201008524 六、發明說明： 【發明所屬之技術領域】 本發明關於一種傢倶用的調整裝置，具有一殼體（6)(6，） 以及一個部分（5)(5，），該部分以可移動的方式支承在該殼體 上，其中設一凹隙（9)(9，）及一旋轉元件（7)(7，），該旋轉元件 (7)(7’）在轉動時將周圍的殼體相對於該部移 動0 參 【先前技術】 習知技術有各種傢俱用的調整裝置，德專利DE 77 19 3 24發表了一種抽屜，其中，在侧板上固定一個具一偏心輪 的底板。在此，該支承成可轉動方式的偏心輪可作用到一 角形件上，該角形件固定在前遮板（Fr〇ntbiende，英：front shutter )上。如此’前遮板相對於側壁的位置可改變，特別 疋用於將前遮板相對於該側壁的位置改變^這種調整裝置 φ 在安裝時較費事，因為底板與角形件須分別固定在側壁及 月’J遮板上，然後須作相關的調整以作對準。用偏心輪調整 有—缺點：調整路徑相對於旋轉角度的變化很大且非線性 者，攻點一方面使得在均勻轉動時，調整並不均勻。此外， 有效力臂會改變，且最大的調整路徑很有限。 【發明内容】 、因此本發明的目的在提供一種傢俱用的調整裝置。其 構造簡單，容易安裝，且可作準確調整。 3 201008524 這種目的係利用具有申請專利範圍第i項的特點的一 種傢俱用的調整裝置達成。 依本發明该旋轉元件有二個控制盤，它們各作用到凹 隙上的倚靠面。在此該倚靠面沿調整方向設在凹隙的對 立侧上，因此最大的調整路徑很大，這是由於一控制盤對 於一種移動只能沿一方向作◊各控制盤只作用到凹隙上的 一倚靠面’且在相反侧上該控盤與凹隙上的一侧壁設成相 隔一距離。 依本發明一較佳實施例，該旋轉元件有二個控制盤， 各作用到該凹隙上的一倚靠面上。與在偏心輪的場合不 同，該控制盤的幾何性質可選設成使得在旋轉元件轉動 時’角度的改變造成一種成比例的移動。此用於移動殼體 的旋轉元件宜可在大於180。的旋轉角度範圍（且宜大於 21〇°)轉動。旋轉角度範圍也可大於240。，例如近乎36〇。， 因此可使用报大的角度範圍作移動運動。 如果該調整裝置中，旋轉元件的旋轉軸的情形中，用 於調整殼的有效力臂大致恆定’則报有利。在此，控制盤 可各有一外倚靠面，呈一漸開線（Evolvente )形成，該漸 開線繞一基本圓延伸。如此有效力臂保持恆定，因此在調 整時力量保持大約相同。在此’該二控制盤在一基本位置 時係設計成對一中央面垂直於調整方向成對稱。該凹隙宜 設在該支持成可移動方式的部分上，以使構造方式緊密。 如此該旋轉元件利用至少一栓以可轉動的方式支承在殼體 上。此外殼體可有一容納部以使該支承成可移動方式的部 201008524 分的-端部段放入，如此該端部段不能從外面看到。 依本發明另—變更設計，凹隙在殼體上形成且旋 件經由支少一栓以可轉動的方 六的邱八》_ 、又枣隹忑文承成可移動方 :、°刀’因此該部分中只須設-圓形開口當動軸承 疴。 食201008524 VI. Description of the Invention: [Technical Field] The present invention relates to an adjustment device for a furniture, having a casing (6) (6,) and a portion (5) (5,) for Moving on the housing, a recess (9) (9,) and a rotating element (7) (7,) are provided, the rotating element (7) (7') will rotate around when rotating The housing is moved relative to the part. [Prior Art] The prior art has various adjustment devices for furniture. German Patent DE 77 19 3 24 discloses a drawer in which a bottom plate with an eccentric is fixed on the side plate. . In this case, the eccentric, which is mounted in a rotatable manner, can be applied to an angled piece which is fastened to the front shutter (Fr〇ntbiende, front shutter). Thus, the position of the front shutter relative to the side wall can be changed, in particular for changing the position of the front shutter relative to the side wall. Such an adjusting device φ is more troublesome to install because the bottom plate and the angle member must be fixed respectively. The side walls and the moon's visor should then be adjusted for alignment. Adjustment with eccentric wheel Yes - Disadvantages: The adjustment path is very large and non-linear with respect to the rotation angle. On the one hand, the adjustment point makes the adjustment uneven during uniform rotation. In addition, the effective arm changes and the maximum adjustment path is limited. SUMMARY OF THE INVENTION Therefore, an object of the present invention is to provide an adjustment device for furniture. It is simple in construction, easy to install, and can be adjusted accurately. 3 201008524 This object is achieved by an adjustment device for furniture having the features of the item i of the patent application. According to the invention, the rotary element has two control discs which each act on the abutment surface on the recess. In this case, the reclining surface is arranged on the opposite side of the recess in the adjustment direction, so that the maximum adjustment path is large, since a control panel can only act in one direction for one movement, and each control disc only acts on the recess. One of the reclining faces and on the