KR20230085541A - Liquid water supplt and washing device - Google Patents

Abstract

Disclosed is a liquid water supply and cleaning apparatus. The disclosed liquid water supply and cleaning apparatus comprises: a storage tank arranged in a frame and storing liquid water; a supply duct supplying liquid water of the storage tank; a fixed quantity measurement/opening/supply unit arranged in the supply duct, and measuring a moving flow rate of liquid water, and supplying a fixed quantity of liquid water to a beverage container transported by being settled on an settlement hole of a mold plate through a charging nozzle through the opening/closing operation; and a nozzle elevation blocking and recollection unit passing through the settlement hole of the mold plate and blocking an outlet unit of the charging nozzle and guiding cleaning solution by elevation in order to recollect the cleaning solution while cleaning the outlet unit of the charging nozzle when cleaning the liquid water moving paths of the storage tank, the supply duct, and the fixed quantity measurement/opening/supply unit. Therefore, a supply structure can be simplified.

Description

Liquid water supply and washing device {LIQUID WATER SUPPLT AND WASHING DEVICE}

The present invention relates to a liquid water supply and cleaning device, and more particularly, to a flow meter installed in a supply pipe on the outlet side of a liquid water storage container to measure the flow rate of moving liquid water, store it in a body portion by quantity, and transmit a control signal Through the opening and closing operation of the working cylinder, the liquid water is quantitatively supplied to the beverage container through the filling nozzle, thereby simplifying the supply structure by eliminating the conventional piston-type quantitative supply unit, and moving the outlet of the filling nozzle up and down the washing unit. It relates to a liquid water supply and cleaning device that can perfectly perform a cleaning operation by washing in a sealed state.

In general, in order to quantitatively supply liquid water to a beverage container such as a cup, the liquid water is stored in a large storage tank, and the liquid water is quantitatively supplied to the beverage container while repeating the process of inhaling and discharging the liquid water along a pipe line. .

Existing liquid water supply devices are configured to transport liquid water stored in a storage tank along a conduit, and determine a required supply amount of liquid water by using a nozzle body of a content filling means to supply the liquid water in a fixed quantity.

In this way, the existing liquid water supply device sucks in liquid water through the backward operation of the piston of the fixed quantity supply unit, and pushes and supplies the liquid water through the forward operation of the piston to supply the liquid water in a fixed amount to the beverage container. do.

However, when the existing liquid water supply device is used for a long time, the piston of the fixed quantity supply unit and the operation structure for driving the piston are complicated, so failure occurs frequently, and there is a problem in that it is difficult to repair when the failure occurs. In addition, the moving path of liquid water is long and complicated, so it is difficult to clean the inside of the liquid water supply device, and the cleaning operation around the outlet of the filling nozzle is not perfectly performed because the cleaning of the liquid deposited around the outlet of the filling nozzle is not smooth. There is a problem.

Therefore, there is a need to improve this.

As a related background art, there is Patent Registration No. 10-0661969 (2006.12.20, title of invention: contents filling device of spout pouch).

The present invention was created by the above needs, and a flow meter is installed in the supply pipe on the outlet side of the liquid storage tank to measure the flow rate of the moving liquid water, store it in a quantity in the body part, and open and close the operating cylinder through a control signal. By supplying liquid water to the beverage container via the filling nozzle by operation, the supply structure can be simplified by eliminating the conventional piston-type fixed-quantity supply unit, and the outlet of the filling nozzle can be lifted up and down the washing unit in a sealed state. By washing, the purpose is to provide a liquid water supply and washing device that can perfectly perform the washing operation.

Liquid water supply and cleaning apparatus according to the present invention in order to achieve the above object is provided in the frame, the reservoir for storing the liquid; a supply pipe for supplying the liquid in the reservoir; a quantitative measurement opening/closing supply unit provided in the supply conduit and measuring the flow rate of the liquid material and supplying a quantitative quantity of the liquid material to the beverage container that is seated in the seating hole of the mold plate and transported through the filling nozzle through an opening/closing operation; And when cleaning the moving path of the liquid material in the reservoir, the supply pipe, and the quantitative measurement supply opening/closing part, the filling is carried out by a lifting operation by passing through the seating hole of the mold plate to recover the cleaning liquid while cleaning the outlet of the filling nozzle. It is characterized in that it includes; a nozzle lifting, blocking and collecting unit for blocking the outlet of the nozzle and guiding the washing liquid.

