KR20180109448A - Open and close type liquids supplying device - Google Patents

Abstract

Disclosed is an open and close type liquids supply device. The disclosed open and close type liquids supply device comprises: a storage container disposed in a frame and storing liquids; a transfer pipe transferring the liquids in the storage container to a nozzle member; a body unit disposed in the transfer pipe and having an absorption passage and a discharge passage; a quantitative supply unit disposed in the body unit and absorbing the liquids introduced to the absorption passage in a predetermined amount so as to discharge the liquids to the discharge passage; and a selective opening and closing unit selectively opening and closing the absorption passage and the discharge passage in the body unit so as to enable the liquids to be supplied from the quantitative supply unit to a beverage container via the nozzle member.

Description

[0001] OPEN AND CLOSE TYPE LIQUIDS SUPPLYING DEVICE [0002]

More particularly, the present invention relates to an opening / closing type liquid water feeder, and more particularly, to a liquid pouring apparatus which comprises a plurality of opening and closing rod members made of metal at an end of a piston member, In addition, since there is no necessity of replacing the opening / closing parts as in the conventional method, it is possible to reduce the manufacturing cost by reducing the parts replacement, and the temperature of the liquid material can be easily detected by providing the temperature sensor in the transfer pipe, and the drain part is formed in the transfer pipe, The present invention relates to an opening and closing type liquid water supply device capable of draining a liquid water or a washing liquid from an intermediate path.

Generally, in order to supply a liquid material to a beverage container such as a pouch, a liquid material is magnetized in a large-sized storage tank, and a liquid material is quantitatively supplied to a beverage container .

The conventional liquid water supply device is configured to transfer the liquid material stored in the storage tank along the pipe and to supply the required amount of the liquid material by using the nozzle member of the content filling means and supply it in a fixed amount.

The nozzle member allows the supply of the beverage container to be determined using the top dead point and the bottom dead center operation of the piston.

However, in the conventional contents filling apparatus, the supply amount to be supplied to the beverage container is determined by using the upward and downward movement stroke of the piston. In the case of changing the supply amount of the beverage container, There is a problem that the productivity is deteriorated and it is inconvenient in use because another nozzle member must be replaced.

In addition, the conventional contents-filling apparatus has a disadvantage in that the cleaning operation is complicated and troublesome by separating and cleaning all the supply pipe lines in order to remove the foreign substances accumulated in the supply pipe line for a long time.

In addition, since the conventional contents filling device opens and closes the movement of the liquid material by using the packing or the diaphragm by the air operation, the packing or diaphragm breaks at the time of use for a long time.

Therefore, there is a need to improve this

Related Background Art [0002] Registered Patent Publication No. 10-0661969 (entitled " Spout Pouch Content Charging Device "

SUMMARY OF THE INVENTION The present invention has been made in view of the above needs, and has an object of providing a piston member having a plurality of opening / closing member members made of metal at an end portion thereof to sequentially and repeatedly open and close the passage, Since it is not necessary to replace the opening / closing parts as in the conventional method, it is possible to reduce the manufacturing cost by reducing the parts exchange, and the temperature sensor of the transfer pipe can be installed to easily detect the temperature of the liquid material, and the drain part is formed in the transfer pipe, Which is capable of draining the liquid from the intermediate path.

According to an aspect of the present invention, there is provided an apparatus for supplying liquid to an openable and closable liquid container, comprising: a reservoir for storing a liquid material; A transfer conduit for transferring the liquid material in the reservoir to the nozzle member; A body portion provided in the transfer conduit and having a suction passage and a discharge passage; A quantitative supply unit provided in the body and sucking the liquid material flowing into the suction passage in a predetermined amount and discharging the liquid material to the discharge passage; And a selective opening / closing part selectively opening and closing the suction passage and the discharge passage in the body part to supply the liquid material from the dosing part to the beverage container through the nozzle member.

The selection opening / closing unit may include: a suction opening / closing unit that is opened when the liquid material is sucked from the suction passage of the body portion into the fixed amount suction unit and is blocked when the liquid material is discharged from the fixed amount supply unit; And a discharge opening / closing part which is blocked when the liquid material is sucked from the discharge passage of the body part to the fixed amount supply part and is opened when the liquid material is discharged from the fixed amount supply part.

The suction opening / closing unit may include: a suction cylinder installed in the body part; A suction support shaft connected to a shaft of the suction cylinder; And a suction opening / closing rod member formed in a shape of an end of the suction support shaft and being in contact with or detached from the suction passage to open or close the suction passage.

