KR100860853B1 - A rectilinear charging apparatus - Google Patents

Abstract

The present invention is to fill the liquid inside the pouch container, to move the pouch container filled with liquid in a straight line to bind the stopper to the liquid filling and plug binding in a linear motion method to improve the cost reduction and productivity It relates to a straight-type filling machine.

The present invention for achieving the above object, the base, the liquid filling means for filling the liquid into the interior of the pouch container and the liquid supply means for supplying the liquid to the liquid filling means; It is characterized in that it comprises a moving means installed on the base to bind and move the pouch container, and a stopper binding means for binding the stopper to the spout of the pouch container filled with liquid in the liquid filling means.

Pouch Container, Spout, Straight Type, Filler, Liquid

Description

A rectilinear charging apparatus

1 is a perspective view showing a straight filler according to the present invention.

Figure 2 is a front view showing a straight filler in accordance with the present invention.

Figure 3 a, b is a view showing the liquid injection means of the present invention.

Figure 4 a, b is a view showing the liquid supply means of the present invention.

Figure 5 a, b is a view showing the moving means of the pouch container.

Figure 6 a, b is a view showing the closure fastening means of the present invention.

7 is a view showing the operation relationship of the straight-type filling machine according to the present invention, showing a state in which the liquid is filled in the pouch container.

8 is a view showing the operation relationship of the straight-type filling machine according to the present invention, a state in which the stopper is bound to the pouch container.

[Description of Symbols for Main Parts of Drawing]

100: base 200: liquid filling means

202, 302, 502: 1, 2, 3 support rods 204, 504: 1, 2 support plate

208, 508: First and second guide rods 210, 510: First and second lifting members

212 injection member 214 nozzle

216, 517, 520: first, second, third driving member 300: liquid supply means

304: liquid storage tank 306: inlet pipe

308: injection tube 310, 410: first and second cylinder

312: operation bar 314: liquid injection amount control unit

400: moving means 402: fixed frame

403, 405: 1st, 2nd rail 404: fixed holder

406: binding groove 412: cylinder rod

414: stopper 500: stopper binding means

512: binding socket 514: rotating body

516: binding hole 600: separation means

602: push member 604: push rod

The present invention relates to a straight-type filling machine, and more particularly, filling the liquid into the inside of the pouch container, by moving the pouch container filled with liquid in a straight line to bind the stopper to the filling and plug binding of the liquid in a linear motion method The present invention relates to a straight-line filling machine that can reduce costs and improve productivity.

In general, a pouch-type liquid storage container is a pouch container having a space where a predetermined liquid can be accommodated, and a spout sealed in the pouch container so as to selectively discharge the liquid contained in the pouch container. It is inserted into the open end of the heat sealing.

Such a pouch container is filled with liquid into the inside of the pouch container through the spout sealed at the opening end of the pouch container by the liquid filling device, so that the liquid filled in the pouch container can be prevented from leaking to the outside through the spout. The cap that seals the spout is screwed in.

The apparatus for filling liquid into the inside of the pouch container generally has a rotary structure having a circular working path, and maintains a vacuum in the inner space of the pouch container in which the spout is sealed, and simultaneously inside the pouch container through the spout. The liquid is filled to be accommodated in the container, the inlet of the spout is partially washed, and then screwed into the spout using a cap, and the liquid is stored in the pouch container and distributed to the outside.

Such a filling device for filling a liquid in a conventional pouch container has the following problems.

The conventional liquid filling apparatus has a structure in which a series of filling work units are arranged on a circular work path, resulting in a large size and complexity of the filling facility.

In addition, the vacuum / filling fixing, cleaning process and the capping process is sequentially made by a single circular working path, a series of liquid filling process is complicated, thereby increasing the manufacturing cost of the equipment.

In addition, due to the characteristics of the rotary structure, the working radius for a series of liquid filling processes becomes enormous, and thus there is a problem such that a large number of personnel who actually manage the working process are required.

The present invention has been made to solve the above problems, the liquid filling process into the pouch container by a simple operation of the operation manager, so that the entire liquid filling process is made to automatically seal the pouch container filled with liquid The aim is to simplify the process, reduce the manufacturing cost of the equipment, and allow a series of liquid filling processes to be performed along a straight path to produce a liquid-filled product in a short time.

The present invention for achieving the above object, the base is provided with a top plate, the liquid filling means for filling the liquid into the inside of the pouch container installed on the upper portion of the base, liquid supply for supplying liquid to the liquid filling means Means, a moving means installed on the base to bind and move the pouch container, and a stopper binding means for binding the stopper to the spout of the pouch container filled with liquid in the liquid filling means.

