TW202031831A - Connecting tape, and material for warmth obtained using connecting tape - Google Patents

Connecting tape, and material for warmth obtained using connecting tape Download PDF

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Publication number
TW202031831A
TW202031831A TW108136525A TW108136525A TW202031831A TW 202031831 A TW202031831 A TW 202031831A TW 108136525 A TW108136525 A TW 108136525A TW 108136525 A TW108136525 A TW 108136525A TW 202031831 A TW202031831 A TW 202031831A
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Taiwan
Prior art keywords
belt
tape
connecting belt
width
joining
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TW108136525A
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Chinese (zh)
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岡西祥臣
森雄一郎
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日商恩瓦德控股股份有限公司
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Publication of TW202031831A publication Critical patent/TW202031831A/en

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    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D27/00—Details of garments or of their making
    • A41D27/02—Linings
    • A41D27/06—Stiffening-pieces
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B3/00—Layered products comprising a layer with external or internal discontinuities or unevennesses, or a layer of non-planar shape; Layered products comprising a layer having particular features of form
    • B32B3/10—Layered products comprising a layer with external or internal discontinuities or unevennesses, or a layer of non-planar shape; Layered products comprising a layer having particular features of form characterised by a discontinuous layer, i.e. formed of separate pieces of material
    • B32B3/14—Layered products comprising a layer with external or internal discontinuities or unevennesses, or a layer of non-planar shape; Layered products comprising a layer having particular features of form characterised by a discontinuous layer, i.e. formed of separate pieces of material characterised by a face layer formed of separate pieces of material which are juxtaposed side-by-side
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B5/00—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts
    • B32B5/22—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed
    • B32B5/24—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed one layer being a fibrous or filamentary layer
    • B32B5/26—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed one layer being a fibrous or filamentary layer another layer next to it also being fibrous or filamentary
    • C—CHEMISTRY; METALLURGY
    • C09—DYES; PAINTS; POLISHES; NATURAL RESINS; ADHESIVES; COMPOSITIONS NOT OTHERWISE PROVIDED FOR; APPLICATIONS OF MATERIALS NOT OTHERWISE PROVIDED FOR
    • C09J—ADHESIVES; NON-MECHANICAL ASPECTS OF ADHESIVE PROCESSES IN GENERAL; ADHESIVE PROCESSES NOT PROVIDED FOR ELSEWHERE; USE OF MATERIALS AS ADHESIVES
    • C09J7/00—Adhesives in the form of films or foils
    • C09J7/30—Adhesives in the form of films or foils characterised by the adhesive composition
    • C09J7/35—Heat-activated

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Chemical & Material Sciences (AREA)
  • Organic Chemistry (AREA)
  • Laminated Bodies (AREA)
  • Outer Garments And Coats (AREA)

Abstract

Provided is a connecting tape which is easy to handle and which, even when applied to thin fabric materials to be connected, gives a boundary that exerts little influence on the surfaces. The connecting tape is a tape 4 which is for connecting two sheets of fabric 1 and 2 and comprises a connecting-tape main body 40 constituted of knitted or woven fabric and two tape-shaped adhesive resin films 41 and 42 each having a width not larger than a half of the width of the connecting-tape main body and having thermally bonding properties. One surface of one 41 of the two tape-shaped adhesive resin films has been bonded to a first surface 40c of the connecting-tape main body 40 in parallel with one 40a of the two lateral ends of the main body 40, and one surface of the other tape-shaped adhesive resin film 42 has been bonded to a second surface 40d of the connecting-tape main body in parallel with the lateral end 40b on the reverse side from said lateral end.

Description

連結帶及使用連結帶的防寒素材Connecting belt and cold protection material using the connecting belt

本發明係關於連結2片坯布的連結帶(連結構件)及使用該連結帶的防寒素材。The present invention relates to a connecting belt (connecting member) that connects two pieces of grey cloth and a cold-proof material using the connecting belt.

提供一種素材作為寢具、防寒用素材，該素材係將重疊的2片坯布設置所要的間隔並連結，且在形成的空洞填充有羽絨、棉、羽毛等保溫材之素材。 以往，利用縫製作為連結布料等2片坯布，形成用於區劃收納填充材的區域(空洞)的交界部之手段。但是，曾經發生因為素材移動使得內容物被壓縮，內容物(羽絨、羽毛、棉等)從縫製孔(縫紉眼)漏出到2片坯布的表側或裏側之問題。A material is provided as a material for bedding and cold protection. The material is a material in which two overlapping gray fabrics are arranged at a desired interval and connected, and the formed cavity is filled with insulation materials such as down, cotton, and feathers. In the past, stitching was used to connect two pieces of grey fabric such as cloth to form a means for dividing the boundary of the area (cavity) where the filler is stored. However, there has been a problem that the contents (down, feather, cotton, etc.) leaked from the sewing holes (sewing eyes) to the front side or the back side of the two pieces of grey cloth due to the movement of the material causing the contents to be compressed.

