KR20190138952A - An apparatus for feeding and packing mask packs - Google Patents

Abstract

The present invention relates to a device for transferring and packing a mask pack. The device for transferring and packing a mask pack includes: a transfer unit cutting multiple mask packs on a sheet supplied from a mask pack sheet roll at the same time and forming holes corresponding to the eyes and mouth, thereby individually picking up the mask pack transferred by a conveyor and transferring the mask pack to a next process; and a folding unit folding each of the individual mask packs transferred by the transfer unit. The device for transferring and packing a mask pack accommodates the mask pack which is folded in a package bag. The folding unit includes: a folding support unit including a support plate installed in a support member to support the transferred mask pack; a vertical folding blade unit installed on the folding support unit to vertically move to descend between the support plates and fold the mask pack in the horizontal direction; and a folded mask pack accommodation unit installed on the lower side of the folding support unit and accommodating the folded mask pack. The folded mask pack accommodation unit rotates and moves forward to the package bag. So, the folded mask pack accommodation unit accommodates the folded mask pack in the package bag and packages the mask pack. Therefore, the device for transferring and packing a mask pack maximizes productivity of the mask pack by compactly and efficiently transferring, folding, and packing the mask packs.

Description

Mask pack transport packaging device {AN APPARATUS FOR FEEDING AND PACKING MASK PACKS}

The present invention relates to a mask pack conveying and packaging apparatus, and in particular, to improve the compact and efficient packaging of the mask pack by grounding while transporting the mask packs prepared by cutting a plurality of mask packs while the fabric is continuously supplied from the fabric roll. The present invention relates to a mask pack transport packaging apparatus having a structure.

Recently, a mask pack is widely used to obtain effects such as beauty and moisturizing of the face. The mask pack covers the face and temporarily blocks outside air to contain oil and moisture and, if necessary, functional ampoules in the sheet to effectively remove the waste accumulated in the skin by moisturizing.

The mask pack acts as a container for delivering ampoules to the skin. The mask pack sheet is made of various materials according to the required functions such as cotton sheets, microfiber green sheets, hypoallergenic nano sheets, and biocellulose sheets. It is manufactured in a generally round shape with its mouth cut away.

In general, the mask pack is manufactured by cutting a sheet into a round shape in a face shape, cutting the eyes and mouth parts, folding them, and individually packaging them in a packaging material. These manufacturing processes are performed individually or in a series to increase productivity. It consists of a continuous process.

As a conventional technology related to such a mask pack manufacturing apparatus, in Korea Patent Registration No. 10-1297461 (registered on August 09, 2013) to laminate a mask pack fabric cut to a certain size using a press fabric made of a non-woven fabric The mask pack fabric is folded by transferring the stacked mask pack fabrics one by one, the mask pack fabric folded into the pouch, the mask pack fabric is injected into the pouch into which the mask pack fabric is inserted, and then packed. An apparatus is disclosed.

In other patented technology, it is divided into a support plate, a first fold part, a second fold part, and a third fold part in which the fabric of the mask pack is seated in Korea Patent No. 10-1444230 (registered on September 18, 2014). In addition, a mask pack manufacturing apparatus for automatically folding the mask pack fabric quickly and accurately through the organic operation between each of the divided components is disclosed.

In addition to the mask pack manufacturing apparatus related to the mask pack manufacturing apparatus for automatic folding of the mask sheet of Korea Patent Registration No. 10-1571624 (registered on November 18, 2015), domestic Patent No. 10-1593482 (201602 The mask pack packaging device of March 03) is known.

However, these conventional patented manufacturing apparatus has a problem of low productivity because the manufacturing process of the mask pack shape from the fabric sheet and then the grounding, transport and packaging process for packaging to the packaging bag is not efficient, there is a need for improvement.

Domestic registered patent No. 10-1297461 (registered August 09, 2013) Domestic Patent No. 10-1444230 (registered September 18, 2014) Domestic registered patent No. 10-1571624 (registered November 18, 2015) Domestic Patent No. 10-1593482 (registered Feb 03, 2016)

The present invention has been made to solve the above-mentioned problems of the prior art, a plurality of mask packs which are cut out and punched from the mask pack situl at the same time and the eye and mouth parts are supplied and superimposed on both ends of the mask, and then It is an object of the present invention to provide an improved mask pack packaging apparatus to improve the productivity of the mask pack by grounding it in half and putting it in a packaging bag so that the mask pack can be efficiently transported and packed.

