CN218204753U - Automatic siphon drainage type six-water-seal aerosol odor blocking device - Google Patents
Automatic siphon drainage type six-water-seal aerosol odor blocking device Download PDFInfo
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- CN218204753U CN218204753U CN202222776604.8U CN202222776604U CN218204753U CN 218204753 U CN218204753 U CN 218204753U CN 202222776604 U CN202222776604 U CN 202222776604U CN 218204753 U CN218204753 U CN 218204753U
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Abstract
The utility model relates to a drainage facility automatic drainage and stifled smelly technical field specifically are an automatic six water seal aerosol odor blocking device of siphon drainage formula, the inside compartment board that is provided with of box of device, separate into one-level water seal district and second grade water seal district with the box internal portion through the compartment board, compartment board bottom take the altitude to be provided with the reverse L shape water conservancy diversion overflow pipe of diversion flow-over, install hydrocone type drainage return bend subassembly in second grade water seal district, the water conservancy diversion overflow pipe is decided according to the displacement of setting for the inflow and setting for height with the respective pipeline business turn over water elevation of hydrocone type drainage return bend subassembly and one-level water seal district inlet tube to the installation. The utility model discloses can realize carrying out automatic physics shutoff to stink and poisonous and harmful aerosol in sewage pipe network or the sewage container, utilize the oil seal layer, when realizing that the inlet channel does not insert first water level below, stink and poisonous and harmful aerosol gas within also can the sealed surface of water when the liquid level is low are not in the same direction as the inlet channel and are volatilizing away.
Description
Technical Field
The utility model relates to a stifled smelly technical field specifically is an automatic six water seal aerosol of siphon drainage type blocks up smelly device.
Background
The finished product of the traditional bathroom odor-blocking and pipe-network-blocking and odor-preventing sewer floor drain only uses a self-weight baffle to block odor aerosol gas of a sewer from flowing into a room, or only uses one water sealing area or two water sealing areas in a self water sealing mode, the water storage amount of the water sealing areas is too small, when the floor drain is frequently out of home or is not frequently washed, the water in the water sealing areas of the sewer floor drain is naturally evaporated and dried, the purpose of the odor aerosol gas of the sewer cannot be sealed, and the aerosol risk can be brought to the bathroom.
The trap of the sewer pipe at the bottom of each floor of the traditional toilet, kitchen and residential building is relatively small in water storage amount, and the condition that the trap leaks to destroy the water seal effect exists, so that the vertical interconnected drainage pipes of residents in each floor above and below the building of some residential buildings can cause that odor or oil stain smell of kitchen washing sewage can be leaked to floor drains of other residents instantly due to gas circulation of a pipe network during drainage of some residents in a toilet or kitchen, and aerosol risk of some gas in other toilets or kitchens can be caused in the residents next to the whole building; the traditional municipal sewers are all cylindrical or square inspection well tank bodies, odor and smell generated by mixing sludge in a sludge storage tank at the bottom of the tank body with sewage and odor flowing in series in the whole pipe network are volatilized to the vicinity of a road surface along a ventilation hole of a well cover, so that pedestrians passing through the attachment of the inspection well cover and residents or commercial enterprises living in the attachment of the inspection well are all fumigated by the odor in the well, many sewer wells are also connected with an oil separation tank and are connected with a septic tank, and the risk of aerosol with virus and bacteria is higher; in addition, the high-level water tank is used for flushing a traditional public toilet, a water storage and flushing mode is that a floating ball of a floating ball valve floats upwards and descends under the self-weight of the floating ball to drive a lever to pull up or drop a valve core of a blocking drain valve so as to automatically flush when the automatic water storage capacity is achieved, the floating ball valve in the traditional high-level water tank adopts a mechanical lever principle, the sealing performance of the blocking core is damaged after fatigue is frequently used until the effect of water control and flushing are affected, sometimes, sand in water, or ash accumulated in an opened high-level water tank, or cigarette end paper scraps artificially lost are blocked by the valve core of the floating ball valve or the water inlet hole of an automatic water dropping liner, so that the high-level