TWM377230U - Heat isolation cloth - Google Patents

Heat isolation cloth Download PDF

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Publication number
TWM377230U
TWM377230U TW98219161U TW98219161U TWM377230U TW M377230 U TWM377230 U TW M377230U TW 98219161 U TW98219161 U TW 98219161U TW 98219161 U TW98219161 U TW 98219161U TW M377230 U TWM377230 U TW M377230U
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Taiwan
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heat
fiber
resistant
fabric
woven
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TW98219161U
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Chinese (zh)
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Li-Yuan Huang
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Li-Yuan Huang
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Priority to TW98219161U priority Critical patent/TWM377230U/en
Publication of TWM377230U publication Critical patent/TWM377230U/en

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Description

M377230 * I · 五、新型說明: 【新型所屬之技術領域】 本創作一種阻熱布結構,係一種結構簡單可達到更有效之阻 熱效果的結構,並另具有安全性與耐衝擊更佳等實用性。 【先前技術】 - 按,玻璃纖維雖具較強之延展性可做為防火基材,但其承受 .剪力效果差、不易彎曲容易折斷’且受熱至84〇〇c即軟化,無法承 •文經900<>C〜100(rc高溫後的國家標準CNS14803所要求之捶擊測 試,久查,若以喷塗方式將玻璃纖維布或防火材質之捲門葉片上 喷塗一層含有碳賴與發㈣的_,雖具有受鮮彡脹之特性而 具阻熱效果,,然而由於塗層容易在使用時或使用—段時間後部份 脫落,進而影響甚至喪失阻熱效果並降低安全性,而事實上經過 多次的循環測試,前述塗層亦會脫落而不能真正符合標準;另外, 若將玻璃纖維布喷塗-層含有碳源劑與發泡劑之塗層,由於缺乏 籲易於被溫度感測器貼附的部位,因此亦不能精確的進行溫度量測。 再者5種以陶究纖維為材料所做成的防火阻熱產品,因 為此種無機纖維具完全不可燃、良好阻熱特性,但因其纖維短、 不具曲撓性且易於折斷,一般皆以碑、板成型或棉、毯形式做為 應用;但其不具曲撓且易於折斷的特性無法適用於經常捲曲、伸 展的應用上。 另者’另-種先前技術係以複合布或防火纖維布作成兩層布 幕,加上兩層布幕中間約ls公分至3〇公分的空氣層,阻隔^具 3 «77230 二層阻熱魏的設計。但此種雙層布幕裝置需要雙倍機械箱空 間、兩組門執及兩層傳動裝置。 』又’同-申請人之第〇__號「阻熱布結構」新型專利 申清案’其係由鋪紙、隔賴布、含金麟之玻璃纖維織布、 隔熱織布、陶究布、隔熱織布、含金屬絲之玻璃纖維織布、隔熱 -織布以及㈣紙所構成,經查前述結構乃堪稱實S,唯美中不足 .的地方乃在於玻璃纖維(二氧化石夕碳纖维)若與人體接觸有導致肺 _病之虞’而其中之陶究布(陶兜纖維)則有導致過敏等病變之虞,另 外其防火阻熱效果、耐衝擊性與結構強度亦可進一步提昇而更療 完善。 ' 本創作者乃有餘前述先前技術之缺失,並考慮以提昇防火 阻熱效果更佳且增加結構強度為前提而加以魏良,經過不斷的 研九_試’終於創作設計出—種阻熱布結構。 疋以本創作之主要目的乃在於提供一種阻熱布結構其係指 ♦ -種結構簡單且又可達到更有效之防纽熱效杲_熱布結構。 本創作之次一目的乃在於提供一種阻熱布結構,其整體結構 兼具有碳纖㈣高溫触化轉㈣衝擊雜 準CNS刚3所規定之耐衝擊測試。 國豕標 。“本創作之再一目的乃在於提供一種阻熱布結構其中該阻熱 單元之隔熱織布含有碳源劑與發泡劑,具有受熱膨脹形成碳化層 之特性’而具有更佳阻熱以及防止延燒之效果,且由於不需以喷 塗油漆或機械壓合方式成形,相對不會有習用產品因採喷塗或 =械壓合方娜綱、伸展細_脱軸 進而亦可確健紐果,姆亦频红安全性。 ”“本創作之又-目的乃在於提供—種阻細構,其中該阻熱 2之可撓性金屬薄了具反射熱之作用以外,亦可提供溫度 感測衫於崎在其上方賤於依翻家標準_侧之檢測 方式進行溫度量測。 本創作之另-目的乃在於提供—種_布結構,其係具有阻 熱1000°c以上之效果。 【新型内容】 -種阻熱布結構’係由可撓性金屬薄片、碳纖維與強化纖維 織成之防火基布、隔熱織布、碳纖維與強化纖維織成之防火基布、 以及可撓性金屬料所構成,藉㈣單之阻鮮結構達到更有效 之阻熱效果’整體結構具有較佳之耐衝擊性;而其中之隔熱織布 含有碳關與發關’具有受熱火膨脹形成碳化層之特性,而具 籲有更佳阻熱以及防止延燒之效果。 茲配合圖式詳加說明如后。 【實施方式】 如圖-所示,本創作-種_布結構⑴,雜序由可撓性金 屬薄片例如紹質薄片⑼、碳纖維與強化纖維織成之防火基布 (12)、隔熱織布(13)、碳纖維與強化纖維織成之防火基布(12)以及 可撓性金屬薄片例如链質薄片(11)所構成,並以尼龍線(目未示)或 其他遇火可以熔斷之線材車缝而連結固定。 M377230 再者,前述之碳纖維與強化纖維織成之防火基布(12)兼具碳纖 維耐高溫與強化纖維具耐擊衝特性,而其中之碳纖維係指由聚丙 歸猜(Polyacrylonitrile ’簡稱PAN)、瀝青或嫘縈纖維燒製而成,而 其中之強化纖維係可為克維拉纖維取⑼丨虹Fiber)或娜密思纖維 (Nomex Staple)等強化纖維。 • 另者’前述之隔熱織布(13)係含有碳源劑與發泡劑而具有受熱 . 膨脹之特性。 _ 综上所述,本創作可歸納具有下列增進功效: 1·以更簡單之阻熱布結構(1)達到更有效之阻熱效果。 2.隔熱織布(η)係介於兩防火基布⑽之間,而各防火基布⑽係 由碳纖維與強化纖維所織成,相對令整體結構兼具碳纖維耐高 溫與強化纖維具耐衝擊之特性,亦可通過國家標準⑶幻侧 所規定之耐擊衝测試,且前述之防火基布⑽即使與人體長期接 觸亦無導致錢之虞,姆亦符合綠建纽室_修材料之環 φ 保原則。 • 3雇熱布結構⑴之隔熱織布⑽含有碳源劑與發泡劑,具有受熱膨 脹形成碳化狀躲’㈣有更姐熱以及社延燒之效果, 且由於不需以喷塗、油漆或機械屬合方式成形,相對不會有習 用f品因採喷塗或機麵合方式經多次捲曲、伸展使用後容易 脫落或剝離之缺失,進而亦可確保阻熱效果,相對亦具較佳之 安全性。 4.阻熱布結_之可撓性金屬糾例如銘編⑼除了具反射 6 M377230 * . .. 熱之作用以外,亦可提供溫度感測器易於貼附在其上方以便於 依據國家標準CNS14803之檢測方式進行檢測。 5·具有阻熱1〇〇〇。(:以上之效果。 6·阻熱布結構(1)可藉由尼龍線或其他遇火可熔斷之線材車縫連 結’相對具有結構穩固之優點,而當使用時尼龍線則遇火炫斷, • 不會影響含有碳源劑與發泡劑之隔熱織布(13)受熱膨脹之阻熱 • 與防止延燒的效果。 • 7.