經濟部中央梂準局貝工消費合作社印製 3IC302 at B7 五、發明説明（i) 本發明係有關防漏水縫製構造物，形成防漏水縫製構 造之方法，特別是必須具有防漏水性縫製構造之休閒鞋（ trekking)等靴，鞋類，帽子，手提袋，背包等立嫌形狀 縫製品之具有防漏水性縫製部份之縫製構造物，及其形成 方法及該縫製構造物之熱處理裝置。 休閒鞋等靴、鞋類、帽子、手提袋、背包等爲使天然 皮革、人工皮革、編嫌物等具有逋度之柔軟性，大多將發 泡或無發泡片材等由片材所形成之面材以複數層合，縫製 於逋當處所以製得。一般而言，這些縫製加工製品多被要 求具防漏水性，因此面材多使用，防水性片材爲材料。 縫製加工製品爲靴，例如休閒鞋時，休閒鞋係將防水 性片材等複數片材屠合，經由縫製加工以達具有期望之構 造與形狀的立體縫製構造物的加工製品。 前記如休閒鞋等縫製加工構造物，於多數情形下，孩 縫製部份，縫製接孔等縫製孔必須施加防漏水性加工。如 下所述般，該常用之防水性或防漏水加工可單獨或合併使 用。 (1 )於縫製部份之內表面或外表面塗佈乳膠或軟質 接著劑 (2 )於縫製部份之內表面或外表面黏貼防漏水膠帶 (3 )縫製構造物全體之防水加工處理。 但，上述方法中任何方式皆非萬能。例如，塗佈加工 法中塗佈於製品外表面之樹脂膜將有損靴子等之外觀，形 成於靴子內側表面之樹脂膜則會損害內部材質，且亦有使 本紙張尺度逋用中國國家梂準（CNS ) Α4規格（210X297公釐） (請先聞讀背面之注意事項再填寫本頁)Printed 3IC302 at B7 by the Beigong Consumer Cooperative of the Central Bureau of Economic Affairs of the Ministry of Economic Affairs 5. Description of the invention (i) The present invention relates to a method for forming a water-proof leak-proof sewing structure, especially a water-proof leak-proof sewing structure Sewing structures with water-proof and leak-proof sewing parts for trekking boots, footwear, hats, handbags, backpacks, etc., and the formation method and heat treatment device of the sewing structures. Boots such as casual shoes, footwear, hats, handbags, backpacks, etc. In order to make natural leather, artificial leather, suedes, etc. flexible, most foamed or non-foamed sheets are formed from sheets The surface material is laminated in plural and sewn at the local place. In general, these sewing products are often required to have water leakage resistance, so the surface material is often used, and the waterproof sheet is used as the material. When the sewing product is a boot, such as a casual shoe, the casual shoe is a processed product in which a plurality of sheets, such as waterproof sheets, are combined, and a three-dimensional sewing structure having a desired configuration and shape is obtained by sewing. As mentioned in the previous section, such as casual shoes and other sewing structures, in most cases, the children's sewing parts, sewing holes and other sewing holes must be applied to prevent water leakage processing. As described below, the commonly used waterproof or water-proof processing can be used alone or in combination. (1) Apply latex or soft adhesive to the inner or outer surface of the sewing part (2) Stick the water-proof tape to the inner or outer surface of the sewing part (3) Waterproof processing of the entire sewing structure. However, none of the above methods are omnipotent. For example, in the coating process, the resin film applied to the outer surface of the product will damage the appearance of the boot, etc., and the resin film formed on the inner surface of the boot will damage the internal material, and it also makes the paper standard used in China. Standard (CNS) Α4 specification (210X297mm) (Please read the precautions on the back before filling this page)
，1T 經濟部中央標準局男工消費合作社印製 A7 B7五、發明説明（2 ) 防水機能或耐久性劣化等缺點。防漏水膠帶之黏貼加工與 靴子內側表面之塗佈加工法皆具有相同的問題。而防水加 工處理中，使縫製部份達到可與形成靴子本體外殼之靴材 片材具相同水準的防水，防漏水功能是有困難的。 特開平7 — 3 2 5 1 0號公報中，對縫製靴材之層合 體構造以形成靴之縫製部份內容，有著，將熱可塑性樹脂 材料夾於靴材之間，適當地使用如熨斗、壓力機、烙鐵、 滾筒、熱風熔融裝置等加熱方式使其熔融，於縫製部份之 層合靴材間形成接合熔融樹脂層，而使靴之縫製構造部份 具有防水機能之方法的記載。此縫製部份之防水構造，係 於二片相互重叠接合之防水片材的面材間以三明治狀將熱 熔融性樹脂插入，再以縫紉機縫製，將該縫製部份全體以 熨斗等加壓加熱使中間熱熔融性樹脂材熔融，而形成包含 接合中間樹脂層之構造。但此縫製構造之形成方法，係'於 具有厚度之鞋的鞋面部份等曲面層合構造所形成之縫製部 稹層內，將以中間層方式存在之熱熔融性樹脂以熨斗熔融 之方法，但，要沿曲面形成均匀熔融樹脂接合層是有困難 ，且無法完全使樹脂浸入縫製的針孔，使針孔閉塞以形成 强朗的防漏水縫製構造。 特願平4 — 2 6 9 9 0 1號公報掲示對鞋之鞋面以熱 可塑性樹脂進行防水處理，其係將各部材以熱可塑性樹脂 進行表面處理後以縫線縫製，縫製部份以加壓，加熱方式 將縫線周邊間隙埋入樹脂中使鞋面部份防止水的滲浸。但 ，此方法中，以電熨斗進行壓合之操作無法使熱可塑性樹 (請先閱讀背面之注意事項再填寫本頁) 訂 " 本紙浪尺度適用中國國家標準（€阳>八4規格（210乂297公釐>, 1T Printed by the Male Workers' Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs A7 B7 V. Description of the invention (2) Defects such as waterproof performance or durability deterioration. The adhesion processing of the water leakage prevention tape and the coating processing method of the inner surface of the boots all have the same problem. In the waterproof processing, it is difficult to make the sewing part have the same level of waterproofing as the boot material sheet forming the outer shell of the boot body. In Japanese Patent Laid-Open No. 7-3 2 5 1 0, the laminated structure of the boot material is sewn to form the sewing part of the boot. The thermoplastic resin material is sandwiched between the boot materials. Appropriate use such as iron, A press, a soldering iron, a roller, a hot-air melting device, and the like are used to melt the heating method to form a layer of joined molten resin between the laminated shoe materials at the sewing part, and a method of waterproofing the sewing structure part of the shoe. The waterproof structure of this sewn part is to insert a hot-melt resin in a sandwich shape between the surface materials of two overlapping waterproof sheets, and then sew it with a sewing machine, and pressurize and heat the whole sewn part with an iron The intermediate heat-fusible resin material is melted to form a structure including the joining intermediate resin layer. However, the method of forming the sewing structure is a method of melting the hot-melt resin existing in the form of an intermediate layer in an iron layer of the sewing part formed by the laminated structure of the curved surface such as the upper part of the shoe with a thickness. However, it is difficult to form a uniform molten resin bonding layer along the curved surface, and it is impossible to completely immerse the resin into the sewing pinholes, and close the pinholes to form a strong water-proof sewing structure. Japanese Patent Application No. 4-2 6 9 9 01 No. 1 shows that the upper surface of the shoe is treated with a thermoplastic resin, which is made by surface treatment of each part with a thermoplastic resin and stitched with stitches. Press and heat to embed the gap around the suture into the resin to prevent the water infiltration of the upper part. However, in this method, the operation of pressing with an electric iron cannot make a thermoplastic tree (please read the precautions on the back and then fill out this page). Order " This paper wave scale is applicable to the Chinese national standard (€ Yang> 8 4 specifications (210 to 297 mm >
ViQ3Q2 A7 B7 經濟部中央橾準局貝工消費合作社印製 五、發明説明（3) 脂充分熔融，且對線表面處理所施用之樹脂置亦無法充分 地將針孔填埋。此種以熱可塑性樹脂進行表面處理之縫線 針孔及以樹脂强固及充份包埋之步驟，因表面處理步驟而 使縫紉之針孔增大，對縫製步驟易產生負面效果故於實際 技術時不易採用。 最近，製鞋業對鞋之鞋面設計皆以爲樣化爲目標，而 多以複數的鞋面材料進行縫製以作爲鞋面，或於鞋面上縫 製飾片以裝飾鞋面等。 另一方面，熱可塑製樹脂等片材，嫌物，薄膜等以髙 周波加熱熔著方式製造雨具或袋子等方法已被廣泛地使用 。但，在以高周波加熱熔著時，被加熱材料或成形物爲能 達均匀加熱、熔融狀態，被加熱物與模具電極必須爲密合 之狀態。故，目前對曲面極多，具有凹凸部份厚材的鞋類 等縫製構造物，高周波加熱並無法有效率地進行。 ’ 本發明之另一目的，係提供一種含防漏水性縫製部份 的縫製構造物。 本發明之又一目的，係提供一種包含防漏水性縫製部 的外般面係以曲面形成之縫製構造物，例如休閒鞋等靴、 鞋類、帽子、手提袋、背袋等立髗形狀縫製製品之防水、 防漏水縫製構造物。 本發明之另一目的，係對具有縫製構造物之前述曲面 外殻，形成一防漏水性縫製孔構造之簡易方法，及爲使前 述方法得確實，簡易操作所需使用之裝置。 本發明第一個目的，基本上而言，係將表材與裏材間 (/ (請先閲讀背面之注意事項再填寫本頁) >tr 卓- 本紙張尺度適用中國國家標準（CNS > A4规格（210X297公釐） A 7 B7 經濟部中央梂準局員工消費合作社印製 五、發明説明（4) 介有热熔膠樹脂膜層並沿縫製線縫製，使前記縫製線所形 成之縫針孔將該縫製包埋，且受前記熱熔膠之部份所充填 ，而完成至少前記表材係由防水片材所構成之防漏水性縫 製梅造物。 本發明所稱縫製構造物，例如，靴、鞋類、帽子、手 提袋、背袋等、凡是材料以皮革、嫌維布帛、軟質合成樹 脂等片材之裁片經縫製加工，且至少形成外側被覆甚至構 成外般面之裁片係以防水性材料所形成之縫製構造製品皆 是。即，縫製構造製品之表材，其片材若爲透水性甚至半 透水性材料時，必須進行防水甚至抗水加工才行。 表材依縫製構造物製品態樣的不同，可爲完全被覆製 品表面的部材，或作爲裝飾片之材料。表材可爲對應於襯 底，外側被覆之襯裏等。具«而言，構成裏材之片材可以 縫製構造物的用途爲對象隨意選擇。例如，縫製構造物潙 鞋類時，可考慮吸漯性、質感、彈性、觸感等性質而選擇 材料。例如可使用編織物與柔軟的發泡樹脂片材層壓而成 之片材。 本發明之縫製構造物，其表材與裹材之結合係使用縫 線縫製結合。熱熔膠樹脂膜係含於縫製時表材與裏材間的 縫線上，且沿縫線以三明治狀挾夾，表材與裹材之稹層構 造於縫製時融點至少爲9 OeC以上，1 7 0°C以下使熱熱 熔膠樹脂片依高周波加熱法使其選擇性的暫時熔融流動化 而形成防水性膜。