201226684 六、發明說明： 【發明所屬之技術領域】 本發明關於一種移動門的腳輪框，具有一跑動滾輪載 體，其上以可轉動方式支承至少一個絲個跑動滚輪，跑 動滾輪子在一軌上滾動，其中在跑動滚滾載體上有-防止 升起掉出用的保持件，兮位M i & 、 竹1千該保持件在一第一位置讓跑動滾輪 載體可上升，而在一链ρ爿奸&姑 鎖閂住的第二位置防止跑動滾輪載體 從轨升起。 旺 【先前技術】 DE 202 12 222 U1 掘-仏 揭不一種移動門的跑動滾輪載體，其 u形的攜帶 、 平移動的模製部件連接礼上&有一可水 -植條以將「跑動滾輪載 ^由下方搭住軌的 部件水平推動，貝— 保持在-軌上。如果將模製 則跑動滾輪載體被釋放並 跑動滾輪載體的缺點Α .山 釋敌並從軌升起。這種 平方向需較大的办f1 1权f水千移動，沿水 【發明内容】 因此本發明的目的在提供— 防止升起掉出的保持件的構造方 門的腳輪框，其中 此目的利用 ^ 达且可簡單動作。 用具有申請專利範圍第 達成。 頁的特徵的腳輪框 依本發明，兮胞1 ±人 °亥腳輪框有一防止升 掉出的保持件，它 201226684 有-舌片（Lasehe)，舌片在鎖閃的位置時由下方搭住轨，且 設計成可下降以從軌解除鎖閃。因此防止上升掉出的 手段沿垂直方向移動。以將跑動滾輪載體保持在轨上’因 此沿水平方向只需最小的構造空間。此外防止上升 械手段(如移動器、框轉槓桿或其他構件) 車交佳°又°十’ ^又β十成或具有跑動滾輪載體的腳輪框 有一垂直壁部段，保持件以可 ^ T移動及/或可樞轉的方式在其 導進。此跑動滚輪載體也可只由垂直之壁部段 此該腳輪框可特別適合用於後移動門。 為了將防止上升掉出的保持件確實地導引，它 —曲線導引件在此垂直壁部 件有一蠻抽U ^ 守運在此，该曲線導引 置。4折成角形的端部段，以將保持件保持在鎖問的位 特別疋具有—端部段，它儿 形。如此π & # ,t 致，。水平方向彎曲成角 起。Μ供-“的保持件防止移動門沿垂直方向升 在二實施例防止升起掉出的保持件的舌片支承 J [轉的槓桿上。 在此，槓桿可經一旋轉軸固 防升起掉出保持件上升戈下险疋在跑動滾輪載體上並將 置，以避#不〜 或下降。槓桿宜可卡合在-鎖問位 避免不®地解除鎖閂。 為了將防止升起掉 〜彈簧，鋅之做… 于仟保持在鎖閂位置，宜設 保持件施預應力。在此該彈簧固定在跑 4 201226684 可f的倚在保持件的一保持部段 動滾輪載體中再利用 上。 為了將防止升起掠φ 掉出的保持件在第簡軍動作，該防止升起 輪載體。俾將保持件升並伸超出跑動滚 動滾輪載體解除鎖閂。 又M s移動’以將跑 本發明在以下利用杳 — 數個霄施例配合附圖詳細說明。 【實施方式】 圖1〜圖3顯示—移動門 ⑺以可移行的方式伴拉乂 ）’匕利用-個或數個腳輪框 式保持在-傢俱體上。各腳輪框(2)包含一 大致板形的跑動；袞輪載^ 動門⑴t 士古 利用數個螺絲（4)固定在移 :門⑴上，如有必要可經由一高度調整手段…有一跑 (5)以可轉動的方式支承在跑動滚輪載體（3)上，跑動 滾輪（3)可在一軌（6)上移行。 軌（6)彎成角形的部段上有二條相鄰的跑動路徑⑺，以 供:’衮輪（5)之用。此外，絲μ、； 巾崎執（6)以-上部段⑻圍住一傢俱體的 -蓋板（9)，因此移動門⑴可懸掛在軌（6)上移行。 為了防止移動門⑴不當地上，以及跑動滾輪(5)此轨(6) 的跑動路徑⑺上升掉出’故設有—防止升起掉出的保持件。 如圖2及圖3所示，防止升起掉出的保持件⑴）包含一 水平的舌片（10)，它從下方在跑動路徑⑺下方的區域將轨⑹ 搭住。防止升起掉出的保持件（1丨）設計成大致板形，且有一 上曲線導引件（12)及一下曲線導引件（13)，二曲線導引件 201226684 (12)( 13)各被一銷（14)穿過。此外，在防止升起掉出的保持 件（11)的上端形成一把手部段（17)，它設在跑動滾輪載體〇 的一空洞内。 圖4Α中顯示防止升起出的保持件（η)在—鎖閂的位 置。舌月（10)直接位在軌（6)下方。 為了將保持件（11)解除鎖閂並使跑動滾輪載體（3)能上 升，故將保持件（1 1)向下移動，如圖4Β所示。如此，=片 (10) 與執（6)下側形成一間隔，因此移動門（1)可充分上升， 以使跑動滾輪（5)從跑動路徑（7)升起來。 圖5顯示保持件⑴）的細節。上曲線導引件有一彎 成角形的端部段（16)，端部段大致水平延伸且用於將保持件 (11) 保持在鎖閂的位置。如果銷(14)設在彎成角形的端部段 (16)的區域，則保持件（11)不能向上移動。只有在保持件 利用把手部段（17)樞轉時（圖4Β)，銷（14)才離開曲線導引件 (1 2)之角形端部段（丨6)，因此保持件（丨丨）可下降。 在圖6A及6B中顯示保持件（11)和腳輪框（2)的變更設 計，其中對上述實施例作了補充，將一彈簧（2〇)裝在跑動滚 輪載體（3)上。彈簧（2〇)包含一可弯曲的腿（21)，它將保持件 (11) 保持在鎖閂的位置。為此，彈簧的腿(21)的輪廓配合保 持件（11)的-邊緣，且當保持件⑴）沿上、下曲線導引件 (12) (13)移動時就彎曲。在此，可彎的腿(21)變形，使它將 保持件（11)卡合在第一鎖閂位置以及第二鎖閂位置。 在圖7A、7B中顯示，圖6A、6B的腳輪框在鎖閂及解 除鎖門的位置。在鎖閃的位置，把手部段（i 7)略突出跑動滾 6 201226684 輪載體⑴’因此可很容易捏住，並它在跑動滾輪載體⑺的 空洞内運動。 在圖8A及8B中顯示圖6、7的腳輪框（？）的分解立體 圖。彈簧（20)上形成二栓（22)，它們插人跑動滾輪載體⑺ =相關開口（23)中。如此，彈簧㈣可很容易地安裝及準確 定位。此外’在彈簧的腿（21)上同樣形成—栓㈣，它固定 在跑動滾輪載體（3)上，以將保持件⑴）上的卡合力量提古 用二綱以可移行的方式保持在跑心^ 圖9顯示一本發明的腳輪框(2，)的—第三實施 移動Η⑴以可移動方式保持在_軌⑹上。腳輪框（2，） 個或數個跑動滾輪(5)’它以可轉動的方式支承在跑 :輪卿，)上。為了將移動門保持住以防從軌⑷的一跑 =徑⑺㈣，故設有-防止升料出的 包含-f成角形的舌片(1。，)，該舌片下方搭住㈣： 保持件（11，）可用一槓桿（12 下降。 、又朽J柜動的方式）上升或 片。A::0”顯示保持件⑴，)在鎖問位置… 動器==的跑動路徑⑺下方，保持件⑴，)利用-帶 (3)上，可、繞K w #〇2 )支承在跑動滾輪載體 保持件⑴，)動作。 ’ ^含—把手部段（Π，），以將 心位置解除鎖q，係將槓桿 向樞轉，直到達到圖…16所示位置 201226684 桿（12，）纟⑽3)㈣，㈣料⑴，刚連接元 件（14 )下降。因此舌片〇〇，）和 輪⑺可從執（6)的跑動路徑⑺上升/ Ί ’使跑動滾 圖12中顯示腳輪框（12，）的分解圖1持件⑴ 框條形，具有一彎成角形 又 _ 月（10 )，銷（15)支承λ 一真a (8 )中，鎖也用於支承連接 *人 接件（M )。此外連接元侏 輕合到槓桿（12，）上，因此當 連接疋件（14) 弋ττ陳备 貝才干（12 )樞轉時’保持件上井 或下降。在此，槓桿(12，)可卡 ’件上升 I位置及/或第二位置。 