JP5891215B2 - Manufacturing method of products with skin - Google Patents

Description

  The present invention relates to a method of manufacturing a product with a skin in which a stitch line is formed on a part of the surface of the skin.

  For example, as interior products such as automobile instrument panels and consoles, a base material, a laminated material provided on the base material and having a cushion layer laminated on the back side of the skin, and linear along the surface of the skin And a stitch line composed of a plurality of seams arranged so as to form (hereinafter referred to as a product with a skin) are known. In this skin-attached product, it is effective in enhancing the texture that the part of the skin has a dent and the stitch line is located at the bottom of the dent and the stitch line appears to sink. .

  Therefore, for example, in the “vehicle interior member manufacturing method” described in Patent Document 1, as shown in FIG. 7, a laminate 51 provided with a stitch line forming portion 55 is used. In the stitch line formation part 55, each surface of the outer skin 52 and the cushion layer 53 is dented to the base material 56 side, and each back surface protrudes to the base material 56 side. By stitching the cushion layer 53 and the skin 52 together in the stitch line forming portion 55, the stitch line 54 is formed on the surface of the skin 52.

On the other hand, the substrate 56 is provided with a stitch line corresponding portion 57. In the stitch line corresponding part 57, the surface of the base material 56 is recessed toward the back side.
The laminated material 51 is fixed to the base material 56 by the stitch line forming portion 55 being bonded to the stitch line corresponding portion 57.

JP 2013-43571 A

  However, in the manufacturing method described in Patent Document 1, when the laminated material 51 is fixed to the base material 56, the alignment operation of the stitch line forming portion 55 with respect to the stitch line corresponding portion 57 must be strictly performed. There is a problem that it takes time to align.

  The present invention has been made in view of such circumstances, and the object thereof is to provide a product with a skin that has a hollow portion in a part of the skin and a stitch line at the bottom of the hollow portion. An object of the present invention is to provide a method for manufacturing a product with a skin that can be manufactured without performing an alignment operation.

A method of manufacturing a product with a skin that solves the above problems includes a base material, a laminated material that is provided on the base material, and is formed by laminating a cushion layer softer than the skin on the back side of the skin, A method for manufacturing a product with a skin comprising a stitch line comprising a plurality of seams arranged in a line along a surface, wherein a part of the cushion layer in the laminated material is recessed toward the skin side. The stitch line forming step for forming the stitch line on the surface of the skin by co-sewing the cushion layer and the skin, and the back side of the laminated material, the back side of the jointed portion a joining step of pasted substantially the whole surface in a state of close contact with respect to the substrate surface including the surface is at least carried out, and in the stitch line forming step and the attaching step, the As the layer material, it is used as the stereoscopic knitting cushioning layer is laminated to the skin, in the stitch line forming step, by utilizing the rigidity of the three-dimensional knitted cushion layer, compression of the cushion layer is suppressed.

  In the stitch line forming step, the cushion layer and the skin in the laminated material are stitched together. Since the cushion layer is softer than the skin, a part of the cushion layer in the laminated material is pulled to the skin side by the thread during the above-mentioned joint sewing. Therefore, on the back side of the cushion layer, the peripheral portion of the thread in the cushion layer is recessed toward the skin. In addition, a stitch line including a plurality of seams arranged in a linear shape along the surface is formed on the surface of the epidermis.

  In the affixing step, the affixing is performed in a state where the entire surface of the laminated material including the back side surface of the jointed portion is in close contact with the substrate. At this time, in the cushion layer, before the attaching process, the portion that was pulled to the skin side by the co-sewing and recessed was also pulled back to the substrate side, and the same as the portion that was not recessed without being co-sewn. It is made into the shape along the surface and is affixed on the same base material. At the time of this sticking, it is not necessary to strictly align the laminated material with the base material.

By the above-mentioned pasting, a shape that is the inverted shape of the previous step of the pasting process, that is, a concave portion that is depressed toward the base material and that has a stitch line at the bottom is formed in a part of the laminated material.
As a laminated material used in the stitch line forming step and the pasting step, a laminate in which a three-dimensional knitted cushion layer is laminated on the skin is suitable. The three-dimensional knitted cushion layer has excellent compression characteristics (high rigidity) compared to other types of cushion layers. Therefore, when the three-dimensional knitted cushion layer and the skin are co-sewn in the stitch line forming step, only the portion near the stitch line in the three-dimensional knitted cushion layer is pulled toward the skin.

