設防水布以前，必 ，否則容易造成施 再者， 缺點之三。 200538611 九、發明說明： 【發明所屬之技術領域】 本發明係主要涉及一種泥作防水隔熱施工方法之創新發明者 【先前技術】 按，如第1圖所示係為一習式防水施工法之結構剖面示意 八係主要於施工結構10之表層予以清潔得非常乾淨後，先以一 層防水布11舖設於其表面，再舖設一層PU發泡層12，最後再以 層水泥與砂之混合層13舖設於最外層所組合而成。 【發明内容】 所欲解決的技術課題： ^而如上所述之習式防水隔熱施工法在舖 須先將施工表面清潔得非常乾淨才能進行施工 工的瑕疲或失敗，為其缺點之一。 為其最外層舖設的水泥結構較硬容易讓人跌倒時撞傷， 其最外層舖設的水泥結構容易因為風化而龜裂，為其 人居習式由防水布11、pu發泡層12與水泥、砂之混 削結構，純触綠差，辅缺點之四 -箱·二1^以上習式防水隔熱施卫法的諸多缺點，而發明 太發明’是為本發明所欲行解決之困難點所在。 施工要;隔熱施工法，其 時與成本者。 心^非*乾淨，可縮短前置作業的工 最外’係在提供—種泥作防水隔熱施工法，並 構秘_舖__，《免跌倒時之碰 本發明之再， 目的’係在提供-種泥作防水隔熱施工法， 其 200538611 者。卜曰&構以具較佳拿刀性的材質舖設，可避免因風化而龜裂 可適=1係、在提供—種泥作防水隔熱施工法，其 ==_牆及外部牆面等不同結構表面上之駐，具廣泛適 解決課題之驗手段”姑，讀供健制效能者。 先以駐結喊潔乾淨後 = ί於樹之表層上；又以樹脂水泥填補 塊之表層以—層玻璃纖維網層覆蓋於保麗龍 層固結於樹脂水泥之中完成施工者；而於 舖以水性樹触行打底，又在表面防水層 ^之後’可再塗佈—層雜樹脂漆層者。 L實施方式】 ，下’兹配合圖式列舉—具體實 造内容，及其達成之舰效益如后； 月之構 序：如第5圖所示為本發明之施工流程轉圖，其係包含以下程 立岡f部防水賴設程序：配合如第2 ®之防水施1結構剖面示 二二 表面加以清潔乾淨’再以樹脂水泥 縫^同的保麗龍塊30以適當間隔 ，縫程序：以樹脂水泥2〇填補於各保麗龍塊3〇間的縫隙； 破璃纖維網舖設程序：以一層玻璃纖維網層4〇覆蓋於保麗 塊川之表層上面； 200538611 表面防水層舖設程序··最後再以樹脂水泥2〇舖設適當厚度於 玻璃纖維網層40之表面，使玻璃纖維網層4〇固結於樹脂水^2〇 之中’即完成一泥作之防水隔熱施工者。 々吐=述本發明之防水隔熱施工法，其施工結構1()在施工前 ^不·^要*潔得非常乾淨，可雜前置作#的工時域本外.又 其^外層施工結構為樹脂水泥20舖設為柔軟表層，不但能 =之f撞傷害而且其避免表層因風化形成的龜裂者；而且藉由 舖設適當厚度之健舰3〇，可軸較佳之隔驗 f第用ΓίΓ與外部牆之施工，具廣泛適用性者。 I μ ί , 為本發明之補強施工結構剖面示意圖，其係可 ^性ίίΓοΙ 部_^黯樹脂水泥2〇之前’先以一層水 了底可加齡水外柯觀各層施工結構之牢固 樹月旨漆層60做為保護外層，除能形成 及龜餅，又可進-步提高施工表層之柔H卜層保遵避免風化 如第4圖所示為本發明填補破損施工結 當=防水賴設之樹财泥财局部破損時，二 設-層玻璃纖維網層4G，再以樹 =^破t 玻璃纖維網層40固結於樹脂水泥2〇之中者。U加以填千，亦使 丨 ，上所述本發明「泥作防水隔熱施 設之樹脂水泥舖設為柔軟表層，不避^ ^由其最外層舖 可避免表層因風化形成的龜裂，又本==^撞傷害且 綜上所述，當知本發日成^。 明未見於任何刊物，亦具新穎性，當符合專利二且本發 提出?月】麟#審查委員惠准專利為禱，，纽法 第第：::==== 7 200538611 第3圖：係本發明之補強施工結構剖面示意圖。 第4圖：係本發明填補破損施工結構之剖面示意圖。 第5圖：係本發明之施工流程方塊圖。 【主要元件符號說明】 10.. ..施工結構 11....防水布 12.... PU發泡層 13.. ..水泥與砂之混合層 20....樹脂水泥 30....保麗龍塊 40____玻璃纖維網層 50....水性樹脂 60----彈性樹脂漆層Before setting the tarpaulin, it must be, otherwise it is easy to cause further damage. 200538611 IX. Description of the invention: [Technical field to which the invention belongs] The present invention mainly relates to an innovative inventor of a mud-waterproof and heat-insulating construction method. [Previous technology] Press, as shown in FIG. 1 is a conventional waterproof construction method The structural section indicates that the eight series are mainly cleaned on the surface layer of the construction structure 10, and then a tarpaulin 11 is laid on the surface, a PU foam layer 12 is laid, and then a cement and sand mixed layer is laid. 13 is assembled by laying on the outermost layer. [Summary of the Invention] The technical problems to be solved: ^ And the conventional waterproof and heat insulation construction method as described above requires the construction surface to be cleaned very cleanly before it can perform the defects or failures of the construction workers, which is one of its disadvantages. . The cement structure laid for its outermost layer is harder to be injured when it falls. The cement structure laid for its outermost layer is easily cracked due to weathering. For its habitat, it consists of waterproof cloth 11, pu foam layer 12, and cement. The mixed structure of sand and sand, poor green touch, and auxiliary disadvantages 4-Boxes · 2 1 ^ The many shortcomings of the conventional waterproof and thermal protection method, and the invention is too invented, which is the difficult point to be solved by the present invention. . Construction requirements; insulation construction method, time and cost. Mind ^ is not * clean, can shorten the front-end work. The most important thing is to provide-a kind of mud for waterproof and heat insulation construction method, and the construction of _ shop __, "to avoid falling when touch the present invention, purpose" Department of providing-a kind of mud for waterproof and thermal insulation construction method, its 200538611. Bu Yue & structure is laid with a material with better knife-handling property, which can avoid cracking due to weathering. Applicable = 1 system, providing a kind of mud for waterproof and thermal insulation construction method, which == _ the wall and the external wall surface