200813910 ‘ 九、發明說明： 發明所屬之技術領域 本發明有關於一種可調式壁掛架，特別是有關於一種利 用兩構件之間相對的滑動達成可調整之目的可調式壁掛 架。 先前技術 第1圖為一種習知的壁掛架，可用於懸掛一液晶顯示 • 器。壁掛架100具有一突起的中央部20以及從中央部20 分別向兩侧延伸的突緣40，在中央部20上設有二個狹長 的安裝槽22，在每一突緣40上設有二個安裝孔42。第2 圖為一液晶顯示器與第1圖之壁掛架組裝的示意圖。在液 晶顯示器200的背後設有二安裝件220，安裝件220上具 有一卡勾222,安裝時首先在牆壁上鑽孔，然後將壁掛架 100藉由螺栓（未圖示）穿過安裝孔42而將壁掛架100固 • 定於牆壁上，然後將卡勾222卡合於安裝槽22，而將液晶 顯示器300定位於壁掛架100上，藉此液晶顯示器200可 懸掛於牆壁上。 上述之不可調的壁掛架100,在施工時往往因牆壁上的 孔位無法完全正確定位’以致當液晶顯不益懸掛後產生偏 斜的情況，會影響美觀及視覺效果。若要重新安裝，則需 重新鑽孔及定位，造成施工上的不便。 0535-A21183TWF(N2)；A05453；CHENTF 5 200813910 發明内容 有鑑於此，本發明之目的在於提供一種可調整式的壁掛 架，即使壁面所鑽鑿的孔位不十分準確，也可藉由調整壁 掛架本身而調整所懸掛物體的位置。 本發明之可調式壁掛架的一較佳實施例包括一第一構 件以及一第二構件。第一構件係固定於一壁面，第二構件 係可滑動地結合於第一構件，並於一既定之範圍内滑動， φ 在該既定之範圍内，第二構件可任意地定位於第一構件上 之一適當的位置，物體係結合於第二構件，藉此物體可調 整地懸掛於壁面上。 上述之較佳實施例更包括一微調構件，對第二構件進行 微調，使第二構件精確地定位於適當的位置。 上述之較佳實施例更包括一定位構件，使第二構件定位 於適當的位置，定位構件包括一螺栓，第二構件上設有至 _ 少一長形的第二定位孔而且第一構件上設有至少一圓形的 第一定位孔，藉由螺栓同時穿過第一定位孔以及第二定位 孔，使第二構件定位於第一構件上之一適當的位置。 在上述之較佳實施例中，第一構件包括一導槽，第二構 件包括一突緣，藉由突緣可滑動地嵌合於導槽，第二構件 可滑動地結合於第一構件。第一構件包括一第一本體以及 一突出件，第一本體呈平板狀，突出件大體上呈L形，並 0535-A21183TWF(N2)；A05453；CHENTF 6 200813910 壬倒L形地登立於第_本體上，藉 L字形^讀從第二本體的邊料外延伸並呈 曰由L子形的突緣與倒乙 導槽可滑動地歲合，第一構…/之大出件所形成的 在上述之較佳，;ΤΓΓ地結合於第一構件。 形，突緣與第二本體可為-體成形4杨可為一體成 第二佳實施例中，第—構件包括-限制構件，將 士 制於既定之範圍内。上述之微調構件包括一微 藉__::上: 往使罘一構件移動至適當的位置。 第二在構施射，第—構件上設有複數個刻度， 日士〜:有-才曰示刻度，當利用該微調螺栓進行微調 鸿當=位刻度與該等刻度的配合而將第二構件移動 "在上述之較佳實施例中，第二構件的底部設有花紋，以 增加與弟-構件之間的摩擦力。 θ為了讓本發明之上述和其他㈣、特徵、和優點能更明 頒易t重’下文特舉—較佳實施例，並配合所附圖示 細說明如下。 口 實施方式BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an adjustable wall mount, and more particularly to an adjustable wall mount that achieves an adjustable purpose by utilizing relative sliding between two members. Prior Art Figure 1 shows a conventional wall mount that can be used to suspend a liquid crystal display. The wall mount 100 has a protruding central portion 20 and a flange 40 extending from the central portion 20 to the two sides. Two narrow mounting slots 22 are provided in the central portion 20, and two flanges 40 are provided on each flange 40. Mounting holes 42. Fig. 2 is a schematic view showing the assembly of a liquid crystal display and the wall mount of Fig. 1. Two mounting members 220 are disposed on the back of the liquid crystal display 200. The mounting member 220 has a hook 222. The first mounting hole 220 is bored on the wall, and then the wall mount 100 is passed through the mounting hole 42 by bolts (not shown). The wall mount 100 is fixed to the wall, and then the hook 222 is engaged with the mounting slot 22, and the liquid crystal display 300 is positioned on the wall mount 100, whereby the liquid crystal display 200 can be hung on the wall. The above-mentioned non-adjustable wall mount 100 is often not properly positioned due to the hole position on the wall during construction, so that when the liquid crystal display is unsatisfactory, the deflection occurs, which may affect the aesthetic and visual effects. If it is to be reinstalled, it will need to be re-drilled and positioned, causing inconvenience in construction. SUMMARY OF THE INVENTION In view of the above, it is an object of the present invention to provide an adjustable wall mount that can be adjusted by adjusting the wall even if the hole holes drilled in the wall are not very accurate. Adjust the position of the suspended object by itself. A preferred embodiment of the adjustable wall mount of the present invention includes a first member and a second member. The first member is fixed to a wall surface, the second member is slidably coupled to the first member, and