JP3276600B2 - Equipment for manufacturing breast milk pad products - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to relates to manufacturing apparatus for <br/> producing milk pad products. In humans, breast milk given to mothers by their mothers is much better than other breast milk in terms of nutrition, immunity, and the like, compared to infant formulas such as infant formula, milk, and goat milk. However, excess breast milk that is not generated during lactation contaminates clothes and underwear and is troublesome. Therefore, a breast milk pad is applied to the breast, and the breast milk pad absorbs breast milk to prevent clothes and underwear from being soiled. It relates <br/> manufacturing apparatus according breast pads products.

[0002]

2. Description of the Related Art A conventional breast milk pad product is one in which one breast milk pad is packaged with one packaging film. On the other hand, since there are two breasts on the left and right, two breast pads are required when using breast pads. Therefore, two breast milk pad products are required to use two breast milk pads.

[0003]

In use, however, the packaging films of the two breast milk pad products are always torn, and one breast milk pad is taken out of each packaging film. Therefore, there is a problem that it is troublesome. Also, before using the breast milk pad, the packaging film wrapping the breast milk pad is necessary to protect the breast milk pad and maintain hygiene from the outside world. However, when using a breast milk pad,
The packaging film is destined to be torn and discarded, resulting in garbage. Therefore, if the packaging film is used more as a raw material, there is a problem that the amount of dust increases and the raw material cost of the breast milk pad product also increases.

[0004] The present invention has been made in view of such circumstances, it is possible to take out the two breast-milk pad of easily, aims to provide a manufacturing apparatus for the breast pads product waste is not a packaging film can be produced at low cost And

[0005]

According to a first aspect of the present invention, there is provided an apparatus for manufacturing a breast milk pad product, wherein a continuous silicone-coated packaging film sheet unwound from a raw material roll is run, while the silicone film of the packaging film sheet is removed. On the top, in two rows along the width direction, and in the traveling direction, an adhesive application section that applies the adhesive sequentially and in the running direction, and the two rows of the adhesive applied on the packaging film sheet. On the top, the overlapping portion where breast milk pads are sequentially overlapped in two rows, and the two rows of breast milk pads are placed inside, and the packaging film sheet is folded along the running direction, and the two rows of breast milk pads are A wrapping unit for wrapping the single row of breast milk pads with the packaging film sheet, wherein the single row of breast milk pads is wrapped by the packaging film sheet; A heat sealing section for sequentially heat sealing the peripheral portion of de, the packing sheet, between said milk pads adjacent in the traveling direction, characterized by comprising the cut portion for cutting. An apparatus for manufacturing a breast milk pad product according to claim 2, comprising a pair of single-row conveyors for sequentially transporting single-row breast milk pads, and a pair of arrangement mechanisms for arranging each single-row breast milk pad on two rows of breast milk pads. ,
Characterized Rukoto a double row conveyor for conveying the breast pads of the two rows which are arranged by the pair of sequences mechanism to the polymerization unit. 4. The apparatus for manufacturing a breast milk pad product according to claim 3, wherein the arrangement mechanism has a pair of arrangements, one end of which is close to each of the single-row conveyors, and the other end of which is close to the left and right sides of the double-row conveyor. And a pair of folding units provided between the pair of arranged conveyors and the pair of single-row conveyors, respectively, for folding the breast milk pad .

[0006]

A process for producing a breast milk pad product by the apparatus for producing a breast milk pad product of claim 1 will be described. While running a continuous silicone-coated packaging film sheet unwound from the raw roll,
An adhesive is applied on the silicone of the packaging film sheet in two rows along the width direction and sequentially at intervals in the running direction. Then, the mother's milk pad is sequentially superimposed in two rows on the two rows of adhesive applied on the packaging film sheet by the polymerization section. Then, by the wrapping portion, the packaging film sheet is folded along the traveling direction with the two rows of breast milk pads inside, and the two rows of breast milk pads are superimposed on each row to form a single row. A single row of breast milk pads is wrapped by the packaging film sheet.
Then, the peripheral portion of the single row of breast milk pads in the packaging film sheet is heat-sealed sequentially by the heat sealing portion. Finally, the cutting section cuts the packaging film sheet between adjacent breast milk pads in the direction of travel to produce a breast milk pad product.

