M423719 五、新型說明： 【新型所屬之技術領域】 ^ 本新型是涉及一種模組化隔熱板材’尤指一種能應用於建 桌裝漬上的板材組合。 【先前技術】 現有建築物普遍缺乏隔熱設置，一般僅於屋面外加一層粉 刷及PU防水層，導致頂層空間高溫炎熱；許多使用者為改善 此問題，紛紛加裝頂棚，此一手法的確能改善室内熱環境，如M423719 V. New description: [New technical field] ^ This new type relates to a modular heat insulation board, especially a combination of plates that can be applied to the construction of table tops. [Prior Art] Existing buildings generally lack insulation settings. Generally, only a layer of whitewashing and PU waterproofing layer is added to the roof, which causes the top space to be hot and hot. Many users have installed roofs to improve this problem. This method can indeed improve. Indoor thermal environment, such as
同雙層通風屋頂的功效，但卻違反了建築法令的規定，造成遠 建行為的產生。 θ屋頂隔熱對於頂層空間的居住環境及節能十分重要，尤其 是低層的大型空間[如禮堂、體育館、購物中心等]，如果擁有 良好的屋頂隔熱，便能節省許多空調用電。 屋頂隔熱材料分為以下三大類： 填充材：填充於天花板内的中空部分，有時也鋪設在天花 板的表面；根據其外型又可細分域維狀材料（麻 羊毛、木纖等）。 ^ ，塊狀材料：如纖維板、石棉板、岩棉板、毛氈、軟木板、 ^泡苯乙触等軟質隔熱板；氣泡賴板、鹽化細旨板等硬質The effect of the double-decked roof, but it violates the provisions of the Building Act, resulting in the creation of far-reaching behavior. θ roof insulation is very important for the living environment and energy saving of the top space, especially for large spaces in the lower floors [such as auditoriums, stadiums, shopping centers, etc.], if you have good roof insulation, you can save a lot of air conditioning electricity. Roof insulation materials are divided into the following three categories: Filling materials: hollow parts filled in the ceiling, sometimes laid on the surface of the ceiling; according to its appearance, it can be divided into the domain-shaped materials (hemp wool, wood fiber, etc.). ^, block material: such as fiberboard, asbestos board, rock wool board, felt, cork board, soft absorbing board such as styrene, etc.; bubble board, salted fine board and other hard
ItSi ° 反射材.利用織等反射材張貼於空氣層的一侧或兩 或將空氣層用純板隔開，彻其反賴射熱的特 。 理^的隔熱材最好不具吸濕性，因為隔熱材如浸^份 中’空耽層為水所取代’水的熱料錬為空氣的鄭 ， 因此使熱流通過，隔熱性因而降低。 σ -般對於隔熱材料之使用應注意下列幾個： [1]應選擇Κ值小者之材料為佳。 Ρ]水之Κ值在$溫下約為〇 5kai/mh〇c[為空氣之2 ， 為K值相當大，故材料若濕後，其斷熱效果會大為降低二 3 M423719 [3] 隔熱材料應配置於熱源側較佳，如此則可直接將熱量 隔絕之。 [4] 不同材料之配置設計上，應避免產生熱橋現橋現象， 以免使其斷熱效果降低。 [5] 使用空氣層做隔熱材時，其厚度最好在5cm左右，若超 過5cm時中間應加設抗轄射材料，並且要保持良好之氣密性， 或是使其通風良好。 而近年來，依據上述的要求，便有業者開始推出一種真空 絕熱板[Vacuum Insulation Panel/以下簡稱vip]，其是真空保溫 材料中的一種，由於能有效地避免空氣對流傳熱，因此導熱: 數大幅度降低，小於〇.〇〇4w/m.k，僅為目前最常用保溫材料， 聚A酯硬質泡__1/4〜1/6，是世界上最先進的高效保溫 材料 是採用真空隔熱原理，特殊結構的一種複合材料，主 要有二部分組成：芯部的隔熱材料[Insulating material]、氣體 吸附材料[Getter]、及封閉的隔氣薄膜[Bafrier]。 同其他材料相比，VIP以其極低的導熱係數，在保溫技術 有保溫層厚麟、體積小、轉輕的優點，適用 要求較向和保溫材料體積小、4量輕有較大 忍義的場合。 ^ "t去=IP主要用於軍工、船運保溫箱和醫用保溫箱，現 f，Pd發泡芯VIP的商業化和成本的降低，VIP已主要用於 室ΐ東冷絲藏集裝箱隔熱保溫，也驗航空航太： 保^。輸食⑽卫鉢各種保溫箱，甚至於建築裝漬上的隔熱 但是’雖然目前以有VIP的應用，但是裝置上十分 裝；ί時，因為施工者的技術良筹不齊，而νιρ的裝置技 術要求，有一定的門檻’所以一般施工者在安 合 ^成\^破損的問題發生，增加許多不必 ^太，二 還有可能會影響到居住的品質及節能效果。’ 厫，’ 4 I-方面’雖然透過νπ>的應用，能增加建築物本身的隔 3 但是—但裝置VIP之後，就不容易增添其它的功能性 ，且’ VIP的應用’通常只適驗新建築物，或是要大幅 X重新装潢的舊建築物，設置成本高，不利於推廣應用。 有鑑於此，如何讓真空絕熱板便於安裝、應用，同時更能 目由調整隔熱效果與附加功能，且可以適用於所有的建築物， 便成為本新型欲改進的目的。 ” 【新型内容】 一、本新型的技術手段： ▲ 本新型目的在於提供一種能自由調整隔熱效果與附加功 能，生產容易、且安裝方便的模組化隔熱板材。 為解決前述問題及達到本新型的目的，本新型的技術手 段，為一種模組化隔熱板材，其包括： 一能與一裝置於建築物表面處之框架(200)配合應用的隔 熱板材(100); 其特徵在於： 該隔熱板材(100)是由一基板體⑴； 一設於該基板體(1)後侧表面處的定位框體(2);及 一組設於該基板體(1)與定位框體(2)之間的功能填充材體 (3); 所述定位框體(2)的中央處，凸設有一能供容置功能填充 材體(3)用的容置空間(21)，而該容置空間(21)的周緣處，環繞 設置有一能供與該基板體(1)固接用的凸緣部(22); 而所述功能填充材體(3)，其是由依序由内往外、層疊設 置於該容置空間(21)内的一隔熱片體(31)及/或一吸音片體(32) 所組成。 