M412204 .五、新型說明： ‘ .【新型所屬二技術領域】 本創作係涉及一種建築物組合結構 c型鋼架呈開口側相對間隔配置型態並 件之創新組合式輕型鋼構型態設計者。 【先前技術】 按’綠建築的推動是為了纾解生態 應以及地球暖化等現象，在世界各國已 不能例外。行政院於九十年核定「綠建 ，步推動此項具有時代性意義之工作， 製造最少廢棄物，來達到環境共生、丘 的目標。 〃 于工2硐構就結構面以及施工面ή :架構而無庸置*，由於輕型鋼* 重量輕等特a，因此發展相1 i t 一九九八年就有十二萬戶白 ς二;' =九五年阪神大地震的刺激系 以符入規範的研究，」 日本地區使用 全日本受兴，i反 而此種1 然而I ^近年來亦引進同屬地1 質良’莠審於此種輕鋼架建築之言 :對於曰後人們居… 何在兼顧_ i ,因此就目前發展r 構件精簡C下達到最為堅g 目標及方向。 > 边，實係相關業名 腾襟末;架輕，c_ 薄自重輕且截面性其經熱指 把優良，強度若與 ，特別是指/禮令 搭配方型盒狀租合 環境惡化、溫室$ 蔚為風潮，我國也 築推動方案」’炎 以消耗最少資源’ 榮及地球永續發展 ，均堪稱為一種綠 有安全、環保、高 速’例如以美園地 求量，而日本在經 更加速其對於輕裂 立相關配套措施’ 術、新工法不僅讓 的台灣地區。 、施工、監造等品 全性與堅固耐用性 而言，輕型鋼構如 用、組合方便以及 再#力研發突破之 普遍常兩的檁條、 冷彎加工而成，壁 槽鋼相比，則同 M412204 .等強度可節省材料約3〇% ，單獨使用上強度仍嫌'不足 以致其優點無法發揮到極 有鏗於此，創作人本 與設計經驗，針對上述之 终得一確具實用性之本創 【新型内容】 本創作之主要目的， 結構其所欲解決之問題點 想實用性之新式輕鋼架組 突破者； ’ ^ 本創作解決問題之技 築物組合結構係包括：呈 架’所述c型鋼架包括主 相對向内垂向凸伸之二翼 側；至少—方型盒狀組合 翼緣穿縫以供c型鋼架之 方型框各側寬度與C型鋼 方型框之凸伸高度則與C 其中’該C型鋼架之主板 ，面、方型框相組合對應 早元構件相組合時，能藉 f位構件穿組定位；藉此 則技術而言，俾可透過該 的型悲，再搭配所述方型 生類似竹節之加勁補強作 然而就目前而言，由於c型鋼 這使其應用部位仍頗受偈限’ 境界，實屬可惜。 多年從事相關產品I製造開發 標，詳加設計與審慎評估後， 在提 供一 種 C型鋼建 築物組 合 係針 對如 何 研發出/ 種更具 理 建築 構造 為 目標加以 思索創 新 特點 ，主 要 在於所述 C型鋼 建 口側 相對 間 隔配置的 二C型 鋼 面、 二側 板 以及由二 側板末端 ，該 二翼 緣 之間界定 形成開 〇 ，藉 以與 C 型鋼架相 組合， 該 之盒 底面 以 及由金底 面四個 邊 該方 型框 各 相對二側 分設有 二 板末 端所 設 翼緣穿組 配合， 又 之二 側板 内 間距寬度 相符， 該 鋼架 之側 板 凸伸高度 相符； 又 、側 板與 該 方型盒狀 組合件 盒 並設 有定 位 穿設孔， 以當該 等 所述 定位 穿 設孔相互 對應以 供 新獨 特設 計 ，使本創 作對照 先 型鋼 架呈 開 口側相對 間隔配 置 狀組 合件 之 組合定位 型態以 產 ，進 而實. 現 一種在兼顧輕量 化 4 M412204 條件下二能夠達到堅固耐用佳、組合方便以及構件精簡等 .諸夕致盈之創新組合式輕鋼架建築結構，達到進—步提昇 組合式輕鋼結構建造品質與實周價值之進步性與較佳產業 利用效益。 ” 本創作之另一主要目的，在於所述c型銅建築物组合 結構中並可包括至少—方管型組合件，其係藉以與方型盒 狀組合件相組合，該方管型組合件之截面寬度蛊方型合狀 继合件之方型框所設二翼緣穿缝之間距尺寸相同，方^型 組合件之延伸長度則與方管型組合件之方型框相對二側内 間距尺寸相同；藉此方管型組合件之整合實施型铱 俾可進-步補強該方型盒狀組合件與C型銅架組ς部位結 =J本而能作為柱樑結點或樑端加強部位之絕佳補強結 構型態者。 【實施方式】 請參閱第1至6圖所示 結構之較佳實施例，惟此等 申請上並不受此結構之限制 係包括下述構成： ，係本創作C型鋼建築物組合 實施例僅供說明之用，在專利 。所述C型鋼建築物組合結構M412204 . V. New type description: '.[New type of two technical fields] This creation relates to an innovative combined light steel configuration designer of a building type composite structure c-shaped steel frame with open side and opposite spacing configuration. . [Prior Art] The promotion of green buildings is to relieve ecological and global warming. It is no exception in countries around the world. In the 1990s, the Executive Yuan approved the “Green Building” to promote this time-oriented work and create the least waste to achieve the goal of environmental symbiosis and mound. 于 于 硐 2 2 2 2 2 2 2 2 2 2 2 2 2 The structure is unrestricted*, due to the light weight of steel*, so the development phase 1 it has 120,000 households in 1998; '=The stimulus of the Great Hanshin Earthquake in 1995 Normative research," Japan uses all Japan to be prosperous, i instead of this 1 However, I ^ has also introduced the same territorial property in recent years, and the words of this light steel frame construction: for the people who live in the future... _ i , so the current development of r components to achieve the most stable goal and direction. > On the other hand, the relevant industry name is Tengjiao; the light frame, c_ thin and light weight and the cross-section of the heat refers to the excellent, the strength and the strength, especially the finger/ritual match with the square box-like lease environment, The greenhouse is a trend, and China is also promoting the program. 