According to the apparatus for manufacturing a breast milk pad product of the second aspect, a single row of breast milk pads is sequentially conveyed by the pair of single row conveyors. The single row breast milk pads are arranged in two rows of breast milk pads by the arrangement mechanism, placed on a double row conveyor, and transported to the overlapping section. For this reason, even if a single row of breast milk pads is separately transported from different locations, the overlapping section can transport two rows of breast milk pads. Moreover, the device has a very simple and compact configuration.

According to a third aspect of the present invention, the breast milk pad conveyed by the single-row conveyor is folded by the corresponding folds, and the folded breast milk pad is arranged on the array conveyor. Are transported to the double-row transport conveyor.
In the double row conveyor, the breast pads are conveyed by a pair of left and right conveyors. Therefore, two rows of breast pads are arranged on the double row conveyor, and are conveyed to the overlapping section by the double row conveyor. The folded breast milk pad
Since the area in plan view is smaller than that of the unfolded breast milk pad, the number of packaging films for packaging the pad is small .

[0010]

[0011]

[0012]

Next, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a schematic perspective view of the apparatus for manufacturing a breast milk pad product of the present embodiment. In FIG.
Indicates a breast milk pad. Reference numeral 2R indicates an original roll on which the packaging film sheet 2S is wound.
The packaging film sheet 2S is a sheet in which silicone 3 is applied to a sheet made of a thermoplastic resin such as polyethylene, polyolefin, or vinyl chloride.

The apparatus for manufacturing a breast milk pad product according to the present embodiment includes a pair of left and right single-row conveyors 10, a pair of right and left arrangement mechanisms 20, a double-row conveyor 30, an adhesive application section 40,
It is composed of a superposed section 50, a wrapping section 60, a heat seal section 70 and a cut section 80.

FIG. 2 is a flowchart showing the manufacturing process of the breast milk pad product A of the present embodiment. Symbols with a P at the end indicate steps in the respective units 10 to 80. As shown in the figure, the left and right breast milk pads 1 are sequentially processed by a pair of left and right single-row conveyors 10, a pair of right and left arrangement mechanisms 20 and a double-row conveyor 30 and sent to the overlapping section 50. On the other hand, the continuous packaging film sheet 2S unwound from the raw roll 2R is processed in the adhesive application section 40, the breast milk pad 1 is overlapped in the polymerization section 50, the wrapping section 60, the heat sealing section 70 And the cutting unit 80 sequentially processes the breast milk pad product A, which will be described in detail later.

Next, each of the units 10 to 80 will be described in detail sequentially. FIG. 3 is a schematic perspective view of the single-row conveyor 10, the arrangement mechanism 20, and the double-row conveyor 30.
As shown in FIGS. 1 and 3, in the apparatus for manufacturing a breast milk pad product of the present embodiment, a pair of left and right horizontal single-row conveyors 10 is provided in parallel. Each of the single-row conveyors 10 has two belts 11, 11 wound in two rows in the width direction around the front and rear rollers 12. Although not shown, at one end of each single-row conveyor 10, a breast-milk-pad feeding device for feeding the breast milk pad 1 onto each single-row conveyor 10 at intervals is provided. The breast milk pad 1 sent out onto the single-row conveyor 10 by the breast-milk pad sending device is conveyed from one end of each single-row conveyor 10 to the other end.

Next, the pair of right and left arrangement mechanisms 20 and the double-row conveyor 30 will be described. Above the pair of single-row conveyors 10, 10, this single-row conveyor 10
Parallel and horizontally to the longitudinal direction of the
Is provided. The other end of the double-row conveyor 30 is provided with a superposition unit 50 (not shown). The pair of left and right arranging mechanisms 20 includes a pair of left and right folding plates 21, 21.
And a pair of left and right arrayed conveyors 22 corresponding to the respective folding plates 21. Each of the folding plates 21 is a belt 1 of each single-row conveyor 10.
It is set up between 1 and 11, and is provided to be able to move up and down. The pair of left and right single-row conveyors 10, 10
A pair of left and right arrayed conveyors 22 is provided between the conveyor and the double-row conveyor 30. Each array conveyor 22 has two array belts 23a and 23b provided close to each other. Two array belts
23a and 23b are provided with a gap therebetween.
Each of the arranging belts 23a and 23b is configured such that this gap is close to the corresponding single-row conveyor 10, and when the folding plate 21 is raised, the folding plate 2
1 is located in this gap. Then, each array belt 23a,
23b is configured such that the other end of the gap is close to the double-row conveyor 30.

