M382342 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係關於一種建築物外牆面結構，特別是指一 種基本上由外層鋼板與内層平板接合組成之建築物外牆 面内側，更藉由支撑'元件接合至少一層第二内層平板， 以增進整體強固性及防火'隔熱與吸音、隔音效果之建 築物外牆面結構。 【先前技術】M382342 V. New description: [New technical field] [0001] This creation relates to a building exterior wall structure, in particular to an inner side of a building wall which is basically composed of an outer layer steel plate and an inner layer plate. Further, the support member is joined to at least one layer of the second inner layer plate to enhance the overall strength and fire resistance of the heat insulation, sound absorption and sound insulation of the exterior wall structure of the building. [Prior Art]
[0002] 按，建築物一般在外圍上都會以「外牆面」為界。 一種習知之外牆面1 0 0如第一、二圖所示，主要係由 一設於外層之外層鋼板11與一設於内層之内層平板1 2，中間介以中間骨架1 3及填塞入棉層1 4，再自内 外二側藉由鎖接螺栓15之手段予以組合完成。其中， 該外層鋼板1 1一般係金屬材質成型之浪板，所以鎖接 之螺栓1 5有時會採用較長者以鎖接於波峯，有時會採 用較短者以鎖接於波底（第一圖所示），該内層平板1 2 —般以矽酸鈣板、氧化鎂板或石膏板為多，該中間骨 架1 3—般常採用C型鋼材，該棉層14則可能是岩棉 、陶瓷棉或玻璃棉之其中一種或混合。上述習知外牆面 1 0之組成構造係已問世多年之產品，今因環保及節能 之需要，越能達成防火、隔熱與吸音、隔音效果之綠建 材越受重視，因此外牆面亦應朝此方向設計。 【新型内容】 [0003] 針對上述創作意念，本創作人即構思研發創新，遂 在經過長時間研究設計及修改後，終有本創作問世。 表單編號A0101 第3頁/共33頁 M382342 緣是，本創作之主要目的即在提供一種可以增進整 體強固性及防火、隔熱與吸音、隔音效果之建築物外牆 面結構。 為達成上述目的，本創作即提供一種建築物外牆面 結構，包含有一設於外層之外層鋼板；一設於内層之内 層平板；一介以該外層鋼板與内層平板間之中間骨架； 一填塞於該外層鋼板與内層平板間之棉層；及一用於將 該等外層鋼板、内層平板與中間骨架分別鎖接之螺栓； 創作重點在於：在該内層平板内側藉由一支撐元件接合 一第二内層平板，該支撐元件介於該内層平板與第二内 層平板間，用以接合該内層平板與第二内層平板二者。 上述建築物外牆面結構中，該外層鋼板與内層平板 間填塞有一棉層。 上述建築物外牆面結構中，該内層平板與第二内層 平板間可填塞入一第二棉層。 上述建築物外牆面結構中，該支撐元件為中間有一 橫置之平板為支撐，二端分朝上下不同方向延伸出一接 合板，其尾端更朝内彎折為補強板而構成，組裝時，由 接合板分別貼住内層平板與第二内層平板之側面，再由 螺栓將接合板、内層平板與中間骨架鎖固，及由螺栓將 第二内層平板與接合板鎖固。 上述建築物外牆面結構中，該支撐元件為中間具有 二條橫置之平板為支撐，二尾端分朝上下不同方向延伸 出一接合板，而另側之連接端則形成為另一接合板而構 成，組裝時，由接合板分別貼住内層平板與第二内層平 板之側面，再由螺栓將接合板、内層平板與中間骨架鎖 表單編號A0101 第4頁/共33頁 M382342 固，及由螺栓將第二内層平板與接合板鎖固。 上述建築物外牆面結構中，該支撐元件為中間有一 橫置之平板為支撐，二端分朝上下不同方向延伸出一接 合板，其中靠近第二内層平板之接合板之尾端更朝内彎 折為一補強板，其尾端復更朝内彎折為一第二補強板而 構成，組裝時，由接合板分別貼住内層平板與第二内層 平板之側面，再由螺栓將接合板、内層平板與中間骨架 鎖固，及由螺栓將第二内層平板與接合板以鎖固。[0002] According to the building, buildings are generally bounded by "outer wall surfaces" on the periphery. A conventional outer wall 100, as shown in the first and second figures, is mainly composed of a steel plate 11 disposed on the outer layer and an inner plate 12 disposed on the inner layer, intermediately intercalated with the intermediate frame 13 and filled. The cotton layer 14 is then combined from the inner and outer sides by means of the locking bolts 15. Wherein, the outer steel plate 1 1 is generally a wave plate formed of a metal material, so the bolt 1 5 of the lock may be used to lock the peak at a longer time, and sometimes the shorter one is used to lock the wave bottom (first As shown in the figure, the inner layer plate 1 is generally a calcium silicate plate, a magnesium oxide plate or a gypsum board. The intermediate frame 13 is generally made of a C-shaped steel material, and the cotton layer 14 may be rock wool. One or a mixture of ceramic wool or glass wool. The above-mentioned structure of the outer wall surface of the above-mentioned 10 is a product that has been in existence for many years. Nowadays, due to the needs of environmental protection and energy conservation, the green building materials that can achieve fire prevention, heat insulation, sound absorption and sound insulation effects are more and more important, so the external wall surface is also It should be designed in this direction. [New Content] [0003] In response to the above creative ideas, the creator conceived R&D innovation, and after a long period of research and design and revision, the original creation was born. Form No. A0101 Page 3 of 33 M382342 The main purpose of this creation is to provide a building exterior structure that enhances overall strength and fire, heat and sound absorption, and sound insulation. In order to achieve the above object, the present invention provides a building exterior wall structure comprising a steel sheet disposed on the outer layer of the outer layer; an inner layer plate disposed on the inner layer; and an intermediate frame between the outer layer steel plate and the inner layer plate; a cotton layer between the outer steel plate and the inner layer plate; and a bolt for respectively locking the outer steel plate, the inner layer plate and the intermediate frame; the focus of the creation is: joining a second inside the inner plate by a supporting member An inner layer plate, the support member being interposed between the inner layer plate and the second inner layer plate for engaging the inner layer plate and the second inner layer plate. In the outer wall structure of the above building, a cotton layer is interposed between the outer steel plate and the inner layer plate. In the outer wall structure of the above building, a second cotton layer may be inserted between the inner layer plate and the second inner layer plate. In the outer wall surface structure of the above building, the supporting member is supported by a horizontal flat plate in the middle, and the two ends are extended in a different direction from the upper and lower sides to a joint plate, and the tail end is further bent inward to form a reinforcing plate, and is assembled. When the joint plate is respectively attached to the side surface of the inner layer flat plate and the second inner layer flat plate, the joint plate, the inner layer flat plate and the intermediate frame are locked by bolts, and the second inner layer flat plate and the joint plate are locked by bolts. In the above-mentioned external wall structure of the building, the supporting member is supported by two horizontal flat plates in the middle, and the two end portions are extended in a different direction from the upper and lower sides to form a joint plate, and the other side of the connecting end is formed as another joint plate. And, during assembly, the joint plate is respectively attached to the side surface of the inner layer flat plate and the second inner layer flat plate, and then the joint plate, the inner layer flat plate and the intermediate skeleton lock form No. A0101, page 4/33, M382342 are fixed by bolts, and The bolt locks the second inner plate and the joint plate. In the outer wall structure of the above building, the supporting member has a horizontal flat plate supported in the middle, and the two end portions extend out in a different direction from the upper and lower sides to a joint plate, wherein the end end of the joint plate adjacent to the second inner layer flat plate is further inward The bending is a reinforcing plate, and the tail end is further bent inwardly into a second reinforcing plate. When assembling, the joint plate is respectively attached to the side surface of the inner flat plate and the second inner flat plate, and then the joint plate is bolted. The inner layer plate and the middle frame are locked, and the second inner layer plate and the joint plate are locked by bolts.
