200837257 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種用於一建築物之牆壁或天花板的模組 化鋪板系統，其中面板懸掛在構架上，且特定言之係關於 用於安裝設有底切凹槽之面板的面板托架。 【先前技術】 業界已知模組化鋪板系統。CN 1515769中描述了該等系 統中之一者。此模組化鋪板系統包括具有底切凹槽之面 板’單獨之安裝構件固定至該凹槽中。 EP 1，387,016中描述了另一已知鋪板系統。在匕系統之面 板包括掛鉤狀安裝凸緣，當將該等面板安裝至一天花板上 時，相鄰面板之凸緣重疊σ 該第一種系統較為複雜，因為需要在將面板安裝在一結 構上之丽將單獨之安裝構件裝配至該等面板上。第二種系 、洗車乂為複雜’因為面板凸緣需具有特定之造型化形狀以在 將面板安裝至一結構上時促進重疊。 【發明内容】 本發明之一目標係提供一種模組化鋪板系統，其克服了 先前技術系統之缺點且提供可易於安裝及自一結構上卸下 的面板。其亦提供一種靈活之模組化系統，因為其可易於 適應不同大小之面板而無需改變系統。 根據本發明，提供一種用於支撐一模組化鋪板系統之一 面板的面板托架’該面板沿一側具有一面向該面板内的底 切通道區域，該面板托架包括： 127725.doc 200837257 一用於安裝至一建築結構上的頂部部分； 一掛鉤部分；及 一自該頂部部分延伸至該掛鉤部八 Λ!7 v p刀之一端以支撐該掛鉤 部分的基座部分；其中 饼幻 該掛鉤部分之橫截面為c形以# ,, Λ便形成一開放側及一閉合 側，且該基座部分支撐該掛夠部 |刀其中該閉合側延伸以 用於衣配至該面板之該底切通道區域内。200837257 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a modular paving system for a wall or ceiling of a building, wherein the panel is suspended from the frame, and in particular, for mounting Panel bracket with undercut grooved panels. [Prior Art] A modular paving system is known in the art. One of these systems is described in CN 1515769. The modular decking system includes a panel having an undercut recess into which a separate mounting member is secured. Another known decking system is described in EP 1,387,016. The panel of the raft system includes a hook-like mounting flange. When the panels are mounted to a ceiling, the flanges of adjacent panels overlap σ. The first system is more complicated because the panel needs to be mounted on a structure. The singularly assembled separate mounting members onto the panels. The second type, car wash is complicated' because the panel flanges need to have a specific contoured shape to promote overlap when the panel is mounted to a structure. SUMMARY OF THE INVENTION One object of the present invention is to provide a modular decking system that overcomes the shortcomings of prior art systems and provides panels that can be easily installed and removed from a structure. It also provides a flexible modular system that can be easily adapted to different sized panels without changing the system. According to the present invention, there is provided a panel bracket for supporting a panel of a modular decking system. The panel has an undercut channel region facing the panel along one side, the panel bracket comprising: 127725.doc 200837257 a top portion for mounting to a building structure; a hook portion; and a base portion extending from the top portion to the hook portion of the hook portion to support the hook portion; The cross-section of the hook portion is c-shaped with # , the squat forms an open side and a closed side, and the base portion supports the suffix portion | the knives of the knives extending for the fitting to the panel Within the undercut channel area.
該面板托架由此提供一相對县於制 士 _ 對易於製造且仍牢固並輕易地 叉揮一面板之結構。可在需要眭 而要¥將面板之底切通道區域容 易地安裝在C形掛鉤部分上而Α J热而便用特殊工具，且可蕤 由C形來牢牢保持其。 精 掛鉤部分較佳具有彈性。 、、 勺坪r王以此方式，當將其插入面板之 底切通道區域内時，盆可織A 、 才/、了弓曲且可與該底切通道區域摩擦 式喷合。特定言之，齡佔砧 、 也掛鉤邛分經配置以與該底切 通道區域彈性配合。 =板可包括-主表面以（例如）形成下部裝掷表面。面板 之第側可包括一大體平行於該主表面之基座、一大體垂 直於該基座突出之直立側壁及__平㈣該基座延伸之頂 腳。基座、侧壁及頂腳可-同界定該底切通道區域。 口此面板托本之掛鉤部分易於在面板之侧上支撐面 板。 掛鉤部分較佳經設定大小以在該底切通道區域中形成一 摩擦配合。 以此方式’在將掛鉤部分推入底切通道區域内之後，其 127725.doc 200837257 、摩擦地保持’使得面板被牢牢固定在適當位置上。 土、句邛刀之外部尺寸較佳匹配或略大於該頂腳與該基座 之間的内部距離。 以此方式，掛鉤部分壓抵住頂腳及基座以進行摩擦配 、掛鉤部分具有一在一大體垂直於其橫截面之方向上延伸 的寬度。較佳地，其橫截面貫穿彼寬度大體恒定。The panel bracket thus provides a structure that is relatively easy to manufacture and that is still secure and easily forks a panel. The undercut channel area of the panel can be easily mounted on the C-shaped hook portion while the heat is needed, and the special tool can be used for the heat and can be firmly held by the C shape. The fine hook portion is preferably elastic. In this way, when the blade is inserted into the undercut channel area of the panel, the basin can be woven, and/or bowed and can be frictionally sprayed with the undercut channel region. In particular, the age-occupying anvil, also hooked, is configured to elastically mate with the undercut channel region. The plate may include a major surface to, for example, form a lower throw surface. The first side of the panel can include a base that is generally parallel to the major surface, an upstanding sidewall that is generally perpendicular to the base, and a top that extends from the base. The base, the side walls and the top legs can define the undercut channel region. The hook portion of the panel holder is easy to support the panel on the side of the panel. The hook portion is preferably sized to form a friction fit in the undercut channel region. In this way, after pushing the hook portion into the undercut channel region, it is held 236725.doc 200837257, frictionally held so that the panel is securely held in place. The outer dimensions of the soil and the trowel preferably match or are slightly larger than the internal distance between the foot and the base. In this manner, the hook portion is pressed against the top leg and the base for frictional engagement, and the hook portion has a width that extends in a direction substantially perpendicular to its cross section. Preferably, the cross section is substantially constant throughout the width.
