KR102449943B1 - Apparatus for packaging adhesive patch - Google Patents

Abstract

Adhesive patch packaging apparatus according to an embodiment of the present invention, a pre-processing unit for coating a functional material on the pressure-sensitive adhesive sheet; a lamination unit for stacking the required number of the adhesive sheets supplied from the pre-processing unit; a forming tool seating part for positioning a forming tool on the top surface of the adhesive sheet in a laminated state in the lamination part; a molding unit for cutting and molding the laminated adhesive sheet into a laminated adhesive patch by pressing the molding tool provided on the top surface of the adhesive sheet; and an inversion part for separating the adhesive patch molded from the molding part from the molding tool and receiving it in a receiving container.

Description

Adhesive patch packaging device {APPARATUS FOR PACKAGING ADHESIVE PATCH}

The present invention relates to an adhesive patch packaging device, and more particularly, a convenient and accurate process for molding adhesive patches such as hydrogel patches into a desired shape in a stacked state and packaging them in a storage container. It relates to an adhesive patch packaging device that can be carried out in a batch.

In general, a cosmetic patch represented by a mask pack is impregnated with functional cosmetics to cover the skin, and the functional cosmetics are in contact with the skin for a long time so that the cosmetic ingredients can penetrate deep into the skin to take care of the skin.

In the past, the use of the cosmetic patch was mainly a mask pack covering the entire face, but recently, a cosmetic patch that can manage a part of the face, that is, the eyes or mouth area in more detail, has been proposed, and this cosmetic patch has been proposed. It is used to care for wrinkles under the eyes and around the mouth.

And these cosmetic patches are mainly used as a cosmetic patch made of hydrogel, which has a good tactile base and effective ingredients for wrinkle improvement.

Hydrogel is not soluble in water, can contain a large amount of moisture in its structure, and has the same flexibility as natural tissue, so it is widely used in medicine and cosmetic fields. Cosmetic compositions capable of enhancing various moisturizing and nutrient supply or exfoliation effects by controlling the types and amounts of ingredients used using the touch are continuously being developed.

In addition, in the prior art, in the case of manufacturing a cosmetic patch as described above, hydrogel containing cosmetic ingredients is applied to the patch fabric, and the patch fabric is cut and laminated manually through the process of packaging, but this production method is There were problems such as not only taking a lot of time to manufacture, but also decreasing accuracy.

In addition, if the multi-layered cosmetic patch is manually put into the container disclosed in Utility Model Registration No. 20-0488149, the laminated state of the cosmetic patch is disturbed or the number of cosmetic patches in the container is different. , there was also a problem that defective products were easily generated.

The present applicant has proposed the present invention in order to solve the above problems.

Korea Registered Utility Model No. 20-0488149 (Registration Announcement 2018.12.19.)

The present invention has been proposed to solve the above problems, and the process of packaging the adhesive patch in a container by applying a hydrogel to the adhesive sheet fabric and cutting and molding the adhesive patch in a state where several adhesive sheets are laminated automatically Provided is an adhesive patch packaging device capable of performing.

The present invention provides an adhesive patch packaging apparatus capable of improving the lamination efficiency of the adhesive patch and completing the lamination process within a short time.

In the present invention, since the adhesive sheet is cut and molded in a state in which several adhesive sheets are stacked and the molded adhesive patch is stored in a container at once in a stacked state, the packaging efficiency can be increased and the defect rate of the product can be reduced. A packaging device is provided.

Adhesive patch packaging apparatus according to an embodiment of the present invention for achieving the above object, a pre-processing unit for coating a functional material on the pressure-sensitive adhesive sheet; a lamination unit for stacking the required number of the adhesive sheets supplied from the pre-processing unit; a forming tool seating part for positioning a forming tool on the top surface of the adhesive sheet in a laminated state in the lamination part; a molding unit for cutting and molding the laminated adhesive sheet into a laminated adhesive patch by pressing the molding tool provided on the top surface of the adhesive sheet; and an inversion part for separating the adhesive patch molded from the molding part from the molding tool and receiving it in a receiving container.

The lamination unit may laminate at least two pieces of the pressure-sensitive adhesive sheet supplied from the pre-processing unit.

The lamination unit may include: a first sheet conveyor for transferring one first adhesive sheet supplied from the preprocessing unit; a second sheet conveyor provided above or below the first sheet conveyor to transport one second adhesive sheet supplied from the pre-processing unit; and a sheet feeding roller for supplying the first adhesive sheet transported by the first sheet conveyor and the second adhesive sheet transported by the second sheet conveyor in an overlapping state.

The stacking unit includes a first tray conveyor provided under the sheet supply roller and a first support frame on which the first tray conveyor is installed and supports the first tray conveyor, and the first tray conveyor includes the first A tray on which the pressure-sensitive adhesive sheet and the second pressure-sensitive adhesive sheet are laminated at the same time may be placed.

The tray may be moved in a transport direction of the adhesive sheet or in a direction opposite to the transport direction by the first tray conveyor so that the first adhesive sheet and the second adhesive sheet are stacked in a zigzag shape.

The forming tool includes a base plate, a plurality of first cutters provided on a surface of the base plate, and a second cutter provided inside the first cutter, wherein the first cutter is configured to accommodate or package the adhesive patch. It is provided to have the same shape as the storage container, and the second cutter is provided to have the same shape as the adhesive patch, or the shape surrounded by the first cutter and the second cutter is provided to have the same shape as the adhesive patch can be

The molding unit may include a third tray conveyor for transporting the tray and a molding tool pressing unit for cutting the adhesive sheet into the adhesive patch shape by pressing the molding tool placed on the surface of the adhesive sheet stacked on the tray. have.

In a state in which the forming tool is embedded in the adhesive sheet, the adhesive patch may be positioned in a space surrounded by the first cutter and the second cutter or in a space formed by the second cutter.

The inversion unit receives the tray in a state in which the forming tool is embedded in the adhesive sheet, separates the tray and the forming tool, covers the first cutter of the forming tool with the receiving container, and then in the receiving container The forming tool can be removed.

The inversion unit receives the tray in a state in which the molding tool is embedded in the adhesive sheet, and turns the tray, the adhesive sheet, and the molding tool over at once, in this state, existing outside the tray and the first cutter The adhesive sheet is separated from the molding tool, and in this state, the adhesive patch present inside the molding tool and the first cutter is turned over at once, and in this state, the storage container is placed on the first cutter, and in this state In the above, the molding tool, the adhesive patch and the storage container are turned over at once, and in this state, the molding tool can be separated from the storage container.

The inversion unit may include: an elevating driving unit for raising the tray in a state in which the forming tool is embedded in the adhesive sheet; Gripping units provided on both sides of the tray to hold the tray and the forming tool in a raised state by the elevating driving unit at once by pressing from the top and bottom; and a rotational driving unit configured to rotate the tray, the forming tool, and the gripping unit while the holding unit holds the tray and the forming tool.

