TWI380947B - Beverage dispensing device - Google Patents

Description

Drink dispensing device

The present invention relates to a liquid container, and more particularly to a beverage dispensing device.

In recent years, the music has swept the world, and with the two days of the week, the population of outdoor leisure sports in Taiwan has been increasing year by year. The biggest problem of outdoor activities is transportation, accommodation and food. The most important thing is drinking water, although it is now convenient stores and various beverage stores. Lin Li, people who travel can buy bottled drinks at will. However, the safety and hygiene of bottled drinks and the environmental problems caused by the empty bottles left after drinking beverages have become a problem that Chinese people are paying more and more attention to.

In order to avoid the problem of manufacturing garbage for their own health and cost saving, more and more people will use the kettle or thermos to drink their own drinks recently, but the capacity of the kettle or thermos is smaller than that for individuals. When the beverage in the kettle or thermos is to be distributed to other people, it is necessary to properly pour the kettle or thermos to control the flow rate and flow rate of the beverage, which is inconvenient to use; further, when the drink is used up, The user often increases the inclination angle of the kettle or the thermos bottle, so that when the beverage is poured out, the bottle cap of the kettle or the thermos bottle is easily detached, and the beverage is uncontrolled to overflow, which causes difficulty and inconvenience in use.

In order to satisfy the convenience of drinking beverages for most people and to reduce the trouble of sharing drinks, the related art has developed a liquid container 1 as shown in FIG. 1, which comprises a barrel 11 capable of accommodating the liquid 100, and a setting. The water outlet head 12 at the bottom edge of the barrel 11.

Gravity is used to control the flow rate and flow rate of the liquid 100 in the barrel 11 to overcome the instability of the flow rate and flow rate of the beverage when using the pouring kettle or the thermos bottle, and the bottle cap is easily detached and the drink is not affected. Control the shortcomings of overflow.

However, the liquid container 1 still has the following disadvantages to be improved:

1. Inconvenience of use: Since the water outlet head 12 is disposed at the bottom edge of the barrel body 11, the barrel body 11 can only be placed at a higher position such as a table or a chair when used, and the liquid 100 in the barrel body 11 can be used. The outflow head 12 controls the outflow, so when the outdoor activity is performed, the user needs to find a higher disposal to put the barrel 11 so that the liquid 100 flows out from the water outlet head 12, which is troublesome to use; and when the barrel 11 is in the middle When the liquid 100 is used up, since the barrel 11 is placed at a higher position, the incorporation causes an inconvenience in adding the liquid 100.

2. It is easy to remain: since the liquid 100 in the barrel 11 flows out through the water discharge head 12 by gravity, when the liquid 100 in the barrel 11 is less and less, the flow rate of the liquid 100 flowing out of the water discharge head 12 It also drops, and when the water level of the liquid 100 is lower than the water discharge head 12, it is impossible to flow out, or is limited by the bottom shape of the liquid container 1, which easily causes the liquid 100 to remain in the barrel 11.

3. High risk: Since the liquid 100 is easily left in the barrel 11, in order to avoid the liquid 100 remaining, the user often unscrews the water outlet 12 first, and holds the container in one hand under the water outlet 12, and the other hand is inclined. The barrel 11 causes the residual liquid 100 to flow out. However, the barrel 11 is only slightly inadvertently tilted with one hand, that is, the accident of the barrel 11 falling from a height is likely to occur, and the liquid is affected. The service life of the container 1.

Accordingly, it is an object of the present invention to provide a beverage dispensing device that is easy to use, less prone to residue, and highly safe.

Therefore, the beverage dispensing device of the present invention comprises a receiving unit, a pressing unit connected to the receiving unit, and an output unit disposed on the receiving unit.

The accommodating unit includes a accommodating barrel capable of accommodating a beverage; the pressing unit includes a stepping pressurizer disposed at a distance from the accommodating barrel, and a stepping pressurizing device and the accommodating barrel Pressurized tube.

The output unit includes an output tube disposed at a top edge of the receiving barrel, wherein the output tube has a suction end that can be placed in the beverage of the receiving barrel, and a protruding end protrudes from the receiving barrel An output end that extends in an arc toward the bottom edge of the receiving barrel.

The user stepping on the pedal pressurizer to cooperate with the pressurizing tube to increase the pressure of the accommodating tub, and using the fluid incompressibility to force the beverage of the accommodating tub to be pressurized and flow out from the suction end of the output tube through the output end.

