CN202820947U - High dissolved oxygen content water dispenser - Google Patents
High dissolved oxygen content water dispenser Download PDFInfo
- Publication number
- CN202820947U CN202820947U CN 201220291158 CN201220291158U CN202820947U CN 202820947 U CN202820947 U CN 202820947U CN 201220291158 CN201220291158 CN 201220291158 CN 201220291158 U CN201220291158 U CN 201220291158U CN 202820947 U CN202820947 U CN 202820947U
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- Prior art keywords
- water
- pedestal
- oxygen
- dissolved oxygen
- high dissolved
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Abstract
The utility model discloses a high dissolved oxygen content water dispenser which comprises a seat body, a water supplying device arranged inside the seat body and an oxygen generating device, wherein the a base frame of water supplying equipment is arranged inside the containing space of the seat body, and a water storage groove with a storing space formed inside is arranged in a cold water liner arranged above the base frame, a water inlet channel provided with a pushing head is arranged at the center of a footstock above the storing space, puncture holes are arranged at the external side of the water inlet channel by the footstock, and an air compressor, an electromagnetic valve, two oxygen generating grooves and a storing groove are arranged on the supporting frame at the bottom portion of the seat body. Transporting pipes arranged in a connecting mode on the storing groove extend upward and stretch from the upper portion of the water storage groove of the cold water liner and penetrate through puncture holes of the footstock into the storing space, and aerator pipes are assembled at the tail ends of the transporting pipes. And therefore oxygen generated by the oxygen generating grooves are transported through the storing groove and the transporting pipes, and are continuously supplied into drinking water inside the cold water liner all the time in the pattern of bubbles by the aerator pipes. And the purpose of providing drinking water with high dissolved oxygen by the water dispenser is achieved.
Description
Technical field
The utility model provides a kind of high dissolved oxygen water dispenser, refer in particular to water supply installation and oxygen manufacturing installation are set in the pedestal accommodation space, utilize the transfer tube of oxygen manufacturing installation to stretch into the aqua storage tank of cold water container, and with terminal aeration tube supply air bubble-shaped oxygen in cold water, the high dissolved oxygen water dispenser that allows dissolved oxygen amount in the drinking water improve.
Background technology
Because it 70% all is that water forms that human body is had an appointment; and people can constantly consume moisture content contained in the health in movable or rest; so must be to drink water to replenish the moisture content of body interior; all be to come to boil water with kettle in the general family; and be to use water dispenser in the places such as company, school or hospital; no matter but which kind of mode all is the program that water is boiled; allow high temperature kill most bacterium and virus in the water; but the program meeting of boiling is so that the oxygen dissipation in the water, and the water that therefore general water dispenser and kettle provide not only lacks oxygen and mouthfeel is relatively poor.
Because above-mentioned problem; so advocating, many people directly drink raw running water; yet; along with country variant; the water source in area or city and environmental difference; some places can directly be drunk raw running water; some places are relatively poor and interior impure again because of water quality; so in water treatment plants, can filter and the processing such as sterilization running water; but running water need be delivered to various places through pipeline; be easy in course of conveying, suffer the pollution of bacterium or virus; so just can adding a large amount of chlorine in water, water treatment plants comes sterilization; but not only the polluter in the pipeline (such as the metal rust) can't be removed by chlorine; and often have again strong chlorine flavor in the water, so general user direct drinking public water supply all.
Under this situation, just there are many manufacturers to develop filter for this problem, it has omitted and has boiled program, but by Multi-channel filtering device (such as ion exchange resin, activated carbon or medical stone), reach the effect of filtration and sterilization, but the dissolved oxygen amount in the water still can not increase, and therefore, the dissolved oxygen amount that how to improve in the drinking water is that the relevant manufacturer that is engaged in the industry desires most ardently the direction that research improves.
The utility model content
Because above-mentioned problem and shortcoming, the utility model provides a kind of high dissolved oxygen water dispenser.Main purpose of the present utility model is, the air compressor of the oxygen manufacturing installation of this high dissolved oxygen water dispenser is sent into air in the one or more oxygen-making trough and is taken out oxygen, oxygen infusion in the oxygen-making trough is to accumulator tank, carry and with aeration tube oxygen is continued to feed cold water container with bubble mode all the period of time by transfer tube, the characteristic that has better dissolved oxygen rate by cold water, allow the dissolved oxygen amount in the drinking water improve, and then reach the purpose that water dispenser provides high dissolved oxygen drinking water.