上述建築物外牆面結構中，該支撐元件為中間有一 橫置之平板為支撐，二端朝相同方向延伸出一接合板， 其尾端更朝内彎折為一補強板而構成，組裝時，由接合 板分別貼住内層平板與第二内層平板之侧面，再由螺栓 將接合板、内層平板與中間骨架鎖固，及由螺栓將第二 内層平板與接合板鎖固。In the outer wall structure of the above building, the supporting member is supported by a horizontal flat plate in the middle, and the two ends are extended in the same direction to form a joint plate, and the tail end is further bent inward to form a reinforcing plate, and is assembled. The joint plate is respectively attached to the side surface of the inner layer flat plate and the second inner layer flat plate, and then the joint plate, the inner layer flat plate and the intermediate frame are locked by bolts, and the second inner layer flat plate and the joint plate are locked by bolts.
上述建築物外牆面結構中，該支撐元件為中間有一 斜置之平板為支撐，二端分朝上下不同方向延伸出一接 合板而構成，組裝時，由接合板分別貼住内層平板與第 二内層平板之側面，再由螺栓將接合板、内層平板與中 間骨架鎖固，及由螺栓將第二内層平板與接合板鎖固。 上述建築物外牆面結構中，該支撐元件為中間具有 二條橫置之平板為支撐，二尾端分朝上下不同方向延伸 出一接合板，而另側之連接端則形成為另一接合板而構 成，組裝時，由接合板分別貼住内層平板與第二内層平 板之側面，再由螺栓將接合板、内層平板與中間骨架鎖 固，及由螺栓將第二内層平板與接合板鎖固。 上述建築物外牆面結構中，該支撐元件為中間具有 表單編號A0101 第5頁/共33頁 M382342 二條橫置之平板為支律’二尾端分朝上下不同方向延伸 出-接合板’而另側之連接端則形成為另〆接合板，其 中朝上下不同方向延伸出之接合板之尾端更朝内彎折為 -補強板，錢補強板之尾端復更朝㈣折為一第二補 強板而構成，組裝時’由接合板分別貼住内層平板與第 二内層平板之側面’再由螺检將接合板、内層平板與中 間骨架鎖固’及由螺检將第二内層平板與接合板鎖固。 上述建築物外牆面結構中，該切元件具有一可貼 合住第二内層平板側面之接合板，其上固設一插接板； 及有-可貼合住内層平板側面之接合板，其上固設二接 合板’二接合板間即存在-接合槽，虹:裝時，由接合板 分別貼住内層平板與第二内層平板之侧面，再由螺栓將 接合板、内層平板與中間骨架鎖固，及由螺栓將第二内 層平板與接合板鎖固，然後將第二内層平板上接合板之 插接板相對應插置入内層平板上接合板之接合槽内，並 調整妥插接板插置入接合槽之深度，再由一螺栓將接合 板與插接板鎖固》 上述建築物外牆面結構中，該支撐元件具有一可貼 合住内層平板側面之接合板，其上固設—插接板；及有 一可貼合住第二内層平板側面之接合板，其上固設二接 合板’二接合板間即存在一接合槽，組裝時，由接合板 为別貼住内層平板與第二内層平板之側面，再由螺栓將 接合板、内層平板與中間骨架鎖固，及由螺栓將第二内 層平板與接合板鎖固，然後將第二内層平板上接合板之 接合槽相對應插套住内層平板上接合板之插接板，並調 整妥接合槽插套住插接板之深度，再由一螺拴將接合板 第6頁/共33頁 表單>號A0101 M382342 與插接板鎖固。 【實施方式】 [0004] 關於本創作為達成上述目的，所採行之技術手段及 可達致之功效，茲舉以下數較佳可行實施例配合附圖詳 述於後，俾利完全瞭解。In the outer wall structure of the above building, the supporting member is supported by a slanted flat plate in the middle, and the two ends are formed by extending a joint plate in different directions of up and down. When assembling, the joint plate is respectively attached to the inner layer plate and the first layer. On the side of the inner layer of the inner layer, the joint plate, the inner layer plate and the intermediate frame are locked by bolts, and the second inner layer plate and the joint plate are locked by bolts. In the above-mentioned external wall structure of the building, the supporting member is supported by two horizontal flat plates in the middle, and the two end portions are extended in a different direction from the upper and lower sides to form a joint plate, and the other side of the connecting end is formed as another joint plate. And, during assembly, the joint plate is respectively attached to the side surface of the inner layer flat plate and the second inner layer flat plate, and then the joint plate, the inner layer flat plate and the intermediate frame are locked by bolts, and the second inner layer flat plate and the joint plate are locked by bolts. . In the above-mentioned building exterior wall structure, the supporting member has a form number A0101 in the middle, a fifth page, a total of 33 pages, M382342, and two horizontally flat plates are the laws of the 'two end ends extending in different directions from the top to the bottom - the joint plate' The connecting end of the other side is formed as another connecting plate, wherein the tail end of the joint plate extending in different directions upward and downward is bent inwardly into a reinforcing plate, and the end of the reinforcing plate is folded toward the fourth (four) The second reinforcing plate is formed. When assembling, the joint plate is respectively attached to the side surface of the inner layer plate and the second inner layer plate, and then the joint plate, the inner layer plate and the intermediate frame are locked by screw inspection, and the second inner layer plate is screwed. Locked with the joint plate. In the outer wall structure of the building, the cutting element has a joint plate which can be attached to the side surface of the second inner layer, and a plug plate is fixed on the joint plate; and the joint plate which can be attached to the side surface of the inner layer flat plate, The two joint plates are fixed on the two joint plates, that is, there is a joint groove, and when the rainbow is mounted, the joint plates are respectively attached to the sides of the inner flat plate and the second inner flat plate, and the joint plate and the inner flat plate are connected by bolts. The skeleton is locked, and the second inner layer plate and the joint plate are locked by bolts, and then the plug plate of the joint plate of the second inner layer plate is correspondingly inserted into the joint groove of the joint plate on the inner layer plate, and is adjusted and inserted. The connecting plate is inserted into the depth of the engaging groove, and the joint plate and the plug plate are locked by a bolt. In the outer wall structure of the building, the supporting member has a joint plate which can be attached to the side surface of the inner layer. The upper fixing-plugging plate; and the engaging plate which can be attached to the side surface of the second inner layer flat plate, and the two engaging plates are fixed on the two joint plates. There is a joint groove between the two joint plates, and when assembled, the joint plate is attached. Living inner slab and second inner slab On the side, the joint plate, the inner plate and the intermediate frame are locked by bolts, and the second inner plate and the joint plate are locked by bolts, and then the joint grooves of the joint plates on the second inner plate are correspondingly inserted into the inner layer. The splicing plate of the splicing plate is spliced on the plate, and the depth of the splicing plate is adjusted to fit the depth of the splicing plate, and then the splicing plate is locked by the splicing plate 6th/33 page form > A0101 M382342 and the splicing plate . [Embodiment] [0004] With regard to the technical means and the achievable effects of the present invention in order to achieve the above object, the following preferred embodiments are described in detail with reference to the drawings, and the benefits are fully understood.