The rotation driving unit includes a rotation motor, a rotation shaft connected to the rotation motor to rotate, and a rotation frame connected to one end of the rotation shaft, wherein the grip portion includes a first gripping unit formed on an upper end of the rotation frame and a lower end of the rotation frame and a second gripper formed in the , wherein the first gripper and the second gripper can move forward or backward in a direction facing each other, and move forward or backward along a longitudinal direction of the rotation shaft.

The first gripper and the second gripper may move forward or backward independently of each other along the longitudinal direction of the rotation shaft.

As the first gripper or the second gripper rotates by the rotation driving part, the gripper positioned at the lower side maintains an advanced state along the longitudinal direction of the rotation shaft, and the gripper positioned at the upper side of the rotation shaft can move backwards along the longitudinal direction of

The first gripper or the second gripper may maintain a state in which the gripper positioned at a relatively upper position moves backward in the longitudinal direction of the rotation shaft before the forming tool is covered with the receiving container.

The adhesive patch packaging device according to the present invention applies a hydrogel to an adhesive sheet and cuts and molds the adhesive sheet in a state in which several adhesive sheets are laminated to obtain an adhesive patch and automatically perform the process of packaging the adhesive patch in a storage container. Therefore, it is possible to increase the productivity of the adhesive patch product.

The adhesive patch packaging apparatus according to the present invention can improve the lamination efficiency of the adhesive patch and complete the lamination process within a short time because it can laminate several sheets at once instead of stacking the adhesive sheets one by one.

The adhesive patch packaging apparatus according to the present invention cuts and molds the adhesive sheet in a state in which several adhesive sheets are stacked to obtain an adhesive patch, and the molded adhesive patch is stored in a container at once in a stacked state, so the adhesive patch is laminated state It can be packaged in a storage container while maintaining

1 is a front view showing the configuration of an adhesive patch packaging apparatus according to an embodiment of the present invention.
2 is a plan view showing the configuration of an adhesive patch packaging apparatus according to an embodiment of the present invention.
3 to 5 are views showing a laminated part of the adhesive patch packaging apparatus according to an embodiment of the present invention. FIG. 6 is a view showing a forming tool seating part of the adhesive patch packaging apparatus according to an embodiment of the present invention.
FIG. 7 is a perspective view showing a forming tool used in the forming tool seating part according to FIG. 6 .
8 is a view showing a molding part of the adhesive patch packaging device according to an embodiment of the present invention.
9 to 11 are views showing an inverted part of the adhesive patch packaging apparatus according to an embodiment of the present invention.
12 to 15 are views for explaining a process in which an adhesive patch is molded and packaged using the adhesive patch packaging apparatus according to an embodiment of the present invention.

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited or limited by the examples. Like reference numerals in each figure indicate like elements.

1 is a front view showing the configuration of an adhesive patch packaging device according to an embodiment of the present invention, FIG. 2 is a plan view showing the configuration of an adhesive patch packaging device according to an embodiment of the present invention, and FIGS. 3 to 5 are views A view showing the stacking part of the adhesive patch packaging apparatus according to an embodiment of the present invention, FIG. 6 is a view showing the molding tool seating part of the adhesive patch packaging apparatus according to an embodiment of the present invention, FIG. 7 is a molding tool seating according to FIG. A perspective view showing a molding tool used for the part, FIG. 8 is a view showing a molding part of the adhesive patch packaging device according to an embodiment of the present invention, and FIGS. 9 to 11 are an adhesive patch packaging device according to an embodiment of the present invention 12 to 15 are views illustrating a process in which an adhesive patch is molded and packaged using the adhesive patch packaging apparatus according to an embodiment of the present invention.

The adhesive patch packaging device according to an embodiment of the present invention described below relates to a device capable of collectively performing a series of processes for molding and packaging a patch having adhesiveness, such as a hydrogel. Hereinafter, "adhesive sheet" or "adhesive patch" refers not only to a sheet or patch to which a hydrogel is applied, but also to a sheet or patch in which an adhesive material or component is applied to the surface or contains an adhesive material. Concept. Hereinafter, for convenience of explanation, the pressure-sensitive adhesive sheet/patch may be described as a hydrogel sheet/patch, but the pressure-sensitive adhesive sheet/patch does not necessarily mean a hydrogel sheet/patch.

Hereinafter, the adhesive patch packaging apparatus 10 according to an embodiment of the present invention will be described in detail with reference to the drawings.

1 and 2, the adhesive patch packaging device 10 according to an embodiment of the present invention, the adhesive sheet (S1, S2, see FIG. 3) is a pre-processing unit 100 for coating a functional material; a lamination unit 200 for stacking the required number of adhesive sheets S1 and S2 supplied from the pre-processing unit 100; a forming tool seating unit 300 for positioning the forming tool 320 (see FIG. 5 ) on the uppermost surface of the adhesive sheets S1 and S2 in a laminated state in the lamination unit 200 ; A molding part (P, see Fig. 12) for cutting and molding the laminated adhesive sheets (S1, S2) by pressing the molding tool 320 provided on the top surface of the adhesive sheets (S1, S2) to become an adhesive patch (P, see FIG. 12) 400); and an inversion unit 500 separating the adhesive patch P molded in the forming unit 400 from the forming tool 320 .

1 and 2, the adhesive patch packaging apparatus 10 according to an embodiment of the present invention includes a pre-processing unit 100 and a lamination unit 200 along the transport direction (arrow A1 direction) of the adhesive sheet. , the forming tool seating part 300 , the forming part 400 , and the inversion part 500 may have a structure in which they are sequentially disposed.

The pre-processing unit 100 is a portion for coating or applying a functional material required for the fabric of the adhesive sheet. For example, when the adhesive patch is used as a cosmetic, the pretreatment unit 100 may coat or apply a hydrogel as a functional material to the adhesive sheet.

The stacking part 200 may be formed in front of the pre-processing part 100 along the transport direction A1 .

3 to 5, the lamination unit 200 passes through the pre-processing unit 100, that is, the pre-processing unit 100 applies a functional material and then discharges the pressure-sensitive adhesive sheets S1 and S2 by a certain number. part to be laminated. Here, the number (number of sheets) in which the adhesive sheets S1 and S2 are laminated by the lamination unit 200 is the same as the number of the adhesive patches P accommodated in a storage container to be described later. Accordingly, the lamination unit 200 may laminate the adhesive sheet in the same number as the number of the adhesive patch accommodated in the container of the final product.

Here, the stacking unit 200 of the adhesive patch packaging device 10 according to an embodiment of the present invention does not stack the adhesive sheets one by one, but laminates two or more adhesive sheets at the same time, so the time required for lamination of the adhesive sheets can be reduced and productivity can be increased. As such, the lamination unit 200 may laminate at least two adhesive sheets supplied from the pre-processing unit 100 at the same time or at once.

