五、新型說明： 【新型所屬之技術領域】 、本創作是關於-種裝設於建物室内天花板之輕鋼架， 尤指一種具有高結合強度之輕鋼架及其副支架設計。 【先前技術】 目前已知應用於建物室内天花板上.的輕鋼架組成，其 係由複數主支架與複數副支架縱橫组合而&，該輕鋼年是 令兩副支架以其相應的卡扣部相互扣接組設於主支架預設 插接孔，副支架兩端之卡扣部各於其板體形成單一側向^ 折的卡合段，用以夹持另一副支架之卡扣部，卡扣部之板 體於卡合段侧邊的穿孔朝向端部的側邊形成卡掣凸粒，用 以卡扣於穿孔孔緣’如此，使兩副支架得以相互扣接而固 定於主支架上。 惟前述輕鋼架是以單一側向彎折的卡合段來夾持另一 岣支架的卡扣部，此夾持構造未能達到較佳的結合強度之 狀態，實有進一步改良之必要。 【新型内容】 本創作之主要目的在於提供一種具高結合強度之輕鋼 术及其副架桿’希藉此設計解決現有輕鋼架之副架桿結合 強度不佳之缺點。 為了達成前述創作目的，本創作所提出之具高結合強 度輕鋼架係包含複數主支架與複數副支架縱橫交錯組合而 成，其中： 所述主支架包含一支架主體以及分別成形於支架主體 M419797 兩端的扣合部’兩主支架端部以扣合部相互扣接組合，該 支架主體具有一縱板部與一成形於縱板部底邊的底板部， 縱板部上設有至少一個插接孔； 所述副支系包含一支架基部、一第一扣接部與一第二 扣接部，其中： 該支架基部具有一縱板部與一成形於縱板部底邊的底 板部； 該第一扣接部成形於該支架基部的縱板部一端，第一 扣接部包含有一可穿設主支架插接孔之第一凸板，第一凸 板底緣形成凹部，用以卡抵於主支架縱板部之插接孔底緣 ，第一凸板一側面凸設有二上下間隔排列的第一擋勾，第 一凸板鄰近末端處設有相鄰排列的第一扣接孔與第一凸扣 ’第一凸扣與第一擋勾同側凸出； 該第二扣接部成形於該支架基部的縱板部另一端，第 一扣接邠包含有一可穿設主支架插接孔之第二凸板，第二 凸板底緣形成凹部，用以卡抵於主支架縱板部之插接孔底 緣一第：凸板異於第一擋勾之一側面形成二上下間隔排列 、第擋勹第一凸板鄰近末端處設有相鄰排列的第二扣 接’、第—凸扣，第二凸扣與第二擋勾同侧凸丨’藉以使 二：表架以相對第，扣接部與第二扣接部穿設主支架插接 第扣接部與第二扣接部分別以第一擋勾夾持第二 第擋勾夾持第一凸板，第一凸扣卡扣於第二扣接 孔中，第二凸扣卡扣於第一扣接孔中。 接 本創作所提出之副架桿係包含： 基邛，其具有一縱板部與—成形於縱板部底邊 M419797 的底板部； 一弟一扣接部，係成形於該支架基部的縱板部一端， 第一扣接部包含有一可穿設主支架插接孔之第一凸板，第 一凸板底緣形成凹部，第一凸板一側面凸設有二上卞間隔 排列的第一擋勾，第一凸板鄰近末端處設有相鄰排列的第 —扣接孔、與第—凸扣，第一凸扣與第一擋勾同側凸出；以 及 1 一第二扣接部，係成形於該支架基部的縱板部.另—掉 一 ’第二扣接部包含有一可穿設主支架插接孔之第二凸板， . 第二凸板底緣形成凹部，第二凸板異於第一擋勾之一側茂 形成二上下間隔排列的第二擋勾，第二凸板鄰近末端處言 有相鄰排列的第二扣接孔與第二凸扣，第二凸扣與第二求 勾同側凸出’藉以使二副支架以相對第—扣接部與第二才 接、穿設主支架插接孔中，第—扣接部與第二扣接部分別 第-擋勾夾持第二凸板’第二擋勾夾持第一凸板，第〜 〇扣卡扣於第二扣接孔中，第二凸扣卡扣於第-扣接孔中。 藉此具高結合強度之輕鋼架與副支架設計，當兩^V. New description: [New technical field] This creation is about light steel frame installed in the ceiling of building interior, especially a light steel frame with high bonding strength and its sub-bracket design. [Prior Art] It is known to be applied to the ceiling of a building interior. The light steel frame consists of a combination of a plurality of main supports and a plurality of sub-frames, and the light steel years are the two cards with their corresponding cards. The buckle portions are respectively fastened to the preset brackets of the main bracket, and the buckle portions at the two ends of the auxiliary brackets form a single laterally folded engaging portion of the board body for clamping the card of the other bracket. The buckle portion and the plate body of the buckle portion form a latching protrusion on the side of the end of the engaging portion toward the end portion for engaging the punching hole edge. Thus, the two brackets are fastened to each other and fixed. On the main bracket. However, the above-mentioned light steel frame is a single laterally bent engaging portion for holding the buckle portion of the other one of the brackets, and the clamping structure fails to achieve a better joint strength, which is necessary for further improvement. [New content] The main purpose of this creation is to provide a light steel with high bonding strength and its sub-frames, which are designed to solve the shortcomings of the poor coupling strength of the existing light steel frame. In order to achieve the above-mentioned creative purpose, the high-strength light steel frame proposed by the present invention comprises a plurality of main brackets and a plurality of sub-frames vertically and horizontally interlaced, wherein: the main bracket comprises a bracket body and is respectively formed on the bracket body M419797 The two main bracket ends are fastened and fastened