M357456 八、新型說明： 【新型所屬之技術領域】 本創作係闕於一種複合紗結構，主要是由彈性紗及熱 熔紗：成主紗線後，再於其外部以空氣包紗方式包覆尼龍 ，、’藉以控财拉#變形率及增加其複合紗耐溫值，以期 此順利完成編織作業，再經加溫熱溶定型作業，使執溶纱 得以炫融連結編織結構，有效防止勾紗錢線之現^產生 ’據以解決習知結構所存在及衍生之問題與缺失者。 【先前技術】 按’-般模子或貼身衣物所使用的圓筒型布料在織製 上通〶係採用圓編機進行編鐵竹豐，二 、A — 仃、兩躡作業，而因此類圓編機在 進行編織作業的過程中，容易產田θ 勿座玍同，亚，疋以在使用的紗 =即有耐溫值的限制，若紗線的耐溫值過低，在其編織 耘中’即可能發生紗線熔融斷裂的問冑，嚴重影響其 編織的品皙，其5 |、土、杜/- g , ' ,… 無法進仃編織作業，故此類織物的編織 上即不迠選擇具熱溶特性的岭绐 竹1·王旳、V線，也因為如 型的織物結構乃呈經緯分明的編織φ卜…』織成 — 刀β的、，扁織型恶，導致其在穿著時 因碰觸外物而發生勾紗現象，同時在剪裁布邊上 :谷易有脫線的情形產生，i重影響其穿著的壽命 待设法加以解決改善者。 為解決織物發生勾紗及、令 彈性需屯乃右堂本 ⑽線的問碭’同時兼顧布料的 坪氏而來，乃有業者開恭Φ —從 .,.X出種利用彈性紗及熱熔紗揉搀 、、、° &成一體之複合紗，刺 -, 利用掉性紗賦予其布料所需的彈性 ’而利用熱熔紗的融融牲桩^ ㈣特!·生，使其在布料編織成型 M357456 以過加溫定型作業，使其熱融紗得以適度炫融黏結，將 ^穿Γ的4織紋路熔熔成—片’如此—來，將可有效避免 、者時發生勾紗的情形，同時剪裁的布邊亦較不會有脫 線現象’從而可延長其整體的穿著壽命。 =，誠如前所述’若將此種複合紗利用圓編機進行 、、 用在襪子或貼身衣物的圓筒型布料方面，則因其 圓編機作紫μ、 /、 —機作業日守的溫度可能導致複合紗的熱融紗熔融而無法 二編織作業’換言之，即此種複合炒並無法被運用造襪 :::身衣物等圓筒型布料的編織作業，實甚為可惜，相 無法^或貼身衣物等布料可能發生的勾紗及脫線缺失亦 …、、隻侍理想的解決，自有必要再予設法改善者。 型，前述之複合紗因僅是由彈性紗及熱溶紗揉撚成 利用鬥始"的特性將賦予其極大的拉伸變形率’是以在 紗的拉伸變業時，其高速的編織作業加上複合 同時編織後二=易造成編織過程中的段紗問題， 響其整體=成因拉伸過度有產生變形’嚴重影 負 μ有必要一併解決者。 [新型内容】 實施2於前述複合紗運用在圓編機編織作業上所面臨的 年Γ作人特著手進行研究改良，基於其從事二 ，==與技術，進而研創出本創作之複合紗結構 得以、軍田* 、乃在於經由結構之改良設計，使其複合紗 可順利—成：編機的編織作業而無熱炫紗熔融之虞，從而 丨頁利兀成其圓筒型彈性布料之編織作業者。 M357456 , 、<、在於經由結構之改良設計，使复 稷合紗传以承受較高的温度 更八 作業，再經加溫熱炫定型作举1=用圓編機完成編織 本創作之再-目==!用性與穿著實用性者。 複合紗的彈性拉伸變形率可依^ 2龍紗層的包覆，使其 編織字發生斷㈣題，同時可穩定維持其編織品質者。 為達則揭目的，本創作於結構設 紗及熱熔紗組成主紗線後疋由弹性 覆尼龍紗，藉以增加其複4= 氣包紗方式包 順利完成編織作举，再"二孰:以期能利用圓編機 生，從C 有效防正勾紗或脫線之現象產 【實施=】解決習知結構所存在及料之問題與缺失者。 ，作之結構組成、技術手段及功效達成方面 ” -σ圖式再予舉例進一步具體說明於后： 圖，第1圖之結構示意圖及第2圖之結構關係示意 合紗於結構施例’如圖所示’本創作之複 熱溶紗（！;:二 採預定比例之彈性紗（1)與 彈:紗而(I)的外圍，藉彈性紗⑴賦予其具 而為了使：圍的熱炼紗（2)則使其具有加溫熱炫特性， 創作乃得以順利採圓編機（未緣）進行編織作業，本 卜入尼龍紗（3)繞圍於主紗線外圍，並藉紗線空 M357456 仏覆办機（未繪）進行空氣包紗作業， 呈斷續黏結型態包覆於主紗線外層，據以構成=3) 合紗結構，利用尼龍紗（3)的耐高溫特性，使複 複合紗得以較一般之複合紗承受更高的卞之 ，同時因尼龍紗（3)之彈性變形率低，是以：=虞 紗（3)時’得以將主彈性紗（1)及熱溶紗（2)2 成型的主紗線便變形率控制在預定的數值内 = 作業； 使，、侍以適用圓編機的編織 參閱第3、4、5圖之編織示意圖及 =:4Α、5Α圖之編織剖面示意圖，說明本創作之複1 :貫；於不同編織作業所產生之效果，為方便說明，= 乃以較誇張的方式來表示其結合關係，如第3 2 示，係以本創作之複合纱（1〇)推混一般紗線斤 進订編織作業，利用複合紗（1 〇)外圍採空氣包紗以 之尼龍紗（3 )的隔離作用，使熱溶紗（2 )不致為圓 機的作苹溫产旦彡塑 又圓碥 待㈣’令其編織作業得以順利進行， 利用複合二:再對織物實施加溫熱炫定型作業， 而使溫度；二=外層尼龍紗（3)之斷續黏結的間隙 孰炫炒Ο 層的熱溶紗（2)並將之炼融，使 -般-续熔融後得以通過尼龍紗（3)的間隙而與 係採本1)融結成一體；而如第4、“圖所示，、 搭配成 條複合紗（1 Q)與—條—般紗線（2 0) ° ’、且的方式進行編織作業，待其織物編製成型後，再 M357456M357456 VIII. New description: [New technical field] This creation is based on a composite yarn structure, mainly consisting of elastic yarn and hot-melt yarn: after being formed into the main yarn, and then wrapped in air-wrapped outside Nylon, 'by controlling the wealth of the pull # deformation rate and increasing the temperature resistance of its composite yarn, in order to successfully complete the knitting operation, and then heated and melted type work, so that the dissolved yarn can be fused to the woven structure, effectively prevent the hook The yarn money line is produced to solve the problems and defects that exist and derive from the conventional structure. [Prior Art] Cylindrical fabrics used in '--models or close-fitting clothing are woven on the weaving system using a circular knitting machine for braiding, and second, A-仃, two-inch operation, and thus In the process of weaving the knitting machine, it is easy to produce the field θ, and the yarn is used. If the yarn is used, the temperature resistance of the yarn is too low. In the middle of the problem, the problem of yarn melt fracture may occur, which seriously affects the quality of the weaving. Its 5 |, soil, du/-g, ',... cannot enter the weaving operation, so the weaving of such fabrics