要將保持件上升或下降，也 直 可用-膝桿槓桿機構。 -冑作機構’例如 【圖式簡單說明】 圖1係—第一腳輪框的—第 圖2係圖i之腳 &丁-立體圖； ’輪框的一側視圖； 圖3係圖1之腳輪框的一立體圖 煙 圖4A及化传圖〗 立體圖，不帶有移動門； 0係圖1之腳輪框的 在不同位置的二個視圖； 止升之掉出的保持件 圖5係該保持件的-立體圖； 圖6A和圖6B係— 例的二個視圖；、，保持件的腳輪框的-變更實施 圖7A和圖7B係 個視圖丨 、 的腳輪框在不同位置的二 圖8A和圖8B係圖6八、沾及 個立體分解圖； A、7B的腳輪框的二 8 201226684 個視圖； 的二個 圖9係一本發明腳輪框另一實施例的立體圖 圖1 0 A及1 0B係圖9的腳輪框在鎖閂位置的_ 圖11A及1 1 B係圖9的腳輪框在解除鎖閂位 視圖；； 圖12係圖9的腳輪框在鎖閂位置的一立體圖 【主要元件符號說明】 (1) 移動門 (2) 腳輪框 (3)(3，） 跑動滾輪載體 (4) 螺絲 (5) 跑動滾輪 (6) 執 ⑺ 跑動路徑 (8) 上部段 (9) 蓋板 (10)(105) 舌片 (11)(11,) 保持件 (12) 上曲線導弓丨 件 (12，） 槓桿 (13) 下曲線導弓丨 件 (14) 銷 (14，） 連接元件 (16) (角形）端部 段 201226684 (17)(17，） 把手部段 (20) 彈簧 (21) 腿 (22) 栓 (23) 開口 (24) 栓 10201226684 VI. Description of the Invention: [Technical Field] The present invention relates to a caster frame for a moving door, having a running roller carrier on which at least one running roller is rotatably supported, and the running roller is Rolling on a rail, in which there is a holding member on the running rolling carrier - preventing the lifting of the holding member, the clamping position M i &, the bamboo one thousand of the holding member in a first position allows the running roller carrier to rise And in a second position in a chain 爿 爿 &&; 姑 姑 姑 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止 防止Wang [Prior Art] DE 202 12 222 U1 Digging - 仏 Uncovering a running roller carrier that does not move the door, its u-shaped carrying, flat moving molding parts are connected to the gift & there is a water-planting strip to " Running the roller carrier ^ is pushed horizontally by the part that holds the rail below, and the shell is kept on the rail. If it is molded, the running roller carrier is released and runs the roller carrier. This flat direction requires a larger operation, and the water is moved along the water. [Inventive] It is therefore an object of the present invention to provide a caster frame that prevents the riser from falling out of the structural member of the retaining member. This purpose is utilized and can be easily operated. With the caster frame having the characteristics of the patent application, according to the invention, the cell 1 ± human sea wheel frame has a retaining member that prevents lifting out, it 201226684 has - Lasehe, the tongue is placed on the rail from below when it is in the position of the flash, and is designed to be lowered to release the lock from the rail. Therefore, the means for preventing the rise and fall is moved in the vertical direction. Keep on the track' so along the water The direction requires only the smallest construction space. In addition, the anti-lifting means (such as the mover, the frame-turn lever or other components) are prevented from being transported by the vehicle and the caster frame having the running roller carrier has a vertical wall. In the section, the retaining member is guided in a movable and/or pivotable manner. The running roller carrier can also be formed only by a vertical wall section which is particularly suitable for use in a rear moving door. In order