The breast milk pad 1 conveyed by the single-row conveyor 10 on either side is used for each single-row conveyor 1
When it reaches one end of 0, it is lifted upward by the folding plate 21 of the arrangement mechanism 20. For this reason, the breast milk pad 1 is arranged by a folding plate 21 on an array conveyor 22.
Is fed into the gap between the arrangement belts 23a and 23b at the lower end of the belt. Then, the breast milk pad 1 has two arrangement belts
It is folded in half while being sandwiched between 23a and 23b and the folding plate 21 while forming an inverted V shape in a front view. The breast milk pad 1 folded in half is conveyed from the lower end to the upper end by the arrangement conveyor 22 and sent to the double-row conveyor 30. Left and right single row conveyor 1
As described above, the breast milk pads 1 and 1 conveyed by 0 and 10 are folded by the left and right arranging mechanisms 20 and 20 and sent to the double-row conveyor 30 from both right and left sides. For this reason, on the double row conveyor 30,
Two rows of folded breast milk pads 1, 1 are placed side by side,
It is transported to the polymerization section 50.

As described above, in a very simple and compact configuration, even if single-row breast milk pads 1 are separately transported from different locations, the double-row transport conveyor 30 is placed in two rows by the arrangement mechanism 20. This has the effect that the breast pads 1 and 1 can be arranged and transported to the overlapping section 50.

The packaging film sheet 2S unwound from the material roll 2R is processed in the adhesive application section 40 before being sent to the polymerization section 50. Therefore,
Before describing the polymerization section 50, the pressure-sensitive adhesive application section 40 will be described. FIG. 4 is a schematic perspective view of the adhesive application section 40. As shown in the figure, the adhesive application section 40 includes a pair of nozzles 41.
It is composed of Each of the nozzles 41 injects the adhesive 4 from its tip, and is arranged in two rows along the width direction of the packaging film sheet 2S. Although each nozzle 41 is fixed, the packaging film sheet 2S can run continuously. Therefore, when the adhesive 4 is being injected from the nozzle 41, the adhesive 4 is applied to the packaging film sheet 2S, while when the adhesive 4 does not come out of the nozzle 41, the adhesive 4 is applied to the packaging film sheet. Not applied to 2S. For this reason, if the injection of the adhesive 4 from both nozzles 41, 41 is temporally controlled, two rows of silicone 3, 3 of the packaging film sheet 2S are provided in two rows in the width direction, and At intervals along the running direction,
The adhesive 4 can be repeatedly applied. In the figure, the silicone film 3 is applied to the packaging film sheet 2S in two rows along the width direction and at intervals in the longitudinal direction. May be applied.

As shown in FIG. 1 again, the packaging film sheet 2S to which the adhesive 4 has been applied travels to the polymerization section 50. Then, in this overlapping section 50, the two rows of breast milk pads 1 and 1 transported by the double-row transport conveyor 30 are respectively polymerized on the two rows of adhesives 4 and 4 of the packaging film sheet 2S, respectively. You.

Next, the wrapping unit 60 will be described. FIG.
Is a schematic perspective view of a wrapping unit 60. As shown in the figure, the wrapping unit 60 is composed of a front roll 61, a hold roll 62, a rear roll 63, and a folding unit 64 whose rotation axes are parallel to each other. The front roll 61 and the rear roll 63 are rotatably arranged at substantially the same height as each other. The hold roll 62 is located between the front roll 61 and the rear roll 63, and the front roll 61 and the rear roll 6
3 is disposed at a position lower than the line connecting the lines.
After this, a folding device 64 is disposed behind the roll 63. The packaging film sheet 2S passes through the upper surface of the front roll 61, the lower surface of the hold roll 62, the upper surface of the rear roll 63, and the inside of the folder 64 in this order. In the wrapping portion 60, the packaging film sheet 2 </ b> S is folded with the two rows of breast milk pads 1, 1 inside while being bent in an L-shape in cross section on the hold roll 62, and in the folding device 64 in the width direction. Both end edges are overlapped. As a result, the two rows of breast milk pads 1, 1 are superimposed on each other to form an overlapping single row breast milk pad 1, 1, and the overlapping breast milk pads 1, 1 are wrapped in the packaging film sheet 2 </ b> S. Becomes

Next, the heat seal 70 will be described. FIG.
FIG. 3 is a schematic perspective view of a heat seal unit 70. As shown in the figure, the heat seal portion 70 includes a pair of upper and lower heat seal rolls 71a,
71b. Each heat seal roll 71a, 71b
Are substantially similar to each other. Each heat seal roll 71a
, 71b have a built-in heat core in the shaft portion, and the heat core raises the temperature. For example, three concave portions are formed on the roll peripheral surface of each of the heat seal rolls 71 a and 71 b along the rotation direction, and these concave portions serve as the non-heating portion 72. On the roll peripheral surface of each of the heat seal rolls 71a and 71b, a portion other than the non-heating portion 72 is a heating portion 73 whose temperature is increased by the heat core. The number of the non-heating portions 72 in each of the heat seal rolls 71a and 71b is three in the drawing, but is not particularly limited.