The effect of the invention is that the suction end of the output tube is placed in the beverage of the receiving barrel, and the user presses the pedaling pressurizer to increase the pressure of the receiving barrel, forcing the beverage in the receiving barrel to be stressed. The suction end of the output tube is finally discharged from the output end, thereby making the storage barrel unnecessary to be placed at a high place, convenient to use, less likely to remain, and high in safety.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of FIG.

Before the present invention has been described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 2, a first preferred embodiment of the beverage dispensing device 2 of the present invention comprises a receiving unit 21, a pressurizing unit 22 connected to the receiving unit 21, and an output disposed on the receiving unit 21. Unit 23.

The accommodating unit 21 includes a accommodating barrel 211 having a body 213 formed with a receiving groove 212, a cover 214 covering the accommodating groove 212, and a detachable pivot a handle 215 disposed on the main body 213, wherein the body 213 of the accommodating barrel 211 has a receiving portion 216 formed with the accommodating groove 212, a casing portion 217 covering the accommodating portion 216, and a casing The holding space 218 is defined by the accommodating portion 216 and the outer casing portion 217. The cover 214 is screwed to the outer casing portion 217 to cover the accommodating groove 212, and the handle 215 is detachably The housing portion 217 is pivoted.

The pressurizing unit 22 includes a stepping pressurizer 221 disposed at a distance from the body 213 of the accommodating tub 211, and a pressing tube 222 connecting the stepping pressurizer 221 and the accommodating tub 211. One end of the pressing tube 222 is placed on the lid body 214, and the other end is connected to the stepping pressurizer 221.

The output unit 23 includes an output tube 231 that is disposed in the cover 214 of the accommodating barrel 211. The output tube 231 has a cover 214 that is disposed in the accommodating barrel 211 and is located in the accommodating slot 212. The suction end 232, and an output end 233 protruding from the cover 214 of the accommodating barrel 211 and extending in a direction of the cover 214 of the accommodating barrel 211.

Referring to FIG. 3, when the beverage dispensing device 2 is used, the beverage 200 is placed in the receiving groove 212 of the receiving tub 211, and the cover 214 is screwed onto the outer casing portion 217 of the body 213. The accommodating groove 212 is closed, and the end of the pressing tube 222 is placed above the beverage 200, and the suction end 232 of the output tube 231 is placed on the cover 214 and located. In the beverage 200, at this time, the heat insulating space 218 between the accommodating portion 216 and the outer casing portion 217 can effectively block the conduction of heat and have the effect of heat preservation, and the handle 215 can conveniently move the accommodating barrel 211.

The user can increase the pressure in the accommodating groove 212 by connecting the stepping pressurizer 221 and the pressing tube 222 of the accommodating tub 211 by using the pedal pressurizing device 221 with both feet. Applying the incompressible property of the fluid, the beverage 200 accommodated in the accommodating tank 212 is discharged from the output end 233 to the beverage 200 by the suction end 232 of the output tube 231 according to the direction indicated by the arrow 31 in FIG. purpose.

With the above design, the beverage dispensing device 2 of the present invention has the following advantages in practical use:

1. Convenient use: The beverage dispensing device 2 of the present invention can force the beverage 200 to pass through the suction end 232 of the output tube 231 from the output end 233 by the pressure increased by the user stepping on the pedal pressurizer 221. The outlet tube 231 can be placed on the cover body 214 without being disposed at the bottom edge of the accommodating barrel 211. Therefore, whether the accommodating barrel 211 is placed at a higher position or on the ground. It can be used, which also eliminates the trouble of adding the beverage 200.

2. It is not easy to remain: As described above, since the beverage dispensing device 2 of the present invention uses pressure to force the beverage 200 to flow out, as long as the suction end 232 of the output tube 231 can contact the beverage 200 in the accommodating groove 212. The user can force the beverage 200 to flow out from the output end 232 through the suction end 232 of the output tube 231 by stepping on the pressure increased by the stepping pressurizer 221, as long as the suction end 232 of the output tube 231 is The accommodating groove 212 is disposed in a proper manner, so that the beverage 200 in the accommodating groove 212 can be sent out, regardless of the condition that the water level of the beverage 200 is lower than the water outlet, thereby effectively overcoming the disadvantage that the residue is easily formed by gravity.

3. The security is high: the above-mentioned, because the accommodating barrel 211 can be placed on the ground for use, the user does not need to tilt the accommodating barrel 211 to remain in the accommodating barrel 211. The beverage 200 flows out, and it is also less prone to accidents in which the receiving barrel 211 falls and hurts people, and the safety is relatively high.

