201221743 六、發明說明： 【發明所屬之技術領域】 本發明關於—種申請專利 動門傢俱的導引腳件，該移動門傢俱有種: ;;文及—跑動軌導進；以及申請專利範圍第2項 引文的一種移動門傢俱的導引腳件❶ 項 【先前技術】 這種移動門傢倶的移動門用的導 (Fuhrungsbeschae » «: · ·α· 腳件 ㈣丄 用於將移動門在-導 丨i條中導引，其中該導引腳件有_ 伸到導引型條(該導引型條進入例如移動門傢俱的一 I: 中）為了 k㈣種傢俱門傢倶的舒適性，也有一些習* 導引腳件’它們除了導引鎖 Z °之 A ^ ^ 心力 欸衝早70及/或 自動拉入單元，它們利用一設 _ 一 ..^ Ή卿件上的帶動器叙 作，其中，在導引型條上有-動作器固定在一預定^動 以將帶動器動作’動作器在移動門移動時嵌入帶動号，因 此各依位置而定’在移動門關閉時將移動門的運動作： 衝’或者在移動門打開時將移動門的打開運動作幫助％ 補導⑽件的缺點為：具有這種舒適功能部件 動門体俱(特別是導引腳件)的安裳很繁複 時間及成本。 而戈'化很多 【發明内容】 201221743 本發月的目的在提供一種移動門傢倶的導引腳件，它 可使料門傢俱（特別是移動門）作簡單而目標確實的安裝。 备〜種目的利用具有申請專利範圍帛1項特徵的-種移 ^ 及八有申凊專利範圍第2項特徵的一 種移動門傢俱的導引腳件達成。 依本發明至少该導引鎖閂和帶動器能以可逆方式從一 位置移到一操作位置並卡合在操作位置， 在該安裝位置時，移動 〗了無阻礙地樞轉到導引型條 卜万， 在該操作位置時，導引錯 進去。 引鎖閂和帶動器突伸到導引型條 這種導引腳件的構造方式 俱安奘B主似左 飞有很大的優點：在移動門傢 俱女扃時，移動門可先以— 移動門箝m β 卜緣放入一跑動轨，然後可將 切Π閉早地轉動，將導^丨 該導引錯門U 件及導引型條安裝，使至少 X , ^ 裝位置變到操作位置，在此位 帶動4導弓1_突伸到導引型條中。201221743 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a guide pin for a patented mobile door furniture, the mobile door has a type:;; text and - running track guidance; and patent application Guide pin item of the mobile door furniture of the second quotation of the range [Prior Art] The guide for moving the door of the mobile door (Fuhrungsbeschae » «: · · α· The foot piece (four) 丄 is used for moving The door is guided in the guide rail i, wherein the guide pin member has _ extended to the guide strip (the guide strip enters an I: for example moving door furniture) for the k (four) furniture door Comfort, there are also some custom-made lead pieces 'they are in addition to the guide lock Z ° A ^ ^ heart-forced early 70 and / or automatically pulled into the unit, they use a set _ a.. ^ Ή 件 on the pieces The actuator is described in which the actuator is fixed to a predetermined movement to actuate the actuator. The actuator is embedded in the moving position when the moving door is moved, so each position depends on the moving door. Move the door when it is closed: rush 'or move when the moving door is open The opening movement of the moving door is helpful. The disadvantage of the (10) part is that it has a complicated time and cost for the moving door body (especially the lead member) with such a comfortable function. 】 201221743 The purpose of this month is to provide a guide pin for moving door furniture, which can make the door furniture (especially the moving door) simple and targeted installation. According to the invention, at least the guide latch and the actuator can be reversibly from a position, in accordance with the invention. Move to an operating position and engage in the operating position, in which the movement is unobstructed to pivot to the guiding type, in which the guiding error is entered. The protrusion of the guide strip is such that the guide pin is constructed in such a way that it has a great advantage: when moving the door furniture, the moving door can first be moved by the door clamp m β Put the edge into a running track, then When the cutting and closing are turned early, the guiding member and the guiding strip are mounted, so that at least the X, ^ mounting position is changed to the operating position, and the 4-lead bow 1_ protrudes to the guide. In the lead bar.