根據上述的模組化隔熱板材，所述隔熱片體(31)，其是為 一真空絕熱板(4); M423719 前述真空絕熱板⑷，其是由一内部為真空狀的鋁箔套 (41)、及一設於該鋁箔套(41)内的填充層(42)和氣體吸附材體 (43)所組成。 根據上述的模組化隔熱板材，所述填充層(42)，其是為下 列之一：開孔聚胺基甲酸乙脂泡綿層、開孔聚苯乙烯泡綿層、 珍珠岩層、氣凝膠層、玻璃纖維層。 根據上述的模組化隔熱板材’所述吸音片體(32)，其是為 一吸音棉體。 根據上述的模組化隔熱板材，所述框架(2〇〇)，其是由數 條縱橫交錯連接、以形成數個能供容置空間(21)定位用之格狀 槽⑹、呈網格狀的框架條(5)所組成’該框架條(5)能供凸緣部 鲁 (22)、及對應於凸緣部(22)處之基板體⑴固接用； 而前述框架條(5)的寬度’為凸緣部(22)寬度的2〜3倍寬。 根據上述的模組化隔熱板材’所述基板體(丨），其是為下 列之一：木板、石夕酸妈板、氧化鎮板、石膏板、石夕鎮板。 根據上述的模組化隔熱板材，所述基板體(丨)與凸緣部(22) 之間’為透過下列之一固接：裝潢用U型釘⑺、黏膠。 根據上述的模組化隔熱板材’所述凸緣部(22)，其是為透 過下列之一元件，與框架條(5)固接：能穿過基板體(丨)的裝潢 用ϋ型釘(7)、黏膠、能穿過基板體(1)的不鏽鋼釘(8)。 根據上述的模組化隔熱板材，所述定位框體(2)，其是為着 一中空塑製殼體。 根據上述的模組化隔熱板材，所述容置空間(21)凸出於凸 緣部(22)的咼度範圍，是為6mm〜6〇mm。 一、對照先前技術之功效： 1·本新型中’藉由基板體(1)、定位框體(2)及功能填充材體 (3)的配合’讓本新型隔熱板材(1〇〇)便於安裝，技術門植低， 能降低對技術的要求，能利於推廣應用。 2.本新型中，藉由定位框體(2)的設置，能於容置空間(21) 内裝置不同組成的功能填充材體(3)，透過隔熱片體(31)與吸音 6 M423719ItSi ° Reflective material. It is applied to one side or two of the air layer by using a reflective material such as woven or the air layer is separated by a pure plate, which is contrary to the heat of the heat. It is preferable that the heat-insulating material of the material is not hygroscopic, because the heat-insulating material, such as the water-repellent layer, is replaced by water, and the hot material of the water is the air, so that the heat flow is passed, and the heat insulation is thereby reduce. σ - The following should be noted for the use of insulation materials: [1] It is better to choose materials with smaller values. Ρ] The value of water is about kai5kai/mh〇c at the temperature of 0 [for air 2, the value of K is quite large, so if the material is wet, the heat-dissipation effect will be greatly reduced. 2 3 M423719 [3] The heat insulating material should be disposed on the heat source side, so that the heat can be directly isolated. [4] In the configuration design of different materials, the phenomenon of thermal bridge existing bridge should be avoided to avoid the effect of reducing heat insulation. [5] When the air layer is used as the heat insulating material, the thickness is preferably about 5 cm. If it exceeds 5 cm, the anti-administration material should be added in the middle, and the airtightness should be maintained or it should be well ventilated. In recent years, according to the above requirements, some manufacturers have begun to introduce a vacuum insulation panel [Vacuum Insulation Panel (hereinafter referred to as vip), which is one of the vacuum insulation materials, because it can effectively avoid air convection heat transfer, so heat conduction: The number is greatly reduced, less than 〇.〇〇4w/mk, which is only the most commonly used insulation material at present. Poly A-ester hard foam __1/4~1/6, is the world's most advanced high-efficiency insulation material is vacuum insulation Principle, a composite material of a special structure, mainly composed of two parts: a core insulating material [Insulating material], a gas adsorbing material [Getter], and a closed gas barrier film [Bafrier]. Compared with other materials, VIP has the advantages of extremely low thermal conductivity, thick insulation of insulation layer, small volume and light weight. The applicable requirements are relatively small and the volume of thermal insulation material is small, and the amount of light is relatively large. The occasion. ^ "t go=IP is mainly used for