Between the pair of heat seal rolls 71a and 71b,
The packaging film sheet 2S runs.
In addition, the pair of heat seal rolls 71a and 71b rotate in synchronization with the traveling speed of the packaging film sheet 2S.

For this reason, the breast milk pads 1 and 1 inside the packaging film sheet 2S are formed by a pair of heat seal rolls 71a and 71.
b, the heat seal rolls 71a, 71
It is always located between the non-heating sections 72, 72 of b. Therefore, the breast milk pads 1 and 1 inside the packaging film sheet 2S are not pressed down by the respective heating portions 73 of the heat seal rolls 71a and 71b and are not deteriorated by heat. Travel and pass. On the other hand, the surrounding portion 5 other than the breast milk pad 1 inside the packaging film sheet 2S is a pair of heat seal rolls 71a.
, 71b. Therefore, the surrounding portions 5 of the packaging film sheet 2S are melted and pressed by the heat of the heating units 73 and 73.

The heat seal section 70 has a structure in which not only the structure of the pair of heat seal rolls 71a and 71b but also the heat seal roll 71b is made a simple flat roll and the surface of the roll is heated. Is also good. Furthermore, the heat sealing section 70 is connected to the heating section 7 of one heat sealing roll 71a.
3 may be embossed, and the other heat sealing roll 71b may be made into a flat roll, and a silicone rubber may be attached to the roll surface.

Next, the cut section 80 will be described. Although not shown, a pair of upper and lower rotary cutters are rotatably provided in the cutting unit 80, and a blade is attached to the roll peripheral surface of each rotary cutter. Each rotary cutter rotates in synchronization with the traveling speed of the packaging film sheet 2S. When both of the rotary cutters rotate and the respective blades of the rotary cutters are aligned with each other, the space between the breast milk pad 1 and the breast milk pad 1 that are adjacent to each other in the longitudinal direction in the peripheral portion 5 of the packaging film sheet 2S. It is cut along the width direction of the packaging film sheet 2S. In addition, the cutting part 80 may be not only a pair of rotary cutters but also a guillotine cutter, and various cutters may be adopted.

Next, the manufacturing process of the apparatus for manufacturing the breast milk pad product A of the present embodiment will be described. FIG. 7 is an operation explanatory view of the apparatus for manufacturing a breast milk pad product of the present embodiment. Figures 1 and 2
As shown in FIG. 7 and FIG. 7, first, a pair of left and right single-row conveyors 1 is fed by a breast milk pad feeding device (not shown).
The breast milk pad 1 is sent out at 0 and 10, respectively.

The pair of left and right single-row conveyors 10, 1
Due to 0, the single row breast milk pads 1 are respectively conveyed from one end to the other end of the single row conveyor 10 at intervals. Then, the breast milk pad 1 is lifted upward while being folded in half by the folding plate 21 of the arrangement mechanism 20. The breast milk pad 1 is fed by a folding plate 21 into a gap between the arrangement belts 23a and 23b of the arrangement conveyor 22. The breast milk pad 1 is sandwiched between the two arrangement belts 23a and 23b and the folding plate 21, and folded in half while forming an inverted V-shape in a front view. The breast milk pad 1 folded in half is conveyed from the lower end to the upper end by the arrangement conveyor 22 and sent to the double-row conveyor 30. Breast milk pad 1, transported by left and right single row transport conveyors 10,
1 is a left and right arranging mechanism 20, 2
0 and two arrangement belts 23a and 23b and the folding plate 21
And fed into the double-row conveyor 30 from both left and right sides. Therefore, on the double-row conveyor 30, two rows of the breast milk pad 1,
1 are placed side by side and conveyed to the polymerization section 50.

On the other hand, the continuous packaging film sheet 2S unwound from the material roll 2R is provided with an adhesive
No. 41 of the packaging film sheet 2S
On the upper two rows of silicones 3, 3, adhesives 4, 4 are provided in two rows in the width direction, and at intervals along the running direction.
Is repeatedly applied.

