KR101281310B1 - Beverage injection device for pack - Google Patents

Abstract

An object of the present invention is to provide a beverage injection device having a structure capable of easily injecting a beverage into a packaging pack protruding discharge outlet so that the beverage can be easily stored in the packaging pack prepared at home. Accordingly, the present invention in the beverage injection device for injecting a beverage in the packaging pack is installed so that the outlet is protruded in the upper, the coupling hole of the up and down direction is formed and the outer peripheral surface of the discharge can be fixed fixed to the coupling hole Discharge-coupling unit having a means, a hollow injection table installed in a vertical position in the center of the coupling hole, a position where the lower end of the injection table is retracted into the coupling hole and the length set below the coupling hole It characterized in that it comprises an injection table drive unit for driving to move up and down between the protruding position and the beverage supply unit for supplying a beverage to the injection table.

Description

Beverage injection device for pack

The present invention relates to a beverage injector for a packaging pack, and more particularly to a beverage injector having a structure capable of easily injecting a beverage produced at home, etc. into a packaging pack with a discharge.

Generally, beverages such as herbal medicines prepared by boiling for a long time or fruit juices prepared by grinding fresh fruit are inconvenient in the process of manufacturing them or storing the prepared beverages. Purchase and drink.

However, in recent years, with increasing interest in health and raising the issue of stability of commercially available beverages, many families intend to manufacture and drink herbal medicines or fruit juices directly, but they store or drink the manufactured beverages. There is a lot of inconvenience in the process.

Patent Publication No. 10-2011-0013790 and the like is a packaging pack for storing the beverage, so if you can store the beverage produced at home using such a packaging pack and drink while holding a single plastic pack In addition, the home-made beverage can be very conveniently and timely drink, but the operation of injecting the beverage into the packaging pack is very cumbersome and adds to the inconvenience of the user.

Therefore, in order to be able to drink in a timely manner while carrying a beverage prepared directly at home in a packaging pack, it is necessary to develop a device that can conveniently contain the beverage in the packaging pack.

The present invention has been made to solve the above problems, an object of the present invention is to easily inject beverage into the packaging pack protruding outlet so that the beverage can be easily stored in the packaging pack prepared at home, etc. It is to provide a beverage injection device of the structure.

The present invention for achieving the above object is in the beverage injection device for injecting a beverage in the packaging pack is installed so that the discharge is protruded in the upper, the coupling hole in the vertical direction is formed and the outer peripheral surface of the discharge is coupled to the coupling hole A discharge stand coupling portion having a fixing means that can be fixed, a hollow injection table installed in a vertical position in the center of the coupling hole, a position where the lower end of the injection table is retracted into the coupling hole and the coupling hole It characterized in that it comprises an injection table drive unit for driving to move up and down between the protruding position in the set length to the lower side of the, and a beverage supply unit for supplying a beverage to the injection table.

Wherein the fixing means is a spiral formed on the inner surface of the coupling hole for coupling with the spiral formed on the outer surface of the discharge, the chuck projection body elastically supported to protrude into the interior of the coupling hole to bite the stone jaw formed on the outer surface of the discharge, It may be selected from the rubber forming the inner circumferential surface of the coupling hole so that the outer surface of the discharge zone is fitted by being pressed.

In addition, the fixing means is a spiral formed on the inner surface of the coupling hole in order to engage with the spiral formed on the outer surface of the discharge zone, it is also possible to be installed so that the discharge zone coupling portion is rotatable about the coupling hole.

In addition, a discharge hole for discharging the air or steam therein may be formed by communicating the space between the outside of the inlet and the inside of the coupling hole and the outside.

In another aspect, the present invention is a beverage injection device for injecting a beverage in the packaging pack installed so that the discharge table protrudes in the top, the hollow injection table installed in a vertically standing state, and the injection table housing in which the injection table is located inside; A hanger installed at a fixed position such that a predetermined space is formed between the upper end of the outlet and the lower end of the injector housing, and the lower end of the injector retracted into the injector housing; It characterized in that it comprises an injector drive unit for driving to move up and down between the position is inserted into the discharge unit to be installed on the hanger protruding downward of the injector housing, and a beverage supply unit for supplying a beverage to the injector do.