military, shipping incubators and medical incubators, now f, Pd foam core VIP commercialization and cost reduction, VIP has been mainly used for indoor and outdoor cold wire container Insulation, also check the aviation aerospace: Guarantee ^. Feeding (10) defending all kinds of incubators, even the insulation on the building stains but 'although there are currently VIP applications, but the equipment is very loaded; ί, because the builder's technology is not well-balanced, and νιρ The technical requirements of the device have certain thresholds. Therefore, the general construction workers have problems in the safety of the ^^^^, and many of them do not have to be too much. Second, they may affect the quality of living and energy-saving effects. ' 厫, ' 4 I- aspects' although the application of νπ> can increase the gap of the building itself - but after the VIP, it is not easy to add other functionality, and the 'VIP application' is usually only suitable New buildings, or old buildings that have to be refurbished by a large X, are expensive to set up and are not conducive to promotion. In view of this, how to make the vacuum insulation board easy to install and apply, and at the same time, to adjust the heat insulation effect and additional functions, and to be applicable to all buildings, is the object of the present invention to be improved. [New Content] I. The new technical means: ▲ The purpose of this new model is to provide a modular insulation board that can adjust the heat insulation effect and additional functions freely, and is easy to install and easy to install. The object of the present invention is a modular heat insulation board comprising: a heat insulation board (100) capable of cooperating with a frame (200) mounted on a surface of a building; The heat insulating sheet (100) is composed of a substrate body (1); a positioning frame body (2) disposed at a rear side surface of the substrate body (1); and a set of the substrate body (1) and positioning a functional filler body (3) between the frames (2); a receiving space (21) for accommodating the functional filling material (3) is protruded from the center of the positioning frame (2) And a peripheral portion of the accommodating space (21) is provided with a flange portion (22) for fixing to the substrate body (1); and the functional filler body (3) is The heat insulating sheet body (31) and/or the sound absorbing sheet body (32) disposed in the accommodating space (21) are stacked from the inside to the outside. The modular heat insulation board, the heat insulation sheet (31) is a vacuum insulation board (4); M423719 The vacuum insulation board (4) is an aluminum foil sleeve (41) which is vacuum-shaped inside. And a filling layer (42) disposed in the aluminum foil sleeve (41) and a gas adsorbing material body (43). According to the above modular heat insulating sheet, the filling layer (42) is Is one of the following: an open-cell polyurethane foam layer, an open-cell polystyrene foam layer, a perlite layer, an aerogel layer, a glass fiber layer. According to the above-mentioned modular heat-insulating sheet The sound absorbing sheet body (32) is a sound absorbing cotton body. According to the above modular heat insulating board, the frame (2 〇〇) is connected by a plurality of crisscross lines to form a plurality of energy