TWM616765U - Portable wine-output fresh-keeping system with gas refilling function - Google Patents

Abstract

A portable wine fresh-keeping system with backfillable gas applied to a wine dispenser. It includes a gas storage module that stores fresh-keeping gas. It can be matched with the wine dispenser to inject the fresh-keeping gas into the wine bottle to achieve For the purpose of wine production and preservation, and when the fresh-keeping gas in the gas storage module is used up or needs to be replenished, the two-gas module can be externally connected through the inflating unit of the gas storage module to replenish the fresh-keeping gas in a timely manner. The portable wine fresh-keeping system with refillable gas has the characteristics of environmental protection, portability, and low wine cost.

Description

Portable wine fresh-keeping system with backfill gas

This creation relates to the technology of wine preservation, especially a gas storage module that is suitable for wine dispensers and can be recycled and reused. The fresh-keeping gas in the gas storage module can be used to produce wine and keep the wine bottle unfilled. The portable wine fresh-keeping system with fresh and refillable gas.

Bottled wine (such as wine) is usually sealed with a cork before being drunk. If it cannot be drunk all at once after opening the bottle, the wine will be in direct contact with the air and an oxidation reaction will occur, causing the wine to become acidic and tannins. Disappears, the fruit aroma changes, and the wine may be contaminated by bacteria, which will seriously affect the quality and taste of the wine. In order to extend the preservation time of the wine after opening, various wine extractors have been proposed, such as Zhonghua The "Alcohol Fresh-keeping System" disclosed in the Republic of China New Patent Announcement No. TWM600297U uses a wine dispenser with a large gas cylinder to supply gas and inject it into the wine bottle through the wine dispenser. The use of air pressure to take out the wine from the wine bottle can indeed solve the problems of easy oxidation and deterioration of the wine bottle after unsealing, and it is difficult to store. Although the use of large gas cylinders can continue to supply gas to facilitate the operation of the wine vessel, this The application of the wine fresh-keeping system will be limited to large gas cylinders, which leads to carrying According to this, how to propose a wine fresh-keeping system that is easy to carry and use, reduces the cost of use, and can take into account the needs of environmental protection, is a problem to be solved.

To achieve the above purpose, this creation proposes a portable wine fresh-keeping system with backfill gas. It is applied to a wine dispenser and includes a gas storage module. The gas storage module includes a relative joint, a gas delivery unit, and a The air cavity, an inflator, and an outer shell, through the cooperation of various components, can be assembled into the wine dispenser, and use the fresh-keeping gas in the gas storage module to achieve wine and simultaneous The effect of keeping the wine fresh. In addition, when the fresh-keeping gas in the gas storage module is used up, it can be filled with fresh-keeping gas through an inflating module, so that the gas storage module can be used repeatedly without the need to carry large gas cylinders , Can achieve the purpose of preservation and wine production. Therefore, after the implementation of this creation, it can indeed achieve a portable wine preservation system with refillable gas that is easy to carry and use, reduces the cost of use, and can take into account environmental protection requirements.

In order for your reviewer to have a clear understanding of the purpose, technical features and effects of this creation, please refer to the following instructions with illustrations.

1: Portable wine fresh-keeping system with backfill gas

11: Wine dispenser

12: Gas storage module

111: Joint

121: Relative joint

112: intake unit

122: gas transmission unit

113: extraction unit

123: hollow cavity

114: Outlet unit

124: Inflatable unit

115: actuation unit

125: outer shell

13: Inflatable module

14: Safety valve group

131: Outlet unit

141: Inflatable end

142: gas storage end

143: Gas cylinder safety valve

B: wine bottle

144: System safety valve

A: Fresh-keeping gas

145: Pressure regulating valve

146: Pressure relief valve

147: inflation pressure indicator

148: Output pressure indicator

Figure 1 is a schematic diagram of the appearance of this creation.

Figure 2 is an exploded schematic diagram of this creation.

Figure 3 is a schematic diagram of the gas storage module created.

Figure 4 is a schematic diagram of the implementation of this creation (1).

Figure 5 is a schematic diagram of the implementation of this creation (2).

Figure 6 is a schematic diagram of the implementation of this creation (3).

Figure 7 is another embodiment of this creation.

Figure 8 is a schematic diagram of another embodiment of the creation.

