KR102320185B1 - Automatic wine opener - Google Patents

Abstract

The present invention relates to a functional automatic wine opener comprising: a cylindrical body (10) containing a driving motor (11) and a battery (12) for operating the driving motor (11); a fixed cylinder (20) fixed in front of the body (10) to have a wine bottle mouth (W) inserted thereinto and having a plurality of guide rails (21) formed on the inner circumference surface to be faced upward; an interlocking cylinder (30) moving by being pushed by the wine bottle mouth (W) inside the fixed cylinder (20) and having a rail slider (31) formed on the outer circumference surface to have a guide rail (21) inserted thereinto to be able to slide; a spring (40) installed between the rail slide (31) and the body (10) between the fixed cylinder (20) and the interlocking cylinder (30); and a screw (50) axially combined with the driving motor (11) to extend inside the interlocking cylinder (30) and inserted while penetrating a cork stopper (S) pressed into the wine bottle mouth (W). Therefore, provided is an automatic wine opener wherein a cork stopper can be separated automatically from a wine bottle by an automatically rotating screw and the separated cork stopper can be separated from the screw automatically.

Description

Functional fully automatic wine opener {Automatic wine opener}

The present invention relates to a wine opener, and more particularly, to a functional fully automatic wine opener capable of automatically separating a corkscrew pressed from a wine bottle inlet.

Wine enhances the flavor of food and at the same time gives stability to the mind and body. Since this wine undergoes oxidation rapidly when it comes into contact with air, the wine liquid is press-fitted into the inlet of the bottle while the wine liquid is accommodated in the wine bottle, and the inflow of external air is fundamentally blocked, and the inlet of the bottle and the cork stopper It is distributed in the state that aluminum foil is finished to cover it.

Therefore, when you want to ingest the wine, the cork must be removed from the mouth of the bottle. Usually, the screw is rotated and inserted into the cork, and the cork is separated from the bottle by pulling the screw.

However, since the cork is press-fitted into the bottle with strong pressure, it takes a lot of force in the process of pushing the screw into the cork or pulling the screw inserted into the cork. It was difficult to do.

According to these problems, recently, a wine opener that automatically separates and removes the cork from the bottle has been introduced. The wine opener includes a body in which a battery and a driving motor are accommodated, a guide cap into which the wine bottle inlet is fitted in front of the body, and a screw positioned inside the guide cap and connected to the rotation shaft of the driving motor.

With this structure, when the geared motor is operated while the guide cap is inserted into the inlet of the wine bottle, the screw is rotated and inserted while passing through the cork. do.

However, in the case of such an electric wine opener, in order to separate the cork stopper separated from the wine bottle inlet from the screw, the user had to hold the cork stopper by hand and rotate the screw in reverse. There was discomfort.

The present invention was created to solve the above problems, and it is possible to automatically separate a cork pressed into a bottle through an automatically rotating screw, and to automatically separate the separated cork from the screw, An object of the present invention is to provide a fully automatic wine opener.

Another object of the present invention is to provide a fully automatic wine opener capable of automatically separating the cork and the aluminum stopper surrounding the inlet.

In order to achieve the above object, a functional fully automatic wine opener according to the present invention includes a driving motor 11 and a cylindrical body 10 in which a battery 12 for operating the driving motor 11 is built-in; A fixed cylinder 20 fixed to the front of the body 10 into which the wine bottle inlet (W) is inserted, and a plurality of guide rails 21 facing upwards are formed on the inner circumferential surface; an interlocking cylinder 30 formed on an outer circumferential surface of the fixed cylinder 20 by being pushed to the wine bottle inlet W from the inside and having a rail slider 31 into which the guide rail 21 is slidably fitted; a spring 40 installed between the rail slider 31 and the body 10 between the fixed cylinder 20 and the interlocking cylinder 30; A screw 50 which is shaft-coupled with the driving motor 11 and extends inside the interlocking cylinder 30 and is inserted while passing through the corkscrew S press-fitted into the wine bottle inlet W; characterized.

In the present invention, the interlocking cylinder 30 is installed on the body 10 toward the inside, and is pressed by the cork stopper (S) transferred from the inside of the interlocking cylinder 30 by the screw 50. It further includes; a stop switch (60) for stopping the operation of the driving motor (11) when it loses.

In the present invention, the screw 50 so that the stop switch 60 stops the operation of the driving motor 11 and then the cork stopper S is discharged from the interlocking cylinder 30 after 1 to 5 seconds. It further includes a reverse rotation operation unit 70 for reverse rotation.

In the present invention, as supported on the ground, the body 10 is fitted with a fitting groove 81 is formed in the station 80; further includes.