supply capacities. The space (21) is formed by a lattice groove (6) and a grid-like frame strip (5). The frame strip (5) can be used for the flange portion (22) and the flange portion (22). The substrate body (1) is fixed for use; and the width '' of the frame strip (5) is 2 to 3 times wider than the width of the flange portion (22). According to the above-mentioned modular heat insulating sheet 'the substrate body (丨), its It is one of the following: wood board, Shixi acid mother board, oxidation town board, gypsum board, Shixi town board. According to the above modular heat insulation board, the board body (丨) and the flange part (22) Between the two is fixed by one of the following: U-shaped nails for decoration (7), adhesive. The flange portion (22) according to the above-mentioned modular heat-insulating sheet is transmitted through one of the following components, The frame strip (5) is fixed: a decorative nail (7) capable of passing through the substrate body, a glue, and a stainless steel nail (8) capable of passing through the substrate body (1). The heat insulating sheet, the positioning frame (2) is a hollow plastic shell. According to the modular heat insulating sheet, the accommodating space (21) protrudes from the flange portion (22) The range of the twist is 6mm~6〇mm. First, according to the efficacy of the prior art: 1. In this new type 'by the substrate body (1), the positioning frame (2) and the functional filler body (3) cooperation 'let the new insulation board (1〇〇) Easy to install, low technology, can reduce the technical requirements, and can promote the application. 2. In the present invention, by means of the positioning frame (2), a functional filling material (3) of different compositions can be arranged in the accommodating space (21), and the insulating sheet (31) and the sound absorbing 6 M423719
If(32)的織’讓本新魏熱板材⑽)能具備有隔熱及吸音 又重功效’如只安裝隔熱片體(31)，就能麟高隔熱及低吸音 的^效’反之’如只安裝吸音片體(32) ’就能獲得低隔熱及高 吸日的功效，並且，當調整隔熱片體(31)與吸音片體(32)各別 的厚度時，更能獲得更多元化的隔熱及吸音功效。 3.本新型中，透過基板體(1)、定位框體(2)及功能填充材體 (3)j配合，不但能便於安裝，更能便於生產，最重要的是， 不官是新建築物或是舊建築物，配合框架(2〇〇)，就能進行安 裝應用’設置成本低，有利於推廣應用。 【實施方式】 ' 以下依據圖面所示的實施例詳細說明如後： 如圖1所不為本新型第一種隔熱板材的立體示意圖，如圖2 所示為本新型第一種隔熱板材的立體分解示意圖，如圖3、圖6、 圖7所示為本新型第一、二、三種隔熱板材的剖面示意圖。 圖式中揭示出，為一種模組化隔熱板材，其包括： 一旎與一裝置於建築物表面處之框架(2〇〇)配合應用的隔 熱板材(1〇〇)， 其特徵在於： 該隔熱板材(100)是由一基板體⑴； 一設於該基板體(1)後側表面處的定位框體(2);及 一組a又於違基板體⑴與定位植體(2)之間的功能填充材體 (3); 、 所述定位框體(2)的中央處，凸設有一能供容置功能填充 材體(3)用的容置空間(21)，而該容置空間pi)的周緣處，環繞 設置有一能供與該基板體(1)固接用的凸緣部(22); 而所述功能填充材體(3)，其是由依序由内往外、層疊設 置於該容置空間(21)内的一隔熱片體(31)及/或一吸音片體(32) 所組成。 其中，藉由基板體(1)、定位框體(2)及功能填充材體(3)的 7 以利於推廣 ，^配σ翻降低技術門播，便於安裝的目標， 應用。 。位框體(2)與功能填充材體(3)的組合應用， 體(31)與吸音片體(32)的有無，或是調整 献立Μ 吸日片體(32)的各別厚度，就能自由的調整隔 果比例，應用上十分的方便，提供更多元化的隔 熱及吸音功效，讓消費者能有更多的選擇。 坤 伟用再t if基板體⑴、定位框體(2)及功能填充材體⑶的 使用，4*體、、，。構能被模組化，更便於生產，而且最重要的是， „設計’配合框架⑽)的使用，能便於安裝，不管是 物或是舊建築物都朗，而且設置成本低，非常有利於 推廣應用。 ^ μ另一方面，透過此種設置方式，如果要更換裝飾時，識基 板體(1)、定位框體(2)及功能填充材體(3)的受損程度，如果受 損程度輕微」當應用完畢之後，還能全部献部分回收再利 用’非吊的環保’尤其是隔熱片體(31)的部分，受到基板體⑴ 和定位框體(2)的保護，況且又與傳統施作方式不同，完全不 會受損，能百分之百回收，讓本新型更符合綠建材的定義。 士述中，所述隔熱片體(31)，其是為一真空絕熱板(4); 刖述真空絕熱板⑷，其是由一内部為真空狀的紹箔套 (41)、及一設於該鋁羯套(41)内的填充層(42)和氣體吸附材體 (43)所組成。 又上述中，所述填充層(42)，其是為下列之一：開孔聚胺 基甲酸乙脂泡綿層、開孔聚苯乙烯泡綿層、珍珠岩層、氣凝膠 層、玻璃纖維層。 " 其中’由於熱能的傳遞方式有傳導、對流及輻射，其中又 以傳導方式對建築物熱能的傳遞影響最大，而熱能的傳導效率 則需視傳導介質的種類而定，一般固體介質比氣體介質具有較 高之熱傳係數’故利用真空絕熱板(4)的方式，來達到降低熱 傳效果及增加絕熱之目的’讓本新型獲得絕佳的隔熱效果，不 用擔心會有隔熱效果不佳的問題發生。 