1342935 * · 修正版修正曰期：2010/08/20 ’ 九、發明說明： 【發明所屬之技術領域】 . 本發明係關於可攜帶一控制單元或類似物的一種固定 裝置用之角托架，該角托架於用以支撐支柱之二牆間具有 一自由密封組裝空間，其中該牆對另一牆係位於一角度， 且其外側面係朝向遠離彼此，為連接支柱之固定點形成封 • · 閉的中空剖面部分，也具有開口設計使電纜通過，通過其 ^ 中，一電纜溝藉由該中空剖面部分來密封是可得到的。 【先前技術】 此種角托架，係從DE 4331125 C2被認識。用以支撐 該支柱之牆，以側牆整體連接，且以該後者之自由端所終 止。一組裝空間形成於該側牆及用以支撐該支柱之牆間， 通過其中，電纜或類似物可以被引導，從一支柱之該電纜 溝至另一支柱之該電纜溝。該側牆的外自由邊及用以支撐 • 該支柱之該牆形成一開口，通過其中，該組裝空間是可得 到的。該開口可以一蓋子封閉。在用以支撐該支柱之該牆 的該外面之該固定點，以集中該支柱，各形成為一低的環 形肩部，其從各自的牆突出以支撐該支柱。為了連接一支 " 柱至該角托架，該支柱是插在該固定點（該環形肩部），以 對準該支柱相對該角托架。之後，螺釘通過用以支撐該支 柱之該牆，螺固至該支柱的電纜溝，以產生介於該角托架 及該支柱間的一剛性連接。 該已知角托架的其中一個缺點是，該侧牆相當地限制 1342935 • 修正版修正日期·· 2010/08/20 ’ 該組裝空間，其大幅降低迅速及容易處理已通過或仍待通 - 過之電纜的可能性，而且螺固在該支柱被阻礙。又一個缺 . 點是，該角托架之彎曲及扭曲的負荷能力有上限，因為該 角托架及該支柱之間的機械連接，係單獨藉由該螺固連接 所建立。 因此，本發明的問題係提供一角托架，能接收較大的 彎曲及扭曲負荷，並在其中是比較容易處理該電纜，且一 ’ 起螺固該構件。 I 在一通用角托架的這個問題被解決了，即在每一情形 之該固定點是形成像套管，因而它們吸收由該支柱引導入 該角托架之彎曲力矩和扭曲力矩，並且該固定點是位於它 們的邊緣，沿其軸向高度連結在一起，其向另一對準，及/ 或它們的邊緣向另一位於一角度，藉由遠離該組裝空間之 至少一強化牆。 φ 【發明内容】 具優點之具體實施係於附屬申請專利範圍中指出。 用以支撐該支柱之牆，該固定點及該至少一強化牆， 較佳為一體成形或以同一片所製造。 " 為此，用以支撐該支柱之牆，該固定點及該至少一強 • 化牆以金屬或塑膠來製造係方便地，特別是於一鑄造過程 所製造。 該固定點，較佳是設計為與該支柱一緊密配合，並為 此一目的而特別地方便銑出。 1^42935 修正版修正日期：2010/08/20 該角托架較佳是具有二強化牆。 =這種Jft下’㈣是將—第—強化牆安排於該固定 :之第-面，且將一第二強化牆安排於一相反面，在每一 情形中與在外面的固定點緊接。 在-簡單的具體實施例’在各面的該固定點之邊緣是 冋-軸向高度。至少一強化牆較佳是為此一高度，它對 應該固定點之邊緣的軸向高度。 • 此：利於介於用以支撐該支桎該等牆間之一組裝空 曰]，flb藉由一蓋子封閉。 該蓋子較佳係具有一周邊塾片，以便它對用以支樓該 支柱之牆所置放，以一密封的方式。 該蓋子較佳為藉由一螺固連接而固定於用以支樓該支 柱之牐上，並具有—定的剛性以達到用以支撐該支枉之牆 的一額外彼此加強。 此有利於使該蓋子具有螺固溝槽，以將它固定於用以 φ 支撐該支柱之牆。 此有利於使每一用以支撐該支杈之牆，以具有與該支 枉之軸向螺固溝槽對準之通孔。 在該固定點之該支柱的一插入深度，較佳為支撐該支 枉之對應牆厚度的至少3倍大。為使材料使用的最佳化， 該牆的厚度及/或該固定點之插入深度，較佳為根據一局部 的力量分布來安排。該固定點之軸向高度，因此對應更少 三分之一或25 %、30%、40%、50%或75%的該固定點之 最大橫向尺寸。 13429351342935 * · Revised revision date: 2010/08/20 ' IX. Description of the invention: [Technical field of the invention] The present invention relates to a corner bracket for a fixing device that can carry a control unit or the like. The angle bracket has a free sealing assembly space between the two walls for supporting the pillars, wherein the wall is at an angle to the other wall, and the outer side faces away from each other to form a sealing point for connecting the pillars. • The closed hollow section also has an opening design for the cable to pass through, through which a cable trench is sealed by the hollow section. [Prior Art] Such an angle bracket is known from DE 4331125 C2. The wall used to support the pillar is integrally joined by the side wall and terminated by the free end of the latter. An assembly space is formed between the side wall and the wall for supporting the pillar, through which a cable or the like can be guided, from the cable trench of one pillar to the cable trench of the other pillar. The outer free edge of the side wall and the wall for supporting the pillar form an opening through which the assembly space is available. The opening can be closed by a lid. The fixed point on the outer side of the wall for supporting the struts is used to concentrate the struts, each formed as a low annular shoulder that protrudes from the respective wall to support the struts. To attach a " post to the corner bracket, the post is inserted at the fixed point (the annular shoulder) to align the post relative to the corner bracket. Thereafter, the screw is threaded to the cable channel of the post through the wall for supporting the post to create a rigid connection between the angle bracket and the post. One of the disadvantages of this known angle bracket is that the side wall is considerably limited to 1342935 • Revised revision date·· 2010/08/20 ' This assembly space, which is significantly reduced