M422556 ’ 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種以熟知的真空電鐘技術或賤鐘技術 將具導電性金屬或化合物蒸著或電鍍在紙材或合成樹脂薄 膜之表面或表襄雙面，再切割成扁平的細長紗’再以每公 \尺至少扭轉五十次以上握检成如紙拾一般的紗線，再將此 紗以少量比率用平織、經編、圓編或手編織成布料，以此 ，織少量比率導電紗布料製作出紡織品，隔離電磁波產 品，具避雷功能之保護網，或以該導電紗刺输與車縫方式 力在敖布料上成為能收信或發射電波之天線。 【先前技術】 把具導電性金屬材料作成引導輪送電能媒介的一條導 電線已經是歷史悠久的事情了，該技術係、使用離子蒸著電鑛 或減鑛技術使合成紙或塑谬薄獏披護著金屬表面與光澤，於; 而’使用金屬蒸著電錄的塑膠薄膜，這類材料已普遍使用於 籲包裝’或為了其反射光線的特性及能遮斷太陽光線的特性而 在光學上被應用，更因具有防止氣體的不透氣性而被使用， 現今具金屬光澤的紗線也因其裝飾效果及其他機能性被使 用在紡織或其他業別。 無論是薄膜狀材料、板材或是紗線狀材料，都有加上金 屬特有的光澤裝都效果的需求，因此各類金屬蒸著的薄膜或 者紙材就被研發出來，為了保護已鑛上的金屬層，更研發出 在其表面覆蓋另-層保護膜的製程。但是仍有加工後的金屬 鑛層延展性比其底材塑膠薄膜差的問題，加工金屬膜厚薄關 3 M422556 係到成本與所需要的機能效率高低問題，不同的底材如紙或 疋塑膠薄膜對金屬鍍層的附著力差異問題，還有加工後是否 適合切割成細條型紗線問題，再者裁切成細紗後是否具有導 電功能問題，種種都已被研究發展並加以測試。 當以金屬蒸著紙材或薄膜後裁切細條狀再搓撚成導電 '引述技術條件已知其導電的功能，確信此紙捻型金屬紗 本身具有導電效果，然而如此細的導電線或天線，須注意容 易斷裂的危險，#果-旦遭遇斷裂，1想、再接起來恢復其原 先凡整時的導電功能是有其困難的，因為斷裂處能否確實地 恢復接觸是個問題。 上述之先前技術可參考曰本第4〇96175號發明專利「基 層絲」、日本第2009-44439號發明公開案發明專利「天線」 以及日本第2__258539號發明公開案「微型織帶狀天線」。 【新型内容】 依據現有技術製成之導電紗能具備導電效果，並且製成 Γ電線或天線等製品，然而，如此細的導電線或天線，須注 2易斷裂的危險’因此，本創作係提供—種導電效果佳且 π構堅韌的導電紗線，並且用 σ π 成具有導電效果之纖維製 。《、避雷網與天線等製品。 本創作係關於一種導電岭 線，其係使用和紙或西紙或 人造紙或任何紙狀製品，在龙 直道恭Λ . /、表晨兩面塗佈或電著或披以 具導電性▲之金屬或合金或 1 σ + M e 化°物4膜’而後將此紙狀加 工时切割成細長條，再將此 .^ ^ ^ ή 丹將此細長條以連續螺紋搓捻方式做 成紙检線一般的導電紗線； 本創作係關於一種纖維Ρ σ ^ 00 係混合少量前述導電紗 4 M422556 線所織成之布料或以該布料與其他纖維所合撚成之紗線材 料； 本創作係關於一種避雷網，係以前述導電紗或其織成 之布料或撚成之紗線材料製成可隔離電磁波產品、可作為 避雷功J9b輕盈柔軟之保護網： 本創作係關於一種紗線狀天線，係以前述導電紗或其 織成之布料或撚成之紗線材料製成輕盈柔軟、可折疊、易 於運送攜帶、容易架設的電波收訊用天線或電波發射用天 _ 線或同時收發用天線。 藉由上述之技術手段，本創作的導電紗具有可導電與柔 軟特性’可進-步製成纖維製品、避雷網以及紗線狀天線， 再加上具有可以摺疊、重量輕盈、容易攜帶及強㈣拉之特 性’不僅可製成多種相關產品，於使用上亦相當方便。 【實施方式】 關於本創作之實施細節，姓 P 明參看下列具體實施例。 本創作於製成布料及敏雜；^+ 纖，准產Dn的同時，尚需考慮到此紗 線的製造規格，有關它的柔齡许 — 糸軟度’匕的細度與輕盈。而且要 具有耐拉強度使它不易被拉斷 ^以免影響到它應有的導電功 能’尤其當布料被應用為天線眸 y ^ 踝時，它的接收訊號功能無論任 何女裝狀態下，這些輕軟紗線對 , f電訊的傳導效果不能中斷必 須優先確保。此外，本創作的兄 乍的另一項重要功能是提供對電磁 波與閃電的防護屏障。再者， 电^ ^ ^ ^ ^ 超長金屬紗作為天線使用時， 對於無線電波的接收可增加三 ^ 一借以上的波長範圍。 本創作使用真空蒸著的加工 金屬，像鐵、不錄鋼、銅、紹❻’可將具有導電能力的 、鉬、 銘、錫、鋅、鎳、鎂、錳 5 M422556 銀至或白金等，披覆在約40至50微米厚的塑膠膜上下兩 面’形成10至彳00对米厚度的金屬堆積層。也可在和紙、 人足紙或西洋紙上，以相同方式加工單面的導電金屬塗層， 行成的合成紙同時具有不透氣而且遮光的功效。 ▲塑膠膜可以選擇多元酷類、尼龍類和多氯胺類塑料薄 膜依其強度柔軟度去選擇所需厚度，&4之⑽微来到4 之25微米厚度約與人造紙相同。M422556 ' V. New description: [New technical field] This series is about the evaporation or plating of conductive metals or compounds on paper or synthetic resin film by well-known vacuum clock technology or cuckoo clock technology. The surface or surface is double-sided, and then cut into flat and elongated yarns. Then, the yarn is twisted at least 50 times per ft. and the yarn is picked up as a paper, and the yarn is woven with a small ratio. , circular knitting or hand weaving into a fabric, in order to weave a small amount of conductive yarn fabric to make textiles, to isolate electromagnetic wave products, to protect the net with lightning protection function, or to use the conductive yarn to stab and sewn the force on the fabric An antenna that can receive or transmit radio waves. [Prior Art] It has a long history of using a conductive metal material as a conductive wire for guiding the power supply medium. The technology system uses ionized electric ore or metallurgy technology to make synthetic paper or plastic enamel. Protected