因此，本申請人在日本專利第6247431號公報(專利文獻1)中，提案一種防寒素材，該防寒素材係將2片坯布(例如表布、裏布)的內側彼此，透過具有接合手段的連結構件予以接合而連結，且藉由形成交界部而不在2片坯布形成針目。Therefore, in Japanese Patent No. 627431 (Patent Document 1), the applicant proposes a cold-proof material that connects the inner sides of two grey cloths (for example, top cloth, lining) to each other through a joining means. The members are joined and connected, and by forming a boundary part, stitches are not formed in the two pieces of fabric.

將下述專利文獻1揭示的連結構件顯示於圖5。 圖5中，連結構件係由網狀帶22和2片單面接合帶20、20′所構成。使一方單面接合帶20的非接合面與網狀帶22的表側的一方端緣相對向，將單面接合帶20的寬度方向中央部分縫合24在網狀帶22而裝設。另一方面，在網狀帶22的裏側，使另一方單面接合帶20′的非接合面20b與前述端緣相反側的端緣相對向，將網狀帶22縫合24在單面接合帶20′的寬度方向中央部分而裝設。而且，藉由將接合帶20、20′的接合面20a接合在2片坯布1、2的被接合面，將2片坯布1、2連結，在坯布1和坯布2之間形成填充物的收納區域(即，空洞3)。 該填充物的收納區域(空洞3)具有厚度尺寸h，該厚度尺寸h係從網狀帶22的寬度尺寸減去單面接合帶20、20′的寬度尺寸X。 [先前技術文獻] [專利文獻]The connecting member disclosed in the following Patent Document 1 is shown in FIG. 5. In Fig. 5, the connecting member is composed of a mesh belt 22 and two single-sided joining belts 20, 20'. The non-joined surface of the one-sided joining belt 20 is opposed to one end edge of the front side of the mesh belt 22, and the central part in the width direction of the one-sided joining belt 20 is sewed 24 to the mesh belt 22 and installed. On the other hand, on the inner side of the mesh belt 22, the non-joining surface 20b of the other single-sided joining belt 20' is opposed to the end edge opposite to the aforementioned end edge, and the mesh belt 22 is sewn 24 to the single-sided joining belt It is installed at the center of the width direction of 20'. Furthermore, by joining the joining surfaces 20a of the joining tapes 20, 20' to the joined surfaces of the two grey fabrics 1, 2 to connect the two grey fabrics 1, 2 to form a storage of filler between the grey fabric 1 and the grey fabric 2. Area (ie, cavity 3). The storage area (cavity 3) of the filler has a thickness dimension h that is obtained by subtracting the width dimension X of the single-sided bonding tapes 20, 20' from the width dimension of the mesh belt 22. [Prior Technical Literature] [Patent Literature]

[專利文獻1]日本專利第6247431號公報[Patent Document 1] Japanese Patent No. 6247431

[發明所欲解決之課題][The problem to be solved by the invention]

近年，作為防寒素材，高度被要求是薄片且柔軟的素材，且要求表地、裏地使用薄片的柔軟坯布並且使素材的厚度變薄。 根據專利文獻1所揭示的發明，由於未在表、裏坯布直接形成針孔，因此不會從表、裏坯布的表側、內側漏出內容物(填充物)。In recent years, as a cold-proof material, a thin and soft material is required to be of high height, and it is required to use a thin, soft gray cloth on the surface and the back, and to reduce the thickness of the material. According to the invention disclosed in Patent Document 1, since pinholes are not directly formed in the front and back gray fabrics, contents (fillers) do not leak from the front and inner sides of the front and back gray fabrics.

但是，表地和裏地使用柔軟的且薄片的坯布之情形，單面接合帶20、20′的縫合24的凹凸有呈現於表裏坯布的情形。且，帶件的縫合24及單面接合帶20、20′與表裏坯布的重疊部分之觸感硬，而產生顯現於表裏坯布的問題。However, when soft and thin grey fabrics are used on the front and back, the unevenness of the stitching 24 of the single-sided bonding tapes 20, 20' may appear on the front and back grey fabrics. In addition, the stitching 24 of the straps and the overlapping parts of the single-sided joining tapes 20, 20' and the front and back gray fabrics have a hard touch, which causes a problem of appearing on the front and back gray fabrics.

