M334159 八、’新·型說明： 【新型所屬之技術領域】 本創作係關於一種銜吊技術，更詳言之，係有關於一 種銜吊式天花板骨架之對接件。 【先前技術】 習知建㈣將線路設置於各樓層之間的天花板處，然 為了該建築物的美觀，並且隱藏與保護該線路，於該天花 板的下方設置有銜吊式天花板系統，該銜吊式天花板系統 ,中以搭接式天花板骨架較為常見。 清配合爹考f 1AS1B目所示，係為習知搭接式天花 板骨架之示意圖。 .一如圖所示’習知搭接式天花板骨架係包括複數個骨架 '早兀1所組成之骨架結構、以及將該骨架結構銜吊於天花 -板下方的銜吊H 12 -’各該骨架單元i具有複數個直向斑 橫向排列的支樑10、以及用於連結固定各該支標1〇的連 (接片1卜各該支才梁10的頂端具有如銜吊部之滑槽刚， 該滑槽100頂端具有開口 1000,該滑槽1〇〇中具有複數 個螺絲1GG卜各該螺絲⑽i的—端部係卡掣於該開口 1000邊緣’各該螺絲⑽i的另—端係突伸至該滑槽⑽ 外’該連接；Ml具有供各該螺絲1〇〇1突伸至該滑槽⑽ 外之-端所貫穿的穿孔11〇,且該螺絲臟突伸至該滑 槽100外之-端螺固有螺帽1002，以令該連接片U連仕 固定各該t襟10。該銜吊器12具有底穿孔121與頂穿 120，該底穿孔121係供各該螺絲1001突伸至該滑槽100 5 M334159 外乏多而所貝牙，於该螺絲1〇〇1突伸至該滑槽⑽外之 一端螺固有螺帽1GG2,以將該銜吊H 12固定於該支樑10 頂端處，該頂穿孔120係供事先設置於天花板下方之鋼索 13所貝f ’該鋼索13包括螺紋13〇之貫穿端且該貫穿端 螺固有螺帽Η)02,以將由前述骨架單元1所構成之骨架 結構銜吊於該天花板下方。 依現仃各國之消防法規均有規定於該建築物之各樓 層間需設有消防管線，因此前述之該骨架結構中需預留設 _置W防官線的位置’或者該骨架結構需另行設有供該線 路所貝牙的通道。然、而，該建築物會因設計或使用改變， 7該通道與該 >肖防官線所設置的位置均有所更動，但此種 白知之格接式天祀板系統中並無設有相對應的結構存 在▲故該格接式天钯板系統須重新設計與架設以因應前述 之4更，造成工程延宕與使用上的不便性。 ▲因此，如何於不變動該銜吊式天花板結構之設計，而 於該銜吊式天花板結構中設置可供該線路通過之通道或 可供設置該消防管線的位置，為當今亟待思考之課題。 【新型内容】 ^鑒於以上所述f知技術之缺點，本創作之一目的在於 提供:種於不更動該銜吊式天花結構之情況下，使該銜吊 式天化板結構具有可供線路通過之通道或供設置消防管 線的位置之銜吊式天花板骨架之對接件。 ^為達上揭目的及其他，本創作提供一種銜吊式天花板 骨架之對接件，該對接件係包括：連接體，中央具有引線 6 M334159 穿丸；ii定部’分別設於該連接體的二相對端部。 於前述之對接件中，該連接體例如呈I字型。其中， 該連接體具有定位肋以及底翼，該定位肋設於於該連接體 二相對端部之外側面且位於該固定部的二側；該底翼設= S玄連接體底端之兩相對側邊。該固定部例如為穿孔。 如上述之結構’該對接件係位於該骨架單元中，複數 個該骨架單兀係結合為一骨架結構，該骨架結構係銜吊於 天花板下方，該對接件具有引線穿孔，該引線穿孔係可供 f該線路所通過之通道’或者為可供設置該消防管線的位 置。而且，該引線穿孔係位於該對接件中，該對接件係位 於該骨架單元中。因此，可於不改變該銜吊式天花板骨架 •之情況下，使該銜吊式天花板骨架中具有可供該線路所通 -過之通道或可供設置該消防管線的位置。 -【實施方式】 以下係藉由特定的具體實施例說明本創作之實施方 式，以下請配合圖式說明本創作之具體實施例，以使所屬 技術中具有通常知識者可輕易地瞭解本創作之技術特徵 與達成功效。 請配合參考第2A至2C圖所示，係為銜吊式天花板骨 架之對接件之示意圖。 如第2A圖所示，該對接件，係包括有呈丨字型之連 接體2，中央具有供配置線路之引線穿孔22 ;如穿孔之固 疋。卩2 0刀別$又於该連接體2的二相對端部；該連接體2 具有疋位肋21以及底翼23，該定位肋設於該連接體2二 7 M334159 之外側面且位於該固定部2〇的二側;該底翼23 故於该，接體2底端之兩相對侧邊。M334159 VIII. 'New Type Description: 【Technical Fields of New Types】 This creation is about a kind of crane technology, more specifically, a docking piece for a ceiling-mounted ceiling frame. [Prior Art] Xizhijian (4) sets the line on the ceiling between the floors, but for the aesthetics of the building, and hides and protects the line, a ceiling-mounted ceiling system is arranged below the ceiling. In the suspended ceiling system, the spliced ceiling skeleton is more common. The clear fit is shown in the figure of f 1AS1B, which is a schematic diagram of a conventional lapped ceiling. As shown in the figure, 'the conventional lapped ceiling skeleton system includes a plurality of skeletons, the skeleton structure composed of the early 兀1, and the hoisting structure H 12 -' The skeleton unit i has a plurality of lateral beams 10 arranged in a lateral direction, and a joint for fixing the respective ones of the supports (the tabs 1 have a chute such as a hanging portion) The top end of the chute 100 has an opening 1000. The chute 1 has a plurality of screws 1GG. The ends of the screws (10)i are clamped to the edge of the opening 1000. The other end of the screw (10)i Projecting to the chute (10) outside the connection; Ml