with metal surfaces and luster; and 'using metal evaporating plastic film, which has been commonly used in packaging' or for its ability to reflect light and to intercept solar rays. It has been used, and it has been used to prevent gas impermeability. Today, metallic luster yarns are used in textiles or other industries for their decorative effects and other functionalities. Whether it is a film-like material, a sheet material or a yarn-like material, there is a demand for the effect of the unique gloss of the metal. Therefore, various metal-steamed films or paper materials have been developed to protect the mine. The metal layer has been developed to cover the surface of the other layer of the protective film. However, there is still a problem that the ductility of the processed metal ore layer is worse than that of the plastic film of the substrate. The thickness of the processed metal film is 3 M422556. The cost and the required functional efficiency are different. Different substrates such as paper or plastic film are used. The problem of the difference in the adhesion of the metal plating layer, as well as the problem of whether it is suitable for cutting into a thin strip yarn after processing, and whether it has a conductive function after being cut into a spun yarn, has been researched and developed and tested. When the paper or film is evaporated by metal, the strip is cut and then turned into a conductive one. The function of the paper is known to be electrically conductive. It is believed that the paper-type metal yarn itself has a conductive effect, but such a thin conductive wire or antenna It is necessary to pay attention to the danger of easy breakage. #果-旦 encountered a break, it is difficult to think about it and then reconnect it to restore its original conductive function, because it is a problem to reliably restore contact at the break. The above-mentioned prior art can be referred to the "base layer" of the invention patent No. 4, 196, 756, the "antenna" of the invention of the Japanese Patent Publication No. 2009-44439, and the "micro-woven ribbon antenna" of the Japanese Patent Publication No. 2_258539. [New content] The conductive yarn made according to the prior art can have a conductive effect and be made into a product such as a wire or an antenna. However, such a thin conductive wire or antenna requires a risk of being easily broken. Therefore, the present invention A conductive yarn having excellent electrical conductivity and π-toughness is provided, and is made of σ π into a conductive fiber. ", lightning protection nets and antennas and other products. This creation is about a conductive ridge line, which is made of paper or western paper or human paper or any paper-like product, and is adorned in Long Zhidao. /, The surface of the morning is coated or electrically or coated with conductive metal. Or alloy or 1 σ + M e ° ° 4 film ' and then cut into a slender strip when processing this paper, and then this ^ ^ ^ ^ 丹 Dan this sliver is made into a continuous thread 搓捻 paper line a general conductive yarn; the present invention relates