1289167 九、發明說明： 【發明所屬之技術領域】 。本發縣主要涉及-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-習式防水施工法之結構 思其係主要於施工結構10之表層予以清潔得非常乾淨後先ϋ jtii1 f設於其表面，再舖設一層Ρϋ發泡層12，最後_ 曰水泥與汐之混合層13舖設於最外層所組合而 【發明内容】 所欲解決的技術課題·· 工的瑕疮或失敗，為其缺點之—。 糊成施 為其g之ί最外層舖設的水泥結構較硬容易讓人跌倒時撞傷， 缺點ϊί:其最外層舖設的水泥結構容易因為風化而龜裂，為其 合層水布u、_⑽12與水泥、砂之混 %斤以如祕早雜構，其隔熱效果較差，為其缺點之四。 一藉制新66 十^从上習式防水隔熱施工法的諸多缺點，而發明 ^ ，係在提供一種泥作防水隔熱施工法，豆 夢外的’係在提供一種泥作防水隔熱施工法，其 撞傷S。、"為軟性材質舖設為柔軟表層，能避免跌倒時之碰 本舍再目的，係在提供一種泥作防水隔熱施工法，其 1289167 J外層施玉結_具較佳_的材f舖設，可避免因風化而龜裂 適當間隔縫隙排列舖設於樹脂水泥之層以 塊之ϊϊΐϊ，=者H層__網層覆蓋於保麗龍 ，使玻璃纖維網層固結於樹脂水泥之中完成=維:： 水層舖設之前可以水性樹脂先行打底，又在表 舖叹，序之後，可再塗佈一層彈性樹脂漆層者。 曰 【實施方式】 、-内ϊ下：1歸圖式列舉一具體實施例，詳細介紹本發明之構 以内谷」及其所能達成之功能效益如后； 冓 序：如第5圖所示為本發明之施讀程神圖，其係包含以下程 音円^部防水層舖設程序：配合如第2®之防水施工結構剖面示 思圖斤不，係先於施工結構1〇表面口^ ^ 20舖設於施工結構10之表面； 德淨再以樹脂水泥 縫隙厚/上的保麗龍塊30以適當間隔 =程序水泥2G填齡各㈣難3G間的 塊30之序：以—層賴__ 4_於保麗龍 1289167 « 1 表面防水層舖設程序：最後再以樹脂水泥20舖設適當厚度於 玻璃纖維網層40之表面，使玻璃纖維網層4〇固結於樹脂水泥2〇 之中，即完成一泥作之防水隔熱施工者。 如上所述本發明之防水隔熱施工法，其施工結構1G在施工前 並不需要清潔得非常乾淨’可縮短前置作業的工時與成本外；又 其最外層施工結構為樹脂水泥20舖設為柔軟表層/不但能’ ，時之碰撞傷許且其避絲層因風化形成的_者；而且藉由 間所舖A姑厚度之保舰塊3〇，可形紐佳福ϋ吸^ 曰效果’且可適甩於隔間牆與外部牆之施工，具廣泛適用性f 如第3圖所示為本發明之補強施工結構剖面示意圖， _於施工結構10在底部防水層舖設樹脂水泥2〇之前先以二声 =樹脂50打底，除可加餘水外亦可觀各層施工結構之牢曰固 ，’又於表_水賴設之_水泥2G讀，可碰佈— iiirG做為保護外層，除能形成—柔軟的外層保護避i風i匕 及龜卜，又可進一步提高施工表層之柔軟度者。 如第4 ®所示為本發明填補破損施讀構之剖面示音 虽表面防水賴設之難水泥2时局部破損時，财於5 : 位先舖設-層玻顧糊層40，再以樹脂水泥2G加以填^= 玻璃纖維網層40固結於樹脂水泥2〇之甲者。 、’、使 .如上所述本發明「泥作防水隔熱施工法」， ΐίίϊί泥舖設為錄表層，不但能贼跌倒時之碰撞ϋ 表面j得很乾淨，因此可縮短節省前置作業的 ^工 明未見於任何刊物，亦具新穎性，當符合專利法之規么 ^ 提出= 月專利申請，麟貴審查委員 次依法 【圖式簡單說明】 。物 ，1圖·係習式防水施1法之結構剖面示意圖。 第2圖··係本發明之防水施工結構剖面示意圖。 1289167 t 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1289167 IX. Description of the invention: [Technical field to which the invention pertains]. Benfa County is mainly involved in the innovation of inventors of the method of waterproofing and heat insulation of the mud. [Prior Art] According to the structure shown in Figure 1 - the structure of the waterproof construction method is mainly based on the surface of the construction structure 10 After cleaning very cleanly, jtii1 f is placed on the surface, and then a layer of foamed layer 12 is laid. Finally, the mixed layer 13 of cement and concrete is laid on the outermost layer. [Invention] The technology to be solved The problem of acne or failure of the work is its shortcomings. The cement structure of the outermost layer of the paste is harder and easy to fall when it falls. Disadvantages :ί: The cement structure laid on the outermost layer is easily cracked due to weathering, and it is a layer of water cloth u, _(10)12 The mixture with cement and sand is as good as the early miscellaneous structure, and its heat insulation effect is poor, which is the fourth disadvantage. In order to provide a kind of mud waterproofing and heat insulation construction method, the invention provides a kind of mud waterproofing and heat insulation. Construction method, its impact S. , " soft material for the soft material layer, can avoid the purpose of collision when falling, is to provide a mud waterproof and thermal insulation construction method, its 1289167 J outer layer Shi Yujie _ with better _ material f laying It can avoid the cracking of the resin cement layer due to weathering and cracking. The layer of the resin cement is covered by the block. The H layer __ mesh layer covers the styrofoam and the glass fiber mesh layer is consolidated in the resin cement. Dimensions:: Before the water layer is laid, the water-based resin can be primed first, and after the table is sighed, the layer can be coated with a layer of elastic resin paint.