M346519 八、新型說明： 【新型所屬之技術領域】 本創作提供一種紙蜂巢蕊，尤指一種兼具防水與隔熱防火 功能之紙蜂巢蕊。 【先前技術】 按習用以紙材製成之蜂巢蕊，如申請人前申請之新型專利 權说數M223449「熱服式蜂巢微」’係由紙聚纖維（papej· pulp 鲁 f ibers)、觸媒（catalyst)、發泡劑（vesicant)、石墨(Graphite) 與碳素纖維（carbonic fibers)或活性碳（Activated Carbon) 4原料製成之蕊紙所製成；該熱脹式蜂巢蕊遇高溫（12〇。c— 200°C)時，其蕊紙中之觸媒即分解，促使其中均勻分佈有碳素 纖維（或活性碳）、石墨及發泡劑之紙漿纖維、脫水、碳化，釋 出水蒸氣衫祕㈣，其+之發_並發泡，絲紙雜達 數倍至數拾倍，使其中已脫水、碳化，_水蒸氣和不燃㈣ 體之紙漿纖維、無素_(或活性碳）、及_分佈蕊紙射 其間之石墨、形成密緻之碳墨結構，使該熱脹式蜂巢蕊兩侧』 嶋之蜂巢’變形呈密閉狀，具有良好之隔熱效果。糊 式蜂m然已經具有質輕及隔熱或防火等雜，並且㈣ =Γ尤其是室_或隔間使用之建材，或細 ==之夾層材料’惟因缺乏防水功能，__ 變潮轉生切，㈣於-㈣生長$ 促絲t蜂巢蕊„、紐、„’也會μ有害* M346519 質（如大氣中酸性氣體C02、N02、S02等），被潮濕的蕊紙中的 水份所吸收，形成腐蝕性更強的無機酸，而加速損壞，使其張 力以及耐久性大大地降低。以火車或捷運車輛車廂之地板為 例，每天行駛中載運大量旅客，如果其車廂地板是以紙製蜂巢 蕊作為夹層材料，雖然已經具有質輕及隔熱或防火等功能，如 果缺乏防水功能，其張力及耐久性即降低，而易於變形崩塌， 衫蓠女全。次按習用防水紙之製法，係在抄紙後的原紙上，塗 佈如貝局公告號593606「防潮、防水紙塗料之配製」發明專 利所揭示防水紙塗料之物理性處理，以達防水之功能；或如貴 局公告肋3429「生物可分解無雜之防水、紙材及其製造方 法」發明專·示之防水紙材，以防水劑處理紙漿，製成防水 紙漿後，再抄製成紙之化學處理，以達防水之功能；或在上開 製成之防水紙上’另塗__處理，而能兼具有防水與防火 之功能：或以防水劑及阻燃劑混合紙漿後，再抄製成紙，而且 有防水與防火之功能;上開習用防水紙，雖然具有防水功能、， 或兼具有不燃性之防火功能’惟以上?„用防水紙製成之習用 防火蜂巢蕊’其蜂巢蕊兩侧係呈開放狀，料巢蕊兩侧的空氣 可自然流通，因此無隔熱之功能。 【新型内容】 係以水、紙裝、防 其中之蕊紙，係以 表面活性劑與凝聚 有鑒於此，本創作提供一種紙锋巢蕊， 水材料與隔熱防火材料製成之蕊紙所製成， 水、紙漿、防水材料，包括脂肪酸化合物、 6 M346519 劑、或類似功能之替代物，調合組成之防水紙漿料，加入適量 之隔熱防火材料，如觸媒、發泡劑與石墨、或碳素纖維、或活 性碳、或氫氧化鋁、或類似功能之替代物等原料，調合成之紙 漿料，抄造製成者；或在以紙漿抄造之非防水蕊紙，塗佈一層 防水材料，如碳醯胺樹脂、乳膠、聚醯胺樹脂、或各種奈米防 、水材料，再塗佈一層隔熱防火材料製成者；或在以水、紙聚、 防水材料，調合組成之防水紙漿料，製成之防水蕊紙上，塗佈 _ 一層隔熱防火材料製成者；其中隔熱防火材料如熱脹式防火 膠’係由含碳、填、乳複合氨基樹脂勝粉組合，或類似功能之 替代物組合而成；本創作紙蜂巢蕊具有防潮、防水功能，設置 在潮濕的環境下，不會發生霉爛、變質、或變形，而降低其張 力及耐久性，影嚮安全；也因為本創作紙蜂巢蕊遇高溫^肋^ -2〇〇。(：）時，其蕊紙中之隔熱防火材料即膨脹達數倍至數拾 倍，使其蜂巢之前、後侧原本呈開放狀相通，變形為呈密閉狀 _不相通，而具有隔熱防火之功能。 本創作之主要目的，在提供一兼具防水與隔熱防火功能之 紙蜂巢蕊。 【實施方式】 如第一、二圖所示，本創作實施例紙蜂巢蕊1，係以水3〇 份、防水紙漿原料1份，加入適量之隔熱防火材料，即觸媒、 發泡劑與碳素纖維、活性碳、石墨之混合物18%(對防水紙漿原 料），調合成紙漿料，製成之蕊紙所製成，其中防水紙漿原料i M346519 、係由紙漿76· 5%、防水材料硬脂酸鈣、棕櫚酸鈣、硬脂酸 纖、准素、棕搁酸纖維素之混合物18%、表面活性劑松香皂2·⑽、 /、凝I劑硫酸鋁3%所組成；其蕊紙因含有防水材料硬脂酸鈣、 私櫚駄鈣、硬脂酸纖維素、棕櫊酸纖維素之混合物、表面活性 刎权香皂、與凝聚劑硫酸銘，具有防潮、防水之功能，設置在 -潮濕的環境中，不會霉爛、蟲蛀、變質，降低其張力及耐久性， 衫乡向安全；如第一〜四圖所示，本創作實施例紙蜂巢蕊1，其 _微紙因含有適量之隔熱防火材料，即觸媒、發泡劑與碳素纖 維、活性碳、石墨之混合物18%(對防水紙漿料），遇高溫（12〇 °C - 200°C)時，其蕊紙中之觸媒即分解，促使其中均勻分佈有 碳素纖維、活性碳、石墨之混合物及發泡劑之紙漿纖維、脫水、 碳化’釋出水蒸氣和不燃性氣體，其中之發泡劑並發泡，使其 蕊紙膨脹達數倍至數拾倍，使其中已脫水、碳化，釋出水蒸氣 和不燃性氣體之紙漿纖維與碳素纖維、活性碳、及均勻分佈其 _蕊紙原料其間之石墨，形成密緻之碳墨結構，使其蜂巢10之 前、後侧U、12原本呈開放狀相通，變形為呈密閉狀不相通， 而具有隔熱防火之功能。 【圖式簡單說明】 第一圖係本創作實施例紙蜂巢蕊1之蜂巢10前侧之立體示意 圖。 第二圖係本創作實施例紙蜂巢蕊1之蜂巢10後侧之立體示意 圖。 M346519 第三圖係本創作實施例紙蜂巢蕊1遇高溫（120°0200。〇時， 其蕊紙膨脹，使其蜂巢10之前、後侧11、12原本呈開 放狀相通，變形為呈密閉狀不相通，其蜂巢10前側之 立體示意圖。 第四圖係第三圖本創作實施例紙蜂巢蕊1其蜂巢10後侧之立 體示意圖。 【主要元件符號說明】 1 紙蜂巢蕊 10 蜂巢 11 蜂巢10之前侧 12 蜂巢10之後侧M346519 VIII. New description: [New technical field] This creation provides a paper honeycomb core, especially a paper honeycomb core with both waterproof and heat insulation functions. [Prior Art] The honeycomb core made of paper is used as the new patent right of the applicant's previous application. M223449 "Hot-service honeycomb micro" is made of paper fiber (papej·pulu ibers), catalyst. (catalyst), vesicant, graphite (Graphite) and carbon fibers (carbonized fibers) or activated carbon (Activated Carbon) 4 raw materials made of paper; the thermal expansion of the honeycomb core encountered high temperature ( 12〇.c—200°C), the catalyst in the core paper is decomposed, which promotes the distribution of carbon fiber (or activated carbon), graphite and foaming agent pulp fibers, dehydration, carbonization, and release of water. Vapor shirt secret (four), its hair _ and foaming, silk paper mixed several times to several times, so that it has been dehydrated, carbonized, _ water vapor and non-combustible (four) body pulp fiber, _ _ (or activated carbon) And _ distribution of the core of the paper to shoot the graphite, forming a dense carbon ink