KR102481984B1 - Pouch packing machine - Google Patents

Abstract

Provided is a pouch packaging machine capable of easily inserting contents into a pouch without escaping of the contents to the other side. The pouch packaging machine may comprise: a loading unit for loading a plurality of pouches; a transfer unit for individually transporting the pouches in the loading unit; a sealing unit for opening an opening of the pouch, inserting contents into the pouch, and sealing the pouch; and a receiving unit through which the pouch sealed by the sealing unit is discharged, wherein the sealing unit includes a second suction part in which a pair of suction plates arranged in a vertical direction adsorb one side of the pouch and a third suction part which is arranged to face the second suction part and adsorbs the other side of the pouch by a suction plate arranged correspondingly to the upper suction plate of the second suction part, to open the opening.

Description

Pouch Packing Machine {POUCH PACKING MACHINE}

The present invention relates to a pouch packaging machine that can be automatically sealed after contents are drawn in.

A pouch is a small pouch or bag for packaging made of vinyl or the like, and various contents such as cosmetics, diagnostic kits, food, and daily necessities may be included therein. A pouch packaging machine refers to a device that seals a pouch after the above contents are introduced into the pouch. In detail, the pouch packaging machine automates a series of processes of opening the opening of the pouch, introducing contents therein, sealing the opening of the pouch, and loading the sealed pouch, thereby automatically packaging the pouch.

Prior art for such an automated packaging machine includes a diagnostic kit inspection and cutting packaging device, as disclosed in Korean Patent Registration No. 10-0902639 (registered on June 5, 2009). In this prior art, as a means of packaging the contents of the diagnostic stick, a container with an open lid is placed in a lying state in front of a discharge hole provided in the upper collection container, and then the diagnostic kit filled in the upper collection container is configured to flow into the container has been

However, in the case of the packaging device of the above type, there is a problem in that the packaging efficiency is greatly reduced because the elastic diagnostic stick is bounced to the side or irregularly accommodated during the input process. In addition, the packaging container used in the above packaging device is formed in a cylindrical shape, and there is no configuration for opening and fixing the opening of the packaging container, so it is difficult to apply to a pouch-shaped packaging container.

That is, there is a need for a pouch packaging machine with improved packaging efficiency, since the contents do not escape during the packaging process and the contents can be accommodated by opening an opening of the pouch-shaped packaging container.

Registered Patent No. 10-0902639 (registered on June 5, 2009)

Embodiments of the present invention are to provide a pouch packaging machine that can be automatically sealed after the contents are drawn in, and the contents do not escape to the other side.

However, the technical problems to be achieved by the embodiments of the present invention are not necessarily limited to the above-mentioned technical problems. Other technical problems not mentioned will be clearly understood by those skilled in the art to which the embodiments of the present invention belong from other descriptions of the specification, such as the detailed description.

According to one aspect of the present invention, a loading unit for loading a plurality of pouches; a transfer unit for individually transporting the pouches in the loading unit; and opening an opening of the pouch to insert the contents into the pouch and then sealing the pouch. sealing part; and a receiving portion through which the pouch sealed in the sealing portion is discharged, wherein the sealing portion includes: a second suction portion in which a pair of suction plates arranged in a vertical direction adsorb one side of the pouch; and a third suction unit for opening the opening by suctioning the other surface of the pouch with a suction plate disposed facing the second suction portion and corresponding to the upper suction plate of the second suction portion. may be provided.

The pouch packaging machine according to the embodiments of the present invention is characterized in that it can automatically draw the contents into the pouch, seal it, and discharge it to the outside. The pouch packaging machine of the present invention automatically performs the above series of processes, and can pack pouches quickly and accurately compared to manual procedures.

In addition, the pouch packaging machine according to the embodiments of the present invention is characterized in that the contents can be easily drawn into the pouch without escaping to the other side. The pouch packaging machine of the present invention may adsorb the pouch at three points by the second and third adsorption units in order to allow contents to be easily introduced into the pouch. That is, the second and third adsorption units of the present invention may open the opening of the upper end of the pouch and adsorb the lower end of the pouch to form an inlet path so that contents can be easily introduced and support the pouch.