進一步，在專利文獻1所揭示之透過網狀帶的連結構件中，因為藉由縫合而連結柔軟的網狀帶和柔軟的單面接合帶，形成一條連結構件，所以如圖6所示，因為縫合24的線張力所致之緊張使得柔軟的網狀帶22和單面接合帶20、20′相隨，而在縫合部分以外的自由端有產生皺紋的傾向。因此，專利文獻1的連結構件在保管時不易捲繞，且在與坯布接合時亦有為了適應平坦的坯布而必須抑制相隨而起皺紋的部分之課題。Further, in the connecting member through the mesh belt disclosed in Patent Document 1, because the soft mesh belt and the soft single-sided joining belt are connected by sewing to form a single connecting member, as shown in FIG. 6, because The tension caused by the thread tension of the stitching 24 causes the soft mesh belt 22 and the single-sided joining belts 20, 20' to follow, and wrinkles tend to occur at the free ends other than the stitched portion. Therefore, the connecting member of Patent Document 1 is difficult to wind up during storage, and also has a problem in that it is necessary to suppress the wrinkles that follow in order to adapt to the flat fabric when joining with the fabric.

且，如上述，連結構件係於單面接合帶20、20′的寬度方向中央部分，藉由縫合24而裝設在網狀帶，因此必須考慮單面接合帶的寬度。 因而，將藉由縮小網狀帶的寬度而形成的空洞3的厚度尺寸h縮小，欲形成薄片的保溫材填充素材的情形，單面接合帶20、20′的寬度尺寸為X時，藉由縫合裝設的單面接合帶寬度必須有縫製分，無法作成細寬度，所形成的空洞3的厚度尺寸h無法在1/2X以下。 若使用的單面接合帶的寬度過窄則接合力變弱，因此必須有某種寬度。因而，空洞3的厚度尺寸h的最小尺寸亦受到限定，有無法薄到所要的空洞的厚度尺寸之課題。Furthermore, as described above, the connecting member is attached to the central portion of the single-sided joining belts 20, 20' in the width direction and is attached to the mesh belt by sewing 24. Therefore, the width of the single-sided joining belt must be considered. Therefore, when the thickness dimension h of the cavity 3 formed by reducing the width of the mesh belt is reduced, and the insulating material to be formed into a thin sheet is filled with material, when the width dimension of the single-sided bonding belt 20, 20' is X, The width of the single-sided bonding belt of the sewing device must be sewn, and it cannot be made into a thin width. The thickness h of the formed cavity 3 cannot be less than 1/2X. If the width of the single-sided bonding tape used is too narrow, the bonding force becomes weak, so a certain width is necessary. Therefore, the minimum size of the thickness dimension h of the cavity 3 is also limited, and there is a problem that it cannot be thinned to the desired thickness dimension of the cavity.

本發明之目的在於提供一種容易處理的連結帶，其係解決前述課題，即使必須連結的坯布為薄片，坯布的表側亦不會顯現出交界部的存在。且，本發明之目的在於提供一種可自由地調整空洞的高度的連結帶。 再者，本發明之目的在於提供一種薄片的防寒素材，其即使是使用薄的坯布之防寒素材，連結帶亦不會接觸到表側。 [解決課題之手段]The object of the present invention is to provide an easy-to-handle connecting belt that solves the aforementioned problems. Even if the gray fabric that must be connected is a sheet, the front side of the gray fabric does not show the presence of a boundary. Moreover, the object of the present invention is to provide a connecting belt that can freely adjust the height of the cavity. Furthermore, the object of the present invention is to provide a sheet of cold-proof material, even if it is a cold-proof material using a thin grey cloth, the connecting belt will not touch the front side. [Means to solve the problem]

為了解決上述課題，本發明的代表性連結帶係用以連結2片坯布的連結帶， 該連結帶係由連結帶本體和具有連結帶本體寬度的一半以下寬度的2條帶狀接合薄膜所構成， 前述2條帶狀接合薄膜的一方，係與前述連結帶本體的第一面的一方端緣平行地接合在前述連結帶本體；另一方帶狀接合薄膜，係在前述連結帶本體的第二面，與前述端緣相反側的端緣平行地接合在前述連結帶本體。 且，本發明的防寒素材具備前述連結帶的2條帶狀接合薄膜分別接合在2片坯布的內側之構成。 [發明之效果]In order to solve the above-mentioned problems, the representative connecting belt of the present invention is a connecting belt for connecting two pieces of grey fabrics. The connecting belt is composed of a connecting belt main body and two strip-shaped bonding films having a width less than half the width of the connecting belt main body. One of the two strip-shaped joining films is joined to the joining belt body in parallel with one end edge of the first surface of the joining belt body; the other belt-shaped joining film is connected to the second surface of the joining belt body , The end edge on the opposite side to the end edge is joined to the connecting belt body in parallel. In addition, the cold-proof material of the present invention has a configuration in which the two strip-shaped joining films of the aforementioned connecting belt are joined to the inner sides of two gray fabrics, respectively. [Effects of Invention]