、此方式’可藉由適當彎曲一原本平坦之材料薄片 造面板托架。 幸乂么地，基座部分大體垂直於頂部部分而延伸。 、此方式，根據基座部分之延伸方向來將面板支撐 建築結構。 佺地掛鉤部分之開放側與閉合側面向大體垂直 基座部分之延伸方向的大體相反方向。 、邊 一換言之，開放側與閉合側均面向與待支撐面板之平面平 :的方向’其中基座部分大體垂直於彼平面而延伸。掛鉤 ^分之閉合側在彼平面内於—方向上移動以便插入底切通 道區域内。 a較佳地，該掛鉤部分由-包括該梅鉤部分之該端的支撐 部分及一彎曲部分所形成。該支撐部分較佳首先大體垂^ 於該基座部分且接著大體平行於該基座部分在一朝向該頂 部部分之方向i自該端向該f曲部分延伸。&在朝向= 頁 部部分之方向上形成一輕微凹陷之階狀物。該彎曲部^_ 佳以一曲線形式逐漸遠離該基座，接著在一遠離該項 127725.doc 200837257 分之方向上與該基座部分平行且接著朝向該基座部分延 伸。此形成掛鉤部分之主要c形’其可插入底切通道區域 内且彈性地夾緊底切通道區域之内部。 根據本發明’亦提供_•種包括至少—面板托架之模組化 鋪板系統。該模組化鋪板系統亦可如上文所界定設有一或 多個面板。 可提供-第二面板托架以用於支撐一面板，除了上文所 描述之底切通道區域以外，該面板還沿一相反側具有一面 向該面板外的内部底切通道區域。該第二面板托架較佳包 括用於女裝至一建築結構（通常為與上文所述相同之建 築結構）上的頂部構件；及一自該頂部構件懸垂之掛鉤構 件，錢鉤構件為j形且具有一自該頂部構件處延伸之桿 及一大體垂直地自該桿延伸以用於裝配至該内部底切通道 區域内的凸緣。特定言之，在將面板托架裝配至上文所描 述之底切通道區域内的同時將該；形掛釣構件之該凸緣裝 配至該面板之内部底切通道區域内。 較佳地，將面板托架及第二面板托架以對應於—面板之 間距（且因此係位於面板之一侧上之外部底切通道 1 :該面板之另一側上之内部底切通道區域之間的 -建築結構上。由於外部底切通道區域面向 二二内部底切通道區域面向該面板外，故底切通道區 =移：板:：’可藉…平行於面… 配至面板Γ而形掛釣部分幻形掛釣構件同時裝 127725.doc 200837257 為支撐複數個面板，可提供複數個面板托架及第二面板 托架。然而，可由一用於支撐一相鄰面板之接頭連接器來 替代第二面板托架中之一些或全部，其類似地具有一面向 内之底切通道區域。接頭連接器較佳包括·· 一經配置以裝配在該相鄰面板之該底切通道區域中的基 座部分； 一經配置以與該面板之一側相喷合的掛鉤部分；及 一在該基座部分與該掛鉤部分之間延伸的延伸部分以 使得’當藉由該面板及該面板之該一側之面板托架來支撐 該掛鉤部分時，該接頭連接器之該基座部分能夠支撐相鄰 面板之該一側。以此方式，僅需要將主面板托架安裝在建 築結構上。每一面板在一側上由面板托架直接支撐且在相 反側上由接頭連接器支撐，該接頭連接器自身係由相鄰面 板之面板托架來支撐。 根據本發明，提供一種諸如牆壁或天花板鋪板系統之改 良模組化鋪板系統，其包括： -一面板； -位於該面板處之第一安裝構件； -一可女裝在一結構壁或天花板之一表面上的第二互補 安裝構件， -其中該第一安裝構件包含位於該面板内之一對相反隔 開之左底切通道與右底切通道，每一通道具有覆蓋通 道之相反之内部底切區域與外部底切區域的相反之内 部頂腳與外部頂腳；且 127725.doc -9- 200837257 其中該第一安裝構件包含各可安裝以自結構壁或天— 板之表面上向面板表面突出的内部面板托架及外部: 板托木’且其中該内部面板托架及該外部面板托架可 插相反之通道中且可與分別屬於相反通道之内 腳及外部頂腳嚙合。In this way, the panel carrier can be made by appropriately bending an originally flat sheet of material. Fortunately, the base portion extends generally perpendicular to the top portion. In this way, the panel is supported by the building structure according to the extending direction of the base portion. The open side and the closed side of the hook portion are generally opposite directions of the direction in which the substantially vertical base portion extends. In other words, the open side and the closed side both face the plane of the panel to be supported: the direction 'where the base portion extends substantially perpendicular to the plane. The closed side of the hook is moved in the - direction in the plane to be inserted into the undercut channel region. Preferably, the hook portion is formed by a support portion including the end of the hook portion and a bent portion. Preferably, the support portion first hangs generally about the base portion and then extends generally parallel to the base portion from the end toward the f-curved portion in a direction i toward the top portion. & a slightly concave step is formed in the direction toward the page portion. Preferably, the curved portion is gradually spaced away from the base in a curved form and then extends parallel to the base portion and then toward the base portion in a direction away from the item 127725.doc 200837257. This primary c-shape, which forms the hook portion, can be inserted into the undercut channel region and elastically clamps the interior of the undercut channel region. A modular decking system comprising at least a panel bracket is also provided in accordance with the present invention. The modular decking system can also be provided with one or more panels as defined above. A second panel bracket can be provided for supporting a panel having, in addition to the undercut channel region described above, an undercut channel region on one of the opposite sides facing the panel. The second panel bracket preferably includes a top member for women's to a building structure (typically the same building structure as described above); and a hook member depending from the top member, the money hook member is The j-shape has a stem extending from the top member and a flange extending generally perpendicularly from the stem for fitting into the region of the inner undercut passage. In particular, the flange of the hook-and-loop member is fitted into the inner undercut channel region of the panel while the panel carrier is assembled into the undercut channel region as described above. Preferably, the panel bracket and the second panel bracket are corresponding to the distance between the panels (and thus the outer undercut channel 1 on one side of the panel: the inner undercut channel on the other side of the panel) Between the areas - the structure of the building. Since the outer undercut channel area faces the 22nd inner undercut channel area facing the panel, the undercut channel area = shift: plate:: 'can be ... parallel to the surface... to the panel The phantom-shaped fishing part of the phantom hanging fishing component is simultaneously loaded with 127725.doc 200837257 To support a plurality of panels, a plurality of panel brackets and a second panel bracket can be provided. However, a joint for supporting an adjacent panel can be provided. A connector replaces some or all of the second panel brackets, similarly having an inwardly facing undercut channel region. The splice connector preferably includes an undercut channel configured to fit over the adjacent panel a base portion in the region; a hook portion configured to be sprayed with one side of the panel; and an extension portion extending between the base portion and the hook portion such that 'by the panel and the panel When the panel bracket of the one side supports the hook portion, the base portion of the joint connector can support the side of the adjacent panel. In this way, only the main panel bracket needs to be mounted on the building structure. Each panel is supported directly on one side by a panel bracket and on the opposite side by a splice connector that is itself supported by a panel bracket of an adjacent panel. According to the present invention, a wall or An improved modular decking system for a ceiling decking system comprising: - a panel; - a first mounting member at the panel; - a second complementary mounting member on a surface of a structural wall or ceiling - wherein the first mounting member comprises a pair of oppositely spaced left undercut channels and right undercut channels in the panel, each channel having an opposite inner undercut region covering the channel opposite the outer undercut region An inner top foot and an outer top leg; and 127725.doc -9- 200837257 wherein the first mounting member includes a surface that can be mounted to extend from the surface of the structural wall or the sky panel to the panel surface Internal and external panel bracket: Bracket wood 'wherein the inner panel and the outer panel bracket and a bracket may be inserted in the channel and engageable with the inner and outer leg opposite to the top of the channel belong to the opposite foot.