Here, the stopper binding means is further characterized in that the separation means for separating the pouch container.

In addition, the liquid filling means is a first support rod which is installed in the vertical direction on the upper portion of the base, a first support plate which is fixed to the first support rod and the upper and lower fixing members are formed, the fixing member of the first support plate A first guide rod coupled to the first guide rod, the first lifting member coupled to the first guide rod to move up and down, and an injection nozzle installed at the first lifting member to inject liquid into the pouch container. And an injection member and a first driving member installed on the first support plate to operate the first lifting member.

The liquid supply means may include a second support rod installed on the upper portion of the base, a liquid storage tank coupled to the second support rod to store liquid, an inlet pipe connected to the liquid storage tank, and the liquid introduced thereto; An inlet pipe connected to a predetermined position of the inlet pipe to move the liquid to the liquid filling means, a non-return valve for preventing backflow of the liquid between the liquid storage tank and the inlet pipe, and the inlet pipe. It is characterized in that the first cylinder is connected to supply the liquid to the inlet and the injection tube.

Here, the liquid receiving portion is further provided between the inlet pipe and the first cylinder.

Further, the first cylinder is provided with an operation bar for introducing and supplying the liquid of the liquid storage tank, the operation bar is characterized in that the liquid injection amount adjusting unit for adjusting the injection amount of the liquid is further provided.

In addition, the liquid injection amount adjusting portion is provided with a fixing ring coupled to the operation bar, characterized in that consisting of the gap adjusting member screwed to the fixing ring.

The moving means includes a fixed frame fixedly installed on the base, a fixed holder installed on the front of the fixed frame, to which the spout of the pouch container is coupled, and fixedly coupled to the fixed holder to move the fixed holder from side to side. It is characterized by consisting of a second cylinder provided with a cylinder rod.

Here, the fixing frame is provided with a stopper for controlling the movement stroke of the spout fixing holder, the front surface of the fixing frame is provided with a first rail for moving the spout fixing holder, the spout fixing holder is provided with the first A second rail coupled to the rail is provided, and all of them have a binding groove for binding and fixing the spout.

In addition, the stopper binding means is provided between the third support rod is installed on the upper portion of the base, the second support plate which is fixed to the third support rod, the upper and lower fixing member is formed, and the upper and lower fixing members of the second support plate Is provided, the second elevating member is coupled to the second guide rod is raised and lowered, and a coupling hole is formed in the second elevating member is fitted to the stopper is provided with a rotating body for screwing the stopper to the spout And a second driving member installed on the second coupling plate and the second supporting plate to operate the second lifting member.

And, the pouch container separating means is characterized in that it is made of a push member having a push rod that is coupled to the third support rod of the closure binding means and operates back and forth.

Also. Each lower edge of the base is characterized in that the wheel is further provided.

Hereinafter, described in detail with reference to the accompanying drawings for the linear filler according to the present invention.

1 is a perspective view showing a straight filler according to the present invention, Figure 2 is a front view showing a straight filler according to the present invention, Figure 3 a, b is a view showing the liquid injection means of the present invention, Figure 4 A, b is a view showing a liquid supply means of the present invention, Figure 5 a, b is a view showing the movement means of the pouch container, Figure 6 a, b is a view showing the closure binding means of the present invention. .

As shown in FIGS. 1 to 6, the present invention includes a base 100 having an upper plate 102 and a plurality of wheels 104 installed at each lower corner.

Then, the upper part of the base 100 is installed to fill the liquid into the inside of the pouch container 10, the liquid filling means 200 and to bind the spout 12 to the pouch container 10 filled with liquid Liquid supply means 300 and the moving means 400 and the stopper binding means 500 is provided.

Here, the liquid filling means 200 is provided with a first support rod 202 installed in the vertical direction on the upper plate 102 of the base 100, is fixed to a predetermined position of the first support rod 202 The first support plate 204 is provided with a fixing member 206 is formed in the upper and lower portion to form a "c", a plurality of first guide rods coupled to the upper and lower fixing members 206 of the first support plate 204 (208) is provided, coupled to the first guide rod 208 is provided with a first elevating member (210) to move up and down, is installed on the first elevating member (210) pouch container (10) It consists of an injection member 212 is provided with an injection nozzle 214 for injecting liquid into the interior.

Furthermore, a first driving member 216 is further provided on the first support plate 204 to operate the first lifting member 210 to move up and down.

