201004582 九、發明說明： 【發明所屬之技術領域】 本發明係指-種奈米遠紅外毅帶，其帶身係具有奈米遠紅外線 .與負離子，無論帶身能伸縮或不能伸縮，g己戴使用於人體之腰部時可 -5倍增人體接受奈米遠紅外線的歸量，進而達到更佳之醫療保健功 效’並藉由產生之負離子具有除菌與抗菌的作用。 【先前技術】 β 按，目前市場上常見之皮帶通常只具有單純之皮帶使用功能。 次查目前人體病痛之治療不外乎中醫與西醫兩種治療方式，而其 10中之中醫不外乎採用針灸、按摩或口服中藥等方式來醫治病痛至於 西醫之醫療方式則大都採用口服西藥、打針或皮下注射等方式，然而 經查前述各種治療方式乃存在有容易衍生藥物過敏或因人為疏失產 生打錯針、吃錯藥等醫療糾紛。 再者，太陽能量的80¾是紅外線，而紅外線的^⑽是1〇〜2〇微米 的波長，且太陽能量的60%以上是1〇〜2〇徼米的紅外線，此波長之紅 外線對人體是最有益的❶而紅外線又可分為波長〇 75〜4微米的近紅 外線和波長4〜1000微米的遠紅外線；其中以8〜14微米的遠紅外線 對人體最具良好作用，因為它具有「共鳴吸收」及「滲透力」兩種功 能，並且玫射最為均衡，因此可將奈米遠紅外線定義為一種眼睛看不 20見，具直進、曲折、反射等光的性質，具滲透力，且易被許多物質所 吸收而產生熱反應的放射線。奈米遠紅外線應用在醫療保健上是非常 安全的，不但沒有破壞組織的危險，溫熱感還可以深達内部因為其 201004582 光熱是輕射熱，所以溫熱感較為穩定，彷彿含礦物質的溫泉，讓人有 舒暢的感覺。次查奈米遠紅外線醫療保健的功效已普遍為一般人所知 識，遠紅外線是一種波長在4〜1〇〇〇微米的電磁波，這種電磁波藉著 . 與人體的一種主要作用而產生了醫療保健的效果，這種作用就是與人 -5體内分子的「共振吸熱」作用。許多人體内的分子都可藉著與奈米遠 紅外線的共振吸熱作用，將遠紅外線吸收而產生能量與熱量；但由於 奈米遠紅外線穿透力及分子振動型態的關係，作用最大的仍是皮下的 ©水分子及微血管内的二氧化碳兩種分子β皮下的水分子吸收了遠紅外 線的能量，使水分子的各種振動形式增大，這時就可打散凝聚成一大 10團失去活性與運動力的水分子，產生帶有自由基的小水分子，這些活 性化的小水分子可以與有毒的物質結合，然後藉由因為吸熱而擴張的 汗腺排出；或者這些活性化的水分子也可促進其他活性化酵素的生成 而達到健康的功效。其次，微金管内除了水分子以外，二氧化碳分子 亦能吸收不同波長的遠紅外線，這些分子經強化振動後所產生的能量 1®與熱量會促使企管擴張，並強化微金管的交換與輸送能力，避免因淤 血而產生的種種疾病。由此可知，遠紅外線對人體健康的重要性，如 果能正確應用奈米遠紅外線的特殊功效於日常生活，將可使我們的生 活更為健康快樂。而由於奈米遠紅外線還可對人體產生特殊作用而使 人體更加麟，但如前所述之「分子共振吸齡肖」理論，奈米遠紅 2〇外線的醫療保健應該還是以全面性讓身體吸收的效果較佳，同時最好 能便於長時間的與身體產生作用。 復查有些業者以印刷或塗佈之方式將遠紅外線物附著在紡織 6 201004582 时内衣哺上方’藉由奈米遠紅外線的照射來達到有助於人體健 康之目的，然而其仍存在有奈米遠紅外線照射量不足或者不麟夂， 合易在使用-段期’喪失或不能達到翻之效果。 . 另者，本案之同-發明人之發料利第1277429號「奈米遠紅外 5線貼布」專利案乃堪稱實用，♦其並*適於喊的方式。 本發明者乃有鐘於此’經過不斷的研究與改良，乃發明設計出一 種奈米遠紅外線皮帶β ❹疋以本發明之主要目的乃在於提供-種奈米遠紅外線皮帶，其帶 身之數經線單元的其中之纖维絲與缝線以及與該經線單元交錯编織 之數條以上的緯線冑具有奈紅外線與貞離子無論帶身能伸縮或 不能伸縮，當配戴使用於人體之腰部時可倍增人體接受奈米遠紅外線 的照射，進而達到更佳之醫療保健功效，並藉由產生之負離子具有除 菌與抗菌的作用。 ' 本發明之主要目的乃在於提供一種奈米遠紅外線皮帶，其帶身之 數條以上的緯線係分別垂直交錯的編織在各經線單元之數纖維絲奈 米遠紅外線負離子缝線與奈米遠紅外線負離子纖維絲的上方與下 方’以得到較佳之結構強度。 【發明内容】 一種奈米遠紅外線皮帶，其帶身之數經線單元的其中之纖維絲與 2〇缝線以及舆該經線單元交錯編織之數條以上的緯線皆具有奈米遠紅 外線與負離子’無論帶身能伸縮或不能伸縮’當配戴使用於人想之腰 部時可倍增人體接受奈米遠紅外線的照射，進而達到更佳之醫療保健 201004582 功效，並藉由產生之負離子具有除菌與抗菌的作用；再者，帶身之數 條以上的緯線係分別垂直交錯的编織在各經線單元之數纖維絲、奈米 遠紅外線負離子缝線與奈米遠紅外線負離子纖維絲的上方與下方，以 得到較佳之結構強度。 5 茲配合圖式詳加說明如后》 【實施方式】 如圖一〜圖二所示，本發明一種奈米遠紅外線皮帶，係包括有帶 β身（1)、連結於該帶身（1)之前端的皮帶頭(2)以及連結於帶身（1)之後 端的帶尾(3)，其中該皮帶頭(2)具有皮帶鉤(21)可供***帶尾(3)之 ίο數定位孔(32)的其中之一； 其特徵在於： 該帶身（1)，係具有彈性可以伸縮或不具彈性而不能伸縮，乃包 括有一前針邊區（11)以及數個編織區（12)，其中： ©該前針邊區（11)，係由位於前側之一條以上的彈性紗或纖維絲（111) 15 (112)以及一條以上的奈米遠紅外線負離子缝線(113)(114)交錯編 織於數條以上的緯線(101)的上方與下方所構成，請另配合參考圖 三所示可看出彈性紗或纖維絲(111)(112)、奈米遠紅外線負離子缝 線(113)(114)與各緯線(1〇1)交錯編織的上下關係，例如彈性紗或 纖維絲(111)在圖三中（左邊算起第一排)所示「上上下下上上下下」 20 即代表該彈性紗或纖維絲（111)係分別位於第一條及第二條緯線 (101)的上方、位於第三條及第四條緯線(1〇1)的下方、位於第五條 及第六條緯線(101)的上方、位於第七條及第八條緯線〇〇1)的下 8 201004582 方’而奈米遠紅外線負離子缝線(114)係分別位於第一條緯線(ιοί) 的下方、第二條緯線(1〇1)的上方、第三條緯線(101)的下方、第四 條緯線(101)的上方、第五條緯線(101)的下方、第六條緯線(101) • 的上方、第七條緯線(101)的下方、第八條緯線(101)的上方，該前 5 針邊區（11)前端並另有一與數條以上緯線(ιοί)環繞編織的收编邊 線(115); 該數個編織區（12) ’其最前側之編織區（12)係接續前針邊區（11)，而 © 其中之每一編織區（12)係由數個經線單元(121)與數條以上的緯線 (101)垂直交錯编織而成，該經線單元(121)係包括有位於前端之彈 10 性紗或纖維絲（1211)、數條抗拉伸之纖維絲(1212)(1214)(1216) (1218)、一條以上之奈米遠紅外線負離子纖維絲（1213)(1219)以及 一條以上之奈米遠紅外線負離子缝線(1215)(1217)交錯排列所構 成，該數條以上之緯線(101)分別垂直交錯的編織在前述經線單元 (121)之彈性紗或纖维絲(1211)、數條抗拉伸之纖維絲(1212)(1214) (1216)(1218)、一條以上之奈米遠紅外線負離子纖維絲⑽幻⑽幻 以及一條以上之奈米遠紅外線負離子缝線(1215)(1217)的上方與 下方，請另配合參考圖四所示可看出彈性紗(1211)、數條抗拉伸之 纖維絲(1212) (1214)(1216)(1218)、奈米遠紅外線負離子織維絲 (1213X1219)、奈米遠紅外線負離子缝線(1215)(1217)舆各緯線 20 (1〇1)交錯编織的上下關係’例如其中之一抗拉伸纖維絲(1212)可 以直接從圖四+看出係位於第一條緯線⑽)之下方、第二條緯線 (101)之上方、第三條緯線⑽)之下方、第四條、第五條第六條、 9 201004582 第七條與第八條緯線⑽)之上方，以得到較佳之結構強度。 