However, technical effects obtainable through the embodiments of the present invention are not necessarily limited to the above-mentioned effects. Other technical effects not mentioned will be clearly understood by those skilled in the art from other descriptions of the specification, such as the detailed description.

1A is a perspective view of a pouch packaging machine according to an embodiment of the present invention.
Figure 1b is a rear view of the pouch packaging machine shown in Figure 1a.
Figure 1c is a side view of the pouch packaging machine shown in Figure 1a.
Figure 2a is an enlarged view of the loading unit and the transfer unit shown in Figure 1a.
Figure 2b is an enlarged view of the loading unit shown in Figure 2a.
Figure 2c is an enlarged view of the transfer unit shown in Figure 2a.
Figure 3a is an enlarged view of the sealing portion shown in Figure 1a.
Figure 3b is a side view of the sealing portion shown in Figure 1a.
4 illustrates a process of adsorbing individual pouches loaded in the loading unit in the first adsorption unit.
FIG. 5 illustrates a process in which the individual pouches adsorbed in FIG. 4 are seated on the individual seating units and then aligned by the individual aligning units.
6 illustrates a process in which the individual seating parts are slid into the sealing part.
FIG. 7A is a rear view illustrating a process in which the second adsorption unit adsorbs an individual pouch and rotates it in a vertical direction.
7B is a side view illustrating a process of adsorbing an individual pouch by the second adsorption unit and rotating it in a vertical direction.
8A shows a state in which the third adsorption unit adsorbs the individual pouches disposed in the vertical direction.
8B illustrates a process in which the second adsorption unit and the third adsorption unit open openings and the guide unit is raised.
Figure 9a shows a state in which the contents are seated in the contents insertion unit.
9B illustrates a process in which the contents are inserted into the pouch through the opening and the adsorption of the second adsorption unit and the third adsorption unit is released.
10 illustrates a process in which the guide part is first lowered and the opening of the pouch is sealed.
FIG. 11 illustrates a process in which the guide unit is lowered and rotated secondarily so that the sealed pouch is discharged through the receiving unit.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. The following examples may be provided to more completely explain the present invention to those skilled in the art. However, the following embodiments are provided to aid understanding of the present invention, and the technical spirit of the present invention is not necessarily limited to the following embodiments. In addition, detailed descriptions of well-known configurations or obscure the technical gist of the present invention will be omitted.

1A is a perspective view of a pouch packaging machine according to an embodiment of the present invention. Figure 1b is a rear view of the pouch packaging machine shown in Figure 1a. Figure 1c is a side view of the pouch packaging machine shown in Figure 1a. Figure 2a is an enlarged view of the loading unit and the transfer unit shown in Figure 1a. Figure 2b is an enlarged view of the loading unit shown in Figure 2a. Figure 2c is an enlarged view of the transfer unit shown in Figure 2a. Figure 3a is an enlarged view of the sealing portion shown in Figure 1a. Figure 3b is a side view of the sealing portion shown in Figure 1a.

Referring to Figures 1a to 3b, the pouch packaging machine 100 of the present embodiment can insert the contents into the packaging container of the pouch (P) shape and automatically seal it. The pouch packaging machine 100 can automate a series of pouch P packaging processes in which the pouch P is adsorbed to open the opening P1, the contents are drawn in, and then sealed and discharged.

Specifically, the pouch packaging machine 100 includes a loading unit 110 in which a plurality of pouches P are loaded, a transfer unit 120 in which pouches P are transported in the loading unit 110, and contents into the pouch P. It may include a sealing unit 130 that is sealed and sealed, a receiving unit 140 through which the sealed pouch P is discharged, and a control unit 150 that controls operating speed and sealing temperature. Such a pouch packaging machine 100 has an effect of improving packaging efficiency by automatically packaging contents.