'Inflammation consumes the least resources.' Rong and the sustainable development of the earth can be called a kind of green, safe, environmentally friendly, high-speed, for example, in the US, and in Japan. It is accelerating its support measures for light cracking. In terms of the completeness and durability of the construction, supervision and other products, the light steel structure is easy to use, and the combination is convenient. With M412204. The same strength can save about 3〇% of materials. The strength of the single use is still too low, so that its advantages can not be played to the extreme. The creator and design experience are perfect for the above. The creation of the new content [The new content] The main purpose of this creation, the structure of the problem to be solved, the new light steel frame breakout who wants practicality; ' ^ The technical structure of the creation and problem solving system includes: 'The c-shaped steel frame comprises two wings side of the main opposite inwardly projecting convex; at least the square box-shaped composite flange is slotted for the width of each side of the square frame of the c-shaped steel frame and the C-shaped steel square frame The height of the protrusion is the same as that of the C, which is the combination of the main board, the surface and the square frame of the C-shaped steel frame, and can be positioned by the f-position member; The type of sorrow, coupled with the square student Similar to the strengthening of bamboo joints. However, at present, it is a pity that c-shaped steel is still in the limit of its application. After years of engaging in the development and development of related products I, after detailed design and careful evaluation, the C-shaped steel building combination system is designed to reflect on the development of a more rational building structure, focusing on the innovative features, mainly in the C-shaped steel. The two C-shaped steel faces, the two side plates and the ends of the two side plates are arranged at opposite intervals on the side of the opening, and the two flanges are defined to form an opening, thereby being combined with the C-shaped steel frame, the bottom surface of the box and the bottom surface of the gold The opposite sides of the square frame are respectively provided with flanges provided at the ends of the two plates, and the widths of the two side plates are matched, and the height of the side plates of the steel frame are consistent; and the side plates and the square box The assembly box is provided with a positioning through hole for the positioning of the positioning through holes to provide a new unique design, so that the creation is compared with the combination of the open side and the relatively spaced arrangement of