structure, so that the two sides of the thermal expansion of the honeycomb core 』 蜂 蜂 变形 变形 变形 deformation deformation is a good shape, with good thermal insulation effect. Paste bees are already light and heat-insulating or fire-proof, and (4) = Γ especially the building materials used in the room _ or compartment, or the sandwich material of fine == 'only due to lack of waterproof function, __ Cut, (d) in - (four) growth $ 丝 silk t hive core „, 纽, „' will also be harmful * M346519 quality (such as atmospheric acid gases C02, N02, S02, etc.), the moisture in the damp paper It absorbs and forms a more corrosive inorganic acid, which accelerates damage and greatly reduces its tension and durability. Taking the floor of a train or a MRT vehicle as an example, a large number of passengers are carried on a daily basis. If the floor of the compartment is made of paper honeycomb core as a sandwich material, although it has light weight and heat insulation or fire prevention functions, if it lacks waterproof The function, its tension and durability are reduced, and it is easy to deform and collapse, and the shirt is full. The method of subliminal use of waterproof paper is applied to the base paper after papermaking, and is coated with the physical treatment of the waterproof paper coating disclosed in the invention patent of Bay Board No. 593606 "Preparation of moisture-proof and waterproof paper coating" to achieve waterproof function. Or, as disclosed by your Bureau, rib 3429, "Biodegradable, non-hybrid waterproof, paper and its manufacturing method", the waterproof paper is invented, and the pulp is treated with a waterproofing agent to make a waterproof pulp, which is then made into paper. Chemical treatment to achieve the function of waterproofing; or 'coating __ on the waterproof paper made above, but capable of waterproofing and fireproofing: or mixing pulp with water repellent and flame retardant, then It is made into paper and has the function of waterproofing and fireproofing. It is waterproofing paper, although it has waterproof function, or has non-combustible fireproof function. 'Only above? „Used fireproof honeycomb core made of waterproof paper' The sides of the honeycomb core are open, and the air on both sides of the nest core can be naturally circulated, so there is no function of heat insulation. [New content] Water, paper, anti-corrosion paper, surfactant With condensation Herein, the present invention provides a paper core, a water material and a base paper made of heat-insulating fireproof material, water, pulp, waterproof material, including a fatty acid compound, 6 M346519 agent, or a similar functional substitute. Blending the composition of the waterproof paper pulp, adding appropriate amount of thermal insulation materials, such as catalyst, foaming agent and graphite, or carbon fiber, or activated carbon, or aluminum hydroxide, or similar functional substitutes, etc. Paper pulp, made by the manufacturer; or coated with a layer of waterproof material such as carbonamine resin, latex, polyamide resin, or various nano anti-water materials, and then coated in non-waterproof paper made from pulp. a layer of heat-insulating fireproof material; or a water-repellent paper pulp made of water, paper, water-repellent materials, blended with water-repellent paper, coated with _ a layer of heat-insulating fireproof material; Fireproof materials such as thermal expansion type fireproof rubber are made up of carbon, filled, milk composite amino resin powder combination, or a combination of similar functions; the creation paper honeycomb core has moisture-proof