CN203513255U - Manually-controlled-gas wine dispensing device - Google Patents
Manually-controlled-gas wine dispensing device Download PDFInfo
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- CN203513255U CN203513255U CN201320743159.3U CN201320743159U CN203513255U CN 203513255 U CN203513255 U CN 203513255U CN 201320743159 U CN201320743159 U CN 201320743159U CN 203513255 U CN203513255 U CN 203513255U
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Abstract
The utility model relates to grape wine oxidation preventing and wine dispensing technologies and particularly relates to a manually-controlled-gas wine dispensing device. The wine dispensing device is characterized by containing a container plug, a wine outlet guiding tube and a three-way manual gas valve, wherein a gas flow passage is formed in the container plug, the inner end of the gas flow passage is communicated with a bottle cavity of a container, the outer end of the gas flow passage is connected with a gas outlet of the three-way manual gas valve, a gas inlet of the three-way manual gas valve is externally connected with a gas source, the three-way manual gas valve contains a three-way valve body, a valve rod, left and right sealing plugs, a spring, a spring seat, a gas flow transition passage and a pressure relief passage, the gas flow transition passage is communicated with a side port of the three-way valve body, an inlet of the pressure relief passage is connected with the gas outlet of the three-way manual gas valve, an outlet of the pressure relief passage is communicated with the outside, and end face sealing devices are arranged at one side of the outlet of the pressure relief passage. The manually-controlled-gas wine dispensing device disclosed by the utility model can be used for dispensing wine at temporary positive pressure and keeping freshness at normal pressure. Compared with the prior art, the manually-controlled-gas wine dispensing device has the advantages of low operation and maintenance costs, rapidity in wine discharge, accuracy in wine measurement, low gas source consumption and the like.
Description
Technical field
The utility model relates to and prevents wine oxidation and a minute wine technology, and particularly a kind of manual control gas divides wine device.
Background technology
After grape wine after uncork directly contacts with air, souring apt to deteriorate, this can be along with the time after uncork, the particularly increase of pouring number of times and aggravating (along with the increase of pouring number of times, during pouring, the area of contact of grape wine and air is increasing, and more air enter grape wine and are oxidized).In order to address this problem, in prior art, two kinds of the most frequently used methods are: unreactable gas pressurization in local vacuum-pumping and bottle in bottle.The former is pumped into negative pressure by the space on wine face in bottle to enter grape wine to reduce residual air in bottle, when needs divide wine, adjust vacuum pump gas circuit direction, vacuum pump is become to air feeder and toward the interior air feed of bottle, wine is extruded to (patent announcement CN102126695A < < refreshing wine dispenser > >); The latter is filled with low-pressure inert gas in bottle, drive bottle interior air the space on wine face out of and maintain unreactable gas malleation, when needs divide wine, start for the electromagnetic valve on wine pipeline, wine is extruded to (patent announcement CN102009934A < < refreshing red wine refrigeration is minute wine machine > > automatically).
These two kinds of methods can slow down oxidation vinous, simultaneously can divide wine (a minute cup is sampled wine) time comparatively easily grape wine to be extruded at needs.But it is exactly to guarantee to open the abundant sealing of bottle after drinking that these two kinds of methods have a common ground, otherwise can not realize and maintain negative pressure or malleation in bottle.This just requires to have the leak tightness of complicated device and loaded down with trivial details operation guarantee bottleneck.Conventionally, this also needs operator's proficiency and concentrates to realize.
For the Machine for drinking wine (as the patent < < machine for drinking wine > > of notification number CN201151717Y) that adopts unreactable gas pressurization in bottle, unreactable gas often should be filled in bottle above space of interior wine face and maintain malleation and enter grape wine to completely cut off extraneous air, also in the time need to sampling wine, bring into play the effect from pressing out in bottle by grape wine, it stores up/go out wine step: gas circuit valve open, and---in burgundy bottle,---in burgundy bottle,------grape wine Yan Jiu road is forced out, and---disconnection of wine road valve---stops wine to wine road valve open in pressurize (unreactable gas malleation) in pressurization.So, in the situation that system fully seals, the related result of gas circuit gas flow Shi Jiu road valve event; And when container stopper sealing member occurs that aging or misoperation causes bottleneck fully not seal, the unreactable gas of system source of the gas is from leakyring, cause source of the gas to consume fast, this is by the consequence of bringing on a disaster property, that is exactly the disabler that Machine for drinking wine is fresh-keeping and divide wine, thereby brings high operation and maintenance cost.
Summary of the invention
The purpose of this utility model is that a kind of interim malleation of design divides wine, the fresh-keeping manual control gas of normal pressure to divide wine device.