quickly and easily handled has passed or remains to be passed - The possibility of passing the cable, and the screwing is blocked in the pillar. Another disadvantage is that there is an upper limit to the bending and twisting load capacity of the corner bracket because the mechanical connection between the corner bracket and the post is established by the screw connection alone. Accordingly, the problem underlying the present invention is to provide a corner bracket that is capable of receiving large bending and torsional loads, and in which it is relatively easy to handle the cable and to screw the member. I. This problem in a universal corner bracket is solved, that is, in each case the fixed point is formed like a sleeve, so that they absorb the bending moment and the twisting moment of the angle bracket guided by the pillar, and The fixed points are located at their edges, joined together along their axial height, towards the other alignment, and/or their edges at an angle to the other by at least one reinforcing wall remote from the assembly space. φ [Summary] The specific implementation of the advantages is indicated in the scope of the appended claims. The wall for supporting the pillar, the fixing point and the at least one reinforcing wall are preferably integrally formed or made of the same piece. " To this end, the wall for supporting the pillar, the fixing point and the at least one strong wall are conveniently made of metal or plastic, especially in a casting process. The attachment point is preferably designed to fit snugly against the post and is particularly convenient for milling for this purpose. 1^42935 Revised Revision Date: 2010/08/20 The angle bracket preferably has two reinforcing walls. = This Jft under '(4) is to arrange the - first strengthening wall on the first side of the fixed: and the second reinforcing wall on the opposite side, in each case immediately adjacent to the fixed point on the outside . In the simple embodiment, the edge of the fixed point on each face is the 冋-axial height. Preferably, at least one of the reinforcing walls is such a height that it corresponds to the axial height of the edge of the fixed point. • This: facilitates the assembly of an empty space between the walls to support the support, and the flb is closed by a cover. Preferably, the cover has a peripheral flap such that it is placed against the wall of the struts for abutment in a sealed manner. Preferably, the cover is secured to the rafter for supporting the struts by a threaded connection and has a constant rigidity to achieve an additional reinforcement of the wall for supporting the struts. This facilitates the cap having a threaded groove to secure it to the wall for supporting the post by φ. This facilitates each of the walls for supporting the support to have a through hole aligned with the axially threaded groove of the support. An insertion depth of the post at the fixed point is preferably at least 3 times greater than the thickness of the corresponding wall supporting the support. In order to optimize the use of the material, the thickness of the wall and/or the depth of insertion of the fixed point is preferably arranged according to a partial force distribution. The axial height of the fixed point thus corresponds to a smaller one-third or 25%, 30%, 40%, 50% or 75% of the maximum lateral dimension of the fixed point. 1342935