阻熱布結構(1)具有適當曲撓度、耐衝擊、經捲曲伸展後不脫落 的良好阻熱特性。 8·阻熱布結構⑴具有防火、防煙之功能,進而亦可作為防煙、防 火垂幕。 么是以’本案創作之阻熱布結構之空間形態之组合運用誠乃具 〗述之'sit功效而具產業上之利用價值,復參照行政法院判字 第499號判決理由書之前段亦載明:「所謂首先創作,固應為前所 有之技術上心想之麟,亦即應具倾酿。销謂前所未有 之新穎性,雜祕解決_之手段及其手發生之技術上之 ^果均為前絲㈣W,線㈣顧_,或以新手 段解決制題者錢轉所未有之鑛..· 物,物撕版伽令在^ 而係習用技術,若其空間形態係屬創新, 2 輯物品_功鱗,将合新型專利 之要件。」嫩陶專物_糊,其 7 M377230 » ·. :新’唯其若具增進功效亦應符合翻專狀要件,為此乃依法 提出新型專利申請,懇請肖局貴審查委員予以詳查並賜准專 利,至感德便。 惟,以上所述者僅為本創作之較佳實施例而已,、 創作實施之範圍,舉凡依本創作申請專利範圍 •變化與修飾皆應偏本創作涵蓋之專·_。 τ之均等 【圖式簡單說明】 • 圖一係本創作實施例之平面示意圖。 【主要元件符號說明】 (1)阻熱布結構 (11)紹質薄片 (12)防火基布 (13)隔熱織布M377230 * I · V. New description: [New technical field] The creation of a heat-resistant cloth structure is a structure with simple structure to achieve more effective heat-blocking effect, and has better safety and impact resistance. Practicality. [Prior Art] - According to the glass fiber, although it has strong ductility, it can be used as a fireproof substrate, but it can withstand shearing effect, is not easy to bend and is easy to break, and it is softened when heated to 84〇〇c. Wenjing 900<>C~100 (the sniper test required by the national standard CNS14803 after rc high temperature, long check, if spraying a glass fiber cloth or fireproof material on the roll door blade, a layer containing carbon ray _, with the hair (4), although it has the characteristics of swelling and has a heat-blocking effect, however, since the coating is easy to fall off during use or after a period of time, it may affect or even lose the heat-blocking effect and reduce safety. In fact, after repeated cycles of testing, the coating will also fall off and not really meet the standard; in addition, if the glass fiber cloth is sprayed - the coating containing the carbon source and the blowing agent, due to lack of appeal The temperature is measured by the temperature sensor, so there is no way to accurately measure the temperature. There are five kinds of fire retardant products made of ceramic fiber, because the inorganic fiber is completely non-flammable and good. Thermal resistance However, due to its short fiber, non-flexible and easy to break, it is generally used in the form of monument, sheet molding or cotton or carpet; however, its non-flexible and easily breakable characteristics cannot be applied to applications that are often curled and stretched. The other 'other kind of prior art is made of composite cloth or fire-retardant fiber cloth to make two layers of curtains, plus two layers of curtains in the middle of the air layer of about ls cm to 3 cm, blocking ^ 3 377232 two-layer resistance The design of the hot Wei. But this double-layer curtain device requires double mechanical box space, two sets of door handles and two-layer transmission. 『又'--The applicant's No. __ "heat-resistant cloth structure" new type The patent application case is based on paper-laying, spacer cloth, glass fiber woven fabric containing Jinlin, heat-insulating woven fabric, ceramic tile, heat-insulating woven fabric, glass fiber woven fabric containing metal wire, and heat insulation- Weaving cloth and (4) paper are composed of the above structure. The above-mentioned structure is considered to be a real S. The only thing that is lacking in the beauty is that the glass fiber (the dioxide carbon fiber) has contact with the human body to cause lung disease. Pottery cloth (Taodou fiber) has the cause of allergies and other diseases, and its defense The heat-resistance effect, impact resistance and structural strength can be further improved and improved. 