Moreover, when a laminated material is affixed on a base material in a sticking state in the affixing step, a clear recess is formed only at a location near the stitch line.
In the manufacturing method of the above-mentioned product with skin, in the pasting step, a pressing force is applied to at least one of the base material and the laminated material in a direction to approach each other, and the laminated material is stuck to the base material. It is preferable that the force is released later.

  According to said manufacturing method, in the sticking process, the force pressed in the direction made to mutually approach is applied with respect to at least one of a base material and a laminated material. By this force, the cushion layer is compressed toward the base material against its elasticity, and the back surface of the laminated material, and the substantially entire surface including the back surface of the co-sewn part is the base material. It adheres suitably in the state closely_contact | adhered to. At this time, in the cushion layer, before the attaching process, the portion that was pulled to the skin side by the co-sewing and recessed was also pulled back to the substrate side, and the same as the portion that was not recessed without being co-sewn. It is made into the shape along the surface and is affixed on the same base material.

  The above force is released after the laminated material is attached to the substrate. Then, there is no force to compress the cushion layer, and the cushion layer tries to return to the original state by its own elastic restoring force. However, elastic recovery is limited by the thread in the joint layer of the cushion layer. Therefore, in a part of the laminated material, a shape that is the reverse of the shape before the pasting step, that is, a recess that is recessed toward the base material and that has a stitch line at the bottom is formed.

  According to the above method for manufacturing a product with a skin, it is possible to manufacture a product with a skin that has a dent in a part of the skin and has a stitch line at the bottom of the dent without a precise alignment operation. it can.

It is a figure which shows one Embodiment of the manufacturing method of a product with an outer skin, (a)-(e) is process drawing which shows the content of the manufacturing method. The fragmentary perspective view of the product with a skin manufactured by the manufacturing method of FIG. The fragmentary sectional view which shows the modification of a product with a skin. The fragmentary sectional view which shows the modification of a product with a skin. The fragmentary sectional view which shows the modification of a product with a skin. It is a figure which shows the state in the middle of manufacturing the product with a skin of a modification, and the fragmentary sectional view which shows the state by which a pair of laminated material was stitch | sutured. The fragmentary sectional view which shows the state in the middle of manufacturing the product with the conventional skin.

Hereinafter, an embodiment of a method for manufacturing a product with a skin will be described with reference to FIGS. 1 and 2.
First, a skinned product manufactured by applying the manufacturing method of the present embodiment will be described. In the present embodiment, various automotive interior products such as automotive instrument panels, consoles, door trims, glove boxes, pillar garnishes, etc. are targeted for products with skins. For convenience of explanation, a product with a skin is illustrated in a simple shape.

  As shown in FIG. 2, the product with skin 10 includes a base material 11, a laminated material 12, and a stitch line 17 as main constituent members. Next, each component of the product with skin 10 will be described.

<Substrate 11>
The base material 11 is a member that forms a skeleton part of the product 10 with skin, and ensures the rigidity of the product 10 with skin. The base material 11 is formed into a product shape by performing resin molding such as injection molding using a resin material such as polypropylene or polyethylene. The substrate 11 may have a non-planar surface (three-dimensional surface) such as a curved surface, a bent surface, and an uneven surface.

Note that a portion corresponding to the stitch line corresponding portion 57 (see FIG. 7) of Patent Document 1 is not formed on the base material 11.
<Laminated material 12>
The laminated material 12 is a member that forms an outer shell (surface layer) portion of the product 10 with a skin, and is disposed on the base material 11. The laminated material 12 is along the surface of the base material 11, and is stuck in a state of being in close contact with the surface of the base material 11 on its back surface.

  The laminated material 12 includes a skin 13 constituting the design surface of the skinned product 10 and a cushion layer 14 laminated on the back side (the lower side of FIG. 2) of the skin 13 and softer than the skin 13. It is used.

  The skin 13 is mainly used for the purpose of improving the texture and tactile sensation of the product 10 with the skin. The skin 13 is formed into a sheet having a uniform thickness by synthetic leather (synthetic leather) made of vinyl chloride, thermoplastic elastomer (TPO) or the like, and can be deformed in the thickness direction or the like.