the first steel frame. Types are produced, and then actual. Now a kind of lightweight 4 M412204 The second can achieve the advantages of sturdy and durable, convenient combination and streamlined components. The innovative combination light steel frame structure of Zhuxi Zhiying achieves the progressive and comparative improvement of the construction quality and the real value of the combined light steel structure. Good industry utilization benefits. Another main object of the present invention is to include at least a square tube type assembly in the c-type copper building assembly structure, which is combined with a square box assembly, the square tube type assembly The cross-sectional width of the square-shaped joint is the same as that of the square-shaped frame. The extension of the square-shaped assembly is opposite to the square of the square-shaped assembly. The pitch size is the same; the integrated implementation type of the square tube type assembly can further strengthen the square box-shaped assembly and the C-shaped copper frame group joint portion = J and can be used as a column beam joint or beam An excellent reinforcing structure type of the end reinforcing portion. [Embodiment] Please refer to the preferred embodiment of the structure shown in Figs. 1 to 6, but the application is not limited by the structure and includes the following constitution: The C-shaped steel building combination embodiment of the present invention is for illustrative purposes only, and is patented. The C-shaped steel building composite structure
竿則ΐΐ間隔配置的二C型鋼架10，所述c型鋼 11、由該主板面11 一側垂向凸伸之二 .板12由u —侧板12末端相對向内垂向凸伸之二翼緣13 ’該二翼緣13之間則界定形成一開口側14 ; 至少一方型盒狀組合件20，藉以與該C型鋼架1〇相組 合，該方型盒狀組合件2〇包括呈方型之一盒底面21以及由 該盒底面21四個邊朝同側垂向凸伸之一方型框22，其中該 方型框22之各相對二側分設有間隔平行的二翼緣穿縫23、 236 ，能夠供該C型鋼架10之側板12末端所設翼緣13穿組 配合，該其中一翼緣穿缝23Β係為延伸至盒底面21所屬範 12204The second C-shaped steel frame 10 is disposed at intervals, and the c-shaped steel 11 is vertically protruded from the side of the main plate surface 11 and the plate 12 is protruded from the end of the side plate 12 by two ends. The edge 13' defines an open side 14 between the two flanges 13; at least one of the box-shaped assemblies 20, in combination with the C-shaped steel frame 1〇, the square box-shaped assembly 2 includes A bottom surface 21 of the square shape and a square frame 22 projecting vertically from the four sides of the bottom surface 21 of the box, wherein the opposite sides of the square frame 22 are provided with two parallel flanged slits. 23, 236, can be provided for the flange 13 provided at the end of the side plate 12 of the C-shaped steel frame 10, the flange 13 of the flange is extended to the bottom surface of the box bottom 21