根據本發明，可提供一種連結帶，其係即使必須連結的坯布為薄坯布，連結部分的存在亦不會反應於表側，可自由地調節空洞的高度且容易處理。 且，本發明提供一種薄片的防寒素材，其係即使使用本發明的連結帶之防寒素材是坯布薄的素材，表側亦不會顯現出連結部分的存在。According to the present invention, it is possible to provide a connecting belt in which even if the gray cloth to be connected is a thin gray cloth, the existence of the connecting portion does not reflect on the front side, the height of the cavity can be adjusted freely, and the handling is easy. In addition, the present invention provides a sheet of cold-proof material. Even if the cold-proof material of the connecting belt of the present invention is made of a thin fabric, the connection part does not appear on the front side.

以下，基於圖式所示之實施例詳細地說明本發明。 圖1係連結帶的俯視圖，圖2係圖1的剖視圖。 本發明的連結帶4係由編物或織物所構成的連結帶本體40及2條帶狀接合薄膜41、42所構成，該等帶狀接合薄膜41、42具有比該連結帶本體40的寬度A細寬度尺寸。 連結帶本體40係由薄片且柔軟的編物或織物所構成。例如網狀坯布等為佳。 連結帶本體40的寬度A未有特別限定，但使用同一寬度的帶狀接合薄膜的情形，若加寬連結帶本體40的寬度A，則能加大為了收納填充物所形成的空洞(後述)的高度尺寸。且，若縮小連結帶本體40的寬度A，則能縮小所形成的空洞的高度尺寸。Hereinafter, the present invention will be described in detail based on the embodiments shown in the drawings. Fig. 1 is a plan view of the connecting belt, and Fig. 2 is a cross-sectional view of Fig. 1. The connecting belt 4 of the present invention is composed of a connecting belt main body 40 made of braid or fabric and two strip-shaped joining films 41, 42. The belt-shaped joining films 41, 42 have a width A larger than that of the connecting belt main body 40. Thin width size. The connecting belt body 40 is composed of a thin and soft knitted fabric or fabric. For example, mesh grey cloth is preferred. The width A of the connecting belt main body 40 is not particularly limited, but when a belt-shaped bonding film of the same width is used, if the width A of the connecting belt main body 40 is widened, the cavity formed to accommodate the filler can be enlarged (described later) The height dimension. In addition, if the width A of the connecting belt body 40 is reduced, the height dimension of the formed cavity can be reduced.

帶狀接合薄膜41、42係連結帶本體40的寬度A一半以下的細寬度長形體，具有熱接合性且藉由剝離紙保護接合面為佳。 帶狀接合薄膜41、42係具有熱接合性的樹脂薄膜，材質未有特別限定，而是根據與必須連結的坯布的適合性而選定。例如聚胺酯系樹脂和聚醯胺系樹脂等為佳。 帶狀接合薄膜41、42係由1層、或1層~3層形成，薄膜的厚度以大約50~100μm者為佳。 若帶狀接合薄膜的厚度過薄則樹脂量少，即使接合也會有剝離的情形。相反地，若帶狀接合薄膜的厚度過厚，則使用於防寒素材時，坯布的表側不會顯現出(稱為接觸)連結帶4的存在，而無損害外觀之虞。The tape-shaped bonding films 41 and 42 are elongated bodies with a narrow width that is less than half of the width A of the tape main body 40 and have thermal bonding properties and preferably protect the bonding surface with release paper. The band-shaped bonding films 41 and 42 are resin films having thermal bonding properties, and the material is not particularly limited, but is selected according to the suitability of the fabric to be connected. For example, polyurethane-based resins and polyamide-based resins are preferable. The tape-shaped bonding films 41 and 42 are formed of one layer or one to three layers, and the thickness of the film is preferably about 50 to 100 μm. If the thickness of the tape-shaped bonding film is too thin, the amount of resin is small, and it may peel off even if it is bonded. Conversely, if the thickness of the tape-shaped bonding film is too thick, when it is used as a cold-proof material, the presence of the connecting tape 4 (referred to as contact) will not appear on the front side of the fabric, and there is no risk of impairing the appearance.