In order to achieve the above object, the mask pack conveying packaging apparatus according to the present invention simultaneously cuts a plurality of mask packs from a sheet supplied from a mask pack sheet, and forms a hole corresponding to an eye and a mouth to be transported by a conveyor. A transfer unit for individually picking up the mask packs and transferring them to a subsequent process, a grounding unit for grounding each of the individual mask packs transferred by the transfer unit, and a mask pack transporting device for accommodating the grounded mask packs in a packaging bag; In

The ground portion and the ground support portion including a support plate installed on the support member to support the transferred mask pack;

A vertical ground blade which is disposed between the supporting plates so as to be movable upward and downward on a ground support portion to lower the mask pack in a transverse direction;

A ground mask pack accommodating part disposed under the ground support part to accommodate the mask pack grounded;

The ground mask pack accommodating portion is rotated to be advanced to the packaging bag and is characterized in that the packaging to accommodate the grounded mask pack in the packaging bag.

The vertical ground blade includes a cylinder installed to guide the penetrating through the support and mounted in the center to move the support up and down, and a ground blade mounted downward to the support member fixed to the lower end of the guide member, The cylinder blade is configured to ground the mask pack in half in the transverse direction while the cylinder blade descends between the supporting plates of the ground support part during operation.

Slots are formed on both sides of the ground blade in the longitudinal direction so that the friction between the mask pack and the ground blade is reduced when the mask pack is grounded while being lowered so that the mask pack is not partially crushed by friction.

The ground mask pack accommodating portion includes a support plate, a support member connected to a guide member penetrating the support plate, two pairs of accommodating plate members spaced apart from the front and rear of the support member to accommodate a mask pack grounded by a vertical ground blade. A piston rod is connected to the support member and is mounted on a bottom surface of the support plate to include a cylinder for moving the pair of receiving plate members up and down together with the support member.

Brackets are provided on both sides of the bottom of the support plate, and the brackets are equipped with a rotating shaft.

The drive unit further includes a drive unit for rotating the ground mask pack accommodating portion 90 degrees, wherein the drive unit is mounted on a cylinder provided on the outside of the side frame and a bracket provided at the end of the piston rod of the cylinder, the first slot is formed One end is engaged with the link member and the first link member, and the other end includes a second link member fixedly connected to the rotating shaft.

In a state where the mask pack is disposed on the supporting plates of the ground bearing part, first, the receiving plate members of the ground mask pack receiving part are lifted by the cylinder, and then the mask pack grounded by the vertical ground blade part is lowered by the cylinder. After being received between the receiving plate members, the piston rod of the cylinders retracts so that the vertical ground blade and the receiving plate members retract to their original positions.

The rear side of the receiving plate member of the receiving plate member is connected to the interval adjusting means by a bracket for adjusting the distance to the receiving plate member, when the mask pack is drawn between the receiving plate members and the receiving It is preferable that the other receiving plate member is configured to be spaced apart from the receiving plate member by the gap adjusting means when being drawn out to the packaging bag between the plate members.

When the cylinder is operated to move the piston rod forward, as the first link member moves forward, the second link member rotates counterclockwise as one end moves in the slot of the first link member, and the second link member A rotating shaft connected to the other end of the rotating plate rotates 90 degrees counterclockwise together with the supporting plate so that the receiving plate members accommodating the grounded mask pack are rotated in a horizontal state in a vertical state.

When the receiving plate members are in a horizontal state, the cylinder is operated to enter the packaging bag opened by the adsorber and the receiving plate members containing the mask pack in the grounded state enter the grounded mask in the packaging bag. It will be packed in a pack.

According to the present invention, the mask packs are simultaneously cut out from the sea troll and the individual mask packs of the eye and mouth parts are transported, and both ends of the mask packs are grounded at the center, and then half of the mask packs are compactly placed in the packaging bag. By packaging, the mask pack is transported, folded and packed in a compact and efficient manner, thereby maximizing the productivity of the mask pack.

