CN205269224U - Adaptation dry process acetylene generating device's compound scrubbing tower of novel inner loop - Google Patents
Adaptation dry process acetylene generating device's compound scrubbing tower of novel inner loop Download PDFInfo
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- CN205269224U CN205269224U CN201521034845.9U CN201521034845U CN205269224U CN 205269224 U CN205269224 U CN 205269224U CN 201521034845 U CN201521034845 U CN 201521034845U CN 205269224 U CN205269224 U CN 205269224U
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- internal recycle
- novel internal
- acetylene generator
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- washing tower
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Abstract
The utility model discloses an adaptation dry process acetylene generating device's compound scrubbing tower of novel inner loop, the structural design field that belongs to the scrubbing tower, the sealed design of this adaptation dry process acetylene generating device's compound scrubbing tower of novel inner loop, the washing liquid need not the discharge system and handles, can there be the contact with the air, thereby overcome and adopted the washing mode among the prior art to lead to the extravagant and unsafe problem of acetylene, thereby also overcome and adopted the washing mode among the prior art to lead to equipment pipe blockage to increase the problem of maintenance cost, still solve the washing pulp water and arranged the rare problem of handling outward, and then production run and maintenance cost had both been reduced, safe production conditions has been optimized again, the environmental protection pressure of carbide slag water treatment has been eliminated, further increase dry process acetylene generating device's whole synthesis loading and unloading capacity, realize the most genuine cleaner production.
Description
Technical field
The utility model relates to the field of structural design of washing tower, particularly relates to a kind of novel internal recycle compound washing tower adapting to dry acetylene generator.
Background technology
Along with China's drying acetylene production equipment is in the continuous popularization of basic chemical industry industry, its some defects in use start to show especially. As: because dedusting adopts tradition contact wet scrubbing, a large amount of washings need to discharge system process, the processing mode adopted in current device adopts settling bowl slag water precipitation to be separated, clear liquid returns to systemic circulation washing, arrange outside part underflow and process again into waste liquid pool or pressurize to fall as reaction water treatment into producer, can complete resolution system washed water equilibrium problem, accomplish few row or substantially without outer row.
But, because washing water are in constantly outer row's settlement treatment process, can constantly contact with air, acetylene gas effusion in causing dissolving to intake is wasted and is caused unsafe factor, after the air of slag water contact simultaneously, generate calcium carbonate and very easily make equipment pipe fouling result in blockage, therefore generate maximum 2 months of time continuously, equipment pipe must be carried out dirty removing processing, otherwise production cannot be met; The continous-stable so just constraining this device runs at full capacity, also makes production maintenance cost raise further.
Practical novel content
For above-mentioned Problems existing, the utility model provides a kind of novel internal recycle compound washing tower adapting to dry acetylene generator, mode of washing of the prior art is adopted to cause acetylene waste and unsafe problem to overcome, also overcome and adopt mode of washing of the prior art to cause equipment pipe blocking thus increase the problem of maintenance cost, outside also solving washing slag water, row processes rare problem, and then both reduced production run and maintenance cost, optimize again safety production condition, eliminate the environmental protection pressure of water of the carbide slag process, the further whole synthesis throughput increasing dry acetylene generator.
