KR102078202B1 - Individual packaging type cotton swab manufacturing device - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing an individual packing-type cotton swab and, more specifically, to an apparatus for manufacturing an individual packing-type cotton swab, in which manufacturing and packaging of a cotton swab are performed through an automatic process and a functional composition is added to cotton forming the cotton swab to increase usability. To this end, according to the present invention, the apparatus comprises: a cotton strip discharge unit including a hopper storing a plurality of cotton bands and a discharge drum transferring the cotton band stored in the hopper at predetermined intervals; a cotton band transfer unit including a cotton band grip device individually gripping the cotton band transferred from the discharge drum; a heating unit heating the outer circumferential surface of at least any one end from both longitudinal ends of the cotton band transferred through the cotton band transfer unit; a cotton ball forming unit coupling cotton transferred from a bundle of cotton to the outer circumferential surface of the cotton band; a composition input unit disposed in the cotton ball forming unit to input the functional composition to the formed cotton ball; a drying unit drying the formed cotton ball to form a cotton swab; and a packing unit packing the formed cotton swab. The packing unit comprises an individual packing unit individually packing the formed cotton swab and a unit packing unit packing the individually packed cotton swabs by a predetermined number.

Description

Individual packaging type cotton swab manufacturing device

The present invention relates to an individual packaging type cotton swab manufacturing apparatus, and more specifically, the production and packaging of cotton swabs through an automated process, the individual packaging type cotton swab manufacturing apparatus to increase the utilization by adding a functional composition to the cotton constituting cotton swab It is about.

In general, a cotton swab includes a gripping rod held by a user and a cotton ball formed of cotton on the end of the rod, and is often used for applying a medicine to an ear, a nose, a mouth, or removing a foreign substance.

Such cotton swabs are usually provided in a state of being packaged in a single box and used one by one as needed.

Conventional cotton swabs are integrally coupled to cotton pads through an automated process including a transfer conveyor, and then coated with a chemical solution on the surface so as not to loosen from the cotton pads and then packed in a predetermined number of boxes.

In the case of a cotton swab provided in a state in which several pieces are packed in one box, the cotton swab is used after opening the box each time it is used, and when the box is opened, the stored cotton swabs are exposed to the outside air. Cotton swab exposed to the outside air is evaporated because the chemical applied to fix the cotton on the cotton pad evaporated, so that the cotton sticking to the cotton stand is unusable. Therefore, the number of the actual number of cotton swabs can be used only a few and most of the problems were discarded.

In order to solve this problem, there is provided a product in which a swab is individually packaged. In the case of the conventionally packed swab, there is a problem in that the strength of the packaging vinyl used for packaging is weak and easily broken.

In addition, in order to prevent the discoloration of the cotton or evaporation of the chemical liquid by exposure to sunlight, a product using a packaging paper made of aluminum or LLDPE, PET, CPP, PE or the like as a thin sheet type is provided.

However, when using a packaging paper made of such a metal or synthetic resin material there is a problem that the manufacturing cost of the product increases.

On the other hand, in the case of the conventional cotton swab was used to facilitate the process of simply applying the drug or to prevent the drug stored in the drug storage container is deteriorated in contact with the user's body fluids had a narrow utilization problem.

Korea Utility Model Registration No. 20-0193381 Republic of Korea Patent Publication No. 10-2018-0123307

The present invention has been proposed to solve the above problems, by adding a functional composition to the cotton constituting cotton swab and individually packaged, it can be used as a tester for various lipsticks, lotions, color cosmetics, etc. It is an object to provide an individually packed swab manufacturing apparatus.

In addition, an object of the present invention is to provide an individual packaging swab manufacturing apparatus that can keep the cotton firmly fixed to the cotton pad while preventing the deterioration of the functional composition by using the drug in the process of combining cotton pad and cotton.

In order to achieve the above object, the present invention provides a hopper having a plurality of facets are stored, and a discharge zone including a discharge drum for transferring the facets stored in the hopper at a predetermined interval;

A face band transfer part including a face band gripper for holding a face band transferred from the discharge drum individually;

A heating unit for heating an outer circumferential surface of at least one of both ends of a longitudinal direction of the surface of the surface conveyed through the surface conveying unit;

Cotton ball forming unit for coupling the cotton conveyed from the cotton ball to the outer peripheral surface of the cotton stand;

A composition input unit for injecting a functional composition into the surface sphere formed on the surface sphere forming unit;

A drying unit forming a cotton swab by drying the formed cotton balls; And

To include a packaging unit for packaging the swab formed;

The packaging unit,

Individual packaging unit for individually wrapping the formed swab,

It consists of a unit packing unit for packaging a predetermined number of individually wrapped swabs.

