、新型説明： 【新型所屬之技術領域】 本新型是有關於一種框桿，特別是指一種可作為建材 並用來支撐物體的鋁梭框桿。 【先前技術】 參閱圖1，一般鋁擠型的框體91通常為一個沿著長度 方向延伸的長條形柱體，並包括一個框底部911、一個與該 框底部9U相間隔的框頂部912、一個連接於該框底部911 與該框頂部912之間的框連部913，以及兩個分別位於該框 連部913之相反兩側的侧空間914。其中，所述框體9ι可 以搭配一個結構大致相同但尺寸較大的框體91, 一起使用， 並且透過將尺寸較小的該框體91的—端嵌塞人尺寸較大的 該框體91’的側空間9M，内而組裝在—起，並能用來支揮物 體。 然而，因為尺寸上的差異，尺寸較小的框體91的框頂 部912與尺寸較大的框體91，的框頂部912,之間存在著一個 高度差，兩者之間不連續，使得整體外觀缺乏一致性，不 僅不美觀，還會降低產品的精緻性與價值感。 為了克服上述缺點，通常會如圖2所示地，在尺寸較 小的該框體91的框頂部912上另外再設置一個蓋體92，使 /蓋體92之頂面與尺寸較大的框體91，之頂面齊平。然而 由於尺寸較小的該框體91與該蓋體92之間往往是透過數 盥累、糸93螺鎖在一起，所以在組裝上必須先在該蓋體 與尺寸較小的該框H 91 ±鑽孔，之後再依序鎖接所述螺絲 M443055 93，因而導致組裝作業變得相當耗時與麻煩。同樣地，在 曰後需要拆卸該蓋體92與尺寸較小的該框體91時，依序 螺鬆所述螺絲93的作業也是相當地繁複冗長，並且造成使 用上的不方便。 【新型内容】 因此，本新型之目的，即在提供一種結構創新且拆裝 方便、簡單的鋁擠框桿。 於是，本新型鋁擠框桿，包含：一個框體、一個蓋體 ，以及一個結合單元。 該框體包括一個框底部、一個與該框底部相間隔的框 頂部，以及一個連接於該框底部與該框頂部之間的框連部 。該蓋體包括一個鄰近該框頂部的外蓋部，以及一個設置 於該外蓋部之中央位置並靠抵於該框頂部上的支撐部。該 結合單元包括兩個分別設置在該框頂部之相反兩側的第一 結合部，以及兩個分別設置在該外蓋部之相反兩側的第二 結合部，該等第一結合部分別與該等第二結合部可拆離地 卡合在一起。 本新型之有益功效在於：透過該等第一結合部與該等 第二結合部的相互卡合來結合該蓋體與該框體前述創新 的結構設計，使得該框體與該蓋體的組裝作業與拆卸作業 變得簡單、方便。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之—個較佳實施例的詳細說明中，將可 4 M443055 清楚的呈現。 參閱圖3、4、5、6，本新型鋁擠框桿4之較佳實施例 適〇應用在建材上，並且可數支一組地搭配數支形狀、尺 寸不同的框條8組裝成一個框架，進而可用來支撐物體， 例如供一片玻璃安裝固定，即可組裝成為一個玻璃雨棚， 但在實施上不限於前述之舉例。由於該鋁擠框桿4如何與 所述框條8組裝非本新型改良之重點，不再說明。而該铭 擠框桿4包含：一個框體丨、一個蓋體2,以及一個將該框 體1與該蓋體2結合在一起的結合單元3。 本實施例的框體1為一個沿著長度方向延伸的長條形 柱體，並包括一個位於下方的框底部n、一個位於上方且 對應地與該框底部U相間隔的框頂部12，以及一個直立地 連接於該框底部u與該框頂部12之間的框連部13。 該框底部11具有一個供該框連部13設置的框底基壁 111兩個勿別由忒框底基壁111之相反兩側朝該框頂部J 2 方向直立延伸的延伸壁！ 12，以及兩個分別由該等延伸壁 H2之頂緣朝該框連部13相向延伸的突條壁ιι3。本實施例 的框底部11藉由該框底基壁1U與該等延伸壁112相互彎 折的、’Ό構，以及該等突條壁i i 3朝該框連部13彎折的造型 進而可增加該框底部11的結構強度，然而在實施上依需 求而定’不以本實施例所揭露的形式為限。 该框頂部12具有一個平行且對應該框底基壁lu的框 頂基壁121 ’以及兩個分別由該框頂基壁121之相反兩側水 平地向外延伸的頂樓壁122。其中，該等頂樓壁122的厚度 5 M443055 大於該框頂基壁121的厚度’錯此強化該框頂部12的結構 ’但貫施上亦依需求而定。而該框連部13具有兩個彼此相 間隔地連接於該框頂基壁121與該框底基壁ni之間的框連 壁 131。 本實施例的蓋體2亦沿著長度方向延伸，並包括一個 鄰近該框體1之框頂部12的外蓋部21，以及一個設置於該 外蓋部21之中央位置並靠抵於該框頂部12上的支樓部22 該外蓋部21具有一個供該支撐部22設置並對應該框 頂部12的外蓋壁211 ’以及兩個分別由該外蓋壁211之相 反兩側直立地朝該等頂撐壁122延伸的失固壁212。而該支 撐部22具有一個貼靠於該框頂部12之框頂基壁ΐ2ι的靠 抵壁221，以及兩個間隔地由該靠抵壁221之相反兩侧直立 向上延伸且連接於該外蓋壁211上的連接壁222。該靠抵壁 Ml具有一個貼靠該框頂基壁121的靠抵面223，以及—個 由該罪抵面223内凹界定而成的凹槽224。 本實施例的結合單元3包括兩個分別設置在該框頂部 π之該等頂樓壁m ±的第一結合部31，以及兩個分別設 置在該外蓋部21之該等夾固壁212上的第二結合部32，該 等第一結合部31分別與該等第二結合部32可拆離地卡^ 软哥乐一、结合部 /固壁212體延伸，每一個第—結合部都具有— 面向該框底部U的第—限位面311。而該等第二結合部 6 M443055 分別由該等夾固壁212之底緣一體相向延伸，每一個第二 結合部32都具有—個面向該外蓋壁211的第二限位面321 ’該等第-限位面311分別可限位靠抵於該等第二限位面 321 上。 本實施例在組裝時，如圖5所示地將該蓋體2設置有 該支撐部22之一側朝向該框體1之框頂部12，並且令設置 於該蓋體2上的該等第二結合部32分別對準設置於該框體 1上的該等第-結合部31，之後即可將該蓋體2朝該框頂 邛12罪攏，使該等第一結合部31分別與該等第二結合部 32緊密地卡扣，同時該等第—限位φ 311分別限位靠抵於 該等第二限位面321上，即可將該蓋體2與該框體i如圖6 所示地組合在一起。 而在組裝完成之後，由於該蓋體2之支揮部22的靠抵 面223是緊密地貼靠該框體i之框頂部12的框頂基壁 上’因而能提供防滑阻力，故該框體j與該蓋體2可以穩 固地結合’不會相對滑動。若需要拆卸該蓋體2與該框體1 時，只要將該蓋體2之央固壁212側向板動，即可#易地 將該等第二结合部32與該等第一結合部Μ分開從工而拆 離該框體1與該蓋體2。 進-步說明的是，本實施例之該等第一結合部Μ與該 等第二結合部32皆為卡鉤的形式’然而在實施上該等； -結合部31與該等第二結合部32也可以為其他公母卡扣 越合的方式，例如卡條與卡溝，故不以本實施例所揭露的口 形式為限。此外，在㈣該蓋體2與_冑2之前，還可 7 M443055 以在該支撐部22的靠抵面223上以及該凹槽224内塗上黏 膠，使該支撐部22之靠抵面223能更牢靠地貼合在該框體 1之框頂基壁121上，藉以增進該框體丨與該蓋體2之間的 結合力。其中，所述黏膠可以是矽利康（silic〇ne)，但不限 於此，至於在實施時是否額外使用黏膠來輔助結合乃依實 際需求而定’在此不需限制。 除此之外，由於一般鋁擠型的框條8大多是使用雙層 板材的結構設計，或者另外再增設連接於前述間隔的兩個 板材之間的肋板，反觀本實施例的框頂部12與該框底部u 白僅使用片板材，這是因為本實施例藉由增加該頂撐壁 122的厚度而強化該框頂部12的強度’同時透過該框底基 壁111與該等延伸壁112之間彎折的結構，以及該等突條壁 113朝該框連部13彎折的造型，來增加該框底部u的結構 強度，故在不犧牲該框體丨之結構強度的前提下，可以大 幅降低材料的消耗，進而能降低生產成本。 綜上所述，相較於一般透過螺鎖的結合方式，本發明 藉由該等第一結合部31與該等第二結合部32的卡合來結 合該蓋體2與該框體1 僅結構創新，還能使該框體i與 該蓋體2的組裝作業與拆卸作業都變得簡單、方便。而該 支撑。卩22的罪抵面223緊密地貼靠於該框頂部丨2所提供 的防滑阻力，進而增加該框體丨與該蓋體2的結合穩定度 ，使該框體1與該蓋體2之間不會相對滑動。此外，該框 頂部12與該框底部11皆為單層板材的結構設計在滿足該 框體1之結構強度的要求下’能減少材料的消耗並降低生 8 M443055 產成本。