圍内之 fe- E 架l〇 長型態，又該方型框22之各側寬度係與該c型鋼 疋一側板12内間距寬度相符，該方型框22之Λ伸高度 只1J興今f»加 合件/ ^銅架10之側板12凸伸高度相符，該方型盒狀組 乃如〇係可以金屬板片一體沖壓成型其盒底面21及方型框 W那杨+ /1 之結構型態，但並不以此為限； 至少一方管型組合件30，藉以與該方型盒狀組合件2〇 相組合，該方管型組合件30之截面寬度係與該方型盒狀組 合件20之方型框22所設二翼緣穿缝23、23Β之間距尺寸相 同，該方管型組合件30之延伸長度則與該方管型組合件3〇 之方型框22相對二側内間距尺寸相同； 定位穿設扎40，設於該C型鋼架1〇之主板面u、側板 12以及方型盒狀組合件20之盒底面21、方型框22以及方管 型組合件30相組合對應處，以當該方型盒狀組合件2〇與c 型鋼架10組合時’能夠藉由所述定位穿設孔40之相互對應 ，以供定位構件50穿組定位，所述定位構件50可為拉帽51 與螺絲52所構成之型態者；至於該拉帽51與螺絲52如何進 行定位，如第2圖所揭，係可先將拉帽51插置入方型盒狀 組合件20之定位穿設孔40，然後以一拉帽固定器53將拉帽 51固定，藉此當c型鋼架1〇與方型盒狀組合件20相組合時 ，即可藉由該螺絲52穿過C型鋼架1〇之定位穿設孔4〇，復 螺鎖於方型盒狀組合件20所設定位穿設孔40内之拉帽51， 即可達成定位。 如第3圖所揭，該C型鋼建築物組合結構並可包括與 該開口側14相對間隔配置的二c型鋼架10互呈垂直向組接 且為單支式之副c型鋼架10Β ，以使該副C型鋼架1QB之 組接端内係組入該方型盒狀組合件20，復藉由該方型盒狀 組合件20之方型框22 —側作為組靠側，藉以與該c型鋼架 10其中一側組靠配合者。 如第4圖所揭’該C型鋼建築物組合結構並可包括互 呈垂直向組接且為單支式之副C型鋼架10C 、 10D ，以使 6 M412204 該其中一設向的副C型鋼架10C之組接端内係組入該方型 .盒狀組合件20，復藉‘由該方型盒狀組合件20之方型框22 — 側作為組靠側；該另一設向的副C型鋼架10D ，則以其二 翼緣13穿組過該方型盒狀組合件20之翼緣穿缝23B 。 如第5圖所揭，該C型鋼架10之主板面11以及方型盒 狀組合件20之盒底面21、方型框22以及方管型組合件30相 組合對應處係更可設有穿線孔60，以當該方型盒狀組合件 20與C型鋼架10組合時，能夠藉由所述穿線孔60之相互對 應，以供既有管線（包含水管、電路線、通訊線等）穿組 〇 請配合第5 、6圖所揭，該方管型組合件30之延伸向 二端部31係更形成有一與該端部31呈間隔平行之定位片32 ，該定位片32 —側邊與該端部31 —側相連結，該定位片32 與該端部31之間則形成有一組合夾縫33 (標示於第6圖） ，該組合夾缝33能夠呈夾持狀組配於該方型盒狀組合件20 之方型框22相對應部位，藉此可令方管型組合件30與方型 盒狀組合件20之組合狀態更加穩固，而該方管型組合件30 與方型盒狀組合件20組合之後，更可再增進C型鋼架10之 懸吊與支撐強度。 如第7圖所揭，係為該方型盒狀組合件20組合方管型 組合件30作為柱基結構之實施例圖，本實施例中，該方型 盒狀組合件20係使用上、下兩組間隔配置之型態，該兩組 方型盒狀組合件20中均組入具有定位片32之方管型組合件 30，該兩組方管型組合件30之間再組合一不具定位片32之 方管型組合件30B ，以穩定該兩組方型盒狀組合件20之上 、下間隔配置狀態，接著再將該對位疊組完成之兩組方型 盒狀組合件20利用其相對位之定位穿設孔40套組於一混凝 土基座80所預設之數根螺柱81，復以螺帽82鎖配固定；藉 此即可構成一相當堅強穩固之柱基結構，且能夠供立向以 7 M412204 及橫向之c型鋼架10組合定位者。 如不8圖所揭’係為該方型4 組合件3。作為检樑結點之實::狀：：件2〇:合方營型 盒狀組合件20俜使用措二例圖’本實施例中，該方型 型盒狀組合件20中均組入」隔配置之型態，該兩組方 U r α ..且入具有定位片32 ，該兩組方管型組合件3〇之間 a ::，:且二件3。 管型組合件3〇B ， 口 /、疋位片32之方 fsl P- SF Ψ ^ ^ 穩疋該兩組方型盒狀組合件20之橫向 態，接著再將該對位組合完成之…型盒： 對間隔配置的-立# h Γ刑钿加 ，·且入該開口側14呈相 強稃固之二Τ 架10中，即可構成-相當堅 桂操結點結構’能夠供橫向之C型鋼架1〇組合定 -多揭，該C型鋼建築物組合結構並可包括有 多=接構件7。’其係包括—承靠座板71 有 板;;：=接”、一插接腳74所構成，…該以 1。任：Γ =該開口側14相對間隔配置的二c型鋼架 …：配腳座板71 -側垂向凸伸， 承接板73:呈3 = = 一側垂…，該斜角 Ϊ築Γ中:；；：接構件70的設計，俾可用以提供C型： 的組合需求。卩樑衡接部位或者傾斜式街架銜接部位 合結二係為利用本創作C型鋼建築物組 面主要用來;體建築物架構整體實施型態；本圖 對位置與關係，各；：jr圖二於建築物架構中的相 組接之組式！!c型鋼架10…垂直向 :而第4圖；U第10圖之A所指建築物架構部位 圖所揭早支式之副。裂鋼架1〇c、⑽互呈垂直 M412204 向組接之 •位；第7 作為柱基 架構部位 組合件30 指建築物 組合結構 可知，利 完成建築 ’組裝施 功效說明 本創作功 本創 呈開口側 紕成之創 知結構而 的型態， 生類似竹 條件下， 諸多效益 組合式輕 利用效益 組合結 圖所揭 之組合 ;另第 作為枝 架構部 ’即為 用本創 物架構 工效率 構，即 以方型 結構’ 8圖所 樑結點 位；又 第11圖 作C型 的各種 亦大幅 為第10圖中 盒狀組合件 即為第10、 揭以方型盒 之組合結構 如第9圖所 中之E所指 鋼建築物組 組合部位， j,g 曰 提幵。 之B所指 20組合方 11圖中之 狀組合件 ，即為第 揭多角度 建築物架 合結構設 且構件簡 建築物架構 管型組合件 c所指建築 20組合方管 11圖中之D 承接構件7〇 構部位；由 計’確實能 單而利於哥 部 30 物 型 所 之 此 夠 產 效增進之 作所揭「 相對間隔 新獨特設 言，俾可 再搭配所 節之加勁 能夠連到 之創新組 鋼結構建 事實如下 C型鋼建 配置的二 計，使本 透過該C 述方型盒 補強作用 堅固耐用 合式輕鋼 造品質與 築物組 C型鋼 創作對 型鋼架 狀組合 ，進而 佳、組 架建築 實用價 合結構」主要 架、方型盒狀 照【先前技術 呈開口側相對 件之組合定位 實現一種在兼 合方便以及構 結構，達到進 值之進步性與 藉 纽 述 所 習 置 產 化 等 昇 業 本創作可產生之新功效如下：型鋼建築物組合結構中並包括所述 剛性撑;;Γ態設計’料藉由該方管型組合件 架組合部位之結構強度，而能作為 組 狀 鋼 部 9 M412204 .位之絕佳補強結構型態者。 上述實施例所揭示者係藉以具體說明本創作，且文中 雖透過特定的術語進行說明，當不能以此限定本新型創作 之專利範圍；熟悉此項技術領域之人士當可在瞭解本創作 之精神與原則後對其進行變更與修改而達到等效目的，而 此等變更與修改，皆應涵蓋於如后所述申請專利範圍所界 定之範疇中。