根據本發明之又一態樣，内 切内部通道區域之入口高度相 域之入口高度之高度的掛鉤部 區域且與其内部頂腳嚙合。 部面板托架包含一具有與底 同或略小於底切内部通道區 分以使得其可進入内部通道 根據本發明之另一態樣，有利地，外部面板粍架包含_ :有與：切外部通道區域之入口高度相同之高度的掛鉤部 刀以使得其可進入外部通道區域且與外部頂腳嚙合。 根據本發明之下—態樣，外部面板托架之掛釣部分略具 彈性以促進與外部頂腳之摩擦嚙合。 根據本發明之進一步態樣，外部面板托架之掛鉤部分為In accordance with yet another aspect of the present invention, the hook portion region of the height of the entrance height of the entrance height region of the inner channel region is inscribed and engaged with the inner leg. The panel bracket includes a surface having the same or slightly less than the undercut internal passage to allow access to the internal passage. According to another aspect of the present invention, the outer panel truss advantageously includes: _: with and: cut external passage The hook of the region has the same height as the hook knife so that it can enter the outer channel region and engage the outer leg. In accordance with the present invention, the fishing portion of the outer panel bracket is slightly resilient to promote frictional engagement with the outer leg. According to a further aspect of the invention, the hook portion of the outer panel bracket is
c形掛鉤部分且内部面板托架之掛鉤部分為j形掛鉤部分。 有利地，底切内部通道區域之入口高度小於底切外部通 道區域之入口高度。 亦提供一種用於安裝模組化鋪板系統之方法，該方法包 括以下步驟： 提供一面板，該面板具有一位於該面板處之第一安裝 構件’該第一安裝構件包含位於該面板内之一對相反 隔開之左底切通道與右底切通道，每一通道具有覆蓋 該通道之相反之内部底切區域與外部底切區域的相反 127725.doc -10- 200837257 之内部腳與外部腳；及 -提供一具有一第二互補座架(mounting)之表面，其相 對且彼此隔開且自纟面向面板I面及該第一座架突 出，其包含至少一對面板托架且包括一内部面板托架 及一外部面板托架；及 相對於該等面板托架來定位面板以使得指向第一水平 方向之外部面板托架與指向同一第一水平方向之左通 道插口或右通道插口中之一者的外部通道區域對準； ❿ 及 -提昇面板以將内部面板托架及外部面板托架插入相反 之通道内；及 -在第二相反水平方向上移動該面板以使内部面板托架 及外CT卩面板托架與分別屬於相反通道之内部頂腳及外 部頂腳嚙合。 【實施方式】 • 圖1展示本發明之模組化天花板系統1之橫截面圖，其中 較佳為相同形狀之三個面板3、！ 〇3、203並排附接至水平 延伸之托架型面5上。該等面板中之一面板3展示了其完整 ^ 之水平見度’而其他兩者103、203被部分展示。型面5為 . 複數個（未圖示）額外型面5之構架或子結構的部分，其可固 定至天花板且其上可安裝有複數個額外面板。面板之間為 開放式接頭11。 圖1所示之系統係用於一建築物之内部天花板。相鄰安 裝之複數個該等面板可藉由本發明之鋪板系統而覆蓋天花 127725.doc -11 - 200837257 板。面板3、103、203具有相同結構及形狀，但可改變相 對大小。僅詳細描述了面板3。面板3為金屬表皮夾層面 板’其中頂部表面13設有：金屬表皮層13 a、設有金屬表 皮層15A之底部表面15及一在頂部表皮與底部表皮之間延 伸的核心層17。當將面板3安裝在天花板上時看得見底部 表皮15A。如圖2之透視圖所示，較佳為矩形之面板3具有 - 一前側壁19、一後側壁21、一左侧壁23及一右側壁25。 面板3之相反之左側壁23與右側壁25包括用於收納鋪板 • 系統之外部面板托架61及内部面板托架63(示於圖1之橫截 面圖及圖2之透視圖中）中之一者的底切之左通道插口 27及 右通道插口 29。將每一通道插口 27、29置放在面板之一切 口部分上，該切口部分自頂部表面13經由核心層17延伸至 底部表皮15 A且沿面板之長度自前側壁19至後側壁21延 伸。面板3、103、203中之通道插口 27、29的間距判定了 預定將與此等插口協作之一對外部面板托架6〗與内部面板 _ 托架63之間的距離。面板之間的接頭丨丨直接與相鄰之不同 對外部面板托架與内部面板托架之間的型面5上之間距相 關。 • 如最佳在圖1見到，左通道插口 27與右通道插口 29之橫 • 截面形狀相同但其在面板中之置放係鏡面對稱的。圖3中 可最佳地看出插口 27、29之細節，且對插口 27、29使用相 同之參考數字來進行描述。每一插口 27、29具有一基座 3 1、自該基座垂直突出之外部直立側壁3 3及内部直立側壁 35、以及水平延伸且與該基座平行且自相反之側壁面向彼 127725.doc -12- 200837257 此突出的外部頂腳37及内部頂腳39。頂腳37、π與一位於 八間之通道嘴41相鄰且覆蓋通道47之各別外部底切區域43 及内部底切區域45。每一插口之外部通道侧壁33視該插口 之位置而與面板之左側壁23或右侧壁25吻合。因此，左插 口 2 7之外部通道侧壁3 3與面板之左側壁2 3吻合且右插口 2 $ 之外部通道側壁與面板之右側壁25吻合。通道插口中之每 一者的外部通道側壁33可為底部表皮15A所覆蓋。實際 上底。卩表皮15A覆蓋了每一通道插口之基座及其外部直 立壁33且面板之頂部表皮13A覆蓋了每一通道插口 27、29 之内部頂腳3 9。 L道插口 27、29之外部頂腳37為直腳，而内部頂腳39係 經造型化的。通道插口之内部頂腳39大體形成z形狀。圖 3 A中可取佳地詳細看出此。z形内部頂腳39包括一水平頂 邛邻为39A、一自其懸垂之垂直部分39B及一水平底部部 为39C。一小封閉耳片39D自底部z部分39C向上垂直突出 且鎖疋在緊鄰内部頂腳39之底部Z部分39C的頂部表皮13a 中。插口基座31與内部頂腳39之底部z部分39C之間的垂直 距離D1係插口基座31與外部頂腳37之間的垂直距離D2之 大約半。因此，通道插口 27、29之内部底切區域45的入 口冋度D1小於插口之外部底切區域43的入口高度〇 如圖1至圖3所示’外部面板托架“與内部面板托架〇具 有不同形狀。 外部面板托架61經設計以與通道插口 27、29之外部通道 區域43嚙〇。圖1展不其安裝在型面$上以用於與左通道插 127725.doc -13- 200837257 口 27嗔合。The c-shaped hook portion and the hook portion of the inner panel bracket are j-shaped hook portions. Advantageously, the inlet height of the undercut internal passage region is less than the inlet height of the undercut outer passage region. A method for installing a modular decking system is also provided, the method comprising the steps of: providing a panel having a first mounting member at the panel, the first mounting member comprising one of the panels The oppositely spaced left undercut channel and right undercut channel, each channel having an inner and outer leg opposite the opposite inner undercut region of the channel and the outer undercut region 127725.doc -10- 200837257; And providing a surface having a second complementary mount that is opposite and spaced apart from each other and protrudes from the top surface facing the panel I and the first mount, comprising at least one pair of panel brackets and including an interior a panel bracket and an outer panel bracket; and positioning the panel relative to the panel brackets such that the outer panel bracket pointing in the first horizontal direction is in a left channel jack or a right channel jack that points in the same first horizontal direction One of the outer channel areas is aligned; ❿ and - lift the panel to insert the inner panel bracket and the outer panel bracket into the opposite channel; and - in the second opposite horizontal direction The panel is moved to engage the inner panel bracket and the outer CT 卩 panel bracket with the inner and outer legs that respectively belong to the opposite channel. [Embodiment] Fig. 1 shows a cross-sectional view of a modular ceiling system 1 of the present invention, in which three panels 3 of the same shape are preferred! 