to a fiber Ρ σ ^ 00 mixed with a small amount of the above-mentioned conductive yarn 4 M422556 woven fabric or a combination of the fabric and other fibers of the yarn material; A lightning protection net is made of the above-mentioned conductive yarn or its woven fabric or twisted yarn material, which can be used as a lightning protection power J9b light and soft protection net: The present invention relates to a yarn-like antenna, The above-mentioned conductive yarn or its woven fabric or twisted yarn material is used to make a light-weight, flexible, foldable, easy-to-carry, easily erected radio wave receiving antenna or a radio wave transmitting antenna or a simultaneous transmitting and receiving antenna. . By the above technical means, the conductive yarn of the present invention has conductive and soft characteristics, which can be made into fiber products, lightning protection nets and yarn-like antennas, and can be folded, light weight, easy to carry and strong. (4) The characteristics of pulling 'can not only be made into a variety of related products, but also quite convenient in use. [Embodiment] Regarding the implementation details of the present creation, the last name is shown in the following specific embodiments. This creation is made of cloth and sensitive; ^+ fiber, while producing Dn, it is necessary to take into account the manufacturing specifications of this yarn, and the fineness and lightness of its softness and softness. And it has to have tensile strength so that it is not easy to be broken ^ so as not to affect its proper conductive function' especially when the fabric is applied as an antenna 眸 y ^ ,, its receiving signal function regardless of any women's state, these light The soft yarn pair, f telecommunications transmission effect can not be interrupted must be given priority. In addition, another important function of this creation's brother is to provide a protective barrier against electromagnetic waves and lightning. Furthermore, when the electric ^ ^ ^ ^ ^ ultra-long metal yarn is used as an antenna, the wavelength range of three ^ 1 or more can be increased for the reception of radio waves. This work uses vacuum-evaporated processing metals, such as iron, non-recorded steel, copper, Shaohao' can be conductive, molybdenum, indium, tin, zinc, nickel, magnesium, manganese 5 M422556 silver to or platinum, etc. The coating is formed on the upper and lower sides of a plastic film of about 40 to 50 microns thick to form a metal buildup layer of 10 to 00 Å thick. It is also possible to process a single-sided conductive metal coating in the same manner on paper, human foot paper or western paper, and the synthetic paper produced is both airtight and light-blocking. ▲Plastic film can choose multi-cool, nylon and polychlorinated plastic film to choose the required thickness according to its softness and softness. & 4 (10) micro to 4 25 microns thickness is about the same as human paper.