water tank always enters water at a low water level, the semi-empty state of the floating ball causes the situation that the valve core of the drain valve is not in a completely closed state, automatic flushing within a set timing range corresponding to the water storage capacity cannot be achieved, on the contrary, flushing water pressure of the flushing water is low, the flushing effect is not achieved, and a large amount of water is wasted. In addition, urine harassing odor still exists when the traditional flushing urinal is flushed by water, and also an odor blocking mechanism of a flushing-free urinal is unreasonable in the design of a single water seal trap or a diaphragm odor blocking valve, so that the flushing-free urinal cannot realize long-term blocking of urine harassing odor of urine of immediate toilet personnel, urine volatilized urine harassing ammonia odor in a sewer pipeline cannot be effectively blocked when flowing to a toilet space along a urinal drainage pipeline from a urinal filter screen, and a valve core of an odor blocking diaphragm valve body of some flushing-free urinals cannot be periodically replaced due to certain service life limitation requirements, so that the defects of high management cost and high replacement cost and poor sanitary odor blocking effect exist, therefore, a siphon water-sealed six-heavy aerosol blocking device is developed to replace the facility, the risk of volatilization of the aerosol at four places with poor odor blocking can be thoroughly solved, and particularly, the siphon water-sealed six-heavy aerosol blocking device with automatic water sealing and automatic odor discharging is developed.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide an automatic six heavy water seal aerosol of siphon drainage type device of stopping up smelly, not only can the quick control sewage discharge, can also the shutoff sewer pipe and the aerosol foul smell gas of inspection shaft sewer do not volatilize to outside, and carry out the shutoff to the pathogenic bacteria of the aerosol that the source of odor formed and keep apart, avoided the risk that the aerosol pathogenic bacteria passed through the pipeline and propagated.
In order to achieve the above purpose, the utility model provides a following technical scheme: an automatic siphon drainage type six-water seal aerosol odor blocking device comprises a box body, wherein a compartment plate is arranged in the box body to divide the box body into a primary water seal area and a secondary water seal area;
the primary water seal area is provided with a water inlet pipeline, and the water inlet pipeline is inserted below the liquid level of the primary water seal area;
an inverse L-shaped flow guide overflow pipeline for communicating the primary water seal area and the secondary water seal area is arranged at a certain height at the bottom of the compartment plate, the inverse L-shaped flow guide overflow pipeline extends into a short pipe orifice at one end of the primary water seal area, the upper edge of the short pipe orifice is positioned below the liquid level, and the end extending into the secondary water seal area is positioned above an outlet of the water inlet pipeline;
and the secondary water sealing area is provided with a drain pipe.
Preferably, a siphon drainage bent pipe assembly is arranged in the secondary water sealing area;
the siphon drainage bent pipe component comprises a siphon water inlet, a siphon bent pipe and a siphon drainage pipe outlet;
the height of the inlet of the siphon water inlet is lower than the liquid level;
the height of the siphon elbow is adjustable, and two ends of the siphon elbow are respectively connected with the siphon water inlet and the siphon drain pipe outlet;
the outlet of the siphon drain pipe is positioned below the liquid level and is connected with an external drain pipe.
Preferably, an oil layer is arranged on the liquid in the primary water sealing area, and the water inlet pipeline extends into the position below the oil layer.
Preferably, the partition board is provided with a diversion water passing hole, and the inverse L-shaped diversion overflow pipeline is installed on the diversion water passing hole.
Compared with the prior art, the beneficial effects of the utility model are as follows:
the utility model discloses utilize middle compartment board to separate into two check liquid level water seal regions to box (perhaps cell body, perhaps inspection shaft) structure inside, through the installation and adjust the height difference design of water conservancy diversion overflow pipe and siphonic drainage pipe's business turn over water pipe mouth, not only can be for what planned design control sewage discharge amount, can also realize through multiple water seal and oil blanket that shutoff sewer pipe floor drain and the foul smell gas of pipe network or inspection shaft sewer are not volatilizing to the outside, and carry out the shutoff isolation to the poisonous and harmful aerosol pathogenic bacteria that the foul smell source formed, the risk that the aerosol pathogenic bacteria passes through the pipeline propagation has been avoided.
