CN104509481B - A kind of living water production apparatus - Google Patents
A kind of living water production apparatus Download PDFInfo
- Publication number
- CN104509481B CN104509481B CN201410830452.2A CN201410830452A CN104509481B CN 104509481 B CN104509481 B CN 104509481B CN 201410830452 A CN201410830452 A CN 201410830452A CN 104509481 B CN104509481 B CN 104509481B
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- air inlet
- water
- inlet pipe
- water distribution
- distribution tank
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Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K63/00—Receptacles for live fish, e.g. aquaria; Terraria
- A01K63/04—Arrangements for treating water specially adapted to receptacles for live fish
- A01K63/042—Introducing gases into the water, e.g. aerators, air pumps
Abstract
The invention discloses a kind of living water production apparatus, it is characterised in that: including water tank, water distribution tank, drift along cover and the air inlet pipe of interruption supply, water distribution tank, the cover that drifts along lay respectively at the internal upper-lower position of water tank；Through hole is had in the middle part of water distribution tank, its top is provided with draw-in groove, and cover top of drifting along has spilehole, and forms overall structure with dowel steel, the lower end of dowel steel connects has its top of spring to intert in the through hole in the middle part of water distribution tank, and the structure corresponding with draw-in groove is formed on the top of dowel steel；The air inlet pipe of interruption supply puts in from bottom drifts along cover；Be communicated with in water distribution tank drifting along the air inlet pipe of cover, and the top of water inlet pipe puts in water distribution tank, and its lower end is near water tank bottom；Water distribution tank is also with outlet pipe, and the upper end of water distribution tank is provided with gas outlet.During the present invention utilizes the interruption supply of air inlet pipe, oxygen processed supply is circulated in same water tank with water easily realize dexterously, solve tradition fish jar and can only solely carry out oxygen processed or the disadvantage of water circulation.
Description
Technical field
The present invention relates to a kind of Shui nationality field, especially a kind of living water production apparatus.
Background technology
Breeding fish is a kind of leisure way common in modern people's life, and volume operation little, convenient, sight high allow a lot of people increasingly like this mode.Fish jar or aquarium are indispensable instruments of breeding fish, water is put in fish jar, then various sight Fish are placed on wherein, water environment is one of key factor of breeding fish, in addition to water is clean, also often to change water, what people were commonly used now is tap water, and tap water is typically all through manually disinfecting, the biggest with the water environment difference under natural surroundings, particularly oxygen content, process due to tap water, oxygen content is extremely low, if do not processed, the worm for fishing that vitality is the strongest can be dead because of anoxia, and life-time service, also result in the oxygen content step-down in water.
Owing to being all hydrostatic for a long time in fish jar, also cause water oxygen level extremely low, how to increase the oxygen content in water, and make fish jar have more preferable sight, become technical problem urgently to be resolved hurrily.In other words, existing fish jar is typically only capable to realize single oxygen processed or water circulatory function, it is impossible to the two has both to realize oxygen processed and water circulation, therefore needs to be improved.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, a kind of living water production apparatus is provided at this, be applied to both Shui nationality field, ingenious realization oxygen and water circulation and unite two into one.
The present invention is achieved in that a kind of living water production apparatus of structure, it is characterised in that: including water tank, water distribution tank, drift along cover and air inlet pipe A of interruption supply, water distribution tank, the cover that drifts along lay respectively at the internal upper-lower position of water tank；Through hole is had in the middle part of water distribution tank, its top is provided with draw-in groove, and cover top of drifting along has spilehole, and forms overall structure with dowel steel, the lower end of dowel steel connects has its top of spring to intert in the through hole in the middle part of water distribution tank, and the structure corresponding with draw-in groove is formed on the top of dowel steel；The air inlet pipe of interruption supply puts in from bottom drifts along cover；Be communicated with in water distribution tank drifting along the air inlet pipe of cover, and the top of water inlet pipe A puts in water distribution tank, and its lower end is near water tank bottom；Water distribution tank is also with outlet pipe, and the upper end of water distribution tank is provided with gas outlet.