〇3, 203 are attached side by side to the horizontally extending carrier profile 5. One of the panels 3 of these panels shows its full level of visibility' while the other two 103, 203 are partially shown. The profile 5 is a plurality of (not shown) portions of the frame or substructure of the additional profile 5 that can be secured to the ceiling and on which a plurality of additional panels can be mounted. There is an open joint 11 between the panels. The system shown in Figure 1 is for the interior ceiling of a building. A plurality of such panels adjacently mounted may be covered by ceiling plating 127725.doc -11 - 200837257 by the plating system of the present invention. The panels 3, 103, 203 have the same structure and shape, but can be changed in relative size. Only panel 3 is described in detail. The panel 3 is a metal skin sandwich panel' wherein the top surface 13 is provided with a metal skin layer 13a, a bottom surface 15 provided with a metal skin layer 15A, and a core layer 17 extending between the top skin and the bottom skin. The bottom skin 15A is visible when the panel 3 is mounted on the ceiling. As shown in the perspective view of Fig. 2, the preferably rectangular panel 3 has a front side wall 19, a rear side wall 21, a left side wall 23 and a right side wall 25. The opposite left side wall 23 and right side wall 25 of the panel 3 include an outer panel bracket 61 and an inner panel bracket 63 (shown in the cross-sectional view of Fig. 1 and the perspective view of Fig. 2) for housing the decking system. The left channel socket 27 and the right channel socket 29 of one of the undercuts. Each of the channel sockets 27, 29 is placed over a portion of the panel that extends from the top surface 13 through the core layer 17 to the bottom skin 15A and extends from the front side wall 19 to the rear side wall 21 along the length of the panel. The spacing of the channel jacks 27, 29 in the panels 3, 103, 203 determines the distance between the outer panel bracket 6 and the inner panel _ bracket 63 that is intended to cooperate with the sockets. The joints between the panels are directly different from the adjacent ones. The distance between the outer panel brackets and the inner panel brackets on the profile 5 is related. • As best seen in Figure 1, the left channel socket 27 and the right channel socket 29 have the same cross-sectional shape but are mirror-symmetrical in the panel. The details of the sockets 27, 29 are best seen in Figure 3, and the sockets 27, 29 are described using the same reference numerals. Each of the sockets 27, 29 has a base 31, an outer upright side wall 33 and a vertical upright side wall 35 projecting perpendicularly from the base, and extending horizontally and parallel to the base and facing away from the opposite side wall 127725.doc -12- 200837257 This outstanding external top leg 37 and internal top leg 39. The top legs 37, π are adjacent to a channel nozzle 41 located at eight and cover the respective outer undercut regions 43 and the inner undercut regions 45 of the channel 47. The outer channel side wall 33 of each socket abuts the left side wall 23 or the right side wall 25 of the panel depending on the position of the socket. Thus, the outer channel side wall 3 3 of the left socket 27 conforms to the left side wall 23 of the panel and the outer channel side wall of the right socket 2 $ coincides with the right side wall 25 of the panel. The outer channel sidewalls 33 of each of the channel sockets may be covered by the bottom skin 15A. Actually. The crotch skin 15A covers the base of each channel socket and its outer upright wall 33 and the top skin 13A of the panel covers the inner leg 39 of each channel socket 27, 29. The outer leg 37 of the L-channel sockets 27, 29 is a straight leg, and the inner leg 39 is molded. The inner leg 39 of the channel jack generally forms a z-shape. This can be seen in detail in Figure 3A. The z-shaped inner leg 39 includes a horizontal top apse 39A, a vertical portion 39B depending therefrom, and a horizontal bottom portion 39C. A small closure tab 39D projects vertically upward from the bottom z portion 39C and is locked in the top skin 13a adjacent the bottom Z portion 39C of the inner leg 39. The vertical distance D1 between the socket base 31 and the bottom z portion 39C of the inner leg 39 is about half of the vertical distance D2 between the socket base 31 and the outer leg 37. Therefore, the inlet enthalpy D1 of the inner undercut region 45 of the channel sockets 27, 29 is smaller than the inlet height of the outer undercut region 43 of the socket, as shown in Figures 1 to 3, the 'outer panel bracket' and the inner panel bracket 〇 The outer panel bracket 61 is designed to be in engagement with the outer channel region 43 of the channel sockets 27, 29. Figure 1 is not mounted on the profile $ for insertion with the left channel 127725.doc -13- 200837257 mouth 27 matches.
外部面板托架61包括-自外部托架基座67之下部部分突 出的大體C形掛鉤部分65。外部托架基㈣包括一垂直基 座郤刀69及一垂直於該垂直基座部分的頂部基座部分。 C形掛鉤部分65略具彈性且襄配在通道插口 27或29之外部 通道Μ 43内，其中c形掛鉤之開口侧面向該插口之内部 通道部分45 ° C形掛鉤之大小使得在掛鉤與外部通道部分 43之間達成摩擦配合，亦即，掛鉤匹配於或略大於插口之 外部頂腳37與基座31之間的垂直距離於。其之輕微彈性有 助於將掛鉤插入外部通道區域4 7内。 内部面板托架63經設計以與通道插口 27、29之内部通道 區域45喃合。内部面板托架63與外部面板托架㈠不可共^ 一通道插口 ’以使得當（單個面板之卜通道插口連接至（例 如）内部面板托架63時’相反之通道插口將被外部面板托 架61㈣合。在圖丨中，㈣面板托架63被圖示為安裝在 型面5上以用於與右通道插口 29喃合。 内部面板托架63包括一自上部水平基座75懸垂之大體】 形掛鉤部分73。該J形掛鉤73包括一垂直於〗形掛鉤73之桿 73Α突出的水平凸緣77。該水平凸緣77在距桿之末端一垂 直距離處自桿73Α突出以使得存在一小跟部79。跟部79之 垂直高度經選擇以使得在跟部79相鄰於通道插口29之基座 31時，水平凸緣77可裝配在内部頂部通道腳39之水平^部 部分39C下方。因此，跟部79與凸緣77之間的了形掛釣咖 配於或略小於插口之内部頂腳39與基座31之間的垂直距離 127725.doc -14- 200837257 D1。 /插口：内部及外部頂腳之尺寸及通道嘴之寬度以及鋪板 系充之安衣構件之掛鉤部分的寬度經選擇以使得存在相互 @動I且掛_可經由通道嘴41插人通道插口内。 圖1至圖3亦展示可用以將面板鎖定至面板托架上且防止 面板沿著托架掛鉤無意滑動的額外鎖定構件81。此無意滑 動在理’上可使面板自其面板托架移脫。 鎖定構件8 1係防滑橡勝之矩形方塊，其可插人與左通道 插口 27或右通道插口 29之内部頂腳39嚙合的内部面板托架 63與彼通道插r相反頂腳取間。鎖定構件之高度經選 擇、使得田將其垂直向下推入鎖定構件内且肖通道插口基 座3 1相¥時’其突出於通道插口之頂部上方。同時，鎖定 方塊81不應過高以致舆通道托架所懸垂於之型面$相鄰。 圖2清晰地展示了如何藉由螺帽螺釘型扣件91將面板托 架61、63附接至系統型面5、5，上。型面5、5，係具有垂直 及水平凸緣之簡單L形型面，該等凸緣設有間隔之通孔93 集合，其可收納將面板托架固定至型面上的螺釘。此為習 知做法且不對其進行進一步贅述。 圖4A至圖4D說明藉由外部面板托架61、ι61、261及内 面板托架63、163、263將面板3、1 〇3、203安裝至型面5 上之方法步驟。圖4A中自左向右展示了 ：部分左面板 1〇3，其中内部面板托架163面板托架與右通道插口 129相 鄰；中央面板3，其中外部面板托架61及内部面板托架63 为別與左通道插口 27及右通道插口 29相鄰；及部分圖示之 127725.doc -15- 200837257 右面板203，其中外部面板托架261與左通道插口 227相 鄰。亦可見接頭11。單個型面5上之每一對面板托架61、 面板托架63以與面板中之通道27、29相同的程度隔開。面 板托木且特疋a之其掛鉤部分向同一第一方向突出。當安 裝面板時’首先將面板與面板托架對準以使得通道與面板 托架直接相對，且插口之外部通道區域中的一者在該同一 第一方向上突出。在圖4A中，此，，第一方向，，係向左。托架 C形掛鉤65向左突出，其中其開口向右且左通道插口 27之 外部通道區域43亦向左突出。由於通道插口在面板中鏡面 對稱，故此意謂相反之通道插口（亦即，右插口 29)之外部 通道區域43現向右突出。托架j形掛鉤77位於右通道上且 指向左’朝向右通道29之内部通道區域45。 如此對準之面板就可安裝在托架上。 在圖4B中，面板已被提高且面板托架經由通道插口之通 道嘴插入該等通道插口内。