The width of each side of the square frame of the fe-E frame is the same as the width of the side of the c-shaped steel plate side plate 12, and the height of the square frame 22 is only 1J. f»Additions/^The height of the side panel 12 of the copper frame 10 is consistent. The square box-shaped group is such that the metal plate can be integrally stamped and formed into the bottom surface 21 of the box and the square frame W. Yang + /1 a structural form, but not limited thereto; at least one tubular assembly 30, in combination with the square box-shaped assembly 2, the cross-sectional width of the square tubular assembly 30 and the square box The square frame 22 of the assembly 20 has the same distance between the two flanges 23, 23, and the extension of the square tube assembly 30 is opposite to the square frame 22 of the square tube assembly 3 The distance between the two sides is the same; the positioning and threading 40 is provided on the main surface u of the C-shaped steel frame, the side plate 12, and the bottom surface 21 of the square box-shaped assembly 20, the square frame 22 and the square tube type. The assembly 30 is combined with each other so that when the square box-shaped assembly 2 is combined with the c-shaped steel frame 10, the positioning holes 40 can correspond to each other. For positioning of the positioning member 50, the positioning member 50 can be a type formed by the pull cap 51 and the screw 52; as for how the pull cap 51 and the screw 52 are positioned, as shown in FIG. 2, First, the pull cap 51 is inserted into the positioning through hole 40 of the square box-shaped assembly 20, and then the pull cap 51 is fixed by a pull cap holder 53, whereby the c-shaped steel frame 1 and the square box shape are used. When the assembly 20 is combined, the screw 52 can pass through the positioning through hole 4 of the C-shaped steel frame 1 , and the screw is locked in the position through hole 40 of the square box assembly 20 . Pull the cap 51 to achieve positioning. As shown in FIG. 3, the C-shaped steel building assembly structure may include two c-shaped steel frames 10 disposed at a distance from the open side 14 and vertically connected to each other and a single-cylinder sub-c-shaped steel frame 10Β. So that the set end of the sub-C-shaped steel frame 1QB is assembled into the square box-shaped assembly 20, and the side of the square frame 22 of the square-shaped box-shaped assembly 20 is used as the group side. Thereby, the one side of the c-shaped steel frame 10 is matched. As shown in Fig. 4, the C-shaped steel building composite structure may include sub-C-shaped steel frames 10C and 10D which are vertically connected to each other and are single-armed so that 6 M412204 is one of the auxiliary Cs. The assembly end of the steel frame 10C is assembled into the square type box assembly 20, and the side of the square frame 22 of the square box assembly 20 is used as the group side; The secondary C-shaped steel frame 10D is passed through the flange 23B of the square box-like assembly 20 with its two flanges 13. As shown in FIG. 5, the main board surface 11 of the C-shaped steel frame 10 and the box bottom surface 21 of the square box-shaped assembly 20, the square frame 22 and the square tube type assembly 30 may be provided in combination with each other. The threading hole 