'The creator is more than the lack of the aforementioned prior art, and considers the premise of improving the fire resistance and heat insulation effect and increasing the structural strength. Good, after continuous research and development _ test 'finally created and designed a kind of heat-resistant fabric structure. 疋 The main purpose of this creation is to provide a heat-resistant cloth structure, which means that the structure is simple and can be more effective. The anti-heat effect 杲 _ hot cloth structure. The second purpose of this creation is to provide a heat-resistant cloth structure, the overall structure and carbon fiber (four) high temperature touch conversion (four) impact miscellaneous CNS just 3 as specified by the impact resistance Test. Guo Biao. "A further objective of the present invention is to provide a heat-resistant cloth structure in which the heat-insulating woven fabric of the heat-insulating unit contains a carbon source and a foaming agent, and has the property of being thermally expanded to form a carbonized layer. It has better heat resistance and prevents the effect of burning, and since it does not need to be formed by spraying paint or mechanical pressing, there is relatively no conventional product due to spraying or = mechanical pressing, and stretching. The off-axis can also confirm the health of the fruit, and the red is also safe. "The purpose of this creation is to provide a kind of resistance structure. The flexible metal of the heat-resistant 2 has a function of reflecting heat, and can also provide a temperature-sensing shirt on the top of it. The temperature measurement is carried out according to the standard of the _ _ side detection method. Another object of the present invention is to provide a _ cloth structure which has the effect of blocking heat of 1000 ° C or more. [New content] - A heat-resistant fabric structure' is a fire-resistant base fabric woven from flexible metal foil, carbon fiber and reinforced fiber, heat-insulating woven fabric, fire-resistant base fabric woven from carbon fiber and reinforced fiber, and flexibility. The metal material is composed of (4) single-blocking structure to achieve more effective heat-blocking effect. 'The whole structure has better impact resistance; and the heat-insulating woven fabric contains carbon-off and hair-cutting' with a thermal expansion to form a carbonized layer. The characteristics are better, and the effect is better to prevent heat and prevent the burning. Please refer to the detailed description of the drawings as follows. [Embodiment] As shown in the figure, the creation-type cloth structure (1), the miscellaneous order is made of a flexible metal foil such as a slab (9), a carbon fiber and a reinforced fiber woven base fabric (12), and heat-insulating weave. A cloth (13), a fire-resistant base fabric (12) woven from carbon fibers and reinforcing fibers, and a flexible metal foil such as a chain sheet (11), and which can be blown by a nylon thread (not shown) or other fire. The wire is sewn and fixed. M377230 Furthermore, the above-mentioned carbon fiber and reinforced fiber woven fireproof base fabric (12) have both carbon fiber high temperature resistance and reinforced fiber with impact resistance characteristics, and the carbon fiber refers to Polyacrylonitrile (PAN). The asphalt or rayon fiber is fired, and the reinforced fiber may be a reinforced fiber such as (9) 丨Hong Fiber or Nomex Staple. • The other 'insulation woven fabric (13) contains a carbon source and a foaming agent and has the property of being heated and expanded. _ In summary, this creation can be summarized as follows: 1. A more effective heat-resistant fabric structure (1) to achieve a more effective heat-blocking effect. 