KR860000230Y1 - A cup and beverage delivery apparatus - Google Patents

Abstract

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Description

Beverage dispenser

1 is a perspective view of the present invention.

2 is a sectional view taken along the line A-A of FIG.

FIG. 3 is a cross-sectional view taken along the line B-B in FIG. 1 with the lid closed. FIG.

4 is a cross-sectional view taken along the line C-C in FIG.

Figure 5 is a front view of a state in which only the cap body and the components coupled thereto in the present invention.

Figure 6 is an excerpted side view showing the main state of the present invention.

7 is a front view of a narrow strip attached to the lower surface of the lid of the present invention.

8, 9 and 10 are excerpts sectional view showing the operating state of each of the main parts in the present invention.

* Explanation of symbols for main parts of the drawings

2: body 4: cap body

10: heating chamber 12: cup cabinet

13: heater 15: drawing-out pipe

15 ': Through hole 19: Compression spring

17: tension spring 18: cup support

21: Information Home 22: Hanging District

23: tanji edition 23 ': hanging jaw

24: open / close button 24 ': between operation

25: push bar 26: narrow area

26 ': elasticity narrowing 28: bimetal

30: longevity

The present invention relates to a beverage dispenser. In particular, the present invention is a beverage dispenser using a disposable cup containing a predetermined tea material, the hot water boiled by itself is appropriately supplied into the cup, followed by releasing steam for a short time so that the tea material in the cup as the steam By diluting easily in the shaking water, it is easy to make a fragrant hot tea and take it out.

The present invention, unlike a conventional tea vending machine such as a conventional vending machine, by using a specific disposable cup containing a tea material, it is necessary to install containers separately for storing and storing tea and sweeteners therein. It is a miniaturized beverage dispenser with a small, easy-to-move portable, so that you can enjoy instant tea anytime, anywhere. When described in detail with the accompanying drawings the structure of the present invention as follows.

That is, the beverage dispenser 1 of the present invention as a whole as shown in Figure 1, the body 2 of any shape and the operating part 3 installed in the center thereof, and the upper side of the operating part 3 It is composed of a lid body 4, which is hardly raised and lowered at. In detail, the body 2 is a sealed container capable of storing and storing an appropriate amount of water, and forms a recessed portion 2 'to install the operation part 3 in the center thereof, and an upper portion of the water inlet 2 ") Is provided on the opposite side, respectively, and the timer 5 is provided, and the water inlet 2" has the airtight hole 9 which provided the check valve 8 with sealing means, such as rubber packing 7, etc., in place. Opened and closed by the opening and closing opening 6, the timer 5 is to draw the heater 13 of the heating chamber 19 to be finished.

The operation part 3 is shaped like a rectangular cylinder having an upper opening as a whole, and forms a heating chamber 10 at the lower end thereof, and a cup storage chamber 12 capable of storing a plurality of disposable cups 11 in the upper center thereof. And a suction pipe 14 having a check valve 14 'provided with a heater 13 which is turned off after being operated by the above-described timer 5 for a predetermined time. ') Penetrates the lower end and communicates with the inside of the body 2, and at one side thereof, an outlet pipe 15 connected to the lid 4 to be described later is suitably installed.

The compression spring 16 and the tension spring 17 are installed and fixed in place around the cup storage chamber 12, and the cup spring 18 having the impact force is inserted therein by the tension spring 17 therein. A predetermined elastic force is imparted to the disposable cup 11 to be stored, but the cup 11 stored in the storage chamber 12 is not spun from the storage chamber 12 in spite of the impact force. ') Is installed on the upper portion of the tension spring 17 so that the tip thereof is supported by the circular frame 11' on the uppermost cup 11a.

On the other hand, the lid body 4 is configured to fit snugly to the upper end of the operating portion 3 and the soft body (2) edge, the guide tube at a position corresponding to the compression spring (16) and the outgoing tube (15) described above (19) and (20), respectively, to be erected downward, but the compression spring (16) is inserted into the guide tube (19) so that the lid body 4 is moved up and down from the upper side of the operating portion (3), withdrawal pipe (15) ) Is inserted into the guide tube 20 to be guided to the center of the lower surface of the lid body 4 through the guide groove 21 inside the soft lid body 4, but the body is composed of a flexible tubing flexible body When the sieve 4 rises to the maximum, the tip of the sieve 4 conforms to the lower surface of the sieve 4 and fully lowers, and when the sieve 4 comes into contact with the upper surface of the actuating part 3, it is stretched along the guide groove 21 to form the uppermost cup in the cup compartment 12. Allow to stand near the bottom of (11a).