In the above configuration, the injection table driving unit comprises a handle for guiding the up and down movement by the guide means, and a connecting body connecting the handle and the injection table, so that the lower end of the injection table by the manual operation of the handle up and down Another feature is that it is driven to move up and down.

The beverage injection device according to the present invention configured as described above has the following effects.

First, the present invention can be made injecting the beverage very easily by configuring the injecting table is lowered into the packaging pack in the fixed state of the outlet of the packaging pack to inject the beverage. In particular, when the filling table does not enter the inside of the packaging pack and directly injects the beverage through the filling table of the packaging pack, the air inside the packaging pack does not escape and the beverage does not enter the interior smoothly, There is a problem overflowing due to the air, but by lowering the inlet to enter the inside of the packaging pack, the beverage is filled from the bottom of the packaging pack by injecting the beverage, so that the internal air of the packaging pack is discharged smoothly.

Second, the present invention is to form a spiral on the inner surface of the coupling hole in order to combine with the spiral formed on the outer surface of the discharge rack of the packaging pack, the discharge band coupling portion formed by the coupling hole is installed so as to rotate around the coupling hole, the discharge of the packaging pack Rotating the discharge-coupling unit in the state in which the stand is inserted into the coupling hole makes the spiral coupling naturally. Accordingly, there is no inconvenience to rotate the packaging pack several times in a state in which the packing pack is inserted into the discharge hole for the spiral coupling of the discharge table and the coupling hole, so that the coupling operation can be easily performed.

Third, the present invention may be installed so that the locking device is inserted into the coupling hole to maintain the combined state, so that the packaging pack is not removed from the discharge stand coupling portion while the beverage is injected into the packaging pack. Accordingly, the packaging pack may be separated from the discharge unit coupling portion in the middle of the operation, thereby eliminating the risk that the beverage may be poured out or breakage of the filling table in the process of separating the packaging pack.

Fourth, the present invention is formed by the discharge hole for discharging the air or steam inside by communicating the space between the outside of the inlet and the inside of the coupling hole to the outside, when injecting a hot beverage or the like into the packaging pack, combined with the outside of the inlet The steam coming into the gap between the inside of the ball is to be discharged to the outside smoothly so that the injection operation of the beverage is not disturbed by the pressure of the steam, and the steam does not enter the internal device to damage.

Fifth, the present invention is to install a hanger so as to generate a predetermined space between the top of the discharge and the lower end of the injector housing, combine the packaging pack, and configured to inject beverage by the injector, to accommodate the hot beverage The lid of the discharge tray can be closed without hands touching the pack, and the risk of burns can be eliminated.

1 is a perspective view showing a beverage injection device of one embodiment of the present invention
Figure 2 is a cross-sectional view showing a beverage injection device of one embodiment of the present invention
3 and 4 is an operation explanatory diagram for explaining the operation of the beverage injection device of an embodiment of the present invention
Figure 5 is a cross-sectional view showing a modified configuration of the discharge table coupling portion of the beverage injection device of an embodiment of the present invention
Figure 6 is a cross-sectional view showing the configuration of the locking device in the beverage injection device according to another embodiment of the present invention
7 and 8 is a view explaining the operation of the locking device in the beverage injection device according to another embodiment of the present invention
Figure 9 is a cross-sectional view of the installation of the pressing rubber to form the inside of the coupling hole in the beverage injection device according to another embodiment of the present invention
10 is a perspective view showing an example of a packaging pack used in the beverage injection device according to the present invention
11 is a perspective view showing the configuration of a beverage injection device according to another embodiment of the present invention
12 is a cross-sectional view showing the configuration of a beverage injection device according to another embodiment of the present invention.
Figure 13 is an explanatory diagram illustrating the operation of the beverage injection device according to another embodiment of the present invention
Figure 14 is an external perspective view of a modified configuration of the infusion drive unit in the beverage injection device of the present invention
15 is a cross-sectional view of a modified configuration of the injection table drive unit in the beverage injection device of the present invention

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described in detail with reference to the drawings.