在此’移動門傢的一 M 專利範is m 1 xs ° ，而該導引腳件可如申請 j靶圍第1項所述進入移動門中 進入移動μ „ 1中，而導引型條舉例而言 砂勒π体俱的一蓋部中， 範圍第2項…到二該導引腳件可如申請專利 項所迷，又到移門傢俱的_ 移門的-端側緣，這二種變更…⑥導引型條進入 用灸更方式都可行。重要的县·剎 用本發明的導引腳件，移 f的疋.利 枚 勒門体俱的安裝較容易。 依一有利實施變更例，該 入單元釦道3丨μ 後衝兀件、帶動器、自動拉 疋和導引鎖閃設計成構造單元形式。 201221743 因此它 作位置。 可用簡單方式在腳件 殼體中從安裴 &置變到操 依較佳實施例，該構造單元有一殼體， 導引鎖閃，且节组衛輩开在其上形成 ]且5亥組衝皁疋、帶動器和自動拉入單 、。此殼體特別以可樞轉方式設在腳件殼體上 、 成構衝帶動器、自動拉入單元及導引鎖⑽計 安可使導引腳件在移動門傢俱外簡單地預 轉到… 輪安裝在移動門傢俱時，在移動門樞 二：作位置後，只須將構造單元在腳件殼體上或之中 攸具女裝位置變到操作位置。 依另-較佳設計，構造單元的殼體可翻轉到腳件殼體 。這點可使移動Η傢俱安裝特別簡單，因㈣動門在插 轉入其操作位置時，構造單元的殼體同時翻轉到腳件殼體 中因此變到其操作位置。 _依本發明另一設計，構造單元的殼體可從腳件殼體移 τ出來這點且利用一鑲邊螺絲達成，它從腳件殼體一空 /同工出來’其巾’在移動門枢轉到其操作位置後’藉轉動 此鑲邊螺絲可將構造單元由其安裝置（在此處構造單元下降 到腳件殼體t)移出到操作位置（此處安裝腳件殼體突出）。 本發明在以下利用數個實施例配合圖式詳細說明。 【實施方式】 在以下圖式說明，用語如「上」「下」「左」「右」 别」「後」等只指在各圖中所選的導引腳件和其他部分 201221743 的例圖和位置。這些用語並不限制本發明的範 由於不同之工作位置或鏡像位置的設計或類丄、吕之 可改變。 者34種關令 圖1及2中 圖號（1)整體表示 , 移動門傢俱，它古 個具側壁的傢俱體、一用於作蓋的上壁（4)、及—底匕有— ⑺中放人跑動軌（6)、在該用於作蓋的壁（4)中放人導H ⑺’它們利用固定在移動門（2)(3)上的導弓丨腳= (l〇〇)(2GG)(3GG)可使移動門（2)(3)作動運動（沿移動方向 為了將移動PI (2)(3)安裝在這移動門傢俱⑴，移動 先放入位在底(5)中的跑動軌(6)’然後垂直於移動方向X樞 轉到導引型條(7)下方，因此可將設在導引腳件 U〇〇)(2〇0)(30〇)中的構件與導引型條⑺嵌合，因此移動門 (2)(3)可沿導引型條（7)導引。 如圖5〜9所示，本發明之導引腳件（100)的一實施例在 ㈣門⑺放入移門傢俱⑴前已安裂在㈣門（2)上或放入 移動門（2)的為此而設的槽中。導引腳件（1〇〇)(如特別在圖 2、3、23、25所示）有一腳件殼體（1〇1)，設在移動門（2)上， 它宜進入移動門中，其中有一構造單元由一導引鎖閂（51)、 一緩衝單元（54)、一帶動器（52)及一具有一彈簧元件（55)的 自動拉入單元構成，這些部分裝在構造單元的一殼體（ιι 2) 上’該殼體利用一枢轉栓（106)設在腳件殼體（1〇1)上。如此， 整個構造單元在一安裝位置〔在此位置時，導引鎖閂（5 i) 和帶動器（52)至少下降在腳件殼體（101)的内部〕用簡單方式 從腳件殼體經腳件殼體（10)的端側（107)中一開口（1〇8)出來 6 201221743 樞轉到其操作位置。 在此操作位置時，導引鎖閃（51)沒入導引型條⑺中，因 此移動門⑺可沿導引型條⑺導進。㈣器（52)突伸到導引 型條⑺進去，使得—動作器W (圖20〜22)〔它定位在導引 型條（7)上-預^位置〕可與帶動器接觸，以使移動門⑺之 關閉運動-方面利用一自動拉入單元的一彈簧元件⑼的 彈力幫助’同時當達到關閉位置時，Μ用—與帶動器⑼ 搞合的緩衝單元（54)將移動門⑺重重碰到的仙緩衝。在 此，帶動H (52)在-l形滑塊（56)巾利用—在—側f折的末 端（57)導引，當達到移動門⑺之—預定位置時，帶動器⑽ 部分地沒入該末端（57)中，俾將動作器（8)和移動門⑺釋放 以作進一步之移動路徑。彡冑帶動器的工力能方式係先前技 術習知者，緩衝單元（54)以及它和帶動器（52)的柄合也是習 知者’因此關於帶動器（52)與緩衝單元（54)及自動拉入單元 的耦合和功能方式此處不須詳述。 要將構造單元在腳件殼體（1〇1)中作位置定位，係在構 造單元的殼體（112)上形成卡合元件（110)(111)它們可卡合 到腳件般體（101)的相關凹隙（104)(105)中。在此，卡合元件 (11〇)(111)相對於「樞轉栓」（106)係在構造單元的殼體（112) 的不同角位置形成。對應地，在腳件殼體（1〇1)上，空洞 (104)(105)相對於樞轉栓（1()6)設在相關之角位置，因此要將 構造單元在安裝位置止動，則將卡合元件（11〇)卡入空洞 (104)〔它們從腳件殼體（1〇1)的端側（1〇7)的開口（1⑽）遠 離〕，而卡合το件（1Π)卡入在空洞（1〇5)中，因此防止構造 7 201221743 單兀作樞轉，構造單元這種位置的詳圖示於圖1〇及u。 然後，為了將構造單元從安裝位置帶到操作位置，故 將卡合元件（1〇)從空洞（104)向内壓入腳件殼體（1〇〇)。在此 位置，構造單元可從開口（108)向上枢轉到其操作位置，其 中卡合元件（no)自動由腳件殼體（101)内部被壓出進到空洞 (105)中。如此所達到之操作位置〔在此，帶動器（52)和導引 鎖閃（5i)從腳件殼體（101)的開口向上突出來〕示於圖12及 13 〇 為了要將腳件殼體（101)固定在移動門（2)上，故設有數 個孔（102)，舉例而言，它們可使腳件殼體（1()1)藉旋入螺絲 (103) 與移動門螺合。 如圖"“3所示，卡合元件⑴^形成的方式，使該 倚在二洞（105)外緣上的邊緣向樞轉栓（1〇6)的方向互相跑 開，俾確保此外緣完全倚靠在空洞（1G5)邊緣的情形配合在 構造單元樞轉運動移行的角度。 如圖14、15所示，殼體（112)的一部分〔卡合元件 (110)(111)在其中形成〕設計成彈性可撓的框條（ιΐ5)形式， 這些框條在解除應力的狀態突伸到腳件殼體(1〇”的空洞 (104) (105)進去。 