JP2006218113A - Method for manufacturing wearable article - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method for manufacturing a wearable article which can manufacture efficiently a wearable article that is provided with a connection for connecting the front part with the back part around a waist. <P>SOLUTION: The method for manufacturing a wearable article comprises a longitudinal flow of a belt mother material 40 mounted with a pair of abdominal stopper belt pieces 4a and 4b which are opposite to each other along the flow direction A between the back side parts 3 and 3 of neighboring wearable articles 1 and 1. The longitudinal flow allows the positioning of the abdominal stopper belt piece 4a to contact with the back side part 3 of the downstream side at the amounting part 42 to prevent from slip out of the wearable article 1 on the downstream side, and allows the positioning of the abdominal stopper belt piece 4b to contact with the back side part 3 of the upstream side at the amounting part 42 to prevent from slip out of the wearable article 1 on the upstream side, and allows the connection of the mounting parts 42 and 42 with the back sides 3 and 3. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a method for producing a wearing article such as a diaper, and in particular, the longitudinal direction of an absorbent body that receives physiological discharges such as urine and blood with the sheet member directing the sheet length direction in the flow direction intersects the flow direction. In a state, it is related with the so-called cross-flow wearing article manufacturing method which joins the above-mentioned absorber for every wearing article part of a sheet member.

  Conventionally, a worn article provided with a connection part for connecting the abdomen and the dorsal part on the waist is manufactured, such as a paper-worn article having an anti-belt belt and a paper-worn article having a side panel around the waist. ing. As a method of manufacturing this type of wearing article, for example, in the wearing article manufacturing method of Patent Document 1, a pair of S-cut belt pieces are joined to a longitudinal flow absorber, and a part of the belt piece is cut off. A stop belt is formed. Moreover, in the wearing article manufacturing method of patent document 2, it joins to the absorber in the state which accumulated two belt members.

JP-A-10-315228 JP 2003-93443 A

  However, in the wearing article manufacturing methods of Patent Literature 1 and Patent Literature 2, it is necessary to join a pair of belt pieces individually, and the joining process is complicated. Moreover, in the wearing article manufacturing method of patent document 1, since a part of belt piece was cut off, the raw material was wasted. Moreover, in the wearing article manufacturing method of Patent Document 2, it is necessary to prepare two belt members and superimpose them, which complicates the process. Thus, in the wearing article manufacturing methods of Patent Document 1 and Patent Document 2, there is room for improvement in terms of manufacturing efficiency.

  Then, the subject of this invention is providing the wearing article manufacturing method which can manufacture efficiently the wearing article provided with the connection part for connecting between an abdominal part and a back side part around a trunk | drum.

  In order to solve the above-described problems, the present invention provides a wearing article manufacturing method in which a wearing article having a pair of connecting parts connecting the abdominal part, the dorsal part, and both parts is continuously formed in a transverse flow around the waist. By passing the base material in which the parts are arranged in a pair facing each other in the flow direction between either the abdominal side part or the back side part of the two adjacent wearing article parts, Place it in contact with one part on the downstream side at the attachment part so that it does not protrude from the wearing article part on the downstream side, and contact the other connection part with one part on the upstream side at the attachment part to wear on the upstream side A base material arranging step of arranging so as not to protrude from the article portion and a base material joining step of joining the attachment portion and the one portion are included.

  Here, “the waistline” of the worn article is a portion surrounding the wearer's torso to hold the absorbent body between the crotch, and the outer sheet, the inner sheet, the design sheet, the elastic member, the side panel, and the anti-belt belt Etc. are selectively combined. The “abdominal side” refers to the part of the girth of the worn article that contacts the wearer's abdomen, and the “back side” refers to the part that contacts the wearer's back. . In addition, “a pair of connecting portions that connect both portions” includes a torso member that is integrally joined so as to be passed to the abdominal portion and the dorsal portion as in the above-mentioned side panel, and an abdominal portion as in the anti-belt belt. Or it is integrally joined with one part of a back side part, and when it wears, it is comprised from the band member which connects both parts so that it may pass to the other part.