60, when the square box-shaped assembly 20 is combined with the C-shaped steel frame 10, can be connected to each other by the threading holes 60 for the existing pipeline (including water pipes, circuit lines, communication lines, etc.) The wearable group is similar to that shown in FIGS. 5 and 6. The extension of the square tubular assembly 30 further forms a positioning piece 32 parallel to the end portion 31, and the positioning piece 32 is provided. The side edge is coupled to the side of the end portion 31, and a combination nip 33 (indicated in FIG. 6) is formed between the positioning piece 32 and the end portion 31. The combined nip 33 can be assembled in a clamping manner. The square frame 22 of the square box-shaped assembly 20 corresponds to a portion, whereby the combined state of the square tube assembly 30 and the square box assembly 20 can be made more stable, and the square tube assembly 30 and After the combination of the square box-shaped assembly 20, the suspension and support strength of the C-shaped steel frame 10 can be further enhanced. As shown in FIG. 7 , the square box-shaped assembly 20 is combined with the square tube type assembly 30 as an example of a column base structure. In the embodiment, the square box-shaped assembly 20 is used. The two sets of spaced-apart arrangements are assembled into the square tube-shaped assembly 30 having the positioning piece 32, and the two sets of square-tube-type assemblies 30 are combined with one another. The square tube type assembly 30B of the positioning piece 32 is configured to stabilize the upper and lower spacing configuration states of the two sets of square box-shaped assembly 20, and then the two sets of square box-shaped assembly 20 completed by the alignment stack The positioning holes 40 are assembled in a plurality of studs 81 preset by a concrete base 80, and the nut 82 is locked and fixed; thereby forming a relatively strong and stable column base structure. And can be used for the positioning of the 7 M412204 and the horizontal c-shaped steel frame 10 combination. As shown in Fig. 8, it is the square 4 assembly 3. As the inspection beam node:: shape:: piece 2〇: combination box type assembly 20俜 use two examples of the figure 'in this embodiment, the square type box assembly 20 is incorporated In the configuration of the two groups, the two groups U r α .. and the positioning piece 32, the two sets of square tube type assembly 3 a between a ::,: and two pieces 3. The tubular assembly 3〇B, the mouth/, the square piece 32 is fsl P- SF Ψ ^ ^ The lateral state of the two sets of square box-shaped assembly 20 is stabilized, and then the alignment is completed... Type box: For the interval configuration, the vertical #h Γ 钿 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The C-shaped steel frame 1 〇 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合 组合'The system includes - the seat plate 71 has a plate;;: = "connected", a plug pin 74, ... which is 1. Any: Γ = the two c-shaped steel frames of the