M361526 八、新型說明： '【新型所屬之技#ί領域】 本創作係提供一種環保防火降溫浪板結構，可用於住家、 工廠、倉庫的屋頂，其結構可使空氣對流順暢，降低室内溫度， 如使用冷氣時更可節省電源，快速達到室内溫度下降效果，其 結構包含一體成型浪板，浪板上設有複數強化結構之凸肋，凸 肋可卡固於鋼架上凹槽，浪板可結合鋼架成為一浪板疊置結 肇構，可疊置在另一浪板疊置結構之凸肋上固定，並可疊置成為 雙層或雙層以上結構，疊置完成之後可利用底層浪板疊置結構 結合之鋼架固定於鋼骨上，其疊置空間内可提供熱空氣對流， 並透過一體成型浪板凸肋上透氣孔排出室外。 【先前技術】 按，一般浪板為搭建住家、廠房、倉庫時最常使用之材料， 鲁因浪板之散熱效果不彰，須在浪板内面粘貼泡棉來隔熱，而泡 棉為易燃之材料，如遇火災時有助燃之效果，並釋放毒素於大 氣之中，並不適用於隔熱。 然，本創作之創作人從事浪板及其相關產品製造業多年， —深知其優缺點，乃致力於改良其缺點，期使浪板為實用，符合 環保之需求，經由多年試做改良，終於創作出本創作，環保防 火降溫浪板結構。 5 M361526 【新型内容】 1創作之主要目的，係提供__種環保防火降溫浪板結構， 可用於住家、工廠、倉庫的屋頂，其結構可使空氣對流順暢， 降低室内&度，如使用冷氣時更可節省電源，快速達到室内溫 度下降效果’其結構包含—體成魏板，浪板上設有複數強化 結構之凸肋’凸肋可卡固於鋼架上凹槽，浪板可結合鋼架成為 --浪板疊置結構，可疊置在另—浪板疊置結構之凸肋上固定， #並可疊置成為雙層或雙層以上結構，疊置完成之後，利用底層 浪板疊置結構結合之鋼架固定於鋼骨上，其疊置空間内可提供 熱空氣對流，並透過一體成型浪板凸肋上透氣孔排出室外。 其雙層結構，基於熱空氣上升原理，外層浪板疊置結構可 隔絕室外熱空氣進入室内，而疊置空間内可提供熱空氣對流， 並透過一體成型浪板凸肋上透氣孔排出室外。 φ 【實施方式】 請參閱第-圖及第五圖所示，為—種環保防火降溫浪板結 構（ίο) ’用於住家、工廠、倉庫的屋頂，其結構可使空氣對 流順暢，降低室内溫度，如使用冷氣時更可節省電源，快速達 到室内溫度下降效果，其結構包含：一體成型之浪板（2〇)，浪 板（20)上設有複數強化結構之凸肋（21)，凸肋（21)可卡 固於鋼架（30)上凹槽（31) ’浪板（2〇)可結合鋼架（3〇) 成為一浪板疊置結構（40)，可疊置在另一浪板疊置結構（4〇) 6 M361526 之凸肋（21)上固定’並可疊置成為雙層或雙層以上結構，疊 置完成之後可利用底層浪板叠置結構（4〇)結合之鋼架（3〇) 固定於鋼骨（50)上，疊置空間（23)内可提供熱空氣對流， 並可於浪板（20) —體成型時在凸肋（21)上壓製出透氣孔 (22)，熱空氣對流時可透過一體成型浪板（2〇)凸肋（21) 上透氣孔（22)排出室外。 ' 其雙層結構’基於熱空氣上升原理，外層浪板疊置結構 • (40)可隔絕室外熱空氣進入室内，而疊置空間（23)内可提 供熱空氣對流，並透過一體成型浪板（2〇)凸肋上透氣 孔（22)排出室外。 【圖式簡單說明】 第一圖：係本創作實施於屋頂示意圖。 第二圖：係本創作立體分解示意圖。 φ第二圖：係本創作組合立體示意圖。 第四圖：係本創剖面示意圖。 第五圖：係本創另一實施例立體示意圖。 第六圖：係本創另一實施例剖面示意圖。 【主要元件符號說明】 (22)透氣孔 (1〇)環保防火降溫浪板結構（2〇)浪板 (21)凸肋 7 M361526 (23)疊置空間 （30)鋼架 (31)凹槽 （40)浪板疊置結構 (50 )鋼骨M361526 VIII. New description: '[New technology] #ί领域 This project provides an environmentally friendly fireproof and cooling board structure, which can be used for the roof of homes, factories and warehouses. Its structure can make air convection smooth and reduce indoor temperature, such as When using cold air, it can save power and quickly achieve the effect of indoor temperature drop. Its structure includes integrated wave plate. The wave plate is provided with ribs of a plurality of reinforcing structures. The ribs can be fixed on the groove of the steel frame, and the wave plate can be combined with the steel frame. It becomes a wave-stacked stacking structure, which can be stacked on the ribs of another wave-plate superposed structure, and can be stacked to form a double-layer or double-layer structure. After the stacking is completed, the bottom wave board stacking structure can be combined. The steel frame is fixed on the steel plate, and the superposed space can provide hot air convection, and is discharged to the outside through the vent hole on the integrally formed wave plate rib. [Previous technology] According to the general wave board, the most commonly used materials for building homes, factories and warehouses. The heat dissipation effect of Luin wave board is not obvious. It is necessary to stick foam on the inner surface of the wave board to insulate, and foam is a flammable material. In case of fire, it has the effect of supporting combustion and releasing toxins into the atmosphere, which is not suitable for heat insulation. However, the creators of this creation have been engaged in the manufacturing of the wave board and related products for many years, knowing its advantages and disadvantages, and are committed to improving its shortcomings. The wave is practical and meets the needs of environmental protection. After many years of trial and improvement, it has finally been created. Out of this creation, environmental protection fire and cooling wave board structure. 