KR101327796B1 - Machine for manufacturing triangle pouch and stick pouch - Google Patents

Abstract

The present invention relates to a manufacturing device of a triangle pouch and a stick pouch, which selectively manufactures a stick pouch, such as a coffee mix pouch, and a triangle pouch. The manufacturing device comprises: a guide former (10) which rolls a film in a cylindrical shape; a vertical sealing unit (20) which is arranged under the guide former (10) and seals the side surface of the rolled film in a longitudinal direction; a horizontal sealing unit (30) which is arranged under the vertical sealing unit (20) and seals the bottom end of the sealed film; a cutting unit (40) which is arranged under the horizontal sealing unit (30) and cuts the center portion of the sealed bottom end of the film; and a filling unit which is arranged on the guide former (10) and supplies contents to the sealed cylindrical pouch.

Description

Triangular and Stick Pouch Combined Manufacturing Equipment {MACHINE FOR MANUFACTURING TRIANGLE POUCH AND STICK POUCH}

The present invention relates to a triangular and stick pouch combined production apparatus that can selectively produce a pouch of a stick and a triangular three-dimensional shape, such as coffee mix.

Republic of Korea Utility Model Registration No. 20-0307746 (registered on March 5, 2003) introduces the "end sticking device of stick type packing machine" /

End sticking device of the stick-type packing machine is coupled to the upper and lower guide shaft, the fixed frame for reciprocating up and down by the length of the stick by the crank mechanism; A pair of front and rear guide shafts protrudingly fixed to the front of the fixed frame and spaced apart from each other at regular intervals; A sealing bar fixed to an inside of the first and second sealing bar fixing frames in which both sides are coupled between the front and rear guide shafts to be in close contact with and separated from the contact line periodically; A link plate coupled to the fixed frame by a hinge axis, and having a lower end coupled to a cylinder to circularly move at an angle about the hinge axis; A first link having one end coupled to the hinge shaft and a second end fixed to the first sealing bar fixing frame; And a second link having one end coupled to the hinge shaft lower side and the other end fixed to the second sealing bar fixing frame.

However, the end bonding apparatus of the stick type packaging machine could not produce a triangular three-dimensional pouch.

Accordingly, it is an object of the present invention to provide a triangular and stick pouch combined production apparatus capable of selectively manufacturing a stick pouch and triangular three-dimensional pouch such as coffee mix.

Triangular and stick pouch combined production apparatus according to the present invention for achieving the above object is a guide former (rolling the film in a cylindrical shape), and arranged in the lower portion of the guide former sealing the side surface of the rolled film in the longitudinal direction A vertical sealing means, a horizontal sealing means arranged at a lower portion of the vertical sealing means and sealing a lower end of the cylindrically sealed side film, and a cutting portion for cutting an intermediate portion of the lower end arranged at the lower portion of the horizontal sealing means. In the pouch manufacturing apparatus consisting of a means and a filling means for supplying the contents to the cylindrical pouch disposed at the upper end of the guide former sealed, the transverse sealing means is rotatably mounted to the base support plate by a bearing, Timing gear is mounted on the rotating shaft, and the timing gear is connected to the rotary driving means by the timing belt. Er, the power of the rotation driving means is transmitted to the timing gear through the timing belt, so that the rotating shaft can be rotated angularly, the upper disc is mounted on the upper end of the rotating shaft, the center hole of the upper disc coincides with the hollow part of the rotating shaft, A pair of sliding means is mounted on the upper disc, a pair of sliding means are arranged to face each other around the center hole of the upper disc, and each of the sliding means is equipped with a sealing head, so that a pair of sealing heads It is characterized by being disposed facing each other with respect to the center hole of the upper disk.

The base support plate is characterized in that the crankshaft of the crank means is connected to one end, the rotation driving means is mounted in an inverted state.

A proximity sensor is mounted on the base support plate in close proximity to the upper disc, and a sensing member is attached to the side of the upper disc so that the proximity sensor detects the sensing element when the upper disc is rotated relative to the base support plate by the rotating shaft. As a result, the upper disc is angularly rotated by an angle between the proximity sensor and the proximity sensor.

The sliding means is characterized in that the sliding block is mounted on the connecting rod of the air cylinder, the sealing head is mounted on the sliding block, the slider is mounted on the sliding block, and the slider is moved back and forth along the guide rail.