請參閱第三、四、五圖所示，本創作第一實施例係 一屬於建築物之外牆面2 0，構造組成基本上包含有一 設於外層之外層鋼板2 1 ; —設於内層之内層平板2 2 ;一介以該外層鋼板2 1與内層平板2 2間之中間骨架 2 3，以採用C型鋼材且為多數為佳，因此在該外層鋼 板2 1與内層平板2 2間除該等中間骨架2 3外即為中 空空間；一填塞入該中空空間之棉層2 4 ;及一可用於 將該等外層鋼板2 1、内層平板2 2與中間骨架2 3分 別鎖接之螺栓2 5 ;除上述基本構成外，本實施例更在 該内層平板2 2内側藉由一支撐元件2 6接合一第二内 層平板2 7，該支撐元件2 6並不限任何造型，只要可 以介於該内層平板2 2與第二内層平板2 7間即可，請 參閱第五圖所示，本實施例之支撐元件2 6為中間有一 橫置之平板2 6 1為支撐，二端分朝上下不同方向延伸 出一接合板2 62，其尾端更朝内彎折為補強板264 而構成，組裝時，即藉由該等接合板2 6 2分別貼住該 内層平板2 2與第二内層平板2 7之側面，再於一側藉 由鎖接用之螺栓2 8將該接合板2 6 2、内層平板2 2 與中間骨架2 3三者先加以鎖固，然後於另一側再藉由 鎖接用之螺拴28將該第二内層平板2 7與接合板2 6 2 表單編號A0101 第7頁/共33頁 二者加以鎖固，因為該支撐元件2 6採用多處，因此可 使該等内層平板2 2與第二内層平板2 7間達成穩固性 之接合；這其中，鎖固該接合板2 6 2、内層平板2 2 與中間骨架2 3三者之螺栓2 8係可取代該處原先之螺 栓2 5，或者亦可使該處鎖接内層平板2 2與中間骨架 2 3二者之螺栓2 5與鎖固接合板2 6 2、内層平板2 2與t間骨架2 3三者之螺栓2 8並存；經過上述組裝 後，在該内層平板2 2與第二内層平板2 γ間除該等支 禮元件2 6外即為中空空間，因此更可在該中空空間内 填塞入一第二棉層2 9。 ^，堉夢閲第 ，，·，，· 、庙g rp 矛一貫 施例之外牆面3 〇基本上同樣由一設於外層之外層鋼板 3 1 設於内層之内層平板3 2 ; 一介以該外層鋼板 3 1與内層平板3 2間之中間骨架3 3 填塞入該外 層鋼板3 1與内層平板3 2間之棉層3 4 ;及—用於將 該等外層鋼板3 1、内層平板3 2與”骨架3 3分別 鎖接之螺栓3 5所組成；然後更在該内層平板3 2内側 藉由-支樓元件3 6接合-第二内層平板3 7，請參閱 ，八圖所示，本實施例之支稽元件3 6為中間具有二條 松置之平板3 6 1為支撐’二尾端分朝上下不同方向延 :出一接合板3 6 2，而另側之連接端則形成為另一接 合板3 6 3而構成’組裝時，即藉由該等接合板w 2 貼住該内層平板32之側面，及藉由另-接合板363 貼住該第二内層平板37之側面，再藉由鎖接用之螺栓 3 8 (係可取代該處原先之螺拾35 ’或者亦可使螺检 表單編號Α0101 第8頁/共33頁 3 5與螺栓3 8並存）賴等接合板3 t Aoioi M382342 3 2與中間骨架3 3三者加以鎖固，然後於另一側再藉 由螺栓3 8將該第二内層平板3 7與接合板3 6 3二者 加以鎖固，因為該支撐元件36採用多處，因此可使該 等内層平板3 2與第二内層平板3 7間達成穩固性之接 合，然後在該内層平板3 2與第二内層平板3 7間之申 空空間内填塞入一第二棉層3 9。Referring to the third, fourth and fifth figures, the first embodiment of the present invention belongs to the exterior wall 20 of the building, and the structural composition basically comprises a steel plate 2 1 disposed on the outer layer; the inner layer is disposed The inner layer plate 2 2; the intermediate frame 2 3 between the outer layer steel plate 21 and the inner layer plate 2 2 is preferably a C-shaped steel material, and therefore the outer layer steel plate 2 1 and the inner layer plate 2 2 are separated from each other. The outer frame 2 3 is a hollow space; a cotton layer 24 that is stuffed into the hollow space; and a bolt 2 that can be used to lock the outer steel plate 2 1 , the inner layer plate 2 2 and the intermediate frame 2 3 respectively In addition to the above basic configuration, the present embodiment further engages a second inner layer plate 2 7 on the inner side of the inner layer plate 2 2 by a supporting member 26, and the supporting member 26 is not limited to any shape, as long as it can be The inner layer plate 2 2 and the second inner layer plate 27 may be arranged. Referring to the fifth figure, the supporting member 26 of the embodiment has a horizontally disposed flat plate 2 6 1 as a support, and the two ends are directed upward and downward. A joint plate 2 62 extends in different directions, and the tail end is bent inward to be reinforcing 264. In the assembly, the inner side plate 2 2 and the second inner layer flat plate 27 are respectively attached to the side surfaces of the inner layer plate 2 2 and the second inner layer flat plate 27 by the joint plates 2 6 2 , and the bolts 28 8 are attached to one side by the locking bolts 28 . The joint plate 2 6 2, the inner layer plate 2 2 and the intermediate frame 2 3 are first locked, and then the other inner side plate 2 7 and the joint plate 26 are further locked by the locking bolt 28 on the other side. 2 Form No. A0101, page 7 / page 33, both of which are locked, because the support member 26 is used in multiple places, so that the inner layer plate 2 2 and the second inner layer plate 27 can be firmly joined; In this case, the bolts 28 of the inner joint plate 2 2 and the inner frame 2 2 and the intermediate frame 2 3 can be locked, or the original bolts 2 5 can be replaced, or the inner plate 2 2 can be locked there. The bolts 2 5 with the intermediate frame 2 3 and the locking joint plate 2 6 2, the inner plate 2 2 and the t-frame 2 2 are coexisted with the bolts 2 8; after the above assembly, the inner plate 2 2 is The second inner layer 2 γ is a hollow space except for the support elements 26, so that a second cotton layer can be filled in the hollow space. . ^, 堉梦阅第,,·,,··, Temple g rp Spear consistently applied outside the wall 3 〇 basically also consists of an outer layer of steel plate 3 1 set in the inner layer of the inner layer 3 2 ; The intermediate frame 3 3 between the outer steel plate 3 1 and the inner layer plate 3 2 is filled into the cotton layer 3 4 between the outer steel plate 3 1 and the inner layer plate 3 2 ; and - for the outer steel plate 3 1 , the inner layer plate 3 2 is composed of the bolts 35 which are respectively locked by the skeleton 3 3; then the inner layer of the inner panel 3 2 is joined by the branch member 36 - the second inner panel 3 7, see, as shown in Fig. 8, The branching member 36 of the present embodiment has a flat plate with two loose pieces in the middle. 3 6 1 is a support. The two end ends are extended in different directions from the top to the bottom: a joint plate 3 6 2 is formed, and the other end of the joint end is formed as The other engaging plate 363 constitutes an 'assembly, that is, the side surface of the inner layer flat plate 32 is adhered by the joint plate w 2 , and the side surface of the second inner layer flat plate 37 is attached by the other-joining plate 363. By means of the bolts for locking 3 8 (which can replace the original screw pickup 35 ' or the screw inspection form number Α 0101 8th / 33 3 5 coexists with the bolts 3 8 ) the joint plate 3 t Aoioi M382342 3 2 and the intermediate frame 3 3 are locked, and then the second inner plate 3 7 is joined to the other side by the bolts 38 The plates 3 6 3 are locked together, because the support member 36 is used in multiple places, so that the inner layer plate 3 2 and the second inner layer plate 37 can be firmly joined, and then the inner layer plate 3 2 and A second cotton layer 39 is filled in the empty space between the second inner plates 37.