has a perforation 11〇 through which the screw 1〇〇1 protrudes to the outside end of the chute (10), and the screw protrudes to the chute The outer screw 1002 of the outer end of the 100 is configured to fix the connecting piece U to each of the t襟 10. The hanger 12 has a bottom through hole 121 and a top through hole 120, and the bottom through hole 121 is provided for each of the screws 1001. Protrusion to the chute 100 5 M334159 is too much outside and the tooth is released, and the screw 1〇〇1 protrudes to the outer end of the chute (10), the inner nut 1GG2, Fixing the anchor H 12 at the top end of the support beam 10, the top perforation 120 is for the cable 13 which is previously disposed under the ceiling. The cable 13 includes a through end of the thread 13〇 and the through end is inherently Nut Η) 02 to hang the skeleton structure composed of the aforementioned skeleton unit 1 under the ceiling. According to the current national fire protection regulations, fire-fighting pipelines are required between the floors of the building. Therefore, the location of the skeletal structure should be reserved for the position of the defensive line. There is a passage for the teeth of the line. However, the building will be changed due to design or use, 7 the channel and the position set by the Xiaofu official line are changed, but there is no such setting in the Baizhi grid type sill system. There is a corresponding structure. Therefore, the grid-type palladium system must be redesigned and erected to cope with the inconvenience of delay and use. ▲ Therefore, how to change the design of the ceiling-mounted ceiling structure, and to set the passage through which the line can pass or the position where the fire-fighting pipeline can be set in the ceiling-mounted ceiling structure is a problem to be considered today. [New content] ^ In view of the shortcomings of the above-mentioned f-technical technology, one of the purposes of this creation is to provide: for the case of not changing the structure of the ceiling-mounted ceiling, the structure of the anchor-type slab is available Abutment through the passage or the ceiling of the suspended ceiling for the location of the fire line. ^ In order to achieve the purpose and others, the present invention provides a docking piece of the ceiling-mounted ceiling skeleton, the docking member comprises: a connecting body, the center has a lead 6 M334159 piercing the ball; ii the fixed portion 'is respectively disposed on the connecting body Two opposite ends. In the above-mentioned butt joint, the connecting body is, for example, in an I-shape. The connecting body has a positioning rib and a bottom wing. The positioning rib is disposed on the outer side of the opposite ends of the connecting body and is located on two sides of the fixing portion; the bottom wing is provided with two ends of the bottom end of the S-connector Relative side. The fixing portion is, for example, a perforation. The structure of the