充層(42)的功用不只提供真空絕熱板(4)之結構主 填穿抑糖經由真空絕熱板(4)傳遞之作用，因為不同 的的熱傳導係數獨’所以藉由不同填充層(句 多同，熱效果’讓隔熱片體(31)的價格更 ίί a t有更多的選擇，能合理化、經濟化的應用本 1不用擔心會有成本過高，無法安裝的問題發生。 ^述中’所述吸音片體(32)，其是為一吸音棉體。 讓過吸音獅的，讓本新型有吸音效果， 築物，提供-更佳的隔音效果，讓居住者擁 以、if中’所述框架(200)，其是由數條縱橫交錯連接、以 容置空間(21)定位用之格狀槽⑹、呈雛狀的框 祕喊部(22)'及對應於凸緣部 =述框雜⑶的寬度，為凸緣部(22)寬度的2〜3倍寬。 i㈣此概置模組化框郎⑽的顧方式，能讓 將容置靖21)定位人格狀槽⑹後，就能 曰不^疋在框架條(5)上’十分的方便，而且最重要的 =物或是舊縣物，甚至歧樣品屋、鐵皮屋、 k櫃屋4處，都能自由的應用。 餘上？中:所述基板體⑴’其是為下列之_ :木板、石夕酸 約板、氣化鎂板、石膏板、石夕鎂板。 1¥1 纪透過應用不同的基板體⑴，增加本新型的應用範If (32)'s weaving 'Let this new Wei hot plate (10)) can have heat insulation and sound absorption and heavy effect 'If only the heat insulation sheet (31) is installed, it will be able to heat insulation and low sound absorption. Conversely, if only the sound absorbing sheet body (32) is installed, the effect of low heat insulation and high suction time can be obtained, and when the thickness of each of the heat insulating sheet body (31) and the sound absorbing sheet body (32) is adjusted, Can get more diversified insulation and sound absorption. 3. In the present invention, through the substrate body (1), the positioning frame body (2) and the functional filler body (3) j, not only can be easy to install, but also easy to produce, and most importantly, it is a new building. Objects or old buildings, with the frame (2〇〇), can be installed and installed. 'The installation cost is low, which is conducive to popularization and application. [Embodiment] The following is a detailed description of the following embodiments according to the drawings: Fig. 1 is a perspective view of the first type of heat insulating sheet, and Fig. 2 shows the first type of heat insulation. The three-dimensional decomposition diagram of the sheet, as shown in Fig. 3, Fig. 6, and Fig. 7, is a schematic cross-sectional view of the first, second and third heat insulating sheets. The figure discloses a modular insulated board comprising: a heat insulating sheet (1〇〇) for use in conjunction with a frame (2〇〇) mounted on the surface of the building, characterized in that The heat insulating plate (100) is composed of a substrate body (1); a positioning frame (2) disposed at a rear side surface of the substrate body (1); and a set of a and a substrate body (1) and a positioning implant (2) a functional filler body (3) between the two; at the center of the positioning frame (2), a receiving space (21) for accommodating the functional filling material body (3) is protruded, And a peripheral portion of the accommodating space pi) is provided with a flange portion (22) for fixing to the substrate body (1); and the functional filler body (3) is sequentially A heat insulating sheet body (31) and/or a sound absorbing sheet body (32) disposed in the accommodating space (21) are stacked inside and outside. Among them, the substrate body (1), the positioning frame body (2) and the functional filling material body (3) 7 are conducive to promotion, and the sigma yaw reduction technology door-casting is convenient for installation and application. . The combination of the bit frame body (2) and the functional filler body (3), the presence or absence of the body (31) and the sound absorbing sheet body (32), or the adjustment of the respective thicknesses of the absorbing film body (32), The ability to freely adjust the ratio of the fruit, the application is very convenient, providing