In the present invention, the foil cap removal part having a plurality of wheel cutters 93 for cutting and removing the aluminum foil cap (A) surrounding the upper end of the wine bottle inlet (W) as installed inside the fitting groove (81) (90) and; The station 80 is installed inside the rotation driving unit 100 for rotating the foil cap removal unit 90; further includes.

In the present invention, the foil cap removal unit 90, the rotation stage 91 rotated by the rotation driving unit 100, and the rotation stage 91 as being disposed opposite to each other close to or away from each other first, Two semi-circular brackets (92a) and (92b) and the first semi-circular bracket (92a) and the second semi-circular bracket (92b) respectively installed in the aluminum foil cap (A) surrounding the inlet (W) of the wine bottle Cutting A geared motor 94 having a plurality of wheel cutters 93 for It includes a worm bracket 95 having a worm groove 95a fixed to the side to which the worm gear 94a is geared.

According to the present invention, by the stop switch 60 and the reverse rotation operation unit 70 pressed by the cork stopper (S) transferred from the inside of the interlocking cylinder 30, the cork stopper (S) is inserted into the wine bottle inlet ( Not only can it be automatically separated from W), but also the separated cork (S) can be automatically discharged from the interlocking cylinder 30, and thus the operation effort to discharge the cork (S) or the interlocking cylinder Efforts such as pulling out the cork stopper (S) from (30) by hand can be omitted.

In addition, since the station 80 can store the body 10 in an upright state, it is possible to emphasize the design element itself.

And by employing the foil cap removal unit 90 and the rotational driving unit 100, there is an effect that the aluminum foil cap (A) surrounding the wine bottle inlet (W) can be easily separated.

1 is a side view of a functional fully automatic wine opener according to the present invention;
2 is a cross-sectional view taken along the line II-II' of FIG. 1;
3 is a view for explaining a fixed cylinder, an interlocking cylinder, a spring, a stop switch, and a reverse rotation operation unit forming one body with the body of FIG. 2;
4 to 9 are views for explaining a series of processes in which the fully automatic wine opener of FIG. 3 separates the cork from the wine bottle inlet;
10 is a view for explaining the configuration of the foil cap removal unit and the rotation driving unit built in the station of FIG. 2;
11 is a view for explaining the operation of the wheel cutter pressing the side of the foil cap at the entrance of the wine bottle in FIG. 10;
12 is a view for explaining an operation in which the wheel cutter cuts the foil cap as the rotation stage of FIG. 11 is rotated;

Hereinafter, a functional fully automatic wine opener according to the present invention will be described in detail with reference to the accompanying drawings.

Hereinafter, what is described as "upper" or "upper" may include not only those directly above in contact, but also those above in non-contact. Terms such as first, second, etc. may be used to describe various elements, but the elements should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. The singular expression includes the plural expression unless the context clearly dictates otherwise. In addition, when a part "includes" a certain component, this means that other components may be further included, rather than excluding other components, unless otherwise stated. In addition, terms such as "...unit" and "module" described in the specification mean a unit that processes at least one function or operation.

1 is a side view of a functional fully automatic wine opener according to the present invention, FIG. 2 is a cross-sectional view taken along the line II-II' of FIG. 1, and FIG. 3 is a fixed cylinder, interlocking cylinder, and spring forming one body with the body of FIG. , a diagram for explaining a stop switch and a reverse rotation operation unit.

As shown, the functional fully automatic wine opener according to the present invention comprises: a driving motor 11 and a cylindrical body 10 in which a battery 12 for operating the driving motor 11) is built-in; A fixed cylinder 20 fixed to the front of the body 10 into which the wine bottle inlet (W) is inserted, and a plurality of guide rails 21 facing upwards are formed on the inner circumferential surface; An interlocking cylinder 30 formed on the outer circumferential surface of the fixed cylinder 20 to be pushed and moved by the wine bottle inlet W from the inside, and the rail slider 31 into which the guide rail 21 is slidably fitted; a spring 40 installed between the rail slider 31 and the body 10 between the fixed cylinder 20 and the interlocking cylinder 30; a screw 50 which is axially coupled to the driving motor 11 and extends inside the interlocking cylinder 30 and is inserted while penetrating the corkscrew S which is press-fitted into the wine bottle inlet W; The operation of the driving motor 11 when it is installed in the body 10 to face the interlocking cylinder 30 and is pressed by the cork stopper S transferred from the inside of the interlocking cylinder 30 by the screw 50 a stop switch 60 for stopping the; After the stop switch 60 stops the operation of the driving motor 11, 1 to 5 seconds after the cork stopper (S) is discharged from the interlocking cylinder 30, the reverse rotation operation unit 70 for reversely rotating the screw 50 )Wow; a station 80 supported on the ground and having a fitting groove 81 into which the body 10 is fitted; Foil cap removal unit 90 having a plurality of wheel cutters (93, see FIG. 10) for cutting and removing the aluminum foil cap (A) surrounding the upper end of the wine bottle inlet (W) as installed inside the fitting groove (81) Wow; It is characterized in that it includes a; rotation driving unit 100 installed inside the station 80 to rotate the foil cap removal unit 90.