為了在此操作位置（圖15)防止該隨卡合元件 形成的框條⑴5)跑回腳件殼體（1〇1)的内部，故在框條（ιΐ5) 的端側（113)形成桿⑴4)，它從導引鎖閃⑺）延伸離開。 圖16 17再顯不在建入狀態的導引腳件（1⑽），其中， 此處構造單元件卡合在安裝位置。在圖I Η、％顯示在 8 201221743 建入狀態的導引腳件（⑽），其中構造單元在此處卡合在操 作位置。 此處可清楚看到導引鎖問（51)和帶動器（52)，它們突伸 到導引型條（7)進去。 圖20〜22顯示導引腳件（1〇〇)的功能，它具有牢牢定位 導引3L條(7)中的動作器(8)，舉例而言，動作器用釘(9) 固疋在導引型條⑺的一預定位置。在圖2〇所示之移動門⑺ 的位置時’移動Η⑺在—打開位置。此處，帶動器⑼作枢 轉，使得它已將動作器（8)釋放，因此移動門⑺可沿導引型 條（7)自由運動直到移到最大開放位置為止。在圖2丨中，移 動門向它的關閉位置方向運動，使動作器(8)止擋在帶動器 (52)上，帶動器隨後在移動門（2)向其關閉位置繼續運動時， 將動器（52)樞轉，使它圍位動作器（8)，如此將自動拉入機構 及緩衝機構動作’因此移動門⑺最後自動地且受緩衝地導 入圖22所示關閉位置。 圖27〜31顯示另一本發明的導引腳件（2〇〇)的較佳實 施例。此導引腳件設計成使構造單元的殼體（2ιι)可翻轉到 腳件殼體（2〇1)。如此可在殼體（211)展開的狀態將移動門⑺ 在安裝時向導引型條⑺方向樞轉，其中當移動門（2)拖轉到 導引型條⑺下方時，導引㈣（5 υ和帶動器（52)直 引型條空納’且因此該構造單元的殼體（2ιι)在達到移動門 (2)之垂直端位置時完全翻到腳件殼體（2〇)，且因此導引腳 (2〇〇)自動變到其操作位置。為此，腳件殼體（201)和殼體（2 經一旋轉關節（203)〔它可平行於移動方向χ轉動，且具一 λ 9 201221743 旋轉栓（206)互相倚靠安裝，且可利用卡合榫（2〇7)和構造單 元的殼體（211)中的卡合空洞（213)卡合在操作位置，旋轉栓 在一旋轉袖承（205)中導進’且宜用一個或數個框條（2〇4)穩 定化。當然也可考慮將卡合空洞設在腳件殼體，且對於卡 合榫設在構造單元的殼體上。 在圖32〜35顯示一本發明的導引腳件（3〇〇)之又一實 施變更例，此處構造單元的殼體（鳩)從腳件殼體（3〇1)突出 來’且宜藉著-鎮邊螺絲（304)動作，該鑲邊螺絲從腳件殼 體（3〇1)突出來’且與-框條（3〇5)〔它在構件的殼體（) 上形成〕㈣紋呈作用連接，且垂直㈣轴位置一定地保 持在腳架殼體⑽）中，如此藉著轉動鑲邊螺絲（3()4)使構造 單元從腳件殼體（3 01)移行出來或在其令下降。 腳件殼體…叩叫⑽）所有變更方式依—有利實施 例係呈鏡像對稱，因此構造單元的建入方式可變化。 也同樣可考慮將導引型條（7)設在移動門（2)(3)中，並將 導引腳件(100)(200)(300)設在移動門傢俱⑴的_壁⑷或一 【圖式簡單說明】 移動門係關著 移動門中的本發 圖1及圖2係一移動門傢俱的立體圖 或部分打開； 圖3係在移動門關閉位置時一放入一 明導引腳件的一實施變更例； 圖4係移動門開著時圖3的導引腳件； 10 201221743 圖5〜9係在移動門安裝時-移動門櫥的數個視圖； 圖10係在構造單元的安裝位置時一 當^^ ^f本發明的導引腳的 第一實施變更例的前視圖； 圖11係圖10細節的放大圖； 圖U係圖1G之導引腳件的前視圖，具有在操作位置 的構造早7C ; 圖13係圖12細節的放大圖； =14及15係圖10或12的導引腳件的側剖面圖，具 有在安裝位置或操作位置的構造單元； ^6係-放人-移門中的導引腳件的立體圖，構造單 70在女裝位置； 圖1 7係圖1 6細節的放大圖； 圖18係圖16之導引腳件’構造單元在操作位置； 圖1 9係圖1 8細節的放大圖； 圖2〇〜22係一放入移動門中的導引腳件的立體圖，在 移動門的各種不同位置，構 體圖在 # /道2丨^丄 &早兀在刼作位置，用於顯示 5又在導引軌中的動作器與導引腳件之帶動器的交互作用； 八j Μ5係圖2〇〜22的導引腳件之示意圖，具有部 勿刀工的殼體壁，說明構 置的情形； …從女裝位置樞轉到操作位 =係導引腳件與導引型條動作器喷合的另一圖式； 圖27〜3!係-移動門之不同視. 導引腳件的實施變更例，放入在-移動門中本發明 圖32〜35係一本發明導引腳件另-實施變更例數個視 11 201221743 圖 【主要元件符號說明】 (1) 移動門傢倶 (2) 移動門 (3) 移動門 (4) 壁 (5) 底 (6) 跑動軌 ⑺ 導引軌 (8) 動作器 (9) 釘 (51) 導引鎖閂 (52) 帶動器 (53) 棒 (54) 缓衝單元 (55) 彈簧元件 (56) 滑塊 (57) 滑塊端 (100) 導引腳件 (101) 腳件殼體 (102) 孔 (103) 螺絲 (104) 空洞 12 201221743Here, a moving patent of the M-port is m 1 xs °, and the lead-in member can enter the moving door into the moving μ „ 1 as described in the first item of the application j target, and the guiding strip For example, in a cover of the Schaller π body, the second item... to the second lead member can be as claimed in the patent application, and to the side edge of the sliding door furniture. Two kinds of changes...6 Guided strips are more feasible to use moxibustion. Important county and brakes use the lead pins of the present invention, and it is easier to install the 疋. In a modified example, the in-unit buckle 3丨μ rear punch, the actuator, the automatic pull and the guide lock flash are designed in the form of a structural unit. 201221743 Therefore it is positioned. It can be easily used