Hereinafter, each of the above components will be described in detail.

A plurality of pouches P may be loaded on the loading unit 110 . The pouches P loaded in the loading unit 110 may be individually transferred to the transfer unit 120 . The loading part 110 is formed with an inclined surface, so that the pouches P can be sequentially supplied in a downward direction.

Specifically, the loading unit 110 includes an input unit 111 in which a plurality of pouches P are loaded, a pressing unit 112 that presses the pouches P loaded in the input unit 111 downward, and an input unit ( 111) may include a fixing protrusion 113 disposed at the lower end to support the pouch P. That is, the loading unit 110 may be arranged to load a plurality of pouches P and easily provide the pouches P individually to the transfer unit 120 .

The input unit 111 is formed as a cradle on which a plurality of pouches P can be seated, and may have the same width as or a similar width to that of the pouches P. The input unit 111 is inclined in the direction of the transfer unit 120, so that the pouches P may be seated together downward along the inclined surface.

More specifically, in the input unit 111, the lower panel 111a is disposed obliquely on the lower side, and the lower panel 111a is perpendicular to the lower panel 111a on both sides of the lower panel 111a, and the length is equal to or higher than the length of the pouch P. A length of wall panel 111b may be disposed. If necessary, in the input unit 111, a plurality of wall panels 111b are arranged at equal intervals on the lower panel 111a having a large area, so that a plurality of piles of pouches P can be loaded into the input unit 111 at the same time. can

In addition, the lower side of the wall panel 111b is open and may include an opening 111a through which the pouch P is discharged. The opening part 111a is formed open below the input part 111, and may be formed open in the same area as or similar to that of the pouch P.

Meanwhile, the pressing unit 112 is disposed on the lower panel 111a of the input unit 111 and can be moved in an up and down direction. The pressing unit 112 may be disposed to press the pouch P loaded in the input unit 111 downward. In detail, the pressing unit 112 is connected to the lower panel 111a by a rail and slides downward along the inclined surface of the lower panel 111a to continuously press the pouch P downward.

The fixing protrusion 113 protrudes from the lower open portion 111c of the input unit 111 to fix the pouch P so that it does not escape. Preferably, the fixing protrusions 113 are disposed protrudingly on both sides of the opening 111c, are disposed on the upper and lower sides, and may be disposed protrudingly at the edges of the four parts. The fixing protrusion 113 is arranged to support the pouch P so that it does not fall out through the opening 111c having the same or similar area as the pouch P, and to easily transfer the pouch P from the transfer unit 120. It can be. More specifically, since the fixing protrusion 113 partially supports the pouch P instead of wholly supporting it, the pouch P can be easily withdrawn by the transfer unit 120 while supporting it so that it is not withdrawn. .

Meanwhile, the transfer unit 120 may individually adsorb the pouches P loaded on the loading unit 110 and transfer them to the sealing unit 130 . The transfer unit 120 may transfer the adsorbed pouches P to the sealing unit 130 by aligning them in a certain direction so that the opening P1 is disposed upward.

Specifically, the transfer unit 120 includes a first rotary plate 121 that rotates in place, a first motor unit 122 disposed on a side surface of the first rotary plate 121 to rotate the first rotary plate 121, and a pouch P A first adsorption unit 123 that adsorbs and transports ), an individual seating unit 124 in which the pouches P are individually seated, and an individual alignment for aligning the pouches P seated on the individual seating units 124 to one side may include section 125 . That is, the transfer unit 120 may be disposed to adsorb the pouches P individually, align them in a certain direction, and transfer them to the sealing unit 130 .

The first rotary plate 121 is connected to the lower end of the input unit 111 and may be connected to wall panels 111b disposed at both ends of the input unit 111. The first rotating plate 121 may be rotatably disposed in place. Preferably, the first rotating plate 121 is connected to the first motor unit 122 and the first suction unit 123, and rotates from the opening 111c of the input unit 111 to the individual seating unit 124, The individual pouches P may be adsorbed and transported.