接著，請參閱第九、十、十一圖所示，本創作第三 實施例之外牆面4〇基本上同樣由一設於外層之外層鋼 板4 1 ; 一設於内層之内層平板4 2 ; 一介以該外層鋼 板4 1與内層平板4 2間之中間骨架4 3 ; —填塞入該 外層鋼板4 1與内層平板4 2間之棉層4 4 ;及一用於 將s玄等外層鋼板4 1、内層平板4 2與中間骨架4 3分 別鎖接之螺栓4 5所組成；然後更在該内層平板4 2内 側藉由一支撐元件46接合一第二内層平板47，請參 閱第十一圖所示，本實施例之支撐元件4 6為中間有一 橫置之平板4 6 1為支撐，二端分朝上下不同方向延伸 出一接合板4 6 2，其中靠近第二内層平板4 7之接合 板4 6 2之尾端更朝内彎折為一補強板4 6 4，然後其 尾端復更朝内彎折為一第二補強板4 6 5而構成，組裝 時，即藉由該等接合板4 6 2分別貼住該内層平板4 2 與第二内層平板4 7之側面，再於一侧藉由鎖接用之螺 栓4 8 (係可取代該處原先之螺栓4 5，或者亦可使螺 栓4 5與螺栓4 8並存）將該接合板4 6 2、内層平板 4 2與中間骨架4 3三者加以鎖固，然後於另一側再藉 由螺栓4 8將該第二内層平板4 7與接合板4 Θ 2二者 加以鎖固，因為該支撐元件4 6採用多處 ’因此可使該 表單編號A0101 第9頁/共33頁 M382342 等内層平板4 2與第二内層平板4 7間達成穩固性之接 合；然後在該内層平板4 2與第二内層平板4 7間之中 空空間内填塞入一第二棉層。 繼續，請參閱第十二、十三、十四圖所示，本創作 第四實施例之外牆面5㈣樣由_設於外層之外層鋼板 5 1 ; -設於内層之内層平板5 2 ;—介以該外層鋼板 5 1與内層平板5 2間之中間骨架5 3 ; 一填塞入該外 層鋼板5 1與内層平板5 2間之棉層5 4 ;及一用於將 該等外層鋼板5 1、内層平板5 2與中間骨架5 3分別 鎖接之螺栓5 5組成為基本構造；然後更在該内層平板 5 2内側藉由一支撐元件5 6接合一第二内層平板5 7 ，請參閱第十四圖所示，該支以件5 6%中間有一橫 置之平板5 6 1為支撐，二端朝相同方向延伸出一接合 板5 6 2，其尾端更朝内彎折為補強板5 6 4而構成， 組裝時’藉由該等接合板5 6 2分_住該内層平板5 2與第二内層平板57之側面，再於一側藉由鎖接用之 螺栓5 8 (係可取代該處原先之螺栓5 5 ,或者亦可使 螺栓5 5與螺栓5 8並存）將諸接合板5 6 2 '内層平 板5 2與中間骨架5 3三者先加以鎖固，然後於另一側 再藉由螺技2 8將該第二内層平板5 7與接合板5 6 2 二者加以鎖固，因為該支撐元件5 6採用多處因此可 使該等内層平板5 2與第二内層平板5 7間達成穩固性 之接合；然後在該内層平板5 2與第二内層平板5 7間 之中空空間内填塞入一第二棉層5 9。 繼續，請參閱第十五、十六、十七圖所示，本創作 第五實施例之外牆面6 〇同樣由一設於外層之外層鋼板Next, as shown in the ninth, tenth, and eleventh drawings, the outer wall surface 4 of the third embodiment of the present invention is basically also provided by a steel sheet 4 1 disposed on the outer layer; an inner plate 4 2 disposed on the inner layer. An intermediate frame 4 3 between the outer steel plate 41 and the inner plate 4 2; a cotton layer 4 4 between the outer steel plate 4 1 and the inner plate 4 2; and an outer steel plate for the s 4 1. The inner layer plate 4 2 and the intermediate frame 4 3 are respectively connected by bolts 45 5; and then a second inner layer plate 47 is joined to the inner layer plate 42 by a supporting member 46, see the eleventh As shown in the figure, the supporting member 46 of the present embodiment has a transverse flat plate 461 in the middle as a support, and the two end portions extend out in a different direction from the upper and lower sides to a joint plate 462, wherein the second inner layer flat plate 4 7 is adjacent to The tail end of the joint plate 426 is further bent inwardly into a reinforcing plate 4 6 4 , and then the tail end is further bent inwardly into a second reinforcing plate 4 6 5 , which is assembled by the The connecting plates 4 6 2 are respectively attached to the side faces of the inner layer flat plate 4 2 and the second inner layer flat plate 47 , and are then locked by one side. Bolt 4 8 (which can replace the original bolt 45 of the place, or can also make the bolt 4 5 and the bolt 4 8 coexist) lock the joint plate 4 6 2 , the inner layer plate 4 2 and the intermediate frame 4 3 Then, on the other side, the second inner layer plate 47 and the joint plate 4 Θ 2 are locked by the bolts 4 8 because the support member 46 is used in multiple places, so the form number A0101 can be made. 9 pages / a total of 33 pages M382342 and other inner layer plate 4 2 and the second inner layer plate 47 to achieve a firm joint; then in the hollow space between the inner layer plate 42 and the second inner layer plate 47 into a second Cotton layer. Continuing, please refer to the twelfth, thirteenth, and fourteenth drawings. The outer wall 5 (4) of the fourth embodiment of the present invention is provided by the outer layer steel plate 5 1 ; the inner layer plate 5 2 is disposed on the inner layer; - an intermediate frame 5 3 between the outer steel sheet 5 1 and the inner layer plate 5 2; a cotton layer 5 4 interposed between the outer steel sheet 5 1 and the inner layer plate 5 2 ; and a layer 5 for the outer layer steel sheets 5 1. The inner plate 5 2 and the intermediate frame 5 3 are respectively bolted to form a basic structure. Then, a second inner plate 5 7 is joined to the inside of the inner plate 5 2 by a supporting member 56. As shown in the fourteenth figure, the bracket has a transverse flat plate 516 in the middle of the piece of 6%, and the two ends extend in the same direction to form a joint plate 562. The tail end is bent inward to be reinforcing. The plate is formed by the plate 5 6 4, and the side plates of the inner layer plate 5 2 and the second inner layer plate 57 are separated by the joint plate 5 6 2 , and the bolts 58 8 for locking are used on one side ( It can replace the original bolt 5 5 , or the bolt 5 5 and the bolt 58 can coexist.) The joint plate 5 6 2 'the inner plate 5 2 and the middle frame 5 3, the three are locked first, and then the other inner side plate 5 7 and the joint plate 5 6 2 are locked by the screwing technique 28 on the other side, because the supporting member 56 is used in multiple places. A stable bond between the inner layer plate 5 2 and the second inner layer plate 57 can be achieved; then a second cotton layer 5 9 is filled in the hollow space between the inner layer plate 5 2 and the second inner layer plate 57. . Continuing, please refer to the fifteenth, sixteenth, and seventeenth figures. The fifth wall of the fifth embodiment of the present invention is also provided by a steel sheet provided on the outer layer.