箭頭A指示”第二方向"，需要 在該方向上移動面板以使托架閂鎖在面板上。大體而言， 面板係在與面板托架掛鉤65、77突出於之，，第一方向，，相反 的方向上移動的。當面板未正確對準且c形掛鉤指向内部 通道45而非外部通道區域43時，將不會發生閃鎖，因為c 形掛鉤65不可裝配在内部通道區域45中。當面板3、1〇3、 203移動以使C形掛鉤部分65彈性包裹在外部通道區域“中 且緊依著固定在通道插口 27之外部上部腳37與基座31之間 時，發生閃鎖。同時，内部面板托架63之1形掛鉤乃接著 裝配在内部通道區域45中。因此，即使在無額外鎖定構件 127725.doc -16 - 200837257 81之情況下，面板仍被固定。 因此在圖4C中，面板牢牢閂鎖在面板托架上。c形掛鉤 61、65、161、165、261、265摩擦裝配至各別通道插口 27、227之外部通道區域43内，且J形掛鉤63、73收納在各 別插口 29、129之内部通道區域45中且接觸各別通道插口 29、229之内部頂部通道腳39之水平底部部分39C的下侧及 基座3 1。 圖4C亦展示可如何將額外之鎖定構件81插入通道插口内 以填充通道47之相鄰於被插入並被閂鎖之内部面板托架63 的剩餘開口部分。 圖4D展示安裝之面板，其經閂鎖並鎖定。 圖5及圖6說明一替代性配置，其中僅將外部面板托架6 j 安裝在型面5上。由具有C形掛鉤部分65之外部面板托架61 以與上文所述相同之方式來支撐位於面板3〇3之一側上的 通道插口 27之外部通道區域43。然而，面板303之相反侧 係由接頭連接器90來支撐的。特定言之，如將在下文中詳 細描述，接頭連接器90被裝配至通道插口 29之外部通道區 域43上，且其自身被經提供以支撐一相鄰面板4〇3之外部 面板托架61所支撐。 本質上，接頭連接器90係一貫穿其寬度具有大體恆定之 橫截面的組件。如圖7所說明，該橫截面包括一用於裝配 至面板之通道插口 29内，特定言之用於裝配至通道插口 29 之通道部分43内的基座部分91。延伸部分92在一大體平行 於面板之方向上遠離通道插口 29及彼通道插口 29之面板延 127725.doc -17· 200837257 伸。在延伸部分92之遠端處，掛鉤部分93在朝向面板之平 面返回的方向上向下突出。 在圖7所說明之較佳實施例中，基座部分91包括一用於 在通道47内與通道插口 29之扈部表面（換言之，基座31之 頂^ )嚙合的下部部分94。支撐部分95自下部部分94處、 車乂U下部部分94之中點處大體垂直延伸以便自通道Ο向 外延伸。較佳地，如所說明，下部部分94及支撐部分乃自 下部部分94處進行延伸之點經配置以使得下部部分94之一 末鳊、、’ς止於接近直立側壁33之内表面處，而頂腳P之内部 末端終止於支撐部分95之相鄰處。 如所"兄明，桿部分96自支撐部分95之中間部分於一大體 平行於下部部分94之方向上延伸。桿部分__對應於頂 腳37與基座31之間的内部空間之間隔而與下部部分料隔 開，以使得桿部分96大體平行於頂腳37並與頂腳37相鄰延 伸。且，桿部分96較佳具有一長度以使得其末端與直立側 壁33之内表面相鄰。 以此方式，安裝部分91被牢牢固定在通道插口 29之底切 區域4 3内。 面板托架6 1之掛釣部分65僅支撑—面板重量以使得使面 板能夠相對於掛鉤部分65進行旋轉係可接受的（且在㈣ ㈣中確實為較佳的然而’㈣下文中將變得清楚之 原因，接頭連接器90之安|部分91較佳相對於面板旋轉式 地固定接頭連接器90。 ㈣說明-配置’其中面板503已藉由面板托㈣而支 127725.doc -18- 200837257 樓在型面5上。另一面板403正處於被安裝至型面5上的過 程中，該面板403具有一裝配至其通道插口 29中的接頭連 接器90。面板403以一輕微角度向面板503移動以使得面板 托架6 1之掛鉤部分65以類似於上文所描述之方式的方式插 入面板403之通道插口 27的底切區域43内。 延伸部分92超出面板403之通道插口 29在相鄰面板503之 頂腳3 7上方延伸。因此，當釋放面板4〇3且允許其藉由其 自身重量而向下搖擺（圍繞掛鉤部分65旋轉）時，延伸部分 92搁在相鄰面板5〇3之頂腳37上以使得由針對相鄰面板5〇3 提供之面板托架61藉由接頭連接器9〇來支撐面板403之重 里。將瞭解’面板403之重量向接頭連接器9〇施加一旋轉 力。因此，較佳地，接頭連接器9〇之安裝部分91在裝配至 底切通道區域43内時相對於通道插口 29旋轉式固定。 在較佳且經說明之配置中，面板托架61之掛鉤部分65包 括一面朝上之凹部65a。如所說明，此係由一支撐部分形 成的，該支撐部分自基座部分69處大體垂直於基座部分㈧ 延伸且接著在朝向頂部部分71之方向上大體平行於基座部 分69向上延伸。 接頭連接器9 0之掛鉤部分9 3經配置以向下延伸至相鄰面 板托架61之掛鉤部分65的凹部65a内。凹部65a中之掛鉤部 分93的交互作用防止了面板4〇3平行於彼面板之平面的移 動，且由此防止底切區域43或其通道插口 27變得與相應面 板托架61之掛鉤部分65解除嚙合。圖8B說明使用另一接頭 連接器90安裝至型面5上之又一面板3〇3。 127725.doc -19- 200837257 較佳結合防滑組件85來使用接頭連接器9〇。此等防滑組 件可由防滑橡膠製成且於每一接頭連接器9〇之任一側上裝 配至通道區域97中，以便將接頭連接器9〇固定在適當位置 上。應瞭解，或者，可將防滑特徵建構為接頭連接器自身 之部分。 可個別地安裝或取下該等面板。不需要使用卫具，故在 使天花板位於適當位置之後易於接近該等面板後方之結 構且，模組化系統允許面板大小及間距具有較大差異， 而不會產生改變系統之需要。 ,通道插口較佳為諸如鋁之金屬插口。其可成形或經擠 製。可將通道插口製成較長之造型化構件，且在裝配至面 板上之前切割為適當大小。 士當然，本發明不限於上述實施例，在不偏離本發明之範 可或犧牲其優勢之所有者的前提下可修改上述實施例。就 ，此而a，僅使用以上描述及以下巾請專利範目巾之諸如 立右、"左”、”前”後"、"垂直”、，，水平"、"縱向"、"上 P 頂邠及底部"之術語作為相對術語來描述 面板之各種組件與本發明之模組化鋪板系統之構架的關 係。 核、17較佳為蜂窩材料，但可為任何其他核心材料或甚 至不同核心材料之數個堆疊層。面板13可為聲響面板，苴 中底部表皮15為穿孔的。 ’、 在描述中，面板托架61、63被圖示為相對較短之支架狀 構件61、63。實情為，其可與面板之全長嚙合的伸長型 127725.doc -20 - 200837257 面0 在描述中，面板托架61、63被圖示為藉由螺帽與螺釘型 扣件而附接至型面5上。當然，將面板托架附接至型面上 的多種不同方法係可能的。 型面5被圖示為l形掛鉤型面，其具有用於螺帽與螺釘扣 件之孔洞。諸如（例如）倒7形型面之其他類型之型面亦係 可能的。 在系統中，可選擇在每一面板上僅使用鄰近一或多個了 形掛鉤托架63之鎖定構件81。或當插入通道插口時阻擋每 一托架。 鎖定方塊81被圖示為與其將阻擋之面板托架掛鉤之長度 相匹配的相對較短之構件81。或者，替代單獨之方塊81， 可使用面板長度之方塊。 替代出於天花板用途，亦可使用鋪板系統以用於包覆内 牆壁或外牆壁。 【圖式簡單說明】 圖1為本發明之模組化鋪板系統的橫截面，其展示安裝 在一構架之托架型面上之三個面板的安裝； 圖2為本發明之單個面板及一對型面的示意透視表示， 其中該面板之一側安裝至一型面上，且以部分剖視圖來展 不另一側，在該另一侧中面板托架及型面與面板隔開； 圖3為一對部分展示之面板的詳細橫截面圖，其中左通 道插口及右通道插口鄰近但尚未安裝至一型面上之左面板 托架及右面板托架上； 127725.doc -21 - 200837257 圖3 A為通道插口之詳細橫截面圖； 圖4A至圖4D為在將面板安裝至位於型面上之面板托架 上的過程之不同階段中的面板之横截面示意表示； 圖5為面板與一對面板托架及一對接頭連接器的示意透 視表不， 圖6為藉由接頭連接器而接合之兩個面板的示意透視表 * 示； 圖7為接頭連接器之詳細橫截面圖；且 籲 圖8A及圖8B為在安裝過程之不同階段中的面板之橫截 面示意表示。 【主要元件符號說明】 I 模組化天花板系統 3 面板 5 系統型面/建築結構 5’ 系統型面 II 接頭 ^ 13頂部表面 13A 金屬表皮層 . 15 底部表面/主表面 15A 金屬表皮層/底部表皮 17 核心層/核心 19 前側壁 21 後側壁 23 左側壁/第一側 127725.doc -22- 200837257The outer panel bracket 61 includes a generally C-shaped hook portion 65 that protrudes from a lower portion of the outer bracket base 67. The outer carrier base (4) includes a vertical base knives 69 and a top base portion that is perpendicular to the vertical base portion. The C-shaped hook portion 65 is slightly elastic and fits within the outer passage Μ 43 of the passage socket 27 or 29, wherein the opening side of the c-shaped hook faces the inner passage portion of the socket 45 ° C-shaped hook so that the hook and the outer portion A friction fit is achieved between the channel portions 43, that is, the hooks match or are slightly larger than the vertical distance between the outer leg 37 and the base 31 of the socket. Its slight elasticity helps to insert the hook into the outer channel area 47. The inner panel bracket 63 is designed to mate with the inner passage region 45 of the passage sockets 27, 29. The inner panel bracket 63 and the outer panel bracket (1) are not interchangeable with one channel socket 'so that when a single panel channel jack is connected to, for example, the inner panel bracket 63, the opposite channel jack will be used by the outer panel bracket 61. In the figure, (4) the panel bracket 63 is illustrated as being mounted on the profile 5 for merging with the right channel socket 29. The inner panel bracket 63 includes a generally suspended body from the upper horizontal base 75. a hook portion 73. The J-shaped hook 73 includes a horizontal flange 77 projecting perpendicular to the rod 73 of the hook 76. The horizontal flange 77 protrudes from the rod 73 at a vertical distance from the end of the rod to allow the presence A small heel portion 79. The vertical height of the heel portion 79 is selected such that when the heel portion 79 is adjacent to the base 31 of the channel socket 29, the horizontal flange 77 can be fitted to the horizontal portion 39C of the inner top channel leg 39. Therefore, the vertical distance between the heel 79 and the flange 77 is at or slightly smaller than the vertical distance between the inner leg 39 of the socket and the base 31. 