  The “wearing article portion” is finally formed into one wearing article in various steps of the method of manufacturing a cross-flowing wearing article in which a wearing article is continuously formed by overlapping a sheet member or an elastic member. An abdominal side part and a back side part of the wearing article part refer to areas finally formed on the abdominal side part of one wearing article and the back side part of one wearing article, respectively. Further, “passing the base material” includes a state in which the base material straddles the two wearing article parts in the flow direction, or a state in which the base material is in contact with the two wearing article parts. Therefore, the attachment portion is constituted by a part of the base material in the flow direction.

  According to the above configuration, the attachment part of one connection part and the one part on the downstream side are joined, and the attachment part of the other connection part and the one part on the upstream side are joined. For this reason, it is not necessary to arrange each connection part separately. Moreover, each joined part does not protrude from the corresponding wearing article part in the joined state. For this reason, if the above-mentioned two wearing article parts are carved for every wearing article in this state, the above-mentioned base material will be divided for every connection part, without producing cut off pieces. That is, in the base material, since the connection portion is provided in a pair facing each other in the flow direction, one of the pair of connection portions included in a certain wearing article is the other of the wearing article that is continuous on the downstream side. It will be taken together with the connection part. Moreover, the other of a pair of connection parts will be taken together with one connection part of the wearing article which followed the upstream.

  Specifically, the base material can employ a configuration comprising a belt base material in which a pair of anti-belt belt pieces are formed as a pair of facing portions in the belt length direction as the connecting portion. According to this structure, the wearing article which has an anti-belt belt can be manufactured.

  In the configuration using the belt base material, the anti-belt belt piece includes a belt holding portion, and includes a folding step of folding the wearing article portion in a vertical direction to form a pants, In addition, it is possible to adopt a configuration in which the abdomen and the back are temporarily joined by the belt stopper. According to this configuration, even when a belt-type wearing article is formed, it is possible to cut each wearing article with the same cutting line length as that when a pants-type wearing article is formed. Furthermore, it is not necessary to fold the anti-belt belt when wrapping the cut wearing articles.

  Further, the base material does not need to be clearly separated into a pair of opposing connection portions and attachment portions in terms of structure.

For example, the base material is made of a laminated material in the form of a sheet, and the melting point of one surface layer is lower than that of the other surface layer, and the wearing article portion is vertically disposed downstream of the base material arranging step. Including a folding step that folds in two directions to form a pants, wherein, in the base material arranging step, the one surface layer constitutes an outer surface of the ring, and the other surface layer is within the ring. Passed between the above one part as a ring shape constituting the side,
In the folding step, the ring outer surface is also passed between the other parts, and in the base material joining step, the part where the ring outer surface is in contact with the one part and the other part is the melting point temperature of the one surface layer. As described above, it is possible to employ a configuration in which the other surface layer is heated to a temperature equal to or lower than the melting point of the other surface layer to be fused to the contact partner. According to this structure, the wearing article provided with a pair of side panel which consists of a division piece of the said laminated material can be manufactured. In addition, in this structure, if the said base material joining process is implemented by the heating of the said sealing process, a manufacturing process can be simplified more.

  Further, it is possible to adopt a configuration in which at least one folded portion is formed on the base material and the bottom side portion is the mounting portion. According to this configuration, when the base material has a length, for example, even when the belt piece has a long belt length, it can be installed so as not to protrude from a predetermined wearing article portion. When the base material has a longer length, a plurality of the folded portions may be formed. In the base material placement step, the base material may be placed in a state of being formed in a Ω shape or a folded shape in advance.

  As described above, according to the present invention, it is possible to provide the pair of connection portions easily and without causing a cut-off piece. Therefore, the wearing article provided with the connection part for connecting between the abdominal part and the back part around the waist can be manufactured efficiently.