In order to achieve the above object, the utility model adopts following technical solution: a kind of manual control gas divides wine device, it is characterized in that it comprises container stopper, go out wine conduit and threeway Manual gas valve, describedly go out wine conduit and stretch in container through described container stopper, on described container stopper, be provided with gas channel, described gas channel is inner to communicate with the bottle chamber of described container, described gas channel outer end is connected with the air extractor duct of described threeway Manual gas valve, the admission port external gas source of described threeway Manual gas valve, wherein, described threeway Manual gas valve comprises triple-valve body, valve rod, left, right sealing plug, spring and spring perch, a described left side, right sealing plug is arranged in the straight chamber of described triple-valve body, make a described left side, right sealing plug forms air-flow transition passage on straight chamber, a described left side, between right sealing plug, by described valve rod, connected, described air-flow transition passage communicates with the side ports of described triple-valve body, on the straight chamber in described right sealing plug outside, be provided with circular groove, described spring perch is connected to the outer end of described valve rod, described spring is located between described spring perch and described triple-valve body, on described valve rod, be provided with pressure release passage, described pressure release passage entrance communicates with the air extractor duct of described threeway Manual gas valve, described pressure release passage outlet communicates with the external world, at described pressure release passage, export a side and be provided with face seals.
The utility model is for easy to install, different according to occasion, can select different port as air inlet and give vent to anger, technique scheme is further arranged: the straight chamber right output port that the air extractor duct of described threeway Manual gas valve is described triple-valve body, the side ports that the admission port of described threeway Manual gas valve is described triple-valve body; Or the air extractor duct of described threeway Manual gas valve be described triple-valve body side ports, the straight chamber right output port that the admission port of described threeway Manual gas valve is described triple-valve body.
The utility model, for easy to operate, quick, laborsaving, further arranges technique scheme: in described spring perch outside, be provided with manual cam top-pressure mechanism.
Because the utility model adopts minute wine technology of instantaneous pressurization and quick pressure releasing, realized interim malleation and divided wine and the fresh-keeping object of normal pressure.
The utility model compared with prior art, has the following advantages:
1, operation expense is cheap.Owing to adopting, normal pressure is fresh-keeping, without the pressure condition in container is monitored, has reduced operation and maintenance cost.
2, consumption of air source is few.Due to only when going out wine, just use source of the gas, consumption of air source is few.
3, go out wine rapid, save minute wine time.Owing to adopting instantaneous pressurization, go out wine rapid, the time is fast.
4, amount alcohol is true.During due to minute wine, adopt instantaneous pressurization and quick pressure releasing is disposable completes, within each minute, container is without residual pressure after drinking, and amount alcohol is true.
5, compact conformation, simple.Owing to adopting a gas circuit valve to realize instantaneous pressurization and quick pressure releasing, compact conformation, simple.
6, easy to operate, quick, laborsaving.Owing to being provided with manual cam top-pressure mechanism, make minute wine easy to operate, quick, laborsaving.
7, simplify container stopper structure.Owing to need not maintaining a bottle interior malleation, container stopper can simplified design, thereby reduces Material Cost, has more simplified bottle and has changed operation.
8, reduced bottle sealing requirement.Adopt interim pressurization owing to going out wine, even container stopper place has occurred because of components aging or to operate the improper bottle sealing causing not tight, while pressurizeing, also the gas of source of the gas can not let out by container stopper place temporarily.
9, can use for family.Consumption of air source is few owing to going out wine, and during storage, normal pressure is fresh-keeping, therefore can use in conjunction with houshold refrigerator.
Accompanying drawing explanation
Fig. 1 is the present embodiment one structural principle schematic diagram.
Fig. 2 is the structure enlarged drawing (static/closed condition or pressure release state) of threeway Manual gas valve in Fig. 1.
Fig. 3 is the structure enlarged drawing (starting state or pressurized state) of threeway Manual gas valve in Fig. 1.
Fig. 4 is the present embodiment two structural principle schematic diagrams.
Fig. 5 is the structure enlarged drawing (static/closed condition or pressure release state) of threeway Manual gas valve in Fig. 4.
Fig. 6 is the structure enlarged drawing (starting state or pressurized state) of threeway Manual gas valve in Fig. 4.