2. The insulation woven fabric (η) is interposed between two fireproof base fabrics (10), and each fireproof base fabric (10) is woven from carbon fiber and reinforced fiber, so that the overall structure has both carbon fiber high temperature resistance and reinforced fiber resistance. The characteristics of the impact can also pass the impact test specified by the national standard (3) Magic side, and the above-mentioned fireproof base fabric (10) does not cause money even if it is in contact with the human body for a long time, and it also conforms to the green building new room _ repair material The ring φ guarantee principle. • 3 heat-resistant fabric structure (1) insulation woven fabric (10) containing carbon source and foaming agent, with thermal expansion to form carbonized shape to hide '(four) have more sister heat and social extension burning effect, and because no need to spray, paint Or it can be formed by the mechanical combination method, and there is no relative use of the product. It can be easily peeled off or peeled off after being used for many times due to the spraying or the machine surface combination method, and the heat resistance effect can be ensured. Good security. 4. Heat-resistant cloth knot _ flexible metal correction such as inscription (9) In addition to the reflection of 6 M377230 * . .. heat, it can also provide a temperature sensor easy to attach above it in order to comply with the national standard CNS14803 The detection method is detected. 5· Has a heat resistance of 1〇〇〇. (: The above effect. 6. The structure of the heat-resisting cloth (1) can be made by the nylon wire or other wire that can be melted by fire. The structure has the advantage of relatively stable structure, and when used, the nylon thread is smashed by fire. , • Does not affect the thermal insulation of the heat-insulating woven fabric (13) containing carbon source and foaming agent. • The effect of preventing heat build-up. • 7. Heat-resistant cloth structure (1) has appropriate tortuosity and impact resistance. Good heat-resistance characteristics that do not fall off after being stretched and stretched. 8. The structure of the heat-resistant cloth (1) has the functions of fire prevention and smoke prevention, and can also be used as a smoke-proof and fire-proof curtain. What is the structure of the heat-resistant cloth created in this case? The combination of spatial forms and the use of the "sit effect" of the description has the industrial use value. The reference to the administrative court judgment No. 499 before the judgment of the reason also states: "The so-called first creation, the solid should be the former technology. The mind is thought to be the linger, that is, it should be poured. The sales are unprecedented in novelty, the means of solving the problem and the technical consequences of the hand are all the front silk (four) W, the line (four) Gu _, or new Means to solve the problem that the problem maker has not transferred to the mine.. The