Secondary objective of the present utility model is, the center of top of the pedestal of this high dissolved oxygen water dispenser is inverted the aquaporin that enters that the socket that inserts aligned and be communicated with top, water supply installation cold water container storage area footstock for water butt, enter aquaporin central authorities and then be provided with the ejection head that flows into the storage area in the water butt of extension insertion up for its inside drinking water, allow drinking water and the drinking water in the water butt of storage area presents the circulation shape in the aqua storage tank, when so aeration tube disengages oxygen, not only the drinking water of storage area can improve dissolved oxygen amount, and the drinking water dissolved oxygen amount in the water butt also can improve thereupon, so whenever or frequently take out drinking water and all have high dissolved oxygen amount, and then reach the purpose that water dispenser is supplied water containing high dissolved oxygen fully.
Another purpose of the present utility model is; the oxygen manufacturing installation of this high dissolved oxygen water dispenser is arranged on the bracing frame that installs additional on the pedestal base; because the space of refrigeration compressor top is not utilized in the general water dispenser; so the overall volume of water dispenser can not increase; do not change again both fixed structures of water dispenser because of the utility model; so not only do not need redesign; change; die sinking or manufacturing water dispenser; do simple processing at existing water dispenser especially and can install the oxygen manufacturing installation, and then can reach the reduction manufacturing cost; reduce the purpose of volume and lifting applicability.
The utility model provides a kind of high dissolved oxygen water dispenser, comprises pedestal and is arranged at pedestal interior water supply installation and oxygen manufacturing installation; Wherein:
Be formed with accommodation space in this pedestal, the bottom of its pedestal is installed with bracing frame, and the center of top of pedestal then is concaved with down for water butt and is inverted the socket that inserts;
This water supply installation has the pedestal that is arranged in accommodation space and is positioned pedestal, and the pedestal upper set is provided with cold water container, its cold water container is to have the inner aqua storage tank that forms the storage area, the footstock central authorities of top, storage area installing are equipped with the aquaporin that enters that aligns and be communicated with socket, enter aquaporin central authorities and then be provided with the ejection head that flows into the storage area in the water butt of extension insertion up for its inside drinking water, footstock is provided with and runs through perforation up and down in entering the aquaporin outside again, and pedestal the place ahead is provided with one or more again and is communicated with cold water containers to send the Water outlet of drinking water;
This oxygen manufacturing installation is arranged in the accommodation space of pedestal, this oxygen manufacturing installation is provided with air compressor, magnetic valve, two oxygen-making troughs and an accumulator tank in the bracing frame top, magnetic valve is communicated with air compressor and two oxygen-making troughs, and two oxygen-making troughs are communicated with accumulator tank, accumulator tank then is provided with the aqua storage tank top of extending by cold water container up and stretches into inner transfer tube, and the perforation that transfer tube passes footstock stretches in the storage area, is provided with aeration tube in the terminal group of transfer tube again.
Wherein this pedestal is installed with bracing frame for utilizing base, shell and loam cake to assemble on its base, and loam cake central authorities then are concaved with down for water butt and are inverted the socket that inserts.
Wherein this pedestal is formed in one and makes.
Wherein the pedestal upper and lower of this water supply installation is provided with cold water container and the hot water liner that is interconnected for group respectively, and pedestal the place ahead is provided with and is communicated with respectively cold water container and hot water liner to send two Water outlets of cold and hot drinking water.
Wherein this pedestal is for utilizing base, shell and loam cake to assemble, be installed with bracing frame on the base, water supply installation is equiped with the refrigeration compressor that is positioned at bracing frame below on base, refrigeration compressor is connected with and extends to the aqua storage tank below up around being continuous S sigmoid after the multi-turn in the pedestal rear down again and connecting back the cooling tube of refrigeration compressor.
Wherein this oxygen manufacturing installation is provided with magnetic valve in air compressor one side stand component, then is provided with two oxygen-making troughs and an accumulator tank on the bracing frame of air compressor opposite side.