再者用逑帶身⑴進—步包括有位於後侧之躺邊區⑽，係 由條乂上之不米遠紅外線負離子缝線（⑶）（1如舆一條以上之彈 .注紗或纖維絲(133)(134)垂直交錯的編織在數條以上之緯線⑽）的 .5上方輿下方所構成，請另配合參考圖五所示可看出奈米遠紅外線負離 子缝線(131)(132)、彈性紗或纖維絲(133)(134)與各緯線⑽）交錯 編織的上下關係，例如其中之一奈米遠紅外線負離子缝線⑽）係位 ❹於第-條緯線(101)之上方、位於第二條雜(1〇1)之下方、位於第三 條緯線(1G1)之上方、位於第四條緯線(m)之下方、位於第五條緯線 (101)之上方、位於第六條緯線⑽）之下方、位於第七條緯線⑽） 之上方、位於第八條緯線(101)之下方。 又，前逑帶身⑴之編織區⑽的經線單元⑽)之數條抗拉伸的 纖维絲（1212)(1214)(1216)(1218)係可為人造纖維絲或天然纖維 絲’雜線單元(121)之-條以上的奈米遠紅外線負離子纖維絲⑽幻 1®⑽9)則係為天然纖維絲或人造纖維絲經加工之後具有奈米遠紅外 線與貞離子’驗線單元(121)之-條以上的缝線⑽5)(1217)係為 天然纖維絲或人造纖维絲經加工之後具有奈米遠紅外線與負離子，該 數條以上之緯線(101)則係分別為經加工之後具有奈米遠紅外線與負 離子之天然纖維絲或人造纖維絲。 20 另外，前述帶身（1)之前針邊區（11)的一條以上之奈米遠紅外線 負離子缝線(113X114)係採用經加工後具有奈米遠紅外線與負離子 之人造纖維絲或天然纖維絲。 201004582 再者，前述帶身⑴之後釣邊區⑽的-條以上之奈米遠紅外線 負離子缝線（131)(132)係採用經加工後具有奈米遠紅外線與負離子 之人造纖維絲或天然纖維絲。 • 另者，前述帶身（1)係在其後端車缝連結有一帶尾(3)，該帶尾(3) • 5並採塑膠材質而一體射出成形具有開口⑶），可便於與帶身⑴車缝 連結。 综上所述，本發明可歸納具有下列增進功效： ® 1•帶身（1)之數經線單元（121)的其中之纖維絲（1213X1219)與缝線 (1215)(1217)以及與該經線單元(121)交錯編織之數條以上的緯線 10 (101)皆具有奈米遠紅外線與負離子，因此本發明奈米遠紅外線皮 帶無論帶身（1)能伸縮或不能伸縮，當配戴使用於人體之腰部時可 倍增人體接受奈米遠紅外線的照射，進而達到更佳之醫療保健功 效’並藉由產生之負離子具有除菌與抗菌的作用。 2.帶尾(3)可採用塑膠材質而一體射出成形，並藉其開口（31)可方便 ^的與帶身（1)之後端車缝連結，相對達到製造生產快速方便之優 點，進而亦可便於製造生產作業》 3·帶身（1)之數條以上的緯線(101)係分別垂直交錯的編織在各經線 單元(121)之數織維絲（1211)(1212)(1214)(1216)(1218)、奈米遠 紅外線負離子缝線(1215X1217)與奈米遠紅外線負離子纖維絲 20 (1213)(1219)的上方與下方，以得到較隹之結構強度。 4·可利用奈米遠紅外線之特性放射到人體上，可達报深的部位，而且 皮膚表面不會留下任何痕跡，可使皮下深層的溫度上升，擴張微金 11 201004582 管’促進血液循環，強化叙液及其他組織之間新陳代謝，並促進組 織再生能力及抗雜能力’同時可㈣知覺神_料興奮，對自 律神經機能_整亦有效果，因此不僅可偶賴康有益的紅外線 療法’甚至可作為其他醫療器材的代替品。 5 5·具有使用方便安全且又不會產生藥物過敏、醫療疏失等傳統醫療方 式之缺失β 6· 者配帶制财在獅紅粒具錢除_、減少或避免疼 © 痛之優點。 、 是以’本發明乃確具其產業上之利用價值，乃謹以發明專利 1〇之，麟_責審查委員扣料並賜准專利，至感德便。 惟以上所逑者僅為本發明之較佳實施例而已， 本發明實施之範圍，舉凡依本發明申請專 ：= 飾皆應仍屬本發明涵蓋之專利範圍内〇 约等變化與修 【圖式簡單說明] 15圖一係本發明實施例之立體圖。 圖:係本發明實施例其中帶身之編織結構平面放大圖。 紗、_各:交邊_性 :之彈性紗、纖 圖四係本發明實施例其中帶身之編織結射顯示編織區 〇維絲、缝線與各緯線交錯编織的上下闕係示意圖。 «五係本發明實施例其中帶身之編織結射顯示後約邊區之縫線、彈 12 201004582 性紗與各緯線交錯编織的上下關係示意圖。 【主要元件符號說明】 (1) 帶身 (101)緯線 5 (11)前針邊區 (111)(112)(1211)(133)(134)彈性紗或纖維絲 (113)(114)(1215)(1217)(131)(132)缝線 Ο (115)收編邊線 (12) 編織區 ίο (121)經線單元 (1212)(1213)(1214)(1216)(1218)(1219)纖維絲 (13) 後鉤邊區 (2) 皮帶頭 (21)皮帶釣 1·⑶帶尾 (31) 開口 (32) 定位孔 13201004582 IX. Description of the invention: [Technical field to which the invention pertains] The present invention refers to a nano-infrared zone with a nanometer far infrared ray and a negative ion, which can be stretched or not stretched, regardless of the body. When used on the waist of the human body, it can increase the body's acceptance of nano far-infrared by -5 times, thereby achieving better health care efficacy' and the anti-bacterial and antibacterial effect by the negative ions produced. [Prior Art] β Press, the belts currently on the market usually only have a simple belt function. The current treatment of human pain is nothing more than the two treatment methods of Chinese medicine and Western medicine, and the 10 Chinese medicine practitioners use acupuncture, massage or oral Chinese medicine to treat the disease. Most