The body 10 has a cylindrical shape as a whole so that it can be held by hand. A driving motor 11 and a battery 12 are built in the body 10 , and an operation switch 13 for operation is installed on the outer circumferential surface.

The fixed cylinder 20 has a cylindrical shape through which the inside is penetrated as a whole, and a step 22 on which the end of the interlocking cylinder 30 hangs is formed at the end so that the interlocking cylinder 30 on the inside does not come off.

On the inner circumferential surface of the interlocking cylinder 30 , a plurality of inner pressurizing wings 32 for pressing the outer circumferential surface of the cork stopper S to be transferred are formed to be elongated toward the body 10 . The inner pressure blade 32 presses the outer circumferential surface of the cork stopper S transferred from the inside of the interlocking cylinder 30, and accordingly, when the screw 50 is reversely rotated, the cork stopper S maintains a non-rotating state. It can be discharged from the interlocking cylinder 30 along the inner pressure blade 32 .

The fixed cylinder 20 and the interlocking cylinder 30 are made of a transparent plastic material, and accordingly, the process in which the corkscrew (S) is separated from the wine bottle inlet (W) or the process of being discharged from the interlocking cylinder (30) is visually visualized. can be checked with

The spring 40 is installed between the fixed cylinder 20 and the interlocking cylinder 30 so that the interlocking cylinder 30 is normally mounted on the step 22 of the fixed cylinder 20 .

The screw 50 is shaft-coupled with the driving motor 11 to rotate forward or reverse, and has a pointed end so as to be inserted through the surface of the cork stopper (S).

The stop switch 60 stops the operation of the driving motor 11 when pressed by the cork stopper S completely transferred into the interlocking cylinder 30 .

The rotating screw 50 separates the cork stopper (S) from the wine bottle inlet (W) and transfers it to the inside of the interlocking cylinder 30, and then the cork stopper (S) completely separated from the wine bottle inlet (W) is the body After more transfer to the (10) side, the stop switch (60) is pressed. When the cork stopper (S) presses the stop switch (60), the drive motor (11) is stopped and the screw (50) is no longer rotated. Accordingly, the screw (50) is rotated more than necessary and the cork (S) ) to prevent damage to the inner side, and furthermore, it is possible to reduce the possibility of failure by preventing an overload from being applied to the driving motor 11 .

The reverse rotation operation unit 70 automatically reverses the driving motor 11 after 1 to 5 seconds after the stop switch 60 stops the operation of the driving motor 11 . As the screw 50 is reversely rotated, the cork stopper S non-rotatably coupled to the inner pressure wing 32 of the interlocking cylinder 30 is slowly transferred to the outlet of the interlocking cylinder 30 while coming out of the screw 50. then completely discharged.

Since the reverse rotation operation unit 70 is automatically operated 1 to 5 seconds after the stop switch 60 stops the operation of the driving motor 11 , the user separates the corkscrew S from the interlocking cylinder 30 . There is no need to perform an operation to do this, or an operation such as holding and pulling the cork stopper (S) by hand, so that it is possible to separate hygienically and very easily.

4 to 9 are diagrams for explaining a series of processes in which the fully automatic wine opener of FIG. 3 separates the cork from the wine bottle inlet.

In order to separate the cork stopper (S) press-fitted into the wine bottle inlet (W), the drive motor 11 rotates the screw 50 forward by operating the operation switch 13, and then shown in FIGS. 3 and 4 As shown, the tip of the wine bottle inlet (W) is pressed into close contact with the interlocking cylinder (30), and the corkscrew (S) press-fitted into the wine bottle inlet (W) is pressed with the tip of the rotating screw (50). Then, the rotating screw 50 moves the interlocking cylinder 30 and the wine bottle inlet W into the fixed cylinder 20 while digging into the cork stopper S as shown in FIG. 5 .