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單啲等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一般鋁擠型的框體之一未完整的立體圖； 圖2是一個類似圖丨的立體圖，圖中一般鋁擠型的框 體與一個蓋體配合使用； 圖3是本新型鋁擠框桿之一較佳實施例之一使用狀態 參考圖， 圖4是該争交佳實施例之一未完整的立體圖； 圖5是該較佳實施例之-剖視分解圖；及 圖6是該較佳實施例之—局部剖視組合圖。 M443055 【主要元件符號說明】 1…… …·框體 212… ----夹固壁 11 "… •…框底部 22 •…支撐部 111… •…框底基壁 221… •…靠抵壁 112… •…延伸壁 222… •…連接壁 113… •…突條壁 223… •…靠抵面 12··.·· •…框頂部 224… •…凹槽 121… •…框頂基壁 3…… •…結合單元 122… •…頂撐壁 31 ··..· •…第一結合部 13…. •…框連部 311… —第 限位面 131… •…框連壁 32…… •…第二結合部 2 ....... •…蓋體 321… •…第二限位面 21…… •…外蓋部 4 ....... …·紹擠框桿 211… •…外蓋壁 8 ....... …·框條New type of description: [New technical field] The present invention relates to a frame rod, in particular to an aluminum shuttle frame rod which can be used as a building material and used to support an object. [Prior Art] Referring to Fig. 1, a generally aluminum extruded frame 91 is generally an elongated column extending in the longitudinal direction and includes a frame bottom 911 and a frame top 912 spaced from the frame bottom 9U. A frame connecting portion 913 connected between the bottom portion 911 of the frame and the top portion 912 of the frame, and two side spaces 914 respectively located on opposite sides of the frame connecting portion 913. The frame body 91 can be used together with a frame body 91 having substantially the same structure but a large size, and is used to pass through the frame body 91 having a larger size of the frame body 91 having a smaller size. 'The side space is 9M, which is assembled inside and can be used to support objects. However, due to the difference in size, there is a height difference between the frame top 912 of the smaller-sized frame 91 and the frame top 912 of the larger-sized frame 91, and the two are not continuous, so that the whole The lack of consistency in appearance is not only unsightly, but also reduces the exquisiteness and value of the product. In order to overcome the above disadvantages, a cover body 92 is additionally provided on the frame top 912 of the frame 91 having a smaller size as shown in FIG. 2, so that the top surface of the cover body 92 and the larger-sized frame are provided. Body 91, the top surface is flush. However, since the frame body 91 having a small size is often screwed together with the cover body 92, the frame and the smaller frame H 91 must be first assembled in the assembly. ±Drilling, and then the screws M443055 93 are sequentially locked, thus causing assembly work to become quite time consuming and troublesome. Similarly, when the cover body 92 and the frame body 91 having a small size need to be removed after the boring, the operation of screwing the screws 93 in sequence is considerably complicated and lengthy, and it is inconvenient to use. [New content] Therefore, the object of the present invention is to provide an aluminum extruded frame rod which is structurally innovative and easy to assemble and disassemble. Therefore, the novel aluminum extruded frame rod comprises: a frame body, a cover body, and a joint unit. The frame includes a frame bottom, a frame top spaced from the bottom of the frame, and a frame connection between the bottom of the frame and the top of the frame. The cover includes an outer cover portion adjacent the top of the frame, and a support portion disposed at a central position of the outer cover portion and abutting against the top of the frame. The combining unit comprises two first joints respectively disposed on opposite sides of the top of the frame, and two