入 ▲ 修正版修正日期：2010/08/20 、二於該面間進行之固定點的部分，較佳是相對於沿該 面進行之固疋點的部分而軸向延伸。 2該^子為一環形之扇形部分的形狀其係方便的。 I 一疋裝置其支撐一控制單元或類似物，係可且有 ^少二支柱，該至少二支㈣由先前描述之-角托架^連 接0 _固<裳置’可具有三或四個支柱，其t在每-情妒 中之二支柱可以藉由A針少—、+. 乂 分開。 3由先别描述之一角托架來連接、加入及 =角托架之具體實施例，具有該固定點之至少—平坦 也可以被用來作為一牆或設備螺形支架。 【實施方式】 釋，請參 本發明現在將藉由兩操作之具體實施例來解 照一圖式。 在第圖及第二圖中之角托架 支撐一抻岳丨留_々 巧扣永1用以一固定裝置，以 ㈣早兀或類似物，藉由該角托架 接，於對於另一面牆之一 一支柱連 其中於用以古h 士角度-有一牆3以支撐該支柱， 二之二牆3的端面31間具有-自由电 裝工間。在本情形中’雖_擇性地其 由、、且 可形成於它們之間，佝—角 又丨、於180。） 該支柱之該等牆間。-角度9〇係形成於介於用以支撑 轉心面外端面M朝向遠離彼此，每-個用、 擇錢柱之牆3，具有一固定 用以支 疋點5以插入-支柱7 (第三 1342935▲ Revised revision date: 2010/08/20, the portion of the fixed point between the faces, preferably extending axially relative to the portion of the solid point along the face. 2 This is a shape of a circular sector-shaped portion which is convenient. I 疋 疋 其 支撑 支撑 支撑 支撑 支撑 支撑 支撑 支撑 支撑 支撑 支撑 支撑 支撑 支撑 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制The pillar, whose two pillars in each of the emotions can be separated by a small needle A, and +. 3 By way of an embodiment in which one of the corner brackets is attached, joined, and angled, the at least flatness of the fixed point can also be used as a wall or device screw bracket. [Embodiment] The present invention will now be illustrated by a specific embodiment of two operations. In the first and second figures, the bracket supports a 抻 丨 丨 々 々 扣 永 永 1 1 for a fixing device, (4) early 兀 or the like, connected by the corner bracket, on the other side One of the pillars of the wall is connected to the corner of the ancient h - a wall 3 to support the pillar, and the end face 31 of the second wall 3 has a free electrical installation. In this case, although it is selectively formed, it can be formed between them, and the 佝-angle is 丨, at 180. The walls of the pillars. - an angle 9 is formed between the outer surface M for supporting the outer surface of the center of the core, and the wall 3 for each of the columns, having a fixed point 5 for inserting - the pillar 7 (the first Three 1342935
〗贫正I 岡、U·从p /ro 幸翌光丨 修正版修正日期：2010/08/20 =此外’母—個用以支撐該支柱之牆3，具有 使電線及電纜可通過。 :支柱7形成為—種已知的形式’作為空心剖面部分 :松戴面係為圓形或非圓面（圓形、方形 '長方形、橢圓 :且至；在某部分是封閉的，並且選擇性地具有一内部 杈向剖面腹板21 (見第三圖），盆 ΊΚ , ^ Λ-, 具…果為其中有二電纜溝 形成於母一支柱7，其通過該開口 3D所可得到。在第 二圖中之該支柱71的上部電增、、查 卹而、…一 1 藉由-飾條7Β(橡膠 而封_向方向’甚至當後者被螺固到 其係可從該支柱71所移除。 永 每一個該固定點5藉由苴一 #知7>τ紅 5而具有-插入深产5F， 可插入至該固定點 U播入冰度祀。在一固定點5 ―支柱 度犯，為用以支撐該支柱之該對應牆厚度d的至少^ 線，其係緊扣的。—的錢柱剖面之最長橫向軸 由於這一事實之結果，在一固定點5 入深度5E，例如，為用以支椤 之°亥插 至少3^力—支沒3亥支柱之該對應踏厚度d的 至^ 3倍大，在母—個情形中該固定點$ 此吸收相當大的扭曲及彎曲力， ^ 乂 官，因 _ ^ 今曲力其係藉由該支柱7引導入 該角托架1 ’並且於它們邊緣盆上 起，藉由遠離該組裝空間之至1、1強5 3 H連結在一 延伸，沒有侧面限制，超過該牆3的強巧？ ’該組裝空間 支柱7。 心、忑轴3的取鬲端面31以支撐該 這一事實，該固定點5形成套管，從而意指-支柱7 Ϊ342935 修正版修正日斯：2010/08/20 插入到該固定點5是以此一方式緊扣，簡單地因為介於該 固定點5及該插入的支柱7間的正向配合，該角托架^可 吸收導入之彎曲力矩或扭曲力矩，並能轉移到其它支柱， 無論是直接或轉換。在根據DE 4331125 C2之該先前技術 ，狀態’該岐點描述為—環形肩部，因為其低轴向高度， 是沒有能力引導扭曲力矩至該角托架。 說明於第二圖中，特別是，該固定點5具有—不中斷 邊緣说。另外’該邊緣说可沿其周邊在部分被中斷，例 如，由具有楔形凹口’或凹處，如圓形的。該圓形凹處可 特別是被穿過的孔洞，當它被插入時，其允許介於該固定 點5及该支柱7間之一螺固連接。 w 2二圖說明中，在該實施例中之該軸向高度5aH， 二該邊緣5M的周邊並不是固定的。該保留概管之_ 度是固料’在部分財之該垂直相對剖面邊緣的區 二而且延伸在部分5a中之該垂直彎曲剖面邊緣的區域， ^後者突出高㈣垂直邊緣邊牆’以—拱形方式 =’特別是在第三圖中所表示。該邊緣5M之該相對 二的力ΐ邊牆㈣易延伸，因為目前大部分導引至該角托 ㈣力量’作用其上，並可容易被其吸收。 邊於圖說明Γ該固定點5之該邊緣5μ的該邊緣 寺別是垂直的。它們藉由二強化牆9而 被連、、’口起來’以產生介於用以支擇該 常堅固的連接，該往之⑽回3間一非 5之邊緣5Μ 仃以固疋點5及那些該固定點 邊緣5Μ的邊牆，其為朝向遠離另―；為此一目的，— 10 势 修正版修正日期：2010/08/20 第一強化牆9係被配置於該固定點5之第—面，而一第二 強化騰9放置於一相對面。 在-未以圖式說明之具體實施例，該強化牆9各有一 度=其相對端連接該邊緣5M之該垂直邊牆，其 邊緣5M之该彼此相鄰垂直邊牆的該抽向高度 於連接它厚度，較佳是實質對應 产开ΛΓ 的邊騰厚度。另外，在較小負荷的 ^ ’该強化牆9可能為較小或更大厚度。 如第一圖說明中，更罝靜义 或用以支撐該支柱之於/之二Π』方的面彼此相對， /又狂t之内側面3〖，蕻， 而連接起來，其從侧面看，實質上為一^ 貼、 5 板15產生一盼^ 、為一扇形形狀。這些腹 生附加的轉移力’其係介於用 間’且在它們最内部的螺固連接 該支柱之牆3可能藉由㈣另卜用以支撐 性連接在一起。當從側面看二強，附加的被剛 ;合於強化該牆3以一起5諸::::形狀’ 質三角形或扇形形狀。 錄為如糟由具有-實 該角托架1係於—鑄造程 形下包含—輕量金屬。另外，t Μ在目別的情 塑膠或鑄鋼所製造。 / /、可以以射出成型 為忒固疋點5被設計與該支 後者係在鑄造# 〜 綠7用於—緊选、配合， 出。