opposite side the control panel is disposed at a distance from a side wall of the recess. According to a preferred embodiment of the invention, the rotating element has two control discs, each acting on a resting surface on the recess. Unlike the case of an eccentric, the geometry of the control disc can optionally be set such that the change in angle produces a proportional movement as the rotating element rotates. This rotating element for moving the housing may preferably be greater than 180. The range of rotation angle (and should be greater than 21 〇 °) rotation. The range of rotation angles can also be greater than 240. For example, nearly 36 baht. Therefore, it is possible to use a wide angle range for moving motion. In the case of the adjusting device, in the case of the rotating shaft of the rotating member, it is advantageous to adjust the effective arm of the casing to be substantially constant. Here, the control discs may each have an outer abutment surface formed by an involute extending around a substantially circular circle. Such an effective force arm remains constant, so the force remains approximately the same when adjusted. Here, the two control panels are designed to be symmetrical about a central plane perpendicular to the adjustment direction in a basic position. The recess is preferably provided on the portion that is supported in a movable manner to make the construction tight. Thus the rotating element is rotatably supported on the housing by means of at least one peg. Furthermore, the housing can have a receptacle for placing the end portion of the portion 10864, which is supported in a movable manner, such that the end section cannot be seen from the outside. According to another aspect of the present invention, the recess is formed on the casing, and the rotary member is rotated by the side of the hexagram of the hexagram _, and the jujube wencheng is movable. Therefore, only a circular opening is required in this part to move the bearing 疴. food
舉例而言，此調整裝置可設計成數部分式的襴杆 (Rehng)的形式，該欄杆長度可調整，以調整前遮板的斜 度，且至少有二個做成可相對移動的部分。如此前遮板 可用簡單方式調整，其中只須將該欄杆的長度對應地配 合。這點特別可用於一些抽屜，在這些抽屜的場合，該欄 杆對於前遮板的其他位置的長度的改變係在距一底一段距 離的上區域實施。此調整裝置如此只用少許構件簡單建 構，此外該調整裝置也可用於其他傢俱導輪’例如鉸鏈、 安裝板、移動門用的移動元件等。 依另一設計，該殼體圍住一棒形部分，該部分以可移 動的方式容納在殼體中。這點使得沿調整方向能作穩定線 性的導引’其中沿垂直於調整方向的個種不同方向有支持 作用。 本發明在以下利用一實施例配合圖式詳細說明 【實施方式】 一抽屜（1)包含一底（2)，該底的一側與一前遮板（3)連 接，其另一相反侧與一後壁（4)連接。在前遮板（3)與後壁（4) 之間裝一欄杆（Reling )，它構成一調整裝置且有一棒形部 5 201008524 分⑺及形殼體（6)。在殼體（6)上設有一旋轉元件⑺以調 整該欄杆的長度，在該欄杆下方在後壁⑷和前遮板⑺之間 在底（）上裝有側壁（8)。藉著改變棚杆的長度可改變前遮 板（3)的斜度。 如圖3A及3B所示，棒形部分（5)有一長方形橫截面， 且可放入該E形殼體（6)上的一相關開口中，且可推入到該 殼體中。為此設有-旋轉元件⑺，它欲入棒形部分（5)上的 一凹隙（9)中。在此，棒形部分（5)設計成空心型條的形式， 因此設有二個相鄰的側壁（i 〇 )及（i i)，它們在凹隙（9 )的區域 · 中形成倚靠面（21)及（20)。 為了支承旋轉元件（7)，在殼體（6)上設有二個開口，其 中，殼體上設有一較大圓料]口（12)且在殼體（6)的對立的壁 上設有一小小圓形開口（13)。此小開口（13)用於容納旋轉元 件(7)的栓（14)，該栓（14)形成一旋轉軸。大的開口（12)形 成一倚靠面以供旋轉元件（7)的一盤（17)倚靠，因此該盤（17) 以可轉動的方式支承在殼體（6)上。此外旋轉元件（？）有一第 控制盤（15)及-第二控制盤（16)，其中該控制盤（15)倚在❿ 壁（11)上，控制盤（16)倚在凹隙（9)的壁（10)上。 圖4A及4B顯示旋轉元件（7)在安裝位置。控制盤（15) 倚在凹隙（9)左側一倚靠面（20)上，而控制盤（16)倚靠在凹 隙（9)右側之壁（10)上的一倚靠面（21)上。如此當利用一工具 轉動旋轉元件（7)時，該欄杆的長度選擇性的變短或變長， 其中控制盤（15)用於使殼體（6)向右運動，控制盤（16)用於將 殼體（6)向左運動，各依旋轉元件（7)向那個方向旋轉而定。 6 201008524 圖5 A中顯示旋轉元件（7)在一位置，在此位置時該控制 盤（15)倚在棒形部分（5)的壁（n)上的一線形倚靠面（2〇)上， 而在對立侧上有一倚靠面（21)同樣設計成線形而且在控制 盤（16)和壁⑽之間形成在棒形部分（5)上。在此，控制盤⑽ 及（16)設計成對一中央平面呈對稱，該令央平面垂直通過旋 轉元件⑺的旋轉軸。此外，控制盤（15)的外周圍設計成漸開 線，該漸開線作用到凹隙（9)的二個對立之平行的倚靠面 ❹ （20)(2丨）上且因此用於使該攔杆作線性的調整。 在此該二個控制盤（15)(16)設計成使控制盤的倚靠面經 =(或者在所有旋轉角度時）都倚靠在棒形部分的凹隙的 倚靠面上，或者經常和凹隙的倚靠面嵌合。 