KR100867602B1 - Shaped Pouch Maker - Google Patents

Abstract

The present invention relates to a shape pouch manufacturing apparatus that can shape various types of sample pouches.

Shape pouch manufacturing apparatus according to the present invention is a sheet supply guide 100 for supplying the first sheet (S1) and the second sheet (S2) facing each other, and the agent supplied through the sheet supply guide 100 Pouch forming unit 200 for molding the pouch (P) of a predetermined shape by the double sealing method using the first and second sealing molds (230, 270) on the first sheet (S1) and the second sheet (S2), and After the pouch forming unit 200 forms the primary sealing pouch P1 on the sheets S1 and S2, the contents are injected into the primary sealing pouch P1 in which the circumference of the upper portion O1 is sealed except for the upper opening O1. It is characterized by consisting of a pouch parting part 400 and the pouch parting part 400 to obtain the perimeter of the shape pouch (P) formed in the sheets (S1, S2) by the pouch forming part 200 by the punching method. It is done.

Description

MACHINE FOR MANUFACTURING A SHAPED POUCH

1 is a front view schematically showing a shape pouch manufacturing apparatus according to the present invention.

FIG. 2 is a schematic and partial enlarged detail view illustrating a process of forming a shape pouch by the shape pouch manufacturing apparatus of FIG. 1. FIG.

Figure 3 is a front view schematically showing a shape pouch manufacturing apparatus according to the present invention.

4 is a perspective view showing a first sealing mold and a second sealing mold.

5 and 6 are plan views illustrating pouch forming parts for explaining the operation of the first and second arms.

7 is an operation explanatory diagram for explaining the operation of the link device and the arm according to the position of the eccentric cam bearing.

8 and 9 are schematic diagrams for explaining the anti-shake when the arm makes a sliding movement, and for explaining that the first and second arms are rotated by the supporting member for the replacement of the sealing mold.

10 is a side view schematically showing the configuration of the pouch part

The present invention relates to a shape pouch manufacturing apparatus for manufacturing pouches for samples of various shapes, more specifically, to supply two sheets facing each other in close proximity to each other, to form a predetermined shape pouch on the sheet by a double sealing method The present invention relates to a shape pouch manufacturing apparatus in which contents are injected during a process of forming a shape pouch by a double sealing method, and a preformed shape pouch is removed from a sheet by a punching method.

Republic of Korea Patent No. 0478424 (registered March 14, 2005) is introduced "packing bags for the sample".

The sample packaging bag in the sample to be applied to cosmetics, various household goods, quasi-drugs, food, etc.,

A front plate of an aluminum sheet, the front surface of which is formed such that at least one or more pieces of the same shape as the present product are attached to each other; A rear plate of aluminum paper, the outer periphery of which is pressed against the front plate at the rear of the front plate; A filling part in which contents are filled in the front plate and the rear plate; It consists of a design layer printed on the surface of the shape piece.

In the manufacturing method introduced in the sample packaging bag, the front plate is put into a molding die and press-pressed to form the front plate in a predetermined shape, and after filling the contents into the filling part of the front plate, the back plate is placed on the front plate Press and cut the sample with a cutter.

However, the conventional manufacturing method as described above requires a molding die and a press for molding the front plate, and the sample can not be parted in the sheet in the same shape as the sealing shape of the sample because the sample is cut with a cutter. There is this.

Therefore, an object of the present invention can be produced in a variety of shapes according to the characteristics of the product pouch used as a cosmetic sample, etc., by supplying two sheets facing each other in close proximity, a pouch of a predetermined shape on the sheet It is to provide a shape pouch manufacturing apparatus for molding a by a double sealing method, injecting the contents during the process of forming a shape pouch by a double sealing method, and extracting the molded shape pouch from the sheet by a punching method.