“後才後製完成’在目前的情形意指它們被銳 1342935 一 修正版修正日期：2010/08/20 第三圖表示在第一圖及第二圖中之該角托架ι，其中 —第一支柱71已經插入到該角托架！之一第—固定點5， 而第二支柱72已插入到其他固定點5。 ，〗 〖Poor I I, U. from p /ro 幸翌光 Revised revision date: 2010/08/20 = In addition, the 'mother' is a wall 3 for supporting the pillar, which allows wires and cables to pass. : The strut 7 is formed in a known form 'as a hollow section: the loose surface is circular or non-circular (circular, square 'rectangle, ellipse: and to; in some parts is closed and selected Optionally, there is an inner cross-section web 21 (see the third figure), the basin, ^ Λ-, with two of which are formed in the parent pillar 7 through which the opening 3D is available. In the second figure, the upper portion of the pillar 71 is electrically increased, checked, and ... by a - strip 7 Β (rubber sealing _ direction _ even when the latter is screwed to its line from the pillar 71 For each fixed point 5, by means of 苴一知7>τ红5, there is a - insertion deep production of 5F, which can be inserted into the fixed point U to broadcast ice 祀. At a fixed point 5 - pillar The minimum length of the transverse axis of the Qianzhu section, which is used to support the corresponding wall thickness d of the pillar, is the result of the fact that the depth is 5E at a fixed point 5 For example, in order to support the 亥 亥 亥 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 至少 3 3 3 3 3 3 3 3 3 3 3 In this case, the fixed point $ absorbs considerable distortion and bending force, ^ eunuch, because the current curve is guided by the pillar 7 into the corner bracket 1 'and on their edge basin, By the distance from the assembly space to 1, 1 strong 5 3 H is connected in an extension, without side restrictions, beyond the strength of the wall 3 'the assembly space pillar 7. The core end face 31 of the shaft 3 Supporting the fact that the fixed point 5 forms a sleeve, thereby meaning that the -pillar 7 Ϊ 342935 revision revision corrections: 2010/08/20 insertion into the fixed point 5 is tightly linked in this way, simply because In the forward fit between the fixed point 5 and the inserted strut 7, the angle bracket can absorb the introduced bending moment or torsion moment and can be transferred to other strut, either directly or in conversion. In accordance with DE 4331125 C2 With this prior art, the state 'this point is described as an annular shoulder, because of its low axial height, is incapable of guiding the torsional moment to the angle bracket. As illustrated in the second figure, in particular, the fixed point 5 Have -- not interrupt the edge. In addition, the edge says The periphery is interrupted in part, for example by having a wedge-shaped recess or a recess, such as a circle. The circular recess may in particular be a hole that is penetrated, which allows it to be fixed when it is inserted One of the points 5 and the support 7 is screwed together. In the description of the second embodiment, the axial height 5aH in the embodiment, and the periphery of the edge 5M are not fixed. Is the solid material 'region 2 of the vertical relative section edge of the portion of the wealth and extends to the edge of the vertical curved section edge in the portion 5a, ^ the latter highlights the high (four) vertical edge sidewall 'in an arched manner = 'especially This is shown in the third figure. The opposite side of the edge 5M is easy to extend, because most of the current guidance to the corner (4) force acts on it and can be easily absorbed by it. As illustrated in the figure, the edge of the edge 5 of the fixed point 5 is 5°. They are