The storage tank is provided with a cleaning and sterilizing unit for supplying a washing liquid or sterilizing liquid through an injection pipe to clean and sterilize the inside, and a clean air supply unit for supplying clean air through the injection pipe, and the injection pipe is opened and closed. An opening/closing valve is provided, and a washing nozzle for supplying washing liquid, sterilizing liquid or clean air is provided at the end of the injection pipe, and the storage tank includes a temperature sensor for measuring the temperature of the liquid water, and a storage capacity height of the liquid water. It is characterized in that a level sensor for measuring is provided.

The quantitative measurement opening/closing supply unit may include a flow meter provided in the supply pipe line and measuring the capacity of the liquid moving in the storage container; a body portion provided in the frame, in which the liquid material transported through the flow meter and the supply pipe is introduced in a fixed amount and stored in an accommodation space, and the filling nozzle is provided; a control unit for detecting a quantitative movement signal of liquid water measured by the flow meter; And provided in the body part, while supplying a fixed amount of liquid stored in the accommodation space to the beverage container through the filling nozzle through an opening and closing operation through a control signal of the control unit, the flow meter in the vacated accommodation space. It is characterized in that it includes; a quantitative opening and closing unit that allows the liquid to be quantitatively stored again through quantitative measurement of.

The quantitative opening/closing unit may include an opening/closing rod member that moves up and down in the receiving space of the body part to block or open the outlet of the filling nozzle; a contact protrusion provided around the opening and closing bar member and having an O-ring installed thereon; a narrow portion formed to be narrower than the accommodation space in the body portion so as to be sealed when the opening/closing rod member contacts the close protrusion to open and close the outlet of the filling nozzle; an operating shaft member coupled to the opening and closing bar member and elevating the opening and closing bar member; and an opening/closing cylinder connected to an upper side of the actuating shaft member and opening and closing the outlet of the filling nozzle by operating the opening/closing bar member to move up and down.

and a washing liquid injection unit to clean the opening/closing rod member and the accommodation space, wherein the washing liquid injection unit is provided on an upper side of the narrow portion in the body, and the bar member and the close protrusion are operated upwardly by the opening/closing cylinder. an expansion part formed to expand compared to the narrow part so that the receiving space and the narrow part are opened; an inlet pipe extending and connected to the outside from the expansion part; and a washing liquid supply unit connected to the inlet pipe and supplying a washing liquid.

The nozzle lifting and blocking collection part may include a plurality of installation plates provided on the frame; a mounting plate provided on the mounting plate; a pair of lift cylinders provided on the mounting plate and having lift shafts that move up and down; an elevating plate provided on the elevating shaft of the elevating cylinder and moving up and down; and an elevation operation provided on the elevation plate to open and close the outlets of the plurality of filling nozzles installed in the width direction, and receiving and receiving the washing liquid discharged through the outlets of the filling nozzles to wash and recover the outlets of the filling nozzles. It is characterized in that it includes; recovery unit.

The lifting operation recovery part includes a washing liquid moving block installed by a support member on the upper side of the lifting plate to form a space into which the washing liquid flows and having a discharge pipe through which the washing liquid is discharged; a washing liquid support block provided on the upper side of the washing liquid moving block according to the number of filling nozzles and having a washing liquid moving passage communicating with the space of the washing liquid moving block; a cap member provided on an upper side of each of the washing liquid support blocks and inserted and mounted in a state surrounding the outlet of the filling nozzle to receive the washing liquid discharged from the filling nozzle and wash the outlet of the filling nozzle; and a washing liquid recovery unit that is connected to an end of the discharge conduit and recovers the washing liquid accommodated in the cap member through the passage of the washing liquid support block and the space of the washing liquid support block through the discharge conduit. to be

In the liquid water supply and cleaning apparatus according to the present invention, a flow meter is installed in the supply pipe on the outlet side of the liquid water storage container to measure the flow rate of the moving liquid water, store it in the body part by quantity, and open and close the operating cylinder through a control signal. By quantitatively supplying liquid water to the beverage container through the filling nozzle, not only can the supply structure be simplified by eliminating the conventional piston-type quantitative supply part, but also the outlet of the filling nozzle is lifted and washed in a sealed state. By doing so, the cleaning operation can be performed perfectly.