In order to realize above-mentioned purpose, the technical scheme that the utility model is taked is:
Adapt to a novel internal recycle compound washing tower for dry acetylene generator, wherein, comprising: for clean acetylene gas upper section washing portion and for the hypomere reproducing unit of washings circulation, described upper section washing portion is connected with the sealing of described hypomere reproducing unit;
Described upper section washing portion comprises: be positioned at described upper section washing subordinate's end side surface gas feed, the pneumatic outlet being positioned at described upper section top, washing portion, described upper section inside, washing portion is from top to bottom provided with in turn: the anti-jumping ball screen cloth in top, the first layer nylon screen, the first layer stainless steel establishment screen cloth, second layer nylon screen and second layer stainless steel establishment screen cloth;
The position of the side in described upper section washing portion between described top anti-jumping ball screen cloth and described the first layer nylon screen is provided with washings import one, it is provided with the first layer baton round, and the side in section washing portion is provided with filler Butterworth Hatch one between described the first layer nylon screen and described the first layer stainless steel establishment screen cloth on described between described the first layer nylon screen and described the first layer stainless steel establishment screen cloth;
The position that the side in described upper section washing portion is worked out at described the first layer stainless steel between screen cloth and described second layer nylon screen is provided with washings import two, it is provided with second layer baton round, and the side in section washing portion is provided with filler Butterworth Hatch two between described second layer nylon screen and described second layer stainless steel establishment screen cloth on described between described second layer nylon screen and described second layer stainless steel establishment screen cloth;
Described hypomere reproducing unit comprises: the pump Link Port one being positioned at described hypomere reproducing unit upper side, the described lower end of hypomere reproducing unit is chamfering structure, a slag water connection section it is sealedly connected with bottom described hypomere reproducing unit, one end of described slag water connection section is provided with pump Link Port two, and described lower end reproducing unit is the rapid subsidence device that tower body and internals are formed.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, the position that the lower end side in described upper section washing portion is corresponding with described gas feed is provided with gas phase scraper Link Port.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, the top in described upper section washing portion is also provided with water supplement port, to ensure the liquid level equilibrium of the novel internal recycle compound washing tower inside of described adaptation dry acetylene generator.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, described filler Butterworth Hatch one works out screen cloth near described the first layer stainless steel.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, described filler Butterworth Hatch two works out screen cloth near described second layer stainless steel.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, the position of the side in described upper section washing portion between described filler Butterworth Hatch two and described gas feed is provided with gas-liquid equilibrium mouth one, to balance the air pressure of the novel internal recycle compound washing tower inside of described adaptation dry acetylene generator.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, the top position that the side of described hypomere reproducing unit is positioned at described pump Link Port one is provided with gas-liquid equilibrium mouth two, to balance the air pressure of the novel internal recycle compound washing tower inside of described adaptation dry acetylene generator.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, the position corresponding with described pump Link Port one, the side of described hypomere reproducing unit is provided with pump Link Port three.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, the lower position that the side of described hypomere reproducing unit is positioned at described pump Link Port one is at least provided with an access opening, to facilitate follow-up maintenance and inspection work.
The novel internal recycle compound washing tower of above-mentioned adaptation dry acetylene generator, wherein, the other end of described slag water connection section is provided with sewage draining exit, to discharge unnecessary slag.
Technique scheme tool has the following advantages or useful effect:
The novel internal recycle compound washing tower Seal Design of the adaptation dry acetylene generator that the utility model provides, washings is without the need to discharging system process, can not contact with air, thus overcome and adopt mode of washing of the prior art to cause acetylene waste and unsafe problem, also overcome and adopt mode of washing of the prior art to cause equipment pipe blocking thus increase the problem of maintenance cost, outside also solving washing slag water, row processes difficult problem, and then both reduced production run and maintenance cost, optimize again safety production condition, eliminate the environmental protection pressure of water of the carbide slag process, the further whole synthesis throughput increasing dry acetylene generator, realize cleaner production truly.
Accompanying drawing explanation
By reading with reference to the detailed description that non-limiting example is done by the following drawings, the utility model and feature, profile and advantage will become more apparent. Mark identical in whole accompanying drawing indicates identical part. Deliberately proportionally do not draw accompanying drawing, focus on purport of the present utility model is shown.
Fig. 1 is upper section structural representation of the novel internal recycle compound washing tower of the adaptation dry acetylene generator that the utility model embodiment 1 provides;
Fig. 2 is the hypomere structural representation of the novel internal recycle compound washing tower of the adaptation dry acetylene generator that the utility model embodiment 1 provides.
Embodiment
Below in conjunction with accompanying drawing and specific embodiment, the utility model is further described, but not as restriction of the present utility model.