  As the skin 13, it is desirable to use one having a thickness of 0.35 to 1.5 mm. If the thickness of the skin 13 is thinner than 0.35 mm, wrinkles may occur near the stitch line 17 in the skin 13 in the process of manufacturing the product 10 with the skin. On the other hand, when the thickness of the skin 13 is thicker than 1.5 mm, the skin 13 becomes hard. When the laminated material 12 is affixed to the base material 11, the skin 13 is not easily deformed along the base material 11, and the recessed portion 15 is difficult to be formed. In addition, the skin 13 may have a wrinkle (a wrinkle pattern) as seen in leather products on its surface.

  The cushion layer 14 is constituted by a three-dimensional knitted cushion layer, and has elasticity. The cushion layer 14 is used to improve the tactile sensation of the product 10 with the skin. For example, the cushion layer 14 is formed using a double raschel knitting machine or the like, and a connecting yarn is provided between a pair of ground knitted fabrics positioned at a predetermined interval. It is knitted by reciprocating.

  As the cushion layer 14, a layer having a thickness of 1.5 to 3.5 mm is desirably used. If the thickness is out of the above range, the appearance of the product 10 with the skin is lowered. More specifically, when the thickness of the cushion layer 14 is thinner than 1.5 mm, the amount pulled back to the base material 11 side when the cushion layer 14 is attached to the base material 11 is insufficient. If the thickness of the cushion layer 14 is thicker than 3.5 mm, the cushion layer 14 may be excessively recessed toward the skin 13 when the two are sewn together. In this case, the amount of pullback of the cushion layer 14 toward the base material 11 when the laminated material 12 is affixed to the base material 11 is large, and a larger dent portion 15 than intended is formed on the surface of the laminated material 12. There is a fear.

  On the front side of the laminated material 12, a hollow portion 15 including a pair of wall surfaces 16 is formed by compressing and deforming a part of the cushion layer 14 toward the base material 11 side. In the place where this hollow part 15 was formed, the thickness of the cushion layer 14 is smaller than the thickness of other places. Both wall surfaces 16 are gently inclined toward the bottom of the recess 15. The distance between both wall surfaces 16 becomes narrower as it approaches the bottom of the recess 15.

Note that a portion corresponding to the stitch line forming portion 55 (see FIG. 7) of Patent Document 1 is not formed in the laminated material 12.
<Stitch line 17>
The stitch line 17 in the skin 13 is to reproduce the stitching of the parts of the skin 13 in order to give the product 10 with the skin the appearance of using genuine leather and create a high-class feeling. It is provided for the purpose of decoration (decoration). Such a stitch line 17 is also called a decorative stitch.

  The stitch line 17 is formed by co-sewing the skin 13 and the cushion layer 14 using the upper thread 18 and the lower thread 19. The stitch line 17 has a linear shape along the bottom of the recess 15 in the surface of the skin 13. It consists of a plurality of seams 21 arranged in an array. In other words, the upper thread 18 appears intermittently at the bottom of the recess 15, and this appearing portion constitutes the seam 21. The stitch line 17 of the present embodiment is configured by arranging a plurality of seams 21 so as to form a straight line along the extending direction (extending direction) of the recessed portion 15. Such an arrangement form of the seams 21 is also called a straight stitch.

Next, as an operation of the present embodiment, a method for manufacturing the product with skin 10 configured as described above will be described with reference to FIG.
In this manufacturing method, a laminated material forming step, a stitch line forming step, and a pasting step are sequentially performed. Next, each step will be described.

<Laminate formation process>
In the laminated material forming step, an outer skin 13 and a cushion layer 14 are prepared as shown in FIG. The cushion layer 14 is disposed on the back side of the skin 13, and the cushion layer 14 is bonded to the skin 13 with an adhesive. By this adhesion, as shown in FIG. 1B, the cushion layer 14 is joined to the outer skin 13, and the laminated material 12 formed by laminating the cushion layer 14 on the back side of the outer skin 13 is formed.

<Stitch line formation process>
In the stitch line forming process, the laminated material 12 is sewn across the front and back of the laminated material 12 with the upper thread 18 and the lower thread 19 as shown in FIG. Sewed.

  Here, since the cushion layer 14 is softer than the skin 13, the co-sewing is performed while the cushion layer 14 is pulled toward the skin 13. By this co-sewing, on the back side of the cushion layer 14, the peripheral portions of the upper thread 18 and the lower thread 19 in the cushion layer 14 are recessed toward the skin 13. Further, on the surface of the skin 13, stitch lines 17 (see FIG. 2) including a plurality of stitches 21 arranged so as to form a linear shape as a whole along the surface are formed.