open side 14 are arranged at intervals... : with the foot plate 71 - the side is vertically convex, the receiving plate 73: 3 = = one side hanging ..., the bevel is built in the middle:;;: the design of the connecting member 70, can be used to provide the C type: The combination requirements: the combination of the beam-receiving part or the sloping street frame is the main use of the C-shaped steel building face of the creation; the overall implementation of the body structure; the position and relationship of the figure, Each;:jr Figure 2 is a group of groups in the building structure!! c-shaped steel frame 10... vertical direction: and Figure 4; U Figure 10 A refers to the architectural structure of the building The branch of the branch. The split steel frame 1〇c, (10) is perpendicular to each other, M412204 is connected to the position; the seventh is used as the column base structure assembly 30, which means that the building's combined structure can be known. The creative work creates a pattern of the creative structure of the open side, which is similar to bamboo, and many benefits are combined and lightly utilized. The combination of the combination of the benefits and the combination of the map; the other as the branch structure department is the use of the structure of the creation of the structure of the structure, that is, the square structure of the 8 figure of the beam node; and the 11th figure for the C type of various It is also substantially the case that the box-shaped assembly in Fig. 10 is the tenth, and the combined structure of the square box is as shown in Fig. 9 of the steel building group combination part, which is referred to in Fig. 9, j, g 曰 曰. The assembly of the 20 combination side 11 is the first multi-angle building framing structure and the component is simple. The building structure tubular assembly c refers to the building 20 combination square tube 11 in the figure D the receiving member 7 〇 部位 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 哥 哥 哥 哥 哥 哥 哥 哥The fact that the steel structure is built is as follows. The second type of C-shaped steel construction is used to make the strength of the sturdy and durable light steel made by the C-shaped square box and the C-shaped steel of the building group to create a pair of steel frame-like combinations. Building construction price structure It is necessary to frame and shape the box-shaped photo. [The prior art has the combination of the open side and the opposite part to realize a kind of convenience and structure, to achieve the progress of the value of the advancement and the production of the loan. The new effect produced is as follows: the rigid steel building composite structure includes the rigid support; the "state design" material can be used as the group steel portion 9 M412204 by the structural strength of the square tubular assembly frame combination portion. Excellent positional reinforcement type. The disclosures of the above embodiments are used to specifically explain the present creation, and although the descriptions are made through specific terms, the scope of patents of the novel creation cannot be limited thereby; those skilled in the art can understand the spirit of the creation. Changes and modifications are made to the equivalent purpose, and such changes and modifications are to be included in the scope defined by the scope of the patent application as described later.
