M'420534 .二 五、新型說明： 【新型所屬之技術領域】 , 本創作係關於一種不易碎大面板防震建材用安全鏡體結構，特別是指 '； "種能夠應用於建物的外牆、壁材、隔間’甚至室内的諸多隔間裝漬之安 * 全鏡體結構。 【先前技術】 由於建築科技及美學的提升，在建物的壁材、隔間，甚至室内的諸多 馨隔間裝潢，使用玻璃建材的比率越來越高，究其原因，由於玻璃素材是一 種透明的覆膜，但於近代建築成形之前作為覆膜使用的玻璃早已被應用在 極多建築之中；而透明覆膜首先便是用於採光的需求上，一般來說窗戶可 說是最大的採光設置，在窗上嵌入玻璃是極為傳統的玻璃用途，中古世紀 的哥德式建築則讓有如光穴的玻璃，轉換為應用面積更大的平面，到了 19 世紀玻璃溫室讓玻璃素材再次進入轉捩點； 在19世紀之前玻璃做為一種建築材料的地位已經確立，18世紀就有相 φ 當多的建築物採用玻璃天窗，而目前玻璃溫室除了天窗或窗戶之外，其他 所有壁面都是採用玻璃帷幕，以使得玻璃素材成為一種全面性的覆膜，而 偷敦水晶宮更讓玻璃素材的應用走出溫室往外擴展，由此可知，目前將玻 璃素材做為一種建築材料已經不可避免的趨勢。 但由於玻璃之硬度較一般物品高之外，也有容易碎裂的情況發生，因 此將玻璃做為建築材料時，一但經由碰撞，輕則會造成表面有裂紋產生， 重則將會導致整片玻璃破裂，如此將會造成建築施工時的危險發生，同時 若是不慎有物品撞上玻璃帷幕，也很容易造成破裂的情況發生；另外由於 現今建築物的外觀為了設計的考量，故建築物的構造將會有許多的彎曲或 3 M420534 是凹折的構造，因此當要將玻璃素材設置於不同的建材之間時，玻璃素材 必須進行切割，但由於玻璃這一種材料，具有厚度很厚及硬度很高之缺點 因此切割將會造成很大的困難度，因此，若能提供一種具有可彎折、耐摔、 不易破碎、輕薄、易攜帶等特性之鏡體結構，除了可方便進行切割處理之 外，更可取代習用的玻璃素材，如此應為一最佳解決方案。 【新型内容】 本創作之目的即在於提供-種不易碎大面板防震建材用安全鏡體結 構，係為-能夠賴於建物的外牆、壁材 '關，甚至室内的諸多隔間裝 潢之安全鏡體結構。 " 本創作之X-目的即在於提供—鮮糾大面傭震建制安全鏡體 結構，係具有可彎折、耐摔 '不易破碎、域、易攜帶等特性，故能做為 一安全性極高的建築材料來使用。 本創作之再目的即在於提供一種不易碎大面板防震建材用安全鏡體 結構，由於具有輕薄及易攜帶之特性，因此可方便進行切割處理之程序， 同時其k薄的雜也能使得運送枝，如此職夠大幅度鱗低其製造成 本及人力成本。 可達成上韻型目的之-鮮料大面板喊建卵安全鏡體結構， 係包3 了 反光物質層及—軟性透明之材質，其中該反光物質層係為一能 夠反射光狀可舰雜，而錄性透明之㈣係設置於該反光物質層之 表面’該材㈣具有透雜，並能_以反射外來影像，而該軟性透明之 材質使該安全鏡體結構能夠呈現紐可彎折之·，因此當該安全鏡體結 構應用於建築物時’由於該安全鏡體結構軟性具有可彎折、耐摔、不易破 碎、輕薄、Μ帶料性，因此可使該安全鏡體結構做為—安全性極高的 M420534 建築材料來使用。 更具體的說，所述反光物質層係為一鍍銀層，並於該軟性透明之材質 上形成一層銀鏡。 更具體的說，所述反光物質層係為一鍍銀層，並於該軟性透明之材質 上形成一層銀鏡。 更具體的說，所述反光物質層係為一鍍銅層，並於該軟性透明之材質 上形成一層銅鏡。 更具體的說，所述反光物質層係為一鍍合金層，並於該軟性透明之材 質上形成一層合金鏡。 更具體的說，所述反光物質層係為一鍍化學融合物層，並於該軟性透 明之材質上形成一層化學融合物鏡。 更具體的說’所述反光物質層係為-錄金屬融合物層，並於該軟性透 明之材質上形成一層金屬融合物鏡。 另外’該軟性透明之材質係為-軟性透明物，例如透明膠片、撕不破 紙、布、軟性塑膠。 更具體的說，所述軟性聚對笨二曱酸乙二§旨（PQlyethylene terephthalate，PET )，簡稱 PET 樹脂。 更具體的說，所述軟性塑膠係為聚萘二曱酸乙二醋（p〇lyethylene Naphthalate，PEN)，簡稱 PEN 樹脂。 更具體的說，所述軟性塑膠係為聚氣乙稀（p〇lyyinylchl〇ride,pvc)， 簡稱PVC樹脂。 更具體的說，所述軟性塑膠係為聚醞亞胺（pdyimide，PI)，簡稱PI 樹脂。 5 M420534 更具體的說，所述軟性塑膠係為聚丙稀（Polypropylene，PP)，簡稱pp 合成紙。 【實施方式】 有關於本創作之前述及其他技術内容、特點與功效，在以下配合參考 圖式之較佳實施例的詳細說明中，將可清楚的呈現。 請參閱圖一及圖二，為本創作不易碎大面板防震建材用安全鏡體結構 之結構圖及剖面圖，由圖中可知，該不易碎大面板防震建材用安全鏡體結 構1係包含了一軟性透明之材質11及一反光物質層12，其中該軟性透明之 材質11係設置於該反光物質層12之表面，而該軟性透明之材質n係具有 透明性，並能夠用以反射外來影像，且該反光物質層12係為一能夠反射光 源之可離雜，0歧使該安全鏡構丨具有鏡子的雜；另外由於 該軟性透明之材質U使縣全鏡體結構丨能現軟性可彎折之特性因 此該安全鏡體結構1能切割成適當大小進行使用； :故田該安全鏡體結構1應用於建築物時，由於該安全鏡體結構1具有 可彎折、耐摔、料破碎、MM料特性，因此可使該安全鏡體結 構1做為—安全性極高的建騎料來制；糾，若是該安全鏡體結構i 不慎摔落地面時，也不會如同—般傳統玻璃般的破裂，因此該安全鏡體結 構能夠完_免制者上的科心所造成不必要的受傷，故能大幅 度地提升使用安全性。 另外，由於該安全碰賴！之祕翻之材f n储有軟性可彎 料不易破碎、M、易攜帶等特性，因此當該反光物質層12附著 種透明之材質11上之後，不需昂貴的切割機器，即可方便地進行各 "、切割’同時由於該安全鏡體結構i具有不易破碎的雜，故進行 6 M420534 後續切割處理程料，雜避免破碎而造成不可預_傷害與損失發生。 由於本創作能夠應用於建物的外牆、壁材、隔間，甚至室内的諸多隔M'420534. The new type of description: [New technical field] Wall materials, compartments, and even many compartments in the room are equipped with stains. [Prior Art] Due to the improvement of building technology and aesthetics, the proportion of glass building materials is increasing in the wall materials, compartments and even the interior of many cascading compartments. The reason is that the glass material is transparent. The film, but the glass used as a film before the formation of modern buildings has long been used in many buildings; the transparent film is first used for lighting needs, generally the window is the largest lighting Setting up, embedding glass on the window is a very traditional glass use. The Gothic architecture of the Middle Ages transformed the glass like a light hole into a flat surface with a larger application area. In the 19th century glass greenhouse, the glass material was re-entered into the turning point; Before the 19th century, the status of glass as a building material was established. In the 18th century, there were many buildings with glass roofs. In addition to the skylights or windows, all other walls are glass curtains. In order to make the glass material a comprehensive film, the stealing of the Crystal Palace will make the