CN205161601U - Bubble produces device and exhaust subassembly thereof - Google Patents
Bubble produces device and exhaust subassembly thereof Download PDFInfo
- Publication number
- CN205161601U CN205161601U CN201520772629.8U CN201520772629U CN205161601U CN 205161601 U CN205161601 U CN 205161601U CN 201520772629 U CN201520772629 U CN 201520772629U CN 205161601 U CN205161601 U CN 205161601U
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- China
- Prior art keywords
- air
- oxygen
- hose
- intake
- room
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model provides an aquatic oxygen content, it contains: that bubble produces device and exhaust subassembly thereof, wherein bubble production device can be adjusted in the aquaculture aquatic a gaseous supply subassembly contains an air output and an oxygen output, an air hose, the inside of this air hose has an air and holds the room, and this air holds the air output that this gas supply subassembly is connected to the room, and this air hose has an air escape portion, and this air escape portion this air of intercommunication holds the room, and an oxygen hose, the inside of this oxygen hose has an oxygen and holds the room, and this oxygen holds the oxygen output that this gas supply subassembly is connected to the room, and this oxygen hose has an oxygen discharge portion, and this oxygen discharge portion this oxygen of intercommunication holds the room.
Description
Technical field
The utility model is about a kind of air Bubble generating apparatus and gas deflation assembly thereof, particularly may be used for about a kind of the air Bubble generating apparatus and the gas deflation assembly thereof that adjust water oxygen level.
Background technology
Aquaculture refers to that Yu Shuizhong puts the fish with high economic worth in a suitable place to breed, the aquaculture organisms such as shellfish, for aquaculture fish, can fry be put in a suitable place to breed in an aquaculture pond, grow into after suitable size until fry, results sell again, in order to the breeding environment providing those aquaculture organisms one good, existing air Bubble generating apparatus 9 is as shown in Figure 1 inserted in general meeting in this aquaculture pond, air bubble is formed with Yu Shuizhong, so can maintain water oxygen level in certain value by the importing of air, to strengthen the vigor of those aquatic aquaculture organisms, and accelerate the oxidation Decomposition of Organic substance in water matter, reduce the probability of those aquatic aquaculture organism generation diseases, thus the quick growth of those aquaculture organisms is contributed to.
Please refer to shown in Fig. 1, this existing air Bubble generating apparatus 9 comprises pedestal 91, air conduit 92 and an a gang of Pu 93, the inside of this pedestal 91 has an air room 911, the perisporium of this pedestal 91 is separately provided with the several air taps 912 being communicated with this air room 911, this air conduit 92 is communicated with air room 911 and this side Pu 93 of this pedestal 91 respectively, the air that this side Pu 93 is produced can import the air room 911 of this pedestal 91 via this air conduit 92, and can discharge via this several air tap 912.In addition, this existing air Bubble generating apparatus 9 separately comprises a balance weight body 94, and this balance weight body 94 is located on the periphery wall of this air conduit 92, so can guarantee that this pedestal 91 can submerged.
So, user is air room 911 and this side Pu 93 that can be communicated with this pedestal 91 with this air conduit 92, and this pedestal 91 is inserted in water, to guarantee this pedestal 91 submerged by this balance weight body 94, behind this side Pu 93 of unlatching, namely the air that this side Pu 93 produces can import the air room 911 of this pedestal 91, and discharges air bubble via this several air tap 912, to maintain water oxygen level in this definite value.
But, transport from elsewhere, just put the fry in this aquaculture pond in a suitable place to breed, be subject to transporting the impact of long-time anoxic in way, although utilized this existing air Bubble generating apparatus 9 to form air bubble in water, the water oxygen level of this definite value is but still not enough to supply those fries and uses, thus the lethality of those fries cannot effectively be reduced, therefore the space that this existing air Bubble generating apparatus 9 is still to be improved.
Utility model content
The utility model is to provide a kind of air Bubble generating apparatus and gas deflation assembly thereof, is the person that can adjust water oxygen level.
Air Bubble generating apparatus of the present utility model comprises: a gas provisioning component, comprises an air output and an oxygen output; One air hose, the inside of this air hose has an air room, and this air room connects the air output of this gas provisioning component, and this air hose has an air discharge portion, and this air discharge portion is communicated with this air room; And an oxygen hose, the inside of this oxygen hose has an oxygen room, and this oxygen room connects the oxygen output of this gas provisioning component, and this oxygen hose has an oxygen discharge portion, and this oxygen discharge portion is communicated with this oxygen room.