connected by the second reinforcing wall 9 and are 'mouthed up' to create a connection that is used to determine the constant strength. The (10) back to the 3th and the 5th edge of the 5th is not fixed. The side walls of the fixed point edge 5 , are oriented away from each other; for this purpose, the 10th potential revision revision date: 2010/08/20 The first reinforcement wall 9 series is configured at the fixed point 5 The face is placed on the opposite side. In a specific embodiment not illustrated by the drawings, the reinforcing walls 9 each have a vertical wall whose opposite ends are joined to the edge 5M, and the height of the edge of the adjacent vertical wall of the edge 5M is The thickness of the joint is preferably substantially corresponding to the thickness of the edge of the opening. In addition, the reinforcing wall 9 may be smaller or thicker at a smaller load of ' As illustrated in the first figure, the faces of the two sides that are more static or used to support the pillars are opposite to each other, and the sides of the inside of the madness are 3, 蕻, and connected, which is viewed from the side. In essence, it is a piece of stickers, and the 5th board 15 produces a desired shape and is a fan shape. These extravasive additional transfer forces 'are interspersed' and the walls 3 of the struts that are connected to them at their innermost ends may be supported together by (iv). When viewed from the side, the two are attached, and the additional is combined with the wall 3 to form a 5:::: shape 'quality triangle or a fan shape. Recorded as if it had a solid-like bracket 1 contained in the casting process - lightweight metal. In addition, t Μ is made in plastic or cast steel. / /, can be formed by injection molding as the tamping point 5 is designed with the branch. The latter is used in casting # 〜 green 7 for - close, fit, and out. "After the completion of the post-production" in the current situation means that they are corrected by the sharp 1342935 revised date: 2010/08/20 The third figure shows the corner bracket in the first and second figures, where - The first leg 71 has been inserted into one of the corner brackets - the first fixed point 5, and the second leg 72 has been inserted into the other fixed point 5.
該支柱71、72各具有六個軸向職溝槽7s分佈於其 周邊’以及用以支撐該支柱之牆3各具有六個通孔Η與這 些溝槽對準’致使連接螺釘19可通過通孔17來螺固^該 螺固溝槽7S ’以產生介於該角托架i及該支柱^ 之—螺固連接。在目前情形下，因為相鄰該飾條7B之該^ 孔Π仍然是閒置的，該支柱只是經由五個連接螺釘料 接至該角托架1。 第四圖及第五圖從一不同方向表示從第三圖之安排， Π附加說明。二螺固溝槽US在該側牆的區域 =该盖子11中，以便藉由二連接螺㈣能夠螺固該 角托架^其中每—個在㈣托架1之角落地The struts 71, 72 each have six axial working grooves 7s distributed at their periphery 'and the walls 3 for supporting the struts each have six through holes 对准 aligned with the grooves' such that the connecting screws 19 can pass through The hole 17 is screwed to the screw groove 7S' to create a screw connection between the corner bracket i and the post. In the present case, since the hole 相邻 adjacent to the strip 7B is still idle, the struts are only fed to the corner bracket 1 via five connecting screws. The fourth and fifth figures show the arrangement from the third figure from a different direction, Π additional explanation. a second screw groove US in the area of the side wall = the cover 11 so as to be able to screw the corner bracket by the two connecting screws (four), each of which is in the corner of the (four) bracket 1