application of the glass material out of the greenhouse. Extension, can be seen, the glass material currently used as a building material has been inevitable. However, since the hardness of glass is higher than that of ordinary articles, it is also prone to chipping. Therefore, when glass is used as a building material, even if it is collided, light will cause cracks on the surface, and the weight will lead to the whole glass. Rupture, this will cause danger during construction, and if something inadvertently hits the glass curtain, it will easily cause cracking; in addition, due to the design of the current building, the construction of the building There will be a lot of bends or 3 M420534 is a concave fold structure, so when the glass material is to be placed between different building materials, the glass material must be cut, but due to the glass material, it has a very thick thickness and hardness. The disadvantage of high height is that the cutting will cause great difficulty. Therefore, if it is possible to provide a mirror body structure which is bendable, drop resistant, not easily broken, light and easy to carry, etc., in addition to facilitating the cutting process It can replace the traditional glass material, which should be the best solution. [New content] The purpose of this creation is to provide a safety mirror structure for non-fragile large panels and shockproof building materials. It is the safety of the exterior walls, wall materials, and even the interior of many compartments. Mirror structure. " The purpose of this creation X-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Very high building materials to use. The further aim of the present invention is to provide a safety mirror structure for a non-fragile large panel shockproof building material. Because of its light and thin and easy to carry characteristics, the cutting process can be conveniently performed, and the k-thin can also make the shipping branch Such a job is large enough to reduce its manufacturing costs and labor costs. It can achieve the purpose of the rhyme-type, the large material panel of the fresh material, the structure of the safety mirror, and the material of the reflective material layer and the soft transparent material, wherein the reflective material layer is a light-reflecting material. The transparent (4) is disposed on the surface of the reflective material layer. The material (4) is transparent and can reflect external images, and the soft transparent material enables the safety mirror structure to exhibit a bend. · Therefore, when the safety mirror body structure is applied to a building, 'the safety mirror body structure can be made to be bendable, fall-resistant, not easily broken, light and thin, and snagging, because the safety mirror structure is soft. - Use of the highly safe M420534 building materials. More specifically, the layer of reflective material is a silver plated layer and a silver mirror is formed on the soft transparent material. More specifically, the layer of reflective material is a silver plated layer and a silver mirror is formed on the soft transparent material. More specifically, the layer of reflective material is a copper plated layer and a copper mirror is formed on the soft transparent material. More specifically, the layer of the reflective material is a plated alloy layer and an alloy mirror is formed on the soft transparent material. More specifically, the layer of reflective material is a plated chemical fusion layer and forms a chemical fusion objective on the soft, transparent material. More specifically, the layer of the reflective material is a metal clad layer and a metal fusion objective is formed on the soft transparent material. In addition, the soft transparent material is a soft transparent material such as transparencies, tear-off paper, cloth, and soft plastic. More specifically, the soft poly(PQlyethylene terephthalate, PET), referred to as PET resin. More specifically, the soft plastic is p〇ly ethylene Naphthalate (PEN), abbreviated as PEN resin. More specifically, the soft plastic is polyethylene oxide (pvc), which is referred to as PVC resin. More specifically, the soft plastic is pdyimide (PI), abbreviated as PI resin. 