above-mentioned structure is located in the skeleton unit, and the plurality of skeletons are combined into a skeleton structure, the skeleton structure is suspended under the ceiling, and the butt joint has a lead perforation, and the lead perforation can be For the passage through which the line passes, or the location where the fire line can be set. Moreover, the lead perforation is located in the docking member, the docking member being located in the bobbin unit. Therefore, the position of the fire-fighting pipeline can be provided in the anchoring ceiling skeleton without changing the anchoring ceiling skeleton. - [Embodiment] Hereinafter, embodiments of the present invention will be described by way of specific embodiments. Hereinafter, specific embodiments of the present invention will be described with reference to the drawings so that those skilled in the art can easily understand the present invention. Technical characteristics and achievement of efficacy. Please refer to the drawings in Figures 2A to 2C for a schematic view of the butt joints of the ceiling-mounted ceiling frame. As shown in Fig. 2A, the butt joint comprises a connecting body 2 in the shape of a U-shape, and a lead perforation 22 for arranging the line in the center; such as a perforated solid. The 连接2 0 cutter is at the opposite ends of the connecting body 2; the connecting body 2 has a clamping rib 21 and a bottom wing 23, and the positioning rib is disposed on the outer side of the connecting body 2 and 7 M334159 The two sides of the fixing portion 2 are; the bottom wing 23 is such that the opposite sides of the bottom end of the body 2 are.
如$ 2B、2C圖所示’該連接體2係設置於二呈直線 【，支仏3G的相對端部之間，各該支樑3G❸頂端具有 何邛300 ’該銜吊部300的頂端具有開口 3〇〇〇，各該支 標3〇的端部具有螺孔斯，螺絲302係貫穿該固定部20, 二累口該螺孔3G1處以將二該支樑3()予以連結固定，該 定位肋21係分別卡料該銜吊冑3GG之底緣與該螺孔 训1之側邊，以使二該支樑30的連結更加穩固。於本實 e U中t數個藉由該對接件連結固定的支樑μ係呈直 向排列卩構成—骨架單元3之_部份，複數個骨架單元 .3係連接固定為—骨架結構，該骨架結構係銜吊於一天花 板=下方，亚於各該骨架單元3中設有片體（圖中未示）， .以70成銜吊式天花板結構的設置。應了解的是，該片體 係可卡掣於該底翼23處，而前述連結固定骨架單元3為 一骨架結構與設置該片體的技術均為所屬技術領域中具 有通常知識者所能理解而輕易完成者，故不予以贅述。 該連接體2之引線穿孔22係為線路所通過之通道或 設置消防管線的位置，若該引線穿孔22無須供該線路通 過或設置該消防管線時，該引線穿孔22可予以封閉，並 於需要時，再另行開啟。 綜合上述，該對接件係位於該骨架單元3中，該對接 件具有引線穿孔22，該線路可通過該引線穿孔22，或者 該消防管線可設置於該引線穿孔22中。如此一來，當建 8 M334159As shown in the figures of $2B and 2C, the connector 2 is disposed in a straight line [between the opposite ends of the support 3G, and the top of each of the supports 3G has a top 300". The top end of the anchor 300 has The opening 3〇〇〇, the end of each of the supports 3〇 has a screw hole, the screw 302 is inserted through the fixing portion 20, and the screw hole 3G1 is tiring to fix and fix the two beams 3(). The positioning ribs 21 respectively feed the bottom edge of the hanging raft 3GG and the side of the screw hole 1 to make the connection of the two beams 30 more stable. In the present e e, a plurality of t-beams fixed by the butt joints are arranged in a straight line, forming a portion of the skeleton unit 3, and a plurality of skeleton units are fixed to a skeleton