slides within a predetermined range, φ is within the predetermined range, and the second member is arbitrarily positionable to the first member In one of the upper positions, the object system is coupled to the second member whereby the object is adjustably suspended from the wall. The preferred embodiment described above further includes a trimming member that fine tune the second member to accurately position the second member in position. The preferred embodiment described above further includes a positioning member for positioning the second member in a proper position, the positioning member includes a bolt, and the second member is provided with a second positioning hole to the first elongated member and the first member The first positioning hole is provided with at least one circular shape, and the second member is positioned at an appropriate position on the first member by the bolt simultaneously passing through the first positioning hole and the second positioning hole. In the above preferred embodiment, the first member includes a guide groove, and the second member includes a flange slidably fitted to the guide groove by the flange, and the second member is slidably coupled to the first member. The first member includes a first body and a protruding member. The first body has a flat shape, and the protruding member is substantially L-shaped, and is 0535-A21183TWF (N2); A05453; CHENTF 6 200813910 is staggered and L-shaped to stand on the _ On the body, the L-shaped shape is read from the edge of the second body and is formed by the L-shaped flange and the inverted B-guide groove, and the first structure is formed by the large output. Preferably, the above is coupled to the first member. The shape, the flange and the second body may be formed into a body. In the second preferred embodiment, the first member includes a - limiting member, which is within a predetermined range. The fine tuning member described above includes a __:: upper: to move the member to the appropriate position. The second is applied in the structure, and the first member is provided with a plurality of scales, and the Japanese character is used to display the scale. When the fine adjustment bolt is used for fine adjustment, the scale is matched with the scale and the second is used. Member Movement" In the preferred embodiment described above, the bottom of the second member is provided with a pattern to increase the friction between the member and the member. The above and other (four) features, advantages and advantages of the present invention will become more apparent from the following detailed description of the preferred embodiments. Port implementation
〇535-A21183TWF(N2)；A〇5453；CHENTF 200813910 第3圖為本發明之可調式壁掛架之一較佳實施例的立 體圖。第4圖為第3圖之可調式壁掛架的立體分解圖。本 發明之可調式壁掛架300包括一第一構件320、一第二構 件340、一限制構件360以及一微調螺栓（微調構件）380。 第一構件320包括一第一本體322、二突出件324、二突出 部326以及二第一定位孔328。第二構件340包括一第二 本體342、二突緣344、二安裝槽346以及二第二定位孔 φ 348。第一構件320係經由安裝孔5、7固定於一牆壁上， 而第二構件340可於第一構件320上滑動而達到調整位置 的目的。以下分別介紹第一構件320與第二構件340的構 造以及如何進行位置的調整。 突出件324大體上呈L形，並以倒L形的狀態直立於 第一本體322上，因此在第一本體322與突出件324之間 形成一導槽330。在第一本體322上，與兩突出件324平 • 行的方向，設有二突出部326，第一定位孔328係設置於 突出部326上。 突緣344從第二本體342的兩侧向外延伸，並呈L形， 二狹長形安裝槽346係設於第二本體342上，在兩安裝槽 346之間則設有兩第二定位孔348。在第二本體342的末端 設有一檔板349。 藉由L形的突緣344嵌合於倒L形導槽330,第二構件 0535-A21183TWF(N2)；A05453；CHENTF 8 200813910 340可於第一構件320上滑動。第5a至5c圖表示第二構件 340在第一構件320上滑動的示意圖。首先將突緣344對 準導槽330,如第5a圖所示，然後使突緣344進入導槽330 中，使第二構件340於第一構件320上滑動，如第5b圖所 示，當第二構件340的檔板349接觸於限制構件360後， 可藉由微調螺栓380對第二構件340的位置做微調，並使 第一定位孔328對準於第二定位孔348，如第5c圖所示， φ 然後可用螺栓（定位構件）500穿過第一、第二定位孔328、 348而使第二構件340固定於第一構件320上。 