圖中’旋轉元件（7)逆時針方向轉動，其中控制盤（Μ) 經常倚靠在倚靠面(2〇)上’然而殼體(6)略向右推移。如果將 旋轉几件（7)進-步轉動，則達到圖％中所示的位置，在此 位置中時該殼體⑹仍略進一步向右運動且棒形部 ❹殼體⑻被推出來，這點使該攔杆延長。 在圖5D十顯不的位置中，旋轉元件⑺從圖的位置 開始順時針方向旋轉，以縮短棚杆。如此，控制盤（16) 被壓向線形的倚靠面（21)且將殼體（6)向左壓。在控制盤（15) 上形成止擋部（23)，它頂向一止擋面（22)倚在凹隙⑼上。 旋轉件（7)的最大旋轉路徑受限制。旋轉元件（1 的旋轉路役利用空制盤上的一止擒部（16)沿相反方向同樣 地受限制。 保 在圖不實施例中，棒形的部分（5)與殼體（6)同樣由塑膠 7 201008524 及/或金屬形成且大致呈形狀嵌合的方式互相通過。旋轉 儿件（7)可設計成一部分或數部分式且同樣由塑膠或金屬構 成在此旋轉元件（7)大致呈形狀嵌合的方式在凹隙（9)中 倚在對立侧上，因此可作準確調整。 此處，棒形部分（5)設計成空心型條形式。當然，也可 設一實心型條，其中凹隙可設計成對應地分階段式。此外， 棒形部分（5 )與殼體（6)中的容納部的輪廓可以非長方形橫截 面。欄杆也可具圓形、橢圓形、或其他橫截面形狀，殼體 和棒形部分（5)可與前遮板（3)或後壁（4)粘合，螺合或利用其 他固定手段安裝。在此，殼體（6)可選擇性地固定在前遮板 (3)或後壁（4)上。 圖6Α〜6D顯示在一抽屜（〗’）的上的一調整裝置的另一 實施例。此調整裝置設在一前遮板（3)及一後壁（4)之間。一 殼體（6’）固定在該前遮板（3)上，一板形部分（5，）以可移動的 方式支承在該殼體（6’）上，為此，設有一旋轉元件（7，）。 此旋轉元件（7，）一如前述實施例，有一第一控制盤（15) 及一第二控制盤（16)，其中控制盤（15)倚在凹隙（9，）的一第 一壁（11)上，控制盤（16)倚在凹隙（9，）的一第二壁（1〇)上，如 圖4Β及圖5Α〜5D所示，其中凹隙（9，）不在可移動的部分（5，） 上形成而係在滅體（6 )上形成。此外，旋轉元件（7，）有一突 出來的栓（14)，該栓以可轉動的方式支承在該可移動的部分 (5’）的一圓形開口（13)中。 殼體（6’）中設有一槽形容納部（18，）以將該支承成可移 動方式的部分（5，）的一端部段放入，因此該部分受到保護地 201008524 設在容納部（18，）中。當旋轉元件（7，）轉動時，該可移動的部 分（5 )相對於殼體移動，其中該旋轉元件隨該部分 (5 )齊運動。因此在殼體（6，）上形成一容納部（28)，該旋轉 兀件（7’）的一盤形頭容納在該容納部中。卡合栓（26)可放入 殼體（6’）上的相關的卡合容納部（27)中。如此，該調整元件 的旋轉it件（7’）設成不能從外面看見，因為栓（丨4)在對立側 被殼體（6’）遮蓋住。For example, the adjustment device can be designed in the form of a number of reeds that can be adjusted to adjust the slope of the front shutter and have at least two portions that are relatively movable. Thus, the front shutter can be adjusted in a simple manner, wherein only the length of the rail must be matched correspondingly. This is particularly useful in drawers where the change in length of the column to other locations of the front shutter is performed in an upper region spaced from the bottom. This adjustment device is thus simply constructed with only a few members, and the adjustment device can also be used for other furniture guide wheels such as hinges, mounting plates, moving elements for moving doors, and the like. According to another design, the housing encloses a rod-shaped portion that is movably received in the housing. This allows a stable linear guide along the direction of adjustment, which supports in a variety of different directions perpendicular to the direction of adjustment. The present invention is described in detail below with reference to an embodiment. [1] A drawer (1) includes a bottom (2), one side of which is connected to a front shutter (3), and the other opposite side is A rear wall (4) is connected. A railing (Reling) is arranged between the front shutter (3) and the rear wall (4), which constitutes an adjusting device and has a rod portion 5 201008524 (7) and a casing (6). A rotating element (7) is provided on the housing (6) to adjust the length of the rail, and a side wall (8) is mounted on the bottom () between the rear wall (4) and the front shutter (7) below the rail. The slope of the front visor (3) can be changed by changing the length of the shed. As shown in Figures 3A and 3B, the rod portion (5) has a rectangular cross section and can be placed in an associated opening in the E-shaped housing (6) and can be pushed into the housing. For this purpose, a rotary element (7) is provided which is intended to enter a recess (9) in the bar-shaped portion (5). In this case, the rod-shaped portion (5) is designed in the form of a hollow strip, so that two adjacent side walls (i 〇) and (ii) are provided which form a resting surface in the region of the recess (9). 