而後，熱熔膠樹脂膜層中部份樹脂浸滲 貫通表材與裏材之縫製針孔，將通過針孔的縫線包埋而充 (請先閲讀背面之注意事項再填寫本頁) *νβ 本紙張尺度適用中國國家揉準（CNS ) Α4规格（210X 297公釐） 31C302 經濟部中央標準局貝工消費合作社印製 A7 B7五、發明説明（5 ) 填針孔空隙。熱熔膠樹脂膜在可發揮前記機能下係使用最 低之厚度，即爲對胲縫製構造物於對象用途之使用態樣， 如機械性彎曲、拉伸等機械性衝擊之被壞程度上，可維持 不透水機能下最薄的程度。此外，本發明之縫製構造物， 具有可防止水份經由縫製線所形成之針孔滲入縫製構造物 之內部，及阻止水由外側俊入裹側，且可阻止水經由表材 與裏材重叠部份向內部滲入之防漏水性構造。 本發明之縫製構造物，係以包含以下步驟方法之原理 而製得。 (a )於防水性片材形成之表材與裹材間至少沿縫線 挾夾有一種介電常數較前記面材爲1. 7倍以上的熱熔膠 樹脂片之已縫製的預縫製構造物之製造步踝，及 (b )於前記預縫製構造物之至少一面以介電功率常 數爲0. 0 0 2至0. 0 2,介電常數與介電功率常數'稹 \/m 〇 . 0 0 6至0. 09之軟質加壓面镫進行壓合，在使 前記熱熔膠樹脂片可熔融下充份施加高周波電壓，使前記 熔融熱可熱性片材流動，並使其部份滲浸充填前記縫製線 針孔之步騄。 本發明方法中熱熔膠樹脂片爲，熔融時可對表材與裹 材及縫線顯現粘著活性，於熔融下可對預縫製構造物的針 孔產生流動程度之具流動粘性的熱可塑性樹脂組成物，例 如繊維布、薄膜等成形體。 且，熱熔膠樹脂片爲，於未能使表材及裏材及縫線在 常溫下的機械物性，組嫌劣化或破壞情形下的溫度而可予 (請先閱讀背面之注意事項再填寫本頁) 訂 - 本紙張尺度逋用中國國家梯準（CNS ) A4规格（210X297公釐） 經濟部中央標準局負工消费合作社印製 A7 ___B7 五、發明説明（6) 熔融，流動之材料，甚至在使樹脂片熔融之高周波電壓施 加條件下，亦不會使表材及裏材及縫綠熔融之材料方可。 此熱熔膠樹脂片，可由聚醣胺系，聚酯系，聚氯乙嫌 系，聚尿烷系，聚酢酸乙烯系，丙烯系聚合物等，融點由 9 0°C〜1 7 0°C左右低融點合成樹脂中選出。又，樹脂 片之介電功率常數可由表材及裹材及縫線之1. 7倍至 4. 3倍的物質中選出。又，熱熔膠樹脂片在使用容易， 縫製容易等方面考置，以使用厚度爲5 0 #至5 0 0 p ， 約略爲3 0〜5 0 g/m2之膠帶或裁製成與表材部份形 狀相同形狀者爲佳。 預縫製構造物係於表材與裹材間以三明治方式挾夾熱 熔膠樹脂片，並使用縫線在3者皆合逋之處所縫合使其密 接而製得。 將依以上方式製得之預縫製構造物置入公知之高周'波 介電加熱裝置的2枚平行板電極間，高周波加熱條件之設 定係依公知檁準，於電極上施加高周波電壓，使構造物內 僅熱熔膠樹脂片熔融，形成流動化，其中部份並滲入前記 縫製線之針孔內，而沿縫製線於構造物中間厝形成熱可塑 性樹脂膜之防漏水層。該預縫製構造物之至少一面，介以 介電功率常數爲0. 002至0. 02，介電常數與介電 功率常數之稹爲0. 006〜0. 09之軟質加壓髏片材 所形成之彈性壓合片，依厚度方向進行壓合爲佳。 依此軟質加壓镫的彈性加懕作用，使電極面與預縫製 構造物的熱熔膠樹脂片層之距離保持一定，使熱熔膠樹脂 本紙張尺度適用中國國家梯準（CNS ) A4規格（210X297公釐) Γ ~ (請先閲讀背面之注意Ϋ項再填寫本萸)ViQ3Q2 A7 B7 Printed by the Beigong Consumer Cooperative of the Central Department of Economics of the Ministry of Economic Affairs 5. Description of the invention (3) The grease is sufficiently melted, and the resin applied to the surface treatment of the thread cannot fully fill the pinholes. Such stitches of sutures surface treated with thermoplastic resin and the steps of strengthening and embedding with resin, due to the surface treatment steps, increase the stitching of the sewing, which is likely to have a negative effect on the sewing step. Is not easy to adopt. Recently, the shoe industry has aimed at the design of shoe uppers. Most of the upper materials are sewn as uppers, or decorative pieces are sewn on the uppers to decorate the uppers. On the other hand, methods such as the production of rain gear or bags by thermoplastic resin sheets, suspects, films, etc. have been widely used. However, when fused by high-frequency heating, the material or molded object to be heated can be uniformly heated and melted, and the object to be heated and the mold electrode must be in close contact with each other. Therefore, at present, high-frequency heating cannot be performed efficiently for sewing structures such as shoes with many curved surfaces and thick materials with irregularities. Another object of the present invention is to provide a sewing structure including a water-proof sewing portion. Another object of the present invention is to provide a sewing structure with a curved surface formed on the outer surface including the water-proof sewing portion, such as casual shoes, boots, footwear, hats, handbags, back bags, etc. Sewing structure for waterproof and water-proof products. Another object of the present invention is a simple method for forming a water-proof water-proof sewing hole structure on the aforementioned curved shell having a sewing structure, and a device required for simple operation in order to ensure the aforementioned method. The first object of the present invention is basically to divide the surface material and the inner material (/ (please read the precautions on the back before filling out this page) &tr; tr Zhuo-this paper standard is applicable to the Chinese National Standard (CNS >; A4 specifications (210X297 mm) A 7 B7 Printed by the Employee Consumer Cooperative of the Central Bureau of Economic Affairs of the Ministry of Economy V. Description of the invention (4) The hot-melt adhesive resin film layer is sewn along the sewing line to form the previous sewing line Sewing pinholes embed the sewing, and are filled with the hot melt adhesive part of the previous note, to complete at least the previous note surface material is a water-proof water-proof sewing plum product composed of a waterproof sheet. The sewing structure referred to in the present invention, For example, boots, footwear, hats, handbags, back bags, etc., where the material is made of leather, woven fabric, soft synthetic resin, etc., the pieces are sewed and processed, and at least the outer coating or even the outer surface is formed. The sheet is made of waterproof construction material. That is, if the surface material of the sewing construction product is a water-permeable or semi-permeable material, it must be waterproof or even water-resistant. Sewing The appearance of the product is different, it can be a part material that completely covers the surface of the product, or a material for the decorative sheet. The surface material can be a lining corresponding to the substrate, the outer coating, etc. The purpose of the sewing structure can be selected arbitrarily. For example, when sewing structure footwear, the material can be selected considering the properties of absorption, texture, elasticity, touch, etc. For example, knitted fabrics and soft foam resin sheets can be used The sheet material is laminated. The sewing structure of the present invention, the combination of the surface material and the wrapping material is stitched using stitching. The hot melt adhesive resin film is included in the stitching between the surface material and the backing material during sewing On the top, and sandwiched in a sandwich shape along the seam, the juncture of the surface material and the wrapping material has a melting point of at least 9 OeC at the time of sewing, and below 170 ° C. The hot-melt adhesive resin sheet is made by high-frequency heating method It is temporarily melted and fluidized selectively to form a waterproof film. Then, part of the resin in the hot melt adhesive resin layer penetrates through the sewing pinholes of the surface material and the inner material, and the suture passing through the pinholes is filled and filled (Please read the notes on the back first (Fill in this page) * νβ This paper scale is applicable to China National Standard (CNS) Α4 specification (210X 297 mm) 31C302 Printed A7 B7 by the Beigong Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs 5. Description of the invention (5) Fill the pinhole gap The hot melt adhesive resin film uses the lowest thickness under the function of the previous note, which is the use of the suturing structure for the target application, such as the degree of damage to the mechanical impact such as mechanical bending and stretching, It can maintain the thinnest level under the impermeable function. In addition, the sewing structure of the present invention has the function of preventing moisture from penetrating into the inside of the sewing structure through the pinholes formed by the sewing thread, and preventing water from entering the wrapping side from the outside, And it can prevent water from leaking into the interior through the overlapping part of the surface material and the inner material. The sewing structure of the present invention is made based on the principle of the following steps. (a) A pre-sewn structure of a hot-melt adhesive resin sheet with a dielectric constant of at least 1.7 times higher than the previous surface material is sandwiched between the surface material formed by the waterproof sheet and the wrapping material at least along the seam The manufacturing step of the object, and (b) on at least one side of the pre-sewn structure described above with a dielectric power constant of 0.02 to 0.02, the dielectric constant and the dielectric power constant '稹 \ / m 〇 . 