The first motor unit 122 is disposed on the side of the first rotating plate 121 to rotate the first rotating plate 121 . Preferably, a cylinder is used as the first motor unit 122 to rotate the first rotary plate 121 in forward and reverse directions.

The first suction part 123 is connected to the first rotating plate 121 and can be rotated according to the rotation of the first rotating plate 121 . The first adsorption unit 123 adsorbs the pouch P loaded in the input unit 111, releases the adsorption at the top of the individual seating unit 124, and places the pouch P on the individual seating unit 124 can make it Preferably, a pair of first adsorption units 123 may be disposed in a vertical direction so as to adsorb the upper and lower sides of the pouch P.

After the pouch P transported from the input unit 111 is seated in the individual seating portion 124 , it may be slid into the sealing portion 130 . Preferably, the individual mounting portion 124 may be disposed on both sides of the wall surface having the same or similar width as the width of the pouch P. More specifically, the wall surfaces of the individual seating parts 124 may be disposed on both side surfaces and the lower surface, and the individual alignment parts 125 may be disposed on the upper surface. Alternatively, the wall surfaces of the individual seating parts 124 may be disposed on both side surfaces and the upper surface, and the individual alignment parts 125 may be disposed on the lower surface. That is, in the individual seating portion 124, the individual pouches P may be seated inside the wall surface and aligned to one edge by the individual aligning portion 125.

The individual alignment unit 125 is disposed on the upper or lower surface of the individual mounting unit 124 and may be moved in the vertical direction. The individual alignment parts 125 are disposed in a protruding shape, and may align the pouch P with one edge of the individual seating parts 124 by pushing the pouch P. That is, the individually aligning unit 125 may be disposed to transfer the pouches P to the sealing unit 130 in a state in which they are aligned at a predetermined position.

On the other hand, the sealing unit 130 is disposed at the next end of the transfer unit 120 to seal the contents (C) after inserting them into the pouch (P). More specifically, the sealing unit 130 may open the opening P1 of the pouch P, insert the content C, seal it, and discharge it to the outside.

Specifically, the sealing unit 130 includes a second rotation plate 131 that rotates in place, a second motor unit 132 disposed on a side surface of the second rotation plate 131 to rotate the second rotation plate 131, and a pouch ( The second adsorption unit 133 that adsorbs and transports P), the third adsorption unit 134 that adsorbs and opens the pouch P on the opposite side of the second adsorption unit 133, and the lower end of the pouch P A guide unit 135 arranged and moved up and down, a contents insertion unit 136 in which the contents C are seated and inserted into the pouch P, and a sensor unit 137 recognizing whether the contents C are seated , It may include a sealing device 138 for sealing the opening (P1) of the pouch (P) and a manual button unit 139 capable of manually opening and closing the contents insertion unit 136.

That is, the sealing unit 130 may be disposed to seal and discharge the pouches P after introducing the contents C into the pouches P individually transferred from the loading unit 110 .

The second rotating plate 131 is disposed at the next end of the conveying unit 120, and may be disposed at a predetermined distance from the individual seating unit 124. The second rotating plate 131 may be rotatably disposed in place. Preferably, the second rotation plate 131 is connected to the second motor unit 132 and the second adsorption unit 133, adsorbs the pouch P disposed on the individual seating unit 124, and then rotates, (P) can be placed in the vertical direction.

The second motor unit 132 is disposed on the side of the second rotation plate 131 to rotate the second rotation plate 131 . Preferably, the second motor unit 132 may operate identically or similarly to the first motor unit 122, and thus detailed descriptions thereof will be omitted.

