER NAME: GUANGLI SCIENCE + TECHNOLOGY DEVELOPMENT CO., LTD., ZHENGZHOU |
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| CP01 | Change in the name or title of a patent holder |
Address after: 450001 No. 58, Ruida Road, hi tech Industrial Development Zone, Henan, Zhengzhou Patentee after: Zhengzhou GL Tech Company Address before: 450001 No. 58, Ruida Road, hi tech Industrial Development Zone, Henan, Zhengzhou Patentee before: Guangli Science & Technology Development Co., Ltd., Zhengzhou |
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Address after: 450001 Henan city of Zhengzhou province high tech Industrial Development Zone Long Chun Road No. 10 Patentee after: Zhengzhou GL Tech Company Address before: 450001 No. 58, Ruida Road, hi tech Industrial Development Zone, Henan, Zhengzhou Patentee before: Zhengzhou GL Tech Company |
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Granted publication date: 20100811 Effective date of abandoning: 20091106 |
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