The packaging film sheet 2S to which the adhesives 4, 4 have been applied travels to the polymerization section 50. Then, in this overlapping section 50, the two rows of breast milk pads 1, 1 transported by the double-row transport conveyor 30 are respectively polymerized on the two rows of adhesives 4, 4 of the packaging film sheet 2 </ b> S. .

Next, the packaging film sheet 2S is folded with the two rows of breast milk pads 1 and 1 inside while being bent in an L-shape in sectional view by the hold roll 62 of the wrapping portion 60, and the width is Both edges in the direction are overlapped. As a result, the two rows of breast milk pads 1 and 1 are superimposed to form a single row of breast milk pads 1 and 1.
1 and the overlapping breast milk pads 1 and 1 are wrapped in the packaging film sheet 2S.

The packaging film sheet 2S wrapping the breast milk pads 1 and 1 overlapping on the inside runs between the pair of heat sealing rolls 71a and 71b of the heat sealing section 70. When the breast milk pads 1, 1 inside the packaging film sheet 2S are located between the pair of heat seal rolls 71a, 71b,
It is always located between the non-heating portions 72 of the heat seal roll 71. Therefore, the breast milk pads 1 and 1 inside the packaging film sheet 2S pass between the heat seal rolls 71a and 71b without being pressed by the heating unit 73 of the heat seal rolls 71a and 71b or deteriorated by heat. On the other hand, the peripheral portions 5 other than the breast milk pads 1, 1 inside the packaging film sheet 2S are heat-sealed rolls 71a, 71b.
Between the respective heating portions 73, 73. For this reason, the surrounding part 5 of the packaging film sheet 2S is melted and pressed by the heat of the heating parts 73 and 73.

Finally, the cut portion 80 cuts the portion between the breast pads 1 adjacent to each other in the longitudinal direction of the peripheral portion 5 of the packaging film sheet 2S in the longitudinal direction, and the breast milk pad product A is manufactured. . Each rotary cutter of the cut section 80 (not shown) rotates in synchronization with the traveling speed of the packaging film sheet 2S, so that the breast milk pad product A is continuously manufactured.

FIG. 8 is a single view of the breast milk pad product A, wherein (A) is a schematic perspective view, (B) is an exploded view, and (C) is a cross-sectional view taken along line CC of (A). As shown in the figure, the breast milk pad product A of the present embodiment is one in which two breast milk pads 1 are both folded in half and packaged with one packaging film 2. The folded breast milk pad 1
Since the area in plan view is smaller than that of the unfolded breast milk pad 1, there is an effect that the packaging film 2 for wrapping the breast milk pad 1 can be reduced.

In order to use the breast milk pad 1, one breast milk pad product A is prepared, and the packaging film 2 of the breast milk pad product A is broken.
1 can be taken out. This 2
What is necessary is just to attach the one breast pad 1 to each of the right and left breasts. In addition, the packaging form of the packaging film 2 may be any form, and this packaging form is referred to as a first packaging type.

Next, another packaging type of the breast milk pad product A will be described. FIG. 9 shows a breast milk pad product A of the second packaging type, wherein (A) is a schematic perspective view, (B) is an intermediate exploded view, and (C) is an exploded view. As shown in the figure, the breast milk pad product A of the second packaging type is one in which two breast milk pads 1 are both folded in half and packaged with one packaging film 2. Reference numerals 3 and 4 indicate silicone and adhesive, respectively. In the breast milk pad product A of the second packaging type, the fold direction of the two breast milk pads 1, 1 is parallel to the width direction of the packaging film 2 and is arranged at the center of the packaging film 2. The two breast milk pads 1 and 1 are folded inside so that a fold is formed along the width direction of the packaging film 2 with the two breast pads 1 and 1 inside, and the opening portions 5 on both sides of the packaging film 2 are heat-sealed.

FIGS. 10A and 10B show a breast milk pad product A of the third packaging type, wherein FIG. 10A is a schematic perspective view, FIG. 10B is an intermediate exploded view, and FIG. 10C is an exploded view. As shown in FIG.
The package type breast milk pad product A includes two breast milk pads 1
Are folded in half, and one wrapping film 2
And packaged. Reference numerals 3 and 4 indicate silicone and adhesive, respectively. The breast milk pad product A of the third packaging type is different from the breast milk pad product A of FIG.
The folding direction of the breast milk pads 1 and 1 is
Are arranged in the center of the packaging film 2 in parallel with the longitudinal direction of the packaging film 2. With the two breast pads 1, 1 inside,
So that a fold is made along the width direction of the packaging film 2,
The package film 2 is folded in three, and both side openings 5 of the packaging film 2 are heat-sealed. As described above, the wrapping form of the packaging film 2 may be two-fold or three-fold.
Further, the heat sealing portion 5 of the packaging film 2 can also adopt various forms.

