M303213 八、新型說明： 【新型所屬之技術領域】 本創作係有關-種牛仔褲結構，特別係指—種可釋放遠紅外線之牛仔裤。 【先前技術】 按，中華民國專利申請號第9 3 2 〇19 7 0號『具散發負離子與遠紅外 線的健康布面結構』’主要於床單、枕巾等布面表緣塗佈以電氣石鑛物為主之可 釋放負離子及遠紅外_㈣層面，藉該床單_之塗層面槪之遠紅外線， •達到睡眠時之神經放鬆及促進全身錢循環等物理療效。 上述以睡目暖料向設狀具貞離子及遠紅外狀鑛布面，軸可藉由 製成床單、枕巾等達到人體睡眠之物理按摩效用，但人類平均之睡眠為六至八 -個小時，以致具負離子及遠紅外線製成之床單並無法隨人體移動而長時崎人 •體釋放物理按摩效果之遠紅外線缺失； 緣是，本創作人遂思考將習知布料表面披覆有遠紅外線、負離子或光觸媒 等具物理放射療效之技術轉用至牛仔褲上，藉由穿著於身體之牛仔衣、裤創意， •以達長時間之遠紅外線或光觸媒等物理療效。 從而’經本創作人”請號第9 3 2 〇 i 9 7⑽或中請號第9 3 2工丄 5 9 0號『具遠紅外線陶究粉末混合膠之積層結構布』技術導入牛仔布料，卻 發現坊間既有可釋放遠紅外線、負離子或光觸媒之一般布料技術尚失其功效， 原因在於傳統牛仔布料轉印遠紅外線、負離子或光觸媒等塗佈層後，需再施以 強酸、驗之沖洗轉錄化牛仔雜以懈_紐為錄、舒適；但牛仔 布料施於沖洗過程會造成表面印製之遠紅外線、負離子或光觸媒等降低、甚至 喪失既有之物理功效；P4後，本創作人亦思及將遠紅外線、光觸媒或貞離子印 M303213 製於般布料，再車縫於牛仔布面内面，此做法反而造成牛仔布料製成之衣、 褲產生太厚之舒適性不足，以及加工工序複雜、成本昂貴諸多缺失，確實有加 以改善之必要。 職疋，本創作人積極研發一種可結合牛仔布料之具遠紅外線或光觸媒之牛 仔布料’亚讓料仔布料得絲_印之遠紅外線或細媒發揮百分百物理按 摩1·又囷力效終本創作人多次試做終於研發出一種具遠紅外線或光觸媒之牛 仔布料結構，期能嘉會我廣大賴大眾。 • 【新型内容】 本創作主要係提供—種具遠紅外線或細媒之牛仔布料。 本創作為達到上述預期目標所採用之技術手段，主於一般牛仔布料基層施 .以冲洗工序，讓牛仔布料基層軟化後，再施以奈米技術將遠紅外線或光觸媒粉 .末細微化至1 〇 Q奈米以下塗印於牛仔布料表面，藉以形成—可完全發揮遠紅 外線或光觸媒功效之牛仔布料者。 Φ 【實施方式】 本創作乃有關—種具遠紅外線或光觸媒之牛仔布料，為方便及凸顯本創作 牛仔布料之、、、。構特徵’圖式嶋斜仔布料裁切狀牛㈣為結構敘述，但不 僅將本創作之專利範圍侷限於牛仔褲，舉凡利用本創作牛仔布料裁製之牛仔 衣、外套等，皆為本創作精神所函括，合先敛明。 口月配口參”、、第一圖所不，該牛仔布料⑴包括有一牛仔布料基層（2 )， 及打印於牛仔布料基層（2 )表蚊遠紅外線絲觸_塗佈層⑶，該印 刷塗佈層（3 )主要於牛仔布料基層⑵施以強酸、驗沖洗工序，令粗、 6 M303213 硬之牛仔布料基層（2 )軟化成觸感較佳之柔軟狀態後，復將細微化至i 〇 〇 示米以下之遠紅外線陶瓷粉末或光觸媒粉末，以奈米後處理印刷技術成型於牛 仔布料基層（2 )表面，藉以形成一可釋放遠紅外線或光觸媒之牛仔布料（1 )。 上述具釋放遠紅外線或光觸媒之牛仔布料（1 )，則得以任意剪裁成牛仔 衣、牛仔外套或如第一圖或一Α圖所揭之牛仔褲（4)等衣、褲，令使用者穿 著過程得藉印刷塗佈層（3)之遠紅外線達到血液循環促進功效，或利用光觸 媒達到殺菌之穿著衛生功效。 . 且’牛仔布料基層（2 )表蚊遠紅外線或細媒印刷麵j層（3 )，亦得 成型為如第三圖所示之圓點狀，亦得成型出如第四圖所示之_兼梅花造成圖 樣’甚至可塗刷成任何造型圖樣變化，以增加牛仔布料（1)之多樣變化之視 -覺美觀性，除此之外，該印刷塗佈層（3)係採奈米技術細微化至丄〇 〇奈米 .以下之遠紅外線陶瓷或光觸媒粉末，故極其細微之粉末可深入與牛仔布料（1 ) 纖維結合更穩固，令印刷塗佈層（3)之觸感更柔軟細緻，藉以克服穿著時皮 膚與印刷塗佈層（3)接觸產生不舒適摩擦感問題。 _ 最特別的一點，係本創作利用遠紅外線或光觸媒之印刷塗佈層（3 )，係牛 仔布料基層（2 )施以強酸、強鹼之沖洗軟化布料加工工序，再施以奈米後處 理印刷技術結合於牛仔布料基層（2)表面，實可防止強酸、強驗沖洗過程破 壞印刷塗佈層（3 )，進而降低或喪失遠紅外線或細媒之功效；另外，以奈米 技術細微化至1 〇 ()奈米以下之遠紅外線喊粉末或光觸媒粉末直接塗印於牛 仔布料基層（2 )表面之印刷塗佈層（3 )，實不會增加牛仔布料（i )之厚度， 貫有利於後續剪裁之牛仔褲（4 )、牛仔衣、牛仔外套維持既有厚度優勢，諸如 上述眾多結構功效實非先前技藝所能比擬。 7 M303213 f圖式簡單說明】 第-圖係本創作具遠紅外線或光麟之牛仔褲示意圖。 第一A圖係第一圖之局部放大示意圖。 第二圖係第一圖之局部剖面示意圖。 第第：Γ圖之牛仔褲具遠紅外線或光觸媒印刷塗佈局部平面圖 弟四圖係弟—圖之牛仔褲具遠紅 佈另一實態樣局部平面 。 麵媒印刷塗 【主要元件符號說明】 1 —3---- 牛仔布料 印刷塗佈層 牛仔布料基層 4 ---牛仔褲 8M303213 VIII. New description: [New technical field] This creation is related to the type of jeans, especially the jeans that can release far infrared rays. [Prior Art] According to the Republic of China Patent Application No. 9 3 2 〇19 7 0 "Healthy fabric structure with negative ions and far infrared rays" is mainly coated with tourmaline minerals on the surface of sheets such as sheets and pillows. The main release of negative ions and far infrared _ (four) layer, by the sheet _ the coating of the far infrared rays, • to achieve nerve relaxation during sleep and promote the body's physical circulation and other physical effects. The above-mentioned sleeping object is provided with a sputum ion and a far-infrared mineral cloth surface, and the shaft can be made into a physical massage effect of sleeping body by making a bed sheet, a pillow towel, etc., but the average human sleep is six to eight hours. Therefore, the sheets made of negative ions and far infrared rays cannot be