In addition, the first driving member 216 is connected to the upper and lower hoses (not shown), respectively, to be operated by air pressure.

In addition, the upper portion of the base 100 is provided with a liquid supply means 300 for supplying a liquid to the liquid filling means 200.

Here, the liquid supply means 300 is provided with a second support rod 302 which is installed in the vertical direction on the upper plate 102 of the base 100, is coupled to the second support rod 302 fixed outside A liquid storage tank 304 for receiving and storing liquid is provided, and is provided with an inlet pipe 306 coupled to and fixed to a lower portion of the liquid storage tank 304 to introduce liquid. Is coupled to a predetermined position is provided with an injection pipe 308 for supplying the liquid to the injection member 212 of the liquid filling means 200, is connected to the inlet pipe 306 to force the liquid into the injection It consists of a first cylinder 310 to be supplied to the tube (308).

Furthermore, a liquid receiving portion 309 is temporarily provided between the inflow pipe 306 and the first cylinder 310 to temporarily fill the liquid introduced through the inflow pipe 306.

In addition, at a predetermined position of the inflow pipe 306, that is, the upper portion connected to the injection pipe 306, the liquid introduced by the first cylinder 310 is prevented from flowing back to the liquid storage tank 304. The non-return valve 307 is further provided to be supplied only to the injection pipe 308 to be supplied to the injection member 212.

In addition, the first cylinder 310 enters the liquid stored in the liquid storage tank 304 through the inflow pipe 306 to flow into the liquid container 309 and at the same time the liquid of the liquid container 309. Is provided with an operation bar 312 to be supplied back to the injection pipe 308, the operation bar 312 is a liquid injection amount adjusting unit for adjusting the injection amount of the liquid according to the capacity of the pouch container 10 314 is further provided.

Here, the liquid injection amount adjusting unit 314 is provided with a fixing ring 316 that is fitted to the operation bar 312, the screw is coupled to the fixing ring 316 to loosen and tighten the operation of the operating bar 312 A gap adjusting member 318 for controlling an operation stroke is provided.

In addition, the pouch container 10 is installed on the base 100 and the pouch container 10 is bound and at the same time positioned below the liquid filling means 200 to fill the pouch container 10 with the liquid, and the filled pouch container 10 ) Is provided with a moving means 400 for moving to the next step.

Here, the moving means 400 is provided with a fixed frame 402 fixed to the upper portion of the base 100, is installed on the front of the fixed frame 402 spout 12 of the pouch machine 10 ) Is provided with a fixed holder 404 is coupled, the second cylinder 410 is provided with a cylinder rod 412 coupled to the fixed holder 404 to move the fixed holder 404 to the left and right. do.

Further, the second cylinder 410 is preferably fixed to the fixed frame 402 is installed in parallel with the liquid filling means 200.

In addition, the front of the fixed frame 402 is provided with a stopper 414 at both ends of the left and right sides of the fixed frame 402 to regulate the movement of the fixed holder 404, between the stopper 414 The first rail 403 is provided, the fixed holder 404 is coupled to the first rail 403 is provided with a second rail 405 to slide the fixed holder 404, the fixed In front of the holder 404 is formed a binding groove 406 to which the spout 12 of the pouch container 10 is bound.

And, the base 100 is provided with a stopper binding means 500 for binding the stopper 14 to the spout 12 of the pouch container 10 filled with the liquid in the liquid filling means 200.

Here, the stopper binding means 500 is provided in the vertical direction on the upper portion of the base 100, the third support rod 502 is provided on the other side of the liquid filling means 200 is provided, the third A second support plate 504 having a fixing member 506 is formed on the upper and lower portions of the supporting rod 502 so as to have a "c" shape, and between the fixing members 506 formed at the upper and lower portions of the second supporting plate 504. A plurality of second guide rods 508 is provided, coupled to the second guide rods 508 is provided with a second elevating member 510 to elevate, the second elevating portion member 510 is plug A binding socket 512 having a rotating body 514 for screwing the stopper 14 to the spout 12 is formed to form a binding hole 516 to receive the second support plate 504. A second driving member 517 is installed to operate the second lifting member 510 to move up and down.

Furthermore, the second elevating member 510 is further provided with a third driving member 520 for rotating the rotating body 514.

In addition, the pouch container separating means 600 for separating the pouch container 10 in which the stopper 14 is bound in the plug binding means 500 from the fixing holder 404 is provided.

Here, the pouch container separating means 600 is provided with a push member 602 coupled to and fixed to the third support rod 502 and the front and rear of the push member 602 of the fixed holder 404 A push rod 604 is provided to separate the pouch container 10 bound to the binding groove 406.