Drawings
FIG. 1 is a schematic view of the present invention;
fig. 2 is a top view of another shape of the box body of the present invention.
In the figure: 1. a box body; 2. a bulkhead; 3. a primary water seal zone; 4. a secondary water seal zone; 5. guiding the water to flow through the hole; 6. a reverse L-shaped diversion overflow pipeline; 7. a siphon drain trap assembly; 7.1, a siphon water inlet; 7.2, siphon bending; 7.3, a siphon drain pipe outlet; 8. a drain pipe; 9. a water inlet pipeline.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts all belong to the protection scope of the present invention.
As shown in fig. 1, an automatic siphon drainage type six-water-seal aerosol odor blocking device comprises a box body 1 (or a pool body or an inspection well) capable of containing liquid in runoff, wherein a compartment plate 2 is arranged inside the box body 1 (or the pool body or the inspection well), the box body 1 containing water is internally divided into a first-stage water seal area 3 and a second-stage water seal area 4 through the compartment plate 2, a diversion water passing hole 5 is formed in the bottom of the compartment plate 2 facing the first-stage water seal area 3 and between the first-stage water seal area 3 and the second-stage water seal area 4 at a certain height, a reverse L-shaped overflow pipeline is connected to the baffle direction of the second-stage water seal area 4 in a socket mode corresponding to the diversion water passing hole 5, and a siphon drainage elbow assembly 7 is installed in the second-stage water seal area 4.
As shown in fig. 1, the water inlet pipe 9 is positioned at the upper left corner of the primary water-sealing area 3, the bent pipe of the water inlet pipe 9 extends below the sewage level of the primary water-sealing area 3, the diversion water passing hole 5 and the reverse L-shaped diversion overflow pipe 6 are arranged at the lower part of the compartment plate 2, the reverse L-shaped diversion overflow pipe 6 extends into the upper edge of the short pipe mouth at one end of the primary water-sealing area 3 and is always positioned below the liquid level of the primary water-sealing area, and the height of the long pipe overflow mouth extending into the secondary water-sealing area 4 and facing upwards is always positioned above the outlet of the water inlet pipe 9; and siphon elbow 7.2 of siphon drain elbow assembly 7 is slightly below the topmost end of 6.
Therefore, when the liquid in the first-stage water sealing area 3 is higher than the topmost end of the reverse L-shaped diversion overflow pipeline 6, sewage flows into the second-stage water sealing area 4 from the first-stage water sealing area 3 through the reverse L-shaped diversion overflow pipeline 6, and when the liquid level of the first-stage water sealing area 3 is lower than the topmost end of the reverse L-shaped diversion overflow pipeline 6, the sewage in the first-stage water sealing area 3 can not overflow into the second-stage water sealing area temporarily.
When the liquid height in the secondary water sealing area 4 exceeds the siphon elbow 7.2, the siphon type drainage elbow component arranged in the secondary water sealing area 4 can generate siphon effect to drain water in a siphon mode to a height lower than siphon air generated at the siphon water inlet 7.1, and then the drainage is stopped. Therefore, the height of the water inlet 7.1 of the siphon elbow component 7 and the height of the siphon elbow 7.2 can be adjusted to design and control the liquid level and the water discharge amount when the secondary water sealing area 4 starts to discharge water, and the lowest liquid level after the secondary water sealing area 4 discharges water can be controlled by adjusting the height of the siphon water inlet 7.1.
The drainage outlet direction of the siphon drainage bent pipe assembly 7 can be arranged on any side face of the secondary water seal area 4 except the bulkhead plate 2, and also can be arranged at the bottom of the secondary water seal area 4, the socket joint of the water outlet pipe of the siphon drainage bent pipe protrudes out of the secondary water seal box body 1, the pipe diameter of the siphon drainage bent pipe corresponds to the caliber of an external pipeline, the external connection mode can be bayonet hoop butt joint, large and small socket joint pipeline glue bonding butt joint, or socket joint rubber ring butt joint, direct short pipe butt joint and the like, and the butt joint points of the external drainage pipes 8 are guaranteed not to leak and not fall off.