0 0 6 to 0. 09 of the soft pressure surface stirrups are pressed together, and the high-frequency voltage is applied sufficiently to make the previous hot-melt adhesive resin sheet meltable, so that the previous hot-melt sheet can flow and part of it Infiltrate and fill the stitches of the sewing thread. In the method of the present invention, the hot-melt adhesive resin sheet is a thermoplastic adhesive with flow viscosity that can show adhesion activity to the surface material, the wrapping material and the suture when molten, and can produce a flow degree to the pinhole of the pre-sewn structure under melting Resin composition, for example, molded fabric such as woven fabric and film. In addition, the hot-melt adhesive resin sheet can be used if the mechanical properties of the surface material, the inner material and the seam at normal temperature are not deteriorated or damaged (please read the precautions on the back before filling in This page) Order-This paper scale is printed in China National Standard (CNS) A4 (210X297 mm). The A7 ___B7 is printed by the Consumer Labor Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. 5. Description of the invention (6) Melted and flowing materials, Even under the application of high-frequency voltage that melts the resin sheet, it will not melt the surface material, the inner material and the seam green material. This hot-melt adhesive resin sheet can be made of polyglycan-based, polyester-based, polyvinyl chloride-based, polyurethane-based, polyvinyl acrylate-based, propylene-based polymer, etc., with a melting point of 90 ° C ~ 1 7 0 Selected from low melting point synthetic resins around ° C. In addition, the dielectric power constant of the resin sheet can be selected from 1.7 times to 4.3 times the material of the surface material and the wrapping material and the suture. In addition, the hot melt adhesive resin sheet is easy to use, easy to sew, etc., to use a thickness of 5 0 # to 5 0 0 p, about 3 0 ~ 5 0 g / m2 tape or cut into and surface materials Partial shapes with the same shape are better. The pre-sewn structure is sandwiched between the surface material and the wrapping material by sandwiching hot-melt adhesive resin sheets, and stitched together at the place where all three of them are stitched to make them tightly bonded. The pre-sewn structure prepared in the above manner is placed between two parallel plate electrodes of a well-known high-frequency 'wave dielectric heating device. The setting of high-frequency heating conditions is based on the well-known purlin, applying a high-frequency voltage to the electrodes to make the structure Only the hot-melt adhesive resin sheet melts in the material to form fluidization, and part of it penetrates into the pinholes of the previous sewing line, and a water-proof layer of the thermoplastic resin film is formed along the sewing line in the middle of the structure. 006〜0. 09 的 soft 压 压 粒 片 所。 At least one side of the pre-sewn structure, with a dielectric power constant of 0.002 to 0.02, dielectric constant and dielectric power constant of 稹 is 0. 006 ~ 0. The formed elastic pressing piece is preferably pressed in the thickness direction. According to the elasticity of the soft compression stirrup, the distance between the electrode surface and the hot-melt adhesive resin layer of the pre-sewn structure is kept constant, so that the paper standard of the hot-melt adhesive resin is applicable to China National Standards (CNS) A4 specifications (210X297mm) Γ ~ (Please read the note Ϋ on the back before filling in this cornel)
經濟部中央標準局員工消費合作社印製 本紙張尺度適用中國國家標牟（CNS ) A4规格（2I0X297公釐） A7 ___B7 五、發明説明（7 ) 片集中生熱，特別是可防止縫製線凹凸部份的高周波電壓 施加不均匀，進而促進熔融熱熔膠樹脂片膜的形成與促進 熔融流浸滲充塡針孔。 本發明之縫製構造物爲鞋類等立體構造加工製品時， 前記（b )步驟中以包含將預縫製層構造物依一定的固髏 形狀進行加熱之方法爲佳。例如，預縫製層構造物在製爲 鞋類時，必須在相當於例如鞋面、鞋踵等曲面部位等具有 曲面縫線型面之導《性棋具，與前記導電性棋具相箝合之 導電性壓板間，將預縫製構造物保持懕合狀態，使前記模 具與導鼇性壓板以高周波電壓使中間餍之熱熔膠樹脂片產 生選擇性的發熱熔膠狀態。如此，使預縫製構造物形成曲 面面域部份的縫製孔線，皆受到高周波電壓的均匀施加， 而可確實形成具有一定防漏水性縫製構造的立體縫製構造 物0 ， 圖式之簡單說明 第1圖（A)至第131(C)，爲本發明之縫製構造 物中縫製部份的形成方法模式圖，第1圖（A)爲，於表 材與裏材間，將熱熔膝樹脂片以三明治方式挾夾進行縫製 之步驟。第1圖（B)爲，前記3種材料經縫製形成之三 層縫製構造，第1園（C)爲，三餍縫製構造部份之截面 圓。 第2圖爲本發明之縫製構造物中縫製部份截面構造之 棋式圖。 -10 - (請先閲讀背面之注意事項再填寫本頁) 訂 線{ 經濟部中央樣準局員工消費合作社印製 31C302 五、發明説明（8 ) 第3圖（A)及第3圓（B)，爲具體顯示鞋類加工 性形之本發明實施態樣圓。第3圚（A)爲鞋之外觀，第 3圖（B )爲形成縫製構造物前之裹材的表面。 第4圖（A)至第4圖（C)，爲以高周波加熱裝置 作爲本發明縫製構造物的加熱加工裝置之概念圚。 第5圚爲，本發明之縫製構造物中逋用於鞋面部份力口 熱加工的高周波加熱加工裝置之構造圖，特別是加熱器具 配置方式的截面圖。 第6圖爲，第5圖之高周波加熱加工裝置主要部份配 置方式的斜視圚。 第7圖爲，第6圖之加工裝置棋具裝載有鞋材之預縫 製構造物，並對該預構造物施加高周波電壓之斜視圖。 實施發明之最佳形態 ’ 以下將就本發明之防漏水性縫製構造物及其形成方法 與形成時使用之裝置參照園式作一詳述。 第2圖爲本發明之縫製構造物中縫製部份之縱截面構 造圚。縫製構造物（A1 )係包含，表材（2 )與裏材（ 3 )及其間热熔膠樹脂膜層（6 )之稹層構造物，此稹餍 構造係由縫線（5) ，（5 >)以縫合方式固定。由熱熔 膠樹脂腆層（6 )所構成樹脂之部份可將縫線孔（7 )之 斷面阻塞，又可將縫線包埋、充塡，使包..含縫製構造物全 镫的縫線孔及與裏材重叠部份可阻断雨水等水份的流入， 而賦予構造物縫製部份具優異的防灞水機能。第2圖爲一 本紙張尺度通用中國國家揉準（CNS ) A4規格（210X297公嫠） (請先閲讀背面之注意事項再填寫本頁) 訂 經濟部中夬橾準局貝工消費合作社印製 本紙張尺度適用中國國家標準（CNS )六4規<格（210X297公釐） A7 B7 五、發明説明（9 ) 般縫製形式之縫線孔，其他特殊縫製方式，例如2針縫製 法，交叉縫製法，斜式縫製法或環狀縫製法等2重環狀嫌 製法，偏平縫製法，複合縫製孔等縫製孔形式亦可得到相 同效果。 本發明之縫製構造物可以各種二次製品形態使用。例 如，表材爲皮革、布帛所構成之本發明縫製構造物皆可形 成縫製部份具髙度防漏水機能之鞋類、滑礬提袋、帽子、 帳蓬等物品。 本發明之縫製構造物中，休閒鞋之加工例如第3圖所 示。近年來的休閒鞋多以複數鞋面片材經縫製而得，以裝 飾片構成部份鞋面、裝飾片之縫線浮現於鞋面等製品皆爲 流行之樣式。第3圖（A)顯示，以皮革爲裝飾片（As )、（Bs)及（Cs)作爲鞋面之部份表材，經縫線（ 7)與裹材縫合後，以高周波加熱加工而製得本發明縫屬 構造物之休閒鞋的外觀縫製梅造。第3圖（A)所示休閒 鞋中，裝飾片（As) 、（Bs)及（Cs)，係以鞋之 第3圖（B )所示襯裏材料的裹材（3 )部份的面（Ab )、（Bb)及（Cb)挾夾熱熔膠樹脂片膠帶依一定縫 線孔（7 )縫合之預縫製構造物，經後述高周波加熱處理 以一定形狀成形時，熱熔膠樹脂膜會沿縫製線形成而賦予 縫製部份防漏水的機能。此例中，熱熔膠樹脂片的膠帶配 合裝飾片之縫製線，以宽1Omm至15mm切斷之膠帶 夾於裝飾片間再予以縫製。縫線孔（7)，例如一般縫製 形式之縫線孔（縫針3. 5針/cm)係於各裝飾片邊緣 -12 · (請先閲讀背面之注意事項再填寫本頁)The size of the paper printed by the Staff Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs is applicable to the Chinese national standard (CNS) A4 specification (2I0X297 mm) A7 ___B7 5. Description of the invention (7) The film concentrates heat generation, especially to prevent sewing thread irregularities The high-frequency voltage is applied unevenly, which promotes the formation of molten hot-melt adhesive resin film and promotes the infiltration of molten flow to fill the pinholes. When the sewing structure of the present invention is a three-dimensional structure-processed product such as footwear, the method of heating the pre-sewn layer structure according to a certain fixed-bonnet shape in the step (b) above is preferable. For example, when the pre-stitched layer structure is made into footwear, it must be a conductive piece with a curved seam surface equivalent to curved surfaces such as uppers, heels, etc. The pre-sewn structure is kept in a closed state between the pressure plates, so that the pre-mold and the conductive platen can generate a selective heat-melting state of the hot melt resin sheet in the middle with a high frequency voltage. In this way, the sewing holes of the curved surface area of the pre-sewn structure are uniformly applied by the high-frequency voltage, and a three-dimensional sewing structure with a certain water-proof sewing structure can be surely formed. 