表單編號麵 ^ 1〇 1/^ 33 I M382342Form number face ^ 1〇 1/^ 33 I M382342
b 1 ; —設於内層之内層平板6 2 ; 一介以該外層鋼板 6 1與内層平板6 2間之中間骨架6 3 填塞入該外 層鋼板61與内層平板62間之棉層6 4 ;及一用於將 該等外層鋼板6 1、内層平板6 2與中間骨架6 3分別 鎖接之螺栓6 5組成為基本構造；然後更在該内層平板 6 2内側藉由一支撐元件6 6接合一第二内層平板6 7 ，請參閱第十七圖所示，該支撐元件6 6為中間有一斜 置之平板6 6 1為支撐，二端分朝上下不同方向延伸出 一接合板β 6 2而構成，組裝時，藉由該等接合板6 6 2分別貼住該内層平板6 2與第二内層平板6 7之側面 ，再於一側藉由鎖接用之螺栓6 8 (係可取代該處原先 之螺栓6 5，或者亦可使螺栓6 5與螺栓6 8並存）將 該接合板662、内層平板6 2與中間骨架63三者先 加以鎖固，然後於另一侧再藉由螺栓6 8將該第二内層 平板6 7與接合板6 6 2二者加以鎖固，因為該支撐元 件6 6採用多處，因此可使該等内層平板6 2與第二内 層平板6 7間達成穩固性之接合；然後在該内層平板6 2與第二内層平板6 7間之中空空間内填塞入一第二棉 層6 9 〇 接著，請參閱第十八、十九、二十圖所示，本創作 第八實施例之外牆面7 〇同樣由一設於外層之外層鋼板 7 1 ; —設於内層之内層平板7 2 ; 一介以該外層鋼板 7 1與内層平板7 2間之中間骨架7 3 ; —填塞入該外 層鋼板71與内層平板72間之棉層74;及一用於將 該等外層鋼板7 1、内層平板7 2與中間骨架7 3分別 鎖接之螺栓7 5組成為基本構造；然後更在該内層平板 表單蝙號Α0101 第11頁/共33頁 7 2内側藉由—支標元件7 6接合-第二内層平板7 7 ，响參閱第二十圖所示，並請與第八圖相比較，該支撐 疋件7 6係與第八圖中之支樓元件3 6作相反方向之擺 置’所以切元件7 6為—間具有二條橫置之平板7 6 1為支撐，二尾端分朝上下不同方向延伸出一接合板7 6 2，而另側之連接端則形成為另一接合板7 6 3而構 成，組裝時，即藉由該接合板7 6 3貼住該内層平板7 2之側面’及藉由該等接合板7 62貼住該第二内層平 板7 7之側面’再藉由鎖制之螺栓7 8 (係可取代該 處原先之螺检7 5，或者亦可使螺栓7 5與螺检7 8並 存）將該等接合板7 6 3、内層平板72與中間骨架7 3 一者加以鎖固，然後於另一側再藉由螺栓7 8將該第 二内層平板77與接合板7 6 2二者加以鎖固，因為該 支撐7G件7 6採用多處，因此可使該等内層平板7 2與 第二内層平板7 7間達成穩m性之接合；然後在該内層 平板7 2與第二内層平板7 7間之中空空間内填塞入一 第二棉層7 9。 接著，請參閱第二十一、二十二、二十三圖所示， 本創作第七實施例之外牆面8 Q同樣由—^於外層之夕卜 層鋼板8 1 設於内層之内層平板8 2 ;—介以該外 層鋼板8 1與内層平板8 2間之中間骨架8 3 ; 一填塞 入該外層鋼板8 1與内層平板8 2間之棉層8 4 ;及一 用於將該等外層鋼板8 1、内層平板8 2與中間骨架8 3分別鎖接之螺’拴8 5組成為基本構造；然後更在該内 層平板8 2内側藉由一支撐元件8 6接合一第二内層平 板8 7，請參閱第二十三圖所示，並請與第二十圖相比 第12頁/共33頁 表單編號A0101 較’該支撐元件8 6與第二十圖中之支撐元件7 6作相 同方向之擺置，所以支撐元件8 6為中間具有二條橫置 之平板8 6 1為支撐，二尾端分朝上下不同方向延伸出 一接合板8 6 2 ’而另側之連接端則形成為另一接合板 8 6 3 ’然後該等接合板8 6 2的尾端更朝内彎折為一 補強板8 6 4，然後其尾端復更朝内彎折為一第二補強 板86 5而構成’組裝時’即藉由該等接合板8 6 3貼 住該内層平板8 2之侧面’及藉由該等接合板8 6 2貼 住該第二内層平板8 7之側面，再藉由鎖接用之螺栓8 8 (係可取代該處原先之螺栓8 5)，或者亦可使螺栓 85與螺栓88並存）將該等接合板8 6 3、内層平板 8 2與中間骨架8 3三者加以鎖固，然後於另一側再藉 由螺栓88將該第二内層平板8 7與接合板8 6 2二者 加以鎖固，因為該支撐元件8 6採用多處，因此可使該 等内層平板8 2與第二内層平板8 7間達成穩固性之接 合；然後在該内層平板8 2與第二内層平板8 7間之中 空空間内填塞入一第二棉層8 9。 繼續，請參閲第二十四、二十五、二十六固所示， 本創作第八實施例之外牆面9 〇同樣由一設於外層之外 層鋼板9 1 ; 一設於内層之内層平板9 2 ; —介以該外 層鋼板9 1與内層平板9 2間之中間骨架9 3 ; —填塞 入該外層鋼板9 1與内層平板9 2間之棉層9 4 ;及一 用於將該等外層鋼板9 1、内層平板9 2與中間骨架9 3分別鎖接之螺栓9 5組成為基本構造；然後更在該内 層平板9 2内側藉由一支撐元件9 6接合一第 二内層平 板9 7，請參閱第二十六圖所示，該支撐元件9 6具有 表單編珑A0101 第13頁/共33頁 -接合板9 6 2 ’可貼合住該第二内層平板9 7之側面 ’該接合板9 6 2上則固設-插接板9 6 2丄，及有一 接合板9 6 3可貼合住該内層平板9 2之侧面，該接合 板9 6 3上固設二接合板9 6 3丄，其間即存在一接合 槽9632 ’組裝時’即由該接合板9 6 3貼住該内層 平板9 2之側面，並藉由鎖接用之螺栓9 8 (係可取代 該處原先之螺栓9 5，或者亦可使螺栓9 5與螺栓9 8 並存）將該等接合板9 63、内層平板92與中間骨架 9 3三者加以鎖固，接著由該接合板9 6 2貼住該第二 内層平板9 7之側面，再藉由螺栓9 8將該第二内層平 板9 7與接合板9 6 2二者加以鎖固，然後持該第二内 層平板9 7使其上各接合板96 2之插接板9 6 2 1 — 對一相對應插置入該内層平板9 2T土接合板9 6 3之接 合槽9 6 3 2内，因此藉由改變該插接板9 6 2 1插置 入接合槽9 6 3 2之深度，可調整該内層平板9 2與該 第二内層平板9 7間之距離，然後藉由二_接用之螺栓 9 8 1將該等接合板9 6 3 1與插接板9 6 2 1加以鎖 固，因為該支撐元件9 6採用多處，因此可使該等内層 平板9 2與第二内層平板9 7間達成穩固性之接合；然 後在該内層平板9 2與第二内層平板9 7間之中空空間 内填塞入一第二棉層9 9，係可全部填塞或僅部分填塞 〇 接著，請參閲第二十七、二十八、二十九圖所示， 本創作第九實施例之外牆面1〇 0同樣由一設於外層之 外層鋼板1 0 1 ; —設於内層之内層平板1 0 2 ; 一介 以該外層鋼板1 〇 1與内層平板1 〇 2間之中間骨架工 表單編號A0101 第14頁/共33頁 Ο 3 ; —填塞入該外層鋼板1 ◦ 1與内層平板i ο 2間 之棉層1 04 ;及一用於將該等外層鋼板1 〇 1、内層 平板1 0 2與中間骨架1 〇 3分別鎖接之螺栓1 〇 5組 成為基本構造；然後更在該内層平板1 0 2内側藉由一 支撐元件1 06接合一第二内層平板1 〇7，請參閱第 二十九圖所示，並請與第二十六圖相比較，該支撐元件 106與第二十六圖中之支撐元件9 6作相反方向之擺 置，所以支撐元件1 0 6由一接合板1 〇 6 2貼合住該 内層平板1 0 2之側面，該接合板1 〇 6 2上則固設一 插接板1 0 6 2 1，及有一接合板1 〇 6 3可貼合住該 第二内層平板1〇7之側面，該接合板1 〇 6 3上固設 二接合板1 0 6 3 1 1，其間即存在一接合槽1 〇 6 3 2 ’組裝時，即由該接合板1 〇 6 2貼住該内層平板1 0 2之側面’並藉由鎖接用之螺栓1 〇 8 (係可取代該 處原先之螺栓1 〇 5，或者亦可使螺栓1 〇 5與螺栓1 0 8並存）將該等接合板1062、内層平板102與 中間骨架1 0 3三者加以鎖固，接著由該接合板1 〇 6 3貼住該第二内層平板1 〇 7之側面，再藉由螺栓1 〇 8將該第二内層平板1 〇 7與接合板1 〇 6 3二者加以 鎖固，然後持該第二内層平板1 〇 7使其上各接合板1 〇 6 3之接合槽1 〇 6 3 2—對一相對應插套住該内層 平板1 0 2上接合板1 0 6 2之插接板1 0 6 2 1，因 此藉由改變該接合槽1 〇 6 3 2插套住該插接板1 〇 6 2 1之深度，可調整該内層平板1 〇 2與該第二内層平 板1 07間之距離’然後藉由一鎖接用之螺栓1 〇 8 1 將該等接合板1 〇 6 3 1與插接板10621加以鎖固 表單編號Α0101 第15頁/共33頁 M382342 ，因為該支撐元件1 〇 6採用多處，因此可使該等内層 平板1 0 2與第二内層平板1 〇 7間達成穩固性之接合 ;然後在該内層平板102與第二内層平板107間之 中空空間内填塞入一第二棉層1 〇 9，係可全部填塞或 僅部分填塞。 以上諸實施例中，外層鋼板2 1、3 1、4 1、5 1、 61、71、81、91、101係為金屬材質成 型之浪板’所以鎖接之螺栓2 5、3 5、4 5、5 5、 65、75、85、95、105有時會採用較長者以 鎖接於波峯，有時會採用較短者以鎖接於波底；該内層 平板 2 2、3 2、4 2、5 2、6 2、7 2、8 2、9 2、 1 〇 2以矽酸鈣板、氧化鎂扳或石膏板為宜；該中 間骨架23'33、43、53、63、73、83、 93、103以採用C型鋼材為宜；該棉層34、34 、44、54'64、74、84、94'104則可 以是岩棉、陶瓷棉或玻璃棉之其中一種或混合；該第二 内層平板27、37、47、57、67、77、87 、9 7、1 〇 7亦以矽酸鈣板、氧化鎂板或石膏板為宜 ;該第二棉層 29、39、49、59、69'79、 8 9、9 9、1 0 9亦係岩棉、陶瓷棉或玻璃棉之其中 一種或混合。 由以上諸實施例所揭示可知，本創作主要係在由外 層鋼板、内層平板、中間骨架、棉層、及鎖接之螺栓組 成之建築物外牆面之基本構成中’更在内層平板内側藉 由一支標元件接合一第二内層平板，該支撐元件不限任 何造型，只要可以介於該内層平板與第二内層平板間， 表單編號Α0101 第16頁/共33頁 用以接合該内層平板與第二内層平板二者即可，然後更 可在該内層平板與第二内層平板間填塞入第二棉層；藉 由此等結構改良，本創作除可提供使外牆面更為強固之 功效外，更可增進防火隔熱及吸音隔音之效果，確能符 合綠建材所要求之環保、節能原則。 綜上所述，本創作具備不曾見諸昔時之絕對新穎性 及增進使用功效之進步性，當完全符合成立專利之要件 ;然而以上所舉實施例僅用以說明本創作之組成及功效 ，並非因此即拘限本創作之專利範圍，舉凡所有等功效 之結構變化及不脫本創作之類似修改，均隸屬於本創作 之專利範疇。 【圖式簡單說明】 [0005] 第一圖係習知例之部分剖視俯視圖 第二圖係習知例之部分剖視側視圖 第三圖係本創作第一實施例之部分剖視俯視圖 第四圖係本創作第一實施例之部分剖視側視圖 第五圖係第四圖中之部分剖視放大圖 第六圖係本創作第二實施例之部分剖視俯視圖 第七圖係本創作第二實施例之部分剖視側視圖 第八圖係第七圖中之部分剖視放大圖 第九圖係本創作第三實施例之部分剖視俯視圖 第十圖係本創作第三實施例之部分剖視側視圖 第十一圖係第十圖中之部分剖視放大圖 第十二圖係本創作第四實施例之部分剖視俯視圖 第十三圖係本創作第四實施例之部分剖視側視圖 表單編號A0101 第17頁/共33頁 第十四圖係第十三圖中之部分剖視放大圖 第十五圖係本創作第五實施例之部分剖視俯視圖 第十，、圖係本創作第五實施例之部分剖視側視圖 第十七圖係第十六圖巾之部分剖視放大圖 第十八圖係本創作第六實施例之部分剖視俯視圖 第十九圖係本創作第六實施例之部分刮視側視圖 第二十圖係第十九圖中之部分剖視放大圖 第二十一圖係本創作第七實施例之部分剖視俯視圖 第一十二圖係本創作第七實施例之部分剖視側視圖 第二十三圖係第二十二圖中之部分剖視放大圖 第二十四圖係本創作第八實施例之部分剖視俯視圖 第二十五圖係本創作第八實施例之部分剖視側視圖 第二十六圖係第二十五圖中之部分剖視放大圖 第二十七圖係本創作第九實施例之部分剖視俯視圖 第二十八圖係本創作第九實施例之部分剖視側視圖 第二十九圖係第二十八圖中之部分剖視放大圖 【主要元件符號說明】 [0006] 10外層鋼板 12内層平板 3中間骨架 1 4棉層 1 5螺栓 30、30、40、50、60'70、80、90、 1 0 0外牆面 21、 31、41、51、51、71、81、91、 1 0 1外層鋼板 22、 32、42、52、62、72、82、92、 1 0 2内層平板 表單編號A0101 第18頁/共33頁 M382342 23'43、43'53、63 1 Ο 3中間骨架 24、 34'44、54、64 1 0 4棉層 25、 35、45、55、65 1 0 5螺栓 26、 36 '46 '56 '66 1 0 6支撐元件 261、 361、461、56 7 6 1平板 262、 362、363、46 762、763、862、86 1 0 6 2、1 0 6 3接合板 264、464、564、86 465、865第二補強板 27'37、47、57、67 1 0 7第二内層平板 28、 38、48 '58、68 981、108、1081螺栓 29、 39、49、59、69 1 0 9第二棉層 9621、10621插接板 9631、 10631 接合板 9632、 1063 2接合槽 、7 3、8 3、9 