Shaped pouch manufacturing apparatus according to the present invention for achieving the above object is a sheet supply guide for supplying the first sheet and the second sheet in close proximity to each other;

A pouch forming part for forming a pouch having a predetermined shape in a double sealing method using first and second sealing molds on the first sheet and the second sheet supplied through the sheet supply guide part;

After the pouch forming part to form the primary sealing pouch on the sheet, and the contents injection unit for injecting the contents into the primary sealing pouch sealed the remaining circumference except the upper opening;

It characterized in that it is composed of a pouch parting part for taking out the periphery of the shape pouch formed in the sheet by the pouch forming part by a punching method.

That is, the shape pouch manufacturing apparatus according to the present invention is supplied to the pouch forming part facing each other in a state in which the first sheet and the second sheet are in close proximity by the sheet supply guide disposed on the top of the main body,

The first arm of the pouch forming part is mounted to the main body so as to be slid left and right, the second arm is mounted to the main body to slid left and right, and a first sealing mold is provided at one end of the first arm. A second sealing mold is mounted on one end of the second arm so that the first sealing mold and the second sealing mold face each other,

The first sealing mold and the second sealing mold are formed in the first sealing mold, and the first sealing mold and the second sealing mold are formed in the first and second sealing molds of the first sealing mold. Correspondingly formed,

The injection nozzle of the contents injection unit is mounted in the inverted state in the main body, and the injection nozzle is disposed between the first sheet and the second sheet, and the discharge end of the injection nozzle is disposed to correspond to the height of the upper opening of the primary molding pouch. Become,

The punch and stripper of the pouch parting portion disposed below the pouch forming portion have a predetermined punching profile, so that the shape pouch is separated from the sheet in a predetermined shape by the punch and stripper.

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Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 and 2, the shape pouch manufacturing apparatus according to the present invention is a sheet supply guide 100 for supplying the first sheet (S1) and the second sheet (S2) facing each other, and the sheet supply guide Forming a pouch P having a predetermined shape by a double sealing method using the first and second sealing molds 230 and 270 on the first sheet S1 and the second sheet S2 supplied through the unit 100. After the pouch forming part 200 and the pouch forming part 200 form the primary sealing pouch P1 on the sheets S1 and S2, the primary sealing is sealed except for the upper opening O1. Pouch parting to inject the contents into the pouch (P1) content injection unit 300 and the periphery of the shape pouch (P) formed in the sheets (S1, S2) by the pouch forming unit 200 by a punching method It is composed of a portion (400).

The shape pouch manufacturing apparatus is a suction pouch 500 that absorbs the shape pouch separated from the pouch parting unit 400 and transports it to the transport conveyor 510, and the pouch that separates the shape pouch P and winds up the remaining phage. It further includes a winding device (not shown).

The adsorption transport apparatus 500 may transport the shape pouch of the finished product to the transfer conveyor 510 in the angular rotation method by the suction by adsorbing the shape pouch by the air suction method.

Here, in the double sealing method, the pouch is first molded into a predetermined shape so that the opening is formed into a sealing mold, the contents are injected into the primary molding pouch through the opening, and then the opening of the pouch primarily molded into the sealing mold is again opened. Sealing means sealing the circumference of the pouch completely.

Referring to FIG. 3, that is, in the shape pouch manufacturing apparatus according to the present invention, the first sheet S1 and the second sheet S2 are adjacent to each other by the sheet feeding guide 100 disposed at the upper end of the main body 10. It is supplied to the pouch forming part 200 to face each other in a state, the first arm 210 of the pouch forming part 200 is mounted to the main body 10 to be slid in the direction of the left and right arrows 240, The second arm 250 is mounted to the main body 10 so as to be slid in the direction of the left and right arrows 290, and the first sealing mold 230 is mounted at one end of the first arm 210. The second sealing mold 270 is mounted on one end of the second arm 250 such that the first sealing mold 230 and the second sealing mold 270 face each other.

Thereby, when the 1st arm 210 is moved to the right, the 2nd arm 250 is moved to the left, and the 1st sealing mold 230 and the 2nd sealing mold 270 are combined, and the 1st arm ( When 210 is moved to the left, the second arm 250 is moved to the right to corrode the first sealing mold 230 and the second sealing mold 270.