此外在有需要耐熱能力的場合時，在有相t電流通過 導電紗線時’容易導致導電紗線發熱，導電金屬所披覆的底 材就必須選擇㈣熱能力者。當披覆導電層工序完成後再選 擇已熟知的正確黏著劑去進行下一步加工。 請參照圖Γ與圖2,將已經兩面均彼覆金屬層12的塑 勝薄膜或紙材11，再經過裁切線13分條加工裁成1mm至 2〇麵，寬扁平的長條蔥紗（如圖1所示），再將扁平蔥紗以最 )母米30回擒轉加工成紙撚狀的紗線21(如圖2所示）。 最近業界嘗試以切條的金屬这式人 怵以屬冶或金屬蒸著薄膜，以包撚 二包=天然纖維或者人造纖維上，這類嘗試以螺旋狀扁 千v包覆其他中芯紗所形成的外包金屬紗，由於拉扯使0 以致無法完全導電而且加工費用大幅提高，充Μ 此當做裝飾功能的金屬紗線，而無法達到導電 * 蒸著方式披覆金屬時，限於蒸著電鍍盥月 金屬或導電液本身限制，披覆金屬層==著的 ^厚的金屬積層在切條或90度撫轉時會產生龜裂 々、重增加’變得很難撚轉加工。 產生金屬積層龜裂現 即使在撚轉金屬蒸著的扁平紗時， 6 M422556 象’特殊設計的兩面蒸著方式與紙撚方式，_ 屬可以緊密而且大面積的接 $ ^的 失敗。 使登條導電紗導電功能不會 為了使導電效果更為湓眘 π ^ 導電紗…成較粗=使用多條已撚轉完成的 慧紗時，二ΙΓ 者在機轉切條好的兩面金屬 :、 ”以上的切條紗去撚成，使導電性更完全 為了避免電流量產生昱動痞天皇6 選擇相同金屬或合金及電著液:…用多條切條挺紗時應 陽光Γ:=金屬或金屬合金在自然環境中接觸到雨或 %先時，會產生化學變化而削 此妝7 土 導此力，如氧化或硫化這 ::上兄必f注意，如果以絕緣油漆或塗料塗在紙播加工後的 :::疋可以防止這項問題發生。如果以此金屬紗織成具 以絕緣塗料是必須的。避雷裝置或者天線時，金屬紗加In addition, when there is a need for heat resistance, when a phase current flows through the conductive yarn, it is easy to cause the conductive yarn to generate heat, and the substrate covered by the conductive metal must select (4) heat capacity. When the process of coating the conductive layer is completed, the well-known correct adhesive is selected for further processing. Referring to FIG. 2 and FIG. 2, the plastic film or paper 11 which has been coated with the metal layer 12 on both sides is cut into a 1 mm to 2 inch surface by a cutting line 13 and a wide flat strip of green onion yarn ( As shown in Fig. 1 , the flat onion yarn is further processed into a paper-like yarn 21 (shown in Fig. 2) by the mother rice 30. Recently, the industry has tried to cut the strip of metal into a metallurgical or metal-steamed film to wrap two packs = natural fiber or rayon. This type of attempt is to coat other core yarns with a spiral flat v. The formed outer metal yarn is not fully conductive due to the pulling and the processing cost is greatly increased, and the metal yarn which is used as a decorative function cannot be electrically conductive*. When steaming the metal, it is limited to steaming plating. The metal or the conductive liquid itself is limited, and the thick metal layer of the cladding metal layer == will cause cracks when the strip is cut or 90 degrees, and the weight will increase and become difficult to process. Producing metal-layered cracks Even in the case of twisted metal-steamed flat yarns, 6 M422556 is like a 'specially designed two-sided steaming method and a paper-twisting method, _ can be close and the large-area connection fails. The conductive function of the conductive yarn is not made to make the conductive effect more prudent. π ^ Conductive yarn... is thicker = When using a plurality of twisted finished yarns, the two sides are in the machine to cut the two sides of the metal: , "The above cut yarn is smashed to make the conductivity more complete. In order to avoid the current amount, the Emperor 6 chooses the same metal or alloy and electro-hydraulic liquid:... When using multiple strips, the yarn should be sunny:= When metal or metal alloys are exposed to rain or % in the natural environment, chemical changes will occur and the makeup will be cut. 7 Soils lead to this force, such as oxidation or vulcanization.:: Brothers must pay attention to if coated with insulating paint or paint. After the paper-casting:::疋 can prevent this problem from occurring. If this metal yarn is woven into an insulating coating, it is necessary. When the lightning protection device or antenna is used, the metal yarn is added.
