CN203976457U - A kind of oxygen gas-water machine oxygen air intake structure - Google Patents
A kind of oxygen gas-water machine oxygen air intake structure Download PDFInfo
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- CN203976457U CN203976457U CN201420384570.0U CN201420384570U CN203976457U CN 203976457 U CN203976457 U CN 203976457U CN 201420384570 U CN201420384570 U CN 201420384570U CN 203976457 U CN203976457 U CN 203976457U
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Abstract
The utility model discloses a kind of oxygen gas-water machine oxygen air intake structure, on the cap of container finish, being provided with a horizontally extending oxygen intake is communicated with internal tank, described oxygen intake is sealed by sealing member, described sealing member comprises the front sealing member being set gradually to the inside by oxygen intake oral area, intermediate seal body and rear sealing member, front sealing member center is provided with through hole, the air flue connecting before and after intermediate seal body axis is provided with, intermediate seal body head is provided with spine head and stretches out through hole, rear sealing member front portion is provided with centre hole and is communicated with the air flue in intermediate seal body, between intermediate seal body rear portion and oxygen intake inwall, be provided with gap, intermediate seal body rear portion is provided with ventilation mouth and is communicated with the rear portion of centre hole on excircle, rear sealing member rear portion excircle is provided with wear ring ventilation mouth is sealed.The utility model not only can more conveniently dissolve in oxygen purification pure water, and simultaneously can be in the time not being filled with oxygen automatic-sealed.
Description
Technical field
The utility model relates to oxygen gas-water machine.
Background technology
Oxygen and human body are closely bound up, and city life is busy, for a long time in the face of computer and dry air-conditioning office, lack and are with oxygen motion, and poor eating habits etc., form our many sick many origin causes of formation bitterly.Studies show that, see through for each person every day skin surface, must absorb the oxygen of 1.140 gallons, just can maintain interior 60,000,000 the cell normal growths of body and manufacture new cell.
Human body itself is exactly source of pollution, and cell under anaerobic conditions, more slows down or stops metabolic processes, and result makes us occurring the anoxic skin problems such as face Huang, face ash, blackspot, dark sore, acne, pore obstruction.Long term hypoxia person more there will be losing one's memory, shoulder pain, asthma, eyestrain, cataract, susceptibility rhinitis, bronchitis, hypertension, cephalemia, cardiovascular obturation, hemorrhoid, constipation, psoriasis, pulmonary emphysema, arteriosclerosis, trick are ice-cold, rheumatosis, seriously understand pathology and become cancer.
Oxygen, concerning us, does not still continue the main nutriment of life, and the power of 60,000,000 cells survivals of health is provided, and is sterilization master-hand, the skin sensitivity of effectively releiving, bacteria breed.Spring outing is gone for an outing in early spring and can be made people suck pure and fresh the Nature air, enlivens and shakes off spirit.Actually the air of these the Nature built-in what, do you always fire one's imagination? reason is that the countryside woods are breeding a large amount of negative oxygen ions, can not only kill various bacteria in air, also adjustable brain function, stimulate circulation and metabolism, strengthening body resistance, meanwhile, and tool calmness, analgesia, the effect such as hypotensive.
But, how oxygen is dissolved in to purification pure water, become natural bactericidal agent, simultaneously again can be in the time not being filled with oxygen automatic-sealed, be a still unsolved technical problem.
Utility model content
Technical problem to be solved in the utility model has just been to provide a kind of oxygen gas-water machine oxygen gas-water machine oxygen air intake structure, realizes and is filled with oxygen oxygen is dissolved in to purification pure water, becomes natural bactericidal agent, simultaneously again can be in the time not being filled with oxygen automatic-sealed.