Waiting on the surface of different structures, it has a wide range of methods to solve the problem. "Anyone who reads for the health system. First, call for cleanliness after cleaning = ί on the surface of the tree; and then fill the surface of the block with resin cement. Cover the fiberglass mesh layer with the Polyurethane layer and consolidate it in the resin cement to complete the construction; and apply a water-based tree to the bottom line, and after the surface waterproof layer ^ can be re-coated-a layer of miscellaneous resin The painter. L Implementation], the following is listed in conjunction with the diagram-the specific implementation content, and the ship's benefits achieved as follows; the sequence of the month: as shown in Figure 5 for the construction process of the present invention It consists of the following Cheng Ligang f waterproofing procedures: cooperate with the 2nd surface of the waterproof application structure 1 shown in section 22 to clean the surface, and then use resin cement ^ same Polyurethane block 30 at appropriate intervals, Seam program: Fill the seam between 30 pieces of Polyurethane blocks with resin cement 20 ; Broken fiberglass net laying procedure: Cover a layer of glass fiber net layer 40 on the surface layer of Poly Block Chuan; 200538611 Surface waterproof layer laying procedure ·· Finally, use resin cement 20 to lay an appropriate thickness on the fiberglass net layer 40. On the surface, the glass fiber mesh layer 40 is consolidated in the resin water ^ 20, that is, a waterproof and heat-insulating construction worker who has completed a mud work. The spit = describes the waterproof and heat-insulating construction method of the present invention, and its construction structure 1 ( ) Before construction ^ no ^ must be very clean, can be mixed with the working hours of the front # and outside the field. And its ^ outer construction structure is resin cement 20 paved as a soft surface, not only can = f hit injury Moreover, it avoids cracks caused by weathering on the surface layer; and by laying a healthy ship 30 of an appropriate thickness, it can be used for better construction and external wall construction, and has broad applicability. I μ ί, This is a cross-sectional schematic diagram of the reinforced construction structure of the present invention, which can be used. ΊίοΙ Department _ ^ Resin Cement Before 20, 'the first layer of water can be added to the bottom and the water can be aged. As a protective outer layer, In addition, it can further improve the softness of the construction surface layer to ensure compliance and avoid weathering. As shown in Fig. 4, the present invention is to fill the damaged construction. When the = localized damage of the tree and mud properties of waterproofing, the second set-layer glass The fiber mesh layer 4G, and then the tree fiber glass layer 40 is consolidated in the resin cement 20. U is filled with thousands, and also makes the above-mentioned "mud for waterproof and thermal insulation facilities" The resin cement is laid as a soft surface layer, and the outermost layer can not be avoided. ^ The outer layer can avoid cracks caused by weathering, and the == ^ collision injury and to sum up, when we know that the hair is made ^. Any publication is also novel. When it meets the second patent and is filed in this issue?】] Lin # examiner Huizhun patent for prayer. New York Chapter: :: ==== 7 200538611 Figure 3: This invention Schematic cross-section of the reinforced construction structure. FIG. 4 is a schematic cross-sectional view of a damaged construction structure of the present invention. FIG. 5 is a block diagram of the construction process of the present invention. [Description of Symbols of Main Elements] 10 ... Construction Structure 11 .... Waterproof Cloth 12 .... PU Foam Layer 13 ... Mixed Layer of Cement and Sand 20. Resin Cement 30 .. ..Polyuron block 40____ glass fiber mesh layer 50 .... water-based resin 60 ---- elastic resin paint layer