Please refer to "Picture 1" and "Picture 2", which are the appearance and exploded diagrams of this creation respectively. The portable gas-refillable wine fresh-keeping system 1 of this creation is applied to a wine dispenser 11, including a storage The gas module 12, the wine dispenser 11 includes a coupling part 111, an air intake unit 112, an extraction unit 113, a liquid discharge unit 114, and an actuation unit 115; the gas storage module 12 includes a relative coupling part 121, An air delivery unit 122, an air cavity 123, an inflatable unit 124, and an outer shell 125; among them, (1) the opposite joint 121 is formed on the top of the outer shell 125, and the opposite joint 121 and the joint 111 are connected to each other. It can be combined and assembled with each other. It can be a variety of relative buckle structures, or a variety of male and female card firmware, etc. This figure only uses screw mounting as an example, but not limited to this; (2) Please refer to " Figure 3" is a schematic diagram of the air storage module created. The air delivery unit 122 is set on the top of the outer shell 125. The air delivery unit 122 is a variety of air couplers, which can be formed into various air nozzles. The air intake units 112 are arranged in pairs and phases, preferably, they are integrated in a threaded manner The lock and assembly enable the gas storage module 12 to deliver the fresh-keeping gas to the air inlet unit 112 through the gas delivery unit 122. Preferably, when the connecting part 121 and the connecting part 111 are assembled and combined, the gas will be delivered together. The unit 122 and the air inlet unit 112 are further positioned and assembled; (3) The air cavity 123 is formed inside the outer shell 125 for storing the fresh-keeping gas received by the air charging unit 124 into the air storage module. Preferably, The fresh-keeping gas system can be stored in high-pressure gaseous gas, or high-pressure liquefied gas, etc. The fresh-keeping gas can be stored in the hollow cavity 123 at a high pressure of 800PSI; (4) The aeration unit 124 is formed at the bottom of the outer shell 125, which can be various The inflatable unit 124 is used to receive the fresh-keeping gas and store the fresh-keeping gas in the hollow cavity 123; (5) The outer shell 125 is made of structural steel (SS400), and the welded structure is made of rolled steel. Plate (SM400A), steel plate for high-pressure gas container (SG255), aluminum alloy, etc., which are used to carry compressed fresh-keeping gas. Preferably, the cylindrical aluminum alloy T65118 material is used for cutting and forming, so that the air cavity is 123 And the outer shell 125 can withstand high pressure up to 800PSI, and has the characteristics of light weight and portability; (6) The extraction unit 113 is connected to the air intake unit 112. It is divided into an air inlet pipe and a liquid outlet pipe (not shown in the figure), which are isolated from each other. The fresh-keeping gas delivered by the gas delivery unit 122 through the air inlet unit 112 can be released through the air inlet pipe. The liquid unit 114 is connected with the liquid outlet pipe, and the liquid system in the wine bottle can flow to the liquid outlet unit 114 through the liquid outlet pipe and be poured out from the liquid outlet unit 114; (7) The actuating unit 115 can close/open the air inlet pipe and the liquid outlet pipe. Normally, the actuating unit 115 closes the air inlet pipe. When the actuating unit 115 is moved, the air inlet pipe can be opened and opened. The liquid outlet pipe is closed, and the actuating unit 115 can be one of a valve or a switch or a combination thereof.

Please refer to "Figure 4", which is the implementation diagram of this creation (1), and please refer to "Figure 1" ~ "Figure 3", as shown in the figure, when the user wants to use this creation, it can be backfilled In the case of the portable wine fresh-keeping system 1 for gas, the gas storage module 12 with fresh-keeping gas A is combined by the joint 111 and the opposite joint 121, so that the gas storage module 12 can be assembled in the wine dispenser 11 At this time, the air delivery unit 122 and the air intake unit 112 can also complete the positioning and assembly, and then insert the extraction unit 113 into the wine bottle B without the cork removed (the wine bottle is in an unopened state) to deepen the extraction unit 113 Inside the wine bottle B, the assembly of the portable wine fresh-keeping system 1 with backfill gas can be completed.