Air Bubble generating apparatus of the present utility model, wherein, this gas provisioning component comprises an air feeding unit and an oxygen supply unit, and this air feeding unit has this air output, and this oxygen supply unit has this oxygen output.
Air Bubble generating apparatus of the present utility model, wherein, this air discharge portion is several air taps of the tube wall running through this air hose, and this oxygen discharge portion is several oxygen taps of the tube wall running through this oxygen hose.
Air Bubble generating apparatus of the present utility model, wherein, this air Bubble generating apparatus separately comprises a balance weight body, and this air hose and this oxygen hose are all in conjunction with this balance weight body.
Air Bubble generating apparatus of the present utility model, wherein, this air Bubble generating apparatus separately comprises a conjunction, and this air hose and this oxygen hose are in conjunction with this balance weight body by this conjunction.
Air Bubble generating apparatus of the present utility model, wherein, this air Bubble generating apparatus separately comprises a setting part, this setting part by this conjunction in conjunction with this air hose and this oxygen hose at least one of them, with maintain this air hose and this oxygen hose at least one of them is a predetermined shape.
Air Bubble generating apparatus of the present utility model, wherein, this setting part comprises a frame and several strengthening rib, and two ends of this strengthening rib connect this frame respectively.
Air Bubble generating apparatus of the present utility model, wherein, this air hose has at least one air intake, and this at least one air intake is communicated with this air output and this air room, this oxygen hose has at least one oxygen intake, and this at least one oxygen intake is communicated with this oxygen output and this oxygen room.
Air Bubble generating apparatus of the present utility model, wherein, the quantity of this at least one air intake is two, and this two air intake lays respectively at two ends of this air hose, and the quantity of this at least one oxygen intake is two, and this two oxygen intake lays respectively at two ends of this oxygen hose.
Air Bubble generating apparatus of the present utility model, wherein, this air Bubble generating apparatus separately comprises an air and imports joint and oxygen importing joint, this air imports joint and comprises the air induction port and two discharging port that are connected, the air induction port of this air importing joint is communicated with the air output of this gas provisioning component, two discharging port of this air importing joint are communicated with two air intakes of this air hose respectively, this oxygen imports joint and comprises the oxygen introducing port and the outlet of dioxy conductance that are connected, the oxygen introducing port of this oxygen importing joint is communicated with the oxygen output of this gas provisioning component, the dioxy conductance that this oxygen imports joint exports two oxygen intakes being communicated with this oxygen hose respectively.
Air Bubble generating apparatus of the present utility model, wherein, the quantity of this at least one air intake is one, one end of this air hose forms this air intake, the other end of this air hose is a blind end, the quantity of this at least one oxygen intake is one, and one end of this oxygen hose forms this oxygen intake, and the other end of this oxygen hose is another blind end.
Gas deflation assembly of the present utility model comprises: an air hose, and the inside of this air hose has an air room and an air discharge portion, and this air discharge portion is communicated with this air room; One oxygen hose, the inside of this oxygen hose has an oxygen room and an oxygen discharge portion, and this oxygen discharge portion is communicated with this oxygen room; And a conjunction, be combined with each other in order to make this air hose and this oxygen hose.
Gas deflation assembly of the present utility model, wherein, this air discharge portion is several air taps of the tube wall running through this air hose, and this oxygen discharge portion is several oxygen taps of the tube wall running through this oxygen hose.
Gas deflation assembly of the present utility model, wherein, this gas deflation assembly separately comprises a balance weight body, and this air hose and this oxygen hose are all in conjunction with this balance weight body.
Gas deflation assembly of the present utility model, wherein, this air hose and this oxygen hose are in conjunction with this balance weight body by this conjunction.
Gas deflation assembly of the present utility model, wherein, this gas deflation assembly separately comprises a setting part, this setting part by this conjunction in conjunction with this air hose and this oxygen hose, to maintain this air hose and this oxygen hose is a predetermined shape.
Gas deflation assembly of the present utility model, wherein, this setting part comprises a frame and several strengthening rib, and two ends of this strengthening rib connect this frame respectively.
Gas deflation assembly of the present utility model, wherein, this air hose has at least one air intake, and this at least one air intake is communicated with this air room, and this oxygen hose has at least one oxygen intake, and this at least one oxygen intake is communicated with this oxygen room.
Gas deflation assembly of the present utility model, wherein, the quantity of this at least one air intake is two, and this two air intake lays respectively at two ends of this air hose, and the quantity of this at least one oxygen intake is two, and this two oxygen intake lays respectively at two ends of this oxygen hose.