Further, the discharge opening / closing portion may include: a discharge cylinder installed in the body portion; A discharge support shaft connected to the shaft of the discharge cylinder; And a discharge opening / closing rod member formed in a shape of an end of the discharge support shaft and contacting or releasing the periphery of the discharge passage to open or close the discharge passage.

In addition, the transfer pipe may be provided with a temperature sensing unit for sensing the temperature of the liquid material moving in the reservoir, and the transfer pipe may include a drain for draining the liquid or the wash liquid stored in the reservoir, And the drain portion is disposed at a position facing each other in the transfer conduit.

The fixed amount supply unit may include a housing provided below the body and having an operating space formed therein and having an enlarged diameter portion formed at a lower portion of the operating space; An operating shaft having a piston for sucking the liquid material through the suction opening and closing part in the operating space and pushing the liquid material to the discharge opening and closing part; An eccentric member hingedly connected to a lower portion of the operation shaft to move eccentrically to move the operation shaft up and down; A lever member connected at one side to the lower side of the eccentric member and horizontally connected to the frame and operating to lean so as to rotate normally or reversely; And a driving unit connected to the tee of the lever member to provide power; .

The opening and closing type liquid water supply device according to the present invention includes a plurality of opening and closing rod members made of metal at the end portion of the piston member to sequentially and repeatedly open and close the moving passage, thereby efficiently operating the suction and discharge processes of the liquid material, Since there is no need to replace the opening and closing parts, the manufacturing cost can be reduced by reducing the number of parts replacement.

In addition, the present invention can easily check the temperature of the liquid material in the transfer process by providing a temperature sensor in the transfer pipe to sense the temperature of the liquid material passing through the transfer pipe.

In addition, the present invention can provide convenience in use and operation by forming a drain portion in the transfer conduit and draining the liquid water or washing liquid stored in the reservoir through the intermediate path.

1 is a front view of an opening and closing type liquid water supply apparatus according to an embodiment of the present invention.
2 is a front view of a reservoir in an opening and closing type liquid water supply apparatus according to an embodiment of the present invention.
3 is a front view of a selective opening / closing part in an opening and closing type liquid water supply device according to an embodiment of the present invention.
FIG. 4 is a front view of a quantitative suction unit in an opening and closing type liquid water supply apparatus according to an embodiment of the present invention. FIG.
FIG. 5 is a view showing the opening state of the inflow opening / closing part and the closed state of the discharge opening / closing part as the liquid material sucking state in the opening / closing liquid material supplying device according to the embodiment of the present invention.
FIG. 6 is a view showing the state of the liquid inflow and outflow of the liquid-phase water in the liquid supply device for supplying liquids according to the embodiment of the present invention. FIG.
7 is a view showing a cleaning process in the opening and closing type liquid water supply device according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an apparatus for supplying liquids according to an embodiment of the present invention will be described with reference to the accompanying drawings.

In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be made based on the contents throughout this specification.

2 is a front view of a reservoir in an openable and closable liquid water supply device according to an embodiment of the present invention. FIG. 3 is a cross-sectional view of a liquid container according to an embodiment of the present invention. FIG. 5 is a front view of the selective opening and closing part in the opening and closing type liquid water supplying device according to the example of the present invention, FIG. 4 is a front view of the fixed amount suction part in the opening and closing type liquid water supplying device according to the embodiment of the present invention, FIG. 6 is a view showing a state in which a liquid material is sucked in a liquid material supply device and a liquid material discharging state in a liquid material discharging device according to an embodiment of the present invention. FIG. 7 is a view showing a cleaning process in the opening and closing type liquid water supply device according to an embodiment of the present invention. FIG.

1 to 7, an opening and closing type liquid water supplying apparatus according to an embodiment of the present invention includes a reservoir 100 provided in a frame 2 for storing a liquid material, A body part 250 provided in the transfer path 200 and having a suction path 252 and a discharge path 254, a body part 250 provided in the transfer path 200, A fixed amount supply unit 300 provided in the suction passage 252 for sucking the liquid material introduced into the suction passage 252 at a predetermined fixed amount and discharging the liquid material to the discharge passage 254, And a selectively opening and closing part 400 for selectively opening and closing the suction passage 252 and the discharge passage 254 in the body part 250 to be supplied to the beverage container 4. [

The storage container 100 is provided with a stirring member 110 for stirring the liquid material.