1 (A) to 131 (C), is a schematic diagram of the method of forming the sewing part in the sewing structure of the present invention, 1 (A) is, between the surface material and the inner material, the hot-melt knee resin The process of sewing the slices in sandwiches. Figure 1 (B) is the three-layer sewing structure formed by sewing the three materials mentioned above, and the first circle (C) is the section circle of the three-piece sewing structure. Fig. 2 is a chess diagram of a partial cross-sectional structure of a sewing structure of the present invention. -10-(please read the precautions on the back before filling in this page) Order line {31C302 printed by the Employee Consumer Cooperative of the Central Prototype Bureau of the Ministry of Economic Affairs V. Description of invention (8) Figure 3 (A) and circle 3 (B ), Which is an embodiment of the invention that specifically shows the processability of footwear. The third image (A) is the appearance of the shoe, and the third image (B) is the surface of the wrapping material before the sewing structure is formed. Fig. 4 (A) to Fig. 4 (C) are conceptual diagrams using a high-frequency heating device as the heat processing device of the sewing structure of the present invention. The fifth aspect is a structural view of a high-frequency heat processing apparatus used for thermal processing of a shoe upper portion in a sewing structure of the present invention, particularly a cross-sectional view of an arrangement of a heating device. Figure 6 is an oblique view of the main part of the high-frequency heat processing device of Figure 5 arranged. Fig. 7 is a perspective view of the pre-stitched structure in which the processing tool of Fig. 6 is loaded with shoe materials, and a high-frequency voltage is applied to the pre-structure. BEST MODE FOR CARRYING OUT THE INVENTION The following will describe in detail the water-proof water-proof sewing structure of the present invention, its forming method, and the apparatus used in forming it with reference to the garden. Fig. 2 is a longitudinal cross-sectional structure of a sewing part in the sewing structure of the present invention. The sewn structure (A1) is composed of the surface layer (2) and the inner layer (3) and the interlayer hot-melt adhesive resin film layer (6) between the hull structure, the hull structure consists of the suture (5), ( 5 >) fixed by suture. The part of the resin formed by the hot-melt adhesive resin layer (6) can block the cross section of the suture hole (7), and can also embed and fill the suture, so that the package contains the full stirrup of the sewing structure. The suture hole and the overlapping part with the lining can block the inflow of rainwater and other water, and give the structure sewing part with excellent water resistance. The second picture is a paper standard universal Chinese national standard (CNS) A4 specification (210X297 public daughter) (please read the precautions on the back and then fill out this page). Printed by the Ministry of Economic Affairs of the Ministry of Economic Affairs. Printed by Beigong Consumer Cooperative This paper scale is applicable to China National Standard (CNS) Six 4 gauges (210X297mm) A7 B7 V. Description of invention (9) General sewing form of sewing thread hole, other special sewing methods, such as 2-needle sewing method, cross The same effect can also be obtained with the sewing method such as the double-loop sewing method such as the sewing method, the oblique sewing method or the loop sewing method, the flat sewing method, and the compound sewing hole. The sewing structure of the present invention can be used in various secondary product forms. For example, the sewing structure of the present invention composed of leather and cloth can be formed into high-quality water-proof footwear, alum bags, hats, tents and other articles. In the sewing structure of the present invention, the processing of casual shoes is shown in Fig. 3, for example. In recent years, casual shoes are mostly obtained by sewing a plurality of vamp sheets, and the seams of the vamps and decorative sheets formed by the decorative pieces appear on the vamp and other products are all popular styles. Figure 3 (A) shows that the leather is used as the decorative pieces (As), (Bs) and (Cs) as part of the surface material of the upper. After stitching with the stitching (7) and the wrapping material, it is processed by high frequency heating. The appearance of the casual shoes obtained by sewing the structure of the present invention is sewn in plum. In the casual shoes shown in Figure 3 (A), the decorative pieces (As), (Bs) and (Cs) are the surface of the wrapping material (3) part of the lining material shown in Figure 3 (B) of the shoe (Ab), (Bb) and (Cb) hot-melt adhesive resin film with hot-melt adhesive resin sheet adhesive tape pre-stitched structure stitched according to a certain seam hole (7), when it is formed into a certain shape by high-frequency heat treatment described later, the hot-melt adhesive resin film It will be formed along the sewing line to give the sewing part the function of preventing water leakage. In this example, the tape of the hot-melt adhesive resin sheet is matched with the sewing line of the decorative sheet, and the tape cut with a width of 10 mm to 15 mm is sandwiched between the decorative sheets and then sewn. Suture hole (7), for example, the sewing hole of the general sewing form (sewing needle 3.5 needles / cm) is attached to the edge of each decorative sheet -12 · (please read the precautions on the back before filling this page)
經濟部中央揉準局負工消費合作社印製 A 7 B7 五、發明説明（10) 1. 5mm到3 2. Omm內側及2mm至5 0mm內個1 以2針縫製法縫合。 本發明之縫製構造，係由前記縫製構造物（1 )之預 縫製構造物之製作步驟配合預縫製構造物之高周波加熱加 工步驟而製得。 預縫製構造物（A1 )，如第1圖（A)及第1圇（ B)所示般，將表材（2 )與裏材（3 )間挾夾熱熔膠樹 脂片（6 a )經重叠後，以一定縫製孔線縫合製成縫製層 合構造。 預縫製構造物（A1)中，熱熔膠樹脂片（6a)， 如第1圖所示般，以三明治狀沿縫製孔線固定於表材（2 )與裹材（3 )間。製造預縫製構造物（A1 )時，縫製 孔線之縫製位置可依縫製對象物之加工製品的態樣而可隨 意改變。第1圖（B)爲表材與裹材間，以7i，72，’ 73 3條縫製孔線縫合而成預縫製構造物之例。第1圇（ C )爲預縫製構造物（A 1 )縫製部份之截面圖，縫合表 材及裏材之縫製孔線係挾夾熱熔膠樹脂片而形成。因此， 可塑性樹脂片於其面內可含有縫製孔線，或沿縫製孔線設 定带狀榭脂片爲佳。熱熔膠樹脂片並不需設置於縫製線以 外的位置。 其次，將依以上步驟製得之預縫製構造物，裝入高周 波加熱加工裝置之棋具與壓板間，依厚度方向進行壓合並 通以高周波m流，施加可使熱熔膠樹脂片熔融、流動之高 周波電μ，使樹脂片流動，並於表材與裹材間形成前記熱 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） (請先閲讀背面之注意事項再填寫本頁) 訂 13 Α7 Β7 310302_ 五、發明説明（n) 熔膠樹脂之皮膜靨，使部份樹脂於縫線上形成並滲入、充 填各針孔，而形成防漏水縫製構造。 高周波加熱可利用常用的加热裝匿例如高周波熔接裝 置。高周波電壓之施加，即以接觸面加熱方式爲準條件下 ，使預縫製構造物之熱熔膠樹脂片熔融、流動。預縫製構 造物之高周波加熱系統可參照第4圚（Α)〜第4圚（C )之概略圖予以說明，其爲一種具有沿預縫製構造物（ Α1 )表材面所形成之型面，乃由導電性模具（1 0 )及 其型面上預縫製構造物另一側之可均匀壓合至支撑固定的 上部導導性棋具（以下稱導電性壓板）（11)所構成之 壓合加熱裝置，與連結高周波m流產生裝置（1 3 )及壓 合加熱型裝置之通電電耩（12)所形成之髙周波加熱裝 置。而將預縫製構造物（A 1 )置於導電性模具（1 0 ) 與上部導電性棋具（1 1 )間，保持均勻之壓合狀態/使 預縫製構造物（A1 )內僅熱熔膠樹脂片（6 a )熔融， 流動的《壓施加方式係極重要的。預縫製構造物之固定方 式，其表裹面係如第4圖所示，受導《性模具（1 0 )與 上部導電性模具（1 1 )緊密的挾夾（如箭頭所示）。此 時，縫製構造物可爲平面加工製品（第4圚（A)之平面 模具加熱方式），或使用第4圖（B) 、 （C)曲面模具 進行曲面加工而製得立體加工製品。爲使壓合狀態保持固 定，可於導電性模具（1 〇 )或上部導電性模具（1 1 ) 上裝置可拆式彈性壓合片（1 5 )，爲對預縫製構造物保 持一定的電壓施加，對一定的層數必須選擇性地使用使其 -14 - (請先閲讀背面之注意事項再填寫本頁) 訂 經濟部中央梂準局貝工消費合作社印製 本紙張尺度逋用中國國家梂準（CNS ) A4规格（210X297公釐） 經濟部中央搮準局貞工消費合作社印装 本紙張尺度適用中國國家標準（CNS ) A4规格（210X297公釐） A7 _B7 五、發明説明（12) 產生逋當熱度。 高周波加热加工裝置設計上必須特別留意的爲，導電 性模具（1 〇 )及上部導電性棋具（1 1 )之預縫製構造 物的固定面形狀。即，導電性棋具（10)，上部導電性 模具（1 1 )之預縫製構造物之固定面必須配合預縫製構 造物的目的製品外型，特別是沿外表所具有的固定形狀。 預縫製構造物的目的製品爲立嫌構造物，例如爲靴子 時，預縫製構造物必須對鞋面部份，鞋踵周邊之成形形狀 ，配合靴子外表之鞋面，鞋踵各部份之曲面所設計的形狀 予以固定後再進行高周波加熱。故，如第4圖（A)，第 4圚（B)或第4圖（C)所示般，導電性模具（1 〇 ) 及上部導«性模具（1 1 )的形狀，必須配合目的製品的 形狀設計各種平面、曲面等可固定支揮預縫製構造物形狀 之模具。 ， 以下，請參考第5圚，第6圓及第7圖，對本發明縫 製構造物所加工製造爲立《形狀製品之加熱裝置構造作一 說明。第5圖〜第7圖係對鞋之立體的狀製品，特別是對 預縫製構造物安裝至鞋底前之鞋面、後踵、鞋頭、前革部 份等鞋面部材作預縫製構造物的高周波加熱加工裝fi。