The composition input unit may include a tank in which a functional composition is stored, a pipe connecting the tank and the face sphere forming unit, a pump for supplying the functional composition stored in the tank to the pipe, and the face sphere forming unit formed in the pipe. One end of the discharge hole is combined.

The surface transfer unit may include a drive motor operated by an applied power and a signal, a drive gear coupled to a motor shaft of the drive motor, a driven gear disposed at a position spaced in a horizontal direction with the drive gear, and the drive The chain includes a plurality of chains engaged with the gears and driven gears, the plurality of faceband gripping regions being spaced at regular intervals.

The heating unit includes a heating bar that is heated by an applied power and a signal, and a position alignment bar for aligning positions of the surface zones held by the surface zone grippers, wherein the position alignment bars include a pair of symmetrically arranged lengths. It is made in the form of a flat plate extending in the direction, and includes a position alignment surface each protruding in a direction facing each other at one end in the direction in which the face band enters.

The individual packaging unit, a plurality of packing rollers radially provided with a plurality of feeding grooves into which the cotton swabs are input at a predetermined interval, a lower film supply means for supplying a lower film disposed below the cotton swabs, and disposed above the cotton swabs. An upper film supply means for supplying an upper film, heat fusion means for thermally bonding the lower film and the upper film, a perforation line forming cutter for forming a perforation line between an adjacent swab and a swab, and a longitudinal direction of each individually wrapped swab Opening line forming cutter to form the opening line in the center.

The packaging roller further includes adsorption means for adsorbing the lower film, wherein the adsorption means includes a suction hole penetrated through the injection groove and a pressure pump for forming a pressure for sucking air from the suction hole. .

The unit packing unit includes an alignment drum into which individually packed cotton swabs are continuously fed, a cutting cutter for cutting individual cotton swabs arranged at an outer side of the alignment drum, and a discharge belt for transferring the cut cotton swabs. do.

The present invention made as described above, by adding a sample of cosmetics, such as lipsticks, lotions, nails, nails of various colors to the cotton constituting cotton swab and then individually packaged and provided by the user who wants to purchase the cosmetics in advance to test I can raise utilization,

Individually packaged in contact with outside air to prevent deterioration of the functional composition in long-term storage,

Since there is no added chemical for bonding cotton pad and cotton, there is an effect that can prevent the deterioration of the functional composition.

Figure 1 is a schematic diagram showing the overall configuration of the individual wrapped swab manufacturing apparatus according to the present invention.
2 to 3 is an exemplary view showing a facet discharge portion according to the present invention.
Figure 4 is an exemplary view showing a face guide according to the present invention.
5 is an exemplary view showing a face plate transfer unit and a heating unit according to the present invention.
6 is an exemplary view showing a heating unit constituting the present invention.
Figure 7 is an exemplary view showing the spherical forming portion and the composition input portion according to the present invention.
8 is an exemplary view showing a composition input unit constituting the present invention.
9 is a schematic view showing a packaging unit according to the present invention.
10 is an exemplary view showing a packaging unit according to the present invention.

Hereinafter, other objects and features of the present invention in addition to the above object will be apparent through a description of the embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art, and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the individually wrapped swab manufacturing apparatus according to the present invention.

First, the individually packaged cotton swab manufacturing apparatus 1 according to the present invention, as shown in Figure 1, the discharge zone 10, the surface transfer unit 20, the heating unit 30, the surface sphere forming unit 40, a composition injecting unit 50, a drying unit 60, and a packing unit 70.

The surface discharge unit 10 is to store a plurality of rod-shaped surface poles (S) extending in the longitudinal direction, and discharge the stored surface poles at regular intervals to supply to the subsequent process, shown in Figures 1 to 4 As described above, the hopper 11 includes a plurality of facets S stored therein, and a discharge drum 12 for transferring the facets stored in the hopper 11 at regular intervals.

The hopper 11 has a predetermined storage space for storing the surface stand (S) therein, an input portion for inputting the surface stand in the storage space is formed on the upper side, the lower body discharge chamber formed with the discharge portion is discharged As a form, it is preferable that a confirmation window made of a transparent material or made of glass or transparent synthetic resin material is preferably configured to check the inside from the outside.