For solving the problems of the technologies described above, the utility model adopts following technical scheme: a kind of oxygen gas-water machine oxygen air intake structure, on the cap of container finish, being provided with a horizontally extending oxygen intake is communicated with internal tank, described oxygen intake is sealed by sealing member, described sealing member comprises the front sealing member being set gradually to the inside by oxygen intake oral area, intermediate seal body and rear sealing member, front sealing member center is provided with through hole, the air flue connecting before and after intermediate seal body axis is provided with, intermediate seal body head is provided with spine head and stretches out through hole, rear sealing member front portion is provided with centre hole and is communicated with the air flue in intermediate seal body, between intermediate seal body rear portion and oxygen intake inwall, be provided with gap, intermediate seal body rear portion is provided with ventilation mouth and is communicated with the rear portion of centre hole on excircle, rear sealing member rear portion excircle is provided with wear ring ventilation mouth is sealed, at the oxygen intake oral area sealed mouth that is threaded, front sealing member is installed in sealed mouth, sealed mouth center is provided with a bottleneck socket corresponding with oxygen cylinder bottleneck.
Preferably, sealed mouth rear end is provided with deep gouge around described bottleneck socket, and front sealing member snaps in deep gouge.
Preferably, intermediate seal body middle part is along being circumferentially with the flange that section is L-type, and flange front end face is pressed on front sealing member and sealed mouth aft end face.
Preferably, rear sealing member front end is circumferentially with outer bulge loop outward, the corresponding evagination of oxygen intake inwall is equipped with internal projecting ring, outer bulge loop aft end face is pressed on internal projecting ring front end face, rear sealing member is circumferentially with sealing groove in bulge loop rear side edge outside, in sealing groove, be provided with O type circle, between O type circle and internal projecting ring, seal.
Preferably, described oxygen intake is located in the side-prominent portion of cap side, and described side-prominent portion is provided with outside screw, and oxygen cylinder is located in bomb casing, and bomb casing oral area is provided with internal thread and coordinates with side-prominent portion outside screw.
The utility model dissolves in the oxygen compression in oxygen cylinder in the purification pure water in container by oxygen intake, oxygen intake is sealed by sealing member, sealing member comprises the front sealing member being set gradually to the inside by oxygen intake oral area, intermediate seal body and rear sealing member, between intermediate seal body rear portion and oxygen intake inwall, be provided with gap, intermediate seal body rear portion is provided with ventilation mouth and is communicated with the rear portion of centre hole on excircle, rear sealing member rear portion excircle is provided with wear ring ventilation mouth is sealed, like this, while being filled with oxygen, the pressure of oxygen is washed wear ring open and is entered in container from ventilation mouth, while not being filled with oxygen, wear ring seals ventilation mouth automatically, thereby the utility model not only can more conveniently dissolve in oxygen purification pure water, and simultaneously again can be in the time not being filled with oxygen automatic-sealed.
Brief description of the drawings
Below in conjunction with the drawings and specific embodiments, the utility model is further described:
Fig. 1 is cross-sectional view of the present utility model;
Fig. 2 is oxygen intake place enlarged view.
Embodiment
Illustrate this oxygen gas-water machine below in conjunction with Fig. 1 to Fig. 2, comprise the container 3 that accommodates water, be provided with cap 1 at the oral area of container, between described cap and container finish, be provided with gasket 31, described cap is provided with container cavity 11 above gasket, from gasket, mind-set internal tank inserts a pipeline 30, the upper end of described pipeline is communicated with container cavity, insert in the water body of internal tank the bottom of described pipeline, described cap is provided with oxygen intake 111 and oxygen water out 101 is communicated with container cavity, described oxygen intake is sealed by sealing member 2, described oxygen water out is opened and closed by plunger mechanism.Oxygen enters container cavity 11 by oxygen intake 111, then enter the water body in container through pipeline 30, if plunger mechanism is opened, because container 3 internal gas pressures are greater than barometric point, the oxygen water of having sneaked into oxygen is squeezed into container cavity 11 through pipeline 30 and is sprayed through oxygen water out 101.