Referring to the operational relationship of the linear filler according to the present invention configured as described above are as follows.

7 is a view showing the operating relationship of the straight-type filling machine according to the present invention, a view showing a state in which the liquid is filled in the pouch container, Figure 8 is a view showing the operating relationship of the straight-type filling machine according to the present invention, the pouch The figure which shows the state which a stopper is bound to a container.

As shown in FIG. 7 and FIG. 8, the present invention firstly places the fixed holder 404 in the lower portion of the liquid filling means 200 and then spouts 12 of the pouch container 10 to the fixed holder 404. Bind to the binding groove 406 of the.

At this time, the method of binding the spout 12 of the pouch container 10 to the binding groove 406 may be manually bound by the operator, preferably by using a separate mechanical device automatically binding groove 406 To be tightened.

After binding the spout 12 of the pouch container 10 to the binding groove 406 of the fixed holder 404 as described above, by lowering the first lifting member of the liquid filling means 200 to the nozzle 214. ) Is inserted into the inlet of the spout 12.

That is, the first elevating member 210 is lowered by the guide of the first guide rod 208 by the operation of the first driving member 216, the binding groove 406 of the fixed holder 404 It is inserted into the inlet of the spout 12 that is bound to.

At this time, according to the capacity of the pouch container 10 that is bound to the fixed holder 404, the gap adjusting member 318 provided on the operation bar 312 of the first cylinder 310 to the screw loosening or screw tightening By adjusting the stroke of the operation bar 312 by adjusting the injection amount of the liquid filled into the pouch container 10 in advance.

In this state, the operating bar 312 of the first cylinder 310 is retracted to allow the liquid stored in the liquid storage tank 304 to flow in. At this time, the liquid storage tank is used by using the first cylinder 310. When the liquid stored in the 304 is introduced, the backflow prevention valve part 307 is opened while the liquid is introduced and is supplied to the liquid receiving part 309.

As such, the liquid stored in the liquid container 309 moves back through the inlet pipe 306 while the operation bar 312 of the first cylinder 310 moves forward, and at this time, the backflow of the liquid prevents the backflow. As the valve 307 is closed, the liquid is not flowed back into the liquid storage tank 304, but the nozzle 214 is inside the pouch container 10 fixed to the fixed holder 404 through the injection pipe 308. It is filled through.

Therefore, when the filling of the liquid into the pouch container 10 is completed, the first elevating member 210 is raised while being inserted into the spout 12 and the nozzle 214 into which the liquid is injected is separated and the fixed holder 404. Becomes freely movable.

That is, after raising the first elevating member 210, the second cylinder 410 is operated to move the fixing holder 404 to the right to be positioned below the stopper binding means 300. Let's go.

At this time, the cylinder rod 412 of the second cylinder 410 is to be retracted. The fixed holder 404 is moved in the direction of the stopper binding means 500 in accordance with the guidance of the first rail 403, one direction The fixing holder 404 moved to stop the operation of the second cylinder 410 by the stopper 414, the binding hole 516 and the spout of the rotating body 514 in the lower portion of the stopper binding means 500 The center of (12) is to be positioned coincidently.

In this state, when the stopper 14 is inserted into the coupling hole 516 of the rotating body 514 of the binding socket 512 and the second driving member 517 is operated, the second driving member 517 causes the The second lifting member 510 is lowered by the guide of the second guide rod 508, and at this time, the third driving member 520 is operated so that the rotating body 514 is rotated and lowered. do.

Accordingly, as the spout 12 is inserted into the binding hole 516 of the rotating body 514 by the lowering of the second elevating member 510, the stopper 14 provided in the binding hole 516 is spouted. Bound to (12).

When the binding of the stopper 14 to the spout 12 is completed as described above, the second elevating member 510 is raised upward by the second driving member 517 again according to the guide of the second guide rod 508. do.

In addition, as the second lifting member 510 rises and the push rod 604 of the separating means 600 moves forward to separate the pouch container 10 from the fixed holder 404, the fixed holder 404 The push rod 604 is returned to its original position after the spout 12 of the pouch container 10, which is bound to the bottom surface of the pouch container 10, is separated from the fixing holder 404 and completed to be separated.

Therefore, the pouch container 10 separated from the fixed holder 404 is moved to the next process by a moving means (not shown) such as a conveyor (not shown) separately provided.