Described a kind of living water production apparatus, it is characterised in that: run as follows: air inlet pipe A of interruption supply puts in from bottom drifts along cover；The external air interchanger of air inlet pipe, meets air inlet pipe A discontinuously toward gas transmission in the cover that drifts along；It is divided into following two process:
(1): the air inlet pipe A charging stage: during beginning, gas is slowly accessed by air inlet pipe A and drifts along in cover 3, owing to gas flow rate is less, the gas now entered just is got rid of from the spilehole 6 on cover 3 top of drifting along；When the gas entered by air inlet pipe A accelerates and flow becomes big, enter the gas in cover 3 that drifts along and just the cover 3 that drifts along is formed top lift upwards, the promotion cover 3 that drifts along drives dowel steel 7 to move upward so that it is the top of dowel steel 7 and draw-in groove 5 are combined at the gas outlet 13 of water distribution tank 2 upper end to be formed and seal structure；There is due to air inlet pipe A gas to enter, then unnecessary gas will pass through air inlet pipe 10 always, the cover 3 that drifts along enter (black arrow in Fig. 1) in water distribution tank 2；After gas enters in water distribution tank 2, in water distribution tank 2, pressure becomes big, promotes the water in water distribution tank 2 to be moved in water tank 1 by outlet pipe 12；
(2) air inlet pipe A stops air inlet: when the external air interchanger of air inlet pipe A stops supply, the cover 3 that drifts along forms overall structure with dowel steel 7 and can move downward (state the most as described in Figure 2) under spring 8 and action of gravity, the top the most now making dowel steel 7 separates with draw-in groove 5, the gas outlet 13 of water distribution tank 2 upper end forms opening structure, gas unnecessary in water distribution tank 2 is just discharged from gas outlet 13, so in water distribution tank 2, pressure diminishes, water inlet pipe 11 is promoted to intake to water distribution tank 2 from water tank 1 so that it is to reach balance.
A kind of living water production apparatus, it is characterised in that: including water tank, water distribution tank, inlet box and be interrupted air inlet pipe A of supply, water distribution tank, inlet box lay respectively at the internal upper-lower position of water tank；Air inlet pipe A being interrupted supply puts in inlet box from bottom；Inlet box top has spilehole, inlet box top connects air inlet pipe B, the top of water distribution tank is provided with T-shaped air intake assembly, the lower end connection water distribution tank of T-shaped air intake assembly, is provided with air inlet valve member, dowel steel and spring in T-shaped air intake assembly, the outlet side of air inlet pipe puts in air inlet valve member, T-shaped air intake assembly has been internally formed draw-in groove, dowel steel is connected with spring, and the structure corresponding with draw-in groove is formed on the top of air inlet valve member, with venthole on air inlet valve member；The top of water inlet pipe puts in water distribution tank, and its lower end is near water tank bottom, and inlet box is also with outlet pipe, and described T-shaped air intake assembly is provided with venthole 21.
Described a kind of living water production apparatus, it is characterised in that: run as follows: air inlet pipe A being interrupted supply puts in inlet box 14 from bottom；The external air interchanger of air inlet pipe A, meets air inlet pipe A and supplies in inlet box discontinuously；Structure one is identical with implementing, and is divided into following two process:
(1): the air inlet pipe A charging stage: during beginning, gas is slowly accessed in inlet box 14 by air inlet pipe A, owing to gas flow rate is less, the gas now entered just is got rid of from the spilehole 6 on inlet box 14 top；When the gas entered by air inlet pipe A accelerates and flow becomes big, enter the gas in inlet box 14 just to be formed upwards by air inlet pipe B, promote air inlet valve member 16 to left movement, the venthole 19 on its air inlet valve member 16 is made to be directed at the lower end of T-shaped air intake assembly 15, the gas in its air inlet pipe B is made to enter black arrow in water distribution tank 2(Fig. 3 by the lower end of T-shaped air intake assembly 15), after having gas to enter in water distribution tank 2, in water distribution tank 2, pressure becomes big, promotes the water in water distribution tank 2 to be moved in water tank 1 by outlet pipe 12；
(2) air inlet pipe A stops air inlet: when the external air interchanger of air inlet pipe A stops supply, inlet box 14 just stops supplying air inlet pipe B17, air inlet valve member 16 is so promoted just to disappear to the power of left movement, now under the effect of dowel steel 18 and spring 8, air inlet valve member 16 is promoted to move right, so venthole 19 on air inlet valve member 16 just misplaces (state the most as described in Figure 4) with the lower end of T-shaped air intake assembly 15, the venthole 21 that gas unnecessary in water distribution tank 2 is just provided with from T-shaped air intake assembly 15 is discharged, water in water tank 1 can be intake to water distribution tank 2 from water inlet pipe 11 simultaneously.