In addition, the hopper 11 is preferably configured such that the storage space is narrowed toward the downward direction is configured so that the discharge stage discharged to the discharge portion sequentially.

The discharge drum 12 is disposed on the discharge part side of the hopper 11 to provide a surface bar individually by a process to be described later, and the insertion groove into which the surface table S is inserted into the discharge drum 12 at a predetermined interval. 121 is formed and configured to rotate by the applied power and signal.

On the other hand, the face bar discharge portion 10 is further provided with a face guide (13) disposed above the discharge drum 12 to guide the face bar (S) to the insertion groove 121 side of the discharge drum 12, The surface guide 13 is provided with a guide roller 131 having a corresponding insertion groove 121 is the same as the shape and spacing of the insertion groove 121, and is disposed above the guide roller 131, the surface of the insertion groove And a guide piece 133 for guiding to the 121 side.

As shown in FIGS. 2 to 3, the guide roller 131 is disposed above the discharge drum 12 so that the surface stand stored in the storage space of the hopper 11 is lined with the corresponding insertion groove 121. It is guided to the insertion groove 121 side of the discharge drum 12 disposed below while rotating in the inserted state.

The guide piece 133, as shown in Figure 4, one end is coupled to the fixing bracket 132 fixed to the storage space of the hopper 11 and the other end is disposed toward the guide roller 131 side from above Guide the moving surface stand toward the discharge drum 12, wherein the guide piece 133 is made of a metal or synthetic resin material, but made of a thin plate shape with elastic restoring force is preferably configured not to be damaged by the weight of the surface stand. Do.

The surface transfer unit 20 is disposed adjacent to the discharge drum 12 of the surface discharge unit 10 to transfer the surface poles supplied through the discharge drum 12 at predetermined intervals, as shown in FIG. 5. Similarly, a position spaced apart from the driving motor 22, the drive gear 23 coupled to the motor shaft of the drive motor 22, and the drive gear 23 in a horizontal direction. And a chain 25 having a plurality of driven gears 24 disposed therein, and a plurality of chains 25 which are engaged with the drive gears 23 and the driven gears 24 and are arranged at regular intervals.

The configuration of the drive motor 22, the drive gear 23, the driven gear 24 and the chain 25 is to drive the endless belt type transfer belt and the same for transferring the face, such a configuration and operation Since the relationship is well known, a detailed description thereof will be omitted.

The surface holding grip 21 is coupled to the chain 25 for holding and moving the surface stand (S) individually, provided with a pair of holding pieces 211 arranged to face each other and the holding piece ( A face stand S is inserted between 211).

The heating unit 30 is to heat at least one end of the both ends in the longitudinal direction of the surface stand (S) is disposed adjacent to the surface transfer unit 20. To this end, as shown in FIG. 5, the heating unit 30 adjusts the positions of the heating bar 31 heated by an applied power and a signal, and the surface stand S held by the surface zone holding region 21. Including alignment bar 32 to align, wherein the alignment bar 32, the pair is arranged symmetrically to each other, made in the form of a flat plate extending in the longitudinal direction, the surface (S) enters the direction It includes a position alignment surface 321, each protruding in a direction facing each other at one end of the.

The heating bar 31 is configured to heat the outer circumferential surface of the surface of the transfer zone is configured in at least one of the upper side and the lower side, based on the surface zone wave strip 21 of the surface transfer unit 20, preferably the surface zone wave strip It is provided on both upper and lower sides with reference to (21), and is comprised so that the outer peripheral surface of a surface stand may be heated simultaneously.

The heating bar 31 is heated by an applied power and a signal, and the structure and operation relationship of the heating bar 31 are well known and detailed description thereof will be omitted. Here, the cooling water for cooling the heating bar 31 and a cooling means including the same may be further included.

The alignment bar 32 is for aligning the position of the surface inlet flowing into the heating bar 31, the pair is arranged to face each other with the heating bar 31 therebetween, made of a flat plate form Positioning surface 321 protruding toward the direction facing each other is formed at the end portion of the direction side in which the surface stand is introduced.

As shown in FIG. 6, the alignment surface 321 is formed to gradually narrow in the opposite direction from the end into which the surface stand is introduced, and a straight section is continuously formed at the end thereof. Even if the position of the introduced surface stand S is shifted to any one side, the outer circumferential surface is heated by the heating bar 31 while moving along a straight section after adjusting the position of the surface stand through the alignment surface 321.

