M296274 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種琉璃瓦結構，尤指其技術上提供 一種琉璃瓦之隔熱材料下方’可設一單斜浪板，單斜浪板 重覆形狀間設一平面部，使其琉璃瓦之使用效益提升。 【先前技術】 琉璃瓦之製 現今的使用 之底部成型M296274 VIII. New description: [New technical field] The creation system provides a glazed tile structure, especially the thermal insulation material that provides a glazed tile under the technology. A single oblique wave plate can be set, and the single oblique wave plate can be re-shaped. A flat section enhances the use efficiency of glazed tiles. [Prior Art] The system of glazed tiles
因應工業之進步與對產品不同之需求， 作上已由傳統之陶瓷燒製而成，漸漸轉變成為 金屬浪板壓製成琉璃瓦之外型，再於金屬浪板 隔熱材料，使之成為一琉璃瓦。 成之琉螭瓦 惟，其上述習知之金屬浪板壓製而 仍存在有下列缺失： 一、習用机嘴瓦與屋頂的間隙過大， 、 奋易破鳥類鑽入 或於内部築巢，造成内部之污染，而鳥類也會啄食琼王 的隔熱材料’造成隔熱被破壞而失去琉 瓦 IL喁瓦的隔熱效果。 一、習用琉璃瓦如有漏水情形時，因為只 璃瓦，沒有其他之防護，漏水會直接滴落於室内早層之琉 三、單層的琉螭瓦’因為只有單層隔絕效 之結構比較’單層琉璃瓦的消音效果不佳。 ’、夕層 疋以，針對上述習知結構所存在之問 -種更具理想實用性之創新結者所’ °何開發 亦係相關業者須努力研發突破之目標=所殷切企盼’ 有I監於此’創作人本於多年從事相關產品之 與設計經驗，針對上述之“票，詳加設計與審慎評估後，In response to the advancement of the industry and the different needs of the products, it has been fired from traditional ceramics, and gradually transformed into a metal wave plate pressed into a glazed tile shape, and then a metal wave plate insulation material, making it a glazed tile. Cheng Zhiwa, the above-mentioned conventional metal wave plate suppression, still has the following shortcomings: 1. The gap between the mouth and the roof of the conventional machine is too large, and the birds break into the nest or build nests inside, causing internal pollution. And the birds will also eat Qiongwang's insulation material', causing the insulation to be destroyed and losing the insulation effect of the tile. 1. If there is a leak in the glazed tile, because there is only a tile, there is no other protection. The leak will drip directly into the early layer of the room, and the single layer of the tile will be compared because of the structure of the single layer. The single-layer glazed tile has a poor sound-absorbing effect. ', 夕 疋 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Here, the 'creator has been engaged in related product design and design experience for many years, after the above-mentioned "ticket, detailed design and prudent evaluation,
5 M296274 終得一確具實用性之本創作。 【新型内容】 欲解決之技術問題點：習知之金屬浪板成型之 瓦，組裝後容易被鳥類侵入築巢而污染，鳥類亦會啄 熱材料’造成失去隔熱效果，且習知金屬浪板琉璃瓦 空氣對流空間之設計，亦容易造成悶熱，且單片設計 漏水時沒有其他阻隔效果，消音或防火效果亦較多層 者不佳。 > 解決問題之技術特點：提供一種琉璃瓦結構，其 琉璃瓦之隔熱材料下方得設一單斜浪板，該單斜浪板 面部、斜升部及直折部反覆排列而成，堆組後乃得以 螺釘鑽鎖固定，以其單斜浪板設平面部，使斜升部空 以減小而可避免鳥類侵入，平面部亦使浪板貼合穩固 形，並可具有可供空氣對流空間及多一層防護不會漏 隔音、防火佳者。 I 對照先前技術之功效： 一、 其琉璃瓦之底層設一單斜浪板，該單斜浪板 數平面部及斜升部與直折部，平面部可增加單斜浪板 裝穩固性與不會變形之功效。 二、 單斜浪板設於琉璃瓦之下方，而單斜浪板設 面部接斜升部，使其斜升部之空隙減小而可防鳥類入 並可空隙讓空氣對流者。 三、 增加單斜浪板裝於琉璃瓦之下方，可達到不 水、消音效果更好、防火多一層防護者。 琉璃 食隔 沒有 縫隙 結構 中該 由平 措由 間可 不變 水、 設有 之組 具平 侵， 會漏 6 M296274 四、單斜浪板亦可直接鎖設於牆壁，以作為牆壁之防 ' 漏，而單斜浪板藉其平面部，使其貼靠鎖設於牆壁較平整 ，且不會變形者。 ^ 、 有關本創作所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳細說明於后，相信本創作上述之目 的、構造及特徵，當可由之得一深入而具體的瞭解。 【實施方式】 本創作係提供一種琉璃瓦結構設計，參閱第一圖所 ®示，其琉璃瓦結構之構成，包含有： 一表面層（10)，由浪板（11)壓製成形其琉璃 瓦片外形，並於浪板（1 1 )之底面成型有隔熱材料（1 2)而構成其表面層（10)，其隔熱材料（12)可為 隔熱泡綿者； 一單斜浪板（2 0 )，該單斜浪板（2 0 )設有平面 部（2 1 )、斜升部（2 2 )與直折部（2 3 )，平面部 ^ ( 2 1 )為水平長條狀板片，平面部（2 1 )緊臨銜接一 斜升部（2 2 )具有一漸斜往上之長條狀板片，也因為平 面部（2 1 )之設置，使斜升部（22)之相同斜升高度 下所產生之下方空隙（221)與上方空隙（222)較 小，可以防止體積較大之鳥類鑽入，而其斜升部（2 2 ) 緊臨銜接一直折部（2 3 )往下翻折成近於垂直狀態之長 條板片，各部依序反覆排列製成一體型之單斜浪板（2 0 )； 上述之單斜浪板（2 0 )先行多件依序舖設於屋頂之 7 M296274 橫樑（3 Ο )上，再於其單斜浪板（2 Ο )上舖設表面層 " (10)，其後再利用螺釘（3 1 )穿貫表面層（1 0 ) ; 、單斜浪板（2 0 ) —併固定至橫樑（3 0 )上者。 