3、 、7 4、8 4、9 4、 、7 5、8 5、9 5、 、7 6 ' 8 6、9 6 ' 1、6 6 1、7 6 1、 2 ' 5 6 2 ' 6 6 2 ' 3、9 6 2、9 6 3、 4補強板 、7 7、8 7、9 7、 、7 8、8 8、9 8、 、7 9、8 9 ' 9 9、 表單編號Α0101 第19頁/共33頁b 1 ; - an inner layer plate 6 2 disposed in the inner layer; a middle layer 6 3 between the outer layer steel plate 61 and the inner layer plate 6 2 is inserted into the cotton layer 64 between the outer steel plate 61 and the inner layer plate 62; A bolt 6 5 for locking the outer steel plate 61, the inner layer plate 6 2 and the intermediate frame 63 respectively is formed into a basic structure; and then a inner side of the inner plate 6 2 is joined by a supporting member 6 6 The two inner layer plates 6 7 , as shown in the seventeenth figure, the support member 6 6 has a slanted flat plate 6 6 1 in the middle as a support, and the two ends are extended in a different direction from the upper and lower sides to form a joint plate β 6 2 When assembling, the joint plate 6 6 2 is respectively attached to the side surface of the inner layer flat plate 6 2 and the second inner layer flat plate 6 7 , and then the bolt 6 8 for locking is used on one side. The original bolts 6 5, or the bolts 6 5 and the bolts 6 8 may be coexisted), the joint plate 662, the inner layer plate 6 2 and the intermediate frame 63 are first locked, and then the other side is further bolted 6 8 locking the second inner layer plate 7 7 and the joint plate 6 6 2 because the support member 6 6 is used more Therefore, a stable joint between the inner layer plate 6 2 and the second inner layer plate 67 can be achieved; then a second cotton is filled in the hollow space between the inner layer plate 6 2 and the second inner layer plate 67 Layer 6 9 〇 Next, as shown in Figures 18, 19, and 20, the outer wall 7 of the eighth embodiment of the present invention is also provided by a steel sheet 7 1 provided on the outer layer; An inner layer plate 7 2; an intermediate frame 7 3 between the outer steel plate 7 1 and the inner layer plate 7 2; a cotton layer 74 interposed between the outer steel plate 71 and the inner layer plate 72; and a layer for the outer steel plate 7 1. The bolts 7 5 of the inner layer plate 7 2 and the intermediate frame 7 3 are respectively connected to form a basic structure; and then the inner layer plate form bat number Α0101 page 11 / 33 pages 7 2 inner side - the branch element 7 6 joined - the second inner layer 7 7 , as shown in the twentieth diagram, and compared with the eighth figure, the supporting member 76 is opposite to the branch member 36 in the eighth figure The arrangement is such that the cutting element 7 6 is a support plate having two transverse plates 7 6 1 as a support, and the two end ends are directed upwards and downwards A joint plate 7 6 2 extends in the same direction, and the other side joint end is formed as another joint plate 7 6 3 . When assembled, the inner layer flat plate 7 2 is attached by the joint plate 7 6 3 The side 'and the side of the second inner layer 7 7 are attached to the side of the second inner layer 7 7 by the engaging plates 7 62 and the bolts 7 8 can be replaced by the bolts 7 8 (or the bolts 7 5 can be replaced, or the bolts can be used) 7 5 coexists with the screw test 7 8) The joint plate 7 6 3 , the inner plate 72 and the intermediate frame 7 3 are locked, and then the second inner plate 77 is further pulled by the bolt 7 8 on the other side. And the joint plate 7 6 2 is locked, because the support 7G member 76 is used in multiple places, so that the inner layer plate 7 2 and the second inner layer plate 7 7 can achieve a stable m-joining; A hollow space between the inner layer plate 7 2 and the second inner layer plate 7 7 is filled into a second cotton layer 7 9 . Next, referring to the twenty-first, twenty-two, and twenty-third figures, the outer wall 8 Q of the seventh embodiment of the present invention is also disposed on the inner layer of the inner layer by the outer layer of the outer layer 8 1 a flat plate 8 2; a middle frame 8 3 between the outer steel plate 81 and the inner plate 8 2; a cotton layer 8 4 between the outer steel plate 81 and the inner plate 8 2; and a The outer layer steel plate 81, the inner layer plate 8 2 and the intermediate frame 8 3 are respectively connected to each other to form a basic structure; then, a second inner layer is joined to the inside of the inner layer plate 8 2 by a supporting member 86. For the flat plate 8, please refer to the twenty-third figure, and please compare with the twentieth picture, page 12 / page 33, form number A0101, and the supporting element 7 of the support member 8 6 and the twentieth diagram 6 is placed in the same direction, so the supporting member 86 is a support having two transverse flat plates 8 6 1 in the middle, and the two end ends are extended in a different direction from the upper and lower sides to a joint plate 8 6 2 ' and the other side of the connecting end Then formed as another joint plate 8 6 3 ' and then the end ends of the joint plates 8 6 2 are bent more inwardly into a reinforcing plate 8 6 4 , and then The tail end is further bent inwardly into a second reinforcing plate 86 5 to constitute 'as assembled', that is, the side plates of the inner layer plate 8 2 are attached by the joint plates 8 6 3 and by the joint plates 8 6 2 is attached to the side of the second inner layer plate 87, and then by the bolt 8 8 for locking (which can replace the original bolt 8 5), or the bolt 85 and the bolt 88 can coexist) The joint plate 8 6 3 , the inner layer plate 8 2 and the intermediate frame 8 3 are locked, and then the other inner side plate 8 7 and the joint plate 8 6 2 are further provided by bolts 88 on the other side. Locking, because the supporting member 86 is used in multiple