5 M361526 [New Content] 1 The main purpose of the creation is to provide __ kind of environmental protection fireproof and cooling board structure, which can be used for the roof of home, factory and warehouse. Its structure can make air convection smooth, reduce indoor & degree, such as using air-conditioning It can save power and quickly achieve the effect of indoor temperature drop. The structure includes: the body is formed into a Wei plate, and the ribs with a plurality of reinforcing structures on the wave plate can be clamped on the groove of the steel frame, and the wave plate can be combined with the steel frame. It becomes a wave-stacked structure, which can be stacked on the ribs of the other-wave-stacked structure, and can be stacked to form a double-layer or double-layer structure. After the stacking is completed, the bottom wave-stacked structure is combined. The steel frame is fixed on the steel plate, and the superposed space can provide hot air convection, and is discharged to the outside through the vent hole on the integrally formed wave plate rib. The two-layer structure is based on the principle of hot air rising. The outer wave stacked structure can isolate the outdoor hot air from entering the room, and the stacked space can provide hot air convection and discharge through the vent hole on the integrally formed wave plate rib. φ [Embodiment] Please refer to the figure - and figure 5, for the environmentally friendly fireproof cooling board structure (ίο) 'for the roof of homes, factories, warehouses, the structure can make the air convection smooth, reduce the indoor temperature If the air conditioner is used, the power can be saved, and the indoor temperature drop effect can be quickly achieved. The structure includes: an integrally formed wave board (2 turns), and the wave plate (20) is provided with a plurality of reinforcing structure ribs (21) and ribs ( 21) Can be fastened to the steel frame (30) on the groove (31) 'The wave plate (2〇) can be combined with the steel frame (3〇) to form a wave board stacking structure (40), which can be stacked on another wave board Structure (4〇) 6 M361526 ribs (21) are fixed on the '' and can be stacked to form a double-layer or double-layer structure. After the stacking is completed, the steel frame can be combined with the bottom wave stacked structure (4〇). 〇) fixed on the steel rib (50), the convection space (23) can provide hot air convection, and the venting hole (22) can be pressed on the rib (21) when the wave plate (20) is formed. The hot air convection can be discharged to the outside through the vent hole (22) on the rib (21) of the integrally formed wave plate (2). 'The double-layer structure' is based on the principle of hot air rising, and the outer layer of the wave board is stacked. (40) The outdoor hot air can be insulated from entering the room, and the stacked space (23) can provide hot air convection and through the integrated wave board (2) 〇) The vent hole (22) on the rib is discharged outside. [Simple description of the diagram] The first picture: This is a schematic diagram of the creation of the roof. The second picture: a schematic exploded view of the creation. φ second picture: a stereoscopic diagram of the creation combination. The fourth picture: a schematic diagram of the original creation section. Fig. 5 is a perspective view showing another embodiment of the present invention. Fig. 6 is a schematic cross-sectional view showing another embodiment of the present invention. [Description of main component symbols] (22) Ventilation hole (1〇) Environmental protection fireproof cooling board structure (2〇) Wave board (21) Rib 7 M361526 (23) Stacking space (30) Steel frame (31) Groove (40 ) wave board stacking structure (50) steel bone