structure. The skeleton structure is suspended from a ceiling = below, and a sheet body (not shown) is disposed in each of the skeleton units 3, and is provided with a 70-degree ceiling structure. It should be understood that the sheet system can be clamped to the bottom wing 23, and the aforementioned structure of the joint fixing skeleton unit 3 as a skeleton structure and the setting of the sheet body can be understood by those skilled in the art. It is easy to complete, so it will not be described. The lead perforation 22 of the connecting body 2 is a passage through which the line passes or a position where the fire-fighting line is disposed. If the lead perforation 22 does not need to pass the line or the fire-fighting line is provided, the lead perforation 22 can be closed and required When it is opened separately. In summary, the docking member is located in the bobbin unit 3, the mating member having a lead perforation 22 through which the wiring can pass, or the fire line can be disposed in the lead perforation 22. As a result, when built 8 M334159
杀物之釔線設計有所變更時，便可於不更動該銜吊式天花 板骨架之情況下，可利用位於各該骨架單元3中之對接= 的引線穿孔22來設置該消防管線、或者使該線路可通過 :於適當位置之引線穿孔22。因此，可維持該銜吊式天 .花板骨架之設計，並且避免無謂的工時浪費，並使得該銜 吊式天花板具有使用上的便利性。 X 准以上所述之具體實施例，僅係用以例釋本創作之特 =功效’而非用以限定本創作之可實施範嘴，在未脫^ 替本=作上揭之精神與技術範訂，任何運用本創作所揭示 =谷而完成之等效改變及修飾，均仍應為下述之中請 範圍所涵蓋。 【圖式簡單說明】 ' 第1Α .圖；以及 至1Β圖所係顯 示習知搭接式天花板骨架之示意When the design of the smashing line is changed, the fire line can be set by using the lead hole 22 located in each of the frame units 3 without changing the hanging ceiling frame. The line can pass through the lead perforations 22 in place. Therefore, the design of the slab-shaped slab can be maintained, and unnecessary waste of work hours can be avoided, and the easel ceiling can be used with ease of use. X The above specific embodiments are only used to illustrate the special features of the creation, rather than to limit the implementation of the creation of the script, in the spirit and technology of the original Fan Zhu, any equivalent changes and modifications made using the disclosure of this creation = valley should still be covered by the scope of the following. [Simple description of the diagram] '1st. Fig.; and 1 to Fig. showing the schematic of the conventional lapped ceiling skeleton
弟2Α至2C圖係顯示銜吊 意圖。 【主要元件符號說明】 式天花板骨架之對接件之示 2 1、3骨架單元 100滑槽 10〇1、302 螺絲 11 連接片 12 銜吊器 121 底穿孔 130螺紋 10、30支樑 1000、3000 開口 1002 螺帽 110 穿孔 120 頂穿孔 13 鋼索 連接體 9 M334159 20， 固 定部 21 定位肋 22 引 線穿孔 23 底翼 300 銜 吊部 301 螺孔Brother 2Α to 2C shows the intention of hanging. [Description of main components] Description of the docking parts of the ceiling frame 2 1、3 Skeleton unit 100 chute 10〇1, 302 Screw 11 Connecting piece 12 Hanger 121 Bottom perforation 130 thread 10, 30 beams 1000, 3000 Opening 1002 nut 110 perforation 120 top perforation 13 cable connection 9 M334159 20, fixing part 21 positioning rib 22 lead perforation 23 bottom wing 300 anchoring part 301 screw hole
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