1 is a schematic plan view of a transfer apparatus for cutting and perforating a plurality of mask packs from a siott during manufacture of a mask pack and folding and transferring both sides while transporting them to a packaging apparatus.
FIG. 2 is a perspective view of a first conveying part for supplying a grounding part that grounds both ends of the plurality of mask packs conveyed in FIG. 1; FIG.
Figure 3 is a partial perspective view showing the transfer of the mask pack to the grounding portion that grounds both ends of the mask pack to the central portion.
4 is a perspective view of a pickup unit for transferring a mask pack having grounds at both ends thereof for laterally grounding in a subsequent process;
FIG. 5 is a perspective view of a grounding part for horizontally grounding a plurality of mask packs transferred in FIG. 1; FIG.
6 is a front view of the grounding portion of FIG. 5;
7 is a side view of FIG. 6;
8 to 10 are views for explaining a process of grounding the mask pack in half by the grounding portion of FIG.
FIG. 11 is an enlarged side view of a mask pack accommodating part for receiving a mask pack grounded in FIG. 6; FIG.
12 and 13 are views for explaining a packaging process in which the mask pack is put into the packaging bag by rotating the accommodating part which receives the mask pack grounded in half in FIG.

Hereinafter, with reference to the accompanying drawings showing an embodiment of a mask pack transport apparatus according to the present invention will be described in detail the present invention.

In Fig. 1, the mask pack conveying apparatus according to the present invention simultaneously cuts a plurality of mask packs from a sheet supplied from a mask pack sheet control and, in the illustrated embodiment, four mask packs 2 at the same time. Both sides of each of the transfer unit 10 and the individual mask packs 2 transferred by the transfer unit to form a corresponding hole to individually pick up the mask packs carried by the conveyor 1 to be transferred to a subsequent grounding process. And a pick-up part 30 for picking up the mask parts grounded at both ends of the ground part 20 and the pick-up parts 30 for the subsequent process.

In FIG. 2, the transfer part 10 is a plate-shaped pickup plate member which is extended to the front and rear sides with respect to the mask pack conveying direction in the mount 12 fixed to the drive shaft 11 at regular intervals, and is spaced vertically apart. (13, 14) (13 ', 14'), each of the pick-up plate members (13, 14) (13 ', 14') is fixed to the center portion of the mask pack to be transported therebetween, 11) is rotated by 180 degrees to face the ground portion 20 of the subsequent process.

The drive shaft 11 is connected to be rotated by a rotating plate 17, which is fixed to one end and the bracket 16 formed with slots 15 formed at 90 degree intervals in a cross shape is rotated by a motor shown in a virtual line. have. The outer circumferential surface of the bracket 16 is formed to be curved in an arc shape spaced apart at an angle of 90 degrees.

To this end, the rotating plate 17 is formed with locking projections 18 protruding on both sides in the radial direction and the locking projections 18 are formed at intervals of 180 degrees, when the rotating plate 17 is rotated by a motor, The bracket 16 is rotated by the rotation of the rotating plate inserted into the slot 15 of the bracket 16 so that the pickup plate members 13, 14, 13 ′, 14 ′ together with the drive shaft 11 are 180 degrees. Is rotated.

In addition, the rotating plate 17 is formed with an arc-shaped protrusion 19 at an angle of 90 degrees with respect to the two engaging protrusions 18, and the arc-shaped outer circumferential surface of the bracket 16 can be seated and supported. do.

When the mask pack 2 conveyed by the conveyor 1 in FIG. 1 is disposed between the pickup plate members 13 and 14, the movable pickup plate member 13 of the upper side is fixed to the pickup plate member 14 of the lower side. And the center portion of the mask pack 2 disposed therebetween in contact with the contact, and in this state, as the rotating plate 17 is rotated by the motor, the engaging protrusion 18 formed on the rotating plate 17 is driven by the drive shaft 11. Inserted into the slot 15 of the bracket 16 at the end thereof, the driving shaft 11 is rotated 180 degrees together with the bracket 16, the pickup plate members 13, 14 are engaged with the mask pack to fix It is rotated 180 degrees to face the ground 20 is disposed.