The second suction part 133 is connected to the second rotating plate 131 and can be rotated according to the rotation of the second rotating plate 131 . The second suction unit 133 adsorbs the individual pouches P seated on the individual seating units 124, and the second rotating plate 131 is rotated so that the pouch P is moved upward with the opening P1 It can be rotated in a vertical direction to be placed. Preferably, a pair of second adsorption units 133 may be disposed in a vertical direction so as to adsorb the upper and lower sides of the pouch P. More specifically, in the second suction unit 133, a pair of suction plates adsorb one side of the pouch P in the vertical direction, the upper suction plate is used to open the opening P1, and the lower suction plate is used to open the pouch P1. It can be used to easily secure the inner space of (P).

The third suction part 134 is disposed to face the second suction part 133, and the suction plate may be disposed at a position corresponding to the suction plate disposed close to the opening P1 of the second suction part 133. there is. The third suction part 134 may be disposed facing the second suction part 133 with the pouch P interposed therebetween to open the opening P1 of the pouch P. More specifically, the opening of the pouch P is formed by the second suction part 133 disposed in the vertical direction and the third suction part 134 disposed at a position corresponding to the upper suction plate of the second suction part 133. (P1) is opened, and the inner space of the pouch (P) can be easily secured.

The guide part 135 is disposed at the lower end of the pouch P erected in the vertical direction by the second and third suction parts 133 and 134, so that the pouch P can be seated thereon. The guide part 135 is formed of a substantially 'V'-shaped plate-like member, so that the pouch P can be seated in the 'V'-shaped groove. More specifically, in the guide part 135, after the adsorption of the second and third adsorption parts 133 and 134 is released, the pouch P into which the content C is introduced may be seated. The guide unit 135 may be moved in the vertical direction to transport the pouch P seated on the guide unit 135 to a specific position. More specifically, the guide part 135 is first lowered to move the pouch P to the position where the sealing device 138 is disposed, and then is secondarily lowered and rotated to a position corresponding to the receiving part 140. It is possible to move the pouch (P) to the receiver (140).

The content insertion portion 136 is disposed as a space in which the content (C) is seated, and the lower portion may be formed to be opened and closed. The contents insertion unit 136 may be disposed on the next stage of the second rotating plate 131 and may be disposed on the top of the guide unit 135 . The content insertion unit 136 may be disposed so that the content C is inserted into the pouch P and the content C is discharged through the opening P1 of the pouch P. That is, the content insertion unit 136 may be disposed in the same number as the number of individually transported and sealed pouches P, and may be disposed in a position and size corresponding to the opening P1 of the pouch P. Specifically, the content insertion unit 136 may include a sensor recognition hole 136a.

The sensor recognition hole 136a may be openly formed on one side of the contents insertion unit 136 so that the sensor unit 137 can be disposed in the contents insertion unit 136 . That is, the sensor recognition hole 136a may be arranged so that the sensor unit 137 is disposed on the surface on which the contents C is placed so that the sensor unit 137 can recognize whether the contents C are drawn in. . More specifically, when a plurality of contents (C) are disposed in one contents insertion unit 136, sensor recognition holes 136a and sensor units 137 are disposed on a plurality of surfaces of the contents insertion unit 136. and can recognize a plurality of contents (C),

Meanwhile, the sensor unit 137 may be disposed to detect that the contents C are seated in the contents insertion unit 136 . In detail, when a plurality of contents (C) are disposed in one contents insertion unit 136, the sensor unit 137 is disposed on one side and the other side of the contents insertion unit 136, respectively, so that each contents ( C) can be recognized. More specifically, when all sensor units 137 recognize that the content C is placed, the lower portion of the content insertion portion 136 is automatically opened and the content C enters the pouch P. It can be.

A pair of the sealing device 138 is formed facing each other and can be slidably moved. The sealing device 138 may seal the opening P1 of the pouch P by thermal compression using a cartridge heater. The sealing device 138 may be compressed with the opening P1 of the pouch P interposed therebetween, thereby sealing the opening P1. In detail, the sealing device 138 may be slid and moved outwardly when not actuated, and may be slid and moved to abut inward when actuated.