Wherein the accumulator tank of this oxygen manufacturing installation is connected with in transfer tube by choke valve, and transfer tube is provided with non-return valve, and transfer tube is provided with the aqua storage tank top of a plurality of kink cause cold water containers and stretches into inside.
Wherein this water supply installation is organized respectively in the pedestal upper and lower and is provided with cold water container and the hot water liner that is interconnected, the aqua storage tank of cold water container further is provided with the water diversion disk that is positioned at the footstock below in the storage area, its water diversion disk below is extended with and aligns the communicating pipe of inserting the pipeline that is communicated with hot water liner, and is equipped with again on the water diversion disk and is communicated with that upper and lower passes for transfer tube and a plurality of grooves that run through of upper and lower potable water circulation.
The beneficial effect that high dissolved oxygen water dispenser disclosed in the utility model has is: improve the dissolved oxygen amount in the drinking water, reduce manufacturing cost, reduce volume, promote applicability.
Description of drawings
Fig. 1 is stereo appearance figure of the present utility model.
Fig. 2 is three-dimensional exploded view of the present utility model.
Fig. 3 is another three-dimensional exploded view of the present utility model.
Fig. 4 is sectional perspective exploded view of the present utility model.
Fig. 5 is sectional perspective profile of the present utility model.
Fig. 6 is the three-dimensional exploded view of the utility model oxygen manufacturing installation.
Fig. 7 is the front sectional elevation of the utility model oxygen manufacturing installation.
[main element symbol description]
1, pedestal
10, accommodation space 12, shell
11, base 13, loam cake
111, bracing frame 131, socket
2, water supply installation
21, pedestal 223, water diversion disk
22, cold water container 2231, communicating pipe
221, aqua storage tank 2232, run through groove
2210, storage area 23, hot water liner
222, footstock 24, Water outlet
2221, enter aquaporin 25, refrigeration compressor
2222, ejection 251, cooling tube
2223, perforation
3, oxygen manufacturing installation
31, air compressor 36, transfer tube
32, magnetic valve 361, non-return valve
33, oxygen-making trough 362, kink
34, accumulator tank 363, aeration tube
35, choke valve
4, water butt
The specific embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with specific embodiment, and with reference to accompanying drawing, the utility model is further described.
See also Fig. 1,2,3,4,5,6,7, be stereo appearance figure of the present utility model, three-dimensional exploded view, another three-dimensional exploded view, sectional perspective exploded view, sectional perspective profile, the three-dimensional exploded view of oxygen manufacturing installation, front sectional elevation, find out that by knowing shown in the figure this high dissolved oxygen water dispenser comprises pedestal 1, water supply installation 2 and oxygen manufacturing installation 3; Wherein:
Be formed with accommodation space 10 in this pedestal 1, and pedestal 1 is for utilizing base 11, shell 12 and loam cake 13 to assemble or one-body molded making, be installed with bracing frame 111 on its base 11, loam cake 13 central authorities then are concaved with down for water butt 4 and are inverted the socket 131 that inserts.
This water supply installation 2 is installed in the accommodation space 10 of pedestal 1, this water supply installation 2 has the pedestal 21 that is positioned pedestal 1, and on the pedestal 21, below respectively group is provided with cold water container 22 and the hot water liner 23 that is interconnected, its cold water container 22 has the inner aqua storage tank 221 that forms storage area 2210,2210 tops, storage area are equiped with footstock 222, footstock 222 central authorities be equipped with align and be communicated with socket 131 enter aquaporin 2221, entering aquaporin 2221 central authorities then is provided with up to extend and inserts in the water butt 4 ejection 2222 that flows into storage area 2210 for its inside drinking water, footstock 2211 again in enter aquaporin 2212 outsides run through have the perforation 2223, pedestal 21 the place aheads are provided with and are communicated with respectively cold water container 22 and hot water liner 23 to send two Water outlets 24 of cold and hot drinking water, be equiped with the refrigeration compressor 25 that is positioned at bracing frame 111 belows on the base 11 of pedestal 1, this refrigeration compressor 25 is connected with and extends to aqua storage tank 221 belows are continuous S sigmoid after around multi-turn down again and connect back refrigeration compressor 25 in pedestal 1 rear cooling tube 251 up again.