It is an advantage of the current invention that: during the present invention utilizes the interruption supply of air inlet pipe, oxygen processed supply is circulated in same water tank with water easily realize dexterously, solve tradition fish jar and can only solely carry out oxygen processed or the disadvantage of water circulation.
Accompanying drawing explanation
Fig. 1 is the charging stage schematic diagram that the present invention implements structure one
Fig. 2 be the present invention implement structure one stopping air inlet time schematic diagram
Fig. 3 is the charging stage schematic diagram that the present invention implements structure two
Fig. 4 be the present invention implement structure two stopping air inlet time schematic diagram
Fig. 5 is that the present invention implements T-shaped air intake assembly position schematic diagram in structure two
Wherein: water tank 1, water distribution tank 2, the cover 3 that drifts along, through hole 4, draw-in groove 5, spilehole 6, dowel steel 7, spring 8, air inlet pipe A9, air inlet pipe 10, water inlet pipe 11, outlet pipe 12, gas outlet 13, inlet box 14, T-shaped air intake assembly 15, air inlet valve member 16, air inlet pipe B17, dowel steel 18, venthole 19, water inlet 20, steam vent 21.
Detailed description of the invention
Below in conjunction with accompanying drawing 1-5, the present invention is described in detail, is clearly and completely described the technical scheme in the embodiment of the present invention, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of protection of the invention.
The present invention, by improving, provides one living water production apparatus at this, and the two unites two into one to be applied to Shui nationality field, ingenious realization oxygen and water circulation；Can implement as follows:
Enforcement structure one: a kind of living water production apparatus, as shown in Figure 1-2: described living water production apparatus includes water tank 1, water distribution tank 2, drift along cover 3 and air inlet pipe A9 of interruption supply；Water distribution tank 2, the cover 3 that drifts along lay respectively at the upper-lower position within water tank 1；Through hole 4, the top of water distribution tank 2 is had to be provided with draw-in groove 5 in the middle part of water distribution tank 2；Cover 3 top of drifting along has a spilehole 6, and meanwhile, the cover 3 that drifts along forms overall structure with dowel steel 7, and the lower end of dowel steel 7 connects spring 8, and its top is interted in the through hole 4 in the middle part of water distribution tank 2, and meanwhile, the structure corresponding with draw-in groove 5 is formed on the top of dowel steel 7；Air inlet pipe A9 of interruption supply puts in from bottom drifts along cover 3；The external air interchanger of air inlet pipe A9, meets air inlet pipe A9 discontinuously toward gas transmission in the cover 3 that drifts along；Be communicated with in water distribution tank 2 drifting along the air inlet pipe 10 of cover 3；The top of water inlet pipe 11 puts in water distribution tank 2, and its lower end is bottom water tank 1；Water distribution tank 2 is also with outlet pipe 12, and the upper end of water distribution tank 2 is provided with gas outlet 13.