Gas deflation assembly of the present utility model, wherein, this gas deflation assembly separately comprises an air and imports joint and oxygen importing joint, this air imports joint and comprises the air induction port and two discharging port that are connected, two discharging port of this air importing joint are communicated with two air intakes of this air hose respectively, this oxygen imports joint and comprises the oxygen introducing port and the outlet of dioxy conductance that are connected, and the dioxy conductance that this oxygen imports joint exports two oxygen intakes being communicated with this oxygen hose respectively.
Gas deflation assembly of the present utility model, wherein, the quantity of this at least one air intake is one, one end of this air hose forms this air intake, the other end of this air hose is a blind end, the quantity of this at least one oxygen intake is one, and one end of this oxygen hose forms this oxygen intake, and the other end of this oxygen hose is another blind end.
Air Bubble generating apparatus of the present utility model and gas deflation assembly thereof comprise the air hose can discharging air bubble, and comprise the oxygen hose can discharging oxygen bubble, except oxygen content in water can be maintained except certain value, more can according to the physiological status of the aquaculture organisms in water, promote the oxygen content in water by oxygen bubble in good time, so can guarantee that aquaculture organisms in water is unlikely and reduce survival odds because of the anoxic problem of long-distance transport, be effect of the present utility model.
Accompanying drawing explanation
Fig. 1: the using state schematic diagram of existing air Bubble generating apparatus.
Fig. 2: the three-dimensional exploded view of the air Bubble generating apparatus of the utility model first embodiment.
Fig. 3: the stereo appearance figure of the air Bubble generating apparatus of the utility model first embodiment.
Fig. 4: the three-dimensional exploded view of the air Bubble generating apparatus of the utility model second embodiment.
Fig. 5: the stereo appearance figure of the air Bubble generating apparatus of the utility model second embodiment.
(the utility model)
1 gas provisioning component
11 air feeding unit 111 air outputs
12 oxygen supply unit 121 oxygen output
2 air hoses
21 air room 22 air discharge portions
23 air intake 24 air import joint
241 air induction port 242 discharging port
3 oxygen hoses
31 oxygen room 32 oxygen discharge portions
33 oxygen intake 34 oxygen import joint
341 oxygen introducing port 342 oxygen export mouths
4 balance weight body
5 setting parts
Rib strengthened by 51 frames 52
C conjunction P1, P2 pipeline
(prior art)
9 existing air Bubble generating apparatus
91 pedestal 911 air rooms
912 air tap 92 air conduits
93 help Pu 94 balance weight body.
Embodiment
For above-mentioned and other object of the present utility model, feature and advantage can be become apparent, preferred embodiment of the present utility model cited below particularly, and coordinate institute's accompanying drawings, be described in detail below:
Please refer to shown in Fig. 2,3, the air Bubble generating apparatus of the utility model first embodiment comprises gas provisioning component 1, air hose 2 and an oxygen hose 3, and then when this air Bubble generating apparatus is placed in water, air and oxygen can be discharged respectively, to increase the oxygen content in water via this air hose 2 and this oxygen hose 3; Wherein this air hose 2 and this oxygen hose 3 can form a gas deflation assembly jointly, such as, this air hose 2 and this oxygen hose 3 can be combined with each other with at least one conjunction C.
In details of the words, this gas provisioning component 1 to comprise air feeding unit 11 and an oxygen supply unit 12, this air feeding unit 11 has an air output 111, this air output 111 connects this air hose 2, this air hose 2 can be entered to make the air exported from this air output 111, this oxygen supply unit 12 has an oxygen output 121, and this oxygen output 121 connects this oxygen hose 3, can enter this oxygen hose 3 to make the oxygen exported from this oxygen output 121; For example, this air feeding unit 11 can be a gang of Pu, and this oxygen supply unit 12 can be a high-pressure oxygen cylinder.
The inside of this air hose 2 has an air room 21, this air room 21 connects the air output 111 of this air feeding unit 11, this air hose 2 separately has the air discharge portion 22 being communicated with this air room 21, the air so exported from this air output 111 can enter this air room 21, continuing is expelled in water via this air discharge portion 22, forms air bubble with Yu Shuizhong.For example, this air discharge portion 22 for running through an air tap of the tube wall of this air hose 2, or as shown in Figure 2,3, for running through several air taps of the tube wall of this air hose 2, can not limited in this.