  The cushion layer 14 made of a three-dimensional knitted cushion layer has excellent compression characteristics (high rigidity) compared to other types of cushion layers. Therefore, when the cushion layer 14 and the skin 13 are stitched together, only the portion near the stitch line 17 in the cushion layer 14 is pulled toward the skin 13 and compressed in the same direction. Of the cushion layer 14, the thickness of the portion near the stitch line 17 is thinner than the other portions.

<Paste process>
Prior to performing the pasting step, a substrate 11 is prepared as shown in FIG. As the base material 11, what was shape | molded by the resin molding method, such as injection molding, to the predetermined product shape is made into object.

  In the attaching step, an adhesive is applied to at least one of the front surface of the base material 11 and the back surface of the laminated material 12 (cushion layer 14). The substantially entire surface of the back surface of the laminated material 12 including the back surface of the jointed portion, here, the substantially entire surface of the back surface of the cushion layer 14 is in close contact with the surface of the base material 11. It is pasted in the state that was done.

  In the present embodiment, the base material 11 and the laminated material 12 that are superposed on each other are pressed in directions approaching each other by a press machine (not shown) from both sides in the thickness direction thereof. By this pressing, the cushion layer 14 of the laminated material 12 is compressed toward the base material 11 against its elasticity. At this time, in the cushion layer 14, the portion that was pulled and depressed to the skin 13 side by the co-sewing before the attaching step is also pulled back to the base material 11 side, similarly to the portion that is not co-sewn and not depressed. It is made into the shape along the surface of the base material 11, that is, in a state of being in close contact with the base material 11, and is suitably attached to the base material 11. At the time of this pasting, it is not necessary to strictly align the laminated material 12 with respect to the base material 11.

  After the laminated material 12 (cushion layer 14) is attached to the base material 11, the pressing force by the press machine is released. Then, there is no force to compress the cushion layer 14, and the cushion layer 14 tries to return to the original state by its own elastic restoring force. However, the elastic restoration is limited by the upper thread 18 and the lower thread 19 at the joint layer of the cushion layer 14. Therefore, as shown in FIG. 1 (e), a part of the laminated material 12 (skin 13 and cushion layer 14) has a shape that is the reverse of the shape before the pasting step, that is, a depression toward the substrate 11 side, And the hollow part 15 which has the stitch line 17 in the bottom part is formed.

  Here, as described above, the cushion layer 14 formed of the three-dimensional knitted cushion layer has excellent compression characteristics (high rigidity) compared to other types of cushion layers, and thus the laminated material 12 is stuck to the base material 11 in a close contact state. In this case, a clear recess 15 is formed only at a location near the stitch line 17.

According to the embodiment described in detail above, the following effects can be obtained.
(1) In the stitch line forming step, the stitch line 17 is formed on the surface of the skin 13 by sewing the cushion layer 14 and the skin 13 together so that a part of the cushion layer 14 in the laminated material 12 is recessed toward the skin 13. (FIG. 1 (c)). In the affixing step, a state where the substantially entire surface of the laminated material 12 including the back side surface of the laminated material 12 (substantially the entire back surface of the cushion layer 14) is in close contact with the base material 11. (Fig. 1 (e)).

  Therefore, it is possible to manufacture the product 10 with the skin having the recess 15 in a part of the skin 13 and the stitch line 17 at the bottom of the recess 15 without performing a strict alignment operation.

  (2) In the stitch line forming step and the pasting step, as the laminated material 12, a laminate in which a cushion layer 14 made of a three-dimensional knitted cushion layer is laminated on the skin 13 (FIG. 1B) is used.

  Therefore, in the stitch line forming step (FIG. 1 (c)), only the portion near the stitch line 17 in the three-dimensional knitted cushion layer is pulled toward the skin 13 side, and in the attaching step (FIG. 1 (e)), the stitch line 17 A clear recess 15 can be formed only in the vicinity of the.

  (3) In the pasting step, the pressing force is applied to the base material 11 and the laminated material 12 from both sides in the thickness direction in the direction in which the base material 11 and the laminated material 12 approach each other. The pressing force is released.

  Therefore, by applying the pressing force, the cushion layer 14 is compressed to the base material 11 side, and the substantially entire surface (including the back side surface of the co-sewn portion of the laminated material 12). The substantially entire back surface of the cushion layer 14 can be attached in a state of being in close contact with the substrate 11.