The living water production apparatus of this enforcement structure runs as follows: air inlet pipe A9 of interruption supply puts in from bottom drifts along cover 3；The external air interchanger of air inlet pipe A9, meets air inlet pipe A9 discontinuously toward gas transmission in the cover 3 that drifts along；It is divided into following two process:
(1): the air inlet pipe A9 charging stage: during beginning, gas is slowly accessed by air inlet pipe A9 and drifts along in cover 3, owing to gas flow rate is less, the gas now entered just is got rid of from the spilehole 6 on cover 3 top of drifting along；When the gas entered by air inlet pipe A9 accelerates and flow becomes big, enter the gas in cover 3 that drifts along and just the cover 3 that drifts along is formed top lift upwards, the promotion cover 3 that drifts along drives dowel steel 7 to move upward so that it is the top of dowel steel 7 and draw-in groove 5 are combined at the gas outlet 13 of water distribution tank 2 upper end to be formed and seal structure；There is due to air inlet pipe A9 gas to enter, then unnecessary gas will pass through air inlet pipe 10 always, the cover 3 that drifts along enter (black arrow in Fig. 1) in water distribution tank 2；After gas enters in water distribution tank 2, in water distribution tank 2, pressure becomes big, promotes the water in water distribution tank 2 to be moved in water tank 1 by outlet pipe 12；
(2) air inlet pipe A9 stops air inlet: when the external air interchanger of air inlet pipe A9 stops supply, the cover 3 that drifts along forms overall structure with dowel steel 7 and can move downward (state the most as described in Figure 2) under spring 8 and action of gravity, the top the most now making dowel steel 7 separates with draw-in groove 5, the gas outlet 13 of water distribution tank 2 upper end forms opening structure, gas unnecessary in water distribution tank 2 is just discharged from gas outlet 13, so in water distribution tank 2, pressure diminishes, water inlet pipe 11 is promoted to intake to water distribution tank 2 from water tank 1 so that it is to reach balance.
Therefore, during the interruption in air inlet pipe A9 supplies, oxygen processed supply is circulated in same water tank with water easily realize dexterously, solve tradition fish jar and can only solely carry out oxygen processed or the disadvantage of water circulation.
Enforcement structure two: a kind of living water production apparatus, such as Fig. 3-5: including water tank 1, water distribution tank 2, inlet box 14 and be interrupted the air inlet pipe 9 of supply, water distribution tank 2, inlet box 14 lay respectively at the upper-lower position within water tank 1；The air inlet pipe 9 being interrupted supply puts in inlet box 14 from bottom；Inlet box 14 top has spilehole 6, and inlet box 14 top connects air inlet pipe B17；The top of water distribution tank 2 is provided with T-shaped air intake assembly 15, the lower end connection water distribution tank 2 of T-shaped air intake assembly 15, air inlet valve member 16, dowel steel 18 and spring 8 it is provided with in T-shaped air intake assembly 15, the outlet side of air inlet pipe B17 puts in air inlet valve member 16, T-shaped air intake assembly 15 has been internally formed draw-in groove 5, dowel steel 18 is connected with spring 8, and the structure corresponding with draw-in groove 5 is formed on the top of air inlet valve member 16, with venthole 19 on air inlet valve member 16；The top of water inlet pipe 11 puts in water distribution tank 2, and its lower end is bottom water tank 1, and inlet box 14 is also with outlet pipe 12, and described T-shaped air intake assembly 15 is provided with venthole 21.
The living water production apparatus of this enforcement structure runs as follows: air inlet pipe A9 being interrupted supply puts in inlet box 14 from bottom；The external air interchanger of air inlet pipe A9, meets air inlet pipe A9 discontinuously toward gas transmission in inlet box 14；Structure one is identical with implementing, and is divided into following two process:
(1): the air inlet pipe A9 charging stage: during beginning, gas is slowly accessed in inlet box 14 by air inlet pipe A9, owing to gas flow rate is less, the gas now entered just is got rid of from the spilehole 6 on inlet box 14 top；When the gas entered by air inlet pipe A9 accelerates and flow becomes big, enter the gas in inlet box 14 just to be formed upwards by air inlet pipe B17, promote air inlet valve member 16 to left movement, the venthole 19 on its air inlet valve member 16 is made to be directed at the lower end of T-shaped air intake assembly 15, the gas in its air inlet pipe B17 is made to enter black arrow in water distribution tank 2(Fig. 3 by the lower end of T-shaped air intake assembly 15), after having gas to enter in water distribution tank 2, in water distribution tank 2, pressure becomes big, promotes the water in water distribution tank 2 to be moved in water tank 1 by outlet pipe 12；
(2) air inlet pipe A9 stops air inlet: when the external air interchanger of air inlet pipe A9 stops supply, inlet box 14 just stops supplying air inlet pipe B17, air inlet valve member 16 is so promoted just to disappear to the power of left movement, now under the effect of dowel steel 18 and spring 8, air inlet valve member 16 is promoted to move right, so venthole 19 on air inlet valve member 16 just misplaces (state the most as described in Figure 4) with the lower end of T-shaped air intake assembly 15, the venthole 21 that gas unnecessary in water distribution tank 2 is just provided with from T-shaped air intake assembly 15 is discharged, water in water tank 1 can be intake to water distribution tank 2 from water inlet pipe 11 simultaneously.