And please continue to refer to "Figure 5", which is the implementation diagram (2) of this creation, and please refer to "Figure 4" for the combination. The portable wine fresh-keeping system 1 capable of backfilling gas is tilted, and the actuating unit 115 is moved. At this time, the actuating unit 115 opens the intake pipe in the extraction unit 113 and stores it in the gas storage module 12 The fresh-keeping gas A enters the wine bottle B through the air inlet unit 112, the gas delivery unit 122, and the air inlet pipe. Since the wine bottle B is in an unopened state, the fresh-keeping gas A increases the air pressure in the wine bottle B. Then return the actuating unit 115 to its original state. At this time, the actuating unit 115 closes the air inlet pipe and opens the liquid outlet pipe. Due to the certain air pressure in the wine bottle B, the liquid system in the wine bottle B is pushed out from the liquid outlet pipe to the liquid outlet unit 114 and flows out, and the wine dispensing operation can be completed; Bottle B is in a sealed state, and the wine is not in contact with the air; if the wine is finished, the extraction unit 113 can be removed from the cork of the wine bottle B, because the diameter of the extraction unit 113 is narrow and the wine bottle B is The stopper is flexible, and even if the bottle B returns to the sealed state in a short time, it can still ensure the freshness of the wine after the wine production process is over.

Please refer to "Figure 6", which is the implementation diagram (3) of this creation. The portable wine fresh-keeping system 1 with backfillable gas in this creation further includes an inflatable module 13 when the gas storage module 12 contains fresh-keeping gas When A is used up or needs to be replenished, the inflating unit 124 can be connected to one of the air outlet units 131 of the inflating module 13. The air outlet unit 131 is a nozzle that matches the inflating unit 124, and the inflating module 13 is sufficient. To deliver the fresh-keeping gas A to the gas storage module 12, preferably, the gas outlet unit 131 is a trachea, and also has a gas nozzle that matches the inflating unit 124, so that the gas storage module 12 can simply and quickly replenish the fresh-keeping gas A. In this way, the size of the gas storage module 12 can be further reduced in weight, and can be effectively and continuously reused, so that the portable gas-refillable wine fresh-keeping system 1 of this invention is more cost-effective than conventional, and it is lighter and more convenient to carry. And sustainable environmental protection.

Please refer to "Picture 7" and "Picture 8", which are another embodiment of the creation and its schematic diagram, and please refer to "Picture 6" together, as shown in the figure, the portable backfillable gas of this creation The wine fresh-keeping system 1 further includes a safety valve group 14. The safety valve group 14 includes an inflatable end 141 and an air storage end. 142. A gas cylinder safety valve 143, a system safety valve 144, a pressure regulating valve 145, a pressure relief valve 146, an inflation pressure indicator 147, an output pressure indicator 148; among them, (1) one end of the safety valve group 14 It can be connected to the inflation module 13, and one end can be connected to the gas storage module 12. The two ends of the safety valve group 14 are respectively formed as an inflation end 141 and an air storage end 142. The unit 124 and the air outlet unit 131 are matched with an air nozzle or air pressure connector. Preferably, the inflating end 141 and the air storage end 142 can be trachea and also have an air nozzle or an air nozzle matching the inflating unit 124 and the air outlet unit 131. Air pressure connector; (2) The gas cylinder safety valve 143 is connected to the charging end 141, the system safety valve 144 is connected to the gas storage end 142, and the gas cylinder safety valve 143 can be adjusted from the charging module 13 to the safety valve group 14 Fresh-keeping gas A, the system safety valve 144 can regulate the fresh-keeping gas A delivered from the safety valve group 14 to the gas storage module 12; (3) The pressure regulating valve 145 can adjust the pressure of the fresh-keeping gas A output from the safety valve group 14 ; The pressure relief valve 146 can be used to automatically open the valve to vent and reduce pressure when the gas pressure at the outlet end of the safety valve group 14 exceeds the rated output pressure (for example, higher than 175psi); (4) The inflation pressure indicator 147 can display The air pressure output by the inflation module 13 is for the user to confirm the air pressure of the inflation module 13; the output pressure indicator 148 can display the air pressure output from the safety valve group 14 to the air storage module 12 for confirmation and output to the storage module. With the air pressure of the air module 12, the user can use the pressure regulating valve 145 to perform precise inflating operations.

Among them, as an example, the fresh-keeping gas referred to in this creation can be nitrogen (N ₂ ), helium (He), argon (Ar), krypton (Kr), xenon (Xe), radon (Rn), Or a combination of the aforementioned inert gas (Inert Gas) and carbon dioxide (CO2), but not limited to this.

Among them, as an example, the bottled wine in this creation is not limited to red wine. For example, wine, white wine, sake, grapefruit wine, plum wine and other wines can be applied to the wine production system of this creation.