  In addition, by releasing the pressing force after the pasting, the elastic recovery force is restricted by the elastic resilience of the cushion layer 14 at the portion that is not co-sewn, and the elastic recovery is limited by the thread at the co-sewn location. By doing so, it is possible to suitably form a recessed portion 15 that is recessed toward the base material 11 side and has the stitch line 17 at the bottom portion in a part of the laminated material 12.

In addition, the said embodiment can also be implemented as a modification which changed this as follows.
-As the skin 13, what consists of genuine leather instead of a synthetic leather may be used.

  The cushion layer 14 may be made of a foam material such as urethane foam, ethylene foam, or propylene foam instead of the three-dimensional knitted cushion layer. These foams are characterized in that the bubbles are in communication and are soft and have restorability.

In the laminated material forming step, the cushion layer 14 may be attached to the skin 13 with a double-sided tape or an adhesive instead of the adhesive.
Similarly, in the attaching step, the laminated material 12 may be attached to the base material 11 with a double-sided tape or an adhesive instead of the adhesive.

  The stitch line 17 is arranged so as to form a linear shape as a whole by arranging a plurality of seams 21 in an inclined state with respect to the direction in which the recess 15 extends. May be. Such an arrangement form of the seams 21 is sometimes called an oblique stitch, an inclined stitch, or the like. Furthermore, the stitch line 17 may be one in which the above-described straight stitch and inclined stitch are alternately arranged.

The above manufacturing method can also be applied to the skinned product 10 in which a pair of laminated materials 12 are combined in a form called “single stitch” or “double stitch”.
In addition, in the following description, since the laminated material 12, the skin 13, and the cushion layer 14 are used one by one, for the purpose of distinguishing them, those located on the left side of the drawing are denoted by reference numerals. “L” is attached, and those located on the right side of the drawing are attached with “R” after the reference numeral.

When the pair of laminated materials 12L and 12R are joined according to the above form, a form called “in-stitch” shown in FIG. 6 is adopted as an intermediate stage.
In the in-stitch, the pair of laminated materials 12L and 12R are overlapped with the skins 13L and 13R being adjacent to each other. Both laminated materials 12L and 12R are joined together by stitching the peripheral edges. Many portions of the skins 13L and 13R are positioned on the front side by opening portions (hereinafter referred to as “general portions 32L and 32R”) excluding the sewing allowances 31L and 31R in both the laminated materials 12L and 12R. The seams 31L and 31R overlap or approach each other, and are substantially orthogonal to the general portions 32L and 32R on the back side (lower side in FIG. 6). In this case, the stitching portion 33 and the seam allowances 31L and 31R are invisible or difficult to see from the front side (upper side in FIG. 6).

  FIG. 3 shows a state in which a pair of laminated materials 12L and 12R are joined in a form called single stitch. In this example, among the pair of laminated materials 12L and 12R joined by the above-mentioned “in-stitch (see FIG. 6)”, one of the general ones (left side in FIG. 3) with the seam allowances 31L and 31R overlapped. It is bent to the side of the part 32L and overlapped on the back side of the general part 32L. Then, a stitch line forming step is performed on the general portion 32L and the sewing margins 31L and 31R. Further, it is the back surface of the laminated materials 12L and 12R and substantially the entire surface including the back surface of the jointed portion, in this case, most of the back surface of the general portion 32L (cushion layer 14L), and the seam allowance Each back surface of 31R and the general part 32R (both cushion layers 14R) is a target to be pasted to the base material 11 in the pasting step.

  In addition, in this example, the base material 11 which has the level | step-difference part 34 is used, and the part (sewing allowance 31L, 31R) of both laminated materials 12L and 12R is arrange | positioned in the level | step-difference part 34, and said sticking is carried out. Done. Along with this pasting, the recessed portion 15L having the stitch line 17L at the bottom is formed above the seams 31L and 31R in the one general portion 32L.

  FIG. 4 shows a state in which a pair of laminated materials 12L and 12R are joined in a form called double stitching. In this example, of the pair of laminated materials 12L and 12R joined by the “in-stitch (FIG. 6)”, both seam allowances 31L and 31R are opened.

  One (left side in FIG. 4) seam allowance 31L is bent toward the general portion 32L and overlapped on the back side of the general portion 32L. Then, a stitch line forming step is performed on the general portion 32L and the sewing allowance 31L. Further, it is the back side surface of the laminated material 12L and substantially the entire surface including the back side surface of the co-sewn part, in this case, the large size of the back surface of the skin 13L of the seam allowance 31L and the general portion 32L (cushion layer 14L). The part is a target to be attached to the base material 11 in the attaching step.