1 is a front view of an apparatus for supplying and washing liquid water according to an embodiment of the present invention, showing a state in which a nozzle lifting and blocking collection part is lowered.
2 is a front view of a liquid water supply and cleaning apparatus according to an embodiment of the present invention, showing a state in which a nozzle elevation blocking recovery unit is raised.
3 is a side view of a liquid water supply and cleaning device according to an embodiment of the present invention.
4 is a detailed front view of a quantitative measurement opening/closing supply unit in a liquid water supply and cleaning device according to an embodiment of the present invention.
5 is a detailed side view of a quantitative measurement opening/closing supply unit in a liquid water supply and cleaning device according to an embodiment of the present invention.
6 is a detailed front view of a nozzle lifting/blocking/recovering unit in the liquid water supply and cleaning apparatus according to an embodiment of the present invention.
7 is a detailed side view of a nozzle lifting/blocking/recovering unit in a liquid water supply and cleaning apparatus according to an embodiment of the present invention.
8 is a view showing a state in which liquid water is quantitatively filled in the receiving space of the body part in a state in which the opening and closing bar member blocks the filling nozzle in the liquid water supply and washing device according to an embodiment of the present invention.
9 is a liquid water supply and washing device according to an embodiment of the present invention, in a state in which the opening and closing rod member blocks the filling nozzle, while a fixed amount of liquid water is contained in a beverage container, a fixed amount of liquid water is passed through the body through a capacity meter This is a drawing showing the state before entering the receiving space of the vice,
10 is a view showing a state in which liquid water supply and cleaning apparatus according to an embodiment of the present invention moves the opening/closing member upward to supply cleaning liquid in a state in which the expansion unit is opened to clean and recover the water.

Hereinafter, a liquid water supply and cleaning apparatus according to an embodiment of the present invention will be described with reference to the accompanying drawings.

In this process, the thickness of lines or the size of components shown in the drawings may be exaggerated for clarity and convenience of description. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or operator. Therefore, definitions of these terms will have to be made based on the content throughout this specification.

1 is a front view of a liquid water supply and washing apparatus according to an embodiment of the present invention, showing a state in which a nozzle lifting and blocking collection part is lowered, and FIG. 2 is a liquid water supply and washing according to an embodiment of the present invention. As a front view of the device, it is a view showing a state in which the nozzle lifting and blocking collection part is raised, FIG. 3 is a side view of a liquid water supply and washing device according to an embodiment of the present invention, and FIG. 4 is a liquid water supply according to an embodiment of the present invention. A detailed front view of the quantitative measurement opening/closing supply unit in the water supply and cleaning device, and FIG. 5 is a detailed side view of the quantitative measurement opening/closing supply unit in the liquid water supply and cleaning device according to an embodiment of the present invention.

6 is a detailed front view of a nozzle lifting and blocking collection unit in a liquid water supply and cleaning apparatus according to an embodiment of the present invention, and FIG. 7 is a nozzle lifting and blocking nozzle lifting and blocking unit in a liquid water supply and washing apparatus according to an embodiment 8 is a detailed side view of the recovery unit, and FIG. 8 is a liquid water supply and cleaning device according to an embodiment of the present invention, in a state in which the opening and closing rod member blocks the filling nozzle, showing a state in which liquid water is quantitatively filled in the accommodation space of the body unit Figure 9 is a liquid water supply and washing device according to an embodiment of the present invention, in a state in which the opening and closing rod member blocks the filling nozzle, a fixed amount of liquid water is contained in a beverage container through a capacity meter 10 is a view showing a state before water enters the accommodation space of the body part, and FIG. 10 is a liquid water supply and washing device according to an embodiment of the present invention, in a state in which the opening and closing rod member is moved upward to open the expansion part, and the washing liquid It is a drawing showing the state of supplying, washing and recovering.

1 to 10, the liquid water supply and cleaning apparatus according to an embodiment of the present invention includes a storage tank 100 provided on a frame 2 and storing liquid water, and a liquid water storage tank 100. It is provided in the supply pipe line 200 and the supply pipe line 200 for supplying, and is seated in the seating hole 5 of the mold plate 4 through the filling nozzle 324 by opening and closing operation by measuring the moving flow rate of the liquid When cleaning the liquid water movement path of the quantitative measurement opening/closing supply unit 300 for quantitatively supplying liquid water to the transported beverage container 6, the storage container 100, the supply pipe 200, and the quantitative measurement supply opening/closing unit 300 In order to recover the washing liquid while cleaning the outlet part of the filling nozzle 324, the nozzle lifting and blocking blocking the outlet part of the filling nozzle 324 and guiding the washing liquid through the lifting operation through the seating hole 5 of the mold plate 4 A recovery unit 500 is included.