10 M412204 •【圖式簡單說明】 · -第1圖：本創作之c‘型鋼架與方型盒狀組合件分解立體圖 〇 第2圖：本創作之定位構件實施步驟示意圖。 第3圖：本創作之方型盒狀組合件用以組接C型鋼架與副 C型鋼架之實施例立體圖。 第4圖：本創作之方型盒狀組合件用以組接單支式副C型 鋼架之實施例立體圖。 第5圖：本創作之方型盒狀組合件組合方管型組合件之一 實施例分解立體圖。 ®第6圖：本創作之方型盒狀組合件與方管型組合件之組合 剖視圖。 第7圖：本創作之方型盒狀組合件組合方管型組合件作為 柱基结構之實施例圖。 第8圖：本創作之方型盒狀組合件組合方管型組合件作為 柱樑結點之實施例圖。 第9圖：本創作之多角度承接構件之分解與組合狀態立體 圖。 第10圖：本創作之C型鋼建築物組合結構整體實施型態之 平面正視圖。 第11圖：本創作之C型鋼建築物組合結構整體實施型態之 平面側視圖。 【主要元件符號說明】 C型鋼架 10 M412204 方型盒狀組合件 ·20 -盒底面 ‘ 21 方型框 翼緣穿縫 方管型組合件 端部 定位片 組合夹縫 定位穿設孔 定位構件 鲁拉帽 2 3、2 3 Β 3 0、3 0 Β 3 1 3 2 4 0 5 0 螺絲 2 拉帽固定器 穿線孔 多角度承接構件 承靠座板 頸架 斜角承接板 插接腳 混凝土基座 螺柱 螺帽 6 0 7 0 7 1 7 2 7 3 7 4 8 0 8 1 8 2 1210 M412204 • [Simple description of the drawing] · - Fig. 1: Decomposed perspective view of the c'-shaped steel frame and square box-shaped assembly of the creation 〇 Fig. 2: Schematic diagram of the implementation steps of the positioning member of the creation. Fig. 3 is a perspective view showing an embodiment of a square box-shaped assembly of the present invention for assembling a C-shaped steel frame and a sub-C-shaped steel frame. Fig. 4 is a perspective view showing an embodiment of a square box-shaped assembly of the present invention for assembling a single-piece sub-C-shaped steel frame. Fig. 5 is an exploded perspective view of one embodiment of the square box-shaped assembly of the present invention. ® Figure 6: A cross-sectional view of the combination of a square box assembly and a square tube assembly of the present invention. Fig. 7 is a view showing an embodiment of a prismatic assembly of a square box assembly of the present invention as a column base structure. Fig. 8 is a view showing an embodiment of a rectangular box-shaped assembly combined with a square tube type assembly of the present invention as a column beam joint. Figure 9: The perspective view of the decomposition and combined state of the multi-angle bearing members of the creation. Figure 10: Plan view of the overall implementation of the C-shaped steel building composite structure of this creation. Figure 11: Plane side view of the overall implementation of the C-shaped steel building composite structure of this creation. [Main component symbol description] C-shaped steel frame 10 M412204 Square box assembly · 20 - Box bottom surface 21 Square frame flange flanged square tube type assembly end positioning piece combination quilting positioning hole positioning member Lua cap 2 3, 2 3 Β 3 0, 3 0 Β 3 1 3 2 4 0 5 0 Screw 2 Pull cap holder Threading hole Multi-angle receiving member Bearing seat plate neck frame Angled receiving plate Pin-joining concrete base Stud nut 6 0 7 0 7 1 7 2 7 3 7 4 8 0 8 1 8 2 12