The stirring member 110 can be rotated by the driving motor 120 provided on the upper side of the storage container 100.

A plurality of level sensor members 130 are provided for each height in the reservoir 100 so as not to be caught by the stirring member 110.

The storage container 100 can be moved by the position movement hanger 140. FIG.

The position moving hook 140 includes a mounting bracket 142 protruding from a side edge of the storage container 100, a mounting hole 144 formed through the mounting bracket 142, An engaging member 146 coupled to the mounting hole 144 to move upward or downward and a loop member 148 provided at the end of the engaging member 146 and hooked to the means for fastening the lifting device.

The engaging member 146 is horizontally connected to the attaching hole 144 and raised to its lower side by its own weight. When the loop member 148 is lifted, the engaging member 146 rotates upward and is disposed vertically.

The ring member 148 is formed of a circular ring, and hooks of a lifting device can be hooked to lift the reservoir 100 upward and move to a predetermined place.

The selective opening and closing part 400 includes a suction opening and closing part 410 that is opened when the liquid material is sucked into the quantitative suction part 300 from the suction passage 252 of the body part 250 and is blocked when the liquid material is discharged from the fixed amount supplying part 300, And a discharge opening and closing part 420 which is cut off when the liquid material is sucked into the quantitative supply part 300 from the discharge passage 254 of the body part 250 and is opened when the liquid material is discharged from the fixed amount supply part 300.

The suction opening / closing unit 410 and the discharge opening / closing unit 420 are arranged to be orthogonal to each other. The suction opening / closing unit 410 is disposed horizontally and the discharge opening / closing unit 420 is disposed vertically.

The suction opening and closing part 410 includes a suction cylinder 412 provided in the body part 250, a suction support shaft 414 connected to the shaft of the suction cylinder 412, And a suction opening / closing rod member 416 which is formed in the suction passage 252 so as to be in contact with or removed from the suction passage 252 to open or close the suction passage 252.

The discharge opening and closing part 420 includes a discharge cylinder 422 provided in the body part 250, a discharge support shaft 424 connected to the shaft of the discharge cylinder 422, And a discharge opening / closing rod member 426 which is formed in the discharge passage 254 and is in contact with or released from the periphery of the discharge passage 254 to open and close the discharge passage 254. [

The discharge cylinder 422 may be provided on the upper side of the body part 250 by a mounting part 430.

The mounting portion 430 includes a plurality of supporting rod members 432 connected upward from the upper surface of the body portion 250 and a plurality of supporting rod members 432 fixed to the upper portion of the supporting rod member 432 in such a manner that the front side of the discharging cylinder 422 is fixed The mounting plate 434 may be formed of a metal plate.

Four support bar members 432 may be formed at the upper four corners of the body portion 250.

The mounting plate 434 is formed in a rectangular plate shape.

The transfer pipe 200 may be provided with a temperature sensing part 210 for sensing the temperature of the liquid material moving in the reservoir 100.

The transfer pipe 200 may be provided with a drain 220 for draining the liquid stored in the reservoir 100 or the wash liquid.

The temperature sensing part 210 and the drain part 220 are disposed at positions facing each other in the transfer pipe 200.

The temperature sensing unit 210 includes a temperature sensing rod 212 disposed inside the transfer conduit 200 to be in contact with the liquid material and a temperature sensing rod 212 provided outside the transfer conduit 200 and connected to the temperature sensing rod 212 And a temperature sensor member 214 for sensing the temperature of the liquid material.

The drain part 220 includes a drain pipe 222 provided on a side surface of the transfer pipe 200 and a drain opening and closing valve 224 for opening and closing the liquid water or the washing liquid to be drained and provided in the drain pipe 222 .

The drain pipe 222 is installed at a right angle to the transfer pipe 200 so as to discharge the washing liquid or the liquid water horizontally.

The drain pipe 222 may further include a storage member 226 for storing the liquid or the cleaning liquid discharged by opening and closing the drain opening / closing valve 224.

The portion of the transfer line 200 where the temperature sensing portion 210 and the drain portion 220 are installed has a larger diameter than the diameter of the portion of the other transfer line 200 and the temperature sensing portion 210 and the drain portion The portion of the conveying path 200 where the first and second conveying paths 220 and 220 are installed may be inclined so that the setting interval a becomes gradually narrower toward the lower side.

The temperature sensing part 210 and the drain part 220 are connected to the part of the conveyance line 200 where the temperature sensing part 210 and the drain part 220 are installed due to the setting interval a of the transfer path 200, The portion of the conveyance line 200 that is not installed is shortened to allow smooth connection without being connected.