of the medical methods of Western medicine use oral western medicine. Injection or subcutaneous injection, etc. However, after examining the various treatment methods mentioned above, there are medical disputes such as easy drug-derived drug allergy or misplaced needles due to human error, and wrong medicine. Furthermore, the amount of solar energy 803⁄4 is infrared rays, and the infrared (X) is a wavelength of 1 〇 2 〇 2 μm, and more than 60% of the amount of solar energy is 1 〇 2 〇徼 2 infrared rays, and the infrared ray of this wavelength is for the human body. The most beneficial enthalpy and infrared ray can be divided into near-infrared rays with wavelength 〇75~4 microns and far-infrared rays with wavelengths of 4~1000 microns; among them, far-infrared rays with 8~14 microns have the best effect on the human body because it has "resonance" Absorption and "penetration" are two functions, and the laser is the most balanced. Therefore, nano far infrared rays can be defined as a kind of light that does not see 20 eyes, has straight forward, zigzag, reflection, etc., has penetration, and is easy. Radiation that is absorbed by many substances to produce a thermal reaction. Nano far-infrared application is very safe in medical care, not only does not damage the organization, the warmth can also reach the inside because its 201004582 light heat is light heat, so the warm feeling is more stable, as if it contains minerals. Hot springs make people feel comfortable. The efficacy of the second-infrared far-infrared medical care has been generally known to the general public. Far-infrared rays are electromagnetic waves with a wavelength of 4 to 1 μm. This electromagnetic wave generates health care through a major role of the human body. The effect of this effect is the "resonance endothermic" effect of molecules in human-5. Many people's molecules can absorb energy from far-infrared rays to generate energy and heat through the resonance heat absorption with nano far-infrared rays. However, due to the relationship between nano far-infrared penetrating power and molecular vibration type, the most important effect remains. It is the water molecule under the skin and the carbon dioxide in the microvessels. The water molecules under the skin absorb the energy of the far-infrared rays, so that the various vibration forms of the water molecules increase, and then they can be broken up into a large group of 10 inactivity and movement. The water molecules that produce small water molecules with free radicals that can be combined with toxic substances and then excreted by sweat glands that expand due to endothermic heat; or these activated water molecules can also promote Other active enzymes are produced to achieve a healthy effect. Secondly, in addition to water molecules in the micro-gold tube, carbon dioxide molecules can also absorb far-infrared rays of different wavelengths. The energy generated by the enhanced vibration of these molecules, 1® and heat, will promote the expansion of the tube and strengthen the exchange and transport capacity of the micro-gold