The water inlet pipeline of the odor source liquid or the sewage can be arranged on any side surface and top direction of one side of the first-level water sealing area 3 except the partition board 2 so as to meet the requirements of different installation conditions. And this six heavy water seal of hydrocone type block up smelly device can adjust the displacement size through the height of depositing water of adjustment siphon drainage return bend, and the corresponding adjustment drainage pressure realizes the quick big water flow siphon drainage when six heavy water seal blocks up the stink of sewage stink source, and the height of intaking water level has the height decision inflow height of siphon drainage return bend subassembly 7 in addition, decides the high low, and the control of intaking does not need the ball valve control with the drainage water yield corresponding drainage time.
For example, the high-level water tank for flushing the conventional public toilet is transformed, the flushing facility for automatically draining water is realized by opening and closing the drainage valve core without using a float valve and a pull-line lever in a linkage manner, the defects that the mechanical fault of the float ball occurs, the valve core of the float ball is easy to block and the like do not exist, and the high-level water tank can meet the long-service-life use requirement of automatic drainage flushing of the public toilet more economically and efficiently.
When the automatic siphon drainage type six-water-seal aerosol deodorization device is used, a compartment plate 2 for compartments is arranged in a box body 1 (or a pool body or an inspection well) capable of containing water, and the box body 1 (or the pool body or the inspection well) divides the interior of the box body 1 containing water into a first-stage water seal area 3 and a second-stage water seal area 4 through the compartment plate 2;
because a diversion overflow hole 5 is arranged at a certain height at the bottom between the first-stage water sealing area 3 and the second-stage water sealing area 4 facing the direction of the partition board 2 of the first-stage water sealing area 3, a fixed sealing socket joint is arranged in the direction of the partition board 2 of the second-stage water sealing area 4 corresponding to the diversion overflow hole 5 to connect with an anti-leakage reverse L-shaped diversion overflow elbow 6, the drainage sewage can only enter the second-stage water sealing area 4 from the diversion overflow hole 5 at the bottom of the first-stage water sealing area 3 along with the diversion overflow elbow 6, a sewage runoff path is limited, meanwhile, the independent water level from the top opening of the diversion overflow elbow 6 to the inner wall of the whole independent pipe is always kept to achieve a certain blocking effect, the inlet and the outlet of the diversion overflow pipe are always blocked by water sealing, and a third-stage water sealing and a fourth-stage water sealing blocking area are established.
Because the siphon drainage bent pipe assembly 7 is installed at the position of the water outlet direction of the secondary water sealing area 4, the direction of a drainage outlet pipe of the siphon drainage bent pipe assembly 7 can be arranged at any side surface of the box body 1 (or a pool body or an inspection well) of the secondary water sealing area 4 except the surface of the compartment plate 2, and also can be arranged at the bottom of the box body 1 of the secondary water sealing area 4.
The drainage outlet pipe socket of the siphon drainage bent pipe component 7 protrudes out of the secondary water seal box body 1, the pipe diameter of the siphon drainage bent pipe component corresponds to the caliber of an external pipeline, and the external connection mode can be bayonet hoop butt joint, large and small socket pipe glue bonding butt joint, or socket rubber ring type butt joint, direct short pipe butt joint and the like, so that the butt joint point of the external drainage pipe 8 is ensured not to leak and not to fall off.