second joints respectively disposed on opposite sides of the outer cover, the first joints respectively The second joints are detachably snapped together. The beneficial effect of the present invention is that the innovative structure design of the cover body and the frame body is combined by the mutual engagement of the first joint portion and the second joint portion, so that the frame body and the cover body are assembled. Work and disassembly work is simple and convenient. [Embodiment] The foregoing and other technical contents, features, and effects of the present invention will be clearly described in the following detailed description of a preferred embodiment with reference to the drawings. Referring to Figures 3, 4, 5 and 6, the preferred embodiment of the present invention relates to a preferred embodiment of the aluminum extruded frame rod 4, which can be applied to a building material, and can be assembled into a plurality of frame strips 8 of different shapes and sizes. The frame, which in turn can be used to support an object, for example, for mounting and fixing a piece of glass, can be assembled into a glass canopy, but is not limited to the foregoing examples. Since the aluminum extruded frame rod 4 is assembled with the frame strip 8 and is not focused on the improvement of the present invention, it will not be described. The squeezing frame rod 4 comprises: a frame body 一个, a cover body 2, and a coupling unit 3 for combining the frame body 1 with the cover body 2. The frame 1 of the present embodiment is an elongated column extending along the length direction, and includes a frame bottom portion n located below, a frame top portion 12 located above and correspondingly spaced from the bottom portion U of the frame, and A frame portion 13 is erected between the bottom u of the frame and the top portion 12 of the frame. The bottom portion 11 of the frame has a frame base wall 111 for the frame portion 13 and two extension walls which are not erected by the opposite sides of the frame base wall 111 toward the top J 2 of the frame! 12, and two protrusion walls ιι3 extending from the top edge of the extension wall H2 toward the frame portion 13. The frame bottom portion 11 of the present embodiment is formed by bending the frame base wall 1U and the extension wall 112, and the shape of the protrusion wall ii 3 being bent toward the frame portion 13 The structural strength of the bottom portion 11 of the frame is increased, but it is not limited by the form disclosed in the embodiment. The frame top portion 12 has a frame top base wall 121' that is parallel and corresponds to the frame base wall walllu, and two top floor walls 122 that extend horizontally outwardly from opposite sides of the frame top base wall 121, respectively. Wherein, the thickness 5 M443055 of the top floor wall 122 is larger than the thickness of the top wall 121 of the frame, which is to strengthen the structure of the top portion 12 of the frame, but the application is also determined according to requirements. The frame portion 13 has two frame connecting walls 131 which are spaced apart from each other between the frame top base wall 121 and the frame bottom base wall ni. The cover body 2 of the embodiment also extends along the length direction, and includes an outer cover portion 21 adjacent to the frame top portion 12 of the frame body 1, and a central portion disposed at the outer cover portion 21 and abutting against the frame The branch portion 22 on the top