In addition, when the lid body 4 is completely lowered in contact with the upper end of the operating unit (3), the holding member 22 and the holding member 23 having a holding member 23 'to hold it in a fixed state. (3) While the installation is formed corresponding to the internal position of the top and the lid (4), respectively, the rectangular opening / closing button (24) is adhered to the upper center of the lid (4), the operation between the lower end of the operation (24) By attaching ') to the tungsten piece 23, it is installed so as to release the fixed state as described above by pressing the tip thereof if necessary.

On the other hand, when the lid 4 is lowered, the upper end of the operating portion (3) when the end of the Tangier spring 18 can be pressed so that it is detached from the annulus (11 ') of the top cup (11a). FIG. 7 so that the push bar 5 protrudes from the lower surface of the lid 4 and only the uppermost cup 11a of the cups lifted by the impact force of the cup support 18 is fixed to the lower surface of the lid 4. The horseshoe-shaped narrow strip 26 formed with a plurality of elastic narrow strips 26 'on the outer periphery is installed at the center of the lower surface of the lid 4, as shown in the lid 4 and the guide tube 19. As shown in FIG. 6, the joints 27 are formed between the 20 so as to be able to pivot the lid 4 at an upper right angle.

Finally, the withdrawn 15 is installed by connecting between the heating chamber 10 and the lid 4 as in the above description, the lower end is installed to come near the inner bottom of the heating chamber 10 and the heating chamber ( 10) Chun-Geun-Geun laid a through-hole 15 'in the body of the outlet pipe 15 to allow the bimetal 28 to be opened and closed according to the temperature inside the heating chamber 10 to open and close the reverse branch ball (15 "). Reference numeral 29 is a spring barrel, 30 is a long hole, 31 and 32 is a handle, 33 is a car material.

Drink dispenser (1) of the present invention is the lid body 4 is normally lifted away from the body (2), as shown in FIG. ) Is poured into the cup storage chamber 12, and the appropriate amount of water is stored in the body 2 through the water inlet 2 ".

The cup 11 has an appropriate amount of tea material 33 embedded in the floor so that it can be used in the present invention. When the cup 11 is inserted into the storage room 12 by a plurality of condensations, the cup 11 'is formed in the upper opening thereof. After pushing the tip of the Tangier Spring (18 ') completely inserted, the Tangier Spring (18') is restored to its original elasticity and presses the annulus (11 ') of the uppermost cup (11a). By having a constant bullet force to be seated in the storage room (120).

The water injected into the body 2 initially pushes the reverse branch 14 ′ of the suction pipe 14 and flows into the heating chamber 10, whereby water entering the body 2 enters the heating chamber 10. Air is discharged out of the outlet pipe 15 through the through hole 15 'so that water flows in unreasonably until the water fills the inside of the heating chamber 10 in an appropriate amount. After ascending until completely blocked, the water in the body 2 is no longer introduced into the heating chamber 10 by the air pressure formed in the closed space in the heating chamber 10.

If you want to take out a cup of tea from the beverage dispenser (1) of the initial state, first press the lid (4) to lower it to hold the body (2) and then operate the timer (5) at an appropriate time. When the lid 4 is completely lowered, the ruled jaw 23 'of the tungsten piece 23 installed therein is hung by the ruled strip 22 of the operation part 3, thereby the lid 4 is closed. It is fixed in contact with the upper end of the operating part 8, and at the same time, the push bar 25 thereof is released from the annulus 11 'of the cup by pressing the body of the tanger spring 18' as shown in FIG. Since the cups 11 are raised by the impact force of the cup support 18, the uppermost cup 11a is brought into contact with the lower surface of the lid 4.

At this time, the lower surface of the lid body 4 is attached to the narrowing pin 26 so that the elastic narrowing piece 26 'works as shown in Figure 9 so that the annulus 11' of the cup is sandwiched in all directions. (11a) is fixed in contact with the lower surface of the lid 4, the outlet pipe 15 is flexed out to the center of the lower surface thereof when the lid 4 is lowered until its tip is near the bottom of the cup (11a) Will come.

In addition to such a state, the heater 13 operated by the above-described timer 5 operates for a time operated to boil water in the heating chamber 10, and the temperature inside the heating chamber 10 is appropriately increased. Afterwards, the bimetal 28 operates to block the through hole 15 'of the outlet pipe 15 so that steam generated in the heating chamber 10 does not randomly escape through the outlet pipe 15.

In addition, if the water boils after a suitable time elapses and a lot of steam is generated, the pressure inside the heating chamber 10 is increased to pressurize the water surface, so that the reverse branch 14 'blocks the lower end of the suction pipe 14 by closing the pressure. In this state, the hot water in the heating chamber 10 pushes the reverse branch 15 "through the opened lower end of the outlet pipe 15, is supplied into the cup 11a, and at the same time dissolves the built-in tea material 33. In this way, the hot water is continuously drawn out into the cup 11a by the vapor pressure, and after the water surface inside the heating chamber 10 becomes lower than the lower end of the drawing pipe 15, the inside of the heating chamber 10 is filled. Since only steam is supplied into the cup 11a through the outlet pipe 15, the water in the cup 11a is appropriately shaken due to the steam, and thus the above-described tea material 33 is completely diluted in the warmed water. A cup of hot instant tea is automatically filled inside the cup 11a. Air that would be. This beverage withdrawal action on the cup, a timer based occasion according to exhaust the water in the heating chamber 10 in advance is stopped as soon off together.