This air hose 2 separately has at least one air intake 23 being communicated with this air output 111, and this at least one air intake 23 is communicated with this air room 21, for example, this air hose 2 can form single air intake 23 by tool in one end, and the other end of this air hose 2 is a blind end, and this single air intake 23 can not show via this air output of pipeline connection 111(figure), or, as Fig. 2, shown in 3, relative two ends of this air hose 2 then form an air intake 23(respectively and have two air intakes 23), now better use one air of can arranging in pairs or groups imports joint 24, this air imports joint 24 and comprises air induction port 241 and two discharging port 242 be interconnected, this air induction port 241 can be communicated with this air output 111 via a pipeline P1, this two discharging port 242 is communicated with this two air intake 23 respectively, so namely can enter this air room 21 via this at least one air intake 23 from the air of this air output 111 conveying, and in water, form air bubble via this air discharge portion 22.In addition, this air hose 2 is better can be the flezxible coupling of flexible deformation, so can be wound around according to user's demand and become various different aspect, to expand the area of the air discharge portion 22 of discharging air bubble, and then the efficiency forming air bubble in water can be promoted.
The inside of this oxygen hose 3 has an oxygen room 31, this oxygen room 31 connects the oxygen output 121 of this oxygen supply unit 12, this oxygen hose 3 separately has the oxygen discharge portion 32 being communicated with this oxygen room 31, thus the oxygen exported from this oxygen output 121 can enter this oxygen room 31, be expelled in water via this oxygen discharge portion 22 again, and Yu Shuizhong forms oxygen bubble.For example, this oxygen discharge portion 32 for running through an oxygen tap of the tube wall of this oxygen hose 3, or as shown in Figure 2,3, for running through several oxygen taps of the tube wall of this oxygen hose 3, can not limited in this.
This oxygen hose 3 separately has at least one oxygen intake 33 being communicated with this oxygen output 121, this at least one oxygen intake 33 is communicated with this oxygen room 32, the quantity of this at least one oxygen intake 33 can be one, and (now the other end of this oxygen hose 3 is a blind end to be positioned at one end of this oxygen hose 3, figure does not show), or can as Fig. 2, shown in 3, relative two ends of this oxygen hose 3 form an oxygen intake 33(respectively makes the quantity of this at least one oxygen intake 33 be two), namely the oxygen of the oxygen introducing port 341 that comprises and be interconnected and dioxy conductance outlet 342 of can arranging in pairs or groups imports joint 34 and jointly uses, make this oxygen introducing port 341 can be communicated with this oxygen output 121 via a pipeline P2, this dioxy conductance outlet 342 is communicated with this two oxygen intake 33 respectively, now can import joint 34 via this oxygen from the oxygen of this oxygen output 121 conveying, this two oxygen intake 33 enters this oxygen room 31, continue and in water, form oxygen bubble via this oxygen discharge portion 32.
In addition, excessively rock in time forming air bubble and oxygen bubble to prevent this air hose 2 and this oxygen hose 3, this air hose 2 and this oxygen hose 3 can be made up of any material being placed in water of can sinking, or, this air hose 2 and this oxygen hose 3 also can be fixed in water by several fixture (not shown), or, the gas deflation assembly comprising this air hose 2 and this oxygen hose 3 also separately can comprise at least one balance weight body 4, this at least one balance weight body 4 is incorporated into this air hose 2 and this oxygen hose 3, and can be made up of any material being placed in water of can sinking, but its quantity and form are not limited in this, only need to guarantee to make this air hose 2 and this oxygen hose 3 to stay under water Yu Shuizhong.For example, in this first embodiment, this gas deflation assembly comprises several balance weight body 4, and respectively this balance weight body 4 is such as can for collar ring or latch closure by this conjunction C() in conjunction with this air hose 2 and this oxygen hose 3, so can by the average setting of this several balance weight body 4, make this gas deflation assembly (this air hose 2 and this oxygen hose 3) be enough to steadily be placed in water, and unlikelyly shake or topple over.
Continuing please refer to shown in Fig. 4,5, the air Bubble generating apparatus of the utility model second embodiment is on the whole identical with aforesaid first embodiment, comprise this gas provisioning component 1, this air hose 2, this oxygen hose 3 and this at least one balance weight body 4, the gas deflation assembly of the air Bubble generating apparatus of this second embodiment separately comprises a setting part 5, and this setting part 5 can by this at least one conjunction C in conjunction with this air hose 2 or this oxygen hose 3, or as shown in Figure 4,5, make this air hose 2 and this oxygen hose 3 all be incorporated into this setting part 5 by this at least one conjunction C.