tubes. Avoid all kinds of diseases caused by congestion. It can be seen that the importance of far infrared rays to human health, if properly applied to the daily life of nano far infrared rays, will make our life more healthy and happy. Because nano far infrared rays can also have a special effect on the human body and make the human body more versatile, but the "molecular resonance absorption age" theory as mentioned above, the medical care of the nanometer far red 2 〇 outside line should still be comprehensive The body absorbs better and at the same time it is better to work with the body for a long time. Some manufacturers have attached far-infrared materials to the textiles 6 201004582 by printing or coating. 'With the help of nano far infrared rays to achieve human health, however, there are still far infrared rays. If the amount of exposure is insufficient or not enough, Heyi will lose or fail to achieve the effect of using it during the period of use. In addition, the same case - the inventor's issue of the No. 1277429 "nano far infrared 5-line patch" patent case is practical, ♦ and * is suitable for shouting. The inventor of the present invention has been continually researching and improving, and has invented and designed a nano far-infrared belt β ❹疋. The main purpose of the present invention is to provide a nano far-infrared belt which is brought to the fore. The filaments and the sutures of the plurality of warp elements and the plurality of weft threads interlaced with the warp elements have the infrared rays and the erbium ions, which can be stretched or not stretched when used, and are used for the human body when worn. At the waist, the human body can be multiplied by the far-infrared rays of the human body to achieve better health care effects, and the negative ions produced by the body have the functions of sterilization and antibacterial. The main purpose of the present invention is to provide a nano far-infrared belt, which has a plurality of latitudes of a plurality of belts, respectively, which are vertically interlaced and woven in each warp unit, the number of filament nano far-infrared anion sutures and nanometers. Above and below the far infrared ray negative filaments for better structural strength. SUMMARY OF THE INVENTION A nano far-infrared belt has a far-infrared ray and a plurality of latitude lines of a plurality of warp elements of the belt and two quilting lines interlaced by the warp element. The negative ion 'can be stretched or not stretched when it is worn' can be used to increase the human body's exposure to nano-infrared rays when used in the waist of the person's mind, thereby achieving better health care 201004582 efficacy, and sterilization by the generated negative ions. And the effect of antibacterial; in addition, several or more latitude lines of the body are vertically interlaced and woven in the number of filaments of each warp unit, nano far infrared negative ion suture and nano far infrared negative ion fiber filament And below to get better structural strength. 