The cutting means has a rectangular connecting plate is mounted at the bottom of the rotating shaft, the connecting plate is rotated like the rotating shaft, the center hole of the connecting plate is coincided with the hollow portion of the rotating shaft, the lower disc is disposed below the connecting plate, The plate and the lower disc are connected by a pair of connecting bolts, the center hole of the lower disc coincides with the center hole of the connecting plate, and a pair of sliding means on the lower surface of the lower disc is centered on the center hole of the lower disc. It is arranged to face each other, characterized in that the cutting blade and the cutting support plate is mounted on the pair of sliding means, respectively.

Thereby, the triangular and stick pouch combined production apparatus according to the present invention has the effect of producing a stick pouch and a triangular three-dimensional pouch according to the operator's choice.

1 is a side view showing a triangular and stick pouch combined production apparatus according to the present invention
Figure 2 is a perspective view schematically showing the configuration of the transverse sealing means and the cutting device
Figure 3 is a cross-sectional view taken along the line AA of Figure 2 showing the configuration of the transverse sealing means and the cutting device
4 is a plan view showing an example in which the upper disc is rotated relatively with respect to the base pedestal;
5 is an enlarged detail view showing a state in which a pair of sealing heads is mounted by a pair of sliding means on an upper disc;
Figure 6 is a work flow chart showing a process of manufacturing a stick pouch by the triangular and stick pouch combined production apparatus according to the present invention
7 and 8 is a working process diagram schematically showing a process for manufacturing a triangular three-dimensional pouch by the combination device of the triangular and stick pouch according to the present invention
Figure 9 is a perspective view showing a triangular three-dimensional pouch by the triangular and stick pouch combined production apparatus according to the present invention

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

Referring to Figure 1, the triangular and stick pouch combined production apparatus according to the present invention is a guide former (10; former former) for rolling the film in a cylindrical shape, the length of the side of the round film is arranged on the lower portion of the guide former 10 Longitudinal sealing means 20 for sealing in the direction, the horizontal sealing means 30 disposed on the lower portion of the vertical sealing means 20 to seal the lower end of the cylindrical seal side is long, the horizontal sealing means 30 Cutting means (40) for cutting the middle portion of the lower end is disposed at the bottom of the sealer, and filling means (not shown) for supplying the contents to the cylindrical pouch disposed at the top of the guide former 10 is sealed It is composed.

In the above configuration, the guide former 10 and the vertical sealing device 20 are already well known, and a detailed description thereof will be omitted.

2 and 3, the horizontal sealing means 30 is rotatably mounted on the base support plate 310 by a rotation shaft 320 by a bearing 322, and a timing gear 330 on the rotation shaft 320. Is mounted, the timing gear 330 is connected to the rotation driving means 340 by the timing belt 335, the power of the rotation driving means 340 is transmitted to the timing gear 330 through the timing belt 335. As a result, the rotating shaft 320 may be rotated angularly, the upper disc 350 is mounted on the upper end of the rotating shaft 320, and the center hole 352 of the upper disc 350 is the hollow portion 324 of the rotating shaft 320. ), A pair of sliding means (360, 370) is mounted on the upper disc 350, so that the pair of sliding means (360, 370) around the center hole (352) of the upper disc (350) It is arranged to face each other, and the sealing heads 380, 385 are mounted on the respective sliding means 360, 370, respectively, so that the pair of sealing heads 380, 385 is the upper disc. The center holes 352 of the 350 are disposed to face each other.

Referring back to FIG. 1, the base support plate 310 is connected to a crank shaft 51 of the crank means 50 at one end thereof, and the rotation driving means 340 is mounted in an inverted state.

As a result, the base support plate 310 is moved up and down by the crank means 50 as shown by the arrow 315. The rotation driving means 340 may be mounted on the base support plate 310 to transmit rotational power to the rotation shaft 320 through the timing belt 335 regardless of the lifting and lowering motion of the base support plate 310.

Referring to FIG. 4, further, proximity sensors S1 and S2 are mounted close to the upper disc 350, and a sensing member 354 is attached to the side of the upper disc 350. When the upper disc 350 is angularly rotated with respect to the base support plate 310 by the rotation shaft 320 (see FIG. 3), the proximity sensors S1 and S2 detect the sensing member 354, thereby the upper disc. 350 is angularly rotated by an angle a between the proximity sensor S1 and the proximity sensor S2.

The rotation driving means 340 may be any one of the pneumatic rotary actuator shown or a step motor capable of forward and reverse rotation.

Referring to FIG. 5, the sliding means 360 has a sliding block 363 mounted on the connecting rod 362 of the air cylinder 361, and a sealing head 380 mounted on the sliding block 363. The sliders 364 and 365 are mounted to the block 363, and the sliders 364 and 365 are advanced back and forth along the guide rails 366 and 367.