is not awkward. Choosing the hot-melting characteristics of Lingqiuzhu1·Wangxi and V-line, also because the fabric structure of the type is woven with warp and weft φ...", the knives of the knife, the flat weave, causing it to When wearing, the hooking phenomenon occurs due to touching foreign objects, and at the same time on the edge of the cut cloth: the valley is easy to be off-line, and the weight of the wearer is affected by the life of the wearer. In order to solve the problem that the fabric is hooked and the elastic is needed, the right side of the book (10) is the same as the Ping's of the fabric, and the manufacturer has opened it. Φ — from ., .X, the use of elastic yarn and hot melt Yarn, , , ° & integrated composite yarn, thorn -, using the yarn to give the fabric the required elasticity ', and using the melted yarn of the hot melt yarn ^ (four) special! · Health, make it in the cloth Weaving M357456 is designed to overheat and shape, so that the hot-melt yarn can be properly spliced and fused, and the 4 weaving lines of the Γ Γ 熔 熔 ' ' ' ' 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 如此 ' In this case, the trimmed fabric edge is also less likely to be off-lined, thus extending its overall wearing life. =, as mentioned above, 'If you use this kind of composite yarn with a circular knitting machine and use it in the cylindrical fabric of socks or underwear, it will be purple, /, machine working day for its circular knitting machine. The temperature of the stagnation may cause the hot melt yarn of the composite yarn to melt and cannot be woven. In other words, the compound sauté can not be used for making socks:: The knitting operation of the cylindrical fabric such as body clothing is a pity. The yarns and the off-line that may occur in fabrics such as clothing or clothing are also... and only ideal solutions are needed. Type, the above-mentioned composite yarn is only made of elastic yarn and hot-melt yarn to make it use the characteristics of the beginning of the bucket to give it a great tensile deformation rate, which is a high speed when the yarn is stretched. After the weaving operation plus the compound and the second weaving, it is easy to cause the yarn problem in the weaving process, and the whole body = the cause of the over-extension is deformed, and it is necessary to solve the problem. [New content] Implementation 2 is based on the use of the above-mentioned composite yarn in the knitting operation of the circular knitting machine, and is based on its research, and based on its second, == and technology, and then to create the composite yarn structure of the creation. Yes, Juntian* is based on the improved design of the structure, so that the composite yarn can be smoothly smoothed into: the weaving operation of the knitting machine without the melting of the hot yarn, so that the sheet is made into its cylindrical elastic fabric. Weaving the operator. M357456, , <, is based on the improved design of the structure, so that the composite yarn is transmitted to withstand higher temperatures and eight more operations, and then heated and sleek type 1 = complete the knitting with the circular knitting machine -Mesh ==! Use sex and wear practicality. The elastic tensile deformation rate of the composite yarn can be based on the coating of the 2 2 dragon yarn layer, causing the knitting word to break (4), and at the same time stably maintaining the knitting quality. In order to achieve the