5 The following is a detailed description of the following: [Embodiment] As shown in FIG. 1 to FIG. 2, a nano far-infrared belt of the present invention includes a belt body (1) and a belt body (1). a front end belt head (2) and a tail end (3) attached to the rear end of the belt body (1), wherein the belt head (2) has a belt hook (21) for insertion into the tail end (3) of the number of positioning holes One of (32); characterized in that: the belt body (1) is elastically stretchable or non-elastic and cannot be stretched, and includes a front needle edge region (11) and a plurality of knitting regions (12), wherein : © the front needle edge area (11), which is interlaced with elastic yarn or filament (111) 15 (112) above one strip on the front side and more than one nano far infrared negative ion suture (113) (114). More than a few latitudes (101) are formed above and below. Please refer to Figure 3 for the elastic yarn or filament (111) (112), nano far infrared negative ion suture (113) (114). ) The upper and lower relationship of the interlaced weave with each weft (1〇1), such as elastic yarn or filament (111) in Figure 3 (the first row from the left) The above-mentioned "upper up, down, up and down" 20 means that the elastic yarn or the fiber yarn (111) is located above the first and second weft threads (101), respectively, in the third and fourth weft threads (1 Below )1), above the fifth and sixth latitudes (101), under the seventh and eighth latitudes 〇〇1) of the lower 8 201004582 square 'and nano far infrared negative ion suture (114 ) are located below the first weft (ιοί), above the second weft (1〇1), below the third weft (101), above the fourth weft (101), and at the fifth weft Below (101), above the sixth weft (101) •, below the seventh weft (101), above the eighth weft (101), the front of the front 5-pin (11) and another A plurality of weft lines (ιοί) surround the weaving edge line (115); the plurality of weaving areas (12) 'the front side of the weaving area (12) is connected to the front needle edge area (11), and © each of the weaves The zone (12) is formed by vertically interlacing a plurality of warp elements (121) with a plurality of wefts (101), and the warp beam unit (121) includes a bullet located at the front end. 10 yarns or filaments (1211), several stretch-resistant filaments (1212) (1214) (1216) (1218), more than one nano far-infrared anion filaments (1213) (1219) and more than one The nano far infrared negative ion suture (1215) (1217) is staggered, and the plurality of weft threads (101) are vertically interlaced with elastic yarns or filaments of the warp unit (121). ), several anti-stretching fiber filaments (1212) (1214) (1216) (1218), more than one nano far infrared negative ion fiber filament (10) magic (10) magic and more than one nano far infrared negative ion suture (1215 ) (1217) above and below, please refer to Figure 4 to see the elastic yarn (1211), several anti-stretching filaments (1212) (1214) (1216) (1218), nanometer far Infrared negative ion weaving wire (1213X1219), nano far infrared negative ion suture (1215) (1217) 舆 each weft 20 (1〇1) staggered