Therefore, in this enforcement structure, during the interruption supply of air inlet pipe A9, oxygen processed supply is circulated in same water tank with water easily realize dexterously, solve tradition fish jar and can only solely carry out oxygen processed or the disadvantage of water circulation.
Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses the present invention.Multiple amendment to these embodiments will be apparent from for those skilled in the art, and generic principles defined herein can realize without departing from the spirit or scope of the present invention in other embodiments.Therefore, the present invention is not intended to be limited to the embodiments shown herein, and is to fit to the widest scope consistent with principles disclosed herein and features of novelty.
Claims (4)
1. a living water production apparatus, it is characterised in that: include water tank (1), water distribution tank (2), the cover that drifts along (3) and be interrupted air inlet pipe A(9 of supply), water distribution tank (2), the cover that drifts along (3) lay respectively at the internal upper-lower position of water tank (1)；There is through hole (4) at water distribution tank (2) middle part, its top is provided with draw-in groove (5), cover (3) top of drifting along has spilehole (6), and form overall structure with dowel steel (7), it is inner that the lower end of dowel steel (7) connects the through hole (4) having spring (8) its top to intert in the middle part of water distribution tank (2), and the structure corresponding with draw-in groove (5) is formed on the top of dowel steel (7)；It is interrupted air inlet pipe A(9 of supply) put in the cover that drifts along (3) from bottom；Be communicated with in water distribution tank (2) drifting along the air inlet pipe (10) of cover (3), and the top of water inlet pipe (11) puts in water distribution tank (2), and its lower end is near water tank (1) bottom；Water distribution tank (2) is also with outlet pipe (12), and the upper end of water distribution tank (2) is provided with gas outlet (13).
A kind of living water production apparatus the most according to claim 1, it is characterised in that: run as follows: be interrupted air inlet pipe A(9 of supply) put in the cover that drifts along (3) from bottom；Air inlet pipe A(9) external air interchanger, meet air inlet pipe A(9) discontinuously toward the cover that drifts along (3) interior gas transmission；It is divided into following two process:
(1) air inlet pipe A(9) charging stage: during beginning, gas is by air inlet pipe A(9) slowly access in the cover (3) that drifts along, and owing to gas flow rate is less, the gas now entered just spilehole (6) discharge from the cover that drifts along (3) top；When by air inlet pipe A(9) time the gas that enters accelerates and flow becomes big, the entrance gas in cover (3) that drifts along just forms top lift upwards to the cover that drifts along (3), the promotion cover 3 that drifts along drives dowel steel (7) to move upward so that it is the top of dowel steel (7) and draw-in groove (5) are combined in gas outlet (13) place of water distribution tank (2) upper end and are formed and seal structure；Due to air inlet pipe A(9) there is gas to enter always, then and unnecessary gas will pass through air inlet pipe (10), the cover that drifts along (3) enter in water distribution tank (2)；After gas enters in water distribution tank (2), in water distribution tank (2), pressure becomes big, promotes the water in water distribution tank (2) to be moved in water tank (1) by outlet pipe (12)；
(2) air inlet pipe A(9) stop air inlet: air inlet pipe A(9) external air interchanger stop supply time, the cover (3) that drifts along forms overall structure with dowel steel (7) and can move downward under spring (8) and action of gravity, the top the most now making dowel steel (7) separates with draw-in groove (5), the gas outlet (13) of water distribution tank (2) upper end forms opening structure, gas unnecessary in water distribution tank (2) is just discharged from gas outlet (13), so in water distribution tank (2), pressure diminishes, water inlet pipe (11) is promoted to intake from water tank (1) to water distribution tank (2), reach balance.