  Hereinafter, a first embodiment of the present invention will be described with reference to the accompanying drawings. Fig.1 (a) shows a mode that the wearing article part formed by the wearing article manufacturing method which concerns on 1st Embodiment is folded up in pants shape. FIG.1 (b) shows the side view between two adjacent wear article parts in the state before folding. FIG.1 (c) shows the expansion | deployment state of the wearing article formed by cutting between two adjacent wearing article parts.

  As shown in FIGS. 1 (a) to 1 (c), the wearing article formed in the first embodiment is configured such that the waistline includes an abdominal side part 2, a back side part 3, and anti-belt piece belts 4a and 4b. Is. One wearing article portion 1 is a portion between cutting lines L and L indicated by a one-dot chain line, and is finally formed into one wearing article. Moreover, each of the ventral | abdominal side part 2 and the back | dorsal side part 3 of the wearing article part 1 is the part shown by the both-ends arrow line of the vertical direction S among the cutting lines L and L. Further, the pair of anti-belt belt pieces 4a, 4b is a back side portion of two adjacent wearing article portions 1, 1 in the form of a belt base material 40 formed in series so that both pieces face each other in the belt length direction. Passed between three and three. Between the ventral part 2 and the dorsal part 3, an absorbent body 5 for receiving physiological discharge is bridged. In addition, between the stomach side part 2 and the back side part 3 of the wearing article part 1 is a crotch part in which a leg hole 6 is formed.

  FIG. 2 shows the overall configuration of the wearing article manufacturing apparatus. This manufacturing apparatus is related to the manufacturing apparatus disclosed in Japanese Patent Application Laid-Open No. 2004-329873, and includes a first arrangement apparatus 101, a second arrangement apparatus 110, a thermal fusion apparatus 120, an assembly station 130, and a base material arrangement apparatus 150. ing. Hereinafter, the steps according to the first embodiment will be described based on the configuration and operation of the manufacturing apparatus.

  The first placement device 101 extends the elastic member F, cuts the extended elastic member F into a predetermined length, widens the interval between the cut elastic members F, and is continuously supplied in the flow direction A. The first sheet member 10 is arranged.

  Specifically, the elastic member F supplied from the upstream is supplied to the downstream re-pitch drum 103 while being stretched by the supply unit 102. The re-pitch drum 103 cuts the stretched elastic member F into a predetermined length, and sends the cut elastic member F to the transfer unit 104. The transfer unit 104 transfers the elastic member F to the first sheet member 10. In this 1st Embodiment, the 1st sheet | seat member 10 comprises the outer surface side of the wearing article formed.

  The supply unit 102 has a conveyor that rotates at a constant speed. The elastic member F carried from upstream at a low speed slower than the constant speed is accelerated to a constant speed by the conveyor. Therefore, the elastic member F carried in at a low speed is accelerated by the conveyor and is expanded by a speed difference between the low speed and a constant speed.

  The re-pitch drum 103 has a plurality of pads that receive the elastic member F from the supply unit 102 and a cutter, and the continuous elastic member F is cut into a predetermined length by the cutter. The elastic members F are disposed on both sides of the first sheet member 10 in the flow direction.

  The transfer unit 104 includes a transfer roller, and is fed while the first sheet member 10 is in contact with the tangential direction of the transfer roller. In order to transfer the elastic member F to the first sheet member 10, the transfer unit 104 presses the elastic member F and the first sheet member 10 between the pads of the re-pitch drum 103 and the transfer roller. Yes. For this reason, the peripheral speed of the transfer roller is substantially the same as the feed speed of the first sheet member 10. An application device 105 is provided upstream of the transfer unit 104, and an adhesive for joining the elastic member F is applied onto the first sheet member 10.

  The second placement device 110 forms the composite sheet member 30 by placing the second sheet member 20 on the first sheet member 10 on which the elastic member F is placed. In this embodiment, the 2nd sheet member 20 comprises the inner surface side of the wearing article formed, and is formed in the 1st sheet member 10 and the substantially same width.