weaving relationship 'for example one of the anti-stretch fiber filaments (1212) It can be seen directly from Figure 4 + that it is below the first weft (10)), above the second weft (101), and below the third weft (10)). , Fourth, fifth article 6, 7 and the upper 9201004582 Article weft ⑽), the better to give it structural strength. In addition, the step (1) includes a lying area (10) on the back side, which is a non-meter far infrared negative ion suture (3) on the strip (1 such as more than one bullet. Yarn or filament (133) (134) The vertically interlaced weave is formed below the upper .5 of several or more wefts (10)). Please refer to Figure 5 for the nano far infrared negative ion suture (131). , the upper and lower relationship of the elastic yarn or the fiber yarn (133) (134) and the respective weft threads (10), such as one of the nano far infrared negative ion sutures (10)) lying above the first weft (101) Located below the second miscellaneous (1〇1), above the third latitude (1G1), below the fourth latitude (m), above the fifth latitude (101), at the sixth Below the weft (10)), above the seventh weft (10)), below the eighth weft (101). Further, the plurality of stretch-resistant filaments (1212) (1214) (1216) (1218) of the warp unit (10) of the weaving zone (10) of the front welt (1) may be rayon or natural fiber filaments. The nano-infrared anion fiber (10) above the strip line (121) is a natural fiber or rayon fiber. After processing, it has a nano far infrared ray and a 贞 ion 'inspection unit ( 121) - above the suture (10) 5) (1217) is a natural fiber or rayon fiber processed with nano far infrared rays and negative ions, the plurality of weft threads (101) are processed separately Then there are natural fiber or rayon filaments with nano far infrared rays and negative ions. In addition, more than one nano far-infrared anion suture (113X114) of the front side (11) of the body (1) is made of rayon or natural fiber having nano far infrared rays and negative ions after processing. 201004582 Furthermore, the above-mentioned nano far infrared ray negative ion suture (131) (132) of the fishing zone (10) after the body (1) is made of rayon or natural fiber yarn having nano far infrared rays and negative ions after processing. . • In addition, the belt body (1) has a tail (3) attached to the rear end of the belt, and the tail (3) • 5 is made of plastic material and integrally formed with an opening (3) for easy belting. Body (1) sewn joints. In summary, the present invention can be summarized as having the following enhancement effects: ® 1 • The filament (1213X1219) and the suture (1215) (1217) of the number of warp elements (121) with the body (1) and The plurality of weft threads 10 (101) which are interlaced by the warp unit (121) have nano far infrared rays and negative ions, so that the nano far infrared belt of the present invention can be stretched or stretched regardless of the body (1) when worn. When used in the waist of the human body, it can multiply the human body to receive the radiation of nano far infrared rays, thereby achieving better medical care' and the antibacterial and antibacterial effects by the negative ions produced. 