127725.doc -14-200837257 D1. : size of the inner and outer top legs and the width of the passage mouth And the width of the hook portion of the paneling attachment member is selected such that there is a mutual movement and the hook can be inserted into the passage socket via the passage mouth 41. Figures 1 to 3 also show that the panel can be used to lock the panel to the panel. An additional locking member 81 on the bracket and preventing the panel from unintentionally sliding along the bracket hook. This unintentional sliding on the panel allows the panel to be removed from its panel bracket. The locking member 8 1 is a non-slip rubber square rectangular block, which can The inner panel bracket 63, which is inserted into the inner channel socket 27 of the left channel socket 27 or the right channel socket 29, is interposed with the opposite side of the channel insertion slot. The height of the locking member is selected such that the field pushes it vertically downward. Into the locking member and the louvered socket pedestal 3 1 protrudes above the top of the channel socket. At the same time, the locking block 81 should not be so high that the 舆 channel bracket hangs over the profile $ adjacent. 2 clearly shows how the panel brackets 61, 63 can be attached to the system profiles 5, 5 by means of a nut screw type fastener 91. The profiles 5, 5 are simple with vertical and horizontal flanges L Shaped surface, the flanges are provided with a gap 93 assembly, which can accommodate screws for fixing the panel bracket to the profile. This is a conventional practice and will not be further described. Figures 4A to 4D illustrate the outer panel bracket 61, ι 61, 261 and the inner panel. The method steps of mounting the panels 3, 1 〇 3, 203 to the profile 5 by brackets 63, 163, 263. From left to right in Fig. 4A: a portion of the left panel 1 〇 3, wherein the inner panel bracket 163 panel The bracket is adjacent to the right channel socket 129; the central panel 3, wherein the outer panel bracket 61 and the inner panel bracket 63 are adjacent to the left channel socket 27 and the right channel socket 29; and some of the illustrated 127725.doc - 15-200837257 Right panel 203, wherein the outer panel bracket 261 is adjacent to the left channel socket 227. Connector 11 is also visible. Each pair of panel brackets 61, panel brackets 63 on a single profile 5 are spaced the same extent as the channels 27, 29 in the panel. The hook of the panel and the hook portion of the special a protrude in the same first direction. When the panel is mounted, the panel is first aligned with the panel bracket such that the channel is directly opposite the panel bracket and one of the outer channel regions of the socket projects in the same first direction. In Fig. 4A, this, the first direction, is to the left. The bracket C-shaped hook 65 protrudes to the left, with the opening to the right and the outer passage region 43 of the left passage socket 27 also projecting leftward. Since the channel jack is mirror-symmetrical in the panel, this means that the outer channel region 43 of the opposite channel jack (i.e., the right jack 29) now protrudes to the right. The bracket j-shaped hook 77 is located on the right passage and points to the left side toward the inner passage region 45 of the right passage 29. The panel thus aligned can be mounted on the bracket. In Figure 4B, the panel has been raised and the panel brackets are inserted into the channel jacks via the channel nozzles of the channel jacks. Arrow A indicates "second direction", and the panel needs to be moved in that direction to latch the bracket on the panel. In general, the panel is attached to the panel bracket hooks 65, 77, the first direction Moving in the opposite direction. When the panel is not properly aligned and the c-shaped hook points to the inner channel 45 instead of the outer channel region 43, the flash lock will not occur because the c-shaped hook 65 cannot fit in the inner channel region 45 When the panel 3, 1〇3, 203 is moved to elastically wrap the C-shaped hook portion 65 in the outer passage region "in the vicinity of the outer upper leg 37 and the base 31 fixed to the passage socket 27, the occurrence occurs. Flash lock. At the same time, the 1-shaped hook of the inner panel bracket 63 is then fitted in the inner passage region 45. Therefore, even in the absence of the additional locking member 127725.doc -16 - 200837257 81, the panel is still fixed. Thus in Figure 4C, the panel is securely latched onto the panel bracket. The c-shaped hooks 61, 65, 161, 165, 261, 265 are frictionally fitted into the outer passage regions 43 of the respective passage sockets 27, 227, and the J-shaped hooks 63, 73 are housed in the inner passage regions of the respective sockets 29, 129. 45 and contacts the underside of the horizontal bottom portion 39C of the inner top channel leg 39 of each of the channel jacks 29, 229 and the base 31. Figure 4C also shows how an additional locking member 81 can be inserted into the channel socket to fill the remaining opening portion of the channel 47 adjacent to the inner panel bracket 63 that is inserted and latched. Figure 4D shows the mounted panel that is latched and locked. Figures 5 and 6 illustrate an alternative configuration in which only the outer panel bracket 6j is mounted on the profile 5. The outer passage region 43 of the passage socket 27 on one side of the panel 3〇3 is supported by the outer panel bracket 61 having the C-shaped hook portion 65 in the same manner as described above. However, the opposite side of the panel 303 is supported by the header connector 90. In particular, as will be described in more detail below, the header connector 90 is assembled to the outer channel region 43 of the channel socket 29 and is itself provided to support an outer panel bracket 61 of an adjacent panel 4〇3. support. In