Referring to Figure 4, a second preferred embodiment of the beverage dispensing device 2 of the present invention is substantially similar to the first preferred embodiment described above, except that the beverage dispensing device 2 further includes a pressurization device The accumulator unit 24 on the pressurizing tube 222 of the unit 22, and a cover 25 detachably sealed to the output end 233 of the output tube 231, the accumulator unit 24 includes a pressure tube 222 disposed on the pressurizing tube 222 a check valve 241, a pressure accumulating barrel 242 disposed on the pressing tube 22 and interposed between the check valve 241 and the receiving barrel 211, and a pressure tube 222 disposed on the pressing tube 222 The pressure regulating barrel 242 and the control valve 243 between the receiving barrels 211. The check valve 241 is for preventing the returning of the passing gas, the control valve 243 can control the size of the gas flowing out (ie, the pressure), and the cover 25 can prevent the beverage 200 in the receiving tub 211 from being shaken from the output tube. The output 233 of 231 overflows.

The overall structure of the present embodiment is substantially the same as that of the foregoing first preferred embodiment. Therefore, the various functions mentioned above can be achieved by the present embodiment, and will not be further described herein. The check valve 241 can effectively prevent the air pressure in the pressure tube 222, the pressure accumulating barrel 242, and the accommodating groove 212 from flowing back into the pedal pressurizer 221; and the pressure accumulating barrel 242 can be used for accumulating The pressure generated by the stepping pressurizer 221 allows the user to store the pressure in the accumulator bucket 242 in advance, and then controls the pressure outputted by the accumulator bucket 242 in conjunction with the control valve 243 to control the accommodating groove 212. The pressure applied to the beverage 200 to control the flow rate and flow rate of the beverage 200 flowing out of the output end 233 of the outlet tube 231 is more convenient to use than the previous embodiment.

Referring to FIG. 5, a third preferred embodiment of the beverage dispensing device 2 of the present invention is substantially similar to the second preferred embodiment described above. The difference is that the beverage dispensing device 2 further includes a connection to the output. The water outlet control switch 26 of the output end 233 of the tube 231 can control the flow rate of the beverage 200 out of the output end 233 of the output tube 231 by the water outlet control switch 26. The user can pressurize the pressure accumulating barrel 242 by using the pedal pressurizer 221 to save pressure. When the drink 200 is not needed, the water outlet control switch 26 is turned off. When the drink 200 needs to be consumed, the pressure is accumulated. The pressure is still accumulated in the barrel 242. Therefore, the beverage 200 can be sent out by opening the water outlet control switch 26, so that it is not necessary to pressurize the pedal pressurizer 221 every time the beverage 200 is consumed. Convenience.

In summary, the beverage dispensing device 2 of the present invention is inserted into the beverage 200 of the receiving tub 211 by using the suction end 232 of the output tube 231, and the user is stepped on the pedaling pressurator 221 to increase the capacity. The pressure of the barrel 211 is forced to flow the beverage 200 in the accommodating barrel 211 to the suction end 232 of the output tube 231 due to the pressure, and finally flows out from the output end 233, so that the accommodating barrel 211 does not need to be placed at a high position. It is convenient to use and is less likely to occur. The accidental safety of the container 211 is less likely to fall, and the suction end 232 of the output tube 231 can be in contact with the beverage 200 in the accommodating groove 212, and is used. By pressing the pressure increased by the stepping pressurizer 221, the beverage 200 is forced to flow out from the output end 232 through the suction end 232 of the output tube 231, and the beverage 200 is less likely to occur, so that the present invention can be achieved. The purpose.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

2. . . Drink dispensing device

twenty one. . . Housing unit

211. . . Storage bucket

212. . . Locating slot

213. . . Ontology

214. . . Cover

215. . . Handle

216. . . Housing

217. . . Outer shell

218. . . Insulation space

twenty two. . . Pressurizing unit

221. . . Step-on pressurizer

twenty two. . . Pressurized tube

twenty three. . . Output unit

231. . . Output tube

232. . . Suction end

233. . . Output

twenty four. . . Accumulator unit

241. . . Check valve

242. . . Pressure storage bucket

243. . . Control valve

25. . . Cover

26. . . Water control switch

200. . . Drink

31. . . arrow

Figure 1 is a cross-sectional view showing a conventional liquid container;

Figure 2 is a cross-sectional view showing a first preferred embodiment of the beverage dispensing device of the present invention;

Figure 3 is a cross-sectional view showing the preferred embodiment of the embodiment containing a drink;

Figure 4 is a cross-sectional view showing a second preferred embodiment of the beverage dispensing device of the present invention; and

Figure 5 is a cross-sectional view showing a third preferred embodiment of the beverage dispensing device of the present invention.