Beverage injection device according to an embodiment of the present invention is to inject a beverage in the packaging pack 80 is installed so that the discharge table 82 protrudes on the top, the beverage injection device is a coupling hole 33 in the vertical direction And a discharge stand coupling portion 30 having a fixing means formed therein and having an outer circumferential surface of the discharge stand 82 coupled to the coupling hole 33 and standing vertically at the center of the coupling hole 33. Between the hollow injection table 40 and the position where the lower end of the injection table 40 is retracted into the interior of the coupling hole 33 and the position protruded to the length set below the coupling hole 33 Injecting drive unit 50 for driving to move up and down, and a beverage supply unit 20 for supplying a beverage to the injection table (40).

1 and 2, the beverage supply unit 20 includes a pump 21 installed inside the cap housing 10, a pump driving device (not shown) for driving the pump 21, and accommodates a beverage. It is configured to include a suction pipe 24 vertically installed inside the container 14 to be connected to the pump 21 and a filter 23 provided at an end of the suction pipe 24.

The pump 21 is installed in the cap housing 10 to be installed to suck the beverage contained in the container 14 and is operated through a pump driving device such as an electric motor to operate the main inside the injector housing 12. Pressurize the beverage to the mouth (40). The inhaled beverage is provided with a filter 23 so that the residue can be filtered out, but this may be selectively installed. The operation of the pump 21 is to operate for a predetermined time by the push signal of the button, although not shown, the control unit is installed, and the control device for controlling the overall operation by the operation signal is installed.

The packing pack 80 has a discharge table 82 installed to protrude from the upper portion of the packaging pack 80 is coupled to the discharge table coupling portion 30 of the lower portion of the inlet housing 12, the beverage discharged from the pump 21 is simply injected by a predetermined amount Packing and storage means that can be stored.

Referring to FIG. 2, the discharge unit coupling unit 30 is formed to protrude from the lower portion of the injection unit housing 12. It is provided with a fixing means that can be fixed to coupled to 33.

In the present embodiment, the fixing means is composed of a spiral 32 formed on the inner circumferential surface of the coupling hole 33 of the discharge-coupling portion 30. The spiral 32 is combined with the spiral 83 provided on the outer circumferential surface of the discharge table 82 as shown in FIG. Accordingly, when the outlet 82 of the packing pack 80 is inserted into the coupling hole 33 and then turned, the spiral 32 which is a fixing means of the coupling hole 33 and the spiral 83 of the discharge table 82 are formed. Spiral coupling may be in a state in which the packing pack 80 is fixed to the discharge coupling unit 30.

The injection table 40 is installed in a vertical position in the center of the coupling hole (33). Injecting table 40 is inserted into the interior of the packaging pack 80 through the discharge table 82, the shape of the hollow tube so that the beverage flows therein, the discharge table 82 of the packaging pack 80 It is formed with an outer diameter smaller than the inner diameter so that a space is formed between the inner circumferential surface of the discharge table 82 and the outer circumferential surface of the injection table 40.

The upper end of the injection table 40 is to be bent in a "b" shape to facilitate the connection of the flexible hose 42 connected to it. The flexible hose 42 is connected to the pump discharge pipe 22 connected to the pump 21 to supply the beverage pumped from the pump 21 to the infusion table 40.

On the other hand, the injection table drive unit 50 is up and down between the position where the lower end of the injection table 40 is retracted into the interior of the coupling hole 33 and the position protruded to the length set below the coupling hole 33 Drive to move To this end, the injection table driving unit 50 includes an electric motor 51, a vertical spiral bar 52 connected to the electric motor 51, a nut block 53 and a nut traveling up and down along the spiral bar 52. It includes a connecting member 55 for fixing the upper end of the block 53 and the injection table 40, and position sensors 56a, 56b for detecting the position of the nut block 53.

The electric motor 51 rotates the spiral bar 52 by the control signal of the control device, and the nut block 53 which is spirally coupled to the spiral bar 52 moves up and down along the rotation direction of the spiral bar 52. Do it. The position of the nut block 53 is detected from the upper side and the lower side by the position sensor 56a, 56b fixed to the infusion housing 12, the position sensor 56a, 56b detects the nut block 53 The lower surface of the spiral bar 52 is controlled to stop the rotation. Since the position detecting sensors 56a and 56b sense the position of the nut block 53, the position detecting sensors 56a and 56b may be spherical with a known light detecting sensor or a limit switch. The upper end of the spiral rod 52 is supported by a bearing 54 fixed to the infusion housing 12.