5 M420534 More specifically, the soft plastic is Polypropylene (PP), referred to as pp synthetic paper. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Please refer to Figure 1 and Figure 2 for the structural diagram and sectional view of the safety mirror structure for the non-breakable large panel shock-proof building materials. It can be seen from the figure that the safety mirror structure 1 of the non-fragile large panel earthquake-proof building materials includes a soft transparent material 11 and a reflective material layer 12, wherein the soft transparent material 11 is disposed on the surface of the reflective material layer 12, and the soft transparent material n is transparent and can be used to reflect foreign images. And the reflective material layer 12 is a dispersible material capable of reflecting the light source, and the 0-discrimination causes the safety mirror structure to have a mirror; and the soft transparent material U enables the county to have a soft body structure. The characteristics of the bending so that the safety mirror body structure 1 can be cut into an appropriate size for use; : When the safety mirror body structure 1 is applied to a building, the safety mirror body structure 1 has a bendable, drop resistant, material Broken, MM material characteristics, so the safety mirror body structure 1 can be made as a highly safe building material; if the safety mirror structure i accidentally falls to the ground, it will not be like - Traditional glass Rupture, so that the structure can be safe scope _ End Section on heart were made free of injury caused by unnecessary, it could greatly enhance the degree of safety in use. In addition, due to this security! The secret material fn stores the characteristics that the soft bendable material is not easily broken, M, and easy to carry. Therefore, when the reflective material layer 12 is attached to the transparent material 11, it can be conveniently carried out without an expensive cutting machine. Each "cutting&; and because the safety mirror structure i has a non-breakable impurity, the 6 M420534 subsequent cutting process material is processed, and the miscellaneous avoiding breakage causes unpredictable damage and loss. Because this creation can be applied to the exterior walls, wall materials, compartments, and even indoor compartments of the building.
間裝潢，但因為現今建築物的外觀為了設計的考量，故建築物的構造將會 有許多的彎曲或是凹折的構造’但因本創作具妹性可料及方便切割之 特性，因此能夠制於建熱任何位置或是室喊射，在此提供三個實 施方式’其中本創作第-實施例如圖三所示，其中該複數個安全鏡體結構^ 月b夠裝於建築物2之外牆支架上，以使該安全鏡體結構1能夠做為— 玻璃帷幕使用； 另外本創作之第二實關’如_獅，默驗需要於室内具有大 型反光板的舞蹈教室，因此使用者能於進行室内裝演時，將該複數個安全 鏡體結構i之反光物質層12貼合於壁面3上，讓使用者能夠透過該安全二 體結構1之軟性透明之材質u，以看到反射影像中自己的動作； 兄 而本創作之第三實施例，如圖玉所示，能將安全鏡體結構^做為—警 察局爛室之單項透視鏡來使用，因此嫌疑犯4坐於察局詢問室令時， 僅能透過該安全鏡體結構〗之軟性透明之材f n看到自己的鏡像而無法 透過安全鏡聽構丨看到外_景像，能_由贿料項透視鏡之 安全鏡體結構卜來增加嫌疑犯4的焦慮感。 除了上述三種的實施方式之外，亦能夠應用於建築物其他位置或 他類㈣至内H但由於本創作之結獅成並不會⑽不驗置而大 幅度的改變’故其他的實财式在此不在贅述。 本創作所提供之-種不易碎大面板防震建材用安全鏡體結構與盆他 習用技術相互比鱗，更具備下列伽： ’、 l本創作係能夠應用於建物的外牆、壁材'隔間，甚至室内的諸多隔 間裝潢之安全鏡體結構。 7 2·本創作具有可變折、耐摔、不易破碎、輕薄、易攜帶等特性，故能 做為一安全性極高的建築材料來使用。 3.本創作由於具有輕薄及易播帶之特性，因此可方便進行切割處理之 程序，同時其輕薄的特性也能使得運送方便，如此將能夠大幅度地 降低其製造成本及人力成本。 ，藉由以上較佳具體實施例之詳述，係希望能更加清楚描述本創作之特 乂與精神’而並相上述觸露雜佳具體實關來對本解之範嘴加以 限制。相反地，其目的是希望能涵蓋各種改變及具相等性的安排於本創作 所欲申請之專利範圍的範疇内。 