As shown in FIGS. 1 and 7, the spherical forming part 40 which combines the cotton C with the outer surface S heated while passing through the heating part 30 is the heating part 30. It is disposed adjacent to and cotton (C) supplied from a cotton ball (not shown) is coupled to the outer surface is heated (S).

To this end, the surface sphere forming unit 40 includes a body 41 is provided with a rolling cutter 42 is inserted into the cotton (C), and cut the input cotton.

The body 41 is formed in a hollow housing shape, the rolling cutter 42 is rotated at a constant speed through the driving means connected to the inside of the body 41 is connected. At this time, the rolling cutter 42 is disposed in the direction in which the cotton stand and cotton is inserted as shown in the first roller 421 and the cotton so that the cotton wrap around the cotton stand, and the first roller 421 and the neighbor And a second roller 422 which cuts the cotton wrapping the cotton pad at regular intervals.

The noodle sphere forming unit 40 is disposed adjacent to the heating unit 30 to press the cotton pad wound a certain amount of cotton to form the shape of the cotton and at the same time to combine the cotton and cotton pad.

To this end, the face sphere forming portion 40, as shown in Figures 1 and 7, the forming body 43 in the form of an enclosure extending in the longitudinal direction, cotton is coupled along the longitudinal direction of the forming body 43 Face spherical groove 44 is formed through which the face band portion passes.

The face sphere forming groove 44 is that the shape of the cotton is formed while passing the cotton coupled to the face band, it is formed through the length direction of the face sphere forming portion 40. The face sphere forming groove 44 is to determine the shape of the cotton in the final cotton swab, it can be variously changed according to the shape of the face sphere forming groove 44.

The shape of the cotton ball in this swab should be formed in various shapes according to the functional composition described later. That is, the shape of the noodle sphere is preferably changed according to the viscosity of the functional composition or the kind of the functional composition. For example, when the functional composition is a disinfectant in a liquid state, the shape of the noodle is preferably formed in an oval shape so that the disinfectant in the liquid state is absorbed as much as possible. On the other hand, if the functional composition is a gel (lip gloss) (lip gloss) it is preferable to have a flat shape so that the user can paint a large area as possible when using.

On the other hand, the face sphere forming portion 40 may be formed so that the pair of face spheres formed on the cotton swab are respectively disposed on both ends of the face bar in the longitudinal direction, each having a different shape.

The composition input unit 50 is for injecting the functional composition into the formed surface sphere, as shown in Figure 8, the tank 51, the tank 51 and the surface sphere forming unit 40, the functional composition is stored A pipe 52 for connecting the pump 52, a pump 53 for supplying the functional composition stored in the tank 51 to the pipe 52, and the surface spherical forming part 40 and one end of the pipe 52. It includes a discharge hole 54 is coupled.

Here, the functional composition may be configured in various forms and types, such as disinfectant in the form of liquid, lip gloss in the form of a remover or gel, color cosmetics in the form of nail liquid or powder, and the like.

The tank 51 is a container in which the functional composition is stored, and the pipe 52 and the pump 53 discharge holes 54 formed in the face sphere forming part 40 with the functional composition stored in the tank 51. It is a configuration for supplying

The pipe 52 is formed in a flexible shape free to adjust the angle, the pump 53 pumps the functional storage stored in the tank 51 to the pipe while operating by the applied power and signal.

The discharge hole 54 is formed in the surface sphere forming portion 40, one end of the pipe 52 is connected, the functional composition supplied through the pipe 52 is injected into the surface sphere.

On the other hand, the discharge hole 54 may be formed in a plurality of spaced apart from each other, the pipe 52 is further provided with a branch pipe (not shown) to supply the functional composition to each of the discharge hole (54) It may be provided.

The drying unit 60 is for drying the noodle sphere into which the functional composition is injected, and it is preferable to use a blowing fan to minimize evaporation of the functional composition added to the noodle by heat.

The packaging unit 70 is to individually package the cotton swabs arranged to be adjacent to the drying unit 60, and then separate by a predetermined number, the individual packaging unit 70A for individually wrapping the formed cotton swabs and It includes a unit packing portion 70B for packaging a predetermined number of individually wrapped swabs.