Referring to FIG. 4, the first sealing mold 232 and the second sealing mold 234 are formed in the first sealing mold 230, and the first sealing mold 270 is formed in the second sealing mold 270. 272 and the secondary sealing part 274 are formed to correspond to the first and second sealing parts 232 and 234 of the first sealing mold 230.

As a result, when the two sealing molds 230 and the second sealing mold 270 are supplied to face each other in close proximity, the first sealing mold 230 and the second sealing mold 270 become one. By the differential molding, the first sealing mold 232 and the first sealing mold 270 of the second sealing mold 270 to the first sealing mold 230, as shown in the enlarged detail of FIG. The remaining circumference except for the upper opening O1 is sealed to form a first molding pouch P1 on the sheet, and the first sealing mold 230 and the second sealing mold 270 are corrugated, and then the first molding. When the pouch P1 is lowered and disposed at a position between the second sealing mold 234 of the first sealing mold 230 and the second sealing mold 274 of the second sealing mold 270, the first sealing mold 230 is disposed. Since the sealing mold 230 and the second sealing mold 270 are secondary-molded, the secondary sealing mold of the second sealing mold 234 and the second sealing mold 270 of the first sealing mold 230 is formed. Awards by 274 The entire periphery of the pouch shape, including an opening is sealed.

Referring to FIG. 3 again, the injection nozzle 310 of the contents injection unit 300 is mounted in an inverted state on the main body 10 so that the injection nozzle 310 is formed of the first sheet S1 and the second sheet ( S2), the discharge end of the injection nozzle 310 is disposed to correspond to the height of the upper opening (O1) of the primary molding pouch (P1).

Thus, when the primary molding pouch P1 is molded by the primary sealing mold 272 of the primary sealing mold 232 and the second sealing mold 270 on the first sealing mold 230, In the injection nozzle 310 of the contents injection unit 300, contents such as skin, lotion, and juice may be injected through the upper opening O1 of the primary molding pouch P1.

Since the punch 410 and the stripper 450 of the pouch parting unit 400 disposed below the pouch forming unit 200 have a predetermined punching profile, the shape pouch P may form the punch 410 and the stripper ( 450 is separated from the sheets S1 and S2 into a predetermined shape.

Components of the shape pouch manufacturing apparatus according to the present invention configured and operated as described above will be described in detail with reference to FIGS. 5 to 10.

5 and 6, the pouch forming unit 200 transmits power of a driving motor (not shown) built into the main body 10 to a pulley 281 through a belt (not shown). An eccentric cam bearing 282 mounted to the pulley 281 is mounted to the operating groove line 286 of the slider 285 so that the slider 285 is guided along the guide rail 287 by the eccentric cam bearing 282. It moves forward and backward in the direction of the arrow 288 or 289, and is connected to the first link device 220 and the second link device 260 at both ends of the slider 285, the first sealing mold 230 A second arm 250 mounted with a first arm 210 and a second sealing mold 270 mounted therein and a first linkage 220 and a second arm 250 for operating the first arm 210. The second link device 260 for activating) is arranged symmetrically about the slider 285.

Thereby, when the first arm 210 is moved from left to right as in the direction of arrow 241 in FIG. 6, the second arm 250 is from right to left as in the direction of arrow 291 in FIG. 6. 5, the first sealing mold 230 and the second sealing mold 270 are combined, and the first arm 210 moves from the right to the left in the direction of the arrow 242 of FIG. 5. When moved to the second arm 250 is moved from left to right in the direction of the arrow 292 of Figure 5, the first sealing mold 230 and the second sealing mold 270 as shown in FIG. This is waveform.

The first arm 210 has a first sealing mold 230 mounted at one end thereof, and a sliding groove 211 formed at the other end thereof, so that the supporting member 245 connected to the main body 10 in the sliding groove 211 is provided. One end of the driving rod 224 of the first link device 220 is fitted to the sliding groove, and the operation groove 212 formed between one end and the other end.