In FIG. 3 , the stacking unit 200 is shown to include a first sheet conveyor 210 and a second sheet conveyor 220 . By increasing the number of sheet conveyors transporting the adhesive sheets, more adhesive sheets are stacked at once. It is also possible to As such, since the lamination part 200 of the adhesive patch packaging apparatus 10 according to an embodiment of the present invention includes the first sheet conveyor 210 and the second sheet conveyor 220, at least two sheets (sheets) can be laminated simultaneously or all at once.

Referring to FIG. 3 , the stacking unit 200 includes a first sheet conveyor 210 for transferring one first adhesive sheet S1 supplied from the pre-processing unit 100 ; a second sheet conveyor 220 provided above or below the first sheet conveyor 210 to transfer one second adhesive sheet S2 supplied from the pre-processing unit 100; and a sheet feeding roller 290 for supplying the first adhesive sheet S1 transported by the first sheet conveyor 210 and the second adhesive sheet S2 transported by the second sheet conveyor 220 in an overlapping state. may include.

Here, the first sheet conveyor 210 and the second sheet conveyor 220 are long provided along the transport direction of the adhesive sheet (refer to A1 of FIG. 1 ), and the first and second sheet conveyors 210 and 220 . The front side may be provided to pass through the pre-processing unit 100 . That is, the first and second sheet conveyors 210 and 220 not only transport the adhesive sheet coated with the functional material in the pre-processing unit 100, but also stack the adhesive sheet coated with the functional material as many times as necessary. .

The first and second sheet conveyors 210 and 220 may include rollers 211 and 221 disposed at both ends along the transport direction A1, respectively, and conveyor belts 213 and 223 wound around the rollers 211 and 221 and rotating. Although only right ends of the first and second sheet conveyors 210 and 220 are shown in FIG. 3 , rollers are also provided on the left ends, which are not shown.

Here, the exit end of the first sheet conveyor 210 (one end positioned at the front along the transfer direction A1) and the exit end of the second sheet conveyor 220 are not located on the same vertical line.

Referring to FIG. 3 , the exit end of the second sheet conveyor 220 disposed relatively lower than the exit end of the first sheet conveyor 210 disposed relatively upward is the front along the transfer direction A1. It is preferable to be located in This is because the first adhesive sheet S1 transported by the first sheet conveyor 210 must be placed on the second adhesive sheet S2 transported by the second sheet conveyor 220 . When the exit end of the second sheet conveyor 220, which is relatively lower, is located at the front, the first adhesive sheet S1 can maintain a state in close contact with the surface of the second adhesive sheet S2 due to its weight. have.

In addition, the sheet feed roller 290 is preferably arranged to be located in front of the outlet end of the second sheet conveyor 220 along the transfer direction (A1). Since the sheet feeding roller 290 is located in front of the exit end of the second sheet conveyor 220, the first adhesive sheet S1 is in close contact with the surface of the second adhesive sheet S2, so that the two adhesive sheets are simultaneously formed. It may be supplied vertically downward by the supply roller 290 .

On the other hand, the stacking unit 200, the first tray conveyor 230 and the first tray conveyor 230 provided on the lower side of the sheet supply roller 290 are installed, the first support for supporting the first tray conveyor 230, It may include a frame 201 . Here, a tray 240 on which the first adhesive sheet S1 and the second adhesive sheet S2 are simultaneously stacked may be placed on the first tray conveyor 230 . That is, the first tray conveyor 230 is a conveyor for transferring the tray 240 (tray).

Referring to FIG. 3 , the first tray conveyor 230 may be provided long in the same direction as the first and second sheet conveyors 210 and 220 , and may be provided under the sheet supply roller 290 . At this time, it is preferable that the sheet feed roller 290 is positioned at approximately the center of the first tray conveyor 203 for the entire length.

The first tray conveyor 230 is any one of the rollers 231,232 provided at both ends, the conveyor belt 233 wound around the rollers 231,232, the motor 234 for circulatingly driving the conveyor belt 233, and the rollers 231,232) and a timing belt 235 connecting the motor 234 to each other. In some cases, the timing belt 235 may be replaced with a chain.

In addition, the first support frame 201 to which the rollers 231,232 and the motor 234 are fixed may be provided.

The tray 240 is placed on the conveyor belt 233 of the first tray conveyor 230 , and the first and second adhesive sheets S1 and S2 may be laminated simultaneously or at once on the tray 240 . The tray 240 is a member on which the laminated adhesive sheet is placed, and may be provided to have horizontal and vertical lengths corresponding to the width of the adhesive sheet.

A plurality of trays 240 may be placed on the first tray conveyor 230 , and the first tray conveyor 230 may transport both the trays on which the adhesive sheets are stacked and the empty trays on which the stacking is scheduled.

On the other hand, the tray 240 is the first adhesive sheet (S1) and the second adhesive sheet (S2) are stacked in a zigzag (Zigzag) form by the first tray conveyor 230 in the transport direction of the adhesive sheet or in the transport direction. It can move in the opposite direction (refer to arrow A2 in FIG. 3). That is, after the first tray conveyor 230 operates so that the empty tray 240 is positioned under the sheet supply roller 290 , the first and second adhesive sheets S1 and S2 inside the tray 240 . is laminated simultaneously in a superimposed state, it is preferable that the adhesive sheets S1 and S2 are laminated along the entire length of the tray 240 in the direction of the arrow A2. By the way, the first and second adhesive sheets S1 and S2 passing through the sheet feeding roller 290 are supplied downward along the vertical direction, and if the position of the tray 240 is fixed, the entire length of the tray 240 is It is difficult to laminate the adhesive sheets S1 and S2 over it. In order to solve this problem, the first tray conveyor 230 allows the tray 240 to move forward and backward along the arrow A2 direction so that the adhesive sheets S1 and S2 may be stacked on the tray 240 in a zigzag shape. That is, as shown in FIG. 12A , the first and second adhesive sheets S1 and S2 may be stacked on the tray 240 in a zigzag shape.

Referring to FIG. 4 , the tray 240 on which the adhesive sheets S are stacked is seen a little along the transport direction (see A1 in FIG. 1 ), but referring to FIG. 5 , the tray 240 is larger than the case of FIG. 4 . you can see what you see In FIG. 5 , after the tray 240 advances a little further along the conveying direction, the pressure-sensitive adhesive sheet S is stacked while moving backward in the opposite direction, and the process of stacking the adhesive sheet S is repeated while advancing again.

The motor 234 of the stacking unit 200 operates so that the tray 240 moves forward and backward repeatedly along the arrow A2 while the adhesive sheet is stacked on the tray 240, and when the stack of the adhesive sheet is completed, the tray ( 240) may operate to advance along the conveying direction (refer to A1 of FIG. 1).