為了配合微調的功能，如第6圖所示，在第一本體322 上形成複數道刻度325，同時在突緣344的表面也形成一 指示刻度343，藉由指示刻度343與刻度325的配合，可 以將第二構件340調整至一適當的位置。 另外，如第7圖所示，在第二構件340的底面，即突緣 • 344的表面，以壓花的方式形成花紋345，用來增加第一構 件320與第二構件340之間的摩擦力，以提高固定時的強 度。 第8a圖表示本發明之可調式壁掛架300結合於液晶顯 示器200的示意圖。第8b圖表示兩個可調式壁掛架300可 上下移動而調整位置，如此，·當第一構件320固定於牆壁 上後，藉由第二構件340的移動即可調整顯示器上下的位 0535-A21183TWF(N2)；A05453；CHENTF 9 200813910 置，無須重新鑽孔及定位。 上述之突出件324可藉由衝壓製程與第一本體322 —體 成形，同樣地，突緣344也可與第二本體342 —體成形。 雖然本發明已以較佳實施例揭露如上，然其並非用以限 定本發明，任何熟習此技藝者，在不脫離本發明之精神和 範圍内，當可作些許之更動與潤飾，因此本發明之保護範 圍當視後附之申請專利範圍所界定者為準。〇535-A21183TWF(N2); A〇5453; CHENTF 200813910 FIG. 3 is a perspective view of a preferred embodiment of the adjustable wall mount of the present invention. Figure 4 is an exploded perspective view of the adjustable wall mount of Figure 3. The adjustable wall mount 300 of the present invention includes a first member 320, a second member 340, a restraining member 360, and a fine adjustment bolt (fine tuning member) 380. The first member 320 includes a first body 322, two protruding members 324, two protruding portions 326, and two first positioning holes 328. The second member 340 includes a second body 342, two flanges 344, two mounting slots 346, and two second positioning holes φ 348. The first member 320 is fixed to a wall via the mounting holes 5, 7, and the second member 340 is slidable on the first member 320 for the purpose of adjusting the position. The construction of the first member 320 and the second member 340 and how to adjust the position are separately described below. The protruding member 324 is substantially L-shaped and stands upright on the first body 322 in an inverted L shape, thereby forming a guide groove 330 between the first body 322 and the protruding member 324. On the first body 322, in a direction parallel to the two protruding members 324, two protruding portions 326 are provided, and the first positioning holes 328 are disposed on the protruding portions 326. The flange 344 extends outwardly from the two sides of the second body 342 and has an L shape. The two elongated mounting slots 346 are disposed on the second body 342. Two second positioning holes are disposed between the two mounting slots 346. 348. A baffle 349 is provided at the end of the second body 342. The L-shaped flange 344 is fitted to the inverted L-shaped guide groove 330, and the second member 0535-A21183TWF(N2); A05453; CHENTF 8 200813910 340 is slidable on the first member 320. Figures 5a through 5c show schematic views of the second member 340 sliding over the first member 320. First, the flange 344 is aligned with the guide groove 330, as shown in Fig. 5a, and then the flange 344 is introduced into the guide groove 330, so that the second member 340 slides on the first member 320, as shown in Fig. 5b. After the baffle 349 of the second member 340 contacts the restricting member 360, the position of the second member 340 can be finely adjusted by the fine adjustment bolt 380, and the first positioning hole 328 is aligned with the second positioning hole 348, such as the 5c. As shown, φ can then be secured to the first member 320 by bolts (positioning members) 500 through the first and second locating holes 328, 348. In order to cooperate with the function of fine adjustment, as shown in FIG. 6, a plurality of scales 325 are formed on the first body 322, and an indication scale 343 is also formed on the surface of the flange 344. By indicating the