In details of the words, this setting part 5 can comprise a frame 51, this frame 51 can be any geometric figure (circle as shown in Figure 4,5), but its shape is not limited in this, and this air hose 2 and this oxygen hose 3 so can be made to maintain a predetermined shape (such as identical with this frame 41 circle).In addition, this setting part 5 separately can comprise several strengthening rib 52, and two ends of this strengthening rib 52 connect this frame 51 respectively, to promote the structural strength of this setting part 5, and is unlikely and deforms.
Accordingly, this air Bubble generating apparatus can be positioned in water by user, and make to enter this air room 21 from the air of this air output 111 conveying via this at least one air intake 23, in water, air bubble is formed again, to maintain oxygen content in water in this definite value via this air discharge portion 22; And when new fry is dropped into, user then can make to enter this oxygen room from the oxygen of this oxygen output 121 conveying through this at least one oxygen intake 33, in water, oxygen bubble is formed again via this oxygen discharge portion 32, so can by the oxygen content in the direct importing Quick premium on currency of oxygen, energy decline is there is because of anoxic to improve new fry (or the aquaculture organisms in other water), or even the situation of sudden death.
Comprehensively above-mentioned, air Bubble generating apparatus of the present utility model and gas deflation assembly thereof comprise the air hose can discharging air bubble, and comprise the oxygen hose can discharging oxygen bubble, except oxygen content in water can be maintained except certain value, more can according to the physiological status of the aquaculture organisms in water, promote the oxygen content in water by oxygen bubble in good time, so can guarantee that aquaculture organisms in water is unlikely and reduce survival odds because of the anoxic problem of long-distance transport, be effect of the present utility model.
Claims (21)
1. an air Bubble generating apparatus, is characterized in that, comprises:
A gas provisioning component, comprises an air output and an oxygen output;
An air hose, the inside of this air hose has an air room, and this air room connects the air output of this gas provisioning component, and this air hose has an air discharge portion, and this air discharge portion is communicated with this air room; And
An oxygen hose, the inside of this oxygen hose has an oxygen room, and this oxygen room connects the oxygen output of this gas provisioning component, and this oxygen hose has an oxygen discharge portion, and this oxygen discharge portion is communicated with this oxygen room.
2. air Bubble generating apparatus according to claim 1, it is characterized in that, this gas provisioning component comprises an air feeding unit and an oxygen supply unit, and this air feeding unit has this air output, and this oxygen supply unit has this oxygen output.
3. air Bubble generating apparatus according to claim 1, is characterized in that, this air discharge portion is several air taps of the tube wall running through this air hose, and this oxygen discharge portion is several oxygen taps of the tube wall running through this oxygen hose.
4. air Bubble generating apparatus according to claim 1, is characterized in that, this air Bubble generating apparatus separately comprises a balance weight body, and this air hose and this oxygen hose are all in conjunction with this balance weight body.
5. air Bubble generating apparatus according to claim 4, is characterized in that, this air Bubble generating apparatus separately comprises a conjunction, and this air hose and this oxygen hose are in conjunction with this balance weight body by this conjunction.
6. air Bubble generating apparatus according to claim 5, it is characterized in that, this air Bubble generating apparatus separately comprises a setting part, this setting part by this conjunction in conjunction with this air hose and this oxygen hose at least one of them, with maintain this air hose and this oxygen hose at least one of them is a predetermined shape.
7. air Bubble generating apparatus according to claim 6, is characterized in that, this setting part comprises a frame and several strengthening rib, and two ends of this strengthening rib connect this frame respectively.
8. the air Bubble generating apparatus according to any one of claim 1 ~ 7, it is characterized in that, this air hose has at least one air intake, this at least one air intake is communicated with this air output and this air room, this oxygen hose has at least one oxygen intake, and this at least one oxygen intake is communicated with this oxygen output and this oxygen room.
9. air Bubble generating apparatus according to claim 8, it is characterized in that, the quantity of this at least one air intake is two, these two air intakes lay respectively at two ends of this air hose, the quantity of this at least one oxygen intake is two, and these two oxygen intakes lay respectively at two ends of this oxygen hose.
10. air Bubble generating apparatus according to claim 9, it is characterized in that, this air Bubble generating apparatus separately comprises an air and imports joint and an oxygen importing joint, this air imports joint and comprises the air induction port and two discharging port that are connected, the air induction port of this air importing joint is communicated with the air output of this gas provisioning component, two discharging port of this air importing joint are communicated with two air intakes of this air hose respectively, this oxygen imports joint and comprises the oxygen introducing port and two oxygen export mouths that are connected, the oxygen introducing port of this oxygen importing joint is communicated with the oxygen output of this gas provisioning component, two oxygen export mouths of this oxygen importing joint are communicated with two oxygen intakes of this oxygen hose respectively.