^ 孔18,見第—圖。該蓋子11也具-周邊塾 片被螺固至該角托架丨時，以產生介於該蓋子 】1及该角托架1之一密封。 在第六圖及第七圖中，兮芸工 1，m子是螺固至該角托架 1其釔果该角托架1是完全密封。 架由該連接螺釘19而緊緊地連接至該角托 ^ 及第七圖中表示的方向，如果它為足份 地剛性i可吸收從該支柱7卜72的壓力。為足 该盍子11的需求剛性，可藉由例如 製造該蓋子爽邊创，而B^遇口材料以 達到而且4由製造該蓋子11的牆適當的厚 1342935 度 修正版修正日期： 2010/08/20 該蓋子上11較佳是包含相同該角把架i之材料。 利於該蓋子11以同樣的一鑄造程序所製作。 第八圖及第九圖S兒明根據本發明之角杯架]α 具體實施。 嶋！的進一步 在第八圖及第九圖中之該角托架丨具有固定點5，其 在截面為圓形，以支撐截面為圓形之支柱7。 ' s亥固定點5之該邊緣5Μ的彼此面對面，藉由一中尸 安排的強化，9 (見第九圖）所連接，以提供^於該固^ 點5間之角落區域更多的剛性以抵抗彎曲變形。 疋 第九圖也表示該蓋子U之另—具體實施例，在每 情形中其储有二·溝槽，以連接其至用以支撐 之一牆3，亦或是該固定牆5M。 如果在第九时之蓋子u，例如以四個連接 來螺固至用以支擇該支柱之二牆3,及/或甚至於該固定點 5 ’如果它有被料足_祕，鮮子u㈣收及 如此，用以支撐該支柱之牆3,可達到_額外的 力轉移連接，而無關該角托架〗在空間中的方向。 該蓋子較佳是為凸狀，並特別設計為一環形部分之 /。该凸狀設計也產生相當大的橫向剛性。 " 在上述之具體實施例，一角托架j之二固定點$〜 全相同的設計。另外，一角托架】之嗜 ‘”疋疋 定不同截面之支柱，一固定點：舉例來說= 固定具有-方形截面的一支柱7,而其它固定點5= 13 1342935 修正版修正日期：2010/08/20 具有一橢圓截面之支柱。 該蓋子11通常，藉由螺固連接11S可連接至該牆3以 支撐該支柱，及/或該固定點5，及/或該支柱7。 第十圖至第十五圖說明本發明之一進一步的具體實施 例，其中提供一角托架1係具有一支撐構件30，其係可釋 放該牆3之連接而用以支撐該支柱。 該角托架1原則上是以根據第一圖至第九圖之具體實 ' 施例的相同方式所設計。該支撐構件30具有一伸長的中間 * 部分31，其中，在該具體實施例之說明中，設計成幾近為 一彎曲扇形形狀，並在中間部分31具有二固定凸緣34位 於兩端。雖然一彎曲形狀是有利的，但該中間部分31可選 擇性地為垂直或彎曲，因為它其係可能，一方面，以固定 一蓋子，而另一方面，留下最大量可能的空間於該組裝空 間38内，其係介於用以支撐該支柱之牆3内側面31及該 支撐構件。 • 在舉例說明，提供每一個固定凸緣34三個固定孔36， 其對準用以支撐該支柱牆3之通孔17，而且作為接受連接 螺釘32，其通過它們並同其該固定凸緣34用以支撐該支 柱之該牆3及該支柱7被固定在一起。連接螺釘，圖中未 表示，延伸通過其它通孔17。 ' 如第十二圖及第十三圖說明中，第一確保構件46形成 於該固定凸緣34上，而第二確保構件50形成於用以支撐 該支柱牆3之内側面31上，其連接當該支撐構件30是在 組裝狀態，並配合在一正向及/或非正向配合。在舉例說 14 1342935 修正版修正日期：2010/08/20 明，該等確保構件46、50為三角形截面，且為此塑型，以 便彼此配合。它們明確地作為界定該固定凸緣34，相對於 用以支撐該支柱之一牆3，且不可移動地固定它，當它被 螺固起來，不論任何可能的尺寸公差（play)介於該連接螺釘 32及通孔17或固定孔36間。 該蓋子11可以一螺釘（未表示）固定至該完全組裝之 . 角托架，其穿過在該蓋子11之一孔洞52 ，且連接在該支 ‘ 撐構件30之一穿透孔54。 β 在全部所述之具體實施例，它是方便使該固定點5之 該内側表面，其相鄰接收在該固定點5支柱的該外周邊表 面，被銑以致它們配合該支柱7，如此該固定點5配合該 支柱7以一正向配合，且選擇性地也以一非正向配合，且 如此特別地能夠適合吸收力及力矩。 【圖式簡單說明】 • 第一圖表示根據本發明之一角托架的透視圖； 第二圖表示第一圖之該角托架的透視圖，從一不同方 向； 第三圖表示第一圖之該角托架的透視圖，二支柱都插 * 入其中； 第四圖表示第三圖之安排的透視分解圖，從一不同方 向，在其中一蓋子被附加說明； 第五圖表示第四圖之安排的透視圖，從一不同方向； 第六圖表示第五圖之安排的透視圖，其中在此情形， 15 1342935 ：20W/08/20 D亥蓋子係螺®域角托架； :七圖表示第六圖之安排的透視圖，從一不同方向·， +八圖表示根據本發明之該角托架的進一步罝It實浐 例之透視圖’具有增加的橫向強度及扭力強度^ ^圖表示第八圖之該角托架的透視圖’從一不同方 於該角托解圖表示，進-步具體實施例之用^ Hole 18, see figure - figure. The cover 11 also has a peripheral panel that is threaded to the corner bracket to create a seal between the lid 1 and the corner bracket 1. In the sixth and seventh figures, the completion 1, 1 is screwed to the corner bracket 1 and the corner bracket 1 is completely sealed. The frame is tightly coupled to the corner bracket by the connecting screw 19 and the direction indicated in the seventh figure, and if it is the rigidity of the foot i can absorb the pressure from the column 7 72. In order to satisfy the required rigidity of the mattress 11, for example, the cover can be made to create a smooth edge, and the material can be reached and 4 can be made from the wall of the cover 11 by a suitable thickness of 1342935 degrees. Revision date: 2010/ 08/20 The lid 11 is preferably a material containing the same angle bracket i. It is advantageous for the cover 11 to be made in the same casting process. The eighth and ninth panels S illustrate the implementation of the corner cup holder α according to the present invention. Hey! Further, in the eighth and ninth figures, the corner bracket 丨 has a fixed point 5 which is circular in cross section to support the pillar 7 having a circular cross section. The edge of the s-hai fixed point 5 is face-to-face with each other, and is reinforced by a corpse arrangement, 9 (see Figure 9), to provide more rigidity in the corner area of the 5 points. To resist bending deformation. The ninth diagram also shows another embodiment of the cover U, in each case it has a second groove for connecting it to support a wall 3 or the fixed wall 5M. If the cover u at the ninth time, for example, four connections are screwed to the second wall 3 