More specifically, the sealing device 138 is disposed at the lower end of the contents insertion part 136, and when it is not sealed, it slides outward so that the guide part 135 moves up and down between the sealing devices 138. can be moved Thereafter, the sealing device 138 may slide the pouch P downward by the guide part 135 and then slide to come into contact therewith to seal the opening P1.

The manual button unit 139 is disposed on one side of the contents insertion unit 136 to manually open and close the lower portion of the contents insertion unit 136. That is, the manual button unit 139 may be disposed to manually open and close the lower portion of the contents insertion unit 136 when the lower portion of the contents insertion unit 136 is not automatically opened and closed by the sensor unit 137. .

Meanwhile, the receiver 140 may be disposed at the lower end of the pedestal 10 on which the loading unit 110, the transfer unit 120, and the sealing unit 130 are disposed. The receiving part 140 may be formed as a path through which the pouch P sealed in the sealing part 130 is discharged. Specifically, the receiver 140 may include a first inclined portion 141 inclined toward the rear side of the pedestal 10 and a second inclined portion 142 inclined toward both sides of the pedestal 10. . That is, the receiver 140 may be disposed to guide the sealed pouch P to be discharged to a certain position without being separated from the other side.

The first inclined portion 141 is a plate-like member disposed at the lower end of the pedestal 10 and may be inclined toward the rear of the pedestal 10 . In detail, the first inclined portion 141 may be inclined so that the lower end of the sealing portion 130 is the highest and lower toward the rear side of the pedestal 10 . That is, the pouch P discharged after being sealed may slide to the second inclined portion 142 along the first inclined portion 141 .

The second inclined portion 142 is a plate-like member and is disposed on the upper end of the first inclined portion 141 and may be inclined toward both sides of the pedestal 10 . In detail, the second inclined portion 142 may be inclined so that the central portion is highest and becomes lower toward both side surfaces of the pedestal 10 . Roughly, the second inclined portion 142 may be formed in a 'ㅅ' shape. More specifically, the opposite end of the second inclined portion 142 that is not connected to the first inclined portion 141 is bent upward to guide the pouch P so that it does not escape to the other side. That is, the pouch P slid through the first inclined portion 141 is slid along the second inclined portion 142 and can be discharged to a certain position.

Meanwhile, the control unit 150 may be connected to the loading unit 110, the transfer unit 120, and the sealing unit 130 to control the operation of the pouch packaging machine 100 and display an operating state. In detail, the control unit 150 may be disposed to display the progress state of work, work speed and time, and manipulate work speed, sealing temperature, and operating state. Specifically, the controller 150 includes a temperature control unit 151 for controlling the temperature of the sealing device 138, a screen display unit 152 for displaying the number of sealed pouches P, and an operation capable of manipulating the operating state. A button unit 153 may be included.

The temperature control unit 151 may display and control the temperature at which the sealing of the pouch P is performed in the sealing device 138 .

The screen display unit 152 may display the progress state of the job, the speed of the job, and the current time. If necessary, the screen display unit 152 may display the number of sealed and discharged pouches P and the number of sealed pouches P that can be discharged per hour.

The operating button unit 153 can manipulate the operating state. In detail, the operation button unit 153 may include buttons for starting operation, stopping operation, initializing settings, and emergency stop of the pouch packaging machine 100 .

4 to 11 are operational state diagrams of the pouch packaging machine shown in FIG. 1A.

Referring to the operation with reference to FIGS. 4 to 11 , first, FIG. 4 shows a process of adsorbing one of the pouches P loaded on the loading unit 110 in the first adsorption unit 123 .

A plurality of pouches P are loaded in the loading part 110 with the opening part P1 facing upward, and the loaded pouches P are aligned downward by the pressing part 112 toward the opening part 111c. can be loaded. At this time, the first rotary plate 121 is rotated in the direction in which the opening 111c is disposed, and the first suction part 123 connected to the first rotary plate 121 holds the pouch P through the opening 111c. adsorbed individually.