2. . . Drink dispensing device

twenty one. . . Housing unit

211. . . Storage bucket

212. . . Locating slot

213. . . Ontology

214. . . Cover

215. . . Handle

216. . . Housing

217. . . Outer shell

218. . . Insulation space

twenty two. . . Pressurizing unit

221. . . Step-on pressurizer

twenty two. . . Pressurized tube

twenty three. . . Output unit

231. . . Output tube

232. . . Suction end

233. . . Output

Claims (10)

A beverage dispensing device comprising: a receiving unit comprising a receiving barrel capable of accommodating a beverage; a pressing unit comprising a stepping presser spaced from the receiving barrel, and a connection to the pedaling a pressure presser and a pressurizing tube of the accommodating tub; a pressure accumulating unit comprising a check valve disposed on the pressurizing tube, a check valve disposed on the pressurizing tube and interposed between the check valve and the check valve a pressure accumulating barrel between the barrels, and a control valve disposed between the pressure accumulating barrel and the accommodating barrel, and accumulating the pedal pressurizing device by the accumulating barrel Pressure, and the control valve is used to control the pressure outputted by the pressure accumulating barrel; and an output unit includes an output tube disposed at a top edge of the receiving barrel, wherein the output tube has a wearable a suction end of the beverage in the container, and an output end protruding from the receiving barrel and extending in an arc toward the bottom edge of the receiving barrel; using the uncompressible property of the fluid, the user stepping on the stepping pressure The valve cooperates with the accumulation pressure of the pressure accumulation bucket, and the control valve controls the pressure outputted by the pressure accumulation bucket, thereby enabling This increases the pressure of the pressurized tube accommodating barrel, forcing the beverage under pressure receiving barrel of the output end of the suction tube from flowing out through the output terminal. The beverage dispensing device of claim 1, wherein the receiving barrel has a body formed with a receiving groove, and a cover covering the receiving groove, wherein the beverage is a container Placed in the accommodating slot, and The suction end of the output tube is placed in the receiving body and is located in the receiving groove. One end of the pressing tube of the pressing unit is placed on the cover body, and the other end is connected to the stepping pressurizer. . The accommodating device of claim 2, wherein the body of the accommodating tub has a receiving portion formed with the accommodating groove, a casing portion covering the accommodating portion, and a The accommodating portion cooperates with the outer casing portion to define a heat insulating space. The beverage dispensing device of claim 3, wherein the receiving barrel further has a handle detachably pivoted to the outer casing portion of the body. The beverage dispensing device of claim 4, further comprising a cover detachably sealed to the output end of the output tube. A beverage dispensing device comprising: a receiving unit comprising a receiving barrel capable of accommodating a beverage; a pressing unit comprising a stepping presser spaced from the receiving barrel, and a connection to the pedaling And a pressurizing tube of the accommodating barrel; an output unit comprising an output tube disposed at a top edge of the accommodating barrel, wherein the output tube has a drink that can be placed in the accommodating barrel a suction end, and an output end protruding from the receiving barrel and extending toward the bottom edge of the receiving barrel; and a pressure accumulating unit comprising a check valve disposed on the pressing tube a pressure accumulating barrel disposed on the pressing tube and interposed between the check valve and the receiving barrel, and a water outlet control switch connected to the output end of the output tube, The pressure generated by the pedal pressurizer is accumulated by the pressure accumulating barrel, and the water outlet control switch is used to control the flow rate and flow rate of the beverage flowing out of the output end of the output tube. The beverage dispensing device of claim 6, wherein the receiving barrel has a body formed with a receiving groove, and a cover covering the receiving groove, wherein the beverage is a container The suction tube is disposed in the accommodating groove, and the suction end of the output tube is disposed in the accommodating groove. One end of the pressing tube of the pressing unit is disposed on the cover body, and the other end is Then connect the pedal pressurizer. The accommodating device of claim 7, wherein the body of the accommodating barrel has a receiving portion formed with the accommodating groove, a casing portion covering the accommodating portion, and a The accommodating portion cooperates with the outer casing portion to define a heat insulating space. The beverage dispensing device of claim 8, wherein the receiving bucket further has a handle detachably pivoted to the outer casing portion of the body. The beverage dispensing device of claim 9 further comprising a cover detachably sealed to the output end of the output tube.