Described plunger mechanism comprises the plunger cavity 10 extending along cap axis direction, in described plunger cavity, be provided with a plunger 12, plunger cavity bottom is communicated with container cavity, oxygen water out is communicated with plunger cavity, the described cap pressure head 14 that is threaded above plunger, between described pressure head and plunger, be provided with spring 13, described plunger drives rising by a lever 15.Described cap be communicated with plunger cavity at oxygen water out position above be provided with lever mouth 16, lever is hinged in lever mouth, described plunger is provided with lever actuated groove 122, the head of lever stretches in this lever actuated groove.Described plunger cavity bottom is circular arc, and plunger base is provided with the sealing-ring 121 corresponding with plunger cavity bottom, is also provided with sealing-ring in plunger periphery.To depress lever 15, under the effect of lever, the elastic force that plunger 12 overcomes spring 13 upwards promotes, thereby open oxygen water out, the realization of oxygen water out is communicated with container cavity, and unclamps lever 15, under the effect of spring 13, plunger 12 seals oxygen water out again.
Described sealing member 2 comprises the front sealing member 21 being set gradually to the inside by oxygen intake oral area, intermediate seal body 22 and rear sealing member 23, front sealing member center is provided with through hole, the air flue connecting before and after intermediate seal body axis is provided with, intermediate seal body head is provided with spine head 221 and stretches out through hole, rear sealing member front portion is provided with centre hole and is communicated with the air flue in intermediate seal body, between intermediate seal body rear portion and oxygen intake inwall, be provided with gap, intermediate seal body rear portion is communicated with centre hole being circumferentially with ventilation mouth 231, rear sealing member rear portion is provided with wear ring 24 ventilation mouth is sealed.At the oxygen intake oral area sealed mouth 20 that is threaded, front sealing member 21 is installed in sealed mouth, sealed mouth 20 centers are provided with a bottleneck socket corresponding with oxygen cylinder bottleneck, rear sealing member 23 rear portions are circumferentially with annular groove 232, ventilation mouth 231 is opened in annular groove rear positions, and wear ring 24 is located in annular groove 232.The bottleneck of oxygen cylinder inserts in the bottleneck socket of sealed mouth, from oxygen cylinder oxygen out successively through sealing member through hole, intermediate seal body air flue and after the centre hole of sealing member, then wash wear ring 24 open through ventilation mouth 231 and enter again container cavity.
Sealed mouth rear end is provided with deep gouge 201 around described bottleneck socket, and front sealing member snaps in deep gouge.Intermediate seal body middle part is along being circumferentially with the flange 222 that section is L-type, and flange front end face is pressed on front sealing member and sealed mouth aft end face.Rear sealing member front end is circumferentially with outer bulge loop 233 outward, the corresponding evagination of oxygen intake inwall is equipped with internal projecting ring 112, outer bulge loop aft end face is pressed on internal projecting ring front end face, rear sealing member is circumferentially with sealing groove in bulge loop rear side edge outside, in sealing groove, be provided with O type circle 234, between O type circle and internal projecting ring, seal.
Described oxygen intake 111 is located in the side-prominent portion of cap side, and described side-prominent portion is provided with outside screw, and oxygen cylinder 4 is located in bomb casing 40, and bomb casing oral area is provided with internal thread and coordinates with side-prominent portion outside screw.Rotation bomb casing 40, due to the relation of outside screw thread fit in the oral area of bomb casing 40 and side-prominent portion, oxygen cylinder 4 enters to oxygen intake 111 thrusters, thereby the spine head that makes intermediate seal body 22 punctures the sealing of oxygen cylinder bottleneck and inserts in oxygen cylinder bottleneck, because oxygen cylinder internal gas pressure is larger, pure oxygen is dissolved in the purification pure water of container, the water body oxygen level of dissolving in oxygen exceeds doubly a lot than mineral water.