藉由圖3說明連結帶的製造。 連結帶本體40的上面為第一面40c，下面為第二面40d，長邊方向的一方端緣為40a，另一方端緣為40b。 且，將2條帶狀接合薄膜的一方帶狀接合薄膜稱為第一帶狀接合薄膜41(以下相同)。第一帶狀接合薄膜41係於不與連結帶本體40相對向之面貼附有剝離紙5的狀態下，從連結帶本體40的上面、第一面40c的端緣40a，設置間隔Y而平行地配置並接合。The manufacture of the connecting belt will be described with reference to FIG. 3. The upper surface of the connecting belt main body 40 is the first surface 40c, the lower surface is the second surface 40d, one end edge in the longitudinal direction is 40a, and the other end edge is 40b. In addition, one of the two strip-shaped bonding films is referred to as a first strip-shaped bonding film 41 (hereinafter the same). The first tape-shaped bonding film 41 is in a state where the release paper 5 is not attached to the surface facing the connecting tape main body 40, and an interval Y is provided from the upper surface of the connecting tape main body 40 and the end edge 40a of the first surface 40c. Arrange and join in parallel.

將2條帶狀接合薄膜的另一方帶狀接合薄膜稱為第二帶狀接合薄膜42(以下相同)。第二帶狀接合薄膜42係於連結帶本體40的下面亦即第二面40d，以在不與連結帶本體40相對向之面貼附有剝離紙5的狀態下，從與前述端緣40a相反側的端緣40b，設置間隔Y且平行地配置，接合在連結帶本體40。 如此地，連結帶4的第一帶狀接合薄膜41、第二帶狀接合薄膜42的一面，被接合、固著在連結帶本體40長邊方向的兩端緣。The other tape-shaped bonding film of the two tape-shaped bonding films is referred to as a second tape-shaped bonding film 42 (hereinafter the same). The second belt-shaped bonding film 42 is attached to the lower surface of the connecting belt body 40, that is, the second surface 40d, so that the release paper 5 is not attached to the surface facing the connecting belt body 40 from the end edge 40a. The end edge 40b on the opposite side is arranged in parallel with an interval Y provided, and is joined to the connecting belt main body 40. In this way, one surface of the first band-shaped bonding film 41 and the second band-shaped bonding film 42 of the connection belt 4 is bonded and fixed to both ends of the connection belt body 40 in the longitudinal direction.

第一帶狀接合薄膜41、第二帶狀接合薄膜42對連結帶本體40的配設位置，係分別從連結帶本體40的端緣40a、40b設置間隔Y而平行地配置並接合。本實施例中，間隔Y設定為0.1mm~3mm。 帶狀接合薄膜41、42對連結帶本體40端緣的配置，係如圖4所示，可與連結帶本體40的端緣相接(間隔Y=0)配置。The arrangement positions of the first band-shaped bonding film 41 and the second band-shaped bonding film 42 to the connecting belt main body 40 are arranged in parallel with an interval Y from the end edges 40a and 40b of the connecting belt main body 40 and joined. In this embodiment, the interval Y is set to be 0.1 mm to 3 mm. The arrangement of the belt-shaped joining films 41 and 42 on the end edges of the connecting belt body 40 is shown in FIG. 4 and can be arranged in contact with the end edges of the connecting belt body 40 (interval Y=0).

藉由從連結帶本體40的端緣設置間隔Y而配置帶狀接合薄膜41、42，即使在與坯布1、2接合的階段，於帶狀接合薄膜41、42溶化且樹脂擴散的情形下，仍可藉由該間隔吸收溶化的樹脂，使溶化的樹脂產生的影響不及於連結帶以外。The band-shaped bonding films 41, 42 are arranged by providing a gap Y from the end edge of the connecting belt body 40. Even in the stage of bonding with the fabrics 1 and 2, when the band-shaped bonding films 41, 42 melt and the resin diffuses, The melted resin can still be absorbed by the gap, so that the melted resin has less influence than the connecting belt.