in the foot housing. The ampoule & is set to operate according to a preferred embodiment, the construction unit has a casing, the guide lock flashes, and the group is formed on the group] and the 5 sets of saponins, actuators and automatic pull Into the order, the housing is particularly pivotally mounted on the foot housing, the structural punch, the automatic pull-in unit and the guide (10) The meter can easily guide the lead member outside the moving door furniture... When the wheel is installed on the moving door furniture, after moving the door hinge 2: as the position, only the structural unit must be on the foot housing or The position of the cooker is changed to the operating position. According to another preferred design, the housing of the structural unit can be turned over to the foot housing. This makes the installation of the movable furniture particularly simple, because (4) the moving door is inserted. When it is in its operating position, the housing of the construction unit is simultaneously turned into the housing part and thus changes to its operating position. According to another design of the invention, the housing of the construction unit can be moved out of the foot housing. And by using a edging screw, it is empty/worked from the foot shell. After the moving door is pivoted to its operating position, the structural unit can be installed by the rotating screw. Here, the construction unit is lowered to the foot housing t) and moved out to the operating position (where the foot housing is protruded). The invention will be described in detail below with reference to several embodiments. [Embodiment] In the following figures Explain, the terms such as "up", "down" and "left" "Right", "Back", etc. refer only to the illustrations and positions of the lead pins and other parts selected in each figure 201221743. These terms are not intended to limit the scope of the invention as a result of the design or class of different working or mirroring positions. The 34 types of instructions in Figure 1 and 2 are shown in the overall figure (1), moving door furniture, which has a specific wall-mounted home, a top wall for the cover (4), and a bottom cover - (7) In the middle of the person to run the track (6), in the wall (4) for the cover to put the person H (7) 'they use the guide bow fixed on the moving door (2) (3) = (l〇 〇)(2GG)(3GG) can make the moving door (2)(3) move (in the moving direction, in order to move the PI (2)(3) to the moving door furniture (1), the movement is placed first at the bottom ( The running rail (6)' in 5) is then pivoted vertically below the guiding strip (7) perpendicular to the moving direction X, so it can be placed on the lead member U〇〇) (2〇0) (30〇 The member in the case is fitted with the guiding strip (7), so that the moving door (2) (3) can be guided along the guiding strip (7). As shown in Figures 