This oxygen gas-water machine dissolves in the oxygen compression in oxygen cylinder in the purification pure water in container by oxygen intake, if plunger mechanism is opened, the oxygen water of having sneaked into oxygen flows into container cavity through pipeline and flows out through oxygen water out, it not only can more conveniently dissolve in oxygen purification pure water, and easy to carry, easy to use.
Claims (5)
1. an oxygen gas-water machine oxygen air intake structure, it is characterized in that: on the cap (1) of container finish, be provided with a horizontally extending oxygen intake (111) and be communicated with internal tank, described oxygen intake is sealed by sealing member (2), described sealing member comprises the front sealing member (21) being set gradually to the inside by oxygen intake oral area, intermediate seal body (22) and rear sealing member (23), front sealing member center is provided with through hole, the air flue connecting before and after intermediate seal body axis is provided with, intermediate seal body head is provided with spine head (221) and stretches out through hole, rear sealing member front portion is provided with centre hole and is communicated with the air flue in intermediate seal body, between intermediate seal body rear portion and oxygen intake inwall, be provided with gap, intermediate seal body rear portion is provided with ventilation mouth (231) and is communicated with the rear portion of centre hole on excircle, rear sealing member rear portion excircle is provided with wear ring (24) ventilation mouth is sealed, at the oxygen intake oral area sealed mouth (20) that is threaded, front sealing member (21) is installed in sealed mouth, sealed mouth center is provided with a bottleneck socket corresponding with oxygen cylinder bottleneck.
2. a kind of oxygen gas-water machine oxygen air intake structure according to claim 1, is characterized in that: sealed mouth rear end is provided with deep gouge (201) around described bottleneck socket, and front sealing member snaps in deep gouge.
3. a kind of oxygen gas-water machine oxygen air intake structure according to claim 2, is characterized in that: intermediate seal body middle part is along being circumferentially with the flange that section is L-type (222), and flange front end face is pressed on front sealing member and sealed mouth aft end face.
4. a kind of oxygen gas-water machine oxygen air intake structure according to claim 1, it is characterized in that: rear sealing member front end is circumferentially with outer bulge loop (233) outward, the corresponding evagination of oxygen intake inwall is equipped with internal projecting ring (112), outer bulge loop aft end face is pressed on internal projecting ring front end face, rear sealing member is circumferentially with sealing groove in bulge loop rear side edge outside, in sealing groove, be provided with O type circle (234), between O type circle and internal projecting ring, seal.
5. a kind of oxygen gas-water machine oxygen air intake structure according to claim 1, it is characterized in that: described oxygen intake (111) is located in the side-prominent portion of cap side, described side-prominent portion is provided with outside screw, oxygen cylinder (4) is located in bomb casing (40), and bomb casing oral area is provided with internal thread and coordinates with side-prominent portion outside screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420384570.0U CN203976457U (en) | 2014-07-11 | 2014-07-11 | A kind of oxygen gas-water machine oxygen air intake structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420384570.0U CN203976457U (en) | 2014-07-11 | 2014-07-11 | A kind of oxygen gas-water machine oxygen air intake structure |
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| Publication Number | Publication Date |
|---|---|
| CN203976457U true CN203976457U (en) | 2014-12-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420384570.0U Expired - Fee Related CN203976457U (en) | 2014-07-11 | 2014-07-11 | A kind of oxygen gas-water machine oxygen air intake structure |
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| CN (1) | CN203976457U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104525054A (en) * | 2014-12-26 | 2015-04-22 | 北京神雾环境能源科技集团股份有限公司 | Oxygen feeding device, and corresponding methane tri-reforming reaction device and method |
-
2014
- 2014-07-11 CN CN201420384570.0U patent/CN203976457U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104525054A (en) * | 2014-12-26 | 2015-04-22 | 北京神雾环境能源科技集团股份有限公司 | Oxygen feeding device, and corresponding methane tri-reforming reaction device and method |
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Legal Events
| 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: 20141203 Termination date: 20190711 |
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| CF01 | Termination of patent right due to non-payment of annual fee |