FIG. 5 illustrates a process in which the individual pouches P adsorbed in FIG. 4 are seated on the individual seating units 124 and then aligned by the individual aligning units 125 .

The first suction part 123 is rotated again in the opposite direction while individually adsorbing the pouches P, thereby rotating the first suction part 123 to a position corresponding to the individually seated part 124 . Thereafter, the suction is released from the first adsorption unit 123 to seat the pouch P on the individual seating unit 124 . Thereafter, the individually aligning unit 125 slides the pouch P to align it to one edge.

FIG. 6 illustrates a process in which the individual seating parts 124 are slid into the sealing part 130.

The individually aligned unit 125 may be slid toward the sealing unit 130 in a state where the aligned pouches P are seated. In detail, the individually aligning unit 125 may be moved to the lower end of the second rotary plate 131 .

7A is a rear view illustrating a process in which the second adsorption unit 133 adsorbs the individual pouches P and rotates them in the vertical direction. FIG. 7B is a side view illustrating a process in which the second adsorption unit 133 adsorbs the individual pouches P and rotates them in the vertical direction.

The second rotary plate 131 may be rotated so that the second suction part 133 is disposed at a position corresponding to the individually aligned part 125 . Thereafter, the second rotation plate 131 is rotated in the direction in which the contents insertion unit 136 is disposed in a state in which the second adsorption unit 133 adsorbs the pouch P disposed on the individually arranging unit 125. can That is, the pouch P may be disposed in a vertical direction such that the opening P1 is disposed upward.

FIG. 8A shows a state in which the third adsorption unit 134 adsorbs the individual pouches P disposed in the vertical direction. 8B illustrates a process in which the second suction part 133 and the third suction part 134 open the opening P1 and the guide part 135 rises.

The pouch P disposed in the vertical direction with one side adsorbed by the second rotation plate 131 may be adsorbed on the other side by the third adsorption unit 134 . Thereafter, the second and third suction parts 133 and 134 may be moved outward by a predetermined amount to open the opening P1. At the same time, the guide part 135 is raised and may be disposed at the lower end of the pouch P.

Figure 9a shows a state in which the contents (C) are seated in the contents insertion unit 136. FIG. 9B illustrates a process in which the content C is inserted into the pouch P through the opening P1 and the adsorption of the second adsorption unit 133 and the third adsorption unit 134 is released.

In a state in which the pouch P having the opening P1 disposed upward is disposed below the contents insertion unit 136, the contents C is seated in the contents insertion unit 136. Thereafter, the lower portion of the contents insertion unit 136 is opened, and the contents (C) seated in the contents insertion unit 136 may be introduced into the pouch (P). At this time, the lower side of the contents insertion unit 136 may be automatically opened when the sensor unit 137 recognizes the contents C, or may be manually opened and closed by the manual button unit 139. Thereafter, the suction of the second and third suction parts 133 and 134 is released, so that the pouch P into which the content C is inserted can be seated on the guide part 135 .

10 illustrates a process in which the guide unit 135 is first lowered and the opening P1 of the pouch P is sealed.

In a state where the pouch P into which the content C is inserted is seated on the guide portion 135, the guide portion 135 is first lowered, and the opening portion P1 may be disposed between the sealing devices 138 that are wide open. there is. Thereafter, the sealing device 138 may come into contact with the opening P1 interposed therebetween to seal the opening P1 of the pouch P.

FIG. 11 illustrates a process in which the guide unit 135 is lowered and rotated to discharge the sealed pouch P through the receiving unit 140 .

The guide part 135 on which the sealed pouch P is seated is secondarily lowered and then rotated in the direction of the receiving part 140 to transfer the sealed pouch P to the receiving part 140 . The pouch P transferred to the receiver 140 is slid along the inclined surface of the receiver 140 so that the pouch P can be seated at a certain position.