  The heat fusion apparatus 120 includes an embossing roll 121 and an anvil roll 122. The embossing roll 121 has a plurality of protrusions, and embosses the composite sheet member 30 on which the first sheet member 10, the elastic member F, and the second sheet member 20 are arranged. The first sheet member 10, the elastic member F, and the second sheet member 20 are joined by energy such as heat or vibration from the protrusions of the embossing roll 121.

  The composite sheet member 30 is passed through a die cutter 140 having a cutter roll and an anvil roll indicated by a broken line, and the leg holes 6 are opened at regular intervals in the flow direction A (sheet member forming step).

  The assembly station 130 includes a conveying device 132 that conveys the absorbent body 5 to the drum 131, and a drum 131 that combines the absorbent body 5 and the composite sheet member 30. As shown in FIG. With the longitudinal direction of the absorbent body 5 facing the flow direction A and the longitudinal direction S of the absorbent body 5 intersecting the flow direction A, the absorbent body 5 is disposed between the leg holes 6, 6, and the worn article portion 1 of the composite sheet member 30. Join each.

  The absorbent body 5 may be any one that can be applied to the crotch and can absorb the liquid discharged from the human body. For example, as the absorbent body 5, a top sheet, a back sheet, and a core having a core sandwiched between the top sheet and the back sheet can be used (not shown). The topsheet can permeate the body fluid of the wearer, such as urine and blood. The core has a fluff obtained by pulverizing pulp and a superabsorbent polymer, and can absorb and hold liquid. The back sheet does not transmit liquid and is made of, for example, a polyethylene sheet (absorber installation step).

  The base material arranging device 150 arranges a base material in which connection parts for connecting the abdominal side part 2 and the back side part 3 of the wearing article part 1 are arranged in a pair of opposing surfaces on the sheet surface of the composite sheet member 30. The connecting part of the other connecting part is placed in contact with one part on the downstream side so that it does not protrude from the worn article part on the downstream side, and the attaching part of the other connecting part is brought into contact with one part on the upstream side and upstream It arrange | positions so that it may not protrude from the wearing article part of the side.

  Specifically, the belt base material 40 is passed between the back side portions 3 and 3 of two adjacent wearing article portions 1 and 1. The belt base material 40 is formed by laminating belt-like sheets, sandwiching elastic yarns between the sheets, and fixing a surface fastener 41 as a belt stopper on the belt surface in the middle of the belt length direction ( 3 (a)), other structures may be used. In addition, it can replace with the hook-and-loop fastener 41, and can also provide other belt stoppers, such as an adhesive tape.

  As shown in FIGS. 1A, 1B, and 3A, the belt base material 40 is bent into an Ω shape on the sheet surface on the side where the absorber 5 of the composite sheet member 30 is installed. Therefore, it arrange | positions so that the back side parts 3 and 3 of the two adjacent wearing article parts 1 and 1 may be straddled in the flow direction A. Hereinafter, based on FIG. 4 which shows the base material arrangement | positioning apparatus 150 notionally, the arrangement | positioning method of the belt base material 40 is described.

The base material arranging device 150 includes a plurality of pads 153 coupled to the drum shaft 151 via a connecting rod 152. Each pad 153 is provided so that it independently revolves around the drum shaft 151 in the revolving direction R, and the revolving speed can be individually changed.
Thereby, the base material arrangement | positioning apparatus 150 arrange | positions the anti-belt belt piece 4a with the attachment part so that it may contact the downstream back side part 3, and it may not stick out from the downstream wearing article part 1, The belt piece 4b is arranged so as to contact the upstream side dorsal part 3 at the attachment part so as not to protrude from the upstream wearing article part 1. Such an apparatus can be manufactured based on the apparatus disclosed in JP-A-2002-345889.