for supporting the pillar, and/or even the fixed point 5 'if it has been smashed, the fresh child u (4) receives this, to support the wall 3 of the pillar, can achieve _ additional force transfer connection, regardless of the direction of the corner bracket in space. The cover is preferably convex and is specifically designed as an annular portion. This convex design also produces considerable lateral rigidity. " In the above specific embodiment, the two corners of the bracket j are fixed at the same point. In addition, the corner brackets are used to define the pillars of different sections, a fixed point: for example = fixed a pillar 7 with a square section, while other fixed points 5 = 13 1342935 Revision revision date: 2010 /08/20 has a pillar with an elliptical cross section. The lid 11 is generally connectable to the wall 3 by a screw connection 11S to support the pillar, and/or the fixed point 5, and/or the pillar 7. Figure 15 through Figure 15 illustrate a further embodiment of the present invention in which a corner bracket 1 is provided having a support member 30 that releases the connection of the wall 3 for supporting the post. 1 is in principle designed in the same manner as the specific embodiment of Figures 1 to 9. The support member 30 has an elongated intermediate portion 31, wherein, in the description of this particular embodiment, the design It is nearly a curved fan shape, and has two fixing flanges 34 at both ends in the intermediate portion 31. Although a curved shape is advantageous, the intermediate portion 31 can be selectively vertical or curved because it is Possible, on the one hand, to fix A cover, on the other hand, leaves a maximum amount of possible space in the assembly space 38, which is between the inner side 31 of the wall 3 for supporting the post and the support member. • In the example, each is provided The fixing flange 34 has three fixing holes 36 which are aligned with the through holes 17 for supporting the pillar wall 3, and serve as the receiving connecting screws 32 through which the fixing flanges 34 are used to support the wall of the pillars. 3 and the post 7 is fixed together. A connecting screw, not shown, extends through the other through hole 17. 'As illustrated in the twelfth and thirteenth figures, the first securing member 46 is formed on the fixing flange 34, and a second securing member 50 is formed on the inner side 31 for supporting the strut wall 3, the connection being when the support member 30 is in an assembled state and mated in a forward and/or non-positive fit. In the case of the example 14 1342935, the revised date of revision: 2010/08/20, the assurance members 46, 50 are triangular in cross section and are shaped for this purpose to cooperate with each other. They are explicitly defined as the fixing flange 34, as opposed to Used to support one of the pillars of the wall 3 And it is immovably fixed, when it is screwed, regardless of any possible dimensional play between the connecting screw 32 and the through hole 17 or the fixing hole 36. The cover 11 can be fixed by a screw (not shown) To the fully assembled. angle bracket, which passes through a hole 52 in the cover 11 and is connected to one of the support members 30 through the aperture 54. β In all of the specific embodiments, it is It is convenient for the inner side surface of the fixing point 5 to be adjacently received at the outer peripheral surface of the fixing point 5 pillar, so that they are matched with the pillar 7 so that the fixing point 5 cooperates with the pillar 