This oxygen manufacturing installation 3 is arranged in the accommodation space 10 of pedestal 1, this oxygen manufacturing installation 3 is provided with air compressor 31 in bracing frame 111 tops, air compressor 31 1 side stand components 111 are provided with the magnetic valve 32 that is communicated with air compressor 31, then be provided with two oxygen-making troughs 33 that are communicated with magnetic valve 32 and an accumulator tank 34 that is communicated with two oxygen-making troughs 33 on the bracing frame 111 of air compressor 31 opposite sides, accumulator tank 34 is provided with the transfer tube 36 that extends up by choke valve 35, transfer tube 36 is provided with non-return valve 361, and transfer tube 36 is provided with aqua storage tank 221 tops of a plurality of kink 362 cause cold water containers 22 and stretches into inside, and the perforation 2223 of passing footstock 222 stretches in the storage area 2210, is provided with aeration tube 363 in transfer tube 36 terminal groups again.
During use, allow head end insert socket 131 water butt 4 inversions, and allow ejection 2222 push the closure plate of head end open, the drinking water of water butt 4 inside can be flowed in the aqua storage tank 221 of cold water containers 22 via ejection 2222, water in the aqua storage tank 221 can flow out via pipeline and Water outlet 24, or flow to first in the hot water liner 23 via pipeline, flow out to supply the hot drink water by pipeline and Water outlet 24 again after the drinking water heating in the hot water liner 23, its refrigeration compressor 25 is that refrigerant is transmitted up by cooling tube 251, and allow inner drinking water lower the temperature into cold drinking liquid by the cooling tube 251 that is surrounded on place, aqua storage tank 221 belows, and cooling tube 251 is lowered the temperature the thermal transpiration that absorbs in the continuous S sigmoid place at pedestal 1 rear again, just repeatably lowers the temperature.
This oxygen manufacturing installation 3 is after utilizing air compressor 31 that air is regulated via magnetic valve 32, send in the one or more oxygen-making trough 33, after by oxygen-making trough 33 airborne oxygen being taken out, be delivered in the accumulator tank 34 and store, and the oxygen in the accumulator tank 34 via choke valve 35 limited flows after, enter in the transfer tube 36, and utilize non-return valve 361 to allow the oxygen in the transfer tube 36 can adverse current, just can oxygen be delivered to transfer tube 36 ends through a plurality of kinks 362, allow oxygen enter in the drinking water in the mode of micro-bubble via aeration tube 363 again, because the oxygen in the cold water has better dissolved oxygen rate, can allow dissolved oxygen in water improve, continue to feed oxygen in the drinking water because of all the period of time again, just can allow thus script be difficult for the drinking water of dissolved oxygen, when reducing dissolved oxygen rate in the oxygen discharge, constantly supplemental oxygen improves the dissolved oxygen rate of drinking water, no matter then when the user drinks by Water outlet 24 water intakings, all can drink the drinking water of high dissolved oxygen.
In addition, because the socket 131 of pedestal 1, the structural design of the aqua storage tank 221 of cold water container 22 and footstock 222 in the water supply installation 2, allow the drinking water of storage area 2210 and the drinking water in the water butt 4 present the circulation shape in the aqua storage tank 221, so when aeration tube 363 disengages oxygen in the storage area 2210 of aqua storage tank 221, its oxygen also can rise in the drinking water in the water butt 4, even the drinking water in aqua storage tank 221 and the water butt 4 also can flow, so the dissolved oxygen amount of whole drinking water will improve simultaneously, even if a plurality of users take out drinking water frequently in the short time, when user's water intaking is afterwards drunk, still can drink the drinking water of high dissolved oxygen.
In addition; because be by the base 11 installing bracing frames 111 at pedestal 1; and then oxygen manufacturing installation 3 is arranged on the bracing frame 111; owing to having used the space (refrigeration compressor 25 superjacent air spaces) that does not have utilization in the general water dispenser originally; just can not increase the overall volume of water dispenser; and structure does not need again other design, change, die sinking or manufacturing, and then can reduce manufacturing cost.