The fixed amount supply unit 300 is provided below the body unit 250 and includes a working space 312 formed therein and a housing 310 having an expanded portion 314 formed at a lower portion of the working space 312 An operation shaft 320 having a piston 330 for sucking the liquid material through the suction opening and closing part 410 in the operating space 312 and pushing the liquid to the discharge opening and closing part 420, An eccentric member 340 which is hingedly connected to a lower portion of the operation shaft 320 so as to move up and down and is eccentrically operated; And a driving unit 360 connected to the tee of the lever member 350 and providing power.

A plurality of eccentric members 340 are provided and can be rotatably connected by a center hinge.

The driving unit 360 includes a driving motor 362 for generating power and a power switching member 364 for switching the rotation of the driving motor 62 to the lever member 350 for forward and reverse rotation.

At the center of the lever member 350, a long hole 355 having a plant length in the longitudinal direction is formed. The lever member 350 is provided with a feed distance adjusting screw 380 and is coupled with the elongated hole 355 to be coupled to the eccentric member 340 so that the eccentric member 340 is urged by the lever member 350 The stroke (stroke) of the piston 330 can be adjusted.

A drain pipe member 370 for discharging the cleaning solution after cleaning the interior of the storage container 100, the conveyance pipe 200, the body part 250 and the housing 310 using a cleaning liquid is provided around the lower side of the housing 310 Respectively.

Preferably, the drainage conduit member 370 is formed in the extension 314 of the housing 310.

7, the suction cylinder 412 is operated in a reverse direction to separate the suction opening / closing rod member 416 coupled to the suction support shaft 414 from the suction passage 252 of the body portion 250 Closing rod member 426 coupled to the discharge support shaft 424 is brought into contact with the discharge passage 254 of the body part 250 to be CLOSE by operating the discharge cylinder 422 linearly, do.

When the cleaning fluid is supplied to the reservoir 100 while the piston 330 is moved to the extended portion 314 of the housing 310, the cleaning fluid is supplied to the reservoir 100, the transfer path 200, the body 250 And the inside of the loudspeaker 310 and then discharged to the outside via the pipe 370 to the drain pipe. At this time, the washing liquid may contain a sterilizing liquid.

Hereinafter, an operation and effect of the opening and closing type liquid water supply apparatus according to an embodiment of the present invention will be described with reference to the accompanying drawings.

5 to 6, the process of sucking and discharging the liquid material will be described.

5, the suction cylinder 412 is operated in a reverse direction to move the suction opening / closing rod member 416 coupled to the suction support shaft 414 to the suction side of the body part 250 Separated from the passage 252 and opened.

Simultaneously, the discharge cylinder 422 is linearly operated to bring the discharge opening / closing rod member 426 coupled to the discharge supporting shaft 424 into contact with the discharge passage 254 of the body part 250 to close it.

When the lever member 350, the eccentric member 340, the actuating shaft 320 and the piston 330 are moved downward by driving the drive motor 362 and the power switching member 364 in this state, The liquid in the conduit 200 is received in the operating space 312 of the housing 310 via the suction passage 252 of the body portion 250.

5, the suction cylinder 412 is linearly operated to move the suction opening / closing rod member 416 coupled to the suction support shaft 414 to the suction passage (not shown) of the body portion 250 252 to close it.

At the same time, the discharge cylinder 422 is retracted to open the discharge opening / closing rod member 426 coupled to the discharge support shaft 424 by separating from the discharge passage 254 of the body part 250.

When the lever member 350, the eccentric member 340, the actuating shaft 320 and the piston 330 are moved upward by driving the drive motor 362 in this state and the power switching member 364, The liquid material stored in the working space 312 of the body 310 is supplied through the nozzle member 6 through the discharge passage 254 of the body part 250 and charged into the beverage container 4.

Accordingly, the opening and closing type liquid water supply device according to the present invention includes a plurality of opening and closing member members made of metal at the end portion of the piston member to sequentially and repeatedly open and close the passage, thereby efficiently operating the suction and discharge processes of the liquid material, Since it is not necessary to replace the opening / closing parts as in the conventional method, it is possible to reduce manufacturing cost by reducing parts replacement.

In addition, the present invention can easily check the temperature of the liquid material in the transfer process by providing a temperature sensor in the transfer pipe to sense the temperature of the liquid material passing through the transfer pipe. In addition, the present invention can provide convenience in use and operation by forming a drain portion in the transfer conduit and draining the liquid water or washing liquid stored in the reservoir through the intermediate path.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. I will understand.