7 to positively cooperate And optionally also in a non-positive fit, and in particular can be adapted to absorb forces and moments. BRIEF DESCRIPTION OF THE DRAWINGS: The first figure shows a perspective view of an angle bracket according to the present invention; the second figure shows a perspective view of the angle bracket of the first figure, from a different direction; and the third figure shows the first figure. The perspective view of the corner bracket, the two pillars are inserted into it; the fourth diagram shows a perspective exploded view of the arrangement of the third diagram, from a different direction, one of the covers is additionally illustrated; the fifth figure represents the fourth A perspective view of the arrangement of the figures, from a different direction; the sixth figure shows a perspective view of the arrangement of the fifth figure, wherein in this case, 15 1342935: 20W/08/20 D-Hail Cover System® Corner Corner Bracket; Figure 7 is a perspective view showing the arrangement of the sixth figure, from a different direction, +8 shows a further perspective view of the corner bracket according to the present invention, with an increased lateral strength and torsional strength ^ The figure shows a perspective view of the corner bracket of the eighth figure, which is represented from a different square in the corner, and is used in the specific embodiment.
第十圖表示-進—步具體實施例，其係根據本發 一角托架具有一支撐構件； 第十-圖表示根據第十圖之該角托架的蓋子； 第十二圖表示根據第十圖之該角托架，不且有一支撐 構件； /、 牙 第十三圖單獨表示該支撐構件； 第十四圖表示對應第十—圖之該蓋子的底視圖；及 第十五圖表祕據帛十圖之該肖_的底視圖。 【主要元件符號說明】 1 角托架 3 用以支撑該支柱之牆 3D 用以支撐該支柱之牆3中的開口 3A 用以支撐該支柱之牆3的外側面 31 用以支撐5玄支柱之牆3的内側面 5 固定點 5a 較長部分 16 1342935 修正版修正日期：2010/08/20The tenth embodiment shows a further embodiment in which the bracket has a support member according to the present invention; the tenth-figure shows the cover of the corner bracket according to the tenth figure; The corner bracket of the figure does not have a supporting member; /, the thirteenth figure shows the supporting member separately; the fourteenth figure shows the bottom view corresponding to the cover of the tenth figure; and the fifteenth chart The bottom view of the Xiao _ of the ten map. [Main component symbol description] 1 corner bracket 3 is used to support the pillar wall 3D to support the pillar 3 in the wall 3 opening 3A for supporting the pillar wall 3 outer side 31 for supporting the 5 pillar Inner side of wall 3 5 Fixed point 5a Longer part 16 1342935 Revised revision date: 2010/08/20
5b 較短部分 5aH 該固定點5之軸向高度 5M 該固定點5之邊緣 5E 該固定點5之插入深度 7 支柱（中空剖面部分） 71 第一支柱 72 第二支柱 7B 該支柱7之飾條 7K 該支柱7之電纜溝 7S 在該支柱7中之螺固溝槽 9 強化牆 11 蓋子 11S 在該蓋子11中之螺固溝槽 11D 該蓋子11之墊片 15 腹板 17 穿孔 18 盲孔 19 連接螺釘 21 剖面腹板 30 支撐構件 31 中間部分 32 連接螺釘 34 固定凸緣 36 固定孔 1342935 修正版修正日期：2010/08/20 38 組裝空間 46 第一確保構件 50 第二確保構件 52 孔洞 54 穿透孔 d 用以支樓該支柱之牆' 3的厚度5b shorter portion 5aH axial height 5M of the fixed point 5 edge 5E of the fixed point 5 insertion depth of the fixed point 5 7 pillar (hollow section) 71 first pillar 72 second pillar 7B trim of the pillar 7 7K cable groove 7S of the strut 7 screwed groove 9 in the strut 7 reinforced wall 11 cover 11S screwed groove 11D in the cover 11 pad 15 of the cover 11 web 17 perforation 18 blind hole 19 Connecting screw 21 Section web 30 Support member 31 Middle part 32 Connecting screw 34 Fixing flange 36 Fixing hole 1342935 Revision date: 2010/08/20 38 Assembly space 46 First securing member 50 Second securing member 52 Hole 54 Through hole d is used to support the thickness of the wall of the pillar '3
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