Among them, as an example, the aforementioned pneumatic connector and gas nozzle can constitute a gas nozzle assembly, which can be a Schrader valve group, a French valve group (Presta valve), or a British valve group (Dunlop valve). ), but not limited to this, which means that as long as the fresh-keeping gas is allowed to enter the hollow air channel (such as a trachea or a core cavity), it can be the aforementioned gas nozzle assembly.

Based on the above, the portable wine fresh-keeping system with backfillable gas created by the present invention is applied to a wine dispenser. It contains a gas storage module. The wine dispenser and the gas storage module can be used without wine bottles. When the wine inside is exposed to air, the wine will be released, which greatly extends the preservation of the wine. In addition, when the preservation gas in the gas storage module is used up, an appropriate amount of preservation gas can be supplemented through an inflatable module to store the gas The module can be easily reused. In addition, there is a safety valve group, which can further monitor and adjust the state of the fresh-keeping gas input and output when the inflatable module fills the gas storage module, which can effectively control and ensure the gas storage mode According to the quality of the group, it can be seen that after the original creation is implemented, it can indeed achieve the improvement. Provides a portable wine fresh-keeping system that can be refilled for the purpose of being easy to carry, saving wine costs, and environmentally friendly; the above is only a preferred embodiment of this creation, and is not intended to limit this creation The scope of implementation; any changes and modifications made by anyone who is familiar with this technique without departing from the spirit and scope of this creation shall be covered by the patent scope of this creation.

In summary, this creation has patent requirements such as "industrial applicability", "novelty" and "progressiveness"; the applicant filed an application for a new patent with the Jun Office in accordance with the provisions of the Patent Law.

1: Portable wine fresh-keeping system with backfill gas

11: Wine dispenser

12: Gas storage module

Claims (11)

A portable wine fresh-keeping system capable of backfilling gas is applied to a wine-dispensing device, which is provided with the mouth of a wine bottle, and with the help of a fresh-keeping gas, the wine in the wine bottle is discharged And freshness preservation, which comprises: a gas storage module, which is assembled with the wine dispenser, the gas storage module includes an outer shell, a hollow air cavity, a gas transmission unit, and an aeration unit; the hollow air A cavity is formed in the outer shell for storing the fresh-keeping gas; the gas delivery unit is formed on the top of the outer shell and is arranged opposite to an air inlet unit of the wine dispenser; and the inflatable unit is formed on the The bottom of the outer shell is used for filling the fresh-keeping gas in the air cavity. The portable wine fresh-keeping system with backfillable gas according to claim 1, wherein the gas storage module includes a relative joint part, which is formed on the top of the outer shell, and is relatively joined to a joint part of the wine dispenser. The portable wine fresh-keeping system with refillable gas according to claim 1, wherein the gas-filling module further includes an inflating module, and the inflating module has an inflating unit connected to the inflating unit. As described in claim 3, the portable wine fresh-keeping system with refillable gas further includes a safety valve group, and one end of the safety valve group is formed as An inflatable end and the other end are formed as an air storage end, the inflatable end is connected with the inflatable module, and the air storage end is connected with the inflatable module. The portable wine fresh-keeping system capable of refilling gas according to claim 4, wherein the safety valve group further includes a gas cylinder safety valve, which is connected to the charging end, and is provided for regulation and control by the gas filling end. The fresh-keeping gas delivered by the module to the safety valve group. The portable wine fresh-keeping system with backfillable gas according to claim 4, wherein the safety valve group further includes a system safety valve, the system safety valve is connected to the gas storage end, and the safety valve is controlled by the safety valve. Group the fresh-keeping gas delivered to the gas storage module. According to claim 4, the portable wine fresh-keeping system with backfillable gas, wherein the safety valve group further includes a pressure regulating valve for adjusting the pressure of the fresh-keeping gas output from the safety valve group. According to claim 4, the portable wine fresh-keeping system with backfillable gas, wherein the safety valve group further includes a pressure relief valve, and when the output pressure of the safety valve group exceeds a certain value, it is automatically vented and reduced. According to claim 4, the portable wine fresh-keeping system with refillable gas, wherein the safety valve group further includes an inflation pressure indicator for displaying the fresh-keeping air pressure output by the inflation module. According to claim 4, the portable wine fresh-keeping system with backfillable gas, wherein the safety valve group further includes an output pressure indicator for displaying the pressure of the fresh-keeping air pressure output by the safety valve group. The portable wine fresh-keeping system with backfillable gas according to claim 1, wherein the fresh-keeping gas stored in the gas storage module is a nitrogen gas, an argon gas, a carbon dioxide gas or a combination thereof.

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