201041544 六、發明說明： 【發明所屬之技術領域】 本發明關於申請專利範圍第丨項的引文的一種將一前 遮板固定在一傢倶的一可動傢倶部分的一側框邊上的固定 裝置，該傢倶部分特別是—抽屜，可在一傢倶體之上/之 中移動到一開放位置及一關閉位置，此外還關於—種抽屜 和一種傢倶。 【先前技術】 在先前技術有各種不同的習知之固定裝置用於將一抽 屜的前遮板（Frontblende，英：front shutter )固定。在此， 前遮板利用一遮板載體固定，該遮板載體固定在前遮板 上，例如利用拴釘連接。該遮板載體可利用—機構 (Mechamk )固定，該機構設在可動傢倶部分的側框邊上。 在此，一般使用彈簧彈性的固定方式將前遮板固定。 但這種將前遮板用彈簧彈性方式固定的做法會使前遮 板相對於抽屜的側框邊作不想要的傾轉運動，如此當抽屜 的使用者將抽屜拉出來時，原來的抽屜本體會先有一時間 的延遲’才會再跟隨在前遮板之後。 此習知固定裝置另一缺點在於：要將前遮板安裴在可 動傢倶部分的側框邊±，須手操作，或者如要用機 式則成本很高。 【發明内容】 4 201041544 因此本發明的目的在提供— 固定在一傢俱的可動傢俱部分的側二::置:將一前遮板 可動傢俱部分的側框邊之間的 ^ ’其中前遮板與 板可簡單地安裝在該 運動可防止，且該前遮 …… 体俱部分的側框邊上。 此目的係利用有申請專利範 遮板固定在一傢俱的可動傢俱一項的特點的將-前 利用具有申請專利範圍第23或框邊上的裝置以 達成。 員的特點的抽屜與傢俱 Ο ❹ 依本發明’該機槿右_ , 有—腿，匕們以浮動（fliegend，英： fl〇ating)方式支承住。互相 g央 夹方式相配合，該二腿上至卜轉動的方式，且呈钳 詨二腿的徉 °又有—彈簧兀件，其作用與 ::。 對抗，其中各保持部分固定在該腿的一 ==遮板載體被該呈钳夾方式配合的腿由兩夫住， 而㈣“ '事可有效防止，即使前遮板 面積很大時亦然。利用該 I极 兮褲拓截神、L 裇構的鉗夾方式配合的腿，可使 ;:載體Α可動傢俱部分的推入方向推入該側框邊進去 如此，前遮板的安農作業變得較易，使它也可 :械方式利用一個工具（它將前遮 =的推入方向運動而作安裝。此處，對於作機械方： 女裝重要的-點為：該運動只須沿-預定方向達成，因2 :需:安裝設備作複方向的組合式運動（這種 易造成故障）。 本發明有利的設計見於中請專利範圍附屬項。 5 201041544 在一有利的實施變更例尹’該 以及凹隙的輪廓設 弹百兀件的彈力 身夾定(一_en:=;， 各凹隙之靠近鉗_㈣/;"保持細料。為此目的， 方向呈-純角度朝=緣對該可動傢俱部分的推入 邦月度朝向遮板載體的本 ^ 相對於抽屜的側框邊的傾轉運動 ，則遮板 者將抽屜拉出來時 效防止，因此當使用 無時間延遲。原來的抽屜體緊跟隨在前遮板後方而 此外’利用凹隙的 -吉Ή斜面，—股由彈簧造成的彈筹力量 直b可動的傢俱部分的推入方向作用到 ： 該遮板可一直以無間隙的方式拉到側框邊上。 此 伴持=該呈歲夹方式作用的腿以浮動方式支承住，故上 邱八°刀士的各許誤差（Toleranz)的補償可以不受下保持 。刀上的容許誤差的補償影響。 ’、、 緣之，該遮板载體之設有凹隙的邊緣的形狀使得該邊 距離由其背向前遮板的端側向凹隙的方向變大。 二保持部分在遮板載體推入時係在該受彈簧施力之鉗夹式 :上，動，其超出該邊緣的距離漸變大’ 一直到該腿受 力1進入到凹隙中為止。利用遮板載體的邊緣的這種 &。’可確保遮板載體簡單地推人到該钳夾式配合的 間。 、 為了將側框邊與該受彈簧施力的保持部分 機構右—名& μ / λ 有承接件（Adaptersttick ) ’它設計成υ型條形式， 固定在側框邊中，該呈鉗夾方式配合的腿以浮動方式支承 201041544 在承接件中’且該遮板載體可沿可動傢倶部分的推入方向 推入該承接件中。在該接近前遮板的承接件的長腿中設有 垂直朝向的長孔，與保持部分成同心，該保持部分在該長 孔中一如在一滑架中的方式導進。該保持部分（它們設在 δ亥呈鉗夾方式配合的腿上）在該長孔中沿垂直方向導進呈 一種浮動支承的方式，因為固然如上述，該呈钳夾方式互 相配合的腿經一旋轉關節耦合，但該旋轉關節並非固定在 該承接件或在該框邊上。由於在遮板載體推入時，可自由 地垂直運動，故該保持部分可在遮板載體邊緣循著遮板載 體的輪廓，一直到該凹隙為止。 依另一實施例，在遮板載體内的中央設有一凹隙，有 側向及/或南度調整裝置設在該凹隙中，以將前遮板相 對於侧框邊作側向及高度調整。將該側向及/或高度調整 手段設在遮板載體中有一好處，即：這種方式比起當該側 向及/或南度調整手段設在側框邊本身内的場合來，該前 遮板的安裝作業簡單得多。 或在調整時倚靠在該靠近前遮板的區域中的 υ形型條的長201041544 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a quotation of the ninth application of the patent application, which fixes a front shutter to a side of a movable frame portion of a raft. The device, in particular the drawer, can be moved over/under a carcass to an open position and a closed position, in addition to a drawer and a family. [Prior Art] There are various conventional fixing devices in the prior art for fixing a front shutter of a drawer. Here, the front shutter is fixed by a shutter carrier which is fixed to the front shutter, for example by means of a dowel. The shutter carrier can be fixed by a mechanism (Mechamk) which is provided on the side frame side of the