essence, the splice connector 90 is an assembly having a generally constant cross section through its width. As illustrated in Figure 7, the cross section includes a base portion 91 for fitting into the channel opening 29 of the panel, in particular for fitting into the channel portion 43 of the channel socket 29. The extension portion 92 extends away from the channel socket 29 and the panel of the channel socket 29 in a direction substantially parallel to the panel extension 127725.doc -17· 200837257. At the distal end of the extended portion 92, the hook portion 93 projects downward in a direction toward the plane of the panel. In the preferred embodiment illustrated in Figure 7, the base portion 91 includes a lower portion 94 for engaging the abutment surface of the channel socket 29 (in other words, the top of the base 31) in the passage 47. The support portion 95 extends generally vertically from a point in the lower portion 94 of the lower portion 94 of the rudder U to extend outwardly from the channel. Preferably, as illustrated, the lower portion 94 and the support portion are configured to extend from the lower portion 94 such that one of the lower portions 94 terminates, near the inner surface of the upstanding sidewall 33, The inner end of the top leg P terminates adjacent to the support portion 95. As shown, the rod portion 96 extends from the intermediate portion of the support portion 95 in a direction substantially parallel to the lower portion 94. The rod portion __ is spaced apart from the lower portion portion corresponding to the spacing of the inner space between the top leg 37 and the base 31 such that the rod portion 96 extends generally parallel to the top leg 37 and adjacent the top leg 37. Also, the stem portion 96 preferably has a length such that its end is adjacent to the inner surface of the upright side wall 33. In this way, the mounting portion 91 is firmly fixed in the undercut region 43 of the passage socket 29. The hanging portion 65 of the panel bracket 61 only supports the panel weight so that the panel can be rotated relative to the hook portion 65 (and is indeed preferred in (d) (d) but '(d) will become For the sake of clarity, the connector connector 90 is preferably rotatably fixed to the connector connector 90 with respect to the panel. (4) Description - Configuration 'Where the panel 503 has been supported by the panel holder (4) 127725.doc -18- 200837257 The floor is on the profile 5. The other panel 403 is in the process of being mounted to the profile 5, which has a joint connector 90 fitted into its channel socket 29. The panel 403 faces the panel at a slight angle The 503 is moved such that the hook portion 65 of the panel bracket 61 is inserted into the undercut region 43 of the channel socket 27 of the panel 403 in a manner similar to that described above. The extension portion 92 extends beyond the channel socket 29 of the panel 403. The top leg 503 of the adjacent panel 503 extends upwardly. Therefore, when the panel 4〇3 is released and allowed to swing downward (rotating around the hook portion 65) by its own weight, the extended portion 92 rests on the adjacent panel 5〇 3 top feet 37 is such that the panel bracket 61 provided for the adjacent panel 5〇3 supports the weight of the panel 403 by the joint connector 9〇. It will be understood that the weight of the panel 403 applies a rotational force to the joint connector 9〇. Accordingly, preferably, the mounting portion 91 of the header connector 9 is rotationally fixed relative to the channel socket 29 when assembled into the undercut channel region 43. In the preferred and illustrated configuration, the panel bracket 61 is hooked. Portion 65 includes an upwardly facing recess 65a. As illustrated, this is formed by a support portion that extends generally from the base portion 69 generally perpendicular to the base portion (eight) and then toward the top portion 71. The upper portion extends generally parallel to the base portion 69. The hook portion 9 of the joint connector 90 is configured to extend downwardly into the recess 65a of the hook portion 65 of the adjacent panel bracket 61. The hook portion 93 in the recess 65a The interaction prevents movement of the panel 4〇3 parallel to the plane of the panel and thereby prevents the undercut region 43 or its channel socket 27 from becoming disengaged from the hook portion 65 of the corresponding panel bracket 61. Figure 8B illustrates The other joint connector 90 is mounted to the other panel 3〇3 on the profile 5. 127725.doc -19- 200837257 It is preferred to use the joint connector 9〇 in combination with the anti-slip assembly 85. These anti-slip assemblies can be made of non-slip rubber And fitting into the channel region 97 on either side of each of the header connectors 9 to secure the connector connector 9 in place. It will be appreciated that, alternatively, the anti-slip feature can be constructed as a connector connector itself. The panels can be installed or removed individually. There is no need to use a sanitation, so the structure behind the panels is easily accessible after the ceiling is in place and the modular system allows for large differences in panel size and spacing. Without the need to change the system. The channel jack is preferably a metal socket such as aluminum. It can be formed or extruded. The channel socket can be made into a long molded component and cut to size before being assembled onto the panel. It is a matter of course that the present invention is not limited to the above embodiments, and the above embodiments may be modified without departing from the scope of the invention or the owner of the advantages thereof. In this case, a, only use the above description and the following articles, such as the right, "left", "front" and "post", "vertical", ", horizontal" " vertical ";"Up P top and bottom" terms are used as relative terms to describe the relationship of various components of the panel to the architecture of the modular paving system of the present invention. The core, 17 is preferably a honeycomb material, but may be a plurality of stacked layers of any other core material or even different core materials. The panel 13 can be an acoustic panel, and the bottom skin 15 of the crucible is perforated. In the description, the panel brackets 61, 63 are illustrated as relatively short bracket-like members 61, 63. In fact, it is an elongated type that can be engaged with the full length of the panel. 