5-9, an embodiment of the lead pin (100) of the present invention is placed on the (four) door (2) or placed in the moving door (4) before the door (7) is placed in the sliding door furniture (1). ) in the slot for this purpose. The lead member (1〇〇) (as shown in particular in Figures 2, 3, 23, 25) has a foot housing (1〇1) disposed on the moving door (2), which preferably enters the moving door One of the structural units is composed of a guiding latch (51), a buffering unit (54), a driver (52) and an automatic pulling unit having a spring element (55) mounted on the structural unit. A housing (i.e.) on the housing is provided on the foot housing (1〇1) by a pivot pin (106). Thus, the entire construction unit is in a mounting position [in this position, the guide latch (5 i) and the actuator (52) are lowered at least inside the foot housing (101)] in a simple manner from the foot housing It is pivoted to its operating position via an opening (1〇8) 6 201221743 in the end side (107) of the foot housing (10). In this operating position, the pilot lock flash (51) is immersed in the guide strip (7), so that the shift gate (7) can be guided along the guide strip (7). (4) The device (52) protrudes into the guiding strip (7), so that the actuator W (Figs. 20-22) (which is positioned on the guiding strip (7) - pre-position) can be in contact with the actuator to The closing movement of the moving door (7) - with the spring force of a spring element (9) of an automatic pull-in unit helps 'while reaching the closed position, the buffer unit (54) that engages with the actuator (9) will move the door (7) The fairy buffer that hits heavily. Here, the driving H (52) is guided at the end (57) of the -1 shaped slider (56) by the - side f folding, and when the predetermined position of the moving door (7) is reached, the actuator (10) is partially absent. Into the end (57), the actuator (8) and the moving door (7) are released for further movement. The kinetic energy mode of the 彡胄 actuator is known to those skilled in the art, and the damper unit (54) and its shank with the actuator (52) are also known to the user's. Therefore, regarding the actuator (52) and the buffer unit (54) The coupling and function of the automatic pull-in unit need not be detailed here. To position the construction unit in the foot housing (1〇1), a snap element (110) (111) is formed on the housing (112) of the construction unit, which can be engaged to the foot body ( 101) in the associated recess (104) (105). Here, the engaging elements (11〇) (111) are formed at different angular positions of the housing (112) of the construction unit with respect to the "pivot plug" (106). Correspondingly, on the foot housing (1〇1), the hollow (104) (105) is disposed at an associated angular position with respect to the pivot pin (1()6), so the structural unit is to be stopped at the mounting position. , the