portion 12 has an outer cover portion 211' for the support portion 22 to be disposed and corresponding to the frame top portion 12, and two erected sides from the opposite sides of the outer cover wall 211, respectively The top wall 122 extends the detachment wall 212. The support portion 22 has abutting wall 221 abutting against the frame top wall ΐ2 of the frame top portion 12, and two spacers extending upwardly from the opposite sides of the abutting wall 221 and connected to the outer cover. A connecting wall 222 on the wall 211. The abutment wall M1 has a abutment surface 223 abutting against the frame top base wall 121, and a recess 224 defined by the concave surface 223. The combining unit 3 of the present embodiment includes two first joint portions 31 respectively disposed on the top wall m± of the top π of the frame, and two of the two clamping walls 212 respectively disposed on the outer cover portion 21. The second joint portion 32, the first joint portion 31 and the second joint portion 32 are respectively detachably connected to the soft joint, the joint portion/solid wall 212 body, and each of the first joint portions Has a - limiting surface 311 facing the bottom U of the frame. The second joint portions 6 M443055 are integrally extended from the bottom edges of the clamping walls 212, and each of the second joint portions 32 has a second limiting surface 321 ′ facing the outer cover wall 211. The equal-limit surfaces 311 are respectively constrained against the second limiting surfaces 321 . In the embodiment, when the assembly body is assembled, as shown in FIG. 5, the cover body 2 is provided with one side of the support portion 22 facing the frame top portion 12 of the frame body 1, and the first portion disposed on the cover body 2 is provided. The two joint portions 32 are respectively aligned with the first joint portions 31 provided on the frame body 1, and then the cover body 2 can be sinned toward the frame top 邛 12, so that the first joint portions 31 respectively The second joint portion 32 is tightly buckled, and the first limit φ 311 is respectively restrained against the second limiting surface 321 , so that the cover 2 and the frame i can be Figure 6 is shown together. After the assembly is completed, since the abutting surface 223 of the support portion 22 of the cover 2 is closely attached to the top wall of the frame top portion 12 of the frame i, thereby providing anti-slip resistance, the frame is provided. The body j and the cover 2 can be firmly coupled 'will not slide relative to each other. If the cover body 2 and the frame body 1 need to be removed, the second joint portion 32 and the first joint portion can be easily replaced by laterally moving the central solid wall 212 of the cover body 2 laterally. The frame 1 and the cover 2 are detached from work. Further, it is explained that the first joint portion Μ and the second joint portions 32 of the embodiment are in the form of hooks. However, in practice, the joint portion 31 is combined with the second joints. The portion 32 can also be a combination of other male and female snaps, such as a card strip and a card slot, and is not limited to the port form disclosed in this embodiment. In addition, before (4) the cover body 2 and _胄2, 7 M443055 may be applied to the abutting surface 223 of the support portion 22 and the groove 224 to apply adhesive to the surface of the support portion 22. The 223 can be more firmly attached to the frame top base wall 121 of the