more diversified insulation and sound absorption, so that consumers can have more choices. Kun Wei uses the use of the substrate body (1), the positioning frame (2) and the functional filler body (3), 4*, ,,. The structure can be modularized, more convenient to produce, and most importantly, the use of the 'design' mating frame (10) can be easily installed, whether it is an object or an old building, and the installation cost is low, which is very beneficial. Promote the application. ^ μ On the other hand, if the decoration is to be changed, the damage of the substrate body (1), the positioning frame (2) and the functional filler body (3) will be damaged if damaged. The degree is slight. When the application is completed, all the parts can be recycled and reused. The non-hanging environmental protection, especially the part of the heat-insulating sheet (31), is protected by the substrate body (1) and the positioning frame (2). Different from the traditional way of application, it will not be damaged at all, and it can be 100% recycled, which makes the new model more in line with the definition of green building materials. In the above description, the heat insulating sheet body (31) is a vacuum heat insulating plate (4); the vacuum heat insulating plate (4) is described, which is a vacuum sleeve (41) and a vacuum inside. The filling layer (42) and the gas adsorbing material body (43) provided in the aluminum crucible (41) are composed. In the above, the filling layer (42) is one of the following: an open-cell polyurethane foam layer, an open-cell polystyrene foam layer, a perlite layer, an aerogel layer, and a glass fiber. Floor. " Which 'transmission, convection and radiation due to the way of heat transfer, which in turn has the greatest impact on the transmission of thermal energy in the building, and the conduction efficiency of thermal energy depends on the type of conductive medium, generally solid medium than gas The medium has a high heat transfer coefficient', so the vacuum insulation board (4) is used to reduce the heat transfer effect and increase the heat insulation. This allows the new type to obtain excellent heat insulation effect without worrying about heat insulation effect. A bad problem has happened. The function of the filling layer (42) not only provides the structure of the vacuum insulation panel (4), but also the function of transmitting the sugar through the vacuum insulation panel (4), because different heat transfer coefficients are unique, so by different filling layers (sentences) The same, the thermal effect 'make the price of the heat-insulating sheet (31) more ίί at more options, can be rationalized, economical application. This does not have to worry about the cost is too high, the problem of installation can not occur. 'The sound absorbing sheet body (32), which is a sound absorbing cotton body. Let the sound absorbing lion, the new sound absorbing effect, the building, providing - better sound insulation effect, let the occupants hold, if The frame (200) is a lattice slot (6) that is connected by a plurality of criss-crossings, a space for accommodating the space (21), a box-shaped screaming portion (22)' and a corresponding portion of the flange portion. = The width of the frame (3) is 2 to 3 times wider than the width of the flange (22). i (4) The mode of the modular frame lang (10) allows the accommodating Jing 21) to locate the personality groove (6) After that, you can not squat on the frame strip (5) 'very convenient, and the most important = object or old county, even the sample house, tin house k cabinet housing 4, can free applications. Excess? Medium: The substrate body (1)' is _: wood board, lycopene board, gasified magnesium board, gypsum board, and Shixi magnesium board. 