  The other seam allowance 31R (on the right side in FIG. 4) is bent toward the general portion 32R and overlapped on the back side of the general portion 32R. Then, a stitch line forming step is performed on the general portion 32R and the sewing allowance 31R. Further, it is the back side surface of the laminated material 12R and substantially the entire surface including the back side surface of the co-sewn part, in this case, the outer skin 13 of the seam allowance 31R and the large back surface of the general portion 32R (cushion layer 14R). The part is a target to be attached to the base material 11 in the attaching step.

  In addition, in this example, the base material 11 which has the recessed part 35 is used, and a part (sewing allowance 31L, 31R) of the part sewn together among each laminated material 12L, 12R is arrange | positioned in the recessed part 35, and said above-mentioned Pasting is performed. With this pasting, the recessed portions 15L and 15R having the stitch lines 17L and 17R at the bottom are formed above the seams 31L and 31R in the general portions 32L and 32R.

  A decorative stitch similar to that in the above embodiment may be formed on each of the general portions 32L and 32R of the pair of laminated materials 12L and 12R connected in a form called the “in-stitch (FIG. 6)”. An example is shown in FIG.

  In this case, unlike the single stitch or double stitch, both seam allowances 31L and 31R are not bent and are substantially orthogonal to both general portions 32L and 32R on their back sides (lower side in FIG. 5). A stitch line forming step is performed on each of the general portions 32L and 32R. In addition, in the pasting step, substantially the entire surface of the laminated materials 12L and 12R including the back surface of the jointed portion, in this case, at least the back surfaces of the general portions 32L and 32R The object is affixed to the material 11. Along with this pasting, the recessed portions 15L and 15R having the stitch lines 17L and 17R at the bottom are formed in the general portions 32L and 32R.

In this case, the base material 11 having the recess 36 is used, and both seam allowances 31L and 31R are arranged in the recess 36.
The above manufacturing method is not limited to automobile interior parts, and can be widely applied to products with a skin having the stitch line 17 on the surface of the skin 13.

In addition, the technical ideas that can be grasped from the respective embodiments will be described together with their effects.
(A) In the method for manufacturing a product with a skin according to any one of claims 1 to 3, a material having a thickness of 0.35 to 1.5 mm is used as the laminated material.

  By using the laminated material that satisfies the above conditions and performing the stitch line forming step and the pasting step, a dent portion with a small or no wrinkle appearance is formed near the stitch line in the epidermis.

  (B) In the method for manufacturing a product with a skin according to any one of claims 1 to 3 and (A), the cushion layer has a thickness of 1.5 to 3.5 mm as the laminated material. Is used.

  A laminated material that satisfies the above conditions is used, and a stitch line forming step and a pasting step are performed, so that a portion of the laminated material is appropriately depressed toward the base material, and a dent portion with a good appearance is formed. .

  DESCRIPTION OF SYMBOLS 10 ... Product with skin, 11 ... Base material, 12, 12L, 12R ... Laminated material, 13, 13L, 13R ... Skin, 14, 14L, 14R ... Cushion layer, 15, 15L, 15R ... Recessed part, 17, 17L, 17R ... Stitch line, 21 ... Seam.

Claims (2)

A substrate;
A laminated material provided on the base material and laminated on the back side of the skin with a softer cushion layer than the skin; and
A method of manufacturing a product with an epidermis comprising a stitch line composed of a plurality of seams arranged so as to form a line along the surface of the epidermis,
A stitch line forming step of forming the stitch line on the surface of the skin by co-sewing the cushion layer and the skin so that a part of the cushion layer in the laminated material is recessed toward the skin;
At least a pasting step of pasting in a state where the entire surface of the laminated material is in close contact with the base material, including the back side surface of the co-sewn location ,
In the stitch line forming step and the pasting step, as the laminated material, a material in which a three-dimensional knitted cushion layer is laminated on the skin is used.
In the said stitch line formation process, compression of the said cushion layer is suppressed by utilizing the rigidity of the said three-dimensional knitted cushion layer, The manufacturing method of the product with a skin characterized by the above-mentioned . In the sticking step, a force is applied to at least one of the base material and the laminated material in a direction to approach each other, and the force is released after the laminated material is stuck to the base material. A method for producing a product with an epidermis according to 1 .