The first tray conveyor 230 may supply the tray 240 on which the lamination of the first adhesive sheet S1 and the second adhesive sheet S2 is completed to the molding tool mounting part 300 . The forming tool seating part 300 shown in FIG. 6 is positioned in front of the stacking part 200 along the transport direction A1.

Referring to FIG. 6 , the forming tool seating part 300 includes a second tray conveyor 310 for transporting the tray 240 and a first adhesive sheet S1 and a second adhesive sheet stacked on the tray 240 ( S2) may include a molding tool transfer unit 330 for positioning the molding tool 320 on the surface of the adhesive sheet located on the uppermost side.

The second tray conveyor 310 is any one of the rollers 311 and 312 provided at both ends, the conveyor belt 313 wound around the rollers 311 and 312, the motor 314 for circulatingly driving the conveyor belt 313, and the rollers 311 and 312). and a timing belt 315 connecting the motor 314 and the motor 314 . In some cases, the timing belt 235 may be replaced with a chain.

In addition, the second support frame 301 to which the rollers 311 and 312 and the motor 314 are fixed may be provided.

The second tray conveyor 310 transfers the tray 240 from the stacking unit 200 to the lower side of the forming tool transfer unit 330 in the conveying direction (refer to arrow A3). At this time, although the first and second adhesive sheets S1 and S2 are stacked on the transported tray 240 , the same number of adhesive sheets as the adhesive patch P accommodated in a storage container to be described later should be stacked.

The operation of the second tray conveyor 310 is temporarily stopped when the tray 240 on which the adhesive sheet is stacked is positioned under the forming tool transfer unit 330 . A sensor (not shown) for detecting the position of the tray 240 may be provided in the forming tool transfer unit 330 . The sensing signal of the sensor may be transmitted to the motor 314 to control the operation of the motor 314 . As such, when the forming tool transfer unit 330 places the forming tool 320 on the surface of the adhesive sheets S1 and S2 stacked inside the tray 240, the second tray conveyor 310 stops the operation. can do.

The forming tool transfer unit 330 includes a vertical member 331 connected to the second support frame 301 , a horizontal member 332 connected to the upper end of the vertical member 331 , and an elevating driving unit 333 to the horizontal member 332 . , may include a lifting rod 334 connected to the lifting or lowering drive unit 333 to ascend or descend, and a tool adsorption unit 335 connected to the lower end of the lifting rod 334 .

The lift driving unit 333 is preferably operated in synchronization with or interlocking with the sensor or motor 314 . For example, when the sensor detects that the tray 240 is located at the lower end of the forming tool transfer unit 330 , a detection signal is transmitted to the motor 314 to stop the operation of the second tray conveyor 310 and the motor 314 . ) when the operation is stopped, the lifting driving unit 333 may be provided to operate the lifting rod 334 to descend.

The base plate 321 of the forming tool 320 may be adsorbed to the tool adsorption unit 335 . The forming tool 320 may be adsorbed by vacuum adsorption. When the forming tool 320 is adsorbed to the tool adsorption unit 335, the elevating rod 334 is lowered by the elevating driving unit 333 and the forming tool 320 is placed on the surface of the adhesive sheets S1 and S2. The operation of the lift driving unit 333 is stopped and the tool adsorption unit 335 may release the adsorption state of the forming tool 320 . In this case, a contact sensor (not shown) for detecting whether the forming tool 320 and the adhesive sheets S1 and S2 is in contact may be provided in the elevating driving unit 333 . When the contact between the forming tool 320 and the adhesive sheets S1 and S2 is detected by the contact sensor, a detection signal is transmitted to the lift drive unit 333 to stop the operation of the lift drive unit 333 and the tool adsorption unit 335 It can operate to release the adsorption state.

When the tool adsorption unit 335 releases the adsorption of the forming tool 320 , the elevating driving unit 333 may operate to raise the elevating rod 334 and the tool adsorbing water 335 . In FIG. 6 , arrow A4 indicates the lifting direction of the lifting rod 334 and the tool adsorption unit 335 .

7 exemplarily shows a forming tool 320 . Referring to FIG. 7 , the forming tool 320 includes a base plate 321 , a plurality of first cutters 322 provided on the surface of the base plate 321 , and a second cutter provided inside the first cutter 322 . (323).

In the case of FIG. 7 , two first cutters 322 are formed on the base plate 321 , and the number of first cutters 322 may be selected according to the required production quantity of the adhesive patch product. It is preferable that the base plate 321 and the first cutter 322 are integrally formed.

The first cutter 322 of the forming tool 320 is provided to have the same shape as the container in which the adhesive patch P is accommodated or packaged, and the second cutter 323 has the same shape as the adhesive patch P. It may be provided so that the shape surrounded by the first cutter 322 and the second cutter 323 is the same as that of the adhesive patch (P).

Referring to FIG. 7 , both the first cutter 322 and the second cutter 323 may function as a cutter for cutting the stacked adhesive sheets S1 and S2 . That is, the first cutter 322 has an opened upper end that becomes a blade, and the cylindrical portion functions to accommodate the cut adhesive patch P therein. The second cutter 323 may be provided in a form connected only to the opened upper end of the first cutter 322 or may be formed over the entire height of the cylindrical portion of the first cutter 322 .

The second cutter 323 may be provided in the form of dividing the inside of the cylindrical portion of the first cutter 322 or the opened upper end. At this time, the shape of the closed curve formed by being surrounded by the second cutter 323 and the first cutter 322 is the same as the shape of the adhesive patch (P). For example, in the case of FIG. 7 , since the shape of the closed curve is a Taegeuk shape, the adhesive patch P cut and molded by the forming tool 320 also has a Taegeuk shape.

6, the opened end of the first cutter 322 of the forming tool 320 should be placed on the surface of the adhesive sheet (S1, S2). Accordingly, the forming tool transfer unit 330 transfers the forming tool 320 in an inverted state. That is, the tool adsorption unit 335 adsorbs the lower surface of the base plate 321 of the forming tool 320 , that is, the surface without the first cutter 322 .

When the opened end of the first cutter 322 is placed on the surface of the adhesive sheet S1 and S2 by the molding tool transfer unit 330, in this state the tray 240, the adhesive sheet S1, S2 and the molding tool 320 is transferred to the molding unit 400 .

Referring to FIG. 8 , the forming unit 400 includes a third tray conveyor 410 for transporting the tray 240 and a forming tool placed on the surface of the adhesive sheets S1 and S2 stacked on the tray 240 ( It may include a molding tool pressing unit 440 that presses 320 to cut the adhesive sheets S1 and S2 into the adhesive patch P shape.