第 5圖所示爲，高周波加熱加工裝置係由套有預縫製構造物 (A1 )之導電性模具（1 0 )與，壓合該套有預縫製構 造物（A 1 )縫製部的導電性棋具之導氰性壓板（1 1 a )、(lib)及（11c)與，移動該導電性壓板之手 動控制器（14a) ' (14b)及（14c)與，置於 -15 - (請先閲讀背面之注意事項再填寫本頁) 訂 經濟部中央揉準局貝工消費合作社印製 本紙張尺度適用中國國家標率（CNS ) A4规格（210X297公釐） A7 B7 五、發明説明（13) 上記導電性模具與導電性壓板間之，使預縫製構造物受導 «性懕板挾夾而與預縫製構造物（A 1 )接觸之彈性壓合 片（1 5 )與，金屬板（1 6 )與，對上記導爾:性模具及 導電性壓板施加高周波氰壓而使預縫製構造物（A 1 )之 熱熔融性樹脂片熔融之高周波產生裝置（13)所構成。 又，導電性模具等一般係如後述第7圖所載般，介著鐵氟 龍、杜拉隆等絕緣髏置於基座上。 導電性棋具（1 0 )之材料，只要可通電者則無特別 限定，鋁製品以具輕量，優良加工性及耐久性等優點而較 常使用。其形狀可依預縫製構造物（A 1 )之種類而逋當 選擇。具镫而言，以加工成曲面形狀的預縫製構造物縫製 部份可與棋具相接之形狀者爲佳。導《性楔具（1 0 )之 大小可依預縫製構造物之形狀、大小而決定。例如，預縫 製構造物加工爲鞋時，可使用長2 0〜4 0 cm，宽3'〜 1 0 cm，高1 0〜3 0 cm左右的棋具。 導電性壓板（1 1 )之形狀，可依預縫製構造物（ A1 )形態作逋當選擇。以U字型或環型等形狀可由預縫 製構造物（A 1 )外園加壓將預縫製構造物縫製部份壓合 之形狀爲佳。具«而言，爲使具有曲面之預縫製構造物（ .A 1 )全部在施加—次高周波電壓即可使預縫製構造物內 的熱熔融性樹脂片（6a)熔融之前提下，預縫製構造物 周函以至少受三面挾夾者爲佳。又導電性壓板（11)的 大小只要可由預縫製構造物外圓將縫製部份挾夾者即可。 預縫製構造物（A 1 )爲鞋子之圖5例中，導電性棋 -16 - (請先閲讀背面之注意事項再填寫本頁) -^.. 訂 經濟部中央樣準局貝工消費合作社印製 A7 _B7_五、發明説明（14) 具1 0之外側三面配置有3個以U字型杆狀可水平移動之 導電性壓板（11a) 、（lib) 、（11c)，以全 長5 0〜8 0 cm，寬3〜5 cm，高5〜1 5 cm左右 者爲佳。導電性壓板之材料只要具導氰性者皆可，而以使 用與上記導電性棋具（1 0 )相同鋁製品爲佳。 導《性壓板（11a) 、（lib) 、（11c)挾 夾預縫製構造物（A 1 )的方法，與導電性壓板各別配置 手動裝置（14a) 、（14b) 、（14c)壓合預縫 製構造物之方法一樣爲一般方法。但，就操作上而言，可 以附有空氣壓縮機之氣壓器使導電性壓板各別自動施加壓 力。挾夾預縫製構造物（A 1 )的壓力依種類不同而有所 不同，鞋類一般以1. 0〜4. Okg/cm2範圍爲佳。 彈性壓合片（1 5 )可配置於導電性模具（1 0 )與 預縫製構造物間，或預縫製梅造物與導《性壓板（1 l'a )、（1 1 b ) 、 （ 1 1 c )間。 預縫製構造物（A1 )套於導電性模具（1 0 )上， 其上或下設有彈性壓合片（15)。彈性應合片（15) 受導電性壓板（11a) 、（lib)及（llc)M合 ，可使預縫製構造物（A 1 )之曲面及凹凸被吸收而與預 縫合構造物面產生密著。 弹性懕合片（1 5 )之材料只要可在施加高周波電懕 時不致熔融之絕緣髗即可，以介電常數爲3. 2〜4. 7 ，介電功率常數爲〇. 002〜0. 02，介電常數與介 電功率常數之積爲0. 006〜0. 09之彈性樹脂片爲 本紙浪尺度遑用中國國家標準（CNS ) A4規格（210X297公釐) (請先閲讀背面之注意事項再填寫本頁) 訂 -17 - 3X0302 經濟部中央樣準局貝工消費合作社印製 五、發明説明 ( 15) 佳 0 此 彈 性 樹 脂 片 例 如 > 矽 橡 膠 、 聚 尿 焼 等 絕 緣 性 橡 膠 片 9 或 發 泡 合 成 tt*rf 樹 脂 片 等 0 其 中 以 具 腰 身 9 受 壓 板 按 壓 時 厚 度 變 化 率 m 2 kg/ C m 2荷重下4 / ί 5 - ^ : L / L )的範園 9 甚 至 3 / 5 1 / 5 的 範 園 之 具 儍 良 壓 縮 回 復 性 的 矽 樹 脂 片 爲 最 佳 0 彈 性 壓 合 片 之 大 小 以 配 合 導 電 性 棋 具 1 之 大 小 爲 佳 其 厚 度就使 熱 熔 膠 樹 脂 片 ( 6 a ) 均 匀 熔 融 下 9 以 3 5 m m 之 範 _ 佳 0 金 屬 板 ( 1 6 ) 於 套 有 預 縫 製 構 造 物 的 導 電 性 棋 具 ( 1 0 ) 與 導 電 性 壓 板 ( 1 1 a ) ( 1 1 b ) 、 ( 1 1 C ) 間 9 彈 性 壓 合 片 ( 1 5 ) 以 密 接 預 縫 製 構 造 物 面 方 式 設 置 0 預 縫 製 構 造 物 套 於 導 電 性 棋 具 ( 1 0 ) 上 9 其 外 園 與 弾 性 壓 合 片 ( 1 5 ) 接 觸 0 彈 性 壓 合 片 係 受 導 電 性 壓 板 壓 合 > 在 吸 收 預 縫 製構 造 物 之 曲 面 及 凹 凸 下 與 其 密 著 0 又'與 彈 性 壓 合 片 ( 1 5 ) 接 觸 之 金 屬 板 ( 1 6 ) 亦 具 有 柔 軟 性 9 可 與 吸 收 預 縫 製構造 物 之 曲 面 及 凹 凸 的 上 記 彈 性 壓 合 片 密 著 0 另 一 方 面 9 金 屬 板 ( 1 6 ) 因 與 導 m 性 壓 板 ( 1 1 a ) ( 1 1 b ) 及 ( 1 1 C ) 接 觸 而 受 有高 周 波 產 生 裝 s ( 1 3 ) 之 m 流 而 將 預 縫 製 構 造 物 加 熱 9 既 使 該 金 靥 板 ( 1 6 ) 未 能 與 導 性 壓 板 ( 1 1 a ) ( 1 1 b ) ( 1 1 C ) 完 全 密 合 而 僅 有部 份 接 觸 時 對 金 屬 板 ( 1 6 ) 施 加 均 匀 的 髙 周 波 壓 時 可 經 由 該 金 屬 板 ( 1 6 ) 及 弾 性 壓 合 片 ( 1 5 ) 使 與 其 密 合 之 預 縫 製 構 造 物 內 熱 熔 膝 1-Λ.Ι 樹 脂 片 ( 6 a ) 均 勻 熔 融 0 即 9 金 屬 板 ( 1 6 ) 與 導 本紙張尺度適用中國國家梯準（CNS ) A4規格（210X297公釐） -18 - 經濟部中央揲準局員工消費合作社印策 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） A7 _B7_ 五、發明説明（16) «性壓板無全面密合之必要，通常金屬板與導電性壓板（ 11a) 、（lib) 、（11c)間部份接觸即可。 金屬板（1 6 )之材料，只要可導電者並無特別限制 。就曲面之«曲性，導《均勻性而言以銅板、磷育銅板等 爲佳。又其大小以配合導電性壓板之大小爲佳。就金屬板 (1 6 )之厚度、柔軟性而首，以1〜3mm範園者爲佳 〇 又，彈性壓合片（15)，具有作爲上述具曲面或凹 凸的預縫製構造物（A 1 )及金屬板（《極）之緩衝材料 的功用，可受導電性壓板壓合而吸收預縫製構造物（A 1 )之曲面或凹凸，將熱均匀傅導於預縫製構造物（A 1 ) 之縫製部份，而可使熱熔膠樹脂片（6 a〉均匀溶融防止 熔融不均現象的產生。 第6圖爲，參照第5圖所載之前述高周波加熱裝置溆 視圔。第7圖爲使第6圓更加明確之套有鞋材預縫製構造 物（A1 )的導電性模具（1 0 )，其兩側經由彈性壓合 片（1 5 )，於壓合下受高周波電壓施加於前記預縫製構 造物之狀態。 又，第6圖及第7圚中，基板（1 7 )介由圚中示顯 示之鐵氟龍、杜拉隆等絕緣板設置導電性棋具（1 0 )， 導《性壓板（11a) 、（lib)及（11c)等之載 置台。 本發明方法所使用之高周波加熱加壓裝置可使用常用 的裝置。例如精氰含電子工業社製高周波熔接裝置等。 -19 - (請先閲讀背面之注意事項再填寫本頁} 訂 線 「丨. A 7 B7 經濟部中央標準局員工消资合作社印製 五、發明说明（17) 導電棋具與上部導電棋具或導電性壓板受高周波m壓 施加而對預縫製構造物施加髙周波電場時，導《棋具側爲 出力側（正極），導電性壓板側爲入力側（負極）而施加 3〜5KW的電壓。爲使預縫製構造物（A1 )中熱熔膠 榭脂片（6 a )能充分熔融結合，依縫製面稹雖有不同， 一般爲0. 4〜0. 9A，較佳爲0. 7〜0. 8A的電 流3〜1 8秒，較佳爲5〜1 5秒之通電狀態。 實施例 以下將本發明以實施例與比較例進行說明。實施例與 比較例中所用的縫製構造物等的評估方法，係依以下記載 方法爲準進行測定。 (1 )耐水壓性測定 J I S - L — 1 0 9 2之耐水壓試驗法（靜水壓法’） 0 (2 )防水性測定 J I S - L - 之防水性試驗（喷涵法）。 實施例1 將經氟防水處理之牛皮革（耐水壓1 0 0 〇mm H2〇防水度9 0點）表材與，由耐龍6 6之1 0 0%嫌 物（嫌法：斜織、線：經緯線420d/70fx2 ，撚 數1 3 0Τ/Μ，密度經5 0絲/英寸，緯4 0絲/英寸 )以氟防水處理所得表側基布，裹側由聚尿烷系樹脂皮膜 (請先閲讀背面之注意事項再填寫本頁) 訂 本紙張尺度適用中國國家揲準（CNS ) A4规格（210X297公釐） -20 - 31C302 B7 經濟部中央樣準局員工消費合作社印製 五、發明説明 ( 18) ( 厚 5 0 微 米 ) > 聚 尿 焼 海綿 ( 厚 5 m m ) 及 耐 龍 6 ( 5 0 重 置 % ) 與 耐 龍 6 6 ( 5 0 重 置 % ) 所 構 成 之 1 2 0 8 / ΓΏ 2的斯坦彭多 (旭化成工業社製 ，商品名瑪利多） 順 接 而 成 之 屠 防 水布 ( 耐 水 壓 4 0 0 0 m m Η 2〇 ，防 水 度 8 5 點 ) m 裹 材 9 將 此 二 者 以 製 作 防 水 鞋 材 方 式 依 一 定 形 狀 進 行剪 裁 0 其 次 於 牛 皮 革 鞋 材 ( 表 材 ) 裁 片 下 與 防 水 布 ( 裏 材 ) 裁 片 重 叠 縫 製 前 9 沿 牛 皮 革 鞋 材 ( 表 材 ) 裁 片 另 層 合 防 水 布 ( 裹 材 ) 裁 片 間 之 縫 製 線 9 夾 入 聚 醯 胺 系 熱 熔 膠 lU-t. 樹 脂 膝 •Mtb W • ( 代 謝 稱 化 學 工 采 社 製 9 代 爾 密 斯 伴 ( 商 槲 ) 9 3 0 0 S / m 2 ) 以縫紉機 (縫針并2 0 縫線 井 8 ( 聚 酯 絲 系 ) > 縫 距 3 5 針 / C m ) 縫 製 0 此 聚 醯 胺 系 熱 熔 膠 樹 脂 帶 於 施 加 屬 波 數 1 X 1 0 6H Z /溫度 2 0 °C 時 之 介 電 常 數 4 3 f 介 « 功 率 常 數 爲 0 * 0 9 9 融 點 爲 1 0 0 °c 0 - 其 次 將 已 縫 製 之 鞋 面 部 材 ( 預 縫 製構 造 物 片 ) 以 側 面 部 份 ( 左 右 ) f 鞋 頭 部 份 9 鞋踵 部 份 套 入 專 用 的 導 電 性模 具 > 以 高 周 波 焊 機 ( 精 電 舍 « 子 工 業 社 製 ) 之 周 波 數 4 0 Μ Η Z > 導 電 時 間 1 2 秒 > 陽 極 m 流 0 * 7 0 A 的 電 流 方 式 導 電 9 使 預 縫.製 物 之 鞋 面 部 材 中 的 聚 醯 胺 熱 熔 膠 樹 脂 膠 带 熔 融 y 進 而 接 合繅 製 部 份 〇 其 結 果 9 經 氟 系 防 水 處 理 之 牛 皮 革 材 及 裏 材 之 層 合 防 水 布 未 有 任 何 變 化 > 聚 醯 胺 系 熱 熔 膠 樹 脂 膠 帶 可 充 份 且 均 勻 熔 融 9 部 份 樹 脂 如 第 2 圖 所 示 般 可 將 縫 製 線 之 縫 針 孔 斷 面 阻 塞 9 並 將 縫 線 包 埋 充 塡 * 使 表 裏 材 密 著 f 因 而 製 得 可 本紙張尺度適用中國躅家標準（CNS ) A4規格（210X 297公釐） -21 - 經濟部中央樣準局貝工消费合作社印敢 A7 B7五、發明説明（19) 阻斷縫針孔與表裹材間雨水等水的流動之具柔軟維製部之 鞋材。鞋材縫製部份的耐水壓爲2 3 0 OmmHzO。 實施例2 將經氟系防水處理之牛皮革製銀面型式防水鞋材（耐 水壓2 0 0 OmmH2〇，防水度9 5點）依一定形狀裁 剪。其次除將牛皮革裁片重叠縫製外，其他皆依實施例1 之方法進行接合。 其結果，牛皮革部份未有任何變化而聚醴胺系熱熔膠 樹脂膠帶充份且均勻地熔融，製得具有柔軟縫製部份的鞋 材。鞋材縫製部份的耐水壓爲2，2 0 OmmH2〇。 比較例1 將依實施例1相同方式製得鞋面部材之預縫製構造'物 ，以熨斗（溫度1 5 0°C，時間2 0秒）加熱壓合使聚醯 胺系熱熔膠樹脂熔融，得防水性鞋縫製品。其結果，具有 部份未充份熔融個所，該部份之縫製部份耐水壓爲2 0 0 m m Η 2 Ο 0 本發明之防漏水性縫製構造物，其縫製部構造之耐水 性因極低而爲優良，縫製部之耐水性並不因受屈曲等外力 而降低。 本發明之防漏水性縫製構造物，置於縫製部中間層的 熱熔膠樹脂片材可受高周波加熱法而熔融，既使對縫製構 造部份進行曲面加工而得之製品，亦具有高度防漏水性之 (請先閲讀背面之注意Ϋ項再填寫本頁) -* - 本紙張尺度適用中國國家揉準（CNS ) Α4规格（210X297公釐） -22 - A7 B7 五、發明説明（20) 縫製部份。 本發明之縫製構造物依上述製備方法，對具有曲面及 多凹凸之立髗形狀物全髗可以一次導電操作方式均匀加熱 ，縫製部份內熱熔膠樹脂片可均勻熔融接合，具操作性優 良，且不會給予防水性布帛任何損傷。 本發明之具優異防漏水性縫製物的立體形狀物之製造 方法及加工裝置，以可賦予曲面縫製部份防水性之目的， 對於各種防水性縫製物，例如，布帛或皮革構成之短简鞋 、長简鞋、休閒鞋、防凍鞋、幡子、帽罩、手提袋、滑雪 提袋、背袋、天然纖維製帳蓬等製品皆逋用。 (請先閲讀背面之注意事項再填寫本頁) 訂 - 經濟部中央樣準局員工消費合作社印裝 本紙張尺度適用中國國家橾準（CNS ) A4规格（210 X 2们公釐） -23 -Printed by the Negative Workers' Consumer Cooperative of the Central Ministry of Economic Affairs A 7 B7 V. Description of the invention (10) 1. 5mm to 3 2. Omm inner side and 2mm to 50mm inside 1 are stitched with 2 stitches. The sewing structure of the present invention is produced by the preparation steps of the pre-sewn structure of the aforementioned sewing structure (1) and the high-frequency heating processing step of the pre-sewn structure. The pre-sewn structure (A1), as shown in Fig. 1 (A) and 1st wall (B), sandwiches the hot-melt adhesive resin sheet (6 a) between the surface material (2) and the inner material (3) After being overlapped, it is stitched with a certain sewing hole to make a sewn laminated structure. In the pre-sewn structure (A1), the hot-melt adhesive resin sheet (6a) is fixed between the surface material (2) and the wrapping material (3) in a sandwich shape along the sewing hole line as shown in FIG. When manufacturing a pre-sewn structure (A1), the sewing position of the sewing hole thread can be changed arbitrarily according to the appearance of the product to be sewn. Figure 1 (B) is an example of a pre-sewn structure made by stitching 7i, 72, and 73 stitches between the surface material and the wrapping material. The first wall (C) is a cross-sectional view of the sewn part of the pre-sewn structure (A 1), and the sewing holes of the surface material and the inner material are formed by sandwiching