movable furniture portion. Here, the front shutter is generally fixed by a spring-elastic fixing method. However, this method of fixing the front shutter in a spring-elastic manner causes the front shutter to perform an undesired tilting movement with respect to the side frame side of the drawer, so that when the drawer user pulls the drawer out, the original drawer The experience will have a delay of one time before it will follow the front mask. Another disadvantage of this conventional fixture is that it is costly to mount the front shutter on the side frame of the movable furniture section, hand-operated, or if the machine is to be used. SUMMARY OF THE INVENTION 4 201041544 The object of the present invention is therefore to provide a side of a movable piece of furniture that is fixed to a piece of furniture:: placed: a front visor between the side frame edges of the movable piece of furniture The plate can be simply mounted on the side frame side where the movement can be prevented and the front cover. This object is achieved by using a device having a patented vane panel fixed to a movable piece of furniture in the front-end using a device having a patent application range 23 or a frame edge. The drawers and furniture of the characteristics of the staff Ο 依 According to the invention, the machine 槿 right _ , there are legs, we are supported by floating (fliegend, English: fl〇ating). The g-clamping mode is matched with each other, and the two legs are turned to the way of turning, and the two legs are clamped, and the spring element is used, and its action is ::. Confrontation, wherein each retaining portion is fixed to the leg of a == visor carrier is held by the two legs in a clamped manner, and (4) "things can be effectively prevented even if the front visor is large By using the leg of the I-clip pants and the clamping mechanism of the L-shaped structure, the legs of the carrier can be pushed into the side frame, and the front shutter can be used for the agro-operation. It becomes easier, so that it can also be: mechanically using a tool (it will be installed in the direction of the front cover = movement. Here, for the mechanical side: the important thing for women's wear - the point is: the sport only needs Achieved in a predetermined direction, because 2: need to: install equipment for combined motion in the complex direction (this is easy to cause failure). The advantageous design of the present invention is found in the scope of the patent scope. 