[0038]

According to the apparatus for manufacturing a breast milk pad product of the first aspect, two breast milk pads can be easily taken out, the packaging film can be eliminated, and the breast milk pad product can be manufactured at low cost. . According to the apparatus for manufacturing a breast milk pad product of the second aspect, even when a single row of breast milk pads is separately transported from different locations, the overlapping section can transport two rows of breast milk pads. Moreover, the device has a very simple and compact configuration. According to the apparatus for manufacturing a breast milk pad product of the third aspect, the breast milk pad can be folded and the folded breast milk pad can be transported to the overlapping section. The folded breast milk pad has a smaller area in plan view than the unfolded breast milk pad, and therefore requires less packaging film to package it .

[Brief description of the drawings]

FIG. 1 is a schematic perspective view of an apparatus for manufacturing a breast milk pad product of the present embodiment.

FIG. 2 is a flowchart showing a manufacturing process of the breast milk pad product of the embodiment.

3 is a schematic perspective view of a single-row conveyor 10, an arrangement mechanism 20, and a double-row conveyor 30. FIG.

FIG. 4 is a schematic perspective view of an adhesive application section 40.

FIG. 5 is a schematic perspective view of a wrapping unit 60.

FIG. 6 is a schematic perspective view of the heat seal unit 70.

FIG. 7 is an operation explanatory view of the apparatus for manufacturing a breast milk pad product of the present embodiment.

FIG. 8 is a single view of the breast milk pad product A, wherein (A) is a schematic perspective view, (B) is an exploded view, and (C) is CC of (A).
It is a line sectional view.

9 shows a breast milk pad product A of the second packaging type, (A) is a schematic perspective view, (B) is an intermediate exploded view, and (C).
Is an exploded view.

FIG. 10 shows a breast milk pad product A of a third packaging type, (A) is a schematic perspective view, (B) is an intermediate exploded view,
(C) is an exploded view.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Breast milk pad 2 Packaging film 2S Packaging film sheet 3 Silicone 4 Adhesive 5 Peripheral part 10 Single row conveyor 20 Arrangement mechanism 21 Folding plate 22 Array conveyor 30 Double row conveyor 40 Adhesive application part 50 Polymerization part 60 Envelope part 70 Heat Seal part 80 Cut part A Breast milk pad product

Claims (3)

(57) [Claims] 1. While running a continuous silicone-coated packaging film sheet unwound from a raw roll, the silicone film of the packaging film sheet is moved in two rows along the width direction on the silicone. A pressure-sensitive adhesive application unit that sequentially applies a pressure-sensitive adhesive in the direction, and a polymerization unit that sequentially overlaps the breast milk pads in two rows on the two rows of pressure-sensitive adhesive applied on the packaging film sheet, respectively. With the two rows of breast milk pads inside, the packaging film sheet is folded along its running direction, and the two rows of breast milk pads are overlapped with each other to form a single row, and the packaging film sheet is used. A wrapping portion that wraps around the single row breast milk pad; a heat sealing section that sequentially heat seals a peripheral portion of the single row breast milk pad in the packaging film sheet; The instrumentation film sheet, between said milk pads adjacent in the direction of travel, apparatus for producing a breast-milk pad product characterized by comprising a cutting unit for cutting. 2. A pair of single row conveying conveyors for sequentially transferring single row breast milk pads, a pair of arrangement mechanisms for arranging each single row breast milk pad on two rows of breast milk pads, and a pair of arrangement mechanisms. apparatus for producing a breast-milk pad product according to claim 1, wherein Rukoto a double row conveyor for conveying the breast pads of the array of two rows in the overlap portion. 3. The arrangement mechanism, comprising: an arrangement conveyor having one end adjacent to each of the single-row conveyors, and the other end adjacent to the left and right sides of the double-row conveyor, respectively. 3. The apparatus for manufacturing a breast milk pad product according to claim 2, further comprising a folding unit provided between the row conveying conveyor and the folding unit for folding the breast milk pad .