實施例所示之連結帶4，在薄片的柔軟的編物或織物所構成之連結帶本體40的長邊方向兩端緣，藉由接合裝設帶狀接合薄膜41、42，在帶狀接合薄膜41、42之面補強連結帶本體40的端緣，因此，作為帶件為平坦性佳。 且，該連結帶未有縫合造成的凹凸，且帶件的兩端緣藉由薄膜補強，因此可保持平板狀的平坦狀態，在為了保管而捲繞連結帶時也容易處理。 且，連結帶本體40的寬度A，在不小於帶狀接合薄膜41、42的寬度B的2倍之範圍內，可自由地選擇。 且，圖示之帶狀接合薄膜41、42的寬度B顯示為同一寬度，但根據必須接合的坯布，有時亦變更第一帶狀接合薄膜41的寬度和第二帶狀接合薄膜42的寬度。 此外，本實施例中例示藉由剝離紙保護帶狀接合薄膜的接合面，但亦可沒有該剝離紙。In the connecting belt 4 shown in the embodiment, at both ends of the connecting belt main body 40 in the longitudinal direction composed of a sheet of soft braid or fabric, the belt-shaped joining films 41, 42 are installed by joining the belt-shaped joining films. The surfaces 41 and 42 reinforce the end edge of the belt main body 40, so that it has good flatness as a belt. In addition, the connecting belt has no unevenness caused by stitching, and the both ends of the belt are reinforced with a film, so it can maintain a flat flat state, and it is easy to handle when the connecting belt is wound for storage. In addition, the width A of the connecting belt body 40 can be freely selected within a range not less than twice the width B of the belt-shaped bonding films 41 and 42. In addition, the width B of the tape-shaped bonding films 41 and 42 shown in the figure is the same width, but the width of the first tape-shaped bonding film 41 and the width of the second tape-shaped bonding film 42 may be changed depending on the fabric to be bonded. . In addition, although this embodiment exemplified the protection of the bonding surface of the tape-shaped bonding film with release paper, the release paper may not be provided.

接著，藉由圖4說明將連結帶4接合在坯布1、2以製作防寒用等所使用的素材之情形。 貼附有剝離紙的帶狀接合薄膜的情形，係從各帶狀接合薄膜41、42剝除剝離紙5。 將連結構件4配置在作為被接合坯布的2片坯布1、2之間。將第一帶狀接合薄膜41接合在坯布1的背面1a。將第二帶狀接合薄膜42接合在與坯布1相對向的坯布2的背面2a，且藉由連結帶4連結二片坯布1、2。 如此地製作的素材係藉由連結帶4連結二片坯布1、2，形成填充保溫材等的高度尺寸h的空洞3。 在該空洞3填充羽絨、羽毛等保溫材(填充物)，構成防寒素材。Next, with reference to Fig. 4, a description will be given of how the connecting belt 4 is joined to the grey fabrics 1 and 2 to produce materials used for cold protection and the like. In the case of a tape-shaped bonding film to which a release paper is attached, the release paper 5 is peeled off from each of the tape-shaped bonding films 41 and 42. The connecting member 4 is arranged between the two grey fabrics 1 and 2 as the joined grey fabrics. The first band-shaped bonding film 41 is bonded to the back surface 1a of the fabric 1. The second band-shaped bonding film 42 is bonded to the back surface 2a of the cloth 2 facing the cloth 1, and the two cloths 1 and 2 are connected by the connection belt 4. The material produced in this way connects the two pieces of grey fabrics 1 and 2 with the connecting band 4 to form a cavity 3 filled with a height dimension h such as an insulating material. The cavity 3 is filled with insulation materials (fillers) such as down and feathers to constitute a cold protection material.

該等作業，由於帶狀接合薄膜41、42為平板狀的平坦狀態，因此與平坦的坯布接合性良好，不需要為了使連結帶成為平板狀的抑制，而提升作業性。In these operations, since the band-shaped bonding films 41 and 42 are in a flat flat state, the bonding properties to a flat fabric are good, and there is no need to suppress the flat-shaped connection belt to improve workability.

防寒用素材的製作中，連結帶本體40的寬度A在不小於帶狀接合薄膜41、42的寬度B的2倍之範圍內，可自由地製作，因此可自由地調整空洞的高度尺寸h。此外，空洞的高度尺寸h係帶狀接合薄膜41和帶狀接合薄膜42之間的距離。In the production of the material for cold protection, the width A of the connecting belt body 40 can be freely produced within a range not less than twice the width B of the belt-shaped joining films 41 and 42, so the height dimension h of the cavity can be adjusted freely. In addition, the height dimension h of the cavity is the distance between the band-shaped bonding film 41 and the band-shaped bonding film 42.