the hot-melt adhesive resin sheet. Therefore, the plastic resin sheet may contain a sewing hole line in its surface, or it is preferable to set a strip-shaped resin sheet along the sewing hole line. The hot-melt adhesive resin sheet does not need to be placed outside the sewing line. Next, put the pre-sewn structure made in the above steps between the chess set and the pressure plate of the high-frequency heating processing device, and press and pass in the thickness direction to pass the high-frequency m flow, and apply the material that can melt and flow the hot melt adhesive resin sheet. High-frequency electric μ makes the resin sheet flow and forms a pre-recorded heat between the surface material and the wrapping material. The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm) (please read the precautions on the back before filling this page) Order 13 Α7 Β7 310302_ V. Description of the invention (n) Melt resin coating film, so that part of the resin is formed on the suture and penetrates and fills each pinhole to form a water-proof sewing structure. For high-frequency heating, conventional heating devices such as high-frequency welding devices can be used. The application of high-frequency voltage means that the hot-melt adhesive resin sheet of the pre-sewn structure is melted and flowed under the condition that the contact surface is heated. The high-frequency heating system of the pre-sewn structure can be explained with reference to the schematic diagrams of the 4th (A) ~ 4th (C), which is a profile formed along the surface of the surface of the pre-sewn structure (Α1), It is composed of the conductive mold (10) and the other side of the pre-sewn structure on the molding surface, which can be uniformly pressed to the upper conductive chess piece (hereinafter referred to as the conductive pressing plate) (11) that can be fixed and supported. The heating device is a high-frequency heating device formed by an energized electric current (12) connecting a high-frequency m-flow generating device (1 3) and a pressure heating type device. The pre-sewn structure (A 1) is placed between the conductive mold (1 0) and the upper conductive chess piece (1 1) to maintain a uniform pressing state / only hot-melt adhesive in the pre-sewn structure (A1) The resin sheet (6a) melts, and the flowing pressure application method is extremely important. For the fixed method of the pre-sewn structure, the surface is shown in Figure 4. The guided mold (1 0) and the upper conductive mold (1 1) are tightly clamped (as indicated by the arrow). At this time, the sewing structure may be a plane-processed product (the 4th (A) plane mold heating method), or a curved surface mold may be processed using the curved mold of Figure 4 (B) and (C) to obtain a three-dimensionally processed product. In order to keep the pressing state fixed, a detachable elastic pressing piece (1 5) can be installed on the conductive mold (1 〇) or the upper conductive mold (1 1) to maintain a certain voltage to the pre-sewn structure Applied, certain layers must be selectively used to make it -14-(please read the precautions on the back before filling out this page). The Ministry of Economic Affairs, Central Bureau of Economics and Management, Beigong Consumer Cooperative printed this paper standard and use the country of China. Standard (CNS) A4 specification (210X297 mm) The paper size of the printed paper of the Zhengong Consumer Cooperative of the Central Bureau of Economic Affairs of the Ministry of Economic Affairs is applicable to the Chinese national standard (CNS) A4 specification (210X297 mm) A7 _B7 5. Description of invention (12) Produces the heat. The design of the high-frequency heat processing device must pay special attention to the shape of the fixed surface of the pre-sewn structure of the conductive mold (10) and the upper conductive chess set (11). That is, the fixed surface of the pre-sewn structure of the conductive chess set (10) and the upper conductive mold (1 1) must match the appearance of the pre-sewn structure, especially the fixed shape along the outer surface. The target product of the pre-sewn structure is a standing structure. For example, in the case of boots, the pre-sewn structure must match the shape of the upper and the heel of the shoe, and match the surface of the boot surface and the curved surface of each part of the shoe. After the designed shape is fixed, high frequency heating is performed. Therefore, as shown in Figure 4 (A), 4th (B) or 4 (C), the shape of the conductive mold (1 〇) and the upper conductive mold (1 1), must match the purpose The shape of the product is designed with a variety of flat surfaces, curved surfaces and other molds that can fix the shape of the pre-sewn structure. In the following, please refer to the 5th circle, the 6th circle and the 7th figure to explain the structure of the heating device of the shaped product manufactured by the sewing structure of the present invention. Figure 5 ~ Figure 7 are the three-dimensional shape of the shoe, especially the pre-sewn structure for the upper surface material such as the upper, back heel, toe, and front leather part before the pre-sewn structure is installed on the sole High-frequency heating processing equipment. Figure 5 shows that the high-frequency heat processing device is composed of a conductive mold (1 0) covered with a pre-sewn structure (A1) and pressed against the conductivity of the sewing portion of the set with a pre-sewn structure (A 1) The cyan-conducting pressure plates (11 a), (lib) and (11c) of the chess set, move the manual controllers (14a) '(14b) and (14c) of the conductive pressure plate, and set to -15-(please Please read the precautions on the back and then fill out this page) The paper size of the paper printed by the Beigong Consumer Cooperative of the Ministry of Economic Affairs of the Central Customs Bureau is applicable to China ’s national standard rate (CNS) A4 specification (210X297 mm) A7 B7 V. Invention description (13 ) Between the conductive mold and the conductive pressing plate, the elastic pressing piece (1 5) and the metal plate (1 5) that make the pre-sewn structure contact with the pre-sewn structure (A 1) by being guided by the conductive clip 16)) A high-frequency generating device (13) is formed by applying a high-frequency cyanogen pressure to the mold and conductive platen to melt the hot-melt resin sheet of the pre-stitched structure (A1). In addition, conductive molds and the like are generally placed on the base through insulating skulls such as Teflon and Duraron as shown in Fig. 7 described later. The material of the conductive chess set (1 0) is not particularly limited as long as it can be electrified. Aluminum products are often used because of their light weight, excellent workability and durability. The shape can be selected according to the type of pre-sewn structure (A 1). For the stirrup, it is preferable that the shape of the pre-sewn structure processed into a curved surface can be connected to the chess piece. The size of the sex wedge (10) can be determined according to the shape and size of the pre-sewn structure. For example, when the pre-sewn structure is processed into shoes, a chess set with a length of 20 to 40 cm, a width of 3 'to 10 cm, and a height of about 10 to 30 cm can be used. The shape of the conductive pressing plate (1 1) can be selected according to the shape of the pre-sewn structure (A1). The U-shaped or ring-shaped shape may be a shape in which the pre-sewn structure (A 1) is pressurized by the outer circle to press the sewing portion of the pre-sewn structure. In particular, to pre-sewn all the pre-sewn structures (.A 1) with curved surfaces before applying a secondary high-frequency voltage to melt the hot-melt resin sheet (6a) in the pre-sewn structures, pre-sewing The structure of the week letter is best to be pinched by at least three sides. The size of the conductive pressing plate (11) may be any one that can clamp the sewn part by the outer circle of the pre-sewn structure. The pre-sewn structure (A 1) is shown in the example of Figure 5 of the shoes, conductive chess -16-(please read the precautions on the back and then fill out this page)-^ .. Order the Ministry of Economic Affairs Central Bureau of Standardization Beigong Consumer Cooperative Printed A7 _B7_ V. Description of the invention (14) Three conductive plates (11a), (lib), (11c) with horizontally movable U-shaped rods are arranged on the outer three sides of the 10, with a total length of 5 0 ~ 80 cm, 3 ~ 5 cm wide, and 5 ~ 15 cm high are better. The material of the conductive pressing plate can be any one as long as it has cyanide conductivity, and it is better to use the same aluminum product as the above-mentioned conductive chess set (1 0). Guide the method of clamping the pre-sewn structure (A 1) by clamping the pressure plates (11a), (lib), (11c), and separately configure the manual devices (14a), (14b), (14c) with the conductive pressure plate The method of pre-sewing the structure is the same as the general method. However, in terms of operation, an air compressor with an air compressor can be used to automatically apply pressure to each conductive platen. Okg / cm2 range is preferred for the pressure of the pre-sewn structure (A 1) to be clamped, which varies depending on the type. The elastic pressing piece (1 5) can be arranged between the conductive mold (1 0) and the pre-sewn structure, or the pre-sewn plum fabric and the guide plate (1 l'a), (1 1 b), (1 1 c) room. The pre-sewn structure (A1) is sleeved on the conductive mold (10), and an elastic pressing piece (15) is provided on or under it. The elastic joint piece (15) is combined with the conductive pressing plates (11a), (lib) and (llc) M, so that the curved surface and unevenness of the pre-stitched structure (A 1) can be absorbed and the surface of the pre-stitched structure can be dense With. The material of the elastic composite sheet (1 5) can be used as long as it can be insulated without applying melting when applying high-frequency electrical charge, with a dielectric constant of 3.2-24.7, and a dielectric power constant of 0.002 ~ 0. 02, the product of the dielectric constant and the dielectric power constant is 0.006 ~ 0.09. The elastic resin sheet is based on the standard of the paper, and uses the Chinese National Standard (CNS) A4 specification (210X297 mm) (please read the notes on the back first Please fill in this page again) Order -17-3X0302 Printed by the Ministry of Economic Affairs, Central Bureau of Standards, Pui Kung Consumer Cooperative V. Description of the invention (15) Good 0 This elastic resin sheet such as silicone rubber, polyurea and other insulating rubber sheets 9 or foamed synthetic tt * rf resin sheet, etc. 0 Among them, with a waist 9 when the pressure plate is pressed, the thickness change rate m 2 kg / C m 2 under load 4 / ί 5-^: L / L) Fanyuan 9 even 3/5 1/5 of Fan Yuanzhi's silly compression and recovery silicone sheet is the best. The size of the elastic pressing sheet is matched with the size of the conductive chess set 1. Its thickness makes the hot melt adhesive resin sheet (6 a) 9 to 3 5 mm under uniform melting _ Jia 0 metal plate (1 6) with conductive chess set (1 0) and conductive pressing plate (1 1 a) with pre-sewn structure (1 1 b), (1 1 C) 9 elastic pressing pieces (1 5) are arranged in a way of closely adhering pre-stitched structures 0 pre-stitched structures are placed on the conductive chess set (1 0) 9 its outer garden and the elastic pressing pieces (1 5) Contact 0 The elastic pressure-bonding sheet is pressed by the conductive platen > The metal plate which is in contact with the elastic pressure-bonding sheet (1 5) is adhered to the curved surface and the unevenness of the absorption pre-sewn structure 0 1 6) It also has flexibility. 9 It can be adhered to the curved upper surface of the pre-sewn structure and the elastic compression sheet of the concave and convex. 0 On the other hand 9 metal plate (1 6) and the conductive plate (1 1 a) ( 1 1 b) and (1 1 C) are in contact with and subjected to a high-frequency generating m-flow with s (1 3), and the pre-sewn construction Creativity heating 9 Even if the gold plate (16) fails to be completely in close contact with the conductive pressing plate (1 1 a) (1 1 b) (1 1 C) and only partially contacts the metal plate (1 6) ) When applying uniform high-frequency compression, the metal sheet (16) and the elastic compression sheet (15) can be used to make the hot-melt knee 1-Λ.Ι resin sheet (6 a) in the pre-stitched structure that is in close contact with it uniform. Melting 0 to 9 metal plate (16) and guide paper size are applicable to China National Standards (CNS) A4 specification (210X297 mm) -18-Printed by the Ministry of Economic Affairs of the Central Government Bureau of Consumers and Cooperatives This paper size is applicable to China Standard (CNS) A4 specification (210X297mm) A7 _B7_ V. Description of invention (16) «Sexual pressure plate is not necessary for full close contact, usually between metal plate and conductive pressure plate (11a), (lib), (11c) Contact. The material of the metal plate (16) is not particularly limited as long as it can conduct electricity. With regard to the curvature of the curved surface, it is better to use copper plates and phosphor-coated copper plates for uniformity. And its size is better to match the size of the conductive platen. In terms of the thickness and flexibility of the metal plate (16), a range of 1 to 3 mm is preferred. The elastic pressing sheet (15) has the above-mentioned pre-sewn structure (A 1 with curved surface or unevenness) ) And the cushioning material of the metal plate ("pole") can be pressed by the conductive pressing plate to absorb the curved surface or unevenness of the pre-sewn structure (A 1), and the heat can be uniformly conducted to the pre-sewn structure (A 1) The sewing part can make the hot-melt adhesive resin sheet (6 a> melt uniformly to prevent the occurrence of uneven melting. Figure 6 is the reference to the aforementioned high-frequency heating device contained in Figure 5 朆 圔. Figure 7 In order to make the 6th circle more clear, the conductive mold (1 0) with the shoe material pre-stitched structure (A1) is applied to both sides via the elastic pressing piece (1 5), which is subjected to a high-frequency voltage under pressing Pre-sewn the state of the pre-sewn structure. In Figures 6 and 7th, the board (1 7) is provided with conductive chess tools (1 0) through the insulating plates such as Teflon and Duraron shown in the picture. Guidance of the mounting platform of the sexual pressure plates (11a), (lib) and (11c). The high-frequency heating and Commonly used devices can be used for the pressing device. For example, high-frequency welding device manufactured by Jingyan Electronic Industry Co., Ltd. -19-(please read the precautions on the back before filling this page) Order line "丨. A 7 B7 Ministry of Economic Affairs Central Standards Bureau Printed by the Employee Consumer Capital Cooperative V. Description of the invention (17) When the high-frequency m pressure is applied to the conductive chess tool and the upper conductive chess tool or the conductive pressure plate, and the high-frequency electric field is applied to the pre-sewn structure, the guide is on the output side (positive side) , The side of the conductive platen is the input side (negative electrode) and a voltage of 3 to 5 KW is applied. In order to allow the hot-melt adhesive sheet (6 a) in the pre-sewn structure (A1) to be fully melted and bonded, depending on the sewing surface Different, generally 0. 