The third tray conveyor 410 is any one of the rollers 411 and 412 provided at both ends, the conveyor belt 413 wound around the rollers 411 and 412, the motor 414 for circulating driving the conveyor belt 413, and the rollers 411 and 412) and a timing belt 415 connecting the motor 414 to each other. In some cases, the timing belt 235 may be replaced with a chain.

In addition, the third support frame 401 to which the rollers 411 and 412 and the motor 414 are fixed may be provided.

The third tray conveyor 410 may operate until the forming tool 320 is positioned below the forming tool pressing unit 440 to transport the tray 240 . The third tray conveyor 410 temporarily stops the operation when the tray 240 on which the adhesive sheets S1 and S2 are stacked is located under the forming tool pressing unit 440 . A sensor (not shown) for detecting the position of the tray 240 may be provided in the forming tool pressing unit 440 . The sensing signal of the sensor may be transmitted to the motor 414 to control the operation of the motor 414 .

The forming tool pressing unit 440 may include a vertical member 422 connected to the third support frame 401 and a horizontal member 421 connected to the upper end of the vertical member 422 . The horizontal member 421 may be provided as a rectangular plate-shaped member, and the vertical member 422 may be provided to connect four corners of the horizontal member 421 and the third support frame 401 . A pressure driving unit 449 may be provided on the upper surface of the horizontal member 421 , and a pressing rod 441 may be connected to the pressure driving unit 449 . An intermediate plate 442 may be connected to a lower end of the pressing rod 441 , and a plurality of connecting rods 443 may be connected to the intermediate plate 442 . A pressure plate 445 may be connected to a lower end of the connection rod 443 .

When the forming tool 320 and the tray 240 are positioned under the forming tool pressurizing unit 440 , the third tray conveyor 410 stops operating and the pressurizing driving unit 449 operates. When the pressure driving unit 449 is operated, the pressure rod 441 , the intermediate plate 442 , the connecting rod 443 and the pressure plate 445 descend toward the forming tool 320 , and the pressure plate 445 is Even in a state in contact with the base plate 321 of the forming tool 320, the pressure driving unit 449 operates so that the pressure plate 445 descends further. The pressure driving unit 449 continues to press the pressure plate 445 until the opened end of the first cutter 322 of the forming tool 320 comes into contact with the bottom of the tray 240 .

When the opened end of the first cutter 322 comes into contact with the bottom of the tray 240 , the adhesive sheets S1 and S2 stacked on the tray 240 by the first cutter 322 and the second cutter 323 . ) means that it is completely cut along the thickness direction. When the opened end of the first cutter 322 comes into contact with the bottom of the tray 240 , the pressure driving unit 449 operates to raise the pressure plate 445 . In this way, the pressure driving unit 449 may elevate the pressure plate 445 along the arrow A5 direction. At this time, even when the pressure plate 445 rises, the first cutter 322 and the second cutter 323 of the forming tool 320 remain embedded in the adhesive sheets S1 and S2. That is, the state in which the first cutter 322 and the second cutter 323 cut the adhesive sheets S1 and S2 over the entire thickness of the adhesive sheets S1 and S2 is maintained.

When the pressure plate 445 is raised by the pressure driving unit 449, the third tray conveyor 410 starts to operate again and the tray 240, the adhesive sheets S1, S2 and the forming tool along the arrow A6 direction. 320 may be transmitted to the inversion unit 500 .

In this way, the third tray conveyor 410 delivers the tray 240 to the inversion unit 500 with the forming tool 320 embedded in the stacked adhesive sheets S1 and S2 placed on the tray 240 . can

12( a ) shows a process in which the forming tool 320 is placed on the top surface of the adhesive sheets S1 and S2 stacked on the tray 240 . That is, the forming tool transfer unit 330 of the forming tool seating unit 300 may operate to supply the forming tool 320 in the arrow A4 direction. 12 (b) is a state in which the first cutter 322 and the second cutter 323 of the forming tool 320 completely cut the adhesive sheets S1 and S2, that is, the forming tool 320 shows the adhesive sheet ( It shows the state embedded in S1, S2).

As shown in FIG. 12( b ), in a state in which the forming tool 320 is embedded in the adhesive sheets S1 and S2 , the space or the second cutter 322 is surrounded by the first cutter 322 and the second cutter 323 . 2 The adhesive patch (P) may be located in the space formed by the cutter (323). On the other hand, the cut-molded adhesive patch (P) is positioned in the inner space (329) of the cylindrical portion of the first cutter (322). In addition, referring to FIG. 12( b ), among the adhesive sheets S1 and S2 , what is inside the cylindrical part of the first cutter 322 becomes the adhesive patch P, but the cylindrical part of the first cutter 322 is Anything outside (see C1, C2) is discarded.

Hereinafter, the inversion unit 500 will be described.

9 to 11 , the inversion unit 500 receives the tray 240 in a state in which the forming tool 320 is embedded in the adhesive sheets S1 and S2 , and receives the tray 240 and the forming tool 302 . ) and cover the first cutter 322 of the forming tool 320 with a receiving container (not shown), and then the forming tool 320 can be separated from the receiving container. Here, the storage container is the same as or similar to the cosmetic container disclosed in Korea Utility Model No. 20-0488149, and thus a detailed description thereof will be omitted. For reference, arrow A10 in FIG. 10 indicates the transport direction of the tray 240 .

The inversion part 500 of the adhesive patch packaging apparatus 10 according to an embodiment of the present invention forms the tray 240 with the molding part 400 in a state in which the molding tool 320 is embedded in the adhesive sheets S1 and S2. ), the tray 240, the adhesive sheets S1, S2, and the forming tool 320 are turned over at once, and in this state, the adhesive sheet existing outside the tray 240 and the first cutter 322 (FIG. 12) (See C1, C2 in (b)) is separated from the forming tool 320, and in this state, the adhesive patch P existing inside the forming tool 320 and the first cutter 322 is turned over at once, and in this state Put the storage container on the first cutter 322, and in this state turn over the molding tool 320, the adhesive patch P, and the storage container at once, and in this state separate the molding tool 320 from the storage container can do. By the inversion unit 500 performing this operation, the adhesive patch packaging apparatus 10 according to an embodiment of the present invention can package the adhesive patch P in a constant state in the receiving container.

9 to 11 , the inversion unit 500 includes an elevating driving unit 510 for elevating the tray 240 in a state in which the forming tool 320 is embedded in the adhesive sheets S1 and S2; Gripping parts 540 provided on both sides of the tray 240 so as to hold the tray 240 and the forming tool 320 in a raised state by the elevating driving unit 510 at once by pressing from the top and bottom; and a rotation driving unit 530 for rotating the tray 240, the forming tool 320, and the holding unit 540 while the holding unit 540 holds the tray 240 and the forming tool 320. have.