  The belt base material 40 is supplied to the uppermost region of the revolution track of the pad 153 in the form of a continuous body in which a plurality of the same materials are continuous in the belt length direction. At this time, the belt base material 40 is supplied so that the surface to which the surface fastener 41 is fixed faces the pad 153 side and is positioned between the adjacent pads 153.

  The supplied belt base material 40 is attracted to each pad 153 and conveyed so as to be wound in the revolution direction R as it is. At this time, the pad 153 on the front side in the revolution direction is gradually decelerated so as to be slower than the pad 153 on the rear side in the revolution direction, and accordingly, the belt base material 40 gradually starts to loosen. Then, when the surface fastener 41 reaches the middle region of the revolution track, the belt base material 40 is blown into the drum inward by the jet device 154 and is recessed between the pads 153. In conjunction with this, until the belt base material 40 reaches the lowest region of the revolution track, the pad 153 on the front side in the revolution direction is further decelerated and the interval between the adjacent pads 153 is narrowed. As a result, the belt base material 40 is formed in an Ω shape at both protrusions 155 of the adjacent pads 153.

  When the belt base material 40 reaches the lowest region, the pad 153 on the front side in the revolving direction is accelerated more than the pad 153 on the rear side in the revolving direction so that the interval between the adjacent pads 153 is widened and released on the conveyor 156 below. And is conveyed in a state of being held in an Ω shape. And it cut | disconnects for every belt base material 40 with the cutting line l shown with the dashed-dotted line in FIG. 4 with a cutter (not shown). The cut belt base material 40 is arranged so that the bottom side portions 43 and 43 are in contact with the sheet surface of the composite sheet member 30 with the Ω-shaped slack portions 42 and 42 held so as not to collapse. . Here, the slack portions 42 and 42 constitute the belt portions of the anti-belt belt pieces 4a and 4b, and the bottom side portions 43 and 43 constitute the attachment portions of the anti-belt belt pieces 4a and 4b. . That is, as shown in FIGS. 1 (a), 1 (b), and 3 (a), the belt base material 40 has a back surface between the wearing article portions 1 and 1 adjacent to the surface fastener 41 located in the Ω-shaped top region. Between the side portions 3 and 3 in the flow direction A, the Ω-shaped slack portions 42 and 42 are bent so as not to protrude from the corresponding back side portions 3 and 3, and the Ω-shaped bottom portions 43 and 43 correspond. It arrange | positions in the state which contacted the back side parts 3 and 3 (base material arrangement | positioning process).

  When the belt base material 40 is transferred onto the sheet surface of the composite sheet member 30, the adhesive is applied to the contact area with the bottom side portions 43, 43 of the composite sheet member 30 by the coating device 157 in advance. Are joined in such a state (base material joining step).

  And the composite sheet | seat member 30 in which the belt base material 40 is arrange | positioned WHEREIN: The absorber 5 is folded in half by the folding device 160 in the vertical direction S, and the abdominal side part 2 and the back side part 3 of each wearing article part 1 are made. It is overlapped so as to face each other (folding step).

  In addition, if a male fastener is used for the surface fastener 41 of the belt base material 40 and a nonwoven fabric is used for the second sheet member 20, the surface fastener 41 is bound to the ventral portion 2. Thereby, the abdomen side part 2 and the back side part 3 of the wearing article part 1 will be in the state temporarily joined in the flow direction both ends. Of course, the ventral portion 2 may be provided with a target tape for the hook-and-loop fastener 41 in advance.

  Then, when the cutting apparatus 170 cuts between the adjacent wearing article parts 1 and 1 along the cutting line L, the composite sheet member 30 is cut for each wearing article from the downstream side. At this time, the hook-and-loop fastener 41 that is a continuous part of the belt base material 40 is divided in the middle of the flow direction A, and a locking part of each anti-belt belt piece is formed. That is, as shown in FIG. 1C, the formed wearing article is in a pants shape in which the anti-belt belt piece 4a is joined to the downstream side of the back side portion 3 and the anti-belt belt piece 4b is joined to the upstream side. It is formed, and when worn, the hook and loop fastener 41 can be removed from the ventral side portion 2 and the dorsal side portion 3 and developed (cut process).