alignment of the scale 343 with the scale 325, The second member 340 can be adjusted to an appropriate position. Further, as shown in Fig. 7, on the bottom surface of the second member 340, that is, the surface of the flange 344, a pattern 345 is formed in an embossing manner for increasing the friction between the first member 320 and the second member 340. Force to increase the strength at the time of fixation. Figure 8a shows a schematic view of the adjustable wall mount 300 of the present invention incorporated into a liquid crystal display 200. Figure 8b shows that the two adjustable wall mounts 300 can be moved up and down to adjust the position. Thus, when the first member 320 is fixed to the wall, the position of the upper and lower positions of the display can be adjusted by the movement of the second member 340. 0535-A21183TWF (N2); A05453; CHENTF 9 200813910, no need to re-drill and locate. The protruding member 324 can be integrally formed with the first body 322 by a stamping process. Similarly, the flange 344 can also be integrally formed with the second body 342. While the present invention has been described in its preferred embodiments, the present invention is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application.
0535-A21183TWF(N2)；A05453；CHENTF 10 200813910 【圖式簡單說明】 第1圖為一種習知的壁掛架，可用於懸掛一液晶顯示 器。 第2圖為一液晶顯不斋與弟1圖之壁掛架組裝的不意 圖。 第3圖為本發明之可調式壁掛架之一較佳實施例的立 體圖。 第4圖為第3圖之可調式壁掛架的立體分解圖。 第5a至5c圖表示本發明之第二構件在第一構件上滑 動的示意圖。 第6圖表示形成於第一構件的刻度與形成於第二構件 的指示刻度。 第7圖表示在第二構件的底部所形成的花紋。 第8a圖表示本發明之可調式壁掛架結合於液晶顯示 器的示意圖。 第8b圖表示兩個可調式壁掛架可上下移動而調整位 置。 【主要元件符號說明】 5、7〜安裝孔； 2〇〜中央部； 40〜突緣； 42〜安裝孔； 10 0〜壁掛架； 200〜液晶顯示器； 0535-A21183TWF(N2)；A05453；CHENTF 11 200813910 220〜安裝件； 222〜卡勾； 300〜可調式壁掛架； 320〜第一構件； 322〜第一本體； 324〜突出件； 326〜突出部； 328〜第一定位孔； 342〜第二本體； 325〜刻度； 330〜導槽； 340〜第二構件； 343〜指示刻度； 344〜突緣； 345〜花紋； 346〜安裝槽； 348〜第二定位孔； 349〜檔板； 360〜限制構件； 380〜微調螺栓。 0535-A21183TWF(N2)；A05453；CHENTF 120535-A21183TWF(N2); A05453; CHENTF 10 200813910 [Simplified Schematic] FIG. 1 is a conventional wall mount for suspending a liquid crystal display. Fig. 2 is an unintentional view of the assembly of a wall mount with a liquid crystal display and a brother. Figure 3 is a perspective view of a preferred embodiment of an adjustable wall mount of the present invention. Figure 4 is an exploded perspective view of the adjustable wall mount of Figure 3. Figures 5a through 5c show schematic views of the second member of the present invention sliding on the first member. Fig. 6 shows the scale formed on the first member and the indicator scale formed on the second member. Figure 7 shows the pattern formed at the bottom of the second member. Figure 8a shows a schematic view of the adjustable wall mount of the present invention incorporated into a liquid crystal display. Figure 8b shows that the two adjustable wall mounts can be moved up and down to adjust the position. [Main component symbol description] 5, 7~ mounting hole; 2〇~ center part; 40~ flange; 42~ mounting hole; 10 0~ wall mount; 200~ liquid crystal display; 0535-A21183TWF(N2); A05453; CHENTF 11 200813910 220~ mounting member; 222~ hook; 300~ adjustable wall mount; 320~ first member; 322~ first body; 324~ protruding member; 326~ protruding portion; 328~ first positioning hole; Second body; 325~ scale; 330~ guide groove; 340~ second member; 343~ indicating scale; 344~ flange; 345~ pattern; 346~ mounting groove; 348~ second positioning hole; 349~ baffle; 360 ~ limit member; 380 ~ fine-tuning bolts. 0535-A21183TWF(N2); A05453; CHENTF 12