Accordingly, the true scope of protection of the present invention should be defined by the following claims.

2: Frame 4: Beverage container
6: nozzle member 100: reservoir
110: stirring member 120: driving motor
130: Level sensor member 140: Position shifting hook
142: Mounting bracket 144: Mounting hole
146: engaging member 148: loop member
200: transfer pipe 210: temperature sensing unit
212: temperature sensing rod 214: absence of temperature sensor
220: drain part 222: drain pipe
224: drain opening / closing valve 226: storage member
300: Quantitative supply unit 310: Housing
312: working space 314:
320: Actuation axis 330: Piston
340: eccentric member 350: lever member
360: drive unit 362: drive motor
364: power converting member 355: long hole
380: Moving distance adjusting screw 400:
410: suction opening / closing part 412: suction cylinder
414: suction support shaft 416 suction opening / closing member
420: discharge opening / closing portion 422: discharge cylinder
424: Discharge support shaft 426: Discharge opening / closing member
430: mounting part 432: supporting rod member
434: mounting plate

Claims (6)

A reservoir (100) provided in the frame (2) and storing the liquid material;
A transfer pipe (200) for transferring the liquid material of the reservoir (100) to the nozzle member (6);
A body part 250 provided in the conveyance line 200 and having a suction passage 252 and a discharge passage 254;
A quantitative supply part 300 provided in the body part 250 to suck up the liquid material flowing into the suction passage 252 at a predetermined amount and discharge the liquid material to the discharge passage 254; And
The suction passage 252 and the discharge passage 254 are selectively opened and closed in the body part 250 so as to supply the liquid material from the dosing part 300 to the beverage container 4 through the nozzle member 6, And an opening / closing unit (400) for opening / closing the liquid supply port.
The method according to claim 1,
The selection opening / closing part (400)
A suction opening / closing part 410 which is opened when the liquid material is sucked into the quantitative suction part 300 from the suction passage 252 of the body part 250 and is blocked when the liquid material is discharged from the fixed amount supply part 300; And
A discharge opening and closing part 420 intercepted when the liquid material is sucked into the quantitative supply part 300 from the discharge passage 254 of the body part 250 and opened when the liquid material is discharged from the fixed amount supply part 300;
Wherein the liquid supply device is a liquid supply device.
3. The method of claim 2,
The suction opening / closing part 410,
A suction cylinder 412 installed in the body part 250;
A suction support shaft 414 connected to the shaft of the suction cylinder 412; And
A suction opening / closing rod member 416 formed in an end portion of the suction support shaft 414 to open or close the suction passage 252 in contact with or detached from the periphery of the suction passage 252;
Wherein the liquid supply device is a liquid supply device.
3. The method of claim 2,
The discharge opening / closing part 420,
A discharge cylinder 422 installed in the body part 250;
A discharge support shaft 424 connected to the shaft of the discharge cylinder 422;
A discharge opening / closing rod member 426 which is formed at the end of the discharge supporting shaft 424 and opens or closes the discharge passage 254 in contact with or detached from the periphery of the discharge passage 254;
Wherein the liquid supply device is a liquid supply device.
The method according to claim 1,
The transfer pipe 200 is provided with a temperature sensing part 210 for sensing the temperature of the liquid material moving in the reservoir 100,
The transfer conduit 200 is provided with a drain 220 for draining a liquid or a washing solution stored in the reservoir 100,
Wherein the temperature sensing part (210) and the drain part (220) are disposed at positions facing each other in the transfer pipe (200).
3. The method of claim 2,
The quantitative supply unit 300,
A housing 310 provided at a lower side of the body part 250 and having an operation space 312 formed therein and an expansion part 314 having a larger diameter at the lower part of the operation space 312;
An operation shaft 320 having a piston 330 for sucking the liquid material through the suction opening / closing part 410 in the operation space 312 and pushing the liquid material to the discharge opening / closing part 420;
An eccentric member 340 hingedly connected to the lower portion of the operation shaft 320 to move up and down the operation shaft 320 and eccentrically operated;
A lever member 350 having one side connected to the lower side of the eccentric member 340 and connected to the frame 2 in a horizontal direction and leaning to rotate normally; And
A driving unit 360 connected to the tee of the lever member 350 to provide power;
Wherein the liquid supply device is a liquid supply device.

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