參閱第二圖所示，該橫梁（3 0 )首先舖設單斜浪板 (20)，而該單斜浪板（2 0 )之平面部（2 1 )得以 穩固貼靠於橫樑（3 0 )上，並藉由平面部（2 1 )之設 置，使其單斜浪板（2 0 )不會變形，單斜浪板（2 0 ) 之上再舖設表面層（1 0)，而一般金屬材質表面層（1 ® 0 )之底層均設有隔熱材料（1 2 )，隔熱材料（1 2 ) 乃貼靠於單斜浪板（2 0 )之斜升部（2 2 )與直折部（ 2 3 )交接處，使其因為斜升部（2 2 )而讓單斜浪板（ 2 0 )具有小空隙可讓空氣對流，但其空隙又不會很大， 而可以防止鳥類入侵，其舖設完成表面層（1 0 )後，乃 以螺釘（3 1 )將表面層（1 0 )、單斜浪板（2 0 )固 定至屋頂之橫樑（30)，據此，表面層（10)下方多 Φ 一層單斜浪板（2 0 )之設置，可使消音效果更好，亦可 防火多一層保障，且漏水也多一層防護而不會漏水，該單 斜浪板（2 0 )並可使用於牆壁之施作，作為牆面貼面， 如此其平面部（2 1 )可緊貼牆壁，可使單斜浪板（2 0 )固定較平整，並讓單斜浪板（2 0 )不會變形者。 該表面層（1 0 )之下增設單斜浪板（2 0 )，該單 斜浪板（2 0 )設有多個平面部（2 1 )可以穩固貼靠， 所以懸空部份少，且懸空之寬距也減小，單斜浪板（2 0 )較習用浪板不會有變形困擾。 8 M296274 ' 參閱第三圖所示，該單斜浪板（2 Ο )之底下亦可施 _ 作有隔熱材料（2 4 )_，使其在組裝於屋頂時，先行舖設 具有隔熱材料（2 4 )之單斜浪板（2 0 )於屋頂之橫樑 (3 0 )上，再於單斜浪板（2 0 )之上舖設表面層（1 0 )，其後以螺釘（3 1 )將具隔熱材料（1 2 )之表面 層（1 0 )浪板與具隔熱材料（2 4 )之單斜浪板（2 0 )固定至屋頂部之屋頂橫樑（3 0 )，雙層之隔熱材料使 •屋頂之隔熱效果更佳者。 本創作功效增進之處如下： 1 、本創作之琉璃瓦結構，藉由金屬琉璃瓦之表面層 浪板、隔熱材料層下方再設一單斜浪板，單斜浪板並設有 重覆之平面部、斜升部與直折部，以其平面部設置，令斜 升部產生空隙可小於鳥類體積，如此可以防止鳥類入侵破 壞隔熱材料，而該產生之上方空隙與下方空隙又可使空氣 • 對流者。 2 、琉璃瓦結構之增設單斜浪板後，因有多一層層 狀結構，較習用琉璃瓦具有更佳之隔音、防漏、隔熱、防 火、防變形效果。 3 、單斜浪板設有平面部，可在作為牆面防漏上， 平貼鎖固於牆壁，單斜浪板平貼之位置較多，而未貼合之 位置少，且未貼合所佔寬度較小，而不會有如習用浪板之 大面積懸空易變形困擾者。 前文係針對本創作之較佳實施例為本創作之技術特徵 9 M296274 進行具體之說明；惟，熟悉此項技術之人士當可在不脫離 本創作之精神與原則下對本創作進行變更與修改，而該等 變更與修改，皆應涵蓋於如下申請專利範圍所界定之範脅 中 〇 【圖式簡卓說明】 第一圖：係本創作之立體分解示意圖。 第二圖：係本創作之組裝後剖面示意圖。 第三圖：係本創作之另一例組裝後剖面示意圖。5 M296274 A practical and practical creation. [New content] The technical problem to be solved: the known metal wave forming tile, which is easily contaminated by birds invading and nesting after assembly, and the birds will also heat the material to cause loss of heat insulation effect, and the conventional metal wave glazed tile air The design of the convection space is also prone to sultry heat, and there is no other barrier effect when the single piece design leaks, and the noise reduction or fireproof effect is also poor. > Technical characteristics of solving the problem: providing a glazed tile structure, a single slanting wave board is arranged under the glazed tile heat insulating material, and the single slanting wave board face, the inclined rising part and the straight folding part are arranged in reverse, and the pile group is The screw drill lock is fixed, and the single inclined wave board is provided with a flat portion, so that the inclined rising portion is reduced to avoid bird intrusion, the flat portion also makes the wave board fit stably, and has air convection space and multiple layers of protection. Will not leak sound insulation, fireproof. I Compared with the effects of the prior art: 1. The bottom layer of the glazed tile is provided with a single oblique wave plate, the plane portion of the single inclined wave plate and the inclined portion and the straight folding portion, and the plane portion can increase the stability of the single oblique wave plate and does not deform. efficacy. 2. The single inclined wave board is arranged below the glazed tile, and the single inclined wave board is provided with a face-inclined rising portion, so that the gap of the inclined portion is reduced to prevent birds from entering and allowing air to convect. Third, the increase of the single oblique wave board is installed under the glazed tile, which can achieve the protection of water, sound reduction and fire protection. There is no gap structure in the glass food compartment. The flat water can be kept in the same way, and the set is inflated. It will leak 6 M296274. 