  In the above configuration, when the belt lengths of the anti-belt belt pieces 4a and 4b to be formed are longer, the belt base material 40 is folded back into a plurality of bellows shapes as shown in FIG. Good.

  The composite sheet member 30 is not limited to a single sheet. For example, the composite sheet member 30 is slit in the flow direction A by a slitter 180 shown by a chain line in FIG. 2 to form two belt-shaped sheet members. In the absorber installation step, in a state where both belt-like sheet members are parallel to the flow direction A, one end side in the longitudinal direction S of the absorber 5 is joined to one belt-like sheet member, and the other belt-like sheet member is joined. The other end side in the longitudinal direction S of the absorbent body 5 can also be configured to be joined.

A worn article manufacturing method according to a second embodiment of the present invention will be described with reference to FIGS. In the following, only differences from the first embodiment will be described.
FIG. 5A shows an enlarged view of the vicinity of the cutting line L on the side edges in the flow direction A of the ventral side portion 2 and the dorsal side portion 3 in a state in which the folding process is performed by a line of sight from the vertical direction S. . FIG.5 (b) shows the abdominal side of the wearing article formed by 2nd Embodiment by diagonally upward view. As shown in FIG. 5 (b), this wearing article is of a pants type having a pair of side panels 50 a ′ and 50 b ″ between the abdominal side 2 and the back side 3.

  In the second embodiment, the base material is made of a laminated material 50 ′, 50 ″ in which the base material is in a sheet shape and the melting point of one surface layer 51 is lower than that of the other surface layer 52. For example, the laminated material 50 For ', 50', a lamination material in which one surface layer 51 is a low melting point resin sheet and the other surface layer 52 is a high melting point resin sheet can be used.

  Laminate 50 ', 50 "is a ring whose outer surface is made up of one surface layer 51 in advance, said one surface layer 51 constitutes the outer surface of the ring, and said other surface layer 52 constitutes the inner surface of the ring. In this second embodiment, it is formed in an elliptical shape with ends, but it may be endless, or it may be in the shape of a ring provided with a bent portion or a folded portion.

  In the base material arranging step, as shown in FIG. 5A, the laminated material 50 ′ formed in a ring shape is the back side portion 3 of the wearing article portion on the ring end portion side of the ring outer surface. And the back side portion 3 ′ continuous on the downstream side is disposed so as to contact across the flow direction A. Similarly, the laminated material 50 ″ is also disposed between the back side portion 3 and the back side portion 3 ″ continuous with the upstream side.

  Here, the laminated materials 50 ′ and 50 ″ are formed in an elliptical shape symmetrical with respect to the flow direction A. Therefore, when the folding process is performed in the state of being arranged as described above, the laminated materials 50 ′ and 50 ″ are formed. 50 ″ indicates that the ring outer surface opposite to the ring end side is in contact with the ventral portions 2, 2 ′ and between the ventral portions 2, 2 ″.

  Note that the laminated materials 50 ′ and 50 ″ are temporarily joined by the adhesive applied by the coating device 157 on the ring end portion side of the ring outer surface in order to surely prevent displacement in the folding process. Yes.

  Before the cutting device 170 cuts the composite sheet member 30 along the cutting line L, the ring outer surface of the laminated material 50 ′, 50 ″ is the back side portion 3, 3 ′, 3 ″ and the ventral side portion 2, 2 ′, 2. Is heated above the melting point temperature of one surface layer 51 and below the melting point temperature of the other surface layer 52 to contact the contact partner (see FIG. 5 (a)). In other words, only the heated portion of one surface layer 51 of the laminated material 50 ′ is added to the ventral side portions 2, 2 ′ and the back side portions 3, 3 ′. Similarly, only the heated portion of one surface layer 51 of the laminated material 50 ″ is fused to the ventral side portions 2, 2 ″ and the back side portions 3, 3 ″.