例如，帶狀接合薄膜41、42係藉由接合而裝設，因此可將寬度B縮小，藉由將連結帶本體40的寬度A縮小，可自由地縮小被形成的空洞3的高度尺寸h。藉由將空洞3的厚度尺寸h縮小，使空洞3收納的填充物變少，可形成薄片的防寒素材。 相反地，於將帶狀接合薄膜41和帶狀接合薄膜42的寬度B縮小的狀態下，藉由將連結帶本體40的寬度尺寸加大，可將帶狀接合薄膜41和帶狀接合薄膜42之間的距離加大，而可加大被形成的空洞3的高度尺寸h。 該素材可以是在大的空洞3收納有多量填充物的防寒素材。For example, the belt-shaped bonding films 41 and 42 are installed by bonding, so the width B can be reduced. By reducing the width A of the connecting belt body 40, the height h of the formed cavity 3 can be freely reduced. By reducing the thickness h of the cavity 3, the amount of filler contained in the cavity 3 is reduced, and a sheet of cold-proof material can be formed. Conversely, in a state where the width B of the tape-shaped bonding film 41 and the tape-shaped bonding film 42 is reduced, by increasing the width of the connecting tape body 40, the tape-shaped bonding film 41 and the tape-shaped bonding film 42 can be increased. The distance between them is increased, and the height dimension h of the formed cavity 3 can be increased. The material may be a cold-proof material in which a large amount of filler is stored in the large cavity 3.

連結帶本體40的寬度A和帶狀接合薄膜41、42的帶寬度B之關係，係根據形成的空洞的高度h。例如，當連結帶本體40的寬度A為40mm，帶狀接合薄膜41、42的帶寬度B為10~15mm，從連結帶本體40的端緣隔著2mm的間隔配設帶狀接合薄膜41、42時，被形成的空洞的高度h為6~16mm。 如此地，根據接合力、接觸的顯露難易度等觀點，決定所要的空洞的高度h，決定連結帶本體40的寬度、帶狀接合薄膜41、42的帶寬度。The relationship between the width A of the connecting belt body 40 and the belt width B of the belt-shaped bonding films 41 and 42 is based on the height h of the formed cavity. For example, when the width A of the connecting belt body 40 is 40 mm, and the belt width B of the belt-shaped bonding films 41 and 42 is 10 to 15 mm, the belt-shaped bonding films 41, 42 are arranged at an interval of 2 mm from the edge of the connecting belt body 40. At 42 o'clock, the height h of the formed cavity is 6-16mm. In this way, the height h of the desired cavity is determined from the viewpoints of bonding force, exposure difficulty of contact, and the like, and the width of the connecting tape main body 40 and the tape width of the tape-shaped bonding films 41 and 42 are determined.

如此地製作的防寒素材由於在連結帶不存在針孔，即使必須連結的坯布1、2是薄片，也未有針孔的接觸，在坯布的表側不會顯現出與連結帶的交界的存在。Since the cold-proof material produced in this way does not have pinholes in the connecting belt, even if the grey fabrics 1 and 2 that must be connected are sheets, there is no pinhole contact, and the presence of the interface with the connecting belt does not appear on the front side of the grey fabric.

如以上說明，連結帶4由於在連結帶本體40不存在作為裝設帶狀接合薄膜41、42的手段的針孔，即使必須連結的坯布是薄片，在坯布的表面亦不會顯現出連結帶4的交界部的存在。 且，由於帶狀接合薄膜41、42的裝設位置，係從連結帶本體40的端緣設置0.1mm~3mm之間隔，即使於帶狀接合薄膜41、42溶化，樹脂擴散的情形下，亦不會從連結帶本體40溢出。As explained above, since the connecting belt 4 does not have pinholes in the connecting belt body 40 as a means for installing the strip-shaped joining films 41, 42, even if the fabric that must be connected is a sheet, the connecting belt will not appear on the surface of the fabric. The existence of the junction of 4. In addition, since the installation position of the belt-shaped bonding films 41, 42 is set at a distance of 0.1mm~3mm from the edge of the connecting belt body 40, even if the belt-shaped bonding films 41, 42 melt and the resin spreads, it will It will not overflow from the connecting belt body 40.

且，連結帶4係藉由接合而裝設連結帶本體40和具有連結帶本體40寬度的一半以下的寬度之帶狀接合薄膜41、42，因此藉由將帶狀接合薄膜41和帶狀接合薄膜42之間的距離縮小，使空洞3的高度尺寸h縮小，可製作薄的防寒素材。該素材以衣服為始，使用範圍可擴及帽子和披肩等雜貨、薄被和睡袋等。 該防寒素材與通常的防寒用衣服不同，由於表面不存在因為形成防寒用的填充材收納空洞的針孔，因此可製作設計性優異的衣服、雜貨等，且未有填充物從針孔漏出到外面的情形。In addition, the connecting belt 4 is assembled by joining the connecting belt main body 40 and the belt-shaped joining films 41, 42 having a width less than half of the width of the connecting belt main body 40. Therefore, by joining the belt-shaped joining film 41 and the belt The distance between the films 42 is reduced, so that the height dimension h of the cavity 3 is reduced, and a thin cold-proof material can be produced. The material starts with clothes and can be used for sundries such as hats and shawls, thin quilts and sleeping bags. This cold-proof material is different from ordinary cold-proof clothes. Because there are no pinholes on the surface because the filling material for cold-proof is formed, it is possible to make clothes, sundries, etc. with excellent design, and no filler leaks from the pinholes. The situation outside.