and waterproof functions, and is set in In a wet environment, it will not cause mold, deterioration, or deformation, but reduce its tension and durability, and affect the safety; also because the creation of the honeycomb core is high temperature ^ 〇〇 ^ -2 〇〇 (:), The heat-insulating fire-proof material in the core paper expands several times to several times, so that the front and back sides of the honeycomb are open and open, and the deformation is closed. It is not connected, but has the function of heat insulation and fire prevention. The main purpose of the invention is to provide a paper honeycomb core which has both waterproof and heat insulation functions. [Embodiment] As shown in the first and second figures, the paper honeycomb core 1 of the present embodiment is water-repellent and waterproof. 1 part of pulp raw material, adding appropriate amount of heat-insulating fireproof material, that is, 18% mixture of catalyst, foaming agent and carbon fiber, activated carbon and graphite (for waterproof pulp raw materials), blending paper pulp, making the core paper Made of waterproof pulp raw material i M346519, consisting of pulp 76.5%, waterproof material calcium stearate, calcium palmitate, stearic acid fiber, quasi-sugar, palmitic acid cellulose mixture 18%, surface active Agent rosin soap 2·(10), /, coagulating agent 3% aluminum sulfate The core paper has the functions of moisture-proof and waterproof due to the waterproof material such as calcium stearate, galangal calcium, cellulose stearate, cellulose palmitate, surface active scented soap, and coagulant sulphate. Set in a humid environment, it will not be mildewed, wormed, deteriorated, reduce its tension and durability, and the shirt town will be safe; as shown in the first to fourth figures, the paper of the present embodiment is the honeycomb core 1, its _ micro Paper contains 18% of the mixture of catalyst, foaming agent and carbon fiber, activated carbon and graphite (for waterproof paper pulp) when high temperature (12〇 °C - 200 °C) The catalyst in the core paper is decomposed to promote the distribution of carbon fiber, activated carbon, graphite mixture and foaming agent pulp fiber, dehydration, carbonization, release of water vapor and non-combustible gas, among which foaming And foaming, so that the paper is expanded several times to several times, so that the pulp fibers and carbon fiber, activated carbon, and evenly distributed materials thereof have been dehydrated, carbonized, released water vapor and non-combustible gas. The graphite in between, forming a dense The carbon ink structure has the front and rear sides U and 12 of the honeycomb 10 being openly connected, deformed into a closed shape, and has the function of heat insulation and fire prevention. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of the front side of the honeycomb 10 of the paper honeycomb core 1 of the present embodiment. The second figure is a perspective view of the rear side of the honeycomb 10 of the paper honeycomb core 1 of the present embodiment. M346519 The third figure is the high temperature of the paper honeycomb core 1 (120°0200. When the 蜂 , , , , , , , , , 其 其 其 其 其 其 其 其 其 其 其 其 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 蜂 蜂 蜂 蜂Disconnected, the three-dimensional schematic diagram of the front side of the honeycomb. The fourth figure is the three-dimensional schematic diagram of the rear side of the honeycomb honeycomb 1 of the present embodiment. [Main component symbol description] 1 Paper honeycomb core 10 Honeycomb 11 Honeycomb 10 Front side 12 behind the honeycomb 10