The specific embodiment
Embodiment mono-:
As shown in Figure 1 and Figure 2, the present embodiment one comprises container stopper 2, goes out wine conduit 4, threeway Manual gas valve 1 and manual cam top-pressure mechanism 13, wherein, describedly go out wine conduit 4 and stretch in container 5 through described container stopper 2, on described container stopper 2, be provided with gas channel 6, described gas channel 6 is inner to communicate with the bottle chamber of described container 5, and described gas channel 6 outer ends are connected with the air extractor duct of described threeway Manual gas valve 1, the admission port external gas source of described threeway Manual gas valve 1.
Again as shown in Figure 2, described threeway Manual gas valve 1 comprises triple-valve body 7, valve rod 9, left, right sealing plug 10, 8, spring 11 and spring perch 12, a described left side, right sealing plug 10, 8 are arranged in the straight chamber of triple-valve body 7, make a described left side, right sealing plug 10, 8 form air-flow transition passage 17 on straight chamber, a described left side, right sealing plug 10, between 8, by described valve rod 9, connected, described air-flow transition passage 17 communicates with the side ports 16 of described triple-valve body, on the straight chamber in described right sealing plug 8 outsides, be provided with circular groove 15, described spring perch 12 is connected to the outer end of described valve rod 9, described spring 11 is located between described spring perch 12 and described triple-valve body 7, on described valve rod 9, be provided with pressure release passage 14, described pressure release passage 14 entrances communicate with the straight chamber right output port 20 of described triple-valve body 7, described pressure release passage 14 outlets communicate with the external world, in described pressure release passage 14 outlet one sides, be provided with face seals 18, 19.
In the present embodiment one, the straight chamber right output port 20 that the air extractor duct of described threeway Manual gas valve 1 is described triple-valve body, the side ports 16 that the admission port of described threeway Manual gas valve 1 is described triple-valve body.
Described face seals 18,19 consists of the shaft shoulder 19 that is located at the seal ring 18 in the straight chamber left port of described threeway Manual gas valve 1 and is located at described valve rod 9.
In addition,, for easy to operate, quick, laborsaving, described manual cam top-pressure mechanism 13 is located at described spring perch 12 outsides.
While going out wine, as shown in Figure 3, rotation manual cam top-pressure mechanism 13, described spring perch 12 and described valve rod 9 are pressed in cam top, Compress Spring 11, described valve rod 9 drives a described left side, right sealing plug 10, 8 move to the right, when right sealing plug 8 moves to circular groove 15 when interior, the air extractor duct 20 of described threeway Manual gas valve 1 is opened, be that straight chamber right output port 20 is switched on the gas channel 6 on described container stopper 2, simultaneously, described valve rod 9 drives the shaft shoulder 19 compression seal circles 18, make described face seals 18, 19 by described pressure release passage 14 exit seals, cut off and communicate with the external world, prevent when container is pressurizeed temporarily, there is pressure release.After this, source of the gas (as inert nitrogen gas, argon gas or the non-unreactable gas carbon dioxide that is cheaply easy to get) by as described in side ports 16, air-flow transition passage 17, the gas channel 6 of triple-valve body is interim gives container 5 pressurizations, after the liquid in container (as grape wine) pressurized, along going out wine conduit 4, be forced out.
After going out wine, as shown in Figure 2, manual cam top-pressure mechanism 13 is gone back to original position, cam is removed the top of described spring perch 12 and described valve rod 9 is pressed, under the elastic force effect of described spring 11, drive described valve rod 9 and a described left side, right sealing plug 10, 8 mobile to the left resets together, the air extractor duct 20 of described threeway Manual gas valve 1 is closed, air-flow transition passage 17 is cut off with gas channel 6, to container, 5 pressurizations are disengaged source of the gas, simultaneously, described face seals 18, 19 remove the sealing to described pressure release passage 14 outlets, described pressure release passage 14 communicates and is opened with the external world.After this, unreactable gas in container 5 or non-unreactable gas carbon dioxide air pressure by described pressure release passage 14 fast to extraneous pressure release, until the gas atmosphere in container 5 and ambient pressure balance, unreactable gas or non-unreactable gas carbon dioxide are full of the bottle chamber of container 5 simultaneously, make the liquid (as grape wine) in container 5 isolated with air, obtain normal pressure fresh-keeping.
Embodiment bis-:
As shown in Fig. 4, Fig. 5, Fig. 6, the present embodiment two is substantially similar to the composition structure of embodiment mono-, and main difference point is that the port of admission port and air extractor duct arranges difference.In the present embodiment two, the side ports 16 that the air extractor duct of described threeway Manual gas valve 1 is described triple-valve body, the straight chamber right output port 20 that the admission port of described threeway Manual gas valve 1 is described triple-valve body.Its difference is mainly reflected in following two aspects:
1, the straight chamber right output port 20 of threeway Manual gas valve 1 is different with side ports 16 connecting objects.In embodiment bis-, the straight chamber right output port 20 of described triple-valve body 7 is as admission port, can external gas source; The side ports 16 of described triple-valve body 7, as air extractor duct, is connected with described gas channel 6 outer ends (as shown in Figure 4).