goal, the creation of the main yarn is composed of the structural yarn and the hot-melt yarn, and the elastic yarn is covered with nylon yarn, so as to increase the complex 4= air-filled yarn package to successfully complete the weaving, and then: In order to solve the problem of the existence and problems of the conventional structure, it is expected that the circular knitting machine can be used to effectively prevent the positive hook yarn or the off-line from being produced. , the structure of the structure, the technical means and the achievement of the effect" - σ schema and further examples are further specified in the following: Figure, the structural diagram of Figure 1 and the structural relationship of Figure 2 shows the yarn in the structural example The picture shows the 'reheated lytic yarn of this creation (!;: the second ratio of the elastic yarn (1) and the elastic: the outer edge of the yarn (I), which is given by the elastic yarn (1) in order to make: The yarn (2) has the characteristics of warming and heat-shrinking, and the creation is smoothed by the circular knitting machine (not for the knitting). The nylon yarn (3) is wrapped around the main yarn and borrowed yarn. Line air M357456 仏 仏 机 (not shown) for air wrapping, in an intermittently bonded pattern wrapped on the outer layer of the main yarn, according to the composition = 3) yarn structure, using nylon yarn (3) high temperature resistance The characteristics enable the composite yarn to withstand higher entanglement than the conventional composite yarn, and at the same time, because of the low elastic deformation rate of the nylon yarn (3), the main elastic yarn can be obtained by: = crepe (3) And hot melt yarn (2) 2 The main yarn deformation rate is controlled within a predetermined value = work; For the knitting of the circular knitting machine, refer to the knitting diagram of Figures 3, 4 and 5 and the knitting profile of the =:4Α, 5Α drawings, illustrating the complex of the creation: the effect produced by different knitting operations, for the convenience of explanation , = is to express its combination in a more exaggerated way, as shown in the 3rd, the composite yarn (1〇) of this creation is used to push the general yarn to staple the knitting operation, using the composite yarn (1 〇) periphery. The isolation of the nylon yarn (3) by the air-entrained yarn makes the hot-melt yarn (2) not be used for the round machine, and the plastic processing is carried out smoothly. Second: the fabric is subjected to warming and heat-setting work, and the temperature is made; the gap between the two layers of the outer nylon yarn (3) is intermittently bonded, and the hot melt yarn (2) of the layer is smelted and smelted. -Continuously, after melting, it can be integrated with the system by the gap of the nylon yarn (3); and as shown in the fourth, "picture, with a composite yarn (1 Q) and - strip - The general yarn (2 0) ° ', and the way to the knitting operation, after the fabric is molded, then M357456