1 ¥1, by applying different substrate bodies (1), increasing the application of this new model
Hi隔熱板材⑽），不管是天花板、或是地板、或 疋牆面處，都能安裝應用，更加的泛用化。 亡述中、，所述基板體⑴與凸緣部⑼之間，為透過下列之 一固接.裝潰用U型釘⑺、黏膝[圖中未揭示]。 ^ H透過不同的固接方式，讓本新型能自由的被應用， 1 π用U型釘⑺連接’能有利於現場組裝，方便運輸，又 M423719 如以黏膠連接，則有利於大量生產，便於推廣。 上迷中，所述凸緣部(22)，其是為透過下列之一元件 框架條(—5)固接：能穿過基板體的裝漬用1；型釘(7)、黏， 中未揭示]、能穿過基板體(1)的不鏽鋼釘(8)。 ，與 Κ圖 —其中，透過不同的框架條(5)固接方式，能方便施工者進 施工’而且透過不同的固接方式，更能方便針對不同的場 或是應用需求，進行使用。 上述中，所述定位框體(2)，其是為一中空塑製殼體。 其中，透過此種設置，降低整體的成本，讓本新型更容 安裝生產與應用。 上述中，所述容置空間(21)凸出於凸緣部(22)的高度範魯 圍’是為6mm〜60mm。 其中，針對不同的壁厚與隔熱需要，進行調整應用，讓本 新型的實用性更佳。 其次，容置空間(21)凸出於凸緣部(22)的高度，以5〇mm為 隔熱與安裝最佳應用值。 如圖4所示為本新型第一種隔熱板材配合框架應用時的實 施示意圖，如圖5所示為為圖4的I - I剖面示意圖。 圖式中揭示出’透過凸緣部(22)與及對應於凸緣部(22)處 之基板體(1)的配合，當施工者將容置空間(21)嵌入格狀槽 後’就能讓施工者，以不鏽鋼釘⑻，將隔熱板材(1〇〇)固定在鲁 框架(200)上，應用十分的方便。 利用數個隔熱板材(100) ’來配合框架(200)應用，不但裝 置方便’當需要進行裝潢時，只要將對應處之隔熱板材(1〇〇) 拆下，就能快速的進行裝修。 況且，拆下的隔熱板材(100)，還能回收再利用，十分的 環保。 另一方面，藉由基板體(1)、定位框體(2)及功能填充材體 (3)的應用配合，如果現場有不同的隔熱板材(1〇〇)應用需要， 本新型還能現場調整應用，有別於傳統隔熱板材。 10 M423719 綜合以亡所述，能得知本新型藉由藉由基板體(1)、定位 框，(2)及魏觀㈣(3)的應航合，賴真统熱板不便 於安裝、應用，不適用於所有的建築物的問題，更提供一Hi insulation board (10)), whether it is ceiling, or floor, or 疋 wall surface, can be installed and more widely used. In the above description, between the substrate body (1) and the flange portion (9), the following U-shaped nails (7) and the viscous knees are not detached (not shown). ^ H through different fixing methods, the new model can be applied freely, 1 π U-shaped nail (7) connection 'can facilitate on-site assembly, easy to transport, and M423719, if glued, it is conducive to mass production, Easy to promote. In the above, the flange portion (22) is fixed by one of the following element frame strips (-5): a coating for passing through the substrate body; a nail (7), adhesive, medium Not disclosed], stainless steel nails (8) that can pass through the substrate body (1). And the map - in which the different frame strips (5) are fixed, it is convenient for the constructor to enter the construction' and through different fixing methods, it is more convenient to use for different fields or application requirements. In the above, the positioning frame (2) is a hollow plastic case. Among them, through this arrangement, the overall cost is reduced, and the new model is more suitable for installation and application. In the above, the accommodating space (21) protrudes from the flange portion (22) by a height range '' from 6 mm to 60 mm. Among them, for different wall thickness and insulation needs, adjustment and application, so that the new model is more practical. Secondly, the accommodating space (21) protrudes from the height of the flange portion (22), and the optimum application value for heat insulation and installation is 5 〇mm. FIG. 4 is a schematic view showing the implementation of the first heat insulating sheet mating frame of the present invention, and FIG. 5 is a cross-sectional view taken