As described above, the pouch packaging machine 100 according to the embodiments of the present invention is characterized in that the contents (C) are automatically drawn into the pouch (P) and then sealed and discharged to the outside. The pouch packing machine 100 of the present invention automatically performs the series of processes, and can quickly and accurately pack the pouches P compared to manual processes.

In addition, the pouch packaging machine 100 according to embodiments of the present invention has a feature in that the contents can be easily drawn into the pouch without escaping to the other side. The pouch packaging machine 100 of the present invention can adsorb the pouch P at three points by the second and third adsorption units 133 and 134 so that the contents C can be easily drawn into the pouch P. there is. That is, the second and third adsorption parts 133 and 134 of the present invention open the opening P1 at the upper end of the pouch P and adsorb the lower end of the pouch P, so that the content C is easily drawn in. An inlet path may be formed and the pouch P may be supported.

Although the embodiments of the present invention have been described above, those skilled in the art can add, change, delete, or add elements within the scope not departing from the technical spirit of the present invention described in the claims. The present invention can be variously modified or changed by the above, and this will also be said to be included in the scope of the present invention.

100: pouch packaging machine 110: loading unit
111: input unit 112: pressurization unit
113: fixing protrusion 120: transfer unit
121: first rotary plate 122: first motor unit
123: first adsorption part 124: individual attachment part
125: individual alignment unit 130: sealing unit
131: second rotary plate 132: second motor unit
133: second adsorption unit 134: third adsorption unit
135: guide part 136: contents insertion part
137: sensor unit 138: sealing device
139: manual button unit 140: receiving unit
141: first inclined portion 142: second inclined portion
150: control unit 151: temperature control unit
152: screen display unit 153: operation button unit

Claims (6)

A loading unit 110 in which a plurality of pouches P are loaded;
a transfer unit 120 that transfers the pouches P individually in the loading unit 110;
Sealing unit 130 for sealing after opening the opening (P1) of the pouch (P) to insert the contents (C) into the interior of the pouch (P); and
And a receiving part 140 through which the pouch P sealed in the sealing part 130 is discharged,
The sealing part 130,
a second suction unit 133 for adsorbing one side of the pouch P by a pair of suction plates arranged in the vertical direction;
A suction plate disposed facing the second suction part 133 and corresponding to the upper suction plate of the second suction part 133 absorbs the other surface of the pouch P to open the opening P1. a third adsorption unit 134;
A sensor recognition hole (136a) disposed in a space where the contents (C) is seated, the lower part being opened and closed to discharge the contents (C), and the sensor recognition hole (136a) formed open so that the sensor unit 137 is disposed; contents insertion unit including a (136); and
A pouch packing machine comprising a sensor unit 137 for detecting whether the contents C are seated and instructing to open and close the lower part of the contents insertion part 136. The method of claim 1,
The sealing part 130,
A guide part 135 in which the pouch P is seated, moves in an up-and-down direction to transport the pouch P to a specific position, and rotates to discharge the pouch P to the receiving part 140; Including, pouch packing machine. delete The method of claim 1,
The transfer unit 120,
Individual seating parts 124 having a wall surface having a width equal to or similar to that of the pouch P; and
An individual alignment unit 125 for aligning the pouch P with one edge of the individual seating portion 124 by having a protrusion moving up and down on the upper or lower side of the individual seating portion 124; , a pouch packing machine. The method of claim 1,
The loading part 110,
an input unit 111 in which the plurality of pouches P are seated and a plate-shaped member disposed obliquely in the direction of the transfer unit 120;
a pressing unit 112 that moves the input unit 111 in a vertical direction and presses the pouch P downward; and
A pouch packing machine including a fixing protrusion 113 protruding from the lower open portion 111c of the inlet 111 and fixing the pouch P so that it does not escape. The method of claim 1,
A control unit 150 that displays the progress of the operation and controls the sealing temperature and operation of the sealing device 138; further comprising a pouch packaging machine.

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