請參照圖3，如果將導雷务丨、u I A 的經緯織成的布料，則可具備：：:他種紗織進布料 …、備有導電的功能。如果能預先固 =廷件導電布料，不讓它遇風而飄動，它就能當作阻隔電 二二，4果將導電紗織成網狀布料鋪在牆壁的混擬土 的隔2補強材料’它就可以使建築的牆壁具備防阻電磁波 IΜ 要導電y織人的布料，確實具備抗f磁波的功能， :據導電錢用的金屬種類及電流電塵測試數據，以及將 要抵抗的電磁波波長，4實檢測正確，算料電紗與要合織 的主紗的比例，就可以製造出效果好的導電布料。 使用較大電壓驅使較高電流量通過導電紗時，即使蒸著 7 1Y14ZZDD0 於導電々上的金屬’都是導電性能良好的材料，但是金屬本 身與底材的塑膠膜均會產生電阻作用而造成發熱現象，因此 k擇作為導電紗金屬洛著底材，應考慮到發熱的現象而使用 耐=性能較佳者，適當的金屬積層厚度與多條撫轉紗检會不 a k成發熱熔化？會不會削弱導電效果？都應該注意，至於 使用頻率高低的影響或材料與空氣接觸氧化的情況應該較 少。 根據上述導電紗通電發熱的現象，可以應用這個現象將 導電紗織成魚網狀織物用來覆蓋屋頂或車頂，在大量下雪時 逐漸融雪避免堆積。 上重量輕而柔軟是本創作導電紗的特性，如果其導電性能 確咸而能成為天線材料時，再進一步破定能運用纟哪些波長 的無線電波段’來作為收訊、發訊的天線？何者需要絕緣條 件的加工？需要多少長度？可以織成何種型態？纏成線 圏、織成布料或網狀？而它所具備輕盈柔軟的特性，便於折 疊攜帶，多種優點值得期待。 請參照圖4,本創作之另—狀況係先準備用天然纖維或 人造纖維織成的布料41，或者可以選擇不織布材料Μ，然 後裁成任何需求的規格尺寸，可在單層或多層材料上，使用 ㈣機H將本㈣導電紗42’可依是否將導電紗裸露在外， 用刺繡方式加工於多層布的内層或上下層，以便進一步加工 成衣物或織品’刺繡面積與圖案亦可依需要長度為對應電磁 波之波長或通訊用無線電波波段需要，將適當長度導電紗線 绩在布料上。 使用刺繡機器加工的情況下，可以任意決定下針的起 8 ^2556 點，先預留一段紗線，然後在刺繡結束的終點收針時再留 =段紗線，這些前後段留下的導電紗，可以成為終端二= 器’連結無線電發射及接收機，或兩台以上發射接收機，或 調頻器、放大器、干擾抑波器與其他任何相關的設備。Referring to Fig. 3, if the fabric of the warp and weft woven and the warp and weft of the u I A is used, it is possible to: :: the yarn is woven into the fabric ... and has a function of conducting electricity. If it can be pre-fixed = conductive fabric, it will not be allowed to flutter when it meets the wind, it can be used as a barrier to electricity 22, 4 fruit will be woven into a mesh cloth on the wall of the mixed soil 2 reinforcement material' It can make the walls of the building have anti-blocking electromagnetic waves. It is necessary to conduct conductive y-woven fabrics. It does have the function of resisting f magnetic waves. According to the metal type and current electric dust test data used for conductive money, and the wavelength of electromagnetic waves to be resisted, 4 The actual detection is correct, and the ratio of the electric yarn to the main yarn to be woven can be used to produce a conductive cloth with good effect. When a large voltage is used to drive a higher current through the conductive yarn, even if the metal on the conductive crucible is a material with good electrical conductivity, the metal itself and the plastic film of the substrate will have a resistance effect. The phenomenon of heat generation, so k as the conductive yarn metal Luo under the substrate, should take into account the phenomenon of heat and the use of resistance = better performance, the appropriate thickness of the metal layer and a number of twisted yarn inspection will not ak into heat melting? Will it weaken the conductive effect? It should be noted that the effect of the frequency of use or the oxidation of materials in contact with air should be less. According to the above phenomenon that the conductive yarn is energized and heated, this phenomenon can be applied to woven the conductive yarn into a fish net fabric for covering the roof or the roof, and gradually melts snow to avoid accumulation when a large amount of snow is snowed. The