to guide the retaining member that is prevented from falling out, the curved guide member has a substantially U U in this vertical wall member, and the curve is guided. The four end portions are folded into an angular shape. In order to keep the retaining member in the position of the lock, there is an end portion which has a shape of the end. Thus, π &# , t, the horizontal direction is bent into an angle. The retaining member prevents the moving door edge from moving. The vertical direction is raised in the second embodiment to prevent the tab support J of the holder from falling out. Here, the lever can be lifted up by a rotating shaft to fall out of the holding member, and the lower part of the running roller can be placed on the running roller carrier to avoid #不~ or down. The lever should be snapped into the -lock position to avoid unlatching the latch. In order to prevent the rise of the spring, the zinc is made... The yoke is held in the latch position, and the retaining member should be prestressed. In this case, the spring is fixed in a retaining section of the retaining member, which can be reused in the running roller carrier. In order to prevent the holding member falling out of the plucking φ from falling in the first military action, the lifting of the wheel carrier is prevented.俾 Lift the holder and extend beyond the running roller carrier to release the latch. Further, M s moves to run. The present invention will be described in detail below using a plurality of embodiments. [Embodiment] Figs. 1 to 3 show that the moving door (7) is slidably supported in a movable manner. The 保持 is held in a home or a plurality of casters. Each caster frame (2) includes a substantially plate-shaped running; the wheel loader (1) t Skugu is fixed on the door: (1) by a plurality of screws (4), and if necessary, via a height adjustment means... The running (5) is rotatably supported on the running roller carrier (3), and the running roller (3) is movable on a rail (6). The section of the rail (6) that is bent into an angle has two adjacent running paths (7) for: '衮 wheel (5). In addition, the wire μ,; Kawasaki (6) encloses a specific cover (9) with the upper section (8), so that the moving door (1) can be hung on the rail (6). In order to prevent the moving door (1) from being improperly placed, and the running roller (5), the running path (7) of the rail (6) rises and falls out, so that it is provided to prevent the falling out of the holding member. As shown in Figures 2 and 3, the retaining member (1) which is prevented from falling out contains a horizontal tongue (10) which holds the rail (6) from below in the area below the running path (7). The retaining member (1丨) for preventing the falling out is designed to be substantially plate-shaped, and has an upper curved guiding member (12) and a lower curved guiding member (13), and a two-curve guiding member 201226684 (12) (13) Each is passed by a pin (14). Further, a handle portion (17) is formed at the upper