Embodiment 1:
Fig. 1 is upper section structural representation of the novel internal recycle compound washing tower of the adaptation dry acetylene generator that the utility model embodiment 1 provides; Fig. 2 is the hypomere structural representation of the novel internal recycle compound washing tower of the adaptation dry acetylene generator that the utility model embodiment 1 provides; As shown in the figure, the novel internal recycle compound washing tower of adaptation dry acetylene generator that the utility model embodiment 1 provides comprises: for cleaning upper section washing portion 01 and the hypomere reproducing unit 02 for washings circulation of acetylene gas, upper section washing portion 01 is connected with hypomere reproducing unit 02 sealing;
Upper section washing portion 01 comprises: the gas feed 101 of the section of being positioned at washing portion 01 lower end side, the pneumatic outlet 102 on top, the section of being positioned at washing portion 01, upper section inside, washing portion 01 is from top to bottom provided with in turn: the anti-jumping ball screen cloth 103 in top, the first layer nylon screen 104, the first layer stainless steel establishment screen cloth 105, second layer nylon screen 106 and second layer stainless steel establishment screen cloth 107;
The position of the side in upper section washing portion 01 between the anti-jumping ball screen cloth 103 in top and the first layer nylon screen 104 is provided with washings import 1, it is provided with the first layer baton round 109 between the first layer nylon screen 104 and the first layer stainless steel establishment screen cloth 105, and between the first layer nylon screen 104 and the first layer stainless steel establishment screen cloth 105, it is provided with filler Butterworth Hatch 1 in the side in upper section of washing portion 01;
The position that the side in upper section washing portion 01 is worked out at the first layer stainless steel between screen cloth 105 and second layer nylon screen 106 is provided with washings import 2 111, it is provided with second layer baton round 112 between second layer nylon screen 106 and second layer stainless steel establishment screen cloth 107, and between second layer nylon screen 106 and second layer stainless steel establishment screen cloth 107, it is provided with filler Butterworth Hatch 2 113 in the side in upper section of washing portion 01;
Hypomere reproducing unit 02 comprises: the pump Link Port 1 being positioned at hypomere reproducing unit 02 upper side, hypomere reproducing unit 02 time end 021 is chamfering structure, a slag water connection section 202 it is sealedly connected with bottom hypomere reproducing unit 02, one end of slag water connection section 202 is provided with pump Link Port 2 203, lower end reproducing unit 02 is the rapid subsidence device that tower body and internals are formed, and the lower end 021 of hypomere reproducing unit 02 wherein is set to chamfering structure can ensure that slag flows out smoothly under the effect of self gravitation downwards.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, the position that the lower end side in upper section washing portion 01 is corresponding with gas feed 101 is provided with gas phase scraper Link Port 114, this gas phase scraper Link Port 114 is set, it is possible to facilitate the novel internal recycle compound washing tower of this adaptation dry acetylene generator and the connection work of gas phase scraper.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, the top in upper section washing portion 01 is also provided with water supplement port 115, this water supplement port 115 is set, this novel internal recycle compound washing tower make up water can be given timely, thus ensure to adapt to the liquid level equilibrium of the novel internal recycle compound washing tower inside of dry acetylene generator, ensure that the stability that the novel internal recycle compound washing tower of this adaptation dry acetylene generator works.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, filler Butterworth Hatch 1 works out screen cloth 105 near the first layer stainless steel, filler Butterworth Hatch 1 is arranged on this position, owing to baton round is due to the effect of self gravitation, baton round can be made on the lower side, thus the convenient baton round cleaning inside.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, filler Butterworth Hatch 2 113 works out screen cloth 107 near second layer stainless steel, filler Butterworth Hatch 2 113 is arranged on this position, owing to baton round is due to the effect of self gravitation, baton round can be made on the lower side, thus the convenient baton round cleaning inside.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, the position of the side in upper section washing portion 01 between filler Butterworth Hatch 2 113 and gas feed 101 is provided with gas-liquid equilibrium mouth 1, this meteorology balance port 1 outside connects instrument and gas pipeline, by observing instrument, ensure the pressure equilibrium of two sections, thus control to adapt to liquid level change and the evolving gas free flow of the novel internal recycle compound washing tower inside of dry acetylene generator.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, the top position that the side of hypomere reproducing unit 02 is positioned at pump Link Port 1 is provided with gas-liquid equilibrium mouth 2 204, this meteorology balance port 2 204 outside connects instrument and gas pipeline, by observing instrument, whether entering of control gas such that it is able to balance adapts to the air pressure of the novel internal recycle compound washing tower inside of dry acetylene generator.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, hypomere reproducing unit 02 by the effect of internals, upper section washing portion 01 is washed under water of the carbide slag rapid subsidence, isolate clearly liquid for circulation cleaning, underflow to slag water connection section 202 pressurizes with pump two and to be sent to outside producer through metering and process as reaction solution, thus ensure that washings concentration stabilize in washing system.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, the position corresponding with pump Link Port 1, the side of hypomere reproducing unit 02 is provided with pump Link Port 3 205, pump Link Port 3 205 connects outside pump three, so that the washings of inside is under the effect of pump three, it is possible to be delivered in the equipment needing washings accordingly.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, the lower position that the side of hypomere reproducing unit 02 is positioned at pump Link Port 1 is provided with two access openings 206 and 207, access opening 206 and 207 is set, it is possible to facilitate follow-up maintenance and inspection work.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, the other end of slag water connection section 202 is provided with sewage draining exit 208, can discharge unnecessary slag by this sewage draining exit 208.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, the outer side seal of the lower end 021 of hypomere reproducing unit 02 has one removable to unload slag collection box/skirt 209, the sewage draining exit 208 of the other end of slag water connection section 202 is can dismantle in collection box/skirt 209, pump Link Port 2 203 runs through this can dismantle collection box/skirt 209, can not be disposed in outside atmosphere when can ensure that unnecessary slag is discharged by sewage draining exit like this.