moved with the human body, and the long-infrared rays of the physical massage effect are released by the body. The edge is that the creator thinks that the surface of the cloth is covered with far infrared rays. The technology of physical radiation effects such as negative ions or photocatalysts is transferred to jeans, and the physical effects of long-term infrared rays or photocatalysts are achieved by wearing jeans and pants that are worn on the body. Therefore, the 'creation of the creator' number 9 3 2 〇i 9 7 (10) or the medium number 9 3 2 work 丄 590 "the far-infrared ceramic powder mixed glue laminated structure fabric" technology introduced into the denim fabric, but It is found that the general fabric technology that can release far-infrared rays, negative ions or photocatalysts has lost its effect. The reason is that after the traditional denim fabric is transferred to the coating layer of far infrared rays, negative ions or photocatalyst, it is necessary to apply strong acid and test the flushing transcription. The denim is easy to record and comfortable; but the denim fabric applied to the rinsing process will cause the far-infrared, negative ions or photocatalyst printed on the surface to reduce or even lose the existing physical effects; after P4, the creator also thinks And the far infrared ray, photocatalyst or strontium ion printing M303213 is made into a general fabric, and then sewn on the inner surface of the denim surface, which in turn causes the denim fabric to make clothes and pants which are too thick and comfortable, and the processing process is complicated. The cost is expensive and many are missing, and there is indeed a need to improve it. In the post, the creator actively developed a cow with far infrared or photocatalyst that can be combined with denim fabric. Fabric 'Aya's material to get the silk _Printed far infrared or fine media to play 100% physical massage 1 · 囷 囷 终 本 本 本 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作The new energy content is mainly for the denim fabric with far-infrared or fine media. The base layer is applied. After the denim fabric is softened, the denim fabric base layer is softened, and the nano-infrared or photocatalyst powder is applied to the surface of the denim fabric by micronization to the surface of the denim fabric. Denim fabrics with far-infrared or photocatalytic effects Φ [Embodiment] This creation is about a kind of denim fabric with far infrared ray or photocatalyst, which is convenient and highlights the denim fabric of this creation. The cloth-cut cow (4) is a structural narrative, but it not only limits the scope of this creation to jeans, but also uses the cowboy made from this creation. Clothes, coats, etc. are all included in the spirit of the creation, and the first thing is the first. The denim fabric (1) includes a denim fabric base (2), and printed on the denim. The base of the fabric (2) Mosquito far infrared ray touch coating layer (3), the printing coating layer (3) is mainly applied to the denim fabric base layer (2) with strong acid, inspection and rinsing process, and the thick, 6 M303213 hard denim fabric base layer ( 2) After