light weight and softness are the characteristics of the conductive yarn of the present invention. If the conductive property is salty and can be used as an antenna material, further determine which wavelengths of the radio band can be used as the antenna for receiving and transmitting. Which requires the processing of insulation conditions? How long does it take? What type can be woven? Wrapped into a thread, woven into a fabric or mesh? And its light and soft features make it easy to fold and carry, and many advantages are worth looking forward to. Referring to Fig. 4, the other condition of the present invention is to prepare a fabric 41 woven with natural fibers or rayon, or a non-woven material Μ, and then cut into any desired size, which can be used on a single layer or a plurality of layers. Using (4) machine H, the (four) conductive yarn 42' can be exposed to the inner layer or the upper and lower layers of the multi-layer cloth according to whether the conductive yarn is exposed or not, so as to be further processed into clothes or fabrics. The length is required for the wavelength of the electromagnetic wave or the radio wave band for communication, and the conductive yarn of the appropriate length is recorded on the cloth. When using an embroidery machine, you can arbitrarily determine the 8 ^ 2556 points of the lower needle, reserve a section of yarn first, and then leave the yarn at the end of the end of the embroidery. Yarn, which can be a terminal two = 'connected to a radio transmitter and receiver, or two or more transmitters, or a frequency modulator, amplifier, interference suppressor and any other related equipment.
使用具導電能力、金屬蒸著電鍍於塑膠膜或紙材、所裁 成扁平長條紗，#應用製造紙捨芯揉检方式，製成新型呈導 電性的可織可繡的纖維材料，進一步可製成可阻隔電磁波防 6董產品，又可作為質地輕盈柔軟可摺疊便於攜帶的天線。 多種導電金層依功能需要可供選擇，在偏4山區或是災 區或是戰場作為緊急通信使用，發射電波以標示正確地點1 可以作為一般性通訊工具或GpS定位，由於它的輕盈特性， 大大減低搬運或搭設的困難。 "織成魚網狀可覆蓋在汽車飛機$通器上，做為潮渴霧氣 消除或除雪的設備.織入地毯可以做為靜電放電的材料。 進一步，本創作係將銅金屬用真空蒸著方式鍍在9微米 厚長120公分的聚酯薄膜正反兩面，再切條成】5釐米寬的 扁平紗，金屬鍍層厚度約20〜60耐米。將來依傳導電流量、 伏特數、電阻數可調整鍍層厚度從3〇到1〇〇〇耐米之間。 由前已累積蒸著技術與經驗，已知電鍍層與底材的附著 力非常良好。 兩面覆有鋼積層寬度1.5mm的扁平紗放在捲線機上， 以每公尺100轉的規格扭轉後再纏繞在線軸上，這種狀態下 的紗線是很難被拉斷的，同時被纏出來的線柔軟而輕盈。兩 面都有銅積層的爲平紗’經過這樣強撚後一段一段銅積層已 經面對面緊密接觸。經過蒸著電鑛製程堆積金屬在膜面上， 9 ^22556 再經過強拉強撚增加金屬的接觸面與堆積厚度可確定它的 導電能力沒有問題。 々，兩條以上或更多導電紗交擒，雖然比現有的電線細很 夕’而且更柔軟’但是可以確定對電的傳導性卻是—樣好， 而且同樣安全。惟有不相同金屬或不相同底材蒸著而成的導 電知’不建議錢，因為不同材f所產生的電位差會對 能力有影響。 y如果把少量比率的導電紗混織到布料的經緯部份，這是 很：用的紡織方式，例如用在椅子的表布，能夠消除靜電， 在由簾布上使用效果更佳，而且可以阻斷熱的傳導，幾乎所 有金屬都具有抗菌的功能，當然不同金屬抗菌能力的高低也 有所不同’當適當比率的導電紗織成布料，可以作為阻撞電 磁波的防護材料。織成網狀披在車上或屋頂可作為消除積雪 和避雷導線防護網。 a 用一捲以不銹鋼金屬積層披覆再捻成又輕又軟的導電 紗，將其刺繡在用聚酯長纖經編而成的布料上，這塊長纖布 料摺疊後再剪成多片50公分長5〇公分寬正方形布片作為底 材將它放在賴機器上’將導電紗繡成放射狀的圖形，每: 片在起針和收針的地方都留τ—段導電紗線作為連接，可接 到連接器、放大器、干擾抑制器，以及電源。如果尺寸沒有 特別規^，5G公分長寬的大小就是作為天線的报好的 了。 通常天線接收無線電波，依波長可分為長波的地表波段 與短波的調頻，因此用導電紗製作天線時，可以依需要接收 的波段’車鏠多塊不同的圖型與長度，而預留的傷線可以配 。天線需要上下左右移動時，提供適當的位置。 以擅^作的導電紗刺繡在布料上，它的柔軟特性使布料可 做^二輕盈的特性易於攜帶加上強㈣拉，可以作業時 樣，為t裝细鄉，便於匯集各種電波跟碟型天線沒有兩 布料風I適合戶外長期架設與耐用，為了防止電鍍層鏽敍或 ’或破雨水琳陽光曝曬以致於腐爛，塗上薄層的油 :=的，類似絕緣效果。選擇的塗漆或者塗料可以是無 底布。最好是透明。相同塗料亦可塗在底布上或部分 如果將導電紗織成的布料使用在飛機上地毯、座位包 =生^帷幕，通常維持則㈣濕度，而被要求具 整過程通常會加入阻燃的化學劑，使用高溫讓它 對靜雷：都不會使紗線或成布失去導電的功能，而且 對靜電的消除也非常有效。 【圖式簡單說明】 2 1係本創作於塑膠薄膜上蒸著金屬 成扁平紗之外觀立體圖。 ’、裁切 圖2係本創作於雙面蒸著成的金屬扁平紗 芯線方式㈣成導電紗之外觀立體圖。 Μ捻 圖。圖3係本創作於將導電紗織入布料的經緯之外觀立體 圖4係本創作使用導電紗刺繡於一般布料 線作為端子之外觀立體圖。 ”、不預留 M422556 【主要元件符號說明】 11塑膠薄膜/紙材 1 2彼覆金屬層 1 3裁切線 21紗線 31導電紗 41布料/不織布材料 42導電紗Using a conductive, metal-vapor-plated plastic film or paper, cut into a flat strip of yarn, # applied to make a paper core inspection method, to make a new conductive woven fabric material, further It can be made into an electromagnetic wave-proof 6 Dong product, and can be used as an antenna that is lightweight, soft, foldable and easy to carry. A variety of conductive gold layers are available for functional needs. In the 4th mountainous area or the disaster area or the battlefield, it is used for emergency communication. The radio wave is transmitted to indicate the correct location. 1 It can be used as a general communication tool or GpS positioning. Due to its light weight, it is greatly Reduce the difficulty of handling or erecting. "woven into a fish net can be covered on the car aircraft, as a device for eliminating or removing snow from thirsty fog. The woven carpet can be used as a material for electrostatic discharge. Further, the creation of the copper metal is vacuum-vapor-plated on the front and back sides of a polyester film of 9 μm thick and 120 cm long, and then cut into a flat yarn of 5 cm width, and the thickness of the metal plating layer is about 20 to 60 nm. . In the future, depending on the amount of conduction current, volts, and resistance, the thickness of the coating can be adjusted from 3 〇 to 1 〇〇〇. The evaporation technique and experience have been accumulated before, and it is known that the adhesion between the plating layer and the substrate is very good. A flat yarn with a steel layer width of 1.5 mm on both sides is placed on a reeling machine, twisted at a specification of 100 rpm and then wound on a bobbin. In this state, the yarn is difficult to be broken and is The tangled lines are soft and light. Both sides have a copper layer of flat yarn. After such a strong twist, a period of copper layer has been in close contact with each other. After the evaporation of the electric ore process, the metal is deposited on the surface of the film, and 9 ^ 22556 is then subjected to strong tensile strength to increase the contact surface and thickness of the metal to determine its conductivity. 々, two or more of the conductive yarns are intertwined, although they are thinner and softer than the existing wires, but it can be determined that the electrical conductivity is good, and equally safe. Only the conduction of electricity from different metals or different substrates is not recommended, because the potential difference generated by different materials f will have an impact on the ability. y If a small ratio of conductive yarn is woven into the warp and weft of the fabric, this is very: the textile method used, for example, in the table cloth of the chair, can eliminate static electricity, is better used on the curtain, and can resist Heat conduction, almost all metals have antibacterial function, of course, the antibacterial ability of different metals is