此外，上述實施形態中已詳述本發明，但本發明並非限定於上述實施例，可將上述實施例中的構成之一部分加以變形或改良。In addition, the present invention has been described in detail in the above-mentioned embodiments, but the present invention is not limited to the above-mentioned embodiments, and a part of the components in the above-mentioned embodiments may be modified or improved.

1:第1坯布 2:第2坯布 3:空洞(填充物收納區域) 4:連結帶 5:剝離紙 24:縫合 40:連結帶本體 41,42:帶狀接合薄膜1: The first grey fabric 2: 2nd grey fabric 3: Hole (filling storage area) 4: Link belt 5: release paper 24: Stitching 40: Link belt body 41, 42: Ribbon bonding film

[圖1]係本發明的連結帶的俯視圖。 [圖2]係圖1所示之連結帶的剖視圖，特別是厚度方向被放大描繪。 [圖3]係圖2所示之連結帶，其係剝離紙未被剝離的狀態之剖視圖。厚度方向被放大描繪。 [圖4]係以本發明的連結帶連結2片坯布所形成的防寒素材的說明剖視圖，厚度方向被放大描繪。 [圖5]係以日本專利第6247431號公報所揭示的連結構件所連結的2片坯布構成的防寒素材的立體圖。 [圖6]係日本專利第6247431號公報所揭示的連結構件的實際狀態之示意立體圖。Fig. 1 is a plan view of the connecting belt of the present invention. [Fig. 2] is a cross-sectional view of the connecting belt shown in Fig. 1, particularly the thickness direction is enlarged and drawn. [Fig. 3] It is a cross-sectional view of the connecting belt shown in Fig. 2 in a state where the release paper is not peeled off. The thickness direction is enlarged and drawn. [Fig. 4] It is an explanatory cross-sectional view of a cold-proof material formed by connecting two gray fabrics with the connecting belt of the present invention, and the thickness direction is enlarged and drawn. [Fig. 5] It is a perspective view of a cold-proof material composed of two pieces of grey cloth connected by a connecting member disclosed in Japanese Patent No. 627431. [Fig. 6] is a schematic perspective view of the actual state of the connecting member disclosed in Japanese Patent No. 6247431.

4:連結帶 4: Link belt

40:連結帶本體 40: Link belt body

40a,40b:端緣 40a, 40b: end edge

40c:第一面 40c: First side

40d:第二面 40d: second side

41,42:帶狀接合薄膜 41, 42: Ribbon bonding film

Claims (5)

一種連結帶，係用以連結2片坯布的連結帶，其特徵為： 該連結帶係由連結帶本體和具有連結帶本體寬度的一半以下寬度的2條帶狀接合薄膜所構成， 前述2條帶狀接合薄膜的一方，係與前述連結帶本體的第一面的一方端緣平行地接合在前述連結帶本體；另一方帶狀接合薄膜，係在前述連結帶本體的第二面，與前述端緣相反側的端緣平行地接合在前述連結帶本體。A connecting belt, which is used to connect two pieces of grey cloth, is characterized by: The connecting belt is composed of a connecting belt main body and two strip-shaped bonding films having a width less than half the width of the connecting belt main body. One of the two strip-shaped joining films is joined to the joining belt body in parallel with one end edge of the first surface of the joining belt body; the other belt-shaped joining film is connected to the second surface of the joining belt body , The end edge on the opposite side to the end edge is joined to the connecting belt body in parallel. 如請求項1之連結帶，其中，前述2條帶狀接合薄膜係熱接合性的樹脂薄膜。The connecting tape of claim 1, wherein the two strip-shaped bonding films are thermally bonded resin films. 如請求項1或2之連結帶，其中，前述2條帶狀接合薄膜係分別與前述連結帶本體的前述端緣設有0.1~3mm的間隔，且與前述端緣平行地接合在前述連結帶本體。The connecting belt of claim 1 or 2, wherein the two strip-shaped joining films are separated from the end edge of the connecting belt body at a distance of 0.1 to 3 mm, and are joined to the connecting belt in parallel with the end edge Ontology. 一種防寒素材，其係請求項1至3的連結帶接合在2片坯布之間，填充有填充物。A cold-proof material in which the connecting belts of claims 1 to 3 are joined between two pieces of grey cloth and filled with fillers. 一種衣服，其係利用請求項4之防寒素材構成。A clothing composed of the cold-proof material of claim 4.
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