The water inlet pipeline of odor source liquid or sewage can be arranged on any side surface and top direction of the tank body 1 except the bulkhead 2 of the primary water sealing area 3 to meet the requirements of different installation conditions, meanwhile, the elbow of the water inlet pipe is inserted below the water sealing liquid level to ensure that the tail end of the water inlet of the whole independent pipe of the water inlet pipe is submerged and blocked by the water level to play a certain blocking effect, the fifth-level water sealing blocking area is set, even if the elbow of the water inlet pipe is not submerged by the liquid level of the primary water sealing area 3, a non-toxic, harmless and pollution-free odor blocking oil layer which can float on the water surface finally can be put on the liquid level of the primary water sealing area 3 to realize the fifth-level blocking and odor blocking function enhancement, and the odor source aerosol below the blocking liquid level is volatilized along the water inlet pipeline 9. When the water inlet pipe 9 is not submerged in the liquid level of the first-level water sealing area 3, the sewage odor and the toxic and harmful aerosol in the first-level water sealing area 3 can not be volatilized out along the empty pipeline of the water inlet pipe 9.
The height of the liquid level of the siphon water inlet 7.1 of the siphon drainage bent pipe assembly 7 from the bottom of the box body 1 (or a pool body or an inspection well) and the height of the elbow position of the siphon drainage bent pipe assembly 7 can be adjusted according to the self volume of a water seal odor blocking facility and the reasonable height required by blocking water quantity, meanwhile, the bottom surface of the siphon water inlet 7.1 and the inner wall of the whole independent siphon bent pipe 7.2 assembly are always kept water-sealed, a certain blocking effect is achieved, and a sixth-level water seal blocking area is planned.
The size of siphon drainage return bend subassembly 7 displacement, the size of drainage pressure all can realize the quick big water yield siphon drainage when the odor of six water seal shutoff sewage foul smell sources through the size of the volume size of adjustment box 1 (or cell body, or inspection shaft) and the size of 7 pipe diameters of inside siphon drainage return bend subassemblies, the size of subassembly height.
The utility model discloses not only can be applied to the place of deodorant stifled smelly floor drain sewer, can also replace the bath water tank of traditional mechanical float valve control, realize that the control of intaking corresponds drainage time and drainage water yield and all need not install mechanical type float valve control. For example, the high-level water tank for improving the traditional public toilet pit slot type flushing does not use a float valve and a pull wire lever to open and close a flushing facility of the drainage valve core in a linkage manner to realize automatic drainage, so that the defects of mechanical failure of the float ball, easy blockage of the valve core of the float ball and the like do not exist, and the high-level water tank can meet the long-life use requirement of automatic drainage flushing of the pit slot type public toilet more economically and efficiently.
All the construction parts of the odor blocking device can be made of carbon steel, stainless steel, glass fiber reinforced plastic or plastics, and the like, and the primary slag intercepting filter screen is arranged at the front end of the sewage source entering the siphon drainage type six-water-seal odor blocking device.
The appearance structure of the odor blocking device can be changed randomly, the odor blocking device can be a cuboid box body, the odor blocking device can also be a tetragonal box body, the odor blocking device can also be a cylindrical box body, the core of the odor blocking device can ensure that the box body 1 (or a cell body or an inspection well) with any appearance is installed in a floor drain or a sewer inspection well, or a water flushing urinal or a water flushing-free urinal is ensured, and other facilities needing blocking aerosol odor can divide the interior of the selected box body 1 into a primary water sealing area 3 and a secondary water sealing area 4 through a separation cabin plate 2, and the diameters and the heights of pipelines of a siphon drainage elbow assembly 7, a water inlet pipe and a tail end drainage water outlet pipe are reasonably adjusted corresponding to the box bodies 1 with different structure sizes and heights, and the installation conditions of different aerosol water sealing odor blocking are met.
Any sewage enters the device, because the device divides a box body 1 (or a pool body or an inspection well) into two areas through a designed middle partition board 2 regardless of the shape, a certain water quantity is always ensured to be stored in the two area pipelines, or the sewage is not sealed by water and the air flows are blocked by the water when the sewage is submerged, the self odor of the sewage is realized, or the odor in a pipe network with water at the tail end can not volatilize into the open space of a water inlet pipeline 9 and the water inlet pipeline 9, a non-toxic and pollution-free oil sealing layer which can always float on the water surface can be added at the top of the water level liquid surface of a first grid area, when the water inlet pipeline 9 is not inserted below the first water level, the odor aerosol in the water surface can be sealed and can not volatilize out along the water inlet pipeline 9 when the liquid level of a first-level water sealing area 3 is low, the odor and the toxic and harmful aerosol in the pipe network can not volatilize into the indoor limited space to destroy the indoor air environment quality, and the risk of the aerosol virus is avoided.