【圖式簡單說明】 圖一為本創作不易碎大面板防震建材用安全鏡體結構之結構圖； 圖二為本創作不易碎大面板防震建材用安全鏡體結構之剖面圖； 圖三為本創作不易碎大面板防震建材用安全鏡體結構之第一實施例 圖； ϋ 圖四 圖；以及 為本創作不易碎大面板防震建材用安全鏡體結 構之第二實施例 圖 圖五為本創作不易碎大面板防震建材用安全鏡體結構之第—實施例 【主要元件符號說明】 I 安全鏡體結構 II 軟性透明之材質Inter-decoration, but because the appearance of today's buildings is designed for design considerations, the construction of the building will have many curved or concave structures. However, due to the unique nature of the creation and the convenience of cutting, it is possible to manufacture In any location or room shouting, there are three implementations provided here, in which the present invention-implementation is shown in Figure 3, wherein the plurality of safety mirror structures ^ month b are sufficient to be installed outside the building 2 On the wall bracket, so that the safety mirror structure 1 can be used as a glass curtain; in addition, the second reality of the creation, such as the _ lion, requires a dance classroom with a large reflector inside, so the user can During the indoor installation, the plurality of reflective material layers 12 of the safety mirror structure i are attached to the wall surface 3, so that the user can see the reflection through the soft transparent material u of the safety two-body structure 1. The action in the image; the third embodiment of the creation of the brother, as shown in Figure j, can use the safety mirror structure ^ as a single perspective mirror of the police station, so the suspect 4 sits in the inspection Inquiry room order Can only see the mirror image through the soft transparent material fn of the safety mirror structure, and can not see the outside through the safety mirror structure, can be _ by the bribe item perspective mirror safety mirror structure To increase the anxiety of suspect 4. In addition to the above three implementations, it can also be applied to other locations in the building or to other categories (4) to within H. However, due to the fact that the creation of the lion is not (10) the inspection is greatly changed. The formula is not described here. The creation of the non-fragile large panel shock-proof building materials with safety mirror structure and potted technology is more than the scale, and has the following gamma: ', l This creative system can be applied to the exterior wall and wall material of the building Safety mirror structure of many compartments, even indoors. 7 2. The creation has the characteristics of variable folding, resistance to falling, not easy to be broken, light and easy to carry, so it can be used as a highly safe building material. 3. This creation is easy to carry out the cutting process because of its thin and easy-to-broadband characteristics. At the same time, its thin and light characteristics make it easy to transport, which will greatly reduce its manufacturing cost and labor cost. With the above detailed description of the preferred embodiments, it is desirable to more clearly describe the features and spirit of the present invention, and to limit the scope of the present solution. On the contrary, the purpose is to cover a variety of changes and equivalence arrangements within the scope of the patent application to which the present invention is intended. [Simple illustration of the drawing] Figure 1 is a structural view of the safety mirror structure for the non-shattering large panel shockproof building materials; Figure 2 is a sectional view of the safety mirror structure for the non-shattering large panel shockproof building materials; The first embodiment of the safety mirror structure for creating a non-breakable large panel shockproof building material; ϋ Figure 4; and the second embodiment of the safety mirror structure for the non-breakable large panel earthquake-proof building material The first part of the safety mirror structure for the non-fragile large panel earthquake-proof building materials - the embodiment [the main component symbol description] I The safety mirror body structure II The soft transparent material