First, referring to FIG. 9 , the inversion unit 500 includes a fourth support frame 501 , a horizontal support member 503 connected to the upper end of the fourth support frame 501 in the horizontal direction, and a horizontal support member 503 . It may include a vertical support member 505 connected to one end of the. Here, the upper surface of the horizontal support member 503 is preferably provided at the same position or at the same height as the upper surface of the conveyor belt 413 of the third tray conveyor 410 of the forming unit 400 . This is because the tray 240 and the forming tool 320 transferred by the third tray conveyor 410 are positioned at the same height as the upper surface of the horizontal support member 503 . The horizontal support member 503 may be formed in a form having an elevating hole (not shown) in the middle, rather than being divided at both ends as shown in FIG. 9 .

The fourth support frame 501 is a frame serving as a bridge for supporting the entire load of the inversion unit 500, and at least four are preferably arranged. The lifting driving unit 510 may be positioned between the four fourth support frames 501 or in the lifting hole formed in the horizontal support member 503 .

The elevating driving unit 510 includes a driving force generating unit 511, an elevating shaft 515 that elevates by receiving driving force from the driving force generating unit 511, and a horizontal connecting bar 512 connected to one end of the elevating shaft 515 in the horizontal direction. , may include a vertical connection bar 513 connected in the vertical direction to the horizontal connection bar 512 , and a lifting plate 514 connected to an upper end of the vertical connection bar 513 . The lifting shaft 515 , the horizontal connecting bar 512 , the vertical connecting bar 513 , and the lifting plate 514 are raised or lowered at once by the driving force generating unit 511 .

When receiving the tray 240 from the third tray conveyor 410 of the forming unit 400, the lifting plate 514 is maintained in a descending state, at this time the upper surface of the lifting plate 514 is the third tray conveyor ( It should be in the same position as the upper surface of the conveyor belt 413 of 410). Then, the tray 240 transferred by the third tray conveyor 410 may be delivered to the upper surface of the lifting plate 514 . A tray 240 is placed on the lifting plate 514 .

When the tray 240 is placed on the lifting plate 514 , the driving force generating unit 511 detects this and raises the lifting plate 514 . The driving force generating unit 511 pushes up the lifting plate 514 so that the tray 240 rises to the position of the holding unit 540 . When the gripper 540 holds the tray 240 and the forming tool 320 from both sides, the driving force generating unit 511 lowers the lifting plate 511 to its original height (position). As such, when the holding unit 540 holds the tray 240 and the forming tool 320 , the lifting driving unit 510 may descend to its original position. In this way, the lifting plate 514 can be raised and lowered along the arrow A7 direction.

Referring to FIG. 9 , the vertical support members 505 are provided at both ends, respectively, and a rotation driving unit 530 may be provided on each of the vertical support members 505 . In this case, the rotation driving units 530 provided on both sides may be provided to face each other at the same height.

The rotation driving unit 530 may include a rotation motor 531 , a rotation shaft 533 connected to the rotation motor 531 to rotate, and a rotation frame 535 connected to one end of the rotation shaft 533 . The rotation motor 531 may be installed on the vertical support member 505 . The two rotating motors 531 facing each other on both sides must rotate at the same speed along the same direction. The rotating shaft 533 and the rotating frame 535 are rotated at once by the rotating motor 531 . R1 represents the rotation direction of the rotation motor 531 .

A grip portion 540 may be formed in the rotation frame 535 . As shown in Figure 9, the grip portion 540 is formed in two places to face each other, it is preferable to be provided at the same position or height. Both gripping parts 540 may rotate at the same speed along the same rotational direction by the rotational driving unit 530 .

Each gripper 540 provided on both sides may include a first gripper 541 formed at the upper end of the rotation frame 535 and a second gripper 546 formed at the lower end of the rotation frame 535 . . In each of the grippers 540 , the first gripper 541 and the second gripper 546 may move forward or backward in a direction facing each other (see arrow A9 ).

In addition, it may move forward or backward along the longitudinal direction of the rotation shaft 533 . That is, the first gripping part 541 or the second gripping part 546 may move forward or backward toward the gripping parts facing each other (refer to arrow A8). In this case, the first gripper 541 and the second gripper 546 may move forward or backward independently along the longitudinal direction of the rotation shaft 533 . That is, in each of the gripping parts 540 , even when the first gripping part 541 advances toward the opposite gripping parts, the second gripping part 546 may not advance.

As described above, the first gripping part 541 may be provided at the upper end of the rotation frame 535 and the second gripping part 546 may be provided at the lower end of the rotation frame 535 , the first gripping part ( When the tray 240 and the forming tool 320 are positioned between the 541 and the second gripping part 546 , the first gripping part 541 or the second gripping part 546 moves to each other along the direction of the arrow A9. It moves toward and holds the tray 240 and the forming tool 320 tightly.

The first gripper 541 is a first mounting member 542 connected to the rotation frame 535 , a first actuator 543 provided on the first mounting member 542 , and a first actuator 543 by an arrow A first grip plate 544 moving in the A8 direction may be included. Here, since the first grip plate 544 is separated from the first mounting member 542 , it can move in a direction away from the first mounting member 542 or move in a direction closer to the first mounting member 542 . .

Similarly, the second gripper 546 is a second mounting member 547 connected to the rotation frame 535, a second actuator 548 provided on the second mounting member 547, and the second actuator 548. It may include a second grip plate 549 moving in the direction of arrow A8 by the Here, since the second grip plate 549 is separated from the second mounting member 547 , it can move in a direction away from the second mounting member 547 or move in a direction closer to the second mounting member 547 . .

The first gripping part 541 and the second gripping part 546 have the first grip plate 544 and the second grip plate 549 facing each other, respectively, and the first grip plate 544 and the second grip plate ( 549), the tray 240 and the forming tool 320 can be held.

On the other hand, even if there is a tray 240 and a forming tool 320 between the first grip plate 544 and the second grip plate 549 , in order to hold them, a gap between the first grip plate 544 and the second grip plate 549 is provided. spacing should be narrowed. That is, either the first grip plate 544 or the second grip plate 549 must advance toward each other along the direction of the arrow A9. To this end, the grip pressing part 550 may be provided on the first gripping part 541 .

Referring to FIG. 9 , the grip pressing part 550 is provided on the first gripping part 541 , but may also be provided on the second gripping part 546 . The grip pressing unit 550 includes a third actuator 551 provided on the first actuator 543 side of the first gripping unit 541, a drive shaft 552 connected to the third actuator 551 to receive force; A connector 553 connected to one end of the driving shaft 552 may be included. The connector 553 may be connected to the first grip plate 554 . The first and second actuators 543 and 547 advance or retract the first and second grip plates 544,549 respectively along the direction of arrow A8, while the third actuator 551 moves the first grip plate along the direction of arrow A9. (544) can be moved forward or backward.