When the tip of the opening / closing button 24 is pressed after the timer 5 is turned off, as shown in FIG. Therefore, the ruled jaw 23 'formed thereon is detached from the ruled zone 22 to release the lid 4 from the operating part 3, and thus the lid 4 is compressed by the compression spring 16. As described above, the ball rises by a limited height, and as described above, the cup 11a fixed to the lower surface of the lid body 4 by the pincer 26 contains an instant tea made therein and is formed along the lid body 4. Since the cap 4 is completely raised and stopped, it is simply pulled out toward the front, that is, toward the open side of the horseshoe-shaped pincer 26.

Withdraw the cup 11a containing the beverage made in this way, and then lower the lid 4 again to hang it on the upper part of the body 2. The lower surface thereof has the next cup in the storage chamber 12 with the same action as described above. In this case, the temperature inside the heating chamber 10 gradually stops the operation of the heater 13 as the timer 5 is turned off, and water vapor condensing in the interior of the heating chamber 10 condenses. Since a temporary vacuum is formed inside, the water in the body 2 is blocked by the action of the reverse branch 15 "(depending on its own weight and the suction force in the heating chamber 10). Due to the difference in water level and the vacuum inside the heating chamber 10 as described above, the reverse branch ball 14 'is pushed in and an appropriate amount is re-introduced into the heating chamber 10 through the suction pipe 14 to the next cup. Prepare the withdrawal of the beverage so the user can turn off the timer (5) By repeating the above process again, one instant tea can be repeatedly drawn out.

As described above, the present invention has a feature that makes it possible to enjoy instant tea anytime and anywhere as a small portable beverage dispenser that is small in volume and easy to move.

Claims (6)

The cup storage room 12 which can hold a large number of disposable cups and adhere to it, its own hot water supply means capable of supplying hot water to the uppermost cup among the cups adhered thereto, and the tea material inside the cup by appropriately rocking the supplied hot water. The stem is a dilution means for vaginal dilution in the hot water, and a beverage having a series of cup taking out devices capable of withdrawing instant tea thus made one by one. According to claim 1, cup cupboard chamber 12 is installed in the cylindrical body formed in the cylindrical body formed in the long hole 30 on both sides of the lower end of the tension spring (17) through both ends thereof through the long hole (30) To provide proper elasticity to the cups held inside of the cupboard, and to install a finger spring (18 ') on the upper part of the tension spring (17) so that the tip of the cup rests on the ring of the top of these cups. Drink dispenser, thereby preventing the cups from being randomly shot out of the cupboard chamber 12 in spite of the above-described impact force. According to claim 1, the hot water supply means as a means of supplying a suitable amount of water from the barrel (2) capable of storing a certain amount of water to the heating chamber 10 to be heated by the heater (13) therein and thus the heating chamber ( 10 is a beverage dispenser by supplying the hot water produced in the heating chamber 10 through the withdrawal pipe (15) installed through the one side of the vapor pressure is formed inside the heating chamber (10). According to claim 1, the dilution means is installed so that the lower end of the outlet pipe 15 is near the bottom of the heating chamber 10 and the through-hole 15 that is opened and closed by the bimetal 28 near the ceiling of the heating chamber 10 thereof. It is installed by opening the hot water in the heating chamber (10) through the withdrawal pipe (15) to take out and supply all of the top of the cup and the beverage dispensing to shake the inside of the cup with the extra steam. The take-out apparatus according to claim 1, wherein the drawing device comprises: a finger piece (23) having a ruled jaw (23 '), an opening / closing button (24) having a working interval (24'), and a compression spring (16) and a ruler (22). The lid body 4 having a series of hanging means composed of the back and the like is placed up and down from the top of the cup storage chamber 12 so that it can be lifted up and down. When the horseshoe-shaped pincer 26 formed with the pincer piece 26 'is attached to the center thereof, the pusher 25 is brought into contact with the upper end of the cup compartment 12 when the cap body 4 is completely lowered. ) Presses the tip of the tungsten spring 18 'and the cups in the cupboard chamber 12 rise to the impact force of the cup holder 18' to securely fix the uppermost cup to the pincer 26. When the lid 4 is raised again, only the uppermost cup is attached to the lower surface so that the beverage dispenser is brought up together. The beverage dispensing device according to claim 5, wherein the cover body (4) is stretched along the guide groove (21) inside the cover body (4) to the withdrawal pipe (15) to rise and fall to the center of the lower surface thereof. .