The individual packaging part 70A is for individually packing the transferred cotton swabs, and a packing roller A71 in which a plurality of feeding grooves A711 into which the cotton swabs are input at regular intervals is radially formed, and below the cotton swabs. A lower film supply means (A72) for supplying a lower film (71) to be arranged, an upper film supply means (A73) for supplying an upper film (72) disposed above the swab, and the lower film (71); Thermal welding means (A74) for thermally bonding the upper film (72), a tear line forming cutter (A75) to form a tear line between the adjacent swab and cotton swab and an opening line is formed in the center of the longitudinal direction of each individually wrapped swab It includes a tear-opening forming cutter (A76).

The packing roller A71 is rotated by an applied power and a signal, and a plurality of feeding grooves A711 into which cotton swabs are inserted are formed at predetermined intervals.

At this time, the adsorption means 73 for adsorbing the lower film 71 supplied through the lower film supply means (A72) supplied to the packaging roller (A71) is further provided. The adsorption means 73 is for fixing the position of the lower film 71 introduced. Adsorption means 73 for this includes a suction hole 731 penetrating through the injection groove (A711), and a pressure pump 732 for forming a pressure to suck air from the suction hole 731.

A plurality of adsorption holes 731 are formed in each of the input grooves A711 to adsorb the lower film while air is introduced through the pressure provided through the pressure pump 732.

Here, the adsorption holes 731 are not limited to the position and number shown in the figure. That is, the number and location may be changed according to the size of the injection groove (A711).

The lower film supply means (A72) and the upper film supply means (A73) are for supplying the lower film (71) and the upper film (72) to the packaging roller (A71), the lower film (71) and the upper film The film winding rollers A721, each of which 72 is wound up, and a plurality of tension holding rollers A722 for maintaining the tension of the film taken out from the film winding rollers A721.

The number and position of the tension holding roller (A722) can be variously changed depending on the position of the film to maintain the tension, and the position between the film winding roller and the packaging roller, it is not limited to the form shown in the figure.

The heat fusion means (A74) is to integrate the lower film and the upper film in the state where the cotton swab is disposed by the integral, the first heating roller for heat-sealing the both sides in the width direction of the contacted film while being heated by the applied power and signal (A741) and a second heating roller (A742) for joining along the width direction the center of the gap formed between the adjacent cotton rods passing through the first heating roller (A741).

Here, the first heating roller (A741) and the second heating roller (A742) are each provided with a heating means that is heated by an applied power source, such heating means may be composed of a heater, heating wire, etc. Detailed structure and description are omitted.

The perforated line forming cutter A75 is for forming a perforated line for easily separating adjacent swabs individually, and is configured to rotate by an applied power source and a signal.

The tear line forming cutter (A76) is for forming the tear line at the central portion in the longitudinal direction of the individually wrapped swab, and is configured to rotate by an applied power source and a signal.

On the other hand, the cutting line forming cutter (A75) and the tearing line forming cutter (A76), the mounting roller (A77) is formed with a mounting groove (not shown) is mounted on each side of the swab packaged adjacently.

The unit packing part 70B is for cutting a predetermined number of swabs in which individual packaging is completed, and is arranged outside the alignment drum B71 to which the individually wrapped cotton swabs are continuously fed and the alignment drum B71. It includes a cutting cutter (B72) for cutting the individually wrapped swabs at regular intervals, and a discharge belt (B73) for transferring the cut swabs.

The alignment drum B71 is radially formed with a plurality of alignment grooves (not shown) so that individually wrapped cotton swabs are continuously inserted and rotated in connection with a driving motor operated by an applied power source.

The cutting cutter (B72) is driven by a predetermined time or a predetermined period by the drive means connected, it is configured to retreat by a drive means such as a cylinder, rack pinion, or when provided on one side of the rotating roller to reach a predetermined position And to cut the film while being exposed to the outside.

On the other hand, the discharge belt (B73) is disposed directly below the cutting cutter (B72), consisting of an endless type that rotates by a drive means to convey the cotton swab cut by the cutting cutter (B72).

As described above, the present invention has been described by specific embodiments such as specific components and the like, but the embodiments and drawings are provided only to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. For those skilled in the art, various modifications and variations are possible from these descriptions.

Therefore, the spirit of the present invention should not be limited to the embodiments described, and all the things that are equivalent to or equivalent to the scope of the claims as well as the claims below will belong to the scope of the invention. .