One of the first or second grip plates 544,549 can move in the left and right and up and down directions, while the other can only move in the left and right directions. In the case of FIG. 9 , the first grip plate 544 can move in both the left-right direction (arrow A8) and the up-down direction (arrow A9), but the second grip plate 549 can only move in the left-right direction (arrow A8). .

Hereinafter, an operation of the inversion unit 500 will be described with reference to FIGS. 10 and 11 .

Referring to FIGS. 10 and 11 , the tray 240 and the forming tool 320 are delivered from the forming unit 400 in a state in which the elevating plate 514 is lowered. At this time, the forming tool 320 is in a state embedded in the adhesive sheet (S1, S2). When the tray 240 and the forming tool 320 are placed on the lifting plate 514 , the lifting plate 514 is raised by the driving force generating unit 511 . In the grippers 540 positioned on both sides, the tray 240 and the forming tool 320 are raised and lowered until the tray 240 and the forming tool 320 are positioned within the gap between the first grip plate 544 and the second grip plate 549 positioned on the same side. The plate 541 rises.

When the tray 240 and the forming tool 320 are positioned within the gap between the first grip plate 544 and the second grip plate 549 , the first gripper 541 and the second gripper 541 of the both grippers 540 are 2 The gripping part 546 advances toward the tray 240 and the forming tool 320 at the same time. 10 (a) is a view illustrating a state in which the first and second gripping units 541 and 546 have moved backward, and FIG. It is a diagram showing a state advanced toward (320).

In this way, when the first and second gripping parts 541 and 546 are advanced, one end of the first and second grip plates 544,549 of the first and second gripping parts 541 and 546 is connected to the tray 240 and the forming tool ( 320) will overlap. That is, a portion of the edge of the tray 240 and the forming tool 320 is positioned between the first and second grip plates 544,549. When this state is reached, the grip pressing unit 550 of the holding unit 540 operates so that the first and second grip plates 544,549 press and hold the tray 240 and the forming tool 320 . That is, when the third actuator 551 of the grip pressing unit 550 is operated to expand the driving shaft 552 , the first grip plate 544 connected to the connector 553 connected to one end of the driving shaft 552 becomes the second While moving toward the grip plate 549 , the first and second grip plates 544,549 hold the tray 240 and the forming tool 320 .

As the first and second grip plates 544,549 hold the tray 240 and the forming tool 320, the lifting plate 514 descends and returns to its original position.

The tray 240 and the forming tool 320 held between the first and second grip plates 544,549 are in the same state as in FIG. 12(b). That is, the tray 240 is at the bottom and the forming tool 320 is at the top. In this state, the rotation driving unit 530 operates to rotate the first holding unit 541 and the second holding unit 546 by 180 degrees. 11 , the rotation driving unit 530 rotates the gripping unit 540 so that the first grip plate 544 and the second grip plate 549 change positions with each other.

When the first gripper 541 and the second gripper 546 rotate 180 degrees, the tray 240 and the forming tool 320 held between the first and second grip plates 544,549 also rotate 180 degrees. Therefore, as shown in Fig. 13 (a), the tray 240 is at the top and the forming tool 320 is at the bottom. At this time, the first gripping unit 541 is located at the lower side and the second gripping unit 546 is located at the upper side.

If the tray 240 is removed from the state shown in FIG. 13(a), the state shown in FIG. 13(b) is obtained. In order to remove the tray 240, the second grip plate 549 in contact with the tray 240 is ) must be reversed. On the other hand, the first grip plate 544 supporting the forming tool 320 should maintain an advanced state. If the first grip plate 544 also moves backward, the tray 240 and the forming tool 320 may fall downward.

The second actuator is rotated 180 degrees so that the first grip plate 544 is positioned below to support the base plate 321 of the forming tool 320 and the second grip plate 549 presses the tray 240 from above. Since the second grip plate 549 is retracted by the operation 548 , the tray 240 is in a state in which the tray 240 can be removed. At this time, the second grip plates 549 on both sides should both move backward.

In this way, as the first gripper 541 or the second gripper 546 rotates by the rotation driving unit 530 , the gripper positioned at the lower side is advanced along the longitudinal direction of the rotation shaft 533 . The holding part held and positioned relatively upward may move backward along the longitudinal direction of the rotation shaft 533 . Also, the first gripper 541 or the second gripper 546 may move the first grip plate 544 or the second grip plate 549 forward or backward independently of each other.

When the tray 240 is separated or removed from the forming tool 320, the outside of the cylindrical portion of the first cutter 322 of the adhesive sheet S (see C1, C2 in FIG. 12(b)) is also It may be separated or removed from the forming tool 320 .

A tray separation unit (not shown) for removing or separating the tray 240 from the forming tool 320 may be provided on one side of the inversion unit 500 . When the tray 240 is removed by the tray separator, the forming tool 320 is placed on the first grip plate 544 in the state shown in FIG. 13(c).

In the state of Figure 13 (c), the first cutter 322 is covered with the storage container. Referring to FIG. 14( a ), the receiving containers 610 provided in the same number as the number of the first cutters 322 may be provided above the forming tool 320 while being adsorbed to the container plate 601 . . A vacuum adsorption unit 602 may be formed on the vessel plate 601 at a portion corresponding to the position of the receiving vessel 610 , and a vacuum tube (not shown) may be connected to the vacuum adsorption unit 602 .

In a state in which the storage container 610 is adsorbed to the container plate 601 by the vacuum adsorption unit 602 , all the storage containers 610 are put on the first cutter 322 of the forming tool 320 at once. In order for the storage container 610 to be covered with the first cutter 322 , it is preferable that the outer diameter (maximum size) of the first cutter 322 is smaller than the inner diameter (minimum size) of the storage container 610 . When the vacuum of the vacuum adsorption unit 602 is released in a state in which the storage container 610 is covered on the first cutter 322 , the storage container 610 is separated from the container plate 601 and covered with the first cutter 322 . will keep When the container plate 601 is removed in this state, the state shown in FIG. 14(b) is obtained.

A container detachable part (not shown) for covering the storage container 610 on the first cutter 322 may be provided on one side of the inversion part 500 .

The first gripping part 541 or the second gripping part 546 is a state in which the gripper positioned at a relatively upper side before putting the receiving container 610 on the forming tool 320 has moved backward along the longitudinal direction of the rotating shaft 533 . can keep

When the state of FIG. 14(b) is reached, the second grip plate 549, which has moved backward, moves forward again. When the second grip plate 549 advances, the forming tool 320 with the storage container 610 covered is positioned between the second grip plate 549 and the first grip plate 544 . In this state, when the third actuator 551 operates to move the first grip plate 544 toward the second grip plate 549, the forming tool 320 and The storage container 610 is in a biting state. In this state, the grip part 540 is rotated 180 degrees again by the rotation driving part 530 . When the grip part 540, that is, the first grip part 541 and the second grip part 546 rotate by 180 degrees, the first grip plate 544 is positioned at the upper side and the second grip plate 549 is positioned at the lower side and the forming tool 320 and the receiving container 610 are in the state of Fig. 15 (a).