Thus, when the driving rod 224 of the first link device 220 fitted into the operating groove 212 of the first arm 210 pushes the first arm 210 from left to right or from right to left, The first arm 210 moves relative to the supporting member 245 in a state in which the first arm 210 is supported by the supporting member 245 so that the first arm 210 moves from left to right or from right to left. do.

5 to 7, one end of the connecting rod 222 is connected to the left end of the upper surface of the slider 285 in the first link device 220, and the other end of the connecting rod 222 is a driving rod. Linked to the other end of the (224) in a refracted state, and the rotation center pin 226 is mounted at any point between the other end and one end of the driving rod 224, the rotation center pin 226 is the main body 10 As the other end of the driving rod 224 is moved from left to right about the rotation center pin 226, one end of the driving rod 224 is moved from right to left, and the driving rod ( One end of the driving rod 224 is moved from left to right when the other end of the 224 is moved from right to left.

The slider 285 has an operating groove line 286 formed at a lower surface thereof, and both ends of the operating groove line form horizontal portions 286a and 286b, and an arc portion 286c between the horizontal portions 286a and 286b. Is formed.

As a result, as shown in FIG. 7A, the slider 285 is positioned at the rear end of the guide rail 287, and the arc portion of the operating groove line 286 in which the eccentric cam bearing 282 is formed on the slider 285 ( 286c) If the pulley 281 is rotated in the direction of the arrow 283 in the state arranged in the center, the eccentric cam bearing 282 is the horizontal portion 286b of the working groove line 286 as shown in (b) of FIG. The position is reached. At this time, the linkages 220 and 260 do not move in the state of FIG. 5 so that the combined state of the first sealing mold 230 and the second sealing mold 270 is maintained, and in the state (b) of FIG. 7. When the pulley 281 is further rotated, the slider 285 is moved to the (C) state of FIG. 7 by the eccentric cam bearing 282 pushing the horizontal portion 286b of the working groove line 286 forward. At this time, the linkage devices 220 and 260 are operated to correlate the first sealing mold 230 and the second sealing mold 270 to reach the state of FIG. 6. Subsequently, when the pulley 281 is further rotated in the state (c) of FIG. 7, the eccentric cam bearing 282 passes through the circular arc portion 286c of the operation groove line 286, thereby changing the position (d) of FIG. 7. Gina (e) position is reached. At this time, since the link devices 220 and 260 do not move in the state of FIG. 6, the waveform states of the first sealing mold 230 and the second sealing mold 270 are maintained. Thereafter, when the pulley 281 is further rotated in the state of FIG. 7, the eccentric cam bearing 282 pushes the horizontal portion 286a of the operation groove line 286 to the state of FIG. 7. Slider 285 is moved. At this time, the linkage devices 220 and 260 are operated to move the first sealing mold 230 and the second sealing mold 270 from the waveform state of FIG. 6 to the sum state of FIG. 5. After that, the above cycle is repeated.

As a result, the present invention provides the combined and corrugated state of the first sealing mold 230 and the second sealing mold 270 while the eccentric cam bearing 282 passes through the arc portion 286c of the working groove line 286. Is maintained, and the time for forming the pouch is given, and when the left and right movements of the first sealing mold 230 and the second sealing mold 270 are shifted, the inertial force does not act on the arm and the sealing mold.

The configuration of the second arm 250 and the second link device 260 has the same structure as that of the first arm 210 and the first link device 220 and is arranged symmetrically, as described above. When the arm is moved from left to right, the second arm is moved from right to left, and when the first arm is moved from right to left, the second arm is moved from left to right.

8 and 9, the first arm 210 has a long groove 213 formed therein, and a bolt 214 is fastened to the fastening hole 11 of the main body 10 through the long groove 213. ) And a proximity sensor 215 is built into the fastening hole 11 to detect the fastening of the bolt 214.

By this. The close contact 216 of the bolt 214 comes in close contact with the first arm 210 without interfering the left and right movement of the first arm 210 by the long groove 213, thereby preventing the first arm from shaking. When the proximity sensor 215 senses whether the bolt 214 is fastened and the bolt 214 is not fastened, the driving motor for driving the arm is not driven. Since the 210 is rotated about the supporting member 245 to prevent the first sealing mold from being opened, a safety accident can be prevented.