The utility model discloses the siphon is stifled smelly, prevents the stink, prevents that the aerosol from crossing indoor water seal drainage mode and can extend various products. For example, the high-level flushing water tank of the traditional public toilet, the drainage is opened by controlling the bottom valve by the water inlet floating ball lever in the existing groove flushing water tank, and the floating ball is not needed to be adopted in the application.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (4)
1. The utility model provides an automatic six water seal aerosol of siphon drainage type device that blocks up smelly which characterized in that: the device comprises a box body (1), wherein a compartment plate (2) is arranged in the box body (1) to divide the box body into a primary water sealing area (3) and a secondary water sealing area (4);
the primary water sealing area (3) is provided with a water inlet pipeline (9), and the water inlet pipeline (9) is inserted below the liquid level of the primary water sealing area (3);
an inverse L-shaped flow guide overflow pipeline (6) used for communicating the primary water sealing area (3) and the secondary water sealing area (4) is arranged at the bottom of the cabin separation plate (2) at a certain height, the upper edge of a short pipe orifice at one end, extending into the primary water sealing area (3), of the inverse L-shaped flow guide overflow pipeline (6) is positioned below the liquid level, and the end, extending into the secondary water sealing area (4), of the inverse L-shaped flow guide overflow pipeline is positioned above the outlet of the water inlet pipeline (9);
and the secondary water seal area (4) is provided with a drain pipe (8).
2. The automatic siphon drainage type six-water seal aerosol odor blocking device according to claim 1, characterized in that: a siphon drainage bent pipe component (7) is arranged in the secondary water seal area (4);
the siphon drainage bent pipe assembly (7) comprises a siphon water inlet (7.1), a siphon bent pipe (7.2) and a siphon drainage pipe outlet (7.3);
the inlet height of the siphon water inlet (7.1) is positioned below the liquid level;
the height of the siphon elbow (7.2) is adjustable, and two ends of the siphon elbow are respectively connected with the siphon water inlet (7.1) and the siphon drain pipe outlet (7.3);
the siphon drain pipe outlet (7.3) is positioned below the liquid level and is connected with an external drain pipe (8).
3. The automatic siphon drainage type six-water seal aerosol odor blocking device according to claim 1, characterized in that: an oil layer is arranged on the liquid of the primary water seal area (3), and the water inlet pipeline (9) extends below the oil layer.
4. The automatic siphon drainage type six-water seal aerosol odor blocking device according to claim 1, characterized in that: the partition board (2) is provided with a diversion water passing hole (5), and the inverse L-shaped diversion overflow pipeline (6) is arranged on the diversion water passing hole (5).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222776604.8U CN218204753U (en) | 2022-10-19 | 2022-10-19 | Automatic siphon drainage type six-water-seal aerosol odor blocking device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222776604.8U CN218204753U (en) | 2022-10-19 | 2022-10-19 | Automatic siphon drainage type six-water-seal aerosol odor blocking device |
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| CN218204753U true CN218204753U (en) | 2023-01-03 |
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| CN202222776604.8U Active CN218204753U (en) | 2022-10-19 | 2022-10-19 | Automatic siphon drainage type six-water-seal aerosol odor blocking device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117647948A (en) * | 2024-01-29 | 2024-03-05 | 浙江大维高新技术股份有限公司 | Control circuit, gas treatment device and control method |
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2022
- 2022-10-19 CN CN202222776604.8U patent/CN218204753U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117647948A (en) * | 2024-01-29 | 2024-03-05 | 浙江大维高新技术股份有限公司 | Control circuit, gas treatment device and control method |
| CN117647948B (en) * | 2024-01-29 | 2024-04-30 | 浙江大维高新技术股份有限公司 | Control circuit, gas treatment device and control method |
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