snap-fit elements (11〇) are snapped into the holes (104) [they are away from the opening (1(10)) of the end side (1〇7) of the foot piece housing (1〇1)], and the το pieces are engaged 1Π) is stuck in the cavity (1〇5), thus preventing the structure 7 201221743 from pivoting, and the detailed diagram of the position of the construction unit is shown in Figures 1 and u. Then, in order to bring the structural unit from the mounting position to the operating position, the engaging element (1〇) is pressed inwardly from the cavity (104) into the foot housing (1〇〇). In this position, the construction unit can be pivoted upwardly from the opening (108) to its operative position, wherein the snap element (no) is automatically forced into the cavity (105) by the interior of the foot housing (101). The operating position thus achieved (here, the actuator (52) and the guide lock flash (5i) protrude upward from the opening of the foot housing (101)] are shown in Figures 12 and 13 in order to be the foot shell The body (101) is fixed to the moving door (2), so that a plurality of holes (102) are provided. For example, they can screw the foot housing (1()1) into the screw (103) and move the door screw. Hehe. As shown in Fig. 3, the engaging element (1) is formed in such a manner that the edge leaning on the outer edge of the two holes (105) runs away from each other in the direction of the pivot pin (1〇6), ensuring that The case where the edge completely rests on the edge of the cavity (1G5) fits the angle at which the structural unit pivotally moves. As shown in Figs. 14, 15, a part of the casing (112) [the engaging member (110) (111) is formed therein. 〕 Designed in the form of elastically flexible frame strips (ιΐ5) that protrude into the hollow (104) (105) of the foot shell (1〇) in a stress-relieved state. 15) preventing the frame strip (1) 5) formed by the engaging element from running back into the interior of the foot housing (1〇1), so that the rod (1) 4) is formed on the end side (113) of the frame strip (ιΐ5), which is guided from The lock flash (7)) extends away. Fig. 16 17 shows the lead pin (1 (10)) which is not in the built-in state, wherein the structural unit member is engaged here at the mounting position. In Figure I, % shows the lead pin ((10)) in the state of 8 201221743, where the construction unit snaps into the operating position. Here, the guide lock (51) and the actuator (52) are clearly visible, and they protrude into the guide strip (7). Figures 20-22 show the function of the lead pin (1〇〇), which has the actuator (8) in the 3L strip (7) that is firmly positioned. For example, the actuator is fixed with a nail (9). A predetermined position of the guiding strip (7). When the position of the moving door (7) shown in Fig. 2 is moved, the movement Η (7) is in the -open position. Here, the actuator (9) is pivoted such that it has released