to each other by a fastening portion. The bracket body has a vertical plate portion and a bottom plate portion formed on a bottom edge of the vertical plate portion, and at least one insertion portion is formed on the vertical plate portion. The sub-bracket includes a bracket base portion, a first fastening portion and a second fastening portion, wherein: the bracket base portion has a vertical plate portion and a bottom plate portion formed on a bottom edge of the vertical plate portion; The first fastening portion is formed at one end of the vertical plate portion of the base of the bracket, and the first fastening portion includes a first convex plate that can be inserted into the main bracket insertion hole, and the bottom edge of the first convex plate forms a concave portion for the card A first blocking hook is arranged on one side of the first protruding plate, and a first blocking hook is arranged on the side of the first protruding plate. The first protruding plate is adjacent to the end and is provided with a first fastening adjacent to the end. Hole and first buckle 'first clasp and The second fastening portion is formed on the other end of the vertical plate portion of the base of the bracket, and the first fastening ring includes a second convex plate through which the main bracket insertion hole can be inserted, and the second convex portion The bottom edge of the plate is formed with a concave portion for engaging against the bottom edge of the insertion hole of the main frame longitudinal plate portion: the convex plate is different from the side surface of the first blocking hook, and is arranged at two upper and lower intervals, and the first dam is adjacent to the first convex plate The second end of the second fastening joint and the first convex buckle are arranged at the end, and the second convex buckle and the second convex hook are on the same side of the convex ridge 'to make two: the front frame is opposite, the fastening part and the second buckle The first protruding portion and the second fastening portion are respectively clamped by the first blocking hook to clamp the first convex plate, and the first protruding buckle is fastened to the second fastening hole. The second protruding buckle is buckled in the first fastening hole. The sub-bar system proposed by the present invention comprises: a base plate having a vertical plate portion and a bottom plate portion formed on the bottom edge M419797 of the vertical plate portion; a first fastening portion is formed on the longitudinal portion of the base portion of the bracket One end of the plate portion, the first fastening portion includes a first convex plate through which the main bracket insertion hole can be inserted, the bottom edge of the first convex plate forms a concave portion, and the first convex plate is convexly disposed on the side of the first convex plate a first hook is disposed adjacent to the end of the first convex plate, and is adjacent to the first fastening hole, and the first convex buckle, the first convex buckle and the first blocking hook are convex on the same side; and the first fastening a second protruding plate that is formed on the base of the bracket. The second fastening portion includes a second convex plate that can be inserted into the main bracket insertion hole. The bottom