places, the inner layer flat plate 8 2 and the second inner layer flat plate 8 7 can be firmly joined; then the inner layer flat plate 8 2 and the second inner layer flat plate 8 7 The hollow space between the two is filled into a second cotton layer 89. Continuing, please refer to the twenty-fourth, twenty-fifth, and twenty-sixth solids. The outer wall 9 of the eighth embodiment of the present invention is also provided by an outer layer of steel plate 9 1 ; one is disposed on the inner layer. The inner layer plate 9 2; the middle frame 9 3 between the outer steel plate 9 1 and the inner layer plate 9 2; the cotton layer 9 4 between the outer steel plate 9 1 and the inner layer plate 9 2; The outer steel plate 91, the inner plate 9 2 and the intermediate frame 9 3 are respectively bolted to form a basic structure; and then a second inner plate is joined to the inside of the inner plate 92 by a supporting member 96. 9 7, please refer to the twenty-sixth figure, the support member 9 6 has a form editor A0101 page 13 / 33 pages - the joint plate 9 6 2 ' can be attached to the side of the second inner layer plate 7 7 'The joint plate 9 6 2 is fixed to the insert plate 9 6 2丄, and a joint plate 9 6 3 can be fitted to the side surface of the inner layer plate 9 2 , and the joint plate 9 6 3 is fixedly coupled The plate 9 6 3 丄, during which there is a joint groove 9632 'when assembled', that is, the joint plate 9 6 3 is attached to the side surface of the inner layer plate 9 2 and is used for locking The bolts 9 8 (which may replace the original bolts 9 5 or the bolts 9 5 and the bolts 9 8 ) may be used to lock the joint plates 9 63 , the inner plate 92 and the intermediate frame 9 3 . Then, the joint plate 9 6 2 is attached to the side surface of the second inner layer plate 9 7 , and the second inner layer plate 7 7 and the joint plate 9 6 2 are locked by the bolts 9 8 , and then the first The two inner plates 9 7 are inserted into the engaging grooves 9 6 3 1 of the inner plate 9 2T soil joining plates 9 6 3 so that the corresponding connecting plates 96 2 are inserted into the engaging grooves 9 6 3 2 of the inner plate 9 2T By changing the depth of the insertion plate 9 6 2 1 into the engagement groove 9 6 3 2, the distance between the inner layer plate 9 2 and the second inner layer plate 9 7 can be adjusted, and then the second plate is used. The bolts 9 8 1 lock the joint plates 9 6 3 1 and the plug plates 9 6 2 1 , because the support members 96 are used in multiple places, so that the inner layer plates 9 2 and the second inner layer plates 9 can be made. 7 joints are achieved; then a second layer of cotton 9 9 is filled in the hollow space between the inner plate 9 2 and the second inner plate 9 7 , which can be completely filled or only partially填 〇 Next, please refer to the twenty-seventh, twenty-eighth, twenty-ninth figure, the ninth embodiment of the present invention, the outer wall 1〇0 is also provided by an outer layer of steel plate 1 0 1; The inner layer of the inner layer is 1 0 2 ; the intermediate frame between the outer steel plate 1 〇 1 and the inner plate 1 〇 2 is numbered A0101, page 14 / page 33 ; 3; - stuffing into the outer steel plate 1 ◦ 1 and a cotton layer 104 between the inner layer i ο 2; and a bolt 1 〇 5 for locking the outer steel plate 1 〇1, the inner plate 1200 and the intermediate frame 1 〇3 respectively as a basic structure Then, a second inner layer plate 1 〇7 is joined to the inside of the inner layer plate 102 by a supporting member 106, as shown in the twenty-ninth figure, and compared with the twenty-sixth figure, The support member 106 is placed in the opposite direction from the support member 96 in the twenty-sixth embodiment, so that the support member 106 is attached to the side of the inner layer plate 102 by a joint plate 1 〇6 2 . A plug-in board 1 0 6 2 1 is fixed on the board 1 〇 6 2 , and a joint board 1 〇 6 3 can be attached to the second inner layer board On the side of 1〇7, the joint plate 1 〇6 3 is fixed with two joint plates 1 0 6 3 1 1 , and there is a joint groove 1 〇 6 3 2 ' during assembly, that is, by the joint plate 1 〇 6 2 Stick the side of the inner plate 110 and use the bolts 1 〇 8 for locking (this can replace the original bolt 1 〇 5, or the bolt 1 〇 5 and the bolt 1 0 8) The joint plate 1062, the inner layer plate 102 and the intermediate frame 100 are locked, and then the joint plate 1 〇6 3 is attached to the side of the second inner plate 1 〇7, and then by the bolt 1 8 locking the second inner layer plate 1 〇 7 and the joint plates 1 〇 6 3 , and then holding the second inner layer plate 1 〇 7 to engage the joint grooves 1 〇 6 3 of the joint grooves 1 〇 6 3 2—to insert a socket 1 0 6 2 of the joint plate 1 0 6 2 on the inner plate 1 0 2 correspondingly, and thus insert the socket by changing the joint groove 1 〇 6 3 2 The depth of the plate 1 〇 6 2 1 can adjust the distance between the inner plate 1 〇 2 and the second inner plate 107. Then the connecting plates 1 〇 6 by a bolt 1 〇 8 1 for locking 3 1 and plug The plate 10621 is locked with the form number Α0101, page 15 of 33, M382342, because the support member 1 〇6 is used in multiple places, so that the stability between the inner layer plate 102 and the second inner layer plate 〇7 can be achieved. Then, a second cotton layer 1 〇9 is filled in the hollow space between the inner layer plate 102 and the second inner layer plate 107, and may be completely filled or only partially filled. In the above embodiments, the outer steel sheets 2 1 , 3 1 , 4 1 , 5 1 , 61 , 71 , 81 , 91 , 101 are made of metal material, so the bolts 2 5, 3 5, 4 5 are locked. 