the actuator (8) so that the moving door (7) is free to move along the guiding strip (7) until it is moved to the maximum open position. In Fig. 2, the moving door moves in the direction of its closed position, causing the actuator (8) to stop on the actuator (52), and then the actuator will continue to move when the moving door (2) continues to its closed position. The actuator (52) pivots such that it encloses the actuator (8), thus actuating the automatic pull-in mechanism and the buffer mechanism. Thus, the moving door (7) is finally automatically and buffered into the closed position shown in FIG. 27 to 31 show another preferred embodiment of the lead member (2) of the present invention. This lead pin is designed such that the housing of the construction unit (2 ιι) can be flipped over to the foot housing (2〇1). In this way, the moving door (7) can be pivoted in the direction of the guiding strip (7) when the housing (211) is unfolded, wherein when the moving door (2) is dragged under the guiding strip (7), the guiding (4) ( 5 υ and the actuator (52) straight-type strips are empty 'and thus the housing of the construction unit (2 ιι) is fully turned over to the foot housing (2 〇) when reaching the vertical end position of the moving door (2), And thus the lead pin (2〇〇) automatically changes to its operating position. To this end, the foot housing (201) and the housing (2 via a rotating joint (203) [which can be rotated parallel to the direction of movement, and The yoke 9 201221743 rotary bolts (206) are mounted against each other, and can be engaged in the operating position by using the engaging 榫 (2〇7) and the engaging cavity (213) in the housing (211) of the structural unit, the rotating bolt It is guided in a rotating sleeve (205) and should be stabilized by one or several frame strips (2〇4). Of course, it is also conceivable to provide the snap hole in the foot shell and for the snap fit. On the housing of the construction unit, another embodiment of the guide pin member (3〇〇) of the present invention is shown in Figs. 32 to 35, where the housing of the construction unit is ) protrudes from the foot housing (3〇1) and should be actuated by the -side screw (304), which protrudes from the foot housing (3〇1)' and the - frame strip ( 3〇5) [It is formed on the shell of the component] (4) The pattern is connected, and the vertical (four) axis position is fixed in the tripod housing (10), so by rotating the flange screw (3 () 4) moving the structural unit from the foot housing (3 01) or descending it. The foot housing...the squeaking (10)) all the manners of change - the advantageous embodiment is mirror symmetrical, so the construction unit is built The way can vary. It is also conceivable to arrange the guiding strip (7) in the moving door (2) (3) and to place the lead pin (100) (200) (300) on the wall (4) of the moving door furniture (1) or [Simplified illustration of the drawing] The moving door is closed in the moving door. Figure 1 and Figure 2 are a perspective view or partial opening of a moving door furniture; Figure 3 is a guide when the moving door is closed. FIG. 4 is a guide pin of FIG. 3 when the moving door is open; 10 201221743 FIGS. 5-9 are several views of the moving door when the moving door is installed; FIG. 10 is constructed The mounting position of the unit is a front view of the first embodiment of the lead of the present invention; FIG. 11 is an enlarged view of the detail of FIG. 10; FIG. 9 is a front view of the lead member of FIG. Figure 7 is an enlarged view of the detail of Figure 12; = 14 and 15 are side cross-sectional views of the lead member of Figure 10 or 12, having a structural unit in the installed or operational position; Figure 6 is a perspective view of the guide pin in the release-sliding door, the construction of the single 70 in the women's position; Figure 1 is a magnified view of the detail of Figure 16; Figure 18 is the guide of Figure 16. Figure IX is an enlarged view of the detail of Figure 18. Figure 2 〇 22 is a perspective view of a guide pin placed in the moving door, in various positions of the moving door, The body image is in the position of #/道2丨^丄& early in the production position, used to display the interaction between the actuators of the 5 and the guide rails and the actuators of the lead pins; 8 j Μ 5 series Figure 2示意图 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 Fig. 27~3! Different view of the moving door. A modified example of the lead member is placed in the moving door. Figs. 32 to 35 are a lead pin of the present invention. In addition - a number of implementation changes 11 201221743 Figure [Description of main components] (1) Moving door 倶 (2) Moving door (3) Moving door (4) Wall (5) Bottom (6) Running track (7) Guide Guide rail (8) Actuator (9) Stud (51) Guide latch (52) Actuator (53) Rod (54) Buffer unit (55) Spring element (56) Slider (57) Slider end ( 1 00) Guide pin (101) foot housing (102) hole (103) screw (104) cavity 12 201221743
(105) 空洞 (106) 枢轉栓 (107) 端側 (108) 開口 (110) 卡合元件 (HI) 卡合元件 (112) 殼體 (113) 端側 (114) 榫 (115) 框條 (200) 導引腳件 (201) 腳件殼體 (202) (203) 旋轉關節 (204) 框條 (205) 旋轉軸承 (206) 旋轉栓 (207) 卡合榫 (211) 殼體 (212) 開口 (213) 卡合空洞 (300) 導引腳件 (301) 腳件殼體 (302) 子L 201221743 (303) 空洞 (304) 鑲邊螺絲 (305) 螺紋 (306) 殼體 X 移動方向 14(105) Cavity (106) Pivot bolt (107) End side (108) Opening (110) Engagement element (HI) Engagement element (112) Housing (113) End side (114) 榫 (115) Frame strip (200) Guide pin (201) Foot housing (202) (203) Rotating joint (204) Frame strip (205) Rotary bearing (206) Rotating bolt (207) Engagement 榫 (211) Housing (212 ) Opening (213) Engagement cavity (300) Guide pin (301) Foot housing (302) Sub L 201221743 (303) Cavity (304) Trim screw (305) Thread (306) Housing X moving direction 14