tattered version of the garnish is in the same way as the conventional technology. If its spatial form is innovative, the 2 series of items _ gong scale will be combined with the requirements of the new patent." Tender pottery _ paste, its 7 M377230 » ·. : New 'On the other side, if it has the effect of improving the performance, it should also meet the requirements of the specialization. For this reason, a new type of patent application is filed according to law, and the Board of Directors of the Board of Directors is invited to examine and grant the patent in detail, and it is only a matter of feeling. For the preferred embodiment of the creation, the scope of the creation and implementation, the scope of the application for patents according to this creation, the changes and modifications should be limited to the scope of this creation. _ The equality of τ [simple description of the schema] • Figure 1 A schematic plan view of the present embodiment. [Main component symbol description] (1) Heat-resistant cloth structure (11) Raw sheet (12) Fire-resistant base cloth (13) Insulation fabric

Claims (1)

M377230 *參 · 六、申請專利範圍: L -種阻熱布結構,係依序由可撓性金屬翱、碳纖維與強化纖 維織成之防火基布、隔熱織布、碳纖維與強化纖維織成之防火 基布以及可撓性金屬薄片所構成並赠材車縫而雜固定者。 2·如申請專利範圍第i項所述之阻熱布結構,其中該碳纖維與強 •化纖維織成之防火基布其中的強化纖維係可為克維拉纖維 .(Kevlar Fiber)或娜密思纖維⑽咖乂 staple)者。 • 3.如f請利細第丨撕狀_布結構,其巾該碳纖維與強 化纖維織成之防火基布其中的碳纖維係由聚丙烯腈 (Polyacrylonitrile)、瀝青或嫘縈纖維燒製而成者。 4. 如申請專利範圍第1項所述之阻熱布結構,其中該隔熱織布係 含有碳源劑與發泡劑而具有受熱膨脹之特性者。 5. 如申請專利範圍第1項所述之阻熱布結構,其中該可撓性金屬 . 薄片、碳纖維與強化纖維織成之防火基布、隔熱織布、碳纖維 , 與強化纖維織成之防火基布以及可撓性金屬薄片所構成之阻熱 布結構係以遇火可熔斷之線材車縫連結固定者。 9M377230 *Parts · VI. Scope of application: L-type heat-resistant fabric structure, woven from fire-resistant base fabric, heat-insulating woven fabric, carbon fiber and reinforced fiber woven from flexible metal enamel, carbon fiber and reinforced fiber. The fireproof base fabric and the flexible metal foil are formed and the materials are sewn and fixed. 2. The structure of the heat-resistant cloth according to item i of the patent application, wherein the reinforcing fiber of the carbon fiber and the strong chemical fiber woven fabric may be Kevlar Fiber or Naomi. Thinking fiber (10) curry staple). • 3. For example, please use the woven fabric of the carbon fiber and reinforced fiber. The carbon fiber is made of polyacrylonitrile, asphalt or rayon fiber. By. 4. The structure of the heat-resistant cloth according to claim 1, wherein the heat-insulating woven fabric contains a carbon source and a foaming agent and has a property of being thermally expanded. 5. The structure of the heat-resistant cloth according to claim 1, wherein the flexible metal, the fire-resistant base fabric woven by the carbon fiber and the reinforcing fiber, the heat-insulating woven fabric, the carbon fiber, and the reinforced fiber are woven. The fire-resistant fabric and the heat-resistant cloth structure composed of the flexible metal foil are sewn and fixed by the fire-breakable wire. 9
TW98219161U 2009-10-16 2009-10-16 Heat isolation cloth TWM377230U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI672227B (en) * 2018-08-17 2019-09-21 南亞塑膠工業股份有限公司 Pipe fireproof material

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI672227B (en) * 2018-08-17 2019-09-21 南亞塑膠工業股份有限公司 Pipe fireproof material
CN110884233A (en) * 2018-08-17 2020-03-17 南亚塑胶工业股份有限公司 Pipeline coating fireproof material

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