One end of the supporting member 245 is rotatably mounted to the main body 10 by the shaft pin 246, and the other end is mounted to the sliding groove 211 of the first arm 210.

As a result, when the sealing mold 230 is replaced, the first arm 210 can be rotated about the shaft pin 246 of the supporting member 245 so that the replacement work of the sealing mold 230 is convenient. Can be done.

The first sealing mold 230 is equipped with a heater 235 on the rear side, the heat of the heater 235 is transferred to the front surface formed with the sealing molding portion in a heat conductive manner, the sealing molding portion 232, 234 is shown in FIG. In addition to the illustrated rectangle, it may have various shapes according to a user's selection, such as a bottle, star, flower or round shape.

Referring to FIG. 10, in the pouch parting unit 400, the driving pulley 422 and the driven pulley 424 of the motor 421 are connected by a belt 423, and the eccentric shaft ( One end of the link link member 426 is connected to the 425, a slider 427 is connected to the other end of the link link member 426, and a punch is applied to the coupling guide protrusion 428 formed at the front of the slider 427. 410 is fitted in a sliding manner, and the stripper 450 is fitted in the mold holder 429 in a sliding manner.

As a result, when the power of the motor 421 is transmitted to the driven pulley 424, the connecting link member 426 connected to the eccentric shaft 425 of the driven pulley 424 is moved forward and backward, When the slider 427 connected to the link link member 426 moves forward and backward, and the slider 427 moves forward, the punch 410 mounted to the slider 427 moves to the stripper 450. Advance to separate the shape pouch (not shown) from the sheet (S) by punching. In addition, since the punch 410 and the stripper 450 may be detachable by a sliding method, the replacement is easy.

The manufacturing method of the shape pouch according to the present invention using the shape pouch manufacturing apparatus according to the present invention configured as described above will be described with reference to FIG.

A primary sealing pouch in which two sheets S1 and S2 are supplied to the pouch forming part 200 so as to face each other, and the pouch forming part 200 is sealed around the sheets S1 and S2 except for the upper opening. Molding, injecting the contents into the primary sealing pouch through the injection nozzle 310 of the contents injection unit 300, the primary sealing pouch in which the contents are injected into the secondary sealing molding of the pouch forming unit 200 The primary sealing pouch P1 is moved again to seal the entire circumference of the shape pouch P again, including the upper opening O1.

Subsequently, the shape pouch P formed on the sheet S is moved to the pouch part 400 to punch the periphery of the shape pouch P formed on the sheets S1 and S2 in the pouch part 400. Pick it up. Then, the parted shape pouch is discharged to the transfer conveyor 510 by using the adsorption transport device 500, and the shape pouch 510 is parted and collected by winding the corrugated paper remaining in the paper pipe (not shown).

As described above, the shape pouch manufacturing apparatus according to the present invention can manufacture a shape pouch used as a cosmetic sample, etc. in various shapes according to the characteristics of the product, and to form a primary shape pouch with an upper opening formed on the sheet After the contents are injected into the shape pouch, a manufacturing process for completely sealing the entire circumference of the shape pouch is automatically performed, and the sealing mold and the punch can be easily replaced.

Claims (11)