The reservoir 100 is supported by the frame 2 and may be installed long in the width direction on the upper side of the quantitative measurement supply opening/closing part 300 .

At the center of the storage tank 100, an inlet pipe 102 into which liquid water and washing liquid can be introduced is provided.

The storage tank 100 includes a washing and sterilizing unit 120 supplying a washing liquid or sterilizing liquid through an injection pipe 110 to clean and sterilize the inside, and a clean air supply unit supplying clean air through the injection pipe 110. (130) may be provided.

The injection pipe 110 may be provided with an opening/closing operation valve 140 for opening/closing operation.

A washing nozzle 150 for supplying washing liquid, sterilizing liquid or clean air may be provided at an end of the injection pipe 110 . The washing nozzle 150 is formed in a circular ball shape and sprays the washing liquid in all directions to wash the ceiling lamp of the storage container 100 .

The storage tank 100 is characterized in that a temperature sensor 160 for measuring the temperature of liquid water and a level sensor 170 for measuring the height of the storage capacity of liquid water are provided. The level sensor 170 maintains a constant height of the liquid water stored in the storage tank 100 to maintain a constant pressure of the liquid water moving through the supply pipe 200 . That is, when the height of the liquid is determined, the amount of the liquid stored in the reservoir 100 is determined, so that the pressure applied to the supply pipe 200 can be kept constant, thereby facilitating the quantitative supply of the liquid.

A drain pipe 180 may be provided at the bottom of the storage tank 100 to discharge cleaning liquid after cleaning the storage tank 100 . The drain pipe 180 may discharge a large amount of washing liquid generated during washing to the outside.

The quantitative measurement opening/closing supply unit 300 is provided in the supply pipe line 200 and is provided in the flow meter 310 for measuring the capacity of the liquid moving in the storage container 100, and is provided in the frame 2 through the flow meter 310 The liquid material transported through the supply conduit 200 is introduced in a fixed amount and stored in the receiving space 322, and the liquid material measured in the body part 320 equipped with the filling nozzle 324 and the flow meter 310 is moved in a quantitative manner. The control unit 330 for detecting the signal and the filling nozzle 324 provided in the body unit 320 and opening and closing the amount of liquid stored in the accommodation space 322 through a control signal of the control unit 330. It may include a quantitative opening/closing unit 340 that allows the liquid water to be quantitatively stored again through the quantitative measurement of the flowmeter 310 in the vacated receiving space 322 while supplying the beverage container 6 in a quantitative manner through.

The flowmeter 310 measures the supply amount of the liquid water by inducing an electromotive force using a magnetic field while the liquid material moving through the supply pipe 200 passes, or measures the supply amount of the liquid water using a rotary blade, or various other methods. The supply amount of liquid water can be determined using That is, the flowmeter 310 may be measured using at least one of an electromagnetic flowmeter using a magnetic field and an electromotive force, a turbine flowmeter using the number of revolutions of a rotor blade, and other flowmeters.

The body portion 320 may be vertically long and may include an accommodation space 322 in which liquids are temporarily stored.

The fixed opening/closing unit 340 includes an opening/closing bar member 341 that moves up and down in the receiving space 322 of the body portion 320 to block or open the outlet of the filling nozzle 324, and a circumference of the opening/closing bar member 341. The body part ( A narrow portion 344 formed narrower than the receiving space 322 in 320, an operating shaft member 345 coupled to the opening and closing bar member 341 and elevating the opening and closing bar member 341, and an operation shaft It may include an opening/closing cylinder 346 connected to an upper side of the member 345 and opening and closing the outlet of the filling nozzle 342 by lifting and lowering the opening and closing rod member 341 .

The opening/closing bar member 341 may be configured such that an end portion is formed in a round ball shape to block or open the exit entry side of the filling nozzle 324 . The opening and closing bar member 341 has a circular cross section.