3 and 4, the ground portion 20 is disposed in the two upper and lower driving shafts 201 and 202 which are operated to move independently in the longitudinal direction, respectively, in the bracket 221 fixed to the drive shaft 201 The fixing member 222 at the first ground plate 213 fixed by the fixing member 212 at the extended supporting part 211 and the supporting part 211 extending from the bracket 221 ′ fixed to the driving shaft 202. And a second ground plate 223 fixed by the above, wherein the drive shafts 201 and 202 are respectively driven by a cylinder as driving means (not shown).

Thus, when the drive shaft 201 moves to the left side by the cylinder, the side of the mask pack slid downward from the right side of the pickup plate members 13 and 14 while the first ground plate 213 moves to the left. 14) The mask pack is folded downward, and then the drive shaft 202 is moved to the right by the cylinder, and the second ground plate 223 is moved to the right, and the mask pack sags downward from the left side of the pickup plate members 13 and 14. The side portion of is folded to overlap under the pickup plate member 14.

As described above, the first and second ground plates 213 and 223 are sequentially moved, and both sides of the mask pack picked up by the pickup plate members 13 and 14 are sequentially overlapped.

Then, the mask pack 2 having both parts overlapped in the center part is picked up by the pickup plate members 13 and 14 by the pickup part 30 and then grounded in a subsequent process, ie, overlapping in half following both grounds. It is seated on a vertical ground plane 32 for it.

The pick-up unit 30 includes a tong member 36 for picking up the mask pack in a grounded state in the above-mentioned pickup plate members 13 and 14, and both sides of the mask pack in the pickup plate members 13 and 14. When the part is grounded, the support 35 is advanced, and the forceps member 36 is advanced toward the pickup plate members 13 and 14, and the upper and lower portions of the forceps member 36 are closed to close the grounded mask pack. 36), the grounded mask pack picked up by the tong member as the support 35 is retracted in the state is seated on the ground support portion (40). The tong member 36 is mounted on the support 35 to move and retract toward the pickup plate member by a drive motor or cylinder not shown in the drawing.

5 to 7, the ground support part 40 includes support plates 42 and 43 installed on the support member 41, and a ground blade, which will be described later, is lowered between the support plates 42 and 43 while the mask is lowered. The pack is grounded and lowered into the gap between the support plates.

Both sides of the mask pack are grounded so as to overlap the center portion, and then the grounding portion 50 and the grounding portion 50 disposed on the grounding portion 40 for grounding again in half from the grounding portion 40. A ground mask pack accommodating part 60 is disposed below the 40.

The vertical ground blade 50 is provided with guide members 52 penetrating through the support 51 and a cylinder 53 mounted at the center thereof, while a support member 54 is disposed at the lower end of the guide member 52. The ground member 55 is fixed downward to the support member 54. Slots are formed on both sides of the ground blade in the longitudinal direction so that the friction between the mask pack and the ground blade is reduced when the mask pack is grounded while falling, so that the mask pack is not partially crushed when grounded by friction. The mask pack is grounded in half while the cylinder 53 is operated to lower the ground blades 55 together with the support members 54 between the support plates 42 and 43 of the ground support part 40.

The ground mask pack accommodating part 60 may include a pair of support plates 61 and two accommodating plate members 65 and 66 spaced apart from the front and rear sides of the support member 64 mounted on the support plate 61. The piston rod is connected to the support member 64 so that the cylinder 63 mounted on the bottom surface of the support plate 61 and the two connected to the support member 64 are disposed through the support plate 61 on both sides of the cylinder 63. The guide member 62 of the. When the cylinder 63 is operated, pairs of the receiving plate members 65 and 66 together with the support member 64 are moved up and down.

In the state where the mask pack is disposed on the support plates 42 and 43 of the ground support part 40, the receiving plate members 65 and 66 of the ground mask pack accommodating part 60 are lifted by the cylinder 63. Subsequently, the vertical ground blade 50 is lowered by the cylinder 53 so that the mask pack grounded by the vertical ground blade 50 is received between the receiving plate members 65 and 66, and then the cylinder 53 The piston rods of the 63 retreat so that the vertical ground blade 50 and the receiving plate members 65, 66 retreat to their original positions.