1: Individual packing type cotton swab manufacturing device
10: cotton stand discharge part
11: hopper 12: discharge drum
13: face guide
20: face plate transfer unit
21: surface area wave district 22: drive motor
23: drive gear 24: driven gear
25: chain
30: heating unit
31: heating bar 32: alignment bar
321: alignment surface
40: face sphere forming unit
41: body 42: rolling cutter
43: forming body 44: face sphere forming groove
50: composition injection unit
51 tank 52 piping
53: pump 54: discharge hole
60: drying unit
70: packing unit
70A: Individual packing 70B: Unit packing

Claims (7)

A hopper 11 including a hopper 11 in which a plurality of facets are stored, and a discharge drum 12 for transferring the facets stored in the hopper 11 at predetermined intervals;
A side stand conveying unit 20 including a side stand holding zone 21 for individually holding a side stand S transferred from the discharge drum 12;
A heating unit 30 for heating an outer circumferential surface of at least one of both ends of a longitudinal direction of the surface stage S, which is transferred through the surface transfer unit 20;
Cotton ball forming portion 40 for coupling the cotton conveyed from the cotton ball to the outer peripheral surface of the cotton stand;
A composition input unit 50 for injecting a functional composition into the surface sphere formed and disposed on the surface sphere forming unit 40;
Drying unit 60 to dry the formed cotton sphere to form a cotton swab; And
Including; packaging unit 70 for wrapping the formed swab;
The packaging unit 70,
Individual packaging portion 70A for individually wrapping the formed swab,
It is composed of a unit packaging portion 70B for packaging a predetermined number of swabs individually packed,
The heating unit 30,
A heating bar 31 heated by an applied power source and a signal,
It includes a position alignment bar 32 for aligning the position of the surface stand (S) gripped by the surface zone holding strip 21
The alignment bar 32,
The pair is arranged symmetrically with each other, made of a flat plate extending in the longitudinal direction,
Individual packaging type cotton swab manufacturing apparatus, characterized in that it comprises a position alignment surface protruded in the direction facing each other at one end in the direction in which the surface stand (S) enters.
The method according to claim 1, wherein the composition input unit 50,
A tank 51 in which the functional composition is stored;
A pipe 52 connecting the tank 51 and the surface spherical portion 40;
A pump 53 for supplying the functional composition stored in the tank 51 to the pipe 52;
Individual packaging type cotton swab manufacturing apparatus characterized in that it comprises a discharge hole 54 is formed in the surface sphere forming portion 40 is coupled one end of the pipe (52).
The method of claim 1, wherein the surface portion transfer unit 20,
A drive motor 22 operated by an applied power source and a signal,
A drive gear 23 coupled to the motor shaft of the drive motor 22;
A driven gear 24 disposed at a position spaced apart from the drive gear 23 in a horizontal direction;
Individually packed cotton swab manufacturing apparatus, characterized in that the drive gear 23 and the driven gear (24) to move in engagement with the face-to-surface phage 21 is a plurality of chains arranged at a predetermined interval.
delete The method according to any one of claims 1 to 3,
The individual packaging portion 70A,
A packing roller (A71) having a plurality of feeding grooves (A711) radially inserted into the cotton swabs at regular intervals;
A lower film supply means (A72) for supplying a lower film (71) disposed below the swab;
An upper film supply means (A73) for supplying an upper film (72) disposed above the swab;
Heat fusion means (A74) for thermally fusion bonding the lower film (71) and the upper film (72);
A tear line forming cutter (A75) forming a tear line between an adjacent swab and a cotton swab, and
Individually packaged swab manufacturing apparatus comprising a tear line forming cutter (A76) to form a tear line in the center of the longitudinal direction of each swab individually wrapped.
The method according to claim 5, The packaging roller (A71),
Adsorbing means 73 for adsorbing the lower film 71 is further provided,
The adsorption means 73,
Adsorption holes 731 penetrated through the injection groove (A711),
Individual packaging type cotton swab manufacturing apparatus comprising a pressure pump (732) for forming a pressure for sucking air from the suction hole (731).
The method according to any one of claims 1 to 3,
The unit packaging part 70B,
An alignment drum (B71) into which individually wrapped swabs are continuously fed,
Cutting cutters (B72) disposed on the outside of the alignment drum (B71) for cutting the individual wrapped swabs at regular intervals;
Individually packed cotton swab manufacturing apparatus comprising a discharge belt (B73) for transferring the cut cotton swab.

Images