The sliding means 370 is a sliding block 373 is mounted on the connecting rod 372 of the air cylinder 371, the sealing head 385 is mounted on the sliding block 373, the slider on the sliding block 373 (Not shown) is mounted, and the slider is moved back and forth along the guide rails 366 and 367.

The sealing heads 380 and 385 are already known, and a detailed description thereof will be omitted.

Referring to FIGS. 2 and 3 again, the cutting means 40 has a rectangular connecting plate 410 mounted on the lower end of the rotating shaft 320, so that the connecting plate 410 is rotated together with the rotating shaft 320. The connecting plate 410 and the center hole 412 of the connecting plate 410 coincide with the hollow portion 324 of the rotating shaft 320, and the lower disc 420 is disposed below the connecting plate 410. The lower disc 420 is connected by a pair of connecting bolts 430, the center hole 422 of the lower disc 420 coincides with the center hole 412 of the connecting plate 410, and the lower disc 420. A pair of sliding means (440, 450) is arranged facing each other around the center hole 422 of the lower disc 420, the cutting blade (440) on the pair of sliding means (440, 450) 460 and the cutting support plate 465 are mounted, respectively.

The sliding means (440, 450) is the same as the configuration of the sliding means (360, 370) of the horizontal sealing means (30).

Triangular and stick pouch combined production device according to the present invention configured as described above operates as follows.

1. Stick Pouch Manufacturer

When the film is supplied to the guide former 10, the film is rolled into a cylindrical shape by the guide former 10, and the longitudinal sealing means 20 seals the side surface of the roundly rolled film.

Then, the base support plate 310 is moved up and down by the crank means (50). At this time, when the base support plate 310 is raised, the sealing heads 380 and 385 of the horizontal sealing means 30 bit off the lower end of the portion sealed in the longitudinal direction by the vertical sealing means 20, and lowered to the lower portion. It will be sealed.

Then, the contents are filled in the stick pouch with the side and the bottom sealed, and the top of the stick pouch filled with the contents-that is, the bottom of the new film longitudinally sealed by the vertical sealing means 20-horizontal sealing The means 30 are pulled down and sealed in the transverse direction.

Thereafter, the cutting means 40 disposed at the lower portion of the horizontal sealing means 30 is cut in the middle portion of the section sealed in the horizontal direction, and the contents are filled, and the stick pouches having the upper and lower ends and the side seals are completed.

That is, as shown in Fig. 6A, first, the side surface of the film 70a to be rolled up is longitudinally sealed by the longitudinal sealing means 20. Thereafter, as shown in (b), the lower end is sealed by the horizontal sealing means 30, and after the contents are filled, as shown in (c), the stick pouch filled with the contents by the horizontal sealing means 30. After the upper end and the lower end of the stick pouch to be newly filled with the contents are simultaneously sealed in the horizontal direction, the intermediate point of the horizontally sealed portion is cut by the cutting means 40, so that the contents are filled and the upper and lower ends and the side are The sealed stick pouch 70c is completed.

2. triangular three-dimensional pouch manufacturer

As the horizontal sealing means 30 is moved up and down by the crank means 50, the side seal is sealed by the vertical sealing means 20 in the horizontal direction at regular intervals.

At this time, one time, as shown in Figure 7, the pair of sealing heads (380, 385) is sealed in the transverse direction with the film arranged in a diagonal direction, next time, as shown in Figure 8, The pair of sealing heads 380 and 385 are arranged in the reverse diagonal direction to seal the film in the transverse direction. Then, this operation is repeatedly performed.

That is, when the film is supplied to the guide former 10, the film 80a is rolled in a cylindrical shape by the guide former 10, and the longitudinal sealing means 20 seals the side surface of the roundly rolled film.

As shown in FIG. 7, the pair of sealing heads 380 and 385 arranged in a diagonal direction bites the lower end of the side-sealed film, and as shown by the dotted lines, the sealing heads 380 and 385 are As shown by arrow 82, the film is lowered and sealed downward. In this case, it is understood that the sealing heads 380 and 385 are disposed in the diagonal direction, and the first proximity sensor S1 detects the sensing member 354 of the upper disc 350.

Thereafter, the sealing heads 380 and 385 are raised in a state in which they are opened, and the power of the rotation driving means 340 is transmitted to the timing gear 330 through the timing belt 335, so that the rotating shaft 320 is rotated angularly. In the angular rotation process of the rotating shaft 320, the second proximity sensor S2 detects the sensing member 354 of the upper disc 350, and the angular rotation of the rotating shaft 320 is stopped, as illustrated in FIG. 8. As is, the sealing heads 380 and 385 are arranged in the reverse diagonal direction.