5 201041544 In an advantageous implementation variant Yin's and the contour of the concave gap are set by the elastic body of the elastic piece (a _en:=;, the closeness of each of the dents _(four)/;" keeps the fine material. For this purpose, the direction is - pure The angle toward the edge of the movable furniture part of the push into the state of the moon towards the shutter carrier ^ For the tilting movement of the side frame side of the drawer, the shutterer pulls out the drawer to prevent aging, so when there is no time delay, the original drawer body follows the front shutter and the other uses the gap-ji The inclined surface, the spring force caused by the spring, the pushing direction of the movable part of the straight b acts to: the shutter can be pulled to the side frame side without gaps. The acting legs are supported by the floating method, so the compensation of the Toleanz's tolerances (Toleranz) can be prevented from being lowered. The compensation of the tolerance on the knife is affected. ',, the edge, the shield The shape of the edge of the body provided with the recess is such that the distance of the edge becomes larger by the direction of the end side of the back cover toward the recess. The second retaining portion is biased by the spring when the shutter carrier is pushed in. Clamp type: up, move, its distance beyond the edge is gradually large' until the leg is forced into the recess by the force 1. This &' with the edge of the shutter carrier ensures that the shutter carrier is simple Push the person to the clamp-type fit. The side frame edge and the spring-loaded holding portion mechanism right-name & μ / λ have an adapter (Adaptersttick) 'It is designed in the form of a υ-shaped strip, which is fixed in the side frame side, which is clamped The mating leg supports the 201041544 in a floating manner in the receiving member' and the shutter carrier can be pushed into the receiving member along the pushing direction of the movable furniture portion. The long leg of the receiving member close to the front shutter is provided a vertically oriented elongated hole concentric with the retaining portion, the retaining portion being guided in the elongated hole as in a carriage. The retaining portions (they are disposed on the legs that are clamped in a manner of δ海) Introducing a floating support in the vertical direction in the vertical direction, because as described above, the mutually cooperating legs are coupled via a rotary joint, but the rotary joint is not fixed to the receiving member or the frame On the side. Since the shutter carrier is free to move vertically when pushed in, the retaining portion can follow the contour of the shutter carrier at the edge of the shutter carrier until the recess. According to another embodiment, a recess is provided in the center of the shutter carrier, and lateral and/or south adjustment means are disposed