The rear side of the receiving plate member 66 of the rear of the receiving plate member (65, 66) is preferably connected to the gap adjusting means (67) by a bracket to adjust the distance with the receiving plate member (65).

The gap adjusting means may be, for example, an electromagnet, and when a current is applied, the receiving plate member 66 is retracted with respect to the receiving plate member 65 so that the gap is widened and grounded by the ground blade 55 as described above. This smoothly inserted between the receiving plate members 65 and 66 and can be easily drawn out between the receiving plate members 65 and 66 for the mask pack packaging described later, while the receiving plate member is not applied. (66) is in close contact with the receiving plate member 65 by the elastic force of the spring built in the gap adjusting means 67 and the grounded mask pack disposed therebetween is kept stable, so that the ground to the packaging position described later When the mask pack accommodating part 60 is rotated, the mask pack is kept unchanged.

As shown in FIGS. 5 and 11, the ground mask pack accommodating part 60 is provided with brackets 68 on both sides of the bottom surface of the support plate 61, and the rotation shaft 69 is mounted on the brackets. have. The ground mask pack accommodating part 60 may be rotated 90 degrees by the driving part 70. To this end, although not shown in the drawings, the driving unit 70 includes a cylinder 71 mounted on an outer side of the side frame and a first link member mounted on a bracket 72 provided at an end of the piston rod of the cylinder and having a slot. 73, one end is engaged with the first link member 73 and the other end includes a second link member 74 fixedly connected to the rotation shaft 69.

As a result, when the cylinder 71 operates to move the piston rod forward, the first link member 73 moves forward, and thus the second link member 74 moves in the slot of the first link member 73 in the drawing. The receiving plate member is rotated counterclockwise, and the rotation shaft 69 connected to the other end of the second link member 74 is rotated 90 degrees counterclockwise with the support plate 61 to accommodate the grounded mask pack. 65, 66 are rotated from the vertical state to the horizontal state (Fig. 12).

When the receiving plate members 65 and 66 are in a horizontal state, the packaging bag 80 is spaced vertically adjacent to the ends of the receiving plate members, for example, with the inlet side adsorbing the upper and lower surfaces of the packaging bag. The packaging bag inlet is placed in an open state (FIG. 13), and at this time, the receiving plate members 65 and 66 accommodating the mask pack in a state in which the cylinder 63 is operated and grounded are the packaging bag 80. It enters inside.

Then, the receiving plate member 66 is spaced apart from the receiving plate member 65 by the gap adjusting means 67 to free the mask pack accommodated between the receiving plate members 65 and 66, and the packaging bag ( As the operation of the adsorber for opening the inlet of 80 is stopped, the receiving plate members 65 and 66 are inside the bag by the return operation of the cylinder 63 while the front and back sides of the bag are pressed by the adsorber, for example. Retreat from the bag with the mask pack left, and then return to the upright state. As a result, in the state where the mask pack is accommodated in the packaging bag, the mask pack is subsequently sealed and put in the box.

As described above, the transport packaging apparatus according to the present invention by folding the mask pack perforated in the shape of the eyes, nose and mouth in the sheet of the roll state in the state in which both sides are folded in the center part in the transfer process again A series of processes are sequentially and continuously performed to be accommodated in the packaging bag to efficiently perform manufacturing, transportation and packaging operations of the mask pack, thereby improving productivity.

As described above, the mask pack conveying apparatus according to the present invention has both sides of the mask pack to be more compactly packaged while transporting the mask pack moved by the conveyor belt in a state where the eyes, the nose and the mouth are perforated in the sheet. By grounding the parts, the packaging can be made compact and efficient.

The present invention can be used to improve productivity by automating the production by compactly packing the mask pack by folding the cut and perforated mask pack in the manufacturing process of the mask pack.