Thereafter, the sealing heads 380 and 385 disposed in the inverse diagonal direction bit the lower end of the side-sealed film, and as shown by the dotted lines, the sealing heads 380 and 385 move the film downward as shown by the arrow. Lowered and sealed.

Thereby, as shown in Fig. 9, the cutting means cuts the parting line L1 (which is an imaginary line) indicated by the dotted line, so that the upper and lower ends and the sides of the triangular three-dimensional pouches 80 are sealed while the contents are filled. ) Is completed.

10: guide former 20: longitudinal sealing means
30: horizontal sealing means 40: cutting means
310: base support plate 320: rotation axis
330: timing gear 340: rotation driving means
350: upper disc 360, 370: sliding means
380, 385: Sealing Head

Claims (5)

A guide former (10) which rolls the film in a cylindrical shape, a vertical sealing means (20) disposed under the guide former (10) and sealing the side surface of the rolled film in the longitudinal direction, and the vertical sealing means (20). The horizontal sealing means 30 is disposed in the lower portion of the horizontal sealing the lower end of the side of the seal film and the cutting means 40 for cutting the middle portion of the lower end arranged in the lower portion of the horizontal sealing means 30 In the pouch manufacturing apparatus consisting of a filling means for supplying the contents to the cylindrical pouch disposed at the top of the guide former 10, the lower end sealed,
The horizontal sealing means 30 is rotatably mounted on the base support plate 310 by the rotation shaft 320 by the bearing 322, the timing gear 330 is mounted on the rotation shaft 320, the timing gear 330 Is connected to the rotary drive means 340 by the timing belt 335, the power of the rotary drive means 340 is transmitted to the timing gear 330 through the timing belt 335, so that the rotary shaft 320 rotates each The upper disc 350 is mounted on the upper end of the rotating shaft 320, the center hole 352 of the upper disc 350 coincides with the hollow portion 324 of the rotating shaft 320, and the upper disc 350. ), A pair of sliding means 360, 370 are mounted, a pair of sliding means 360, 370 are arranged facing each other about the center hole 352 of the upper disc 350, each sliding Sealing heads 380 and 385 are mounted to the means 360 and 370, respectively, so that a pair of sealing heads 380 and 385 fill the center hole 352 of the upper disc 350. Triangular and stick pouch combine the manufacturing apparatus, it is arranged to face each other in a seam.
The method of claim 1,
The base support plate 310 is crank shaft 51 of the crank means 50 is connected to one end, the rotary drive means 340 is characterized in that the mounting in the inverted state and the triangular and stick pouch combined device.
The method of claim 1,
Proximity sensors (S1, S2) are mounted to the base support plate 310 in close proximity to the upper disc 350, and a sensing member 354 is attached to the side of the upper disc 350, and the upper portion is rotated by the rotating shaft 320. When the disc 350 is angularly rotated with respect to the base support plate 310, the proximity sensors S1 and S2 detect the sensing member 354, such that the upper disc 350 has a proximity sensor S1 and a proximity sensor. Triangular and stick pouch combined use device, characterized in that the angular rotation by the angle (a) between (S2).
The method of claim 1,
The sliding means 360 is a sliding block 363 is mounted on the connecting rod 362 of the air cylinder 361, the sealing head 380 is mounted on the sliding block 363, the slider on the sliding block 363 And (364, 365), the slider (364, 365) is moved forward and backward along the guide rail (366, 367) characterized in that the triangular and stick pouch combined manufacturing apparatus.
The method of claim 1,
The cutting means 40 is a rectangular connecting plate 410 is mounted on the lower end of the rotating shaft 320, the connecting plate 410 is rotated with the rotating shaft 320, the center hole of the connecting plate 410 ( The connecting plate 410 and the lower disc 420 are connected to the pair so that the 412 is coincident with the hollow portion 324 of the rotation shaft 320 and the lower disc 420 is disposed below the connecting plate 410. Connected by bolts 430, the center hole 422 of the lower disc 420 coincides with the center hole 412 of the connecting plate 410, and a pair of sliding means on the lower surface of the lower disc 420. 440 and 450 are disposed to face each other about the center hole 422 of the lower disc 420, and the cutting blade 460 and the cutting support plate 465 are respectively connected to the pair of sliding means 440 and 450, respectively. Triangular and stick pouch combined production apparatus characterized in that the mounting.

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