See also Fig. 3, shown in 4, be another three-dimensional exploded view of the present utility model, the sectional perspective exploded view, find out by knowing shown in the figure, the aqua storage tank 221 of these water supply installation 2 set cold water containers 22, can in storage area 2210, further be provided with the water diversion disk 223 that is positioned at footstock 222 belows, its water diversion disk 223 belows are extended with and align the communicating pipe 2231 of inserting the pipeline that is communicated with hot water liner 23, and be equipped with again a plurality of grooves 2232 that run through that are communicated with upper and lower on the water diversion disk 223, it runs through groove 2232 and not only can pass for transfer tube 36, and run through groove 2232 and can allow again the potable water circulation of water diversion disk 223 upper and lowers, utilize water diversion disk 223 to allow drinking water surpass and just can flow in the hot water liner 23 via communicating pipe 2231 and pipeline afterwards.
Above-mentioned high dissolved oxygen water dispenser of the present utility model can have following advantage when reality is used, as:
(1) after this oxygen manufacturing installation 3 utilizes air compressor 31 that air is regulated via magnetic valve 32, send in the one or more oxygen-making trough 33, oxygen-making trough 33 takes out airborne oxygen and be delivered in the accumulator tank 34, oxygen was continued to feed with bubble mode all the period of time in the drinking water in the aqua storage tank 221 of cold water container 22 by transfer tube 36 and aeration tube 363 again, because the oxygen in the cold water has better dissolved oxygen rate, can allow the dissolved oxygen amount in the drinking water improve.
(2) drinking water of storage area 2210 and the drinking water in the water butt 4 present the circulation shape in this aqua storage tank 221, when so aeration tube 363 disengages oxygen, not only the drinking water of storage area 2210 can improve dissolved oxygen amount, and the drinking water dissolved oxygen amount in the water butt 4 also can improve thereupon, all has high dissolved oxygen amount so take out drinking water whenever.
(3) this oxygen manufacturing installation 3 is arranged on the bracing frame 111 that installs additional on pedestal 1 base 11; because space of this part is idle and do not utilize in the general water diversion machine; the utility model was not both changing installing oxygen manufacturing installation 3 under the fixed structure; not only can not increase the overall volume of water dispenser; and need not redesign, change, die sinking or make water dispenser; more can allow existing water dispenser through simple processing, can have the effect that water containing high dissolved oxygen is provided.
The utility model is mainly for high dissolved oxygen water dispenser, can be in the pedestal 1 accommodation space 10 interior water supply installations 2 that arrange, water supply installation 2 is provided with cold water container 22 in pedestal 21 tops, cold water container 22 is equiped with footstock 222 in 2210 tops, aqua storage tank 221 interior storage areas, footstock 222 central authorities enter aquaporin 2221 outsides and are provided with the perforation 2223 that runs through up and down, the air compressor 31 of oxygen manufacturing installation 3 is set in bracing frame 111 tops of pedestal 1 again, magnetic valve 32, two oxygen-making troughs 33 and an accumulator tank 34,34 of accumulator tanks are provided with and extend the perforation 2223 of being stretched into inside and being passed footstock 222 by aqua storage tank 221 tops up and stretch to transfer tube 36 in the storage area 2210, transfer tube 36 terminal groups are provided with aeration tube 363, in the drinking water in the aqua storage tank 221 that oxygen is continued to feed cold water container 22 with bubble mode all the period of time, by the better dissolved oxygen rate that cold water has, allow the dissolved oxygen amount in the drinking water improve.
Above-described specific embodiment; the purpose of this utility model, technical scheme and beneficial effect are further described; institute is understood that; the above only is specific embodiment of the utility model; be not limited to the utility model; all within spirit of the present utility model and principle, any modification of making, be equal to replacement, improvement etc., all should be included within the protection domain of the present utility model.