end of the retaining member (11) which is prevented from falling out, and is disposed in a hollow of the running roller carrier 〇. The position of the retaining member (?) which prevents lifting is shown in Fig. 4A is at the position of the latch. The tongue (10) is directly below the rail (6). In order to release the retaining member (11) and lift the running roller carrier (3), the retaining member (1 1) is moved downward as shown in Fig. 4A. Thus, the = sheet (10) forms a space with the lower side of the holder (6), so that the moving door (1) can be raised sufficiently to raise the running roller (5) from the running path (7). Figure 5 shows the details of the holder (1)). The upper curved guide has an angled end section (16) that extends generally horizontally and is used to retain the retaining member (11) in the latched position. If the pin (14) is provided in the region of the bent end portion (16), the retaining member (11) cannot move upward. Only when the holder is pivoted by the handle section (17) (Fig. 4A), the pin (14) leaves the angular end section (丨6) of the curved guide (12), so the holder (丨丨) Can be lowered. The modified design of the holder (11) and the caster frame (2) is shown in Figs. 6A and 6B, in which the above embodiment is supplemented, and a spring (2 turns) is attached to the running roller carrier (3). The spring (2〇) contains a bendable leg (21) that holds the retaining member (11) in the latched position. To this end, the contour of the leg (21) of the spring cooperates with the edge of the retaining member (11) and is bent as the retaining member (1) moves along the upper and lower curved guide members (12) (13). Here, the bendable leg (21) is deformed such that it engages the retaining member (11) in the first latch position and the second latch position. 7A, 7B, the caster frame of Figures 6A, 6B is in the position of the latch and the unlocking door. In the position where the lock is flashed, the handle section (i 7) slightly protrudes from the running roller 6 201226684 The wheel carrier (1)' can therefore be easily pinched and it moves in the hollow of the running roller carrier (7). An exploded perspective view of the caster frame (?) of Figs. 6 and 7 is shown in Figs. 8A and 8B. Two springs (22) are formed on the spring (20) which are inserted into the running roller carrier (7) = associated opening (23). In this way, the spring (4) can be easily installed and accurately positioned. In addition, a 'bolt (four) is also formed on the leg (21) of the spring, which is fixed on the running roller carrier (3) to keep the engaging force on the holding member (1)) in a movable manner. In the running center, Fig. 9 shows that the third embodiment of the caster frame (2) of the present invention moves Η(1) movably on the _ rail (6). The caster frame (2,) or a plurality of running rollers (5)' are rotatably supported on the running wheel. In order to hold the moving door against a run/diameter (7) (four) of the rail (4), there is