11. air Bubble generating apparatus according to claim 8, it is characterized in that, the quantity of this at least one air intake is one, one end of this air hose forms this air intake, the other end of this air hose is a blind end, the quantity of this at least one oxygen intake is one, and one end of this oxygen hose forms this oxygen intake, and the other end of this oxygen hose is another blind end.
12. 1 kinds of gas deflation assemblies, is characterized in that, are comprise:
An air hose, the inside of this air hose has an air room and an air discharge portion, and this air discharge portion is communicated with this air room;
An oxygen hose, the inside of this oxygen hose has an oxygen room and an oxygen discharge portion, and this oxygen discharge portion is communicated with this oxygen room; And
A conjunction, be combined with each other in order to make this air hose and this oxygen hose.
13. gas deflation assemblies according to claim 12, is characterized in that, this air discharge portion is several air taps of the tube wall running through this air hose, and this oxygen discharge portion is several oxygen taps of the tube wall running through this oxygen hose.
14. gas deflation assemblies according to claim 12, is characterized in that, this gas deflation assembly separately comprises a balance weight body, and this air hose and this oxygen hose are all in conjunction with this balance weight body.
15. gas deflation assemblies according to claim 14, is characterized in that, this air hose and this oxygen hose are in conjunction with this balance weight body by this conjunction.
16. gas deflation assemblies according to claim 15, is characterized in that, this gas deflation assembly separately comprises a setting part, this setting part by this conjunction in conjunction with this air hose and this oxygen hose, to maintain this air hose and this oxygen hose is a predetermined shape.
17. gas deflation assemblies according to claim 16, is characterized in that, this setting part comprises a frame and several strengthening rib, and two ends of this strengthening rib connect this frame respectively.
18. according to described gas deflation assembly arbitrary in claim 12 ~ 17, it is characterized in that, this air hose has at least one air intake, this at least one air intake is communicated with this air room, this oxygen hose has at least one oxygen intake, and this at least one oxygen intake is communicated with this oxygen room.
19. gas deflation assemblies according to claim 18, it is characterized in that, the quantity of this at least one air intake is two, and these two air intakes lay respectively at two ends of this air hose, the quantity of this at least one oxygen intake is two, and these two oxygen intakes lay respectively at two ends of this oxygen hose.
20. gas deflation assemblies according to claim 19, it is characterized in that, this gas deflation assembly separately comprises an air and imports joint and an oxygen importing joint, this air imports joint and comprises the air induction port and two discharging port that are connected, two discharging port of this air importing joint are communicated with two air intakes of this air hose respectively, this oxygen imports joint and comprises the oxygen introducing port and two oxygen export mouths that are connected, and two oxygen export mouths of this oxygen importing joint are communicated with two oxygen intakes of this oxygen hose respectively.
21. gas deflation assemblies according to claim 18, it is characterized in that, the quantity of this at least one air intake is one, one end of this air hose forms this air intake, the other end of this air hose is a blind end, the quantity of this at least one oxygen intake is one, and one end of this oxygen hose forms this oxygen intake, and the other end of this oxygen hose is another blind end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520772629.8U CN205161601U (en) | 2015-10-08 | 2015-10-08 | Bubble produces device and exhaust subassembly thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520772629.8U CN205161601U (en) | 2015-10-08 | 2015-10-08 | Bubble produces device and exhaust subassembly thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205161601U true CN205161601U (en) | 2016-04-20 |
Family
ID=55725672
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520772629.8U Expired - Fee Related CN205161601U (en) | 2015-10-08 | 2015-10-08 | Bubble produces device and exhaust subassembly thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205161601U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021137038A1 (en) * | 2020-01-03 | 2021-07-08 | Oxzo S.A. | A device for the injection of fluids into aquaculture cages in the sea, lakes, rivers or artificial containers |
-
2015
- 2015-10-08 CN CN201520772629.8U patent/CN205161601U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021137038A1 (en) * | 2020-01-03 | 2021-07-08 | Oxzo S.A. | A device for the injection of fluids into aquaculture cages in the sea, lakes, rivers or artificial containers |
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| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20160420 |
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| CF01 | Termination of patent right due to non-payment of annual fee |