On the other hand, after removing the pouch container 10 bound to the fixing holder 404, the second cylinder 410 is operated to allow the fixing holder 404 to be connected to the first rail 403 by the cylinder rod 412. In the initial state, that is, the lower portion of the liquid filling means 200.

At this time, when the fixed holder 404 is moved to reach the bottom of the liquid filling means 200, the stopper 414 no longer moves the fixed holder 404, the nozzle of the liquid filling means 200 214 stops to coincide with the center.

Therefore, as described above, the finished product in which the liquid is continuously filled into the pouch container 10 and the stopper 14 is bound by the repetitive operation of filling the liquid into the pouch container 10 is produced.

In the above description of the preferred embodiment of the linear filling machine according to the present invention, the present invention is not limited to this, and the present invention is not limited to the claims and the detailed description of the invention and the various modifications to be carried out within the scope of the accompanying drawings It is possible that this also belongs to the scope of the present invention.

The present invention configured as described above is to fill the liquid in the inside of the pouch container and bind the stopper to make the whole process of filling the liquid and binding the stopper in a straight line as compared to the conventional work is done in a circular rotary process The process of filling and plugging the liquid is simplified and manufacturing costs can be reduced by simplifying the equipment.

In addition, the process of injecting liquid into the pouch container and the process of fastening the stopper to the spout are performed in a single production line in a straight line, which greatly increases productivity and reduces production costs by reducing unnecessary labor costs. It works.

Claims (12)

A base provided with a top plate, A liquid filling means installed at an upper portion of the base to fill a liquid into a pouch container; Liquid supply means for supplying liquid to the liquid filling means; A moving means installed at the base to bind and move the pouch container; Stopper binding means for binding the stopper to the spout of the pouch container filled with the liquid in the liquid filling means; Is coupled to the third support rod of the closure fastening means, consisting of a push member provided with a push rod operating forward and backward comprising a separating means for separating the pouch container. delete The method of claim 1, The liquid filling means and the first support rod is installed in the vertical direction on the top of the base, A first support plate coupled to and fixed to the first support rod, and having a fixing member formed on upper and lower portions thereof; A first elevating member which is provided with a first guide rod coupled to the fixing member of the first support plate, and is coupled to the first guide rod to move up and down; An injection member installed on the first elevating member and provided with an injection nozzle for injecting liquid into the pouch container; And a first driving member installed on the first support plate to operate the first lifting member. The method of claim 1, The liquid supply means and the second support rod is installed on the top of the base, A liquid storage tank coupled and fixed to the second support rod to store liquid; An inlet pipe connected to the liquid storage tank and into which liquid is introduced; An injection pipe connected to a predetermined position of the inflow pipe to move the liquid to the liquid filling means; A non-return valve for preventing backflow of liquid between the liquid storage tank and the injection pipe; And a first cylinder connected to the inlet pipe and configured to supply a liquid to the inlet pipe and to the inlet pipe. The method of claim 4, wherein And a liquid container is further provided between the inlet pipe and the first cylinder. The method of claim 4, wherein The first cylinder is provided with an operation bar for introducing and supplying the liquid in the liquid storage tank, the operation bar is a linear filler, characterized in that further provided with a liquid injection amount adjusting unit for adjusting the injection amount of the liquid. The method of claim 6, The liquid injection amount control unit is provided with a fixed ring coupled to the operation bar, the linear filling machine, characterized in that consisting of the gap adjusting member screwed to the fixing ring. The method of claim 1, The moving means and the fixed frame is fixed to the upper base; A fixing holder installed at the front of the fixing frame to which the spout of the pouch container is bound; And a second cylinder having a cylinder rod coupled to the fixed holder and moving the fixed holder to the left and right. The method of claim 8, The fixing frame is provided with a stopper for controlling the movement stroke of the spout fixing holder, the front surface of the fixing frame is provided with a first rail for moving the spout fixing holder, The spout fixing holder is provided with a second rail coupled to the first rail, all of the straight filling machine, characterized in that the binding groove for binding the spout is formed. The method of claim 1, The stopper binding means and the third support rod is installed on the top of the base, A second support plate coupled to and fixed to the third support rod and having a fixing member formed on upper and lower portions thereof; A second elevating member provided between the upper and lower fixing members of the second support plate and coupled to the second guide rod to move up and down; A binding socket installed on the second elevating member and having a coupling hole into which a stopper is fitted, the binding socket having a rotating body for screwing the stopper into the spout; And a second driving member installed on the second support plate to operate the second lifting member. delete The method according to any one of claims 1 and 3 to 10, Straighteners, characterized in that the wheel is further provided at each corner of the lower end of the base.

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