provided a tongue-shaped tab (1,) that prevents the lifting of the -f, which is placed under the tongue (4): Pieces (11,) can be raised or pieced with a lever (12 drops., and the way the J cabinet moves). A::0" shows the holder (1),) at the lock position... under the running path (7) of the actuator ==, the holder (1),) is supported by the belt (3), and can be wound around Kw #〇2) In the running roller carrier holder (1),) action. ' ^ Including the handle section (Π,), to unlock the heart position, the lever is pivoted until the position shown in Figure 16 is 201226684 rod ( 12,) 纟 (10) 3) (4), (4) material (1), the just-connected component (14) is lowered. Therefore, the tongue 〇〇, and the wheel (7) can be raised from the running path (7) of the fulcrum (6) / Ί 'to make the running scroll 12 shows the exploded view of the caster frame (12,) Figure 1 Holder (1) Frame strip shape, with a curved shape and _ month (10), pin (15) supports λ a true a (8), the lock is also used The support connection * person connector (M). In addition, the connection element is lightly coupled to the lever (12,), so when the connection element (14) 弋ττ 备 才 才 才 才 12 12 12 12 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Thus, the lever (12,) can be moved to the I position and/or the second position. To raise or lower the holder, the knee lever mechanism can also be used directly. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a first caster frame - Fig. 2 is a diagram of a foot of the i and a stereo view; a side view of the wheel frame; Fig. 3 is a perspective view of the caster frame of Fig. 1. 4A and the transfer diagram 〗 Stereo view, without moving door; 0 is the two views of the caster frame of Fig. 1 at different positions; the retaining piece that is lifted out is shown in Fig. 5 is a perspective view of the retaining member; Fig. 6A And FIG. 6B is a two-part view of the example; the embodiment of the caster frame of the retaining member is modified. FIG. 7A and FIG. 7B are views of the caster frame, and the caster frame is at different positions. FIG. 8A and FIG. 8B are FIG. Draw a three-dimensional exploded view; two 8 201226684 views of the caster frame of A, 7B; two of the Figure 9 are a perspective view of another embodiment of the caster frame of the present invention. Figure 10A and 10B are the caster frame of Figure 9. In the latch position, FIG. 11A and FIG. 1B are the view of the caster frame of FIG. 9 in the unlocked position; FIG. 12 is a perspective view of the caster frame of FIG. 9 at the latch position [Description of main components] (1) Moving door (2) Caster frame (3) (3,) Running roller carrier (4) Screw (5) Running roller (6) Holding (7) Running path (8) Upper section (9) Cover plate (10) (105) Tab (11) (11,) Holder (12) Upper curve guide bow element (12,) Lever (13) Lower curve guide bow element (14) Pin (14,) Connecting element (16) (Angle) End section 201226684 (17) (17,) Handle section (20) Spring (21) Leg (22) Bolt (23) Opening (24) Bolt 10