2, the setting position of pressure release passage 14 entrances is different.Because the air extractor duct port setting position of threeway Manual gas valve 1 changes, also will there is corresponding change in the setting position of pressure release passage 14 entrances, and in the present embodiment two, the entrance of pressure release passage 14 is arranged to communicate with described air-flow transition passage 17.The entrance of pressure release passage 14 is by described air-flow transition passage 17 be connected with the side ports 16 of described triple-valve body 7 again (as shown in Figure 5, Figure 6).
Bis-minutes wine processes of embodiment and embodiment mono-are basic identical, no longer set forth here.
Above-described embodiment, is the more preferably specific embodiment of the utility model, and the common variation that those skilled in the art carries out within the scope of technical solutions of the utility model and replacement all should be included in protection domain of the present utility model.
Claims (4)
1. a manual control gas divides wine device, it is characterized in that it comprises container stopper (2), go out wine conduit (4) and threeway Manual gas valve (1), describedly go out wine conduit (4) and stretch in container (5) through described container stopper (2), on described container stopper (2), be provided with gas channel (6), described gas channel (6) is inner to communicate with the bottle chamber of described container (5), described gas channel (6) outer end is connected with the air extractor duct of described threeway Manual gas valve (1), the admission port external gas source of described threeway Manual gas valve (1), wherein, described threeway Manual gas valve (1) comprises triple-valve body (7), valve rod (9), left, right sealing plug (10), (8), spring (11) and spring perch (12), a described left side, right sealing plug (10), (8) be arranged in the straight chamber of described triple-valve body (7), make a described left side, right sealing plug (10), (8) on straight chamber, form air-flow transition passage (17), a described left side, right sealing plug (10), (8) between, by described valve rod (9), connected, described air-flow transition passage (17) communicates with the side ports (16) of described triple-valve body, on the straight chamber in described right sealing plug (8) outside, be provided with circular groove (15), described spring perch (12) is connected to the outer end of described valve rod (9), described spring (11) is located between described spring perch (12) and described triple-valve body (7), on described valve rod (9), be provided with pressure release passage (14), described pressure release passage (14) entrance communicates with the air extractor duct of described threeway Manual gas valve (1), described pressure release passage (14) outlet communicates with the external world, in described pressure release passage (14) outlet one side, be provided with face seals (18, 19).
2. a kind of manual control gas according to claim 1 divides wine device, the straight chamber right output port (20) that the air extractor duct that it is characterized in that described threeway Manual gas valve (1) is described triple-valve body, the side ports (16) that the admission port of described threeway Manual gas valve (1) is described triple-valve body.
3. a kind of manual control gas according to claim 1 divides wine device, the side ports (16) that the air extractor duct that it is characterized in that described threeway Manual gas valve (1) is described triple-valve body, the straight chamber right output port (20) that the admission port of described threeway Manual gas valve (1) is described triple-valve body.
4. a kind of manual control gas according to claim 1 and 2 divides wine device, it is characterized in that being provided with manual cam top-pressure mechanism (13) in described spring perch (12) outside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320743159.3U CN203513255U (en) | 2013-11-06 | 2013-11-06 | Manually-controlled-gas wine dispensing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320743159.3U CN203513255U (en) | 2013-11-06 | 2013-11-06 | Manually-controlled-gas wine dispensing device |
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| Publication Number | Publication Date |
|---|---|
| CN203513255U true CN203513255U (en) | 2014-04-02 |
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|---|---|---|---|
| CN201320743159.3U Expired - Fee Related CN203513255U (en) | 2013-11-06 | 2013-11-06 | Manually-controlled-gas wine dispensing device |
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| CN (1) | CN203513255U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109349939A (en) * | 2018-12-03 | 2019-02-19 | 珠海市科力通电器有限公司 | One kind is sobered up a point drinking vessel |
-
2013
- 2013-11-06 CN CN201320743159.3U patent/CN203513255U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109349939A (en) * | 2018-12-03 | 2019-02-19 | 珠海市科力通电器有限公司 | One kind is sobered up a point drinking vessel |
| CN109349939B (en) * | 2018-12-03 | 2024-05-07 | 珠海市科力通电器有限公司 | Sobering-up wine distributor |
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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: 20140402 Termination date: 20171106 |
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| CF01 | Termination of patent right due to non-payment of annual fee |