edge of the second convex plate forms a concave portion. The second convex plate is different from the first one of the first blocking hook to form two second blocking hooks arranged at the upper and lower intervals, and the second convex plate is adjacent to the end with the second fastening hole and the second protruding button arranged adjacent to each other, and the second The male buckle and the second hook are protruded on the same side as the second bracket is connected with the second bracket by the opposite first and the second joint Wherein, the first fastening portion and the second fastening portion respectively engage the second convex plate with the second locking plate; the second locking hook holds the first convex plate, and the first buckle is buckled in the second fastening hole, The second buckle is snapped into the first fastening hole. The light steel frame and the sub-bracket design with high bonding strength are used as two
架間以其相應的第一組接部血’楚_ 4 Μ A /、第一組接部相互扣接組設方 主支架的插接孔日夺，兩5丨丨±加 兩剎支架之間以第一扣接部與第一 接部相互扣接時，係傕_ 丨± A · 、乐一才 _ 使―釗支架間以相對第一扣接部與負 一扣接部穿設主支架插接孔中，一 分別以上下排列的第一擋勾 按 筮-搀V + a哲 夂待弟一凸板，以上下排列& 第一擋勾夾持第一凸板，第— M ^ n , . , 凸扣卡扣於第二扣接孔中， 第一凸扣卡扣於弟一扣接孔 甲 使弟一扣接部與第-如玉 部以雙向相互扣結與勾抿固 、弟一扣与 疋方式.’提供一種高穩固與 5 M419797 穩定！·生的結合型態，使該具高強度之輕鋼架具有優異的耐 震犯力，減少因地震的搖晃力量而鬆脫崩塌的情事。 【實施方式】 本創作係一種高結合強度之輕鋼架及其副支架，所述 幸二鋼架係包含複數主支架，與複數所述的副支架2，主支 木1鉍曰彳支架2以縱橫交錯方式連接組合成一具有複數個 方格狀的架構’如圖彳所示，係揭示本創作輕鋼架中之— 主支架1與二副支架2之局部立體示意圖。其中： 所述主支架1包含一支架主體1〇以及位於支架主體10 兩端的扣合部u ’使兩主支架1端部可藉由扣合部11相互 扣接組合’該支架主體10具有一縱板部1〇1以及一底板部 1〇2;’底板部1.02成形於縱板部1〇1底邊且朝兩側橫向凸伸 縱板°卩1 〇 1上设有一個或複數個間隔排列的插接孔1 〇 3。 所述副支架.2包含支架基部2〇以及分位於支架基部2〇 兩端的第一扣接部21與第二扣接部211，其中： 所述支架基部20具有一縱板部201與一底板部202， 底板部202成形於縱板部2〇1底邊且朝兩側橫向凸伸。. 所述第一扣接部21係成形於該支架基部20.的縱板部 201鈿所述第—扣接部21包含有一可穿設主支架】插 接孔103之第一凸板21〇 ’該第一凸板21〇 一側面形成二上 下間隔排列的第一擋勾2U ’第一擋自2ιι係自第一凸板 21。板面側向彎折而朝第一凸板21。外端部延伸，使第一擋 勹211，、第凸板210間形成一插槽，第一凸板21〇鄰近 末端處設有一第-扣接孔213與-第-凸扣214,第一扣換 孔213與第-凸扣214相鄰排列，第—&扣214與第一擋 M419797 勾211.同側凸出，第一凸板21〇底緣形成凹部215，用以卡 抵於主支架1縱板部101之插接孔1〇3之底緣。。 所述第二扣接部22係成形於該支架基部20的縱板部 201另一端，所述第二扣接部211包含有一可穿設主支架1 插接孔103之第二凸板220，該第二凸板2M —側面形成二 上下間隔排列的第二擋勾221，第二擋勾221係自第二凸板 220異於第一擋勾2丨丨之一側板面側向彎折而朝第二凸板 220外端部延伸’使第二擋勾221與第二凸板220間形成— 插槽’第二凸板220鄰近末端處設有一第二扣接孔223與 第一凸扣224，第二扣接孔223與第二凸扣224相鄰排列 ’第二凸扣224與第二擋勾221同側凸出，第二凸扣224 與第一凸扣21 4位於相異的兩側，且第二扣接孔2 2 3提供 另一副支架2第一扣接部21的第一凸板210卡扣其中，第 一凸扣2 2 4則可卡扣於第一扣接部21的第一扣接.孔213， 第二凸板220底緣形成凹部225，用以卡抵於主支架J縱板 部101之插接孔103之底緣。 如圖1至圖4所示的較佳實施例，前述副支架2之第 扣接部21中，第一扣接孔21 3位於第一凸扣21 4鄰近 該二第一擋勾21 1的一側，且第一凸扣214鄰接第一扣接 孔213的一側具有與第一擋勾211同側凸出的第一抵靠邊 216 ;前述副支架2之第二扣接部22中，第二扣接孔223 位於第二凸扣224鄰近該二第二擋勾221的一側，且第二 凸扣224鄰接第二扣接.孔223的一側具有與第二擋勾221 同側凸出的第二抵靠邊226。 如圖.5、6所示的另一較佳實施例，前述副支架2之 M419797 第一扣接部中’第一凸扣214位於第一扣接孔213鄰 近該二第一擋勾211的一側，且第一凸扣214鄰接第一擋 勾211的一側具有與第一擋勾211同側凸出的第—抵靠邊 216 ·，前述副支架2之第二扣接部22中，第二凸扣224位 於第二扣接孔223鄰近該二第二擋勾221的一側，且第二 凸扣224鄰接第二檔勾221的一側具有與第二擋勾221同 側凸出的第二抵靠邊226 » 如圖1、圖3與圖4所示，本創作輕鋼架之主支架j 與副支架2組合時，以及圖1所示較佳實施例為例，複數 主支架1與複數副支架2縱橫交錯連接組合，其中，相鄰 串接之主支架1與主支架i之間利用扣合部]彳與另一扣 合部11相互扣接組合，相鄰串接的副支架2與副支架2 之間則分別以相對的第一扣接部21與第二扣接部22分別 自主支架1兩側穿設插接孔103且相互扣接而固定，第一The corresponding first set of junction blood 'Chu _ 4 Μ A /, the first set of joints are fastened to each other to form the main hole of the set main bracket, two 5 丨丨 ± plus two brake brackets When the first fastening portion and the first connecting portion are fastened to each other, the system 傕 丨 丨 ± A · , 乐 才 _ _ 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊 钊In the bracket insertion hole, a first stop hook arranged above and below is pressed by a 凸-搀V + a 哲 夂 夂 夂 一 一 夂 夂 , , , , & & & & & & & & & & & & & & & & & & & & & & & ^ n , . , The buckle is snapped into the second fastening hole, and the first male buckle is buckled on the first fastening hole of the brother, and the first fastening portion and the first-like jade portion are mutually buckled and hooked. Solid, younger one buckle and squatting way. 