along line I-I of FIG. 4. The figure reveals that the 'through the flange portion (22) and the substrate body (1) corresponding to the flange portion (22) cooperate, when the constructor inserts the accommodation space (21) into the lattice groove, It can make the constructor fix the heat-insulating plate (1〇〇) on the Lu frame (200) with stainless steel nails (8), which is very convenient to use. Use several insulation boards (100)' to match the frame (200) application, not only the installation is convenient. 'When the decoration needs to be decorated, the insulation board (1〇〇) can be quickly renovated. . Moreover, the removed insulation board (100) can be recycled and reused, which is very environmentally friendly. On the other hand, with the application of the substrate body (1), the positioning frame body (2) and the functional filler body (3), if the site has different insulation materials (1〇〇) application requirements, the new model can also On-site adjustment application is different from traditional insulation panels. 10 M423719 In summary, it can be seen that the present invention is inconvenient to install by means of the substrate body (1), the positioning frame, (2) and Wei Guan (4) (3). Application, does not apply to all building problems, but also provides one
If附加功能的功效’相較於傳統隔熱板材，本 1更八有性、實雜、功效性與產業利用性。 徵及圖，的實施例詳細說明瞭本新型的構造、特 型ΐίΐί ιΐ於符合新穎及進步性要件，遂爰依法提出新 不以- 上所述僅為本新型之較佳實施例，作本新型 ，因此舉凡與本新型意旨相 支化/、要在均等範圍_應涵屬於本新型專利範圍. M423719 【圖式簡單說明】 圖1 :本新型第一種隔熱板材的立體示意圖。 圖2 :本新型第一種隔熱板材的立體分解示意圖。 圖3 :本新型第一種隔熱板材的剖面示意圖。 圖4 :本新型第一種隔熱板材配合框架應用時的實施示意 圖。 圖5 . 為圖4的I- I剖面示意圖。 圖6 : 本新型第二種隔熱板材的剖面不意圖 圖7 : 本新型第三種隔熱板材的剖面示意圖 【主要元件符號說明】 1 基板體 2 定位框體 21 容置空間 22 凸緣部 3 功能填充材體 31 隔熱片體 32 吸音片體 4 真空絕熱板 41 鋁箔套 42 填充層 43 氣體吸附材體 5 框架條 6 格狀槽 7 裝潢用U型釘 8 不鑛鋼釘 100 隔熱板材 200 框架If the function of the additional function is compared to the traditional heat insulation board, this is more versatile, practical, functional and industrial. The embodiment of the levy diagram details the construction of the present invention, the special type ΐ ΐ ΐ ΐ 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合 符合The new type, therefore, is in line with the purpose of this new type, and should be in the same scope _ should belong to the scope of this new patent. M423719 [Simple diagram of the diagram] Figure 1: The first schematic diagram of the first type of insulation board. Figure 2: A perspective exploded view of the first heat insulating sheet of the present invention. Figure 3: A schematic cross-sectional view of the first heat insulating sheet of the present invention. Figure 4: Schematic diagram of the implementation of the first insulation board in combination with the frame. Figure 5 is a cross-sectional view of the I-I of Figure 4. Figure 6: Sectional view of the second heat-insulating plate of the present invention is not intended. Figure 7: Schematic diagram of the third heat-insulating plate of the present invention. [Main component symbol description] 1 substrate body 2 positioning frame 21 accommodating space 22 flange portion 3 Functional filler body 31 Thermal insulation sheet 32 Sound absorbing sheet 4 Vacuum insulation panel 41 Aluminum foil sleeve 42 Filling layer 43 Gas absorbing material body 5 Frame strip 6 Grid-shaped groove 7 U-shaped nail for decoration 8 Non-mineral steel nail 100 Insulation Sheet 200 frame