4. The single inclined wave board can also be directly locked on the wall to prevent the wall from leaking. The single inclined wave board borrows its flat portion so that it is locked against the wall and is not flat. ^, the techniques, means and functions of the present invention are described in detail with reference to the preferred embodiments and the detailed description of the drawings, and it is believed that the above-mentioned purpose, structure and features of the present invention can be obtained from Understanding. [Embodiment] The present invention provides a glazed tile structure design, as shown in the first figure, the glazed tile structure comprises: a surface layer (10), which is formed by a wave plate (11) to form a glazed tile shape, and a heat insulating material (12) is formed on the bottom surface of the wave board (1 1 ) to form a surface layer (10), and the heat insulating material (12) can be a heat insulating foam; a single inclined wave board (20), The single inclined wave plate (20) is provided with a flat portion (2 1 ), a inclined portion (2 2 ) and a straight folded portion (23), and the flat portion ^ (2 1 ) is a horizontal elongated strip, a flat portion (2 1 ) Immediately adjacent to the inclined portion (2 2 ) has a long strip of obliquely upward upwards, and because of the arrangement of the flat portion (2 1 ), the same as the inclined portion (22) The lower space (221) and the upper space (222) generated under the height are smaller, which can prevent the birds with larger volume from being drilled, and the inclined portion (2 2 ) is close to the connecting and folding portion (23) down. The long strips are folded into a nearly vertical state, and the parts are sequentially arranged in reverse to form an integrated single inclined wave board (20); the above single inclined wave board (20) is preceded by multiple pieces. Lay on the 7 M296274 beam (3 Ο ) on the roof, and then lay the surface layer on the single sloping wave plate (2 Ο ) (10), and then use the screw (3 1 ) to penetrate the surface layer (1) 0) ; , single oblique wave board (20) - and fixed to the beam (30). Referring to the second figure, the beam (30) firstly lays a single inclined wave plate (20), and the flat portion (2 1 ) of the single inclined wave plate (20) is firmly fixed to the beam (30). And by the arrangement of the plane portion (2 1 ), the single inclined wave plate (20) is not deformed, and the surface layer (10) is laid on the single inclined wave plate (20), and the general metal surface layer ( The bottom layer of 1 ® 0 ) is provided with a heat insulating material (1 2 ), and the heat insulating material (1 2 ) is attached to the inclined portion (2 2 ) and the straight folded portion of the single inclined wave board (20) (2 3 ) The junction, so that the single inclined wave plate (20) has a small gap to allow air to convect because of the inclined portion (2 2 ), but the gap is not large, and can prevent bird invasion, and the surface is finished. After the layer (10), the surface layer (10) and the single oblique wave plate (20) are fixed to the beam (30) of the roof by screws (3 1 ), whereby Φ layer below the surface layer (10) The single slanting wave board (20) can make the sound absorbing effect better, and it can also protect the fire layer by one layer, and the water leakage also has one layer of protection without water leakage. The single slant wave board (20) can be used for the wall. For, as the veneer wall, so that the flat surface portion (21) can be close to the wall, can monoclinic Langban (20) fixed relatively flat, and so monoclinic Langban (20) are not deformed. A single inclined wave plate (20) is disposed under the surface layer (10), and the single inclined wave plate (20) is provided with a plurality of flat portions (2 1 ) for stable abutment, so that the floating portion is small and suspended The wide distance is also reduced, and the single inclined wave board (20) will not be deformed more than the conventional wave board. 