also different 'When the appropriate ratio of conductive yarn woven into fabric, can be used as a protective material to block electromagnetic waves. Woven in a mesh or on the roof can be used as a protective net for snow and lightning protection. a Using a roll of stainless steel metal laminated and then twisting into a light and soft conductive yarn, embroider it on a fabric made of polyester long-fiber warp. This long-fiber fabric is folded and cut into several pieces. 50 cm long and 5 cm wide square piece as a substrate and placed on the machine. 'The conductive yarn is embroidered into a radial pattern. Each: the piece is placed at the place where the needle is taken up and the needle is removed. Connected to connectors, amplifiers, interference suppressors, and power supplies. If the size is not specified, the size of the 5G cm length and width is reported as an antenna. Generally, the antenna receives radio waves, which can be divided into long-wave surface bands and short-wave frequency modulation according to the wavelength. Therefore, when the antenna is made of conductive yarn, the band can be received as needed, and the different patterns and lengths of the vehicle are reserved. The injury line can be matched. When the antenna needs to move up, down, left, and right, provide the proper position. Embroidered on the fabric with the conductive yarn, the softness of the fabric makes it easy to carry and strong (four) pull. It can be used for work, and it is easy to collect various electric waves and discs. The antenna does not have two fabrics. The wind I is suitable for outdoor long-term erection and durability. In order to prevent the plating layer from rusting or 'breaking the rain, the sun is exposed to the sun and rot, apply a thin layer of oil: =, similar to the insulation effect. The paint or coating selected may be a baseless cloth. It is best to be transparent. The same paint can also be applied to the base fabric or if the fabric woven from the conductive yarn is used on the carpet of the aircraft, the seat bag = the curtain, usually maintained (4) humidity, and the required process is usually added with flame retardant chemistry. The agent uses high temperature to make it to the static mine: it does not lose the function of the yarn or the cloth, and it is also very effective in eliminating static electricity. [Simple description of the diagram] 2 1 This is a three-dimensional view of the appearance of flattened yarn on a plastic film. ', cutting Fig. 2 is a three-dimensional steamed metal flat yarn core wire method (four) into the appearance of the conductive yarn. Μ捻 Figure. Fig. 3 is a perspective view showing the appearance of the warp and weft in which the conductive yarn is woven into the fabric. Fig. 4 is a perspective view showing the appearance of the terminal using the conductive yarn as a terminal. "Do not reserve M422556 [Description of main components] 11 plastic film / paper 1 2 metal layer 1 3 cutting line 21 yarn 31 conductive yarn 41 cloth / non-woven material 42 conductive yarn
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