The nut block 53 moves up and down the injection table 40 fixed together by the connecting body 55 along the shangdong, and the nut block 53 in the state detected by the lower position sensor 56b. The position of the injection table 40 is sufficiently inserted into the interior of the packaging pack 80, the position where the nut block 53 is detected at the upper position detection sensor 56a is the lower end of the injection table 40 Located in the coupling hole 33 of the discharge coupling unit 30 is not exposed to the outside of the discharge coupling unit 30. By preventing the injection table 40 from being exposed to the outside of the discharge table coupling unit 30, the damage of the injection table 40 due to external impact is prevented, and the discharge table 82 of the packing pack 80 is discharged to the discharge table coupling unit 30. ) Can also be unobstructed.

For reference, if the motor 51 is a servo motor and the rotation speed can be controlled, the position of the nut block 53 can be adjusted, so that the installation of the position detecting sensors 56a and 56b will be unnecessary.

On the other hand, the injection table 40 is guided up and down through the guide 13 is fixed to the lower portion of the injection table housing 12.

In addition, the discharge hole coupling portion 30 is provided with a discharge hole 34 to communicate the outside and the space between the outer side of the injection table 40 and the inner side of the coupling hole 33. When the discharge hole 34 injects a beverage into the packaging pack 80, the discharge operation of the beverage is smoothly performed by discharging the air inside the packaging pack 80, and in the case of a hot beverage, steam is discharged. This ensures that the injection operation is not disturbed by the pressure of the steam and that the steam does not enter the internal device and damage it.

On the other hand, Figure 3 and Figure 4 shows the operation of the beverage injection device according to an embodiment of the present invention.

First, referring to FIG. 3, the packing pack 80 is prepared and the discharge stand 82 of the packing pack 80 is coupled to the spiral 32 of the discharge stand coupling part 30. At this time, the lower end of the injection table 40 is a state located inside the discharge table coupling portion (30).

Afterwards, if there is a user's button manipulation, as shown in FIG. 4, the nut block 53 is detected by the lower position sensor 56b by rotating the spiral rod 52 of the electric motor 51 of the injection table driving unit 50. Rotate until Accordingly, the injection table 40 is inserted into the interior of the packaging pack 80 past the discharge table 82 to a predetermined depth.

When the insertion process of the injection table 40 is completed, the control device receiving the signal of the lower position sensor 56b drives the pump 21. The driving of the pump 21 is set to operate for a predetermined time depending on the packaging pack 80 to be used, or to stop after only a dose set by a known flow measuring means is injected.

When the injection process of the beverage by the pump 21 is completed, the electric motor 51 rotates the spiral rod 52. Accordingly, the injection table 40 is pulled out of the packaging pack 80, and as the nut block 53 is raised until the upper position detecting sensor 56a is detected, the lower end of the injection table 40 is the discharge table coupling portion It is in the state which waits inside the coupling hole 33 of 30. As shown to FIG.

Thereafter, the discharge stand 82 of the packing pack 80 can be turned to separate it from the discharge stand coupling unit 30 and the cover 85 shown in FIG. 10 can be closed to store the packing pack 80.

On the other hand, Figure 5 shows a configuration in which the discharge band coupling portion 30 of the above-described embodiment is modified.

Referring to FIG. 5, the discharge coupler 30 ′ is not fixed to the lower portion of the injector housing 12, and the center of the upper end is fixed to the lower portion of the guide 13 ′ via the bearing 36. It is installed in the lower part of (12). Therefore, the discharge bar coupling portion 30 ′ is rotatable about the injection table 40 at the lower portion of the injection table housing 12.

As the discharge stand coupling portion 30 'is rotatably installed as described above, when the discharge stand coupling portion 30' is rotated while the discharge stand 82 of the packing pack 80 is in contact with the coupling hole 33, the discharge stand coupling portion 30 'is rotated. The spiral 83 formed on the outer surface of the base 82 may be coupled to the spiral while being bited back with the spiral 32 formed on the inner surface of the coupling hole 33. Accordingly, it is not necessary to rotate the packing pack 80 against the discharge hole 82 to the coupling hole 33 in order to fix the packing pack 80 to the discharge stand coupling portion (30 '), the coupling operation more easily. Can be done.

On the other hand, Figures 6 and 7 is a beverage injection device according to another embodiment of the present invention, showing a configuration in which the locking device 60 is installed in the discharge table coupling portion 30 ".