8 M296274 ' As shown in the third figure, the single sloping wave plate (2 Ο ) can also be used as insulation material (2 4 ) _, so that it can be laid with insulation material when assembled on the roof ( 2 4 ) The single sloping wave plate (20) is placed on the beam (30) of the roof, and then the surface layer (10) is laid on the single sloping wave plate (20), and then the screw (3 1 ) is used. The surface layer (10) of the heat insulating material (1 2 ) and the single inclined wave board (20) with the heat insulating material (2 4 ) are fixed to the roof beam (3 0 ) of the roof portion, and the double layer heat insulating material Make the roof more insulating. The enhancements of this creation are as follows: 1. The glazed tile structure of this creation is provided with a single slanting wave board under the surface layer of the glazed tile and the layer of insulating material, and the single slanting wave board is provided with a repeating plane portion and a slanting The rising part and the straight folding part are arranged at the plane part, so that the gap of the inclined part can be smaller than the volume of the bird, so as to prevent the bird from invading and destroying the heat insulating material, and the upper space and the lower space generated by the space can make the air convection . 2. After adding a single sloping wave plate to the glazed tile structure, it has better sound insulation, leakage prevention, heat insulation, fire resistance and deformation resistance than the conventional glazed tile. 3. The single inclined wave board is provided with a flat part, which can be locked on the wall as a wall leakage prevention. The single inclined wave board is flatly placed at a position, and the unattached position is small, and the unattached position is small. The width is small, and there is no such a problem that the large area of the wave board is easy to be deformed. The foregoing description of the preferred embodiment of the present invention is specifically described as the technical feature of the present invention, 9 M296274; however, those skilled in the art can make changes and modifications to the present invention without departing from the spirit and principles of the present invention. Such changes and modifications shall be covered by Fan Zhizhong as defined in the scope of the following patent application. [Illustration of the diagram] The first diagram is a three-dimensional decomposition diagram of the creation. The second picture is a schematic diagram of the assembled cross section of the creation. The third picture is a schematic diagram of another assembled post-section of this creation.
【主要元件符號說明】 (11)浪板 (2 0 )單斜浪板 (2 2 )斜升部 (2 2 2 )上方空隙 (2 4 )隔熱材料 (1 〇 )表面層 (1 2 )隔熱材料 (2 1 )平面部 (2 2 1 )下方空隙 (2 3 )直折部 (3 0 )橫樑 （3 1 )螺釘[Description of main component symbols] (11) Wave board (2 0 ) Single inclined wave board (2 2 ) Inclined part (2 2 2 ) Upper space (2 4 ) Thermal insulation material (1 〇) Surface layer (1 2 ) Thermal insulation Material (2 1 ) below the plane (2 2 1 ) below the gap (2 3 ) straight fold (30) beam (3 1 ) screw
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