Claims (8)
1. one kind high dissolved oxygen water dispenser is characterized in that, comprises pedestal and is arranged at pedestal interior water supply installation and oxygen manufacturing installation; Wherein:
Be formed with accommodation space in this pedestal, the bottom of its pedestal is installed with bracing frame, and the center of top of pedestal then is concaved with down for water butt and is inverted the socket that inserts;
This water supply installation has the pedestal that is arranged in accommodation space and is positioned pedestal, and the pedestal upper set is provided with cold water container, its cold water container is to have the inner aqua storage tank that forms the storage area, the footstock central authorities of top, storage area installing are equipped with the aquaporin that enters that aligns and be communicated with socket, enter aquaporin central authorities and then be provided with the ejection head that flows into the storage area in the water butt of extension insertion up for its inside drinking water, footstock is provided with and runs through perforation up and down in entering the aquaporin outside again, and pedestal the place ahead is provided with one or more again and is communicated with cold water containers to send the Water outlet of drinking water;
This oxygen manufacturing installation is arranged in the accommodation space of pedestal, this oxygen manufacturing installation is provided with air compressor, magnetic valve, two oxygen-making troughs and an accumulator tank in the bracing frame top, magnetic valve is communicated with air compressor and two oxygen-making troughs, and two oxygen-making troughs are communicated with accumulator tank, accumulator tank then is provided with the aqua storage tank top of extending by cold water container up and stretches into inner transfer tube, and the perforation that transfer tube passes footstock stretches in the storage area, is provided with aeration tube in the terminal group of transfer tube again.
2. high dissolved oxygen water dispenser as claimed in claim 1 is characterized in that, wherein this pedestal is installed with bracing frame for utilizing base, shell and loam cake to assemble on its base, and loam cake central authorities then are concaved with down for water butt and are inverted the socket that inserts.
3. high dissolved oxygen water dispenser as claimed in claim 1 is characterized in that, wherein this pedestal is formed in one and makes.
4. high dissolved oxygen water dispenser as claimed in claim 1, it is characterized in that, wherein the pedestal upper and lower of this water supply installation is provided with cold water container and the hot water liner that is interconnected for group respectively, and pedestal the place ahead is provided with and is communicated with respectively cold water container and hot water liner to send two Water outlets of cold and hot drinking water.
5. high dissolved oxygen water dispenser as claimed in claim 1, it is characterized in that, wherein this pedestal is for utilizing base, shell and loam cake to assemble, be installed with bracing frame on the base, water supply installation is equiped with the refrigeration compressor that is positioned at bracing frame below on base, refrigeration compressor is connected with and extends to the aqua storage tank below up around being continuous S sigmoid after the multi-turn in the pedestal rear down again and connecting back the cooling tube of refrigeration compressor.
6. high dissolved oxygen water dispenser as claimed in claim 1 is characterized in that, wherein this oxygen manufacturing installation is provided with magnetic valve in air compressor one side stand component, then is provided with two oxygen-making troughs and an accumulator tank on the bracing frame of air compressor opposite side.
7. high dissolved oxygen water dispenser as claimed in claim 1, it is characterized in that, wherein the accumulator tank of this oxygen manufacturing installation is connected with in transfer tube by choke valve, and transfer tube is provided with non-return valve, and transfer tube is provided with the aqua storage tank top of a plurality of kink cause cold water containers and stretches into inside.
8. high dissolved oxygen water dispenser as claimed in claim 1, it is characterized in that, wherein this water supply installation is organized respectively in the pedestal upper and lower and is provided with cold water container and the hot water liner that is interconnected, the aqua storage tank of cold water container further is provided with the water diversion disk that is positioned at the footstock below in the storage area, its water diversion disk below is extended with and aligns the communicating pipe of inserting the pipeline that is communicated with hot water liner, and is equipped with again on the water diversion disk and is communicated with that upper and lower passes for transfer tube and a plurality of grooves that run through of upper and lower potable water circulation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220291158 CN202820947U (en) | 2012-06-20 | 2012-06-20 | High dissolved oxygen content water dispenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220291158 CN202820947U (en) | 2012-06-20 | 2012-06-20 | High dissolved oxygen content water dispenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202820947U true CN202820947U (en) | 2013-03-27 |
Family
ID=47932773
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220291158 Expired - Lifetime CN202820947U (en) | 2012-06-20 | 2012-06-20 | High dissolved oxygen content water dispenser |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202820947U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP3135120A1 (en) | 2015-08-25 | 2017-03-01 | Oxy Young Co., Ltd. | Oxygen-enriched water composition, biocompatible composition comprising the same, and methods of preparing and using the same |
-
2012
- 2012-06-20 CN CN 201220291158 patent/CN202820947U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP3135120A1 (en) | 2015-08-25 | 2017-03-01 | Oxy Young Co., Ltd. | Oxygen-enriched water composition, biocompatible composition comprising the same, and methods of preparing and using the same |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130327 |