In the state of FIG. 15( a ), the first grip plate 544 positioned above may move backward, and the forming tool 320 may be separated from the receiving container 610 by the tray separating unit. When the forming tool 320 is separated from the receiving container 610, it is in the state of FIG. 15(b). Referring to FIG. 15( b ), several adhesive patches P are stored in a stacked state inside the storage container 610 . In this state, when a cap (not shown) is put on the opened upper part of the receiving container 610 , packaging or packaging of the adhesive patch P may be completed.

As described above, the embodiment of the present invention has been described with specific matters such as specific components and limited embodiments and drawings, but these are only provided to help a more general understanding of the present invention, and the present invention is limited to the above embodiments Various modifications and variations are possible from these descriptions by those of ordinary skill in the art to which the present invention pertains. Accordingly, the spirit of the present invention should not be limited to the described embodiments, and not only the claims described below, but also all of the claims and all equivalents or equivalent modifications thereof will fall within the scope of the spirit of the present invention.

10: adhesive patch packaging device 100: pre-processing unit
200: stacking unit 210: first sheet conveyor
220: second sheet conveyor 240: tray
300: forming tool seating portion 320: forming tool
322: first cutter 323: second cutter
400: forming part 500: inversion part
540: grip portion 541: first grip portion
544: first grip plate 546: second gripping part
549: second grip plate 620: storage container
S: adhesive sheet S1: first adhesive sheet
S2: second adhesive sheet P: adhesive patch

Claims (15)

A pretreatment unit for coating a functional material on the pressure-sensitive adhesive sheet;
a lamination unit for stacking the required number of the adhesive sheets supplied from the pre-processing unit;
a forming tool seating part for positioning a forming tool on the top surface of the adhesive sheet in a laminated state in the lamination part;
a molding unit for cutting and molding the laminated adhesive sheet into a laminated adhesive patch by pressing the molding tool provided on the top surface of the adhesive sheet; and
Including; and an inversion part for separating the adhesive patch molded by the molding part from the molding tool and receiving it in a storage container;
The lamination unit may include: a first sheet conveyor for transferring one first adhesive sheet supplied from the preprocessing unit; a second sheet conveyor provided above or below the first sheet conveyor to transport one second adhesive sheet supplied from the pre-processing unit; a sheet feeding roller for supplying the first adhesive sheet transported by the first sheet conveyor and the second adhesive sheet transported by the second sheet conveyor in an overlapping state; A first tray conveyor provided below the sheet supply roller and a first support frame on which the first tray conveyor is installed and supports the first tray conveyor,
A tray on which the first adhesive sheet and the second adhesive sheet are laminated at the same time is placed on the first tray conveyor,
The forming tool includes a base plate, a plurality of first cutters provided on the surface of the base plate, and a second cutter provided inside the first cutter,
The inversion unit receives the tray in a state in which the forming tool is embedded in the adhesive sheet, separates the tray and the forming tool, puts the receiving container on the first cutter of the forming tool, and then forms the forming in the receiving container Adhesive patch packaging device characterized in that it separates the tool.
According to claim 1,
The lamination unit adhesive patch packaging device, characterized in that for laminating at least two sheets of the pressure-sensitive adhesive sheet supplied from the pre-processing unit.
delete delete According to claim 1,
The tray is an adhesive patch packaging device, characterized in that the first adhesive sheet and the second adhesive sheet are stacked in a zigzag form by the first tray conveyor to move in the transport direction of the adhesive sheet or in a direction opposite to the transport direction .
6. The method of claim 5,
The first cutter is provided to have the same shape as the storage container in which the adhesive patch is accommodated or packaged,
The second cutter is provided to have the same shape as the adhesive patch, or a shape surrounded by the first cutter and the second cutter is provided to have the same shape as the adhesive patch.
7. The method of claim 6,
The molding part,
Adhesive, characterized in that it comprises a third tray conveyor for transporting the tray and a molding tool pressing unit for cutting the adhesive sheet into the adhesive patch shape by pressing the molding tool placed on the surface of the adhesive sheet laminated on the tray. patch packaging device.
8. The method of claim 7,
In a state in which the forming tool is embedded in the adhesive sheet, the adhesive patch is positioned in a space surrounded by the first cutter and the second cutter or in a space formed by the second cutter. packaging device.
delete 9. The method of any one of claims 1, 2 and 5 to 8,
The inversion part,
Upon receiving the tray in a state in which the forming tool is embedded in the pressure-sensitive adhesive sheet, the tray, the pressure-sensitive adhesive sheet, and the forming tool are turned over at once, and in this state, the pressure-sensitive adhesive sheet existing outside the tray and the first cutter is removed Separate from the forming tool, and in this state, the forming tool and the adhesive patch present inside the first cutter are turned over at once, and in this state, the storage container is placed on the first cutter, and in this state, the forming tool , The adhesive patch and the receiving container are turned over at once, and the molding tool is separated from the receiving container in this state.
9. The method of any one of claims 1, 2 and 5 to 8,
The inversion part,
an elevating driving unit for raising the tray in a state in which the forming tool is embedded in the adhesive sheet;
Gripping units provided on both sides of the tray to hold the tray and the forming tool in a raised state by the elevating driving unit at once by pressing from the top and bottom; and
Adhesive patch packaging apparatus comprising a; a rotational driving unit for rotating the tray, the forming tool, and the gripping unit in a state in which the holding unit holds the tray and the forming tool.
12. The method of claim 11,
The rotation driving unit includes a rotation motor, a rotation shaft connected to the rotation motor to rotate, and a rotation frame connected to one end of the rotation shaft,
The holding unit includes a first holding unit formed at the upper end of the rotating frame and a second holding unit formed at the lower end of the rotating frame,
The first gripper and the second gripper can move forward or backward along a direction facing each other, and move forward or backward along the longitudinal direction of the rotation shaft.
13. The method of claim 12,
The adhesive patch packaging device, characterized in that the first gripper and the second gripper move forward or backward independently of each other along the longitudinal direction of the rotation shaft.
14. The method of claim 13,
As the first gripper or the second gripper rotates by the rotation driving part, the gripper positioned at the lower side maintains an advanced state along the longitudinal direction of the rotation shaft, and the gripper positioned at the upper side of the rotation shaft Adhesive patch packaging device, characterized in that backwards along the longitudinal direction of the.
15. The method of claim 14,
Adhesive patch packaging device, characterized in that the first gripper or the second gripper maintains a state in which the gripper positioned at a relatively upper position is moved backward along the longitudinal direction of the rotation shaft before the forming tool is covered with the receiving container. .

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