實施加溫熱熔定型作I a 乍業’令複合紗（1 0 )之熱熔紗（2 )伃以熔融而透過外層尼龍紗（3 ) #間隙而與其搭組的 ^線（2 ◦)、以及另—複合紗（1 0 ')與其搭組的紗 線（2〇 )融結成—體；又如第5、5A圖所示，係完 全採本創作之複合紗（10) (10 1進行編織作羋， 在織物編製成型後，同樣實施加溫熱溶定型作業，使複合 紗（、1 0 )之熱溶紗（2 )得以熔融通過尼龍紗（3)的 間隙而與另1合紗（丄〇 ]相互融結成一體；據此， 丄由上揭說明’可知本創作之複合紗結構，利用彈性紗（ 1 )與熱炼紗（2 )組成之主紗線，配合於其外圍採空氣 包紗方式包覆結合之尼龍紗（3 )所構成的複合紗（1〇 )結構’利用該等尼龍紗（3 適當區隔作用，使i在 以圓編機進行編織作業時，令内層的熱熔紗（2 )不致為 其作業溫度影響而產生熔融之虞，以維持其編織作業的： 利進订，而其編製成型的織物在經過加溫熱熔定型作業後 "、W藉由熱溶# ( 2 )的熱戎取得彼此間之融結效果， "β彳效避免勾、紗或脫線的情形I纟，以維持織物結 的完整性與穿著壽命，賦予更佳之產業利用價值者； 一 J ’請參閱第6圖之結構示意圖及第7圖之結構關係 不思圖’係為本創作之另—較佳實施例，㈣所示， 要是於彈性紗（1 )外層包覆-熱熔紗（2 )而構成：紗 線後，再於其外部採空氣包紗方式包覆尼龍紗（3)，使 :龍=、（3 )僅局部與熱溶紗（2 )黏結而存在有適當間 '、，以構成本創作複合紗之另一較佳實施型態，在利用 M357456 圓編機進行編織作業時，其外層之尼龍紗（3)可形成適 當隔離作用，避免内層熱熔紗（2)^蝙機作業溫度影 響而產生熔融之虞，確保其編織作業的順利進行，而在織 物編製完成後，經適當之加溫熱熔定型作皆 ' 土外茶，使其内層熱 Τ紗（2=融後得透過尼龍紗（3)空 =的間隙=而將編織結構融結成n而可有效避免 勾紗或脫線的情形發生，依此構成本創作複合灿 佳實施型態； D、’/另权 即，經由以上說明，可知本創作之複合紗經由結構之 組成設計’將一般彈性複合紗無法適用於圓編機之結構作 進-步的改良，利用於其外層採空氣包紗方式 紗層的適當隔離，避免圓編機的作業溫度直接傳遞至内声 的熱熔紗而造成溶融現象，同時可控制其複合紗的拉㈣ 形率’令其編織作業可以獲得穩定而順利的進行，解= 知稷合紗無法運用於圓編機作業 #荆始心日、, 职夭且在其織物編製 成孓後’仍传以進行加溫熱熔定型作業，使 熔融後得以透過尼龍紗因空氣 ㈢”、、熔、^在 而a且㈣… "方式所形成的間隙外流 而構相互融結成一體，特能 紗不易勾紗、脫線之特性，從 ^生複口 於實！價值：堪稱為-優異、突出之創新設計者。 练上所述’本創作之複合紗結構，經由組成结構之改 良设計’使其在運用於圓編機的編 性拉伸變形率外，更可避免在編織 ==彈 使其作業得以順利進杆，^ 屋生&融現象， 仃而4製成型的織物在經過加溫熱 M357456 熔疋型作業後’仍可取得其編織結構的相互融結以賦予不 勾紗、不脫線之缺失’使其整體的產業利用性與實用價值 可獲付大幅提昇，誠不失為一優異、突出之創新設計，心 依法申請專利。 【圖式簡單說明】 係本創作較佳實施例之結構示意圖。 係本創作較佳實施例之結構關係示意圖。 較佳編 係本創作較佳實施例實施於編織作業之一 織示意圖。 第3A圖：係本創作較佳實施例實施於編織作業之一較佳会 織剖面示意圖。 第4圖.係本創作較佳實施例實施於編織作業之另一軾土 編織示意圖。 土 第4A圖 第5圖The hot-melt type is used as the heat-fusible yarn (2) of the composite yarn (10), which is melted and passed through the outer nylon yarn (3) # gap to form a ^ line (2 ◦) And the other-composite yarn (1 0 ') is fused with the yarn (2〇) of the lap; as shown in Figures 5 and 5A, the composite yarn is completely created (10) (10 1 After the weaving is performed, after the fabric is formed, the hot-melting type operation is also performed, so that the hot-melt yarn (2) of the composite yarn (10) is melted through the gap of the nylon yarn (3) to be combined with the other one. The yarns (丄〇) are fused together into one body; accordingly, 丄 is described above as 'the composite yarn structure of the present invention, and the main yarn composed of the elastic yarn (1) and the heat-supplemented yarn (2) is fitted to the periphery The composite yarn (1〇) structure composed of the nylon yarn (3) coated with the air-wrapped yarn method utilizes these nylon yarns (3 appropriate partitioning function, so that i is woven in a circular knitting machine, The inner layer of hot-melt yarn (2) does not cause melting of the enthalpy of its operation temperature to maintain its weaving operation: The finished fabric is subjected to the heat-melting heat setting operation, and the heat of the heat-dissolving # ( 2 ) is used to achieve the fusion effect between each other, "β彳 effect avoids hooks, yarns or off-line Case I纟, in order to maintain the integrity and wear life of the fabric knot, to give better industrial use value; a J 'Please refer to the structure diagram of Figure 6 and the structural relationship of Figure 7 is not considered to be the creation of this Further, in the preferred embodiment, (4), if the outer layer of the elastic yarn (1) is coated with the hot-melt yarn (2), the yarn is formed, and then the outer surface of the elastic yarn is coated with a nylon yarn (3). ), let: dragon =, (3) only partially bond with the hot melt yarn (2) and there is a proper space ', to form another preferred embodiment of the present composite yarn, using the M357456 circular knitting machine During the weaving operation, the nylon yarn (3) on the outer layer can form a proper isolation function to avoid the melting of the inner layer of the hot-melt yarn (2), and to ensure the smooth operation of the weaving operation. After completion, the appropriate heat and heat setting will be used as 'extra tea' to make the inner layer of heat Τ ( (2 = through the nylon yarn (3) empty = gap = and the braided structure is fused to n and can effectively avoid the occurrence of hooking or off-line, thus forming a composite composite can be implemented D, '/ another right, through the above description, it can be seen that the composite yarn of the present design is designed to improve the structure of the circular knitting machine by using the structural composition of the structure. The proper isolation of the air-wrapped yarn layer prevents the working temperature of the circular knitting machine from being directly transmitted to the internal heat-melting yarn, thereby causing the melting phenomenon, and at the same time controlling the pulling (four) rate of the composite yarn to make the knitting operation stable. And smoothly, solution = knowing that the yarn can not be used in the circular knitting machine operation #荆始心日,, job, and after the fabric is braided, it is still passed for heating and hot-melting work, so that after melting It is possible to fuse the nylon yarns into one body due to the outflow of the gap formed by the air (3), the melting, the ^, and the a (4)..., and the characteristics of the special yarn are not easy to be hooked or off-line. The truth is true! Value: Can be called - excellent, outstanding innovative designer. Practicing the 'composite yarn structure of this creation, through the improved design of the composition structure', in addition to the braided tensile deformation rate applied to the circular knitting machine, it can avoid the smooth operation of the knitting == bomb Into the rod, ^ housing & melting phenomenon, 仃 and 4 fabrics after the heating M357456 melting type operation can still obtain the mutual fusion of the woven structure to give no hooking, no off-line The lack of 'the whole industry's industrial use and practical value can be greatly increased, and it is an excellent and outstanding innovative design, and the heart applies for patents according to law. BRIEF DESCRIPTION OF THE DRAWINGS A schematic structural view of a preferred embodiment of the present invention is shown. A schematic diagram of the structural relationship of the preferred embodiment of the present invention. Preferably, the preferred embodiment of the present invention is implemented in a schematic view of a weaving operation. Fig. 3A is a schematic cross-sectional view showing a preferred embodiment of the preferred embodiment of the present invention. Fig. 4 is a schematic view showing another embodiment of the present invention for performing a weaving operation. Earth 4A Figure 5
係本創作較佳實施例實施於編織作業之另 編織剖面示意圖。 係本創作較佳實施例實施於編織作業之又 編織示意圖。 第5A圖 係本創作較佳實施例實施於編織作業之又 編織剖面示意圖。 一較佳 較佳實施例之結構示意圖。 較佳實施例之結構關係示意圖 第6圖：係本創作另一 第7圖：係本創作另一 【主要元件符號說明】 (1 )彈性紗 (3 )尼龍紗 (2 )熱熔紗 〇 一）複合紗 (10) ( ! M357456A preferred cross-sectional view of a preferred embodiment of the present invention is implemented in a weaving operation. A preferred embodiment of the present invention is implemented in a weaving operation. Figure 5A is a schematic cross-sectional view of a preferred embodiment of the present invention for performing a weaving operation. A schematic view of the structure of a preferred embodiment. Schematic diagram of the structural relationship of the preferred embodiment Fig. 6: Another seventh picture of the present creation: another creation of the main component symbol description (1) elastic yarn (3) nylon yarn (2) hot melt yarn 〇 )Composite Yarn (10) ( ! M357456