4 ~ 0. 9A, preferably 0. 7 ~ 0. 8A current 3 ~ 1 8 seconds, preferably 5 ~ 1 5 seconds of power-on state. The following embodiments of the present invention will be implemented Examples and comparative examples are described. The evaluation methods of sewing structures and the like used in the examples and comparative examples are measured according to the methods described below. (1) Water pressure resistance measurement JIS-L — 1 0 9 2 Pressure test method (hydrostatic pressure method) 0 (2) Waterproof The water resistance test (spray culvert method) of JIS-L- was measured. Example 1 The surface material of cattle leather (water pressure resistance 100 mm H2〇 water resistance 90 points) subjected to fluorine water repellent treatment was selected from Nylon 6 6 of 1 0 0% of the suspects (method: oblique weave, thread: warp and weft 420d / 70fx2, twist number 1 3 0T / Μ, density warp 50 wire / inch, weft 40 wire / inch) with fluorine waterproof treatment The resulting front side fabric is wrapped with polyurethane resin film (please read the precautions on the back and then fill out this page). The paper size is applicable to China National Standard (CNS) A4 (210X297mm) -20-31C302 B7 Printed by Employee Consumer Cooperative of the Central Bureau of Samples of the Ministry of Economic Affairs V. Description of invention (18) (thickness 50 microns) > polyurea baking sponge (thickness 5 mm) and Nylon 6 (50% reset) and Nylon 6 6 (5 0 reset%) 1 2 0 8 / ΓΏ 2 Stan Pondo (made by Asahi Kasei Industrial Co., Ltd., trade name Marido) is formed into a slaughter tarpaulin (water pressure resistance 4 0 0 0 mm Η 2〇, waterproof degree 8 5 points) m Wrap material 9 Use both to make waterproof shoe material Cut according to a certain shape 0 Secondly under the cowhide leather shoe material (surface material) under the cutting piece and the tarpaulin (lining material) before overlapping sewing of the piece 9 Along the cowhide leather shoe material (surface material) the cutting piece is laminated with the tarpaulin (wrapped) Material) Sewing thread between cut pieces 9 Polyamide-based hot-melt adhesive lU-t. Resin knee • Mtb W • (metabolism called chemical industry mining company made 9 Dalmis (Shang Que) 9 3 0 0 S / m 2) Sewing machine (Sewing needle 2 0 Thread stitch 8 (Polyester thread) > Sewing pitch 3 5 stitches / C m) Sewing 0 This polyamide-based hot-melt resin is applied to apply wave number 1 X 1 0 6H Z / Dielectric constant at temperature 2 0 ° C 4 3 f Dielectric power constant is 0 * 0 9 9 Melting point is 1 0 0 ° c 0-Secondly, sewn shoe face material (pre-sewn) Structure piece) The side part (left and right) f The toe part 9 The shoe heel part is fitted with a dedicated conductive mold > The week of the high frequency welding machine (made by Seiko Electric Co., Ltd.) Wave number 4 0 Μ Η Z > Conduction time 1 2 seconds > Anode m Current 0 * 7 0 A current mode conduction 9 Make pre-sewn. Polyamide hot melt adhesive tape in the shoe upper material y And the reeling part was joined. The result 9 There was no change in the laminated tarps of the bovine leather material and the inner material treated with fluorine-based water-repellent treatment> Polyamide-based hot-melt adhesive resin tape can be fully and evenly melted 9 As shown in Figure 2, some resins can block the cross section of the sewing needle hole of the sewing thread 9 and embed the sewing thread to fill the surface *. CNS) A4 specification (210X 297 mm) -21-Ministry of Economic Affairs, Central Bureau of Standards, Beigong Consumer Cooperatives, Yingan A7 B7 V. Description of the invention (19) Block the flow of rainwater and other water between the needle hole and the surface material Shoe material with soft maintenance. The water resistance of the sewn part of the shoe material is 2 3 0 OmmHzO. Example 2 A silver-faced waterproof shoe material made of cow leather with a fluorine-based waterproof treatment (water pressure resistance 200 OmmH2〇, water resistance 9 5 points) was cut according to a certain shape. Secondly, except that the pieces of cow leather are overlapped and sewn, the other methods are all joined according to the method of Example 1. As a result, there is no change in the bovine leather part, and the polyimide-based hot-melt adhesive resin tape fully and uniformly melts to obtain a shoe material having a soft-sewn part. The water resistance of the sewn part of the shoe material is 2,200 OmmH2〇. Comparative Example 1 The pre-stitched structure of the shoe upper material prepared in the same manner as in Example 1 was heated and pressed with an iron (temperature 150 ° C, time 20 seconds) to melt the polyamide hot melt adhesive resin. , Get waterproof shoe sewing products. As a result, there are some unmelted parts, and the water pressure resistance of the sewn part of the part is 200 mm Η 2 Ο 0. The water-proof water-proof sewing structure of the present invention has a very low water resistance of the sewing part structure. In order to be excellent, the water resistance of the sewing part is not reduced by external forces such as buckling. The water-proof leak-proof sewing structure of the present invention, the hot-melt adhesive resin sheet placed in the middle layer of the sewing portion can be melted by the high-frequency heating method, even if the surface of the sewing structure is processed by the curved surface, it is also highly resistant Water leakage (please read the note Ϋ on the back before filling in this page)-*-This paper size is suitable for China National Standard (CNS) Α4 specifications (210X297mm) -22-A7 B7 5. Invention description (20) Sewing part. According to the above-mentioned preparation method, the sewing structure of the present invention can uniformly heat the entire pedicle with curved surfaces and multi-concavo-convex erected shape in a single conductive operation. And will not give any damage to the waterproof fabric. The manufacturing method and processing device of the three-dimensional shape object with excellent water leakage-proof sewing product of the present invention are for the purpose of imparting waterproofness to curved surface sewing parts. For various waterproof sewing products, for example, short shoes composed of cloth or leather , Long shoes, casual shoes, antifreeze shoes, streamers, hats, handbags, ski bags, backpacks, natural fiber tents and other products are all used. (Please read the precautions on the back and then fill out this page) Order-Printed by the Central Consumer Council of the Ministry of Economic Affairs Employee Consumer Cooperative Printed Paper This standard applies to China National Standard (CNS) A4 (210 X 2mm) -23-