frame body 1 to enhance the bonding force between the frame body and the cover body 2. Wherein, the adhesive may be silicin, but is not limited thereto, and whether or not additional adhesive is used in the implementation to assist the bonding is determined according to actual needs, and there is no need to limit it. In addition, since the frame strip 8 of the general aluminum extrusion type is mostly a structural design using a double-layered plate, or a rib plate connected between the two sheets of the aforementioned space is additionally added, the frame top 12 of the present embodiment is reversely viewed. Only the sheet material is used with the bottom u white of the frame, because the present embodiment strengthens the strength of the frame top portion 12 by increasing the thickness of the top support wall 122 while passing through the frame base wall 111 and the extended wall 112. The structure between the bending and the bending of the protruding wall 113 toward the frame connecting portion 13 increases the structural strength of the bottom portion u of the frame, so that the structural strength of the frame body is not sacrificed, It can greatly reduce the consumption of materials, which in turn can reduce production costs. In summary, the present invention combines the cover body 2 and the frame body 1 only by the engagement of the first joint portion 31 and the second joint portion 32 compared to the general manner of the screw joint. The structural innovation can also make the assembly work and the disassembly work of the frame i and the cover 2 simple and convenient. And the support. The sinus surface 223 of the cymbal 22 closely abuts the anti-slip resistance provided by the top 丨2 of the frame, thereby increasing the stability of the combination of the frame 丨 and the cover 2, so that the frame 1 and the cover 2 are It will not slide relative to each other. In addition, the structural design of the frame top portion 12 and the frame bottom portion 11 of the single-layer sheet material can meet the requirements of the structural strength of the frame body 1 to reduce the material consumption and reduce the production cost of the material. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an incomplete perspective view of one of the general aluminum extruded frame bodies; Fig. 2 is a perspective view similar to the figure, in which a generally aluminum extruded frame body is used in combination with a cover body; 3 is a perspective view of one of the preferred embodiments of the present invention, and FIG. 4 is an incomplete perspective view of one of the preferred embodiments; FIG. 5 is a cross-sectional exploded view of the preferred embodiment. Figure 6 and Figure 6 are partial cross-sectional views of the preferred embodiment. M443055 [Description of main component symbols] 1...... ...·Frame 212... ----Clamping wall 11 "... •...Bottom of the frame 22 • Supporting part 111... •...Frame base wall 221... Wall 112... •...Extension wall 222... •...Connection wall 113... •...Bar wall 223... •...Abutment surface 12·····•...Frame top 224... •... Groove 121... •...Frame top base Wall 3... •...joining unit 122... •...top wall 31 ······...first joint 13.......frame joint 311...-restricted surface 131... •...frame wall 32 ...... •...Second joint 2 ....... •... cover 321... •...second limit surface 21... •...outer cover part 4.................. Rod 211... •...cover wall 8 ....... ...·frame strip
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