'Provides a high stability with 5 M419797 stable! · The combination of the raw type makes the high-strength light steel frame have excellent seismic resistance and reduce the looseness of the collapse due to the shaking power of the earthquake. [Embodiment] The present invention is a high-strength light steel frame and a sub-bracket thereof, and the substation has a plurality of main supports, and a plurality of sub-frames 2, a main branch 1 The criss-crossing connection is combined into a structure having a plurality of square lattices, as shown in the figure, which is a partial perspective view of the main bracket 1 and the second bracket 2 in the light steel frame of the present invention. The main bracket 1 includes a bracket body 1〇 and a fastening portion u′ at the two ends of the bracket body 10 such that the ends of the two main brackets 1 can be fastened and coupled to each other by the fastening portion 11 The vertical plate portion 1〇1 and a bottom plate portion 1〇2; the bottom plate portion 1.02 is formed on the bottom edge of the vertical plate portion 1〇1 and laterally protrudes toward the two sides. The vertical plate is provided with one or more intervals. Arrange the insertion holes 1 〇3. The sub-bracket 2 includes a bracket base portion 2 and a first fastening portion 21 and a second fastening portion 211 located at two ends of the bracket base portion 2, wherein: the bracket base portion 20 has a vertical plate portion 201 and a bottom plate portion In the portion 202, the bottom plate portion 202 is formed on the bottom side of the vertical plate portion 2〇1 and protrudes laterally toward both sides. The first fastening portion 21 is formed on the vertical plate portion 201 of the bracket base portion 20. The first fastening portion 21 includes a first convex plate 21 through which the main bracket can be inserted. 'The first convex plate 21 has a side surface formed with two first and second spaced hooks 2U'. The first block is from the first convex plate 21 from 2 ιι. The plate faces are bent laterally toward the first convex plate 21. The outer end portion extends to form a slot between the first dam 211 and the first convex plate 210. The first convex plate 21 is provided with a first fastening hole 213 and a first convex 214 at the end. The buckle hole 213 is arranged adjacent to the first buckle 214, and the first & buckle 214 is convex on the same side as the first gear M419797, and the bottom edge of the first convex plate 21 is formed with a concave portion 215 for engaging The bottom edge of the insertion hole 1〇3 of the vertical plate portion 101 of the main bracket 1. . The second fastening portion 22 is formed at the other end of the vertical plate portion 201 of the bracket base portion 20, and the second fastening portion 211 includes a second convex plate 220 through which the main bracket 1 insertion hole 103 can