The contact protrusion 342 may be integrally formed with the opening/closing bar member 341, and may be configured to be detachable from the opening/closing bar member 341 in some cases.

A seating groove in which the O-ring 343 is seated is formed around the contact protrusion 342, so that the O-ring 343 is in close contact with the inner wall surface of the narrow portion 344 so that the liquid stored in the accommodation space 32 leaks upward. Confidentiality can be maintained to prevent

The narrow portion 344 is formed more reduced than the accommodation space 322 so that when the opening and closing bar member 341 opens and closes the outlet of the filling nozzle 324, the liquid does not pass over the upper side of the narrow portion 344. The contact protrusion 342 moves up and down within the section of the narrow portion 344 .

The operating shaft member 345 extends upward from the opening and closing bar member 341 and operates the opening and closing bar member 341 by the up and down operation of the opening and closing cylinder 346 .

The operating shaft member 345 may be connected to the shaft of the opening/closing cylinder 346 through a connection block 347 .

The operating shaft member 345 is hooked to the lower end of the connecting block 347, and the shaft of the opening/closing cylinder 346 may be fixed to the upper side of the connecting block 347 by screwing.

4, 5 and 10, the liquid water supply and cleaning apparatus according to an embodiment of the present invention includes a washing liquid injection unit 400 to clean the opening and closing bar member 341 and the receiving space 322. can include

The washing liquid injection part 400 is provided on the upper side of the narrow part 344 in the body part 320, and the opening and closing bar member 341 and the close protrusion 342 move upward of the opening and closing cylinder 346 to accommodate the space ( 322) and the narrow part 344 are opened, the expansion part 410 which is formed to be larger than the narrow part 344, the inlet pipe 420 extending and connected to the outside from the expansion part 410, and the inlet pipe ( 420), and may include a washing liquid supply unit 430 supplying a washing liquid.

The washing liquid supply unit 430 moves the washing liquid through the inlet pipe 420 when carrying out the washing (cip) operation while storing the set amount of the washing liquid, thereby extending the body part 320 to the expansion part 410 and the narrow part 344. , The receiving space 322, the inside of the filling nozzle 324 and around the outlet can be washed.

6 and 7, the nozzle lifting and blocking collection unit 500 includes a plurality of installation plates 510 provided on the frame 2, a mounting plate 520 provided on the installation plate 510, A pair of lifting cylinders 530 provided on the mounting plate 520 and having lifting shafts moving up and down, and a lifting plate 540 provided on the lifting shaft 532 of the lifting cylinder 530 and moving up and down, , It is provided on the elevating plate 540 and moves up and down to open and close the outlet of a plurality of filling nozzles 324 installed in the width direction, and receives the washing liquid discharged through the outlet of the filling nozzle 324 to It may include a lift operation recovery unit 550 that cleans and recovers the area around the outlet.

A pair of installation plates 510 may be provided by vertically extending from the lower end of the frame 2 . The mounting plate 520 may be provided on the side of the mounting plate 510 by being bent in an L-shape.

The lift cylinder 530 may be coupled to the mounting plate 520 by bolting.

The elevating plate 540 is connected long in the width direction, and upper ends of the elevating shafts 532 of the elevating cylinder 530 may be respectively connected to both sides through support plates.

The lifting operation recovery part 550 is installed by the support member 542 on the upper side of the lifting plate 540 to form a space into which the washing liquid flows in and has a discharge conduit 552 through which the washing liquid is discharged. A moving block 551 and a washing liquid support block 553 provided on the upper side of the washing liquid moving block 551 according to the number of filling nozzles 324 and formed with a washing liquid moving passage communicating with the space of the washing liquid moving block 551 ) and the washing liquid support block 553, respectively, are inserted and mounted in a state of wrapping around the outlet of the filling nozzle 324 to accommodate the washing liquid discharged from the filling nozzle 324, and thereby fill the filling nozzle 324. The cap member 554 for washing the outlet, connected to the end of the discharge pipe 552, and the washing liquid accommodated in the cap member 554 is transferred between the passage of the washing liquid support block 553 and the space of the washing liquid moving block 551. It may include a washing liquid recovery unit 556 for recovering via the discharge pipe 552 through the.

The support member 542 may support both side surfaces of the washing fluid moving block 551 in an L-shape. One space of the washing liquid moving block 551 may be integrally connected.