  After the fusion, the cutting device 170 performs the cutting process. By this cutting process, the laminated materials 50 ′ and 50 ″ are divided into two and formed into a pair of side panels 50 a ′ and 50 b ″. Here, since the inner surface side of the pair of side panels 50a 'and 50b "is not fused, as shown in FIG.

  The present invention is not limited to the configurations of the first and second embodiments. For example, even with a wearing article having a long back side with respect to the abdominal side, a pair of belt pieces can be efficiently provided in the same manner as in the first embodiment. Of course, the present invention can be implemented using a different device from the manufacturing apparatus shown in FIG.

(A) The top view which shows a mode that the wearing article part is folded in pants shape in the process of the wearing article manufacturing method which concerns on 1st Embodiment, (b) Folded the side view between two adjacent wearing article parts The expanded side view shown in the state before superimposition, (c) The expanded view of the wearing article formed in 1st Embodiment. Overall configuration diagram of a wearing article manufacturing apparatus for carrying out the wearing article manufacturing method according to the first embodiment (A) is a partial side view showing the vicinity of the base material arranged on the sheet surface of the composite sheet member in the same horizontal plane as the sheet surface, enlarged by a line of sight from the vertical direction, and (b) Partial side view showing other arrangement modes similar to FIG. Schematic diagram of the base material placement device (A) is the partial side view which shows the base material which concerns on 2nd Embodiment in the state which gave the folding | turning process similarly to Fig.3 (a), (b) is the wearing article formed by 2nd Embodiment. Overall perspective view

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Wearing article part 2 Abdomen side part 3 Back side part 4a, 4b Belt piece 5 Absorber 10 1st sheet member 20 2nd sheet member 30 Composite sheet member 40 Belt base material 50 Laminated material 50a ', 50b "Side panel

Claims (5)

In the wearing article manufacturing method of continuously forming a wearing article having a pair of connection parts connecting the abdomen and the dorsal side and both parts around the waist,
One connection part by passing the base material in which the above-mentioned connection part is arranged in a pair facing each other in the flow direction between any one part between the abdominal side part and the back side part of two adjacent wearing article parts Is arranged so that it does not protrude from the downstream wearing article part by contacting one part on the downstream side at the attachment part, and the other connection part is brought into contact with one part on the upstream side at the attachment part A base material arranging step of arranging so as not to protrude from the wearing article part of
A wearing article manufacturing method comprising: a base material joining step for joining the attachment portion and the one portion.   The method for manufacturing a worn article according to claim 1, wherein the base material is a belt base material in which a pair of anti-belt belt pieces is formed as a pair of opposing portions in the belt length direction as the connection portion. The anti-belt belt piece has a belt stopper,
A folding step of folding the worn article part in the longitudinal direction to form a pants-like shape, wherein in the folding step, the abdomen and the back side are temporarily joined by the belt stopper. The wearing article manufacturing method as described. The base material is a sheet material, and is composed of a laminated material provided with a melting point of one surface layer lower than that of the other surface layer,
Including a folding step in which the worn article part is folded in the longitudinal direction into a pants shape on the downstream side of the base material arranging step,
In the base material arranging step, the base material is passed between the one part as a ring shape in which the one surface layer constitutes an outer surface of the ring and the other surface layer constitutes an inner surface of the ring,
In the folding step, the ring outer surface is also passed between the other parts,
In the base material joining step, a contact partner is formed by heating a portion of the ring outer surface contacting the one part and the other part at a temperature not lower than the melting point temperature of the one surface layer and not higher than the melting point temperature of the other surface layer. The method for manufacturing a worn article according to claim 1, wherein the article is fused to the surface.   The method for manufacturing a worn article according to any one of claims 1 to 4, wherein at least one folded portion is formed on the base material, and the bottom side portion is the mounting portion.

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