be inserted. The second convex plate 2M is formed with two second blocking hooks 221 arranged at the upper and lower sides, and the second blocking hook 221 is bent laterally from the second convex plate 220 different from the side surface of the first blocking hook 2 Extending toward the outer end of the second convex plate 220 to form a gap between the second hook 221 and the second convex plate 220 - the second convex plate 220 is provided with a second fastening hole 223 and a first buckle 224, the second fastening hole 223 is adjacent to the second protruding buckle 224. The second protruding buckle 224 and the second blocking hook 221 are convex on the same side, and the second protruding buckle 224 is different from the first protruding buckle 21 4 . The first fastening plate 210 of the first fastening portion 21 of the second auxiliary fastening portion 2 is fastened, and the first protruding buckle 2 2 4 is buckled to the first fastening. The first fastening portion of the portion 21 is a hole 213, and the bottom edge of the second convex plate 220 forms a concave portion 225 for engaging against the bottom edge of the insertion hole 103 of the vertical plate portion 101 of the main bracket J. As shown in FIG. 1 to FIG. 4, in the first fastening portion 21 of the sub-bracket 2, the first fastening hole 21 3 is located adjacent to the first first fastening hook 21 1 . a first abutting edge 216 protruding from the same side of the first retaining hook 211 on one side of the first protruding hook 213; and a second fastening portion 22 of the auxiliary bracket 2 The second fastening hole 223 is located on a side of the second protrusion 224 adjacent to the second second hook 221, and the second protrusion 224 is adjacent to the second fastening hole 223. A second abutting edge 226 that projects. In another preferred embodiment, as shown in FIG. 5 and FIG. 6 , the first buckle 214 of the first fastening portion of the M419797 of the sub-bracket 2 is located adjacent to the first fastening hole 211 of the first fastening hole 213. One side, and a side of the first hook 214 adjacent to the first hook 211 has a first abutting edge 216 protruding from the same side of the first retaining hook 211, and a second fastening portion 22 of the auxiliary bracket 2 The second protruding button 224 is located on a side of the second fastening hole 223 adjacent to the second second locking hook 221 , and the side of the second protruding button 224 adjacent to the second gear hook 221 has a side protruding from the second blocking hook 221 . The second abutting edge 226 » as shown in FIG. 1 , FIG. 3 and FIG. 4 , when the main bracket j of the light steel frame is combined with the sub-bracket 2 , and the preferred embodiment shown in FIG. 1 is taken as an example, the plurality of main brackets 1 is combined with a plurality of sub-brackets 2 in a crisscrossing manner, wherein a main portion of the adjacent main bracket 1 and the main bracket i are fastened and combined with each other by a fastening portion 彳 and another fastening portion 11 adjacent to each other. Between the sub-bracket 2 and the sub-bracket 2, the first fastening portion 21 and the second fastening portion 22 respectively pass through the insertion holes 103 on both sides of the self-supporting bracket 1 and are fastened and fixed to each other. One