The washing liquid support block 553 is illustrated as being formed in four, but is provided accordingly when the number of filling nozzles 324 increases.

Each moving passage of the washing liquid support block 553 is connected to the space of the washing liquid moving block 551, and the washing liquid is combined in one space through the four moving passages and moves to the washing liquid recovery unit 556 through the discharge pipe 552. so it can be recovered.

The washing liquid recovered by the washing liquid recovery unit 556 may be discarded to the outside or may be filtered through a purification device and recycled as a washing liquid.

On the inner surface of the cap member 554, there is a sealing member 555 for sealing to prevent the washing liquid flowing into the inside of the cap member 554 from leaking to the outside after washing around the outlet of the filling nozzle 324. may be provided. At least one sealing member 555 is provided on the circumferential surface of the filling nozzle 324 to be closely adhered to, thereby maintaining airtightness.

Referring to FIGS. 6 and 7 , the balance of the elevation plate 540 can be maintained by the balance maintenance unit 600 and the elevation cylinder 530 during elevation.

The balance maintaining unit 600 includes a pair of slide guide members 610 provided on the mounting plate 520, provided with slide holes 612 vertically and having an opening 614 formed on one side, and a slide hole. A pair of rack gear shaft members 620 that are inserted into 612 and have an upper end mounted on an elevating plate 540 to move up and down according to the up and down operation of the elevating shaft 532 of the elevating cylinder 530, and a mounting plate 520 An installation plate 630 installed on the installation plate 630, a pair of circular gear members 640 provided on the installation plate 630 and engaged with the rack gear teeth 622 of the rack gear shaft member 620, respectively; It may include a balance connecting shaft member 650 that connects each of the gear members 640 to each other and helps the rack gear shaft member 620 to lift uniformly to balance the left and right sides of the lifting plate 540 .

A slide bearing or a ball bearing is built into the slide hole 612 of the slide guide member 610 to guide the rack gear shaft member 620 in ascending and descending.

The open portion 614 of the slide guide member 610 is formed in an arc shape, and a part of the circular gear member 640 is inserted so that the circular gear teeth are engaged with the rack gear teeth 622 of the rack gear shaft member 620 to rack the rack. A pair of circular gear members 640 may be configured to rotate through the elevation of the gear shaft member 620 .

At this time, the balance connecting shaft member 650 serves to guide the pair of rack gear shaft members 620 through the same rotation so that the pair of rack gear shaft members 620 rise and fall uniformly by connecting the pair of circular gear members 640 to each other. will do

Referring to FIG. 8, the opening and closing rod member 341 descends through the operating shaft member 345 by the lowering operation of the opening and closing cylinder 346 to block the outlet of the filling nozzle 324, and the storage container ( 100), the liquid water passing through the flowmeter 310 through the supply pipe 200 is transported in a fixed amount and maintained in a state in which the amount of water is accommodated in the receiving space 322 of the body part 320.

Referring to FIG. 9, the opening and closing rod member 341 rises through the operating shaft member 345 by the upward operation of the opening and closing cylinder 346 to show a state in which the outlet of the filling nozzle 324 is opened, and the body portion The liquid water contained in the receiving space 322 of the 320 is discharged through the outlet of the filling nozzle 324, and the liquid water is quantified into the beverage container 6 seated in the seating hole 5 of the mold plate 4. supply

At this time, in order to fill the accommodation space 322 of the emptied body 320 by the amount of liquid, the flow meter 310 detects the amount of movement of the liquid, the controller 330 detects this detection signal, and the controller 330 controls the movement. The signal is transmitted to the opening and closing cylinder 346 to operate the opening and closing cylinder 346 to block the outlet of the filling nozzle 324 through the opening and closing rod member 341 as shown in FIG. ) to fill the receiving space 322 with a quantity of liquid. While repeating the process of FIGS. 8 and 9, a fixed amount of liquid water can be continuously supplied to the beverage containers 6 placed on the mold plate 40.

Referring to FIG. 10, the opening/closing rod member 341 rises to the maximum through the operating shaft member 345 by the highest lifting operation of the opening/closing cylinder 346, completely opening the outlet of the filling nozzle 324, and contact protrusions. 342 shows a state in which it has moved to the expansion part 410, and shows a state in which the cap member 554 of the nozzle lifting/blocking recovery part 500 is raised and inserted around the filling nozzle 324, the washing liquid supply unit The washing liquid is supplied through the 430, and the washing liquid is discharged to the outlet of the filling nozzle 324 through the expansion part 410, the narrow part 344, and the inner surface of the receiving space 322 through the inlet pipe 420. .