3. a living water production apparatus, it is characterised in that: include water tank (1), water distribution tank (2), inlet box (14) and be interrupted air inlet pipe A(9 of supply), water distribution tank (2), inlet box (14) lay respectively at the internal upper-lower position of water tank (1)；It is interrupted air inlet pipe A(9 of supply) put in inlet box (14) from bottom；
Inlet box (14) top has spilehole (6), and inlet box (14) top connects air inlet pipe B(17),
The top of water distribution tank (2) is provided with T-shaped air intake assembly (15), lower end connection water distribution tank (2) of T-shaped air intake assembly (15), air inlet valve member (16), dowel steel (18) and spring (8) it is provided with in T-shaped air intake assembly (15), air inlet pipe B(17) outlet side put in air inlet valve member (16) in, T-shaped air intake assembly (15) has been internally formed draw-in groove (5), dowel steel (18) is connected with spring (8), the structure corresponding with draw-in groove (5) is formed on the top of air inlet valve member (16), with venthole (19) on air inlet valve member (16)；The top of water inlet pipe (11) puts in water distribution tank (2), and its lower end is near water tank (1) bottom, and inlet box (14) is also with outlet pipe (12)；Described T-shaped air intake assembly (15) is provided with venthole (21).
A kind of living water production apparatus the most according to claim 3, it is characterised in that: run as follows: be interrupted air inlet pipe A(9 of supply) put in inlet box (14) from bottom；Air inlet pipe (9) external air interchanger, meets air inlet pipe A(9) discontinuously toward supply in inlet box (14)；It is divided into following two process:
(1) air inlet pipe A(9) charging stage: during beginning, gas is by air inlet pipe A(9) slowly access inlet box (14) in, owing to gas flow rate is less, the gas now entered just spilehole (6) eliminating from inlet box (14) top；When by air inlet pipe A(9) time the gas that enters accelerates and flow becomes big, enter the gas in inlet box (14) just by air inlet pipe B(17) formed upwards, promote air inlet valve member (16) to left movement, the venthole (19) on its air inlet valve member (16) is made to be directed at the lower end of T-shaped air intake assembly (15), make its air inlet pipe B(17) in gas enter water distribution tank (2) by the lower end of T-shaped air intake assembly (15), after having gas to enter in water distribution tank (2), in water distribution tank (2), pressure becomes big, the water in water distribution tank (2) is promoted to be moved in water tank (1) by outlet pipe (12)；
(2) air inlet pipe A(9) stop air inlet: air inlet pipe A(9) external air interchanger stop supply time, inlet box (14) just stops air inlet pipe B(17) supply, air inlet valve member (16) is so promoted just to disappear to the power of left movement, now under the dowel steel (18) effect with spring (8), air inlet valve member (16) is promoted to move right, so venthole (19) on air inlet valve member (16) just misplaces with the lower end of T-shaped air intake assembly (15), the venthole (21) that gas unnecessary in water distribution tank (2) is just provided with from T-shaped air intake assembly (15) is discharged, water in water tank (1) can be from water inlet pipe (11) water inlet to water distribution tank (2) simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410830452.2A CN104509481B (en) | 2014-12-29 | 2014-12-29 | A kind of living water production apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410830452.2A CN104509481B (en) | 2014-12-29 | 2014-12-29 | A kind of living water production apparatus |
Publications (2)
| Publication Number | Publication Date |
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| CN104509481A CN104509481A (en) | 2015-04-15 |
| CN104509481B true CN104509481B (en) | 2016-09-28 |
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| CN201410830452.2A Expired - Fee Related CN104509481B (en) | 2014-12-29 | 2014-12-29 | A kind of living water production apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106035192A (en) * | 2016-07-15 | 2016-10-26 | 罗敬才 | Water supply device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003333957A (en) * | 2002-05-17 | 2003-11-25 | Toshiro Urabe | Oxygen enriching and water-purifying apparatus |
| CN202374893U (en) * | 2011-12-27 | 2012-08-15 | 董世国 | Fish tank aerator |
| CN203762066U (en) * | 2014-01-28 | 2014-08-13 | 刘杰明 | Self-oxygen-supplying ornamental fish tank |
| CN203827889U (en) * | 2014-04-28 | 2014-09-17 | 魏国龙 | Oxygenation apparatus with controllable floating and sinking |
| CN104106488B (en) * | 2014-07-29 | 2016-05-25 | 罗敬才 | Air interchanger |
| CN204377725U (en) * | 2014-12-29 | 2015-06-10 | 罗敬才 | A kind of living water production apparatus |
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