5 5, 65, 75, 85, 95, 105 sometimes use the longer one to lock to the peak, sometimes the shorter one to lock to the bottom; the inner plate 2 2, 3 2, 4 2 , 5 2, 6 2, 7 2, 8 2, 9 2, 1 〇 2 with calcium citrate plate, magnesium oxide plate or gypsum board; the intermediate frame 23'33, 43, 53, 63, 73, 83 , 93, 103 is preferably a C-shaped steel; the cotton layers 34, 34, 44, 54'64, 74, 84, 94'104 may be one or a mixture of rock wool, ceramic wool or glass wool; The second inner layer plates 27, 37, 47, 57, 67, 77, 87, 9 7 and 1 〇7 are also preferably calcium silicate plates, magnesium oxide plates or gypsum plates; the second cotton layers 29, 39, 49 59, 69'79, 8 9, 9 9 and 1 0 9 are also one or a mixture of rock wool, ceramic wool or glass wool. As can be seen from the above embodiments, the present invention is mainly based on the basic structure of the outer wall of the building composed of the outer steel plate, the inner layer plate, the intermediate frame, the cotton layer, and the bolts of the lock. A second inner layer plate is joined by a labeling element, and the supporting element is not limited to any shape, as long as it can be interposed between the inner layer flat plate and the second inner layer flat plate, the form number Α0101, page 16 of 33 is used to join the inner layer plate. And the second inner layer plate can be used, and then the second cotton layer can be further filled between the inner layer plate and the second inner layer plate; by the structural improvement, the creation can provide the outer wall surface to be stronger. In addition to the efficacy, it can also improve the effect of fireproof insulation and sound absorption and sound insulation, and it can meet the environmental protection and energy conservation principles required by Green Building Materials. In summary, this creation has the absolute novelty that has never been seen in the past and the progressiveness of the use effect, when it fully meets the requirements for establishing a patent; however, the above embodiments are only used to illustrate the composition and efficacy of the creation. It is not the case that the patent scope of this creation is limited, and any structural changes of all such functions and similar modifications that do not deviate from the creation are subject to the patent scope of this creation. BRIEF DESCRIPTION OF THE DRAWINGS [0005] The first figure is a partial cross-sectional view of a conventional example. The second figure is a partial cross-sectional side view of a conventional example. The third figure is a partial cross-sectional plan view of the first embodiment of the present creation. 4 is a partial cross-sectional side view of the first embodiment of the present invention, a fifth section of the fourth embodiment, a partial cross-sectional view of the fourth embodiment, and a sixth partial view of the second embodiment of the present invention. The second embodiment is a partial cross-sectional view of the second embodiment, the seventh embodiment is a partial cross-sectional view of the seventh embodiment, and the ninth embodiment of the third embodiment of the present invention is a partial cross-sectional view of the third embodiment. 11 is a partial cross-sectional view of the fourth embodiment, and a partial cross-sectional view of the fourth embodiment is a partial cross-sectional view of the fourth embodiment of the present invention. View from the side view form No. A0101 Page 17 of 33 Figure 14 is a partial cross-sectional view of the thirteenth view. Fig. 15 is a partial cross-sectional view of the fifth embodiment of the present creation. Partial cross-sectional side view of the fifth embodiment of the present invention Figure 16 is a partial cross-sectional enlarged view of the sixteenth embodiment of the sixth embodiment of the present invention, a partial cross-sectional view of the nineteenth embodiment of the sixth embodiment of the present invention 19 is a partial cross-sectional view showing a second embodiment of the seventh embodiment of the present invention. FIG. 12 is a partial cross-sectional side view of the seventh embodiment of the present creation. Figure 22 is a partial cross-sectional enlarged view of the twenty-fourth embodiment of the eighth embodiment of the present invention, a partial cross-sectional view of the twenty-fifth embodiment of the eighth embodiment of the present invention Figure 26 is a partial cross-sectional view of the twenty-fifth drawing. Figure 27 is a partial cross-sectional view of the ninth embodiment of the present invention. The twenty-eighth figure is a partial cross-sectional view of the ninth embodiment of the present creation. Side view twenty-ninth figure is a partial cross-sectional enlarged view of the twenty-eighth figure [main component symbol description] [0006] 10 outer steel plate 12 inner layer plate 3 intermediate skeleton 1 4 cotton layer 1 5 bolts 30, 30, 40 , 50, 60'70, 80, 90, 1 0 0 exterior wall 21, 31, 41, 51, 51, 71, 81, 91, 1 0 1 outer steel plate 22, 32, 42, 52, 62, 72, 82, 92, 1 0 2 inner plate form number A0101 page 18 / total page 33 M382342 23'43, 43'53, 63 1 Ο 3 intermediate frame 24, 34'44, 54, 64 1 0 4 cotton layer 25, 35, 45, 55, 65 1 0 5 bolt 26, 36 '46 '56 '66 1 0 6 support elements 261, 361, 461, 56 7 6 1 plate 262, 362, 363, 46 762, 763, 862, 86 1 0 6 2, 1 0 6 3 joint plates 264, 464, 564, 86 465, 865 second reinforcing plate 27'37, 47, 57, 67 1 0 7 second inner layer plate 28, 38, 48 '58, 68 981, 108, 1081 bolt 29, 39, 49, 59, 69 1 0 9 second cotton layer 9621, 10621 plug-in board 9631 10631 joint plates 9632, 1063 2 joint grooves, 7 3, 8 3, 9 3, 7 4, 8 4, 9 4, 7 5, 8 5, 9 5, 7 6 ' 8 6 , 9 6 ' 1, 6 6 1 , 7 6 1 , 2 ' 5 6 2 ' 6 6 2 ' 3, 9 6 2, 9 6 3, 4 reinforcing plates, 7 7 , 8 7 , 9 7 , 7 8 , 8 8 , 9 8、 , 7 9 , 8 9 ' 9 9. Form number Α 0101 Page 19 of 33