In the novel internal recycle compound washing tower of the adaptation dry acetylene generator of the utility model embodiment 1 offer, hypomere 021 side of hypomere reproducing unit 02 is provided with access opening 210, to facilitate follow-up maintenance and inspection work.
When the novel internal recycle compound washing tower of the adaptation dry acetylene generator using the utility model embodiment 1 to provide, its working process is as follows: be first connected with washings import two with washings import one by the pump one of outside by pump Link Port one, pump Link Port two is connected with outside producer by outside pump two, pump Link Port three is connected with outside equipment by outside pump three, washings is circulated to washings import one and washings import two under the effect of pump one, the washings one then entering washings import one flows through the first layer nylon screen successively, the first layer baton round, the first layer stainless steel establishment screen cloth, second layer nylon screen, second layer baton round and second layer stainless steel establishment screen cloth, finally it is circulated under the effect of self gravitation in hypomere reproducing unit, the washings two entering washings import two flows through second layer nylon screen successively, second layer baton round, second layer stainless steel establishment screen cloth is circulated in hypomere reproducing unit, the washings one and the washings two that are circulated to hypomere reproducing unit do above-mentioned circulation more again under the effect of pump one, meanwhile, acetylene gas flows through second layer stainless steel establishment net successively through gas feed, second layer baton round, second layer nylon screen, the first layer stainless steel establishment screen cloth, the first layer baton round and the first layer nylon screen, in the process, acetylene gas washs via washings, finally arrive top and flow out comparatively clean acetylene gas via pneumatic outlet, after washings washing acetylene gas, washings can exist a large amount of slags, its weight of washings with more slag can be greater than other washings weight with less slag, the washings with more slag is referred to as underflow, therefore, underflow can sink to the lower end of hypomere reproducing unit, further precipitation, the slag obtained flows into slag connection section, slag is circulated to outside producer under the effect of pump two and falls as reaction water treatment, thus complete the washing work to acetylene gas.
In sum, the novel internal recycle compound washing tower Seal Design of the adaptation dry acetylene generator that the utility model provides, washings is without the need to discharging system process, can not contact with air, thus overcome and adopt mode of washing of the prior art to cause acetylene waste and unsafe problem, also overcome and adopt mode of washing of the prior art to cause equipment pipe blocking thus increase the problem of maintenance cost, outside also solving washing slag water, row processes rare problem, and then both reduced production run and maintenance cost, optimize again safety production condition, eliminate the environmental protection pressure of water of the carbide slag process, the further whole synthesis throughput increasing dry acetylene generator, realize cleaner production truly.
Those skilled in the art should understand that, those skilled in the art can realize described change case in conjunction with prior art and above-described embodiment, does not repeat them here. Such change case does not affect flesh and blood of the present utility model, does not repeat them here.
Above better embodiment of the present utility model is described. It is understood that the utility model is not limited to above-mentioned particular implementation, the equipment wherein not described to the greatest extent in detail and structure are construed as to be implemented with the usual manner in this area; Any those of ordinary skill in the art, make many possible variations and modification not departing from technical solutions of the utility model, or are revised as the equivalent embodiment of equivalent variations, and this does not affect flesh and blood of the present utility model. Therefore, every content not departing from technical solutions of the utility model, according to technical spirit of the present utility model to any simple modification made for any of the above embodiments, equivalent variations and modification, all still belongs in the scope of technical solutions of the utility model protection.