該二第一擋勾211 # 22之第二凸板220伸入第一扣接 211與第一凸板21 0之間的插槽，為 予以來持固定，另一方面，第一凸扣 M419797 214以其第一抵靠邊216抵靠於第二扣接孔223孔緣而定 位；第二凸扣224以其第二抵靠邊226可抵靠於第一扣接 孔21 3孔緣而定位，如此，副支架2與副支架2藉由第一 扣接部21與第二扣接部22於主支架]之插接孔彳〇3形成 雙向的相互扣結，提供高穩固性與高穩定性之結合型態， 並配合凹部215、225於主支架！縱板部1D1之插接孔1〇3 之底緣扣σ固疋之没計，使該具高強度之輕鋼架具有優異 的耐震此力，減少因地震的搖晃力量而鬆脫崩塌的情事。 以上所述’僅是.揭示本創作之較佳實施例，並非對本 '作作任何形式上的限制’任何所屬技術領域中具有通常 、者在不脫離本創作所提出的技術特徵的範圍内，利用 本創作所揭不技術内容所作出局部更動或修飾的等效實施 列，均仍屬於本創作技術特徵的範圍内。 【圖式簡單說明】 y 士 2 1①本創作輕鋼架之—較佳實施例之一主支架與二 田丨支木局部立體分解示意圖。 g $疋圖1所不二副支架局部立體分解示意圖。 是圖1所不主支架與二副支架組合後的立體示意 圍。 .π 疋圖3所示主支架與二副支.架組合後側視平面示 部立體分解 疋本創作輕鋼架之另一較佳實施例之二副支架局 示意圖 示意圖 圖6是圖5所+ - 3,丨4· ‘ 厅—曰丨支架與一主支架組合後側視平 面 M419797 【主要元件符號說明】 1主支架 10支架主體 102底板部 11扣合部 2副支架 20支架基部 202底板部 21第一扣接部 21 1第一擋勾 21 3第一扣接孔 21 5凹部 22第二扣接部 221第二擋勾 223第二扣接孔 225凹部 101縱板部 103插接孔 201縱板部 21 0第一凸板 21 4第一凸扣 21 6第一抵靠邊 220第二凸板 224第二凸扣 226第二抵靠邊The second convex plate 220 of the first first hook 211 #22 extends into the slot between the first fastening 211 and the first convex plate 21 0 for fixing, and the first convex buckle M419797 The second abutting edge 216 is positioned against the edge of the second fastening hole 223; the second abutting edge 224 can be positioned by the second abutting edge 226 against the edge of the first fastening hole 21 3 . In this way, the sub-bracket 2 and the sub-bracket 2 are bi-directionally fastened by the first fastening portion 21 and the second fastening portion 22 in the insertion hole 彳〇3 of the main bracket], thereby providing high stability and high stability. The combination type, and the concave portion 215, 225 in the main bracket! The bottom edge of the insertion hole 1〇1 of the vertical plate portion 1D1 is not fixed, so that the high-strength light steel frame has excellent shock resistance and reduces the collapse of the earthquake due to the shaking force of the earthquake. . The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. It is intended to be within the scope of the technical features of the present invention. Equivalent implementations that make partial changes or modifications made using the technical content of the present invention are still within the scope of the present technical features. [Simple diagram of the diagram] y Shi 2 11 This is a schematic diagram of the partial stereo decomposition of the main bracket and the Ertian rafter. g $疋 Figure 1 is a partial exploded view of the sub-bracket. It is a three-dimensional schematic of the combination of the main bracket and the second bracket in Figure 1. π 疋 Figure 3 shows the schematic diagram of the second bracket of the other preferred embodiment of the light rail frame after the combination of the main bracket and the second subrack. + - 3,丨4· ' Hall-曰丨 bracket and a main bracket combined rear side view plane M419797 [Main component symbol description] 1 main bracket 10 bracket main body 102 bottom plate portion 11 fastening portion 2 sub-frame 20 bracket base 202 bottom plate Part 21 first fastening portion 21 1 first blocking hook 21 3 first fastening hole 21 5 concave portion 22 second fastening portion 221 second blocking hook 223 second fastening hole 225 concave portion 101 vertical plate portion 103 insertion hole 201 vertical plate portion 21 0 first convex plate 21 4 first convex buckle 21 6 first abutting edge 220 second convex plate 224 second convex buckle 226 second abutting edge