In addition, the washing liquid flows in from the washing nozzle 150 and the inlet pipe 102 of the reservoir 100, and cleans the body part 320 while washing through the inside of the reservoir 100, the supply pipe 200, and the inside of the flowmeter 310. ) is introduced into the receiving space 322.

In this way, the washing liquid discharged through the filling nozzle 324 and contained in the cap member 554 washes the area around the outlet of the filling nozzle 324, and then the moving passage of the washing liquid support block 543 and the washing liquid moving block. Through the space of 541 and through the discharge pipe 552, it is recovered in the washing liquid recovery unit 556.

Therefore, in the liquid water supply and cleaning apparatus according to an embodiment of the present invention, a flow meter is installed in the supply pipe on the outlet side of the liquid water storage container to measure the flow rate of the moving liquid water, store it in the body portion by quantity, and transmit a control signal Through the opening and closing operation of the working cylinder, the liquid water is quantitatively supplied to the beverage container through the filling nozzle, thereby simplifying the supply structure by eliminating the conventional piston-type quantitative supply unit, and moving the outlet of the filling nozzle up and down the washing unit. By cleaning in a sealed state, the cleaning operation can be perfectly performed.

The present invention has been described with reference to the embodiments shown in the drawings, but this is only exemplary, and those skilled in the art can make various modifications and equivalent other embodiments. will understand

Therefore, the true technical protection scope of the present invention should be determined by the claims below.

2: frame 4: mold plate
5: seating hole 6: beverage container
100: reservoir 110: injection pipe
120: washing and sterilization unit 130: clean air supply unit
140: opening and closing valve 150: washing nozzle
160: temperature sensor 170: level sensor
180: drain pipe 200: supply pipe
300: quantitative measurement opening and closing supply unit 310: flow meter
320: body part 322: accommodation space
324: filling nozzle 330: control unit
340: fixed opening and closing part 341: opening and closing rod member
342: close protrusion 343: O-ring
344: narrow part 345: working shaft member
346: opening and closing cylinder 347: connection block
400: washing liquid injection unit 410: expansion unit
420: inlet pipe 430: washing liquid supply unit
500: nozzle lifting and blocking collection unit 510: installation plate
520: mounting plate 530: lifting cylinder
532: lifting shaft 540: lifting plate
542: support member 550: lifting operation collection unit
551: washing fluid moving block 552: discharge pipe
553: washing liquid support block 554: cap member
555: sealing member 556: washing liquid recovery unit
600: balance maintaining unit 610: slide guide member
612: slide hole 614: opening
620: rack gear shaft member 622: rack gear gear
630: installation plate 640: circular gear member
650: balance connecting shaft member

Claims (7)