21) and (20). In order to support the rotating element (7), two openings are provided in the housing (6), wherein the housing is provided with a larger round opening (12) and is provided on the opposite wall of the housing (6). Small circular opening (13). This small opening (13) is for receiving a bolt (14) of the rotating member (7) which forms a rotating shaft. The large opening (12) forms a resting surface for a disc (17) of the rotating element (7) to rest against, so that the disc (17) is rotatably supported on the housing (6). Furthermore, the rotary element (?) has a first control disk (15) and a second control disk (16), wherein the control disk (15) rests on the wall (11) and the control disk (16) rests in the recess (9). ) on the wall (10). Figures 4A and 4B show the rotating element (7) in the installed position. The control panel (15) rests on a resting surface (20) on the left side of the recess (9), while the control panel (16) rests on a resting surface (21) on the wall (10) on the right side of the recess (9). Thus, when the rotary element (7) is rotated by a tool, the length of the rail is selectively shortened or lengthened, wherein the control panel (15) is used to move the housing (6) to the right, and the control panel (16) is used. The housing (6) is moved to the left, depending on which rotation element (7) is rotated in that direction. 6 201008524 Figure 5A shows the rotating element (7) in a position in which the control disk (15) rests on a linear resting surface (2〇) on the wall (n) of the bar portion (5) On the opposite side, a resting surface (21) is also designed in a line shape and is formed on the rod portion (5) between the control disk (16) and the wall (10). Here, the control disks (10) and (16) are designed to be symmetrical with respect to a central plane which passes vertically through the axis of rotation of the rotating element (7). Furthermore, the outer circumference of the control disc (15) is designed as an involute which acts on the two opposite parallel abutment faces (20) (2) of the recess (9) and is therefore used for The bar is linearly adjusted. In this case, the two control disks (15) (16) are designed such that the resting surface of the control disk rests (or at all angles of rotation) against the resting surface of the recess of the bar-shaped portion, or often with the recess The mating surface is fitted. In the figure, the rotating element (7) is rotated counterclockwise, wherein the control disc (Μ) often leans against the resting surface (2〇) whereas the housing (6) is slightly displaced to the right. If a few pieces (7) are rotated in a stepwise manner, the position shown in Figure % is reached, in which the housing (6) is still moved slightly further to the right and the rod-shaped housing (8) is pushed out, This makes the pole extended. In the position shown in Fig. 5D, the rotary member (7) is rotated clockwise from the position of the figure to shorten the shed. Thus, the control panel (16) is pressed against the linear abutment surface (21) and presses the housing (6) to the left. A stop (23) is formed on the control disk (15) which abuts against a stop surface (22) against the recess (9). The maximum rotational path of the rotating member (7) is limited. The rotation of the rotating element (1) is likewise limited in the opposite direction by a stop (16) on the empty disc. In the