softening into a soft state with better touch, the far-infrared ceramic powder or photocatalyst powder which is fined below i 〇〇 meters is formed and formed on the surface of the denim fabric base layer (2) by nano post-processing printing technology. A denim fabric (1) that releases far infrared rays or photocatalysts is formed. The above-mentioned denim fabric (1) with far infrared ray or photocatalyst can be arbitrarily cut into jeans, denim jackets or jeans (4) as shown in the first figure or a figure, so that the user wears the process. It is necessary to use the far-infrared rays of the printing coating layer (3) to achieve the blood circulation promoting effect, or to use the photocatalyst to achieve the sterilization wearing effect. And the 'denim fabric base layer (2) mosquitoes far infrared or fine media printing surface j layer (3), also formed into a dot shape as shown in the third figure, also has to be formed as shown in the fourth figure _ _ plum blossom pattern can even be painted into any styling pattern change to increase the visual-feeling of the diverse changes of denim fabric (1), in addition, the printing coating layer (3) is the nectar The technology is subtle to the following far infrared ceramics or photocatalyst powders, so the extremely fine powder can be deeply integrated with the denim fabric (1) fiber to make the printing coating layer (3) feel softer. It is meticulous in order to overcome the problem of uncomfortable friction between the skin and the printed coating layer (3) when worn. _ The most special point is that this design uses the far-infrared or photocatalytic printing coating layer (3), the denim fabric base layer (2) is applied with strong acid and strong alkali to soften the fabric processing process, and then applied to the nano post-treatment. The printing technology is combined with the surface of the denim fabric base layer (2) to prevent the strong acid and strong rinsing process from damaging the printing coating layer (3), thereby reducing or losing the effect of far infrared ray or fine medium. In addition, the nano technology is fine-tuned. The printing coating layer (3) which is directly printed on the surface of the denim fabric base layer (2) by the far infrared ray shouting powder or photocatalyst powder below 1 〇() does not increase the thickness of the denim fabric (i). Subsequent tailoring of jeans (4), denim, denim jackets maintains a thickness advantage, such as the many structural features described above are not comparable to previous techniques. 7 M303213 f simple description of the picture] The first picture is a schematic diagram of the jeans with far infrared or light lining. The first A is a partial enlarged view of the first figure. The second figure is a partial cross-sectional view of the first figure. No.: The jeans of the map have far-infrared or photocatalytic printing and coating partial plan. The four brothers of the brother-figure--the jeans of the figure have a far-red cloth and another real-like partial plane. Mask printing coating [Main component symbol description] 1 —3---- Denim Printing coating layer Denim fabric base layer 4 --- Jeans 8