A reservoir 100 provided on the frame 2 and storing liquid;
A supply line 200 for supplying liquid in the reservoir 100;
It is provided in the supply conduit 200, measures the flow rate of the liquid, and is seated in the seating hole 5 of the mold plate 4 through the filling nozzle 324 by opening and closing operations to transfer the liquid to the beverage container 6. A quantitative measurement open/close supply unit 300 for supplying water in a quantitative amount; and
When washing the moving path of the liquid material of the reservoir 100, the supply pipe 200, and the quantitative measurement supply opening and closing part 300, the mold plate ( 4) a nozzle lifting/blocking/recovering unit 500 for blocking the outlet of the filling nozzle 324 and guiding the washing liquid through a lifting operation through the seating hole 5;
Liquid water supply and cleaning device comprising a.
According to claim 1,
The storage tank 100 includes a washing/sterilizing unit 120 supplying a washing liquid or sterilizing liquid through an injection pipe 110 to clean and sterilize the inside, and a clean air supplying clean air through the injection pipe 110. An air supply unit 130 is provided,
The injection pipe 110 is provided with an opening and closing operation valve 140 for opening and closing operation,
A washing nozzle 150 for supplying washing liquid, sterilizing liquid or clean air is provided at the end of the injection pipe 110,
The storage tank 100 is a liquid water supply and cleaning device, characterized in that provided with a temperature sensor 160 for measuring the temperature of the liquid water, and a level sensor 170 for measuring the height of the storage capacity of the liquid water.
According to claim 1,
The quantitative measurement opening and closing supply unit 300,
a flow meter 310 provided in the supply pipe 200 and measuring the capacity of the liquid moving in the storage container 100;
The liquid material provided in the frame 2 and transported through the supply pipe 200 via the flow meter 310 is introduced in a fixed amount and stored in the receiving space 322, and the body portion in which the filling nozzle 324 is provided. (320);
a control unit 330 for detecting a quantitative movement signal of the liquid material measured by the flow meter 310; and
It is provided in the body part 320 and through the control signal of the control unit 330, a quantity of liquid stored in the accommodation space 322 is opened and closed through the filling nozzle 324 to the beverage container 6 ), a quantitative opening/closing unit 340 that allows the liquid water to be quantitatively stored again in the emptied receiving space 322 through quantitative measurement of the flowmeter 310;
Liquid water supply and cleaning device comprising a.
According to claim 3,
The quantitative opening and closing part 340,
an opening/closing bar member 341 that moves up and down in the accommodation space 322 of the body part 320 to block or open the outlet of the filling nozzle 324;
a contact protrusion 342 provided around the opening and closing bar member 341 and having an O-ring 343 installed thereon;
When the opening and closing bar member 341 opens and closes the outlet of the filling nozzle 324 in contact with the close protrusion 342, the body portion 320 is formed narrower than the accommodation space 322 so as to be sealed. a narrow portion 344;
an operating shaft member 345 coupled to the opening and closing bar member 341 and elevating the opening and closing bar member 341; and
An opening/closing cylinder 346 connected to an upper side of the operating shaft member 345 and opening and closing the outlet of the filling nozzle 324 by operating the opening/closing rod member 341 to lift and lower;
Liquid water supply and cleaning device comprising a.
According to claim 3,
It includes a washing liquid injection unit 400 to clean the opening and closing bar member 341 and the accommodation space 322,
The washing liquid injection unit 400,
It is provided on the upper side of the narrow part 344 in the body part 320, and the opening and closing bar member 341 and the close protrusion 342 operate upward of the opening and closing cylinder 346 to open the accommodation space 322. and an extension portion 410 formed to be larger than the narrow portion 344 so that the narrow portion 344 is opened.
An inlet pipe 420 extending and connected to the outside from the expansion part 410; and
A washing liquid supply unit 430 connected to the inlet pipe 420 and supplying a washing liquid;
Liquid water supply and cleaning device comprising a.
According to claim 1,
The nozzle lifting and blocking collection unit 500,
a plurality of installation plates 510 provided on the frame 2;
a mounting plate 520 provided on the mounting plate 510;
a pair of lifting cylinders 530 provided on the mounting plate 520 and having lifting shafts moving up and down;
an elevation plate 540 that is provided on the elevation shaft 532 of the elevation cylinder 530 and moves up and down; and
The elevating plate 540 operates to open and close the outlet of the filling nozzles 324 installed in a widthwise direction, and the filling nozzle 324 receives the washing liquid discharged through the outlet of the filling nozzle 324. ) Lifting operation recovery unit 550 for cleaning and recovering the exit periphery;
Liquid water supply and cleaning device comprising a.
According to claim 6,
The lifting operation recovery unit 550,
a washing liquid moving block 551 installed on the upper side of the elevating plate 540 by a support member 542 to form a space into which the washing liquid is introduced and having a discharge conduit 552 through which the washing liquid is discharged;
a washing liquid support block 553 provided above the washing liquid moving block 551 according to the number of filling nozzles 324 and having a washing liquid moving passage communicating with the space of the washing liquid moving block 551;
It is provided on the upper side of each of the washing liquid support blocks 553, and is inserted and mounted in a state of wrapping around the outlet of the filling nozzle 324 to receive the washing liquid discharged from the filling nozzle 324 and fill the filling nozzle 324. A cap member 554 for washing the outlet of the; and
Connected to the end of the discharge conduit 552, the washing liquid accommodated in the cap member 554 passes through the passage of the washing liquid support block 553 and the space of the washing liquid moving block 551 to the discharge conduit 552. ) through the washing liquid recovery unit 556;
Liquid water supply and cleaning device comprising a.

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