Claims (10)
1. one kind adapts to the novel internal recycle compound washing tower of dry acetylene generator, it is characterized in that, comprising: the upper section washing portion for cleaning acetylene gas and the hypomere reproducing unit for washings circulation, described upper section washing portion is connected with the sealing of described hypomere reproducing unit;
Described upper section washing portion comprises: be positioned at described upper section washing subordinate's end side surface gas feed, the pneumatic outlet being positioned at described upper section top, washing portion, described upper section inside, washing portion is from top to bottom provided with in turn: the anti-jumping ball screen cloth in top, the first layer nylon screen, the first layer stainless steel establishment screen cloth, second layer nylon screen and second layer stainless steel establishment screen cloth;
The position of the side in described upper section washing portion between described top anti-jumping ball screen cloth and described the first layer nylon screen is provided with washings import one, it is provided with the first layer baton round, and the side in section washing portion is provided with filler Butterworth Hatch one between described the first layer nylon screen and described the first layer stainless steel establishment screen cloth on described between described the first layer nylon screen and described the first layer stainless steel establishment screen cloth;
The position that the side in described upper section washing portion is worked out at described the first layer stainless steel between screen cloth and described second layer nylon screen is provided with washings import two, it is provided with second layer baton round, and the side in section washing portion is provided with filler Butterworth Hatch two between described second layer nylon screen and described second layer stainless steel establishment screen cloth on described between described second layer nylon screen and described second layer stainless steel establishment screen cloth;
Described hypomere reproducing unit comprises: the pump Link Port one being positioned at described hypomere reproducing unit upper side, the described lower end of hypomere reproducing unit is chamfering structure, a slag water connection section it is sealedly connected with bottom described hypomere reproducing unit, one end of described slag water connection section is provided with pump Link Port two, and described lower end reproducing unit is the rapid subsidence device that tower body and internals are formed.
2. the as claimed in claim 1 novel internal recycle compound washing tower adapting to dry acetylene generator, it is characterised in that, the position that the lower end side in described upper section washing portion is corresponding with described gas feed is provided with gas phase scraper Link Port.
3. the novel internal recycle compound washing tower adapting to dry acetylene generator as claimed in claim 1, it is characterized in that, the top in described upper section washing portion is also provided with water supplement port, to ensure the liquid level equilibrium of the novel internal recycle compound washing tower inside of described adaptation dry acetylene generator.
4. the novel internal recycle compound washing tower adapting to dry acetylene generator as claimed in claim 1, it is characterised in that, described filler Butterworth Hatch one works out screen cloth near described the first layer stainless steel.
5. the novel internal recycle compound washing tower adapting to dry acetylene generator as claimed in claim 1, it is characterised in that, described filler Butterworth Hatch two works out screen cloth near described second layer stainless steel.
6. the novel internal recycle compound washing tower adapting to dry acetylene generator as claimed in claim 1, it is characterized in that, the position of the side in described upper section washing portion between described filler Butterworth Hatch two and described gas feed is provided with gas-liquid equilibrium mouth one, to balance the air pressure of the novel internal recycle compound washing tower inside of described adaptation dry acetylene generator.
7. the novel internal recycle compound washing tower adapting to dry acetylene generator as claimed in claim 1, it is characterized in that, the top position that the side of described hypomere reproducing unit is positioned at described pump Link Port one is provided with gas-liquid equilibrium mouth two, to balance the air pressure of the novel internal recycle compound washing tower inside of described adaptation dry acetylene generator.
8. the as claimed in claim 1 novel internal recycle compound washing tower adapting to dry acetylene generator, it is characterised in that, the position corresponding with described pump Link Port one, the side of described hypomere reproducing unit is provided with pump Link Port three.
9. the novel internal recycle compound washing tower adapting to dry acetylene generator as claimed in claim 1, it is characterized in that, the lower position that the side of described hypomere reproducing unit is positioned at described pump Link Port one is at least provided with an access opening, to facilitate follow-up maintenance and inspection work.
10. the novel internal recycle compound washing tower adapting to dry acetylene generator as claimed in claim 1, it is characterised in that, the other end of described slag water connection section is provided with sewage draining exit, to discharge unnecessary slag.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521034845.9U CN205269224U (en) | 2015-12-14 | 2015-12-14 | Adaptation dry process acetylene generating device's compound scrubbing tower of novel inner loop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521034845.9U CN205269224U (en) | 2015-12-14 | 2015-12-14 | Adaptation dry process acetylene generating device's compound scrubbing tower of novel inner loop |
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| Publication Number | Publication Date |
|---|---|
| CN205269224U true CN205269224U (en) | 2016-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521034845.9U Expired - Fee Related CN205269224U (en) | 2015-12-14 | 2015-12-14 | Adaptation dry process acetylene generating device's compound scrubbing tower of novel inner loop |
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| CN (1) | CN205269224U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106431803A (en) * | 2016-09-21 | 2017-02-22 | 北京瑞思达化工设备有限公司 | Method for producing acetylene in completely sealed environment |
-
2015
- 2015-12-14 CN CN201521034845.9U patent/CN205269224U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106431803A (en) * | 2016-09-21 | 2017-02-22 | 北京瑞思达化工设备有限公司 | Method for producing acetylene in completely sealed environment |
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| 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: 20160601 Termination date: 20211214 |
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| CF01 | Termination of patent right due to non-payment of annual fee |