曰[Embodiment], -Inside and below: 1 is a schematic diagram to illustrate a specific embodiment, detailing the structure of the present invention and its functional benefits as follows; It is the reading course of the present invention, which comprises the following procedure: the waterproofing layer laying procedure of the following section: the waterproofing structure of the 2nd aspect is not shown, and the surface of the construction structure is preceded by the surface of the construction structure. ^ 20 laid on the surface of the construction structure 10; Dejing is again made of resin cement gap thick / on the styrofoam block 30 at appropriate intervals = program cement 2G filling age (four) difficult 3G block 30 order: __ 4_于宝丽龙1289167 « 1 Surface waterproof layer laying procedure: Finally, the resin cement 20 is laid with a suitable thickness on the surface of the glass fiber mesh layer 40, so that the glass fiber mesh layer 4〇 is consolidated in the resin cement 2〇 That is to complete a muddy waterproof and thermal insulation construction. According to the waterproof and heat insulation construction method of the present invention, the construction structure 1G does not need to be cleaned very cleanly before construction, which can shorten the working hours and costs of the front work; and the outermost construction structure is the resin cement 20 laying. For the soft surface layer / not only can, the collision of the time and the formation of the silk-avoiding layer due to weathering; and by the shop of the A-thickness of the barrier block 3 〇, shapeable New Jiafu sucking 曰The effect 'can be applied to the construction of the partition wall and the external wall, and has wide applicability. F. Fig. 3 is a schematic cross-sectional view of the reinforcing construction structure of the present invention, _ laying the resin cement in the bottom waterproof layer in the construction structure 10 Before the 〇 以 = = = = = = = = = = = = = = = = = = = = = = = = = = = The outer layer, in addition to the formation of a soft outer layer to protect against the wind and the turtle, can further improve the softness of the construction surface. As shown in the 4th ®, the cross-section of the invention is filled with the damaged structure. Although the surface is waterproof, it is partially damaged when it is difficult to be cemented. 2: Firstly, the layer is laid first, the layer is covered with the paste layer 40, and then the resin is used. Cement 2G is filled in. = Glass fiber mesh layer 40 is fixed to the resin resin. The above-mentioned "mud waterproof and heat-insulating construction method" of the present invention, ΐίίϊί mud laying for the surface layer, not only can the collision of the thief fall, the surface j is very clean, so the saving of the front-end work can be shortened ^ Gong Ming has not been seen in any publications, and is also novel. When it meets the requirements of the Patent Law, it proposes a monthly patent application, and the Lin Gui Review Committee is in accordance with the law [simple description of the schema]. Figure 1 is a schematic cross-sectional view of the structure of the waterproofing method. Fig. 2 is a schematic cross-sectional view showing the waterproof construction structure of the present invention. 1289167 t Fig. 3 is a schematic cross-sectional view of a reinforcing construction structure of the present invention. Figure 4 is a schematic cross-sectional view of the damaged construction structure of the present invention. Figure 5 is a block diagram of the construction process of the present invention. [Description of main component symbols] 10. · · · Construction structure 11. · · · Tarpaulin 12.... PU foam layer 13... Mixed layer of cement and sand 20....Resin cement 30... . Styrofoam 40....glass fiber mesh layer 50....waterborne resin 60....elastic resin paint layer