delete delete The first sheet S1 and the second sheet S2 are supplied to the pouch forming unit 200 to face each other in a state in which the first sheet S1 and the second sheet S2 are adjacent to each other by the sheet supply guide part 100 disposed at the upper end of the main body 10. The first arm 210 of the pouch forming part 200 is mounted to the main body 10 to allow the left and right sliding movements to the left and right, and the second arm 250 to the main body 10 may perform the sliding movement to the left and right. The first sealing mold 230 is mounted on one end of the first arm 210, and the second sealing mold 270 is mounted on one end of the second arm 250, thereby providing the first sealing mold. 230 and the second sealing mold 270 are disposed to face each other, The first sealing mold 232 and the second sealing mold 234 are formed in the first sealing mold 230, and the first sealing mold 272 and the second sealing are formed in the second sealing mold 270. The molding part 274 is formed to correspond to the first and second sealing parts 232 and 234 of the first sealing mold 230, The injection nozzle 310 of the contents injection unit 300 is mounted on the main body 10 in an inverted state so that the injection nozzle 310 is disposed between the first sheet S1 and the second sheet S2, The discharge end of the injection nozzle 310 is disposed to correspond to the height of the upper opening (O1) of the primary forming pouch (P1), Since the punch 410 and the stripper 450 of the pouch parting unit 400 disposed below the pouch forming unit 200 have a predetermined punching profile, the shape pouch P may form the punch 410 and the stripper ( Shaped pouch manufacturing apparatus characterized in that separated from the sheet (S1, S2) in a predetermined shape by 450). The method of claim 3, wherein The pouch forming unit 200 is the power of the drive motor built in the main body 10 is transmitted to the pulley 281 through the belt, the eccentric cam bearing 282 mounted on the pulley 281 of the slider 285 Mounted in the working groove line 286, the eccentric cam bearing 282, the slider 285 is moved back and forth along the guide rail 287, the first link device at both ends of the slider 285 And a second arm 250 connected to the 220 and the second linkage device 260, on which the first arm 210 and the second sealing mold 270 are mounted. The first link device 220 for operating the first arm 210 and the second link device 260 for operating the second arm 250 are arranged symmetrically about the slider 285. Shaped pouch manufacturing apparatus characterized by. The method of claim 4, wherein The first arm 210 has a first sealing mold 230 mounted at one end thereof, and a sliding groove 211 formed at the other end thereof, so that the supporting member 245 connected to the main body 10 in the sliding groove 211 is provided. Slidably mounted, one end of the drive rod 224 of the first link device 220 is fitted into the operation groove (212) formed between one end and the other end shape pouch manufacturing apparatus. The method of claim 4, wherein One end of the connecting rod 222 is connected to the left end of the upper surface of the slider 285, and the other end of the connecting rod 222 is bent at the other end of the driving rod 224. And a center of rotation pin 226 is mounted at an arbitrary point between the other end and one end of the driving rod 224, so that the center of rotation pin 226 is fixed to the main body 10, thereby allowing the center of rotation. When the other end of the driving rod 224 is moved from left to right about the pin 226, one end of the driving rod 224 is moved from right to left, and the other end of the driving rod 224 is moved from right to left. Shape pouch manufacturing apparatus, characterized in that one end of the drive rod 224 is moved from left to right when moved. The method of claim 6, The slider 285 has an operating groove line 286 formed at a lower surface thereof, and both ends of the operating groove line form horizontal portions 286a and 286b, and an arc portion 286c between the horizontal portions 286a and 286b. Shaped pouch manufacturing apparatus characterized in that is formed. The method of claim 3, wherein A long groove 213 is formed in the first arm 210, and the bolt 214 is fastened to the fastening hole 11 of the main body 10 through the long groove 213, and close to the fastening hole 11. Sensor 215 is built-in, pouch manufacturing apparatus, characterized in that for detecting the fastening of the bolt (214). The method of claim 5, wherein One end of the supporting member 245 is rotatably mounted to the main body 10 by the shaft pin 246 and the other end is mounted to the sliding groove 211 of the first arm 210. 230, when replacing the first arm 210, the shape pouch manufacturing apparatus, characterized in that the angular rotation around the pin 246 of the supporting member (245). The method of claim 3, wherein The pouch parting part 400 has a drive pulley 422 and a driven pulley 424 of the motor 421 are connected by a belt 423, the link link member to the eccentric shaft 425 of the driven pulley 424 One end of 426 is connected, the slider 427 is connected to the other end of the connection link member 426, the punch 410 is sliding to the coupling guide protrusion 428 formed on the front of the slider 427 Inserted into the mold holder, characterized in that the stripper 450 is fitted to the mold holder (429) is fitted in a sliding manner. delete

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