Referring to FIGS. 6 and 7, the locking device 60 installed in the discharge unit coupling unit 30 ″ maintains the coupling state of the discharge unit 82 in the coupling hole 33, and the bite protrusion body 61 is maintained. ), A spring 62 protruding the bite protrusion 61 from the rear of the bite protrusion 61 into the coupling hole 33, and a bite protrusion 61 above the bite protrusion 61. The fixed body 64 to fix the movement of the) and the electromagnet 66 to operate the fixed body (64).

The bite protrusion 61 is installed to protrude into the coupling hole 33 to be bite between the spirals 83 of the discharge table (82). The front end of the staple protrusion 61 is processed into a curved surface like a half surface of a ball, and a fixing groove 61a through which the fixing body 64 can be lowered and inserted is formed at the rear end thereof. Moreover, at the rear, the spring 62 is elastically supported so that the meshing projection 61 may be pushed forward. The bite protrusion 61 is a fixing means that can replace the spiral 32 formed on the inner peripheral surface of the coupling hole 33 in the above-described embodiment.

The spiral 83 formed on the discharge table 82 of the packing pack 80 corresponds to a stone jaw, and a separate stone jaw is formed different from the spiral 83 so that the staple protrusion 61 has a discharge table 82. Can be configured to bite.

The fixed body 64 is composed of a rod 64c to be fitted into the biting groove 61a and a magnet 64a coupled to the upper end of the rod 64c and is elastically supported upward by the spring 64b. Therefore, the fixing body 64 is subjected to upward force so as not to be caught in the fixing groove 61a of the staple protrusion 61.

The electromagnet 66 is installed to face the magnet 64a of the fixed body 64, and when a magnetic force is generated in the electromagnet 66, the magnet 64a of the fixed body 64 is pushed to load the fixed body 64. 64c may move downward to generate repulsive force to be pinched in the bite groove 61a.

As described above, the locking device 60 is built in the discharge-coupling portion 30 ″, and a plurality of locking devices 60 are installed around the coupling hole 33.

7 and 8, the operation of the locking device 60 configured as described above will be described.

First, the packaging pack 80 is prepared and the outlet 82 of the packaging pack 80 is inserted into the coupling hole 33. At this time, since the front end is rounded in a ball shape, the helical protrusion 61 elastically supported by the spring 62 at the rear side has the spiral 83 of the discharge table 82 in the coupling hole 33. When pushed upward, the spiral 83 may be pushed backward and then advanced back to the groove between the spirals 83 to bite the spiral 83.

Thereafter, when the user presses a button, the control device applies a current to the electromagnet 66 so that the rod 64c of the fixing body 64 is retracted by the repulsive force by the repulsive force. The locking device 60 is locked by moving downward to be pinched by 61a). Thereafter, the control device operates the injection table driving unit 50 to insert the injection table 40 into the interior of the packaging pack 80, and after the downward movement of the injection table 40 is completed, the beverage supply unit 20 In the beverage is fed to the infusion table 40 is supplied for a set time or a set amount. When the supply of the drink is completed, the injector drive unit 50 is operated to move the injector 40 upward and exit from the packaging pack 80, the current application of the electromagnet 66 is released to the locking device 60 Release the lock.

Accordingly, while the infusion table 40 is moved downward to be inserted into the packaging pack 80 or while the beverage is being supplied, the outlet 82 of the packaging pack 80 does not fall out of the coupling hole 33. As a result, a sudden leakage of the packing pack 80 prevents a beverage from leaking to the outside, or a problem such as receiving the force of the infusion table 40 when the packing pack 80 is pulled out.

On the other hand, Figure 9 relates to another embodiment of the present invention, it is a configuration in which the fixing means of the discharge-coupling portion 30 is changed to the press-fit rubber body 70 forming the inner peripheral surface of the coupling hole 33.

In this configuration, the indentation rubber body 70 is helically coupled to the inner circumferential surface of the coupling hole 33 by the spiral 72 to be fixed to the discharge-coupled part 30, and the inner diameter of the indentation rubber body 70 is discharged. It is slightly smaller than the outer diameter of the spiral 83 of the base 82 so that the discharge zone 82 of the packaging pack 80 is fitted.