embodiment, the rod-shaped portion (5) and the housing (6) are protected. Also formed by plastic 7 201008524 and/or metal and substantially form-fitting, the rotating member (7) can be designed in one part or several parts and also made of plastic or metal. In a shape-fitting manner, it rests on the opposite side in the recess (9), so that it can be accurately adjusted. Here, the rod-shaped portion (5) is designed in the form of a hollow strip. Of course, a solid strip can also be provided. The recess may be designed to be correspondingly stepwise. Further, the contour of the rod portion (5) and the receiving portion in the housing (6) may have a non-rectangular cross section. The railing may also have a circular shape, an elliptical shape, or The other cross-sectional shape, the housing and the rod-shaped portion (5) can be bonded to the front shutter (3) or the rear wall (4), screwed or mounted by other fixing means. Here, the housing (6) can be selected. It is fixed on the front shutter (3) or the rear wall (4). Figure 6Α~6D is displayed in a drawer ( Another embodiment of an adjustment device on the above. The adjustment device is disposed between a front shutter (3) and a rear wall (4). A casing (6') is fixed to the front shutter ( 3) upper, a plate-shaped portion (5,) is movably supported on the casing (6'), for which purpose a rotating element (7,) is provided. The rotating element (7,) is as described above In an embodiment, there is a first control panel (15) and a second control panel (16), wherein the control panel (15) rests on a first wall (11) of the recess (9), and the control panel (16) Relying on a second wall (1〇) of the recess (9,), as shown in Fig. 4A and Figs. 5A to 5D, wherein the recess (9,) is not formed on the movable portion (5,) Formed on the body (6). In addition, the rotating element (7) has a protruding bolt (14) that is rotatably supported in a circular opening of the movable portion (5') ( 13) The housing (6') is provided with a groove-shaped receiving portion (18) for placing one end portion of the portion (5,) supported in a movable manner, so that the portion is protected 20100824 Provided in the receiving portion (18,). When the rotating member (7,) rotates, the movable portion (5) moves relative to the housing, wherein the rotating member moves in unison with the portion (5). A receiving portion (28) is formed on the body (6), and a disc-shaped head of the rotating member (7') is received in the receiving portion. The engaging bolt (26) can be placed on the housing (6') In the relevant snap-fit receptacle (27), the rotary member (7') of the adjustment element is arranged so that it cannot be seen from the outside, since the plug (丨4) is covered by the housing (6') on the opposite side. .
可移動的部分（5 ’）舉例而言由玻璃構成。也可用其他材 料如木材或塑膠。 在圖示實施例中，該調整元件用於抽屜的攔杆 ^ Rehng )。當然也可使用本發明的調整裝置調整一抽屜的 &遮板的间度。此外該調整元件也可用於其他傢俱的金屬 打壓物（Beschlag)，例如用於調整鉸鏈深度或在鉸鍵的安 板作问度調整’或調整移動打壓物等的高度。 圖7中顯不一鉸鏈（3〇),它具有一殼體及一個樞接 在其上的鉸鏈罐（32)，其中設有—調整裝置，如上述實施例 ^述者。此外可看到此調整裝置有—旋轉元件的頭（Μ)， 匕用於將殼體（31)沿箭頭方向移動。 8中所不之實施例中顯示-供-鉸鏈(30)或另外 ::俱打壓物用的安裝板(4。)，” 一板酬設成可經一 旋轉元件（42)沿箭頭方向調整。 在圖9的實施例中顯示一移動門打壓物（5〇)，它有一跑 =。，該一跑動車在—軌⑻上導進。跑動車上設有一框條 移動疋件（52)(例如一櫥門）以懸吊方式固定在 9 201008524 該框條上。為了要能調整移動元件（52)的高度，設有一調整 裝置，它只示意地用一旋轉元件（54)圖示。 【圖式簡單說明】 圖1係一本發明的抽屜用調整裝置的一部分的立體圖； 圖2係圖1的調整裝置的一細節示圖； 圖3A與3B係圖1的抽屜的調整裝置的二個視圖； 圖4A與4B係為該抽展的調整裝置的二個視圖，它係 在安裝的位置； 圖5A〜5D係圖1抽屜調整裝置在不同位置的不同視 园 · 囫， 圖6A〜6D係一調整裝置另一實施例的數個視圖； 圖7係一鉸鏈的視圖，它具有一本發明的調整裝置； 圖8係一鉸鏈用的安裝板的視圖，它具有一本發明的 調整裝置； 圖9係一移動門導輪的視圖，它具有一本發明的調整 裝置。 