127725.doc -20 - 200837257 Face 0 In the description, the panel brackets 61, 63 are illustrated as being attached to the type by a nut and a screw type fastener. Face 5 on. Of course, many different methods of attaching the panel bracket to the profile are possible. The profile 5 is illustrated as an l-shaped hook profile having holes for the nut and the screw fastener. Other types of profiles such as, for example, inverted 7-shaped profiles are also possible. In the system, it is optional to use only the locking member 81 adjacent one or more of the hook brackets 63 on each panel. Or block each bracket when inserting the channel jack. Locking block 81 is illustrated as a relatively short member 81 that matches the length of the panel carrier hook that it will block. Alternatively, instead of a separate block 81, a square of panel length can be used. Instead of being used for ceiling purposes, a decking system can also be used to cover the inner or outer wall. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a cross section of a modular paving system of the present invention showing the mounting of three panels mounted on a carrier profile of a frame; Figure 2 is a single panel of the present invention and a A schematic perspective view of a profile, wherein one side of the panel is mounted to a profile and is partially cut away from the other side, the panel bracket and profile being spaced from the panel in the other side; 3 is a detailed cross-sectional view of a pair of partially displayed panels, wherein the left channel socket and the right channel socket are adjacent but not yet mounted to the left panel bracket and the right panel bracket of the profile; 127725.doc -21 - 200837257 Figure 3A is a detailed cross-sectional view of the channel socket; Figures 4A to 4D are schematic cross-sectional views of the panel in different stages of the process of mounting the panel to the panel carrier on the profile; Figure 5 is a panel A schematic perspective view of a pair of panel brackets and a pair of joint connectors, FIG. 6 is a schematic perspective view of two panels joined by a joint connector; FIG. 7 is a detailed cross-sectional view of the joint connector And call Figure 8A and Figure 8B in Ann A schematic representation of the cross-section of the panels in the different stages of the loading process. [Main component symbol description] I Modular ceiling system 3 Panel 5 System profile / building structure 5' System profile II connector ^ 13 Top surface 13A Metal skin layer. 15 Bottom surface / main surface 15A Metal skin layer / bottom skin 17 core layer/core 19 front side wall 21 rear side wall 23 left side wall/first side 127725.doc -22- 200837257
25 右側壁 27 左通道插口 /左插口 /通道 29 右通道插口 /右插口 /通道 31 基座 33 外部直立側壁/外部通道側壁/外部直立壁 35 内部直立側壁 37 外部頂腳/外部上部腳 39 内部頂腳/内部頂部通道腳 39A 了頁部部分 39B 垂直部分 39C 底部部分 39D 封閉耳片 41 通道嘴 43 外部底切區域/外部通道部分/外部通道區域 45 内部底切區域/内部通道部分/内部通道區域 47 外部通道區域 61 外部面板托架/C形掛鉤/支架狀構件 63 内部面板托架/J形掛鉤/支架狀構件⑽掛釣把架 65 c形掛鉤部分/C形掛鉤/面板托架掛鉤 ’、 65a 凹部 67 外部托架基座 69 垂直基座部分 71 頂部基座部分 73 J形掛鉤部分/J形掛鉤/掛鉤構件 127725.doc -23- 20083725725 Right side wall 27 Left channel socket / Left socket / Channel 29 Right channel socket / Right socket / Channel 31 Base 33 External upright side wall / External channel side wall / External upright wall 35 Internal upright side wall 37 External top / External upper foot 39 Internal Top/Internal Top Channel Leg 39A Page Section 39B Vertical Section 39C Bottom Section 39D Closure Tab 41 Channel Mouth 43 External Undercut Area / External Channel Section / External Channel Zone 45 Internal Undercut Zone / Internal Channel Section / Internal Channel Area 47 External channel area 61 External panel bracket / C-shaped hook / bracket-like member 63 Internal panel bracket / J-shaped hook / bracket-like member (10) Hanging fishing rod holder 65 c-shaped hook portion / C-shaped hook / panel bracket hook ', 65a recess 67 outer bracket base 69 vertical base portion 71 top base portion 73 J-shaped hook portion / J-shaped hook / hook member 127725.doc -23- 200837257
73A 桿 75 上部水平基座/頂部構件 77 水平凸緣/面板托架掛鉤 79 跟部 81 鎖定構件/鎖定方塊 85 防滑組件 90 接頭連接器 91 螺帽螺釘型扣件/基座部分/安裝部分 92 延伸部分 93 通孔/掛鉤部分 94 下部部分 95 支撐部分 96 桿部分 97 通道區域 103 面板 129 右通道插口 161 外部面板托架/C形掛鉤 163 内部面板托架 165 C形掛鉤 203 面板 227 左通道插口 261 外部面板托架/C形掛鉤 263 内部面板托架 265 C形掛鉤 127725.doc -24- 200837257 303 面板 403 面板 5 03 面板 A 第二方向 D1 垂直距離/入口高度 D2 垂直距離/入口高度73A rod 75 upper horizontal base/top member 77 horizontal flange/panel bracket hook 79 heel 81 locking member/locking block 85 anti-slip assembly 90 joint connector 91 nut screw type fastener/base portion/mounting portion 92 Extension portion 93 through hole/hook portion 94 lower portion 95 support portion 96 rod portion 97 channel region 103 panel 129 right channel socket 161 outer panel bracket / C-shaped hook 163 inner panel bracket 165 C-shaped hook 203 panel 227 left channel socket 261 External panel bracket / C-shaped hook 263 Inner panel bracket 265 C-shaped hook 127725.doc -24- 200837257 303 Panel 403 Panel 5 03 Panel A Second direction D1 Vertical distance / Entrance height D2 Vertical distance / Entrance height
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