Accordingly, the forced discharge outlet 82 is fixed in a state in which the outer surface of the spiral 83 is in contact with the rubber body 70 for press-fitting, because the weight thereof is not large even if the beverage is injected into the packaging pack 80. It can be maintained, in the combined state the injection table 40 is inserted into the interior of the packaging pack 80 is made of the beverage injection operation. This configuration has the advantage that the coupling of the discharge table 82 and the coupling hole 33 is made of a simple structure and the coupling operation can be made easily and quickly.

On the other hand, Figure 11 and Figure 12 shows the configuration of a beverage injection device according to another embodiment of the present invention.

Referring to FIGS. 11 and 12, in the present embodiment, the discharge bar coupling part includes a hanger 37 installed on the surface of the container 14.

The hanger 37 is formed of a fitting portion 37a which can be in a state in which the discharge stand 82 of the packing pack 80 is fitted in the front end, and formed of a fixing rod inserting portion 37b formed by bending it into a shape of “a”. do.

When the lower portion of the spiral 83 formed on the outer surface of the discharge table 82 is fitted to the fitting portion 37a, the protruding spiral 83 is caught on the upper surface of the fitting portion 37a, thereby packing 80 ) May be coupled in a jammed state (37a). The fitting portion 37a is made of metal, and when the lower portion of the spiral 83 of the discharge stand 82 is inserted, the discharge stand 82 enters the inside while being slightly opened by elasticity. The fitting portion (37a) is configured not only to the lower portion of the spiral 83 of the discharge table 82, but also configured so that a separate projecting portion (84) located in the lower portion is configured to lock the portion of course. It is possible.

The holder insert portion 37b is a portion formed by being bent in a "b" shape and is inserted into the fixing pocket 38 installed on the surface of the container 14, whereby the hanger 37 may be mounted in the container.

Referring to FIG. 12, the hanger 37 is installed at the upper end of the discharge stand 82 and the injection stand housing 12 in a state in which the discharge stand 82 of the packing pack 80 is coupled to the hanger 37. The predetermined space (h) is formed between the lower end portions (16). This is to easily close the cover 85 of the packaging pack 80 in a state where the packaging pack 80 is coupled to the hanger 37 when the hot beverage is injected into the packaging pack 80 as described below. .

In addition, when the discharge stand 82 of the packaging pack 80 is installed on the hanger 37, the protruding length of the hanger 37 is inserted so that the injection table 40 is moved downward to be inserted into the packaging pack 80. It is set.

In addition, the mounting position of the hanger 37 is not limited to the container 14, and the injection stand housing is formed so that a predetermined space h is formed between the upper end of the discharge stand 82 and the lower end 16 of the injection stand housing. If the position can be fixed in the beverage injection device.

This embodiment is a configuration that can be usefully used when injecting a beverage of high temperature in the packaging pack 80, the operation will be described below.

Referring to Figure 12, while holding the outlet (82) of the packing pack 80 in the state in which the holding pocket 37 is installed in the fixed pocket 38 of the container, the hook portion of the hook (37) to the lower portion of the spiral 83 Inserted into the portion 37a, the packaging pack 80 is coupled to the hanger 37 in a locked state. The state is a state in which a predetermined space is formed between the upper end of the discharge table 82 and the lower end 16 of the injection table housing.

Thereafter, as in the above-described embodiment, the operation of the button is lowered by the operation of the button 40 to inject the beverage from the inside of the packing pack 80, and the operation of injecting the hot beverage into the packing pack 80 is completed. When the injection table 40 is moved upward and retracted into the lower end 16 of the injection table housing.

Thereafter, as shown in FIG. 13, the user covers the discharge zone 82 with the cover 85 between the upper end of the discharge base 82 and the lower end 16 of the injection base housing, and the spiral 83 of the discharge base 82. Join the cover 85 to. Thereafter, the user can grasp the cover 85 with a finger and remove the packing pack 80 from the hanger 37 to move to the storage place.

Accordingly, when the beverage boiled at a high temperature for sterilization or the like is injected into the packaging pack 80, the user may move the packaging pack 80 while holding the cover 85 of the packaging pack 80, thus reducing the risk of burns. It can reduce, it can also eliminate the risk of spilling the drink inside the wrong holding the packaging pack (80).