【主要元件符號說明 ⑴(1，） 抽歷 (2) 底 (3) 前遮板 (4) 後壁 (5) 棒形部分 201008524The movable portion (5') is composed of, for example, glass. Other materials such as wood or plastic can also be used. In the illustrated embodiment, the adjustment element is used for the lever of the drawer ^ Rehng ). It is of course also possible to adjust the spacing of the & shutters of a drawer using the adjustment device of the invention. In addition, the adjusting element can also be used for metal stampings of other furniture, for example for adjusting the depth of the hinge or for adjusting the hinge of the hinge or adjusting the height of the moving object or the like. In Fig. 7, there is shown a hinge (3) having a housing and a hinged can (32) pivotally mounted thereon, wherein an adjustment means is provided, as described in the above embodiment. Furthermore, it can be seen that the adjustment device has a head (Μ) of the rotating element, and the magazine is used to move the housing (31) in the direction of the arrow. The embodiment shown in Fig. 8 shows a supply-hinge (30) or another:: a mounting plate for a press (4.)," a plate is adjusted to be adjustable in the direction of the arrow via a rotating member (42) In the embodiment of Fig. 9, a moving door pressing object (5 〇) is shown, which has a running =. The running car is guided on the rail (8). The running vehicle is provided with a frame moving member (52). (for example, a cabinet door) is suspended in the frame of 9 201008524. In order to be able to adjust the height of the moving element (52), an adjustment device is provided, which is only schematically illustrated by a rotating element (54). BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a portion of an adjustment device for a drawer of the present invention; FIG. 2 is a detailed view of the adjustment device of FIG. 1; FIGS. 3A and 3B are views of a second adjustment device of the drawer of FIG. 4A and 4B are two views of the pumping adjustment device, which are in the installed position; Figs. 5A to 5D are different views of the drawer adjusting device in Fig. 1 in different positions, Fig. 6A~ 6D is a view of another embodiment of an adjustment device; FIG. 7 is a hinged view having a hair Figure 8 is a view of a mounting plate for a hinge having an adjustment device of the present invention; Figure 9 is a view of a moving door guide wheel having an adjustment device of the present invention. Description (1)(1,) Draw (2) Bottom (3) Front visor (4) Rear wall (5) Rod-shaped part 201008524
(5，） 板形部分 (6)(6，） 殼體 (7)(75) 旋轉元件 (8) 側壁 (9)(95) 凹隙 (10) 側壁 (11) 側壁 (12) (較大的圓形） (13) (較小的圓形） (14) 栓 (15) 第一控制盤 (16) 第二控制洫 (17) 盤 (18，） 容納部 (20) 倚靠面 (21) 倚靠面 (27) 卡合容納部 (28) 容納部 (30) 鉸鏈 (31) 殼體 (32) 鉸鍵罐 (33) 頭 (40) 安裝板 (41) 板體 201008524 (42) 旋轉元件 (50) 移動門打壓物 (51) 軌 (52) 移動元件 (53) 框條 (54) 旋轉元件(5,) Plate-shaped part (6) (6,) Housing (7) (75) Rotating element (8) Side wall (9) (95) Notch (10) Side wall (11) Side wall (12) (larger Round) (13) (small circle) (14) Bolt (15) First control panel (16) Second control cymbal (17) Disk (18,) Housing (20) Resting surface (21) Abutment (27) Engagement (28) Housing (30) Hinge (31) Housing (32) Hinge can (33) Head (40) Mounting plate (41) Plate 201008524 (42) Rotating element ( 50) Moving door press (51) Rail (52) Moving element (53) Frame strip (54) Rotating element
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