2. The tail (3) can be integrally formed by plastic material, and its opening (31) can be easily connected with the rear end of the belt body (1), which is relatively fast and convenient for manufacturing and production. It is convenient to manufacture and produce the work. 3. The number of weft threads (101) with the body (1) is vertically interlaced and weaved in each warp element (121) (1211) (1212) (1214) (1216) (1218), nano far infrared negative ion suture (1215X1217) and nano far infrared negative ion fiber filament 20 (1213) (1219) above and below, to obtain a relatively strong structural strength. 4·Using the characteristics of nano far infrared rays to radiate to the human body, it can reach the deep part of the body, and the skin surface will not leave any traces, which can increase the temperature of the subcutaneous deep layer and expand the micro gold 11 201004582 tube to promote blood circulation Enhance the metabolism between the liquid and other tissues, and promote the ability of tissue regeneration and anti-vibration. At the same time, (4) Perceived by God, it is also effective for self-regulatory nerve function, so it is not only beneficial to infrared therapy. 'Can even be used as a substitute for other medical equipment. 5 5·There is a lack of traditional medical methods that are convenient and safe to use and do not cause drug allergies, medical negligence, etc. The person who wears the money in the lion red grain has the money to remove _, reduce or avoid the pain © the pain. Therefore, the invention is indeed of its industrial use value. It is based on the invention patent. The Lin _ ruling reviewer deducts the material and grants the patent to the sensibility. However, the above-mentioned embodiments are only the preferred embodiments of the present invention, and the scope of the present invention is not limited to the scope of the patents covered by the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an embodiment of the present invention. Figure: is a plan enlarged view of the woven structure of the belt body in the embodiment of the present invention. Yarn, _ each: cross-edge _ sex: elastic yarn, fiber Figure 4 is a schematic diagram of the upper and lower rafts of the woven fabric of the belt in the embodiment of the present invention. «Five Series of Embodiments of the Invention In the embodiment of the present invention, the stitching of the belt is displayed, and the stitches of the edge area and the spring 12 201004582 are shown in the upper and lower relationship of the interlaced knitting of the yarns. [Description of main component symbols] (1) Belt body (101) weft thread 5 (11) Front needle edge area (111) (112) (1211) (133) (134) elastic yarn or fiber yarn (113) (114) (1215 ) (1217) (131) (132) suture Ο (115) edging edge (12) woven area ίο (121) warp unit (1212) (1213) (1214) (1216) (1218) (1219) filament (13) Rear hook area (2) Belt head (21) Belt fishing 1·(3) With tail (31) Opening (32) Positioning hole 13