Thereafter, the interlocking cylinder 30 moves to the inside of the body 10 and stops, and as the screw 50 continues to rotate, as shown in FIG. 6 , the cork stopper S slowly comes out of the wine bottle inlet W. . When the cork stopper (S) is completely removed from the wine bottle inlet (S), as shown in FIG. 7, the wine bottle inlet (W) is separated from the fixed cylinder 20 to be in a state that can be consumed.

Afterwards, when the cork stopper (S) exiting from the wine bottle inlet (W) is further transferred to the body 10 side and the stop switch 60 is pressed, the drive motor 11 is stopped and the rotation of the screw 50 is stopped. .

After 1 to 5 seconds have elapsed, as shown in FIG. 8 , the reverse rotation operation unit 70 is operated to reversely rotate the driving motor 11 , and as shown in FIG. 9 , the inner side of the interlocking cylinder 30 . The cork stopper (S) non-rotatingly coupled to the pressure blade (32) is slowly drawn out to the outlet of the interlocking cylinder (30) by the screw (50) rotating in the reverse direction.

10 is a view for explaining the configuration of the foil cap removal unit and the rotation driving unit built in the station of FIG. 2 , and FIG. 11 is a view for explaining the operation of pressing the side of the foil cap at the entrance of the wine bottle by the wheel cutter in FIG. 10 and FIG. 12 is a view for explaining the operation of the wheel cutter cutting the foil cap as the rotation stage of FIG. 11 is rotated. In FIGS. 10 to 12 , the posture of the station is opposite to that in FIGS. 1 and 2 , and 'upper side' and 'lower side' are based on FIGS. 1 and 2 .

A fitting groove 81 into which the body 10 is inserted is formed in the station 80 so that the body 10 can be erected and stored. Accordingly, the body 10 erected can be expected to have an interior effect.

The station 80 is formed on the bottom of the fitting groove 81 and guides the wine bottle inlet W fitted into the fitting groove 81 between the plurality of wheel cutters 93 constituting the foil cap removal unit 90. It further includes a guide inclined jaw (82). Since the guide sloping jaw 82 becomes narrower downward, the aluminum foil cap (A) surrounding the wine bottle inlet (W) with a simple operation of inserting the wine bottle inlet (W) into the fitting groove (81) is placed on a plurality of wheels. It can enter the space between the cutters (93).

The foil cap removal unit 90 is disposed opposite to the rotation stage 91 rotated by the rotation driving unit 100 and the rotation stage 91, and the first and second semicircular brackets 92a and 92b that are close to or distant from each other. ), a plurality of wheel cutters 93 for cutting the foil cap (A) surrounding the inlet (W) of the wine bottle as installed in the first semi-circular bracket (92a) and the second semi-circular bracket (92b), respectively; The geared motor 94 having a worm gear 94a that rotates as being fixed to the lower side of the two semi-circular bracket 92b, and the worm gear 94a fixed at the lower side of the first semi-circular bracket 92a are geared together A foil for sequentially operating the rotation drive unit 100 after operating the geared motor 94 so as to narrow between the worm bracket 95 having the worm groove 95a formed therein and the first and second semicircular brackets 92a and 92b and a cap removal switch 96 .

The first and second semi-circular brackets 92a and 92b are disposed to face the rotation stage 91 and may be close to each other or separated from each other.

A plurality of wheel cutters 93, in this embodiment, two wheel cutters 93 are installed in each of the first semi-circular bracket 92a and the second semi-circular bracket 92b.

When the plurality of wheel cutters 93 are positioned in the direction away from the first and second semicircular brackets 92a and 92b, as shown in FIG. And, when the first and second semicircular brackets (92a, 92b) are close to each other, they dig into the side of the foil cap (A) surrounding the inlet (W) of the wine bottle.

A geared motor 94 having a rotating worm gear 94a is fixedly installed on the lower side of the second semi-circular bracket 92b, and the worm gear 94a is gear-coupled to the lower side of the first semi-circular bracket 92a. Worm groove 95a The formed worm bracket 95 is installed. Accordingly, as the geared motor 94 rotates the worm gear 94a forward or reversely, the gap between the first and second semi-circular brackets 92a and 92b is narrowed or widened, and accordingly, FIGS. 10 and 11 . As shown in , the spacing between the plurality of wheel cutters 93 installed on the first and second semi-circular brackets 92a and 92b is variable.

The foil cap removal switch 96 is installed on the side of the station 80, and when pressed with a finger, the geared motor 94 is first operated, and then the rotation driving unit 100 is sequentially operated. Accordingly, the plurality of wheel cutters 93 rotate the rotational stage 91 by the rotational driving unit 100 in a state of being pressed to the side surface of the foil cap A, and as shown in FIG. 12, the wheel cutters 93 Digs into the side of the foil cap (A) and cuts along the cutting line (C), whereby the foil cap (A) is separated from the upper end of the wine bottle inlet (W) to expose the cork stopper (S).