1: Conveyor 2: Mask Pack
10 transfer unit 11 drive shaft
12: mount 13, 14, 13 ', 14': pickup plate member
15: slot 16: bracket
17: rotating plate 18: jamming projection
20: ground portion 30: pickup portion
36: tong member 40: ground support
42, 43: support plate 50: vertical ground blade
51: support 52: guide member
53 cylinder 54 support member
55: grounding blade 60: mask pack receiving portion
65, 66: receiving plate member 63: cylinder
67: spacing adjusting means 68: bracket
69: rotation axis 70: drive unit
71: cylinder 72: bracket
73: first link member 74: second link member

Claims (9)

A transfer unit which simultaneously cuts a plurality of mask packs from the sheet supplied from the mask pack control and forms holes corresponding to the eyes and mouth to individually pick up the mask packs transported by the conveyor and transfers them to a subsequent process; In the grounding unit for grounding each of the individual mask packs transported by the mask pack transport packaging apparatus for receiving the grounded mask pack in a packaging bag,
The grounding part including a support plate installed on the support member to support the transferred mask pack;
A vertical ground blade which is disposed between the supporting plates so as to be movable upward and downward on a ground support portion to lower the mask pack in a transverse direction;
A ground mask pack accommodating part disposed under the ground support part to accommodate the mask pack grounded;
Wherein the ground mask pack receiving portion is rotated and advanced to the packaging bag mask pack transport packaging apparatus, characterized in that to accommodate the packaging to pack the grounded mask pack in the packaging bag.
The method of claim 1,
The vertical ground blade includes a cylinder installed to penetrate the support member and mounted in the center thereof to move the support up and down, and a ground blade mounted downward to the support member fixed to the lower end of the guide member. Mask pack conveying and packaging device characterized in that the grounding blade is grounded in half in the transverse direction while the ground blades are lowered between the support plates of the ground support portion during the operation of the cylinder.
The method of claim 2,
Slots are formed on both sides of the ground blade in the longitudinal direction so that the friction between the mask pack and the ground blade is reduced when the mask pack is grounded while falling, so that the mask pack is not partially crushed by friction. Pack transport packaging unit.
The method of claim 1,
The ground mask pack accommodating portion includes a support plate, a support member connected to a guide member penetrating the support plate, two pairs of accommodating plate members spaced apart from the front and rear of the support member to accommodate a mask pack grounded by a vertical ground blade; The piston rod is connected to the support member is mounted on the bottom of the support plate mask pack conveying and packaging device characterized in that it comprises a cylinder for moving the pair of receiving plate member up and down together with the support member.
The method of claim 4, wherein
Brackets are provided on both sides of the bottom of the support plate, and the brackets are equipped with a rotating shaft.
The ground mask pack accommodating portion further includes a driving portion for rotating the angle 90 degrees, wherein the driving portion is mounted on a cylinder provided at an outer side of the side frame and a bracket provided at an end of the piston rod of the cylinder and has a slot formed therein. Link member, the mask pack conveying and packaging device characterized in that it comprises a second link member is engaged with the first link member and the other end is fixedly connected to the rotating shaft.
The method of claim 4, wherein
In the state where the mask pack is disposed on the supporting plates of the ground holder, the receiving plate members of the ground mask pack receiver are first lifted by the cylinder, and then the mask pack grounded by the vertical ground blade is lowered by the cylinder. And the piston rod of the cylinders is retracted after being received between the receiving plate members so that the vertical ground blade and the receiving plate members are retracted to their original positions.
The method of claim 4, wherein
The rear side of the receiving plate member of the receiving plate member is connected to the gap adjusting means by a bracket to adjust the distance to the receiving plate member, when the mask pack is drawn between the receiving plate member and the receiving plate And a receiving plate member spaced apart from the receiving plate member by the gap adjusting means when being drawn out to the packaging bag between the members.
The method of claim 5,
When the cylinder is operated to move the piston rod forward, the second link member rotates counterclockwise as one end moves in the slot of the first link member as the first link member moves forward. The rotating shaft connected to the other end is rotated 90 degrees in the counterclockwise direction with the support plate, so that the receiving plate member for receiving the grounded mask pack is rotated in a horizontal state in a vertical state mask packaging material packaging apparatus.
The method of claim 8,
When the receiving plate members are in a horizontal state, the cylinder is operated to enter the packaging bag opened by the adsorber and the receiving plate members containing the mask pack in the grounded state enter the grounded mask in the packaging bag. Mask pack transport packaging device, characterized in that the pack is put.

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