14 and 15 show a configuration modified from the above-described injection table drive unit in the beverage injection device of the present invention.

14 and 15, in the present configuration, the above-described injection table drive unit 50 does not automatically move up and down by the electric motor 51, but manually moves the injection table 40 by the handle 58. It is configured to move up and down.

Accordingly, the injection table driving unit includes a handle 58 for guiding the movement in the vertical direction by the guide means, and a connector 55 connecting the handle 58 and the injection table 40 to each other.

The guide means may be formed in the inlet housing 12, and may be a guide guide groove 16 in the vertical direction in which the handle 58 can move along, install a separate guide rod 57 and guide rod 57 It is most preferable that the guide block 59 moving along is installed in combination with the handle 58.

In addition, the handle 58 is connected to the injection table 40 by the connecting body 55, so that the handle 58 is moved up and down when the handle 58 is moved up and down, so that the injection table 40 is packed The outlet 80 of the pack 80 may enter and exit.

The above configuration can be configured in a simpler configuration without the installation of the electric motor 51 drive unit.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limited to the particular embodiments set forth herein. It goes without saying that other modified embodiments are possible.

10; Cap housing 12; Infusion Stand Housing
13,13 '; Guide 14; Vessel
16; Guide groove 20; Beverage supply department
21; Pump 22; Pump discharge pipe
23; Filter 24; suction
30, 30 ', 30 "; Discharge band coupling part 32; spiral
33; Engagement hole 34; Discharge hole
36,54; Bearing 37; Hanger
37a; Fitting portion 37b; Retainer Insert
38; Fixing pocket 40; Infusion table
42; Flexible hose 50; Injector drive unit
51; Electric motor 52; Spiral bar
53; Nutblock 55; Connection
56a, 56b; Position sensor 57; Guide rod
58; Handle 59; Guide Block
60; Locking device 61; Staple
61a; Bite groove 62,64b; spring
64; Fixture 64a; magnet
64c; Load 66; Electromagnet
70; Rubber body 72; spiral
80; Packing pack 82; Discharge
83; Helix 84; Protrusion
85; cover

Claims (5)

delete delete In the beverage injection device for injecting a beverage in the packaging pack installed so that the discharge table protrudes,
A discharge-coupling portion having a coupling hole formed in an up-down direction and having a fixing means capable of fixing the outer circumferential surface of the discharge zone to the coupling hole;
A hollow injection table installed in a vertical position in the center of the coupling hole,
An injection table driving unit configured to drive the lower end of the injection table to move up and down between a position in which the lower end of the injection hole is retracted into the coupling hole and a position protruding to a lower length of the coupling hole;
Includes a beverage supply unit for supplying a beverage to the infusion table,
Beverage injection device for packaging packs, characterized in that the discharge space for discharging the air or steam inside the space between the outside of the infusion and the inside of the coupling hole, the outside communication In the beverage injection device for injecting a beverage in the packaging pack installed so that the discharge table protrudes,
A hollow infusion stand installed vertically,
An injection unit housing in which the injection unit is located,
A hanger that is installed at a fixed position such that a predetermined space is formed between the upper end of the outlet and the lower end of the injector housing by which the outlet is coupled;
An injector drive unit configured to drive the lower end of the injector to move up and down between a position in which the injector is retracted into the injector housing and a position inserted into the outlet to be installed on the hanger;
Beverage injection device for a packaging pack comprising a beverage supply for supplying a beverage to the infusion table In the beverage injection device for injecting a beverage in the packaging pack installed so that the discharge table protrudes,
A discharge-coupling portion having a coupling hole formed in an up-down direction and having a fixing means capable of fixing the outer circumferential surface of the discharge zone to the coupling hole;
A hollow injection table installed in a vertical position in the center of the coupling hole,
An injection table driving unit configured to drive the lower end of the injection table to move up and down between a position in which the lower end of the injection hole is retracted into the coupling hole and a position protruding to a lower length of the coupling hole;
Includes a beverage supply unit for supplying a beverage to the infusion table,
The injection table drive unit
A handle for guiding the movement in the vertical direction by the guide means,
By including a connector connecting the handle and the injection table
Beverage injector for packaging packs, characterized in that the lower end of the infusion driven by the vertical manual operation of the handle is driven to move up and down

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