After that, when the foil cap removal switch 96 is released, the geared motor 94 rotates in reverse and the first and second semicircular brackets 92a and 92b are separated, and the wheel cutter 93 is separated from the foil cap (A). Then, when the rotary drive unit 100 is stopped, it is possible to withdraw the wine bottle inlet (W) from the station (80).

As such, according to the present invention, by the stop switch 60 and the reverse rotation operation unit 70 pressed by the cork stopper (S) transferred from the inside of the interlocking cylinder 30, the cork stopper (S) is wine Not only can it be automatically separated from the bottle inlet (W), but the separated cork (S) can be automatically discharged from the interlocking cylinder (30), and accordingly, the operation effort to discharge the cork (S) or , it is possible to omit the effort of pulling out the cork stopper (S) from the interlocking cylinder 30 by hand.

In addition, since the station 80 can store the body 10 in an upright state, it is possible to emphasize the design element itself.

And by employing the foil cap removal unit 90 and the rotation driving unit 100, it is possible to easily separate the aluminum foil cap (A) surrounding the wine bottle inlet (W).

Although the present invention has been described with reference to one embodiment shown in the drawings, which is only exemplary, those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom.

W ... Wine bottle opening S ... Cork
10 ... body 11 ... drive motor
12 ... battery 13 ... control switch
20 ... fixed cylinder 21 ... guide rail
22 ... Step 30 ... Interlocking cylinder
31 ... rail slider 32 ... inner press wing
40 ... spring 50 ... screw
60 ... stop switch 70 ... reverse operation part
80 ... Station 81 ... Fitting groove
82 ... Guide slope 90 ... Foil cap removal part
91 ... rotating stage 92a, 92b ... first and second semicircle brackets
93 ... wheel cutter 94 ... geared motor
94a ... worm gear 95 ... worm bracket
95a ... Warm groove 96 ... Foil cap removal switch
100 ... rotary drive

Claims (6)

a driving motor 11 and a cylindrical body 10 in which a battery 12 for operating the driving motor 11 is embedded;
A fixed cylinder 20 fixed to the front of the body 10 into which the wine bottle inlet (W) is inserted, and a plurality of guide rails 21 facing upwards are formed on the inner circumferential surface;
an interlocking cylinder 30 formed on an outer circumferential surface of the fixed cylinder 20 by being pushed to the wine bottle inlet W from the inside and having a rail slider 31 into which the guide rail 21 is slidably fitted;
a spring 40 installed between the rail slider 31 and the body 10 between the fixed cylinder 20 and the interlocking cylinder 30;
a screw 50 which is axially coupled to the driving motor 11 and extends inside the interlocking cylinder 30 and is inserted while passing through the corkscrew S press-fitted into the wine bottle inlet W;
The drive motor is installed on the body 10 to face the interlocking cylinder 30 and is pressed by the cork stopper S transferred from the inside of the interlocking cylinder 30 by the screw 50 . a stop switch (60) for stopping the operation of (11);
After the stop switch 60 stops the operation of the driving motor 11 , the reverse rotation operation unit 70 reversely rotates the screw 50 so that the cork stopper S is discharged from the interlocking cylinder 30 . );
a station 80 supported on the ground and provided with a fitting groove 81 into which the body 10 is fitted;
a foil cap removal unit 90 installed inside the fitting groove 81 and having a plurality of wheel cutters 93 for cutting and removing the aluminum foil cap (A) surrounding the upper end of the wine bottle inlet (W); and
and a rotation driving unit 100 installed inside the station 80 to rotate the foil cap removal unit 90.
The foil cap removal part 90,
a rotation stage 91 rotated by the rotation driving unit 100;
First and second semicircular brackets (92a, 92b) which are disposed opposite to the rotation stage (91) and which are close to or away from each other;
A plurality of wheel cutters 93 for cutting the aluminum foil cap (A) surrounding the wine bottle inlet (W) as installed in the first and second semicircular brackets (92a, 92b), respectively;
A geared motor 94 having a worm gear 94a which rotates as being fixed to the lower side of the second semicircular bracket 92b;
a worm bracket 95 fixed to the lower side of the first semi-circular bracket 92a and having a worm groove 95a to which the worm gear 94a is geared;
Functional fully automatic wine opener comprising a foil cap removal switch (96) for sequentially operating the geared motor (94) and the rotation driving unit (100). delete delete delete delete delete

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