in the recess to laterally and horizontally position the front shutter relative to the side frame side. Adjustment. There is an advantage in providing the lateral and/or height adjustment means in the shutter carrier, that is: in this manner, when the lateral and/or south adjustment means is provided in the side frame edge itself, the front The installation of the shutter is much simpler. Or the length of the υ-shaped strip that rests in the area near the front visor during adjustment
有—張開元件，利用它可將二腿張開。 此張開元件可使 該側向調整手段可有利地設計成水平的螺絲形式，它 在至少一端具有至少一圓柱形的栓。該至少一栓可在推入 ，由導入斜部」將该遮板載體對該保持部分對準及/ 201041544 該遮板載體很簡單地從該二呈鉗夾形配合的腿之間的夹固 作用鬆開。 S亥遮板載體宜至少有一個（特別是二個）面鏡（鏡像） 對稱平面。如此該遮板載體的安裝較容易，因為遮板載體 可用於固定在左邊以及在右邊的側框邊中，此外，該遮板 載體也可建構成繞遮板載體的中央縱軸轉180。而不喪失功 能。 依另一設計，當將一耦合元件設在上保持部或在上腿 中（該上保持部或上腿承載著此保持部分）使前遮板在高 處時’則可有利地將力量從一附加遮板載體經一第三固定 位置（它設在該高的前遮板上的上側附近）導入到該承接 器（該在此實施例中該承接器係一直延伸到該附加遮板載 體為止）。在此處’力量也從附加遮板載體經過很短的路 徑經該保持部分傳到該設在鄰近的長腿的長孔，且因此有 利地使該高的前遮板特別牢地接到側框邊。 依另一實施例’該機構經一偏心輪設在該側框邊上， 使該前遮板可繞一軸平行於該腿的轉點傾轉。用此方式， 也可δ周整如遮板，以得到在一傢俱中的由數個可動傢倶部 分（它們設有前遮板）構成的一個一體式的面。 茲利用附圖更詳細說明本發明。 【實施方式】 圖1顯示一傢俱（1)’它具有一傢俱體及三個傢倶拉出 件（2)〔它們可從傢俱（1)拉出，它們在此處設計成抽屜（2) 201041544 形式〕。此處所示的抽屜（2)的數目純粹為舉例。在傢俱⑴ 中至少設有-個可拉出的傢倶拉出件。各抽展⑺有一前遮 板（3)，它的朝向係儘量地平行於傢倶體的前側的前緣。 圖2顯示一抽展⑺的例子，它在一底板及一後壁旁有 二個側框邊丄4) ’前遮板(3)(此處不圖示）可固定在側框邊 上。在此，前遮板（3)利用二個遮板載體（5)固定在側框邊⑷ 上，該遮板載體（5)固定在前遮板（3)之朝抽展内部的那一側 〇上。要將遮板載體（5)固定在前遮板（3)上，舉例而言，係設 有螺栓或螺絲，它們從遮板載體（5)之背向前遮板⑺的那一 側穿過「貫通孔」（20)旋入遮板載體（5)進來，且往往也利用 「脹開金屬g栓钉」（Spreizdiibel)，後著設在前遮板⑺ 中設在前遮板（3)之朝向遮板载體⑺之端侧（19)的那一側 上0 也可將該具有脹開心軸（Spreizd⑽）的脹開金屬錄 釘與該遮板載體（5)-體成形做成塑膠射出成形件形式，其 〇巾該脹開⑻在安裝前經由—賴裂位置與該「脹開 匣栓釘」連接。 將各遮板載體（5)推入一機構〔它設在側框邊⑷上〕中 二^疋在各側框邊（4)上。此機構有二個受彈簧施力的保持 板=(:它們在該遮板載體(5)的一保持位置中嵌入遮 ㈤(22)中：立的邊緣〔該邊緣遠離前遮板(3)〕上的凹隙 纟此’錢料施力的保持部分⑽⑴）設在側 =:二遮板載體可沿抽_的推入方“推入該受 彈簧施力的保持部分（12)(13)之間。 、 201041544 如圖3及圖4所示’遮板載體(5)被推 (6)中’㈣定在㈣邊⑷中。此承接件咖-大致^1 i條構件’該型條的外側面上有長孔⑽⑺，保持部分 ⑼（η)在該長孔巾導進。保持❹（12)(13)宜設計成鎖的形 式’其末端具有頭部（38)，其中頭部（38)的直徑比起銷的直 控略大，承接件（6)的下部宜嵌人-第二承接件⑺中。 第二承接件⑺同樣設計成大致υ形且其前區域設計成 向上開口 ’因此第-承接件⑹可從上嵌人第二承接件⑺ 中。有-後區域〔其上方利用一面（41)封閉〕接到承接件⑺ 的此前區域。承接件（7)的此後區域在圖32所示的變更實施 例係一直延伸到側框邊的後端為止。在該處，在承接件（7，） 上設有另一承接件（6)以將可動傢俱部分的一後壁固定。 在第二承接件（7)的前區域中同樣設有長孔（1 8)，它們設 置成使它們對第一承接件（6)的長孔（17)成同心，且可使下保 持件（13)上的端側的頭部（38)變自由。在此，該二個承接件 (6)(7)宜在其相重疊的側壁的區域互相壓合，或粘合或熔 接，也可同樣考慮將承接件（6)(7)做成一樣式。此外，第二 承接件（7)用於當作抽屜底的倚靠（放置）部。 上方長孔（16)與下方長孔（17)之間的距離設計成使該保 持部分（12)(13)〔它們在遮板載體（5)固定的狀態時，係位在 遮板載體（5)之對立的邊緣（23)上的凹隙（2 1)(22)中〕在長孔 (16)及（17)中有一種運動自由度，因此當遮板載體（5)放入承 接件（6)(7)中時，該保持件（12)(13)沿著遮板載體（5)的對立 的邊緣（23)〔它們遠離前遮板〕朝向造成浮動的支承方 10 201041544 式，換言之，保持部分（12)(13)可垂直地互相推開。 如圖4所示’該受料施力的保持部分（i2)(i3)設在孔 (31)中且支承在側框邊⑷的承接件⑹⑺中。在此，如圖6 所示，該二腿（8)(9)在其—端上固定成可互相旋轉調整的方 式’例如利用-螺栓（10)，該螺检⑽嵌入腿⑻（9)末端上的 孔（32)中。也可考慮將腿（8)(9)的末端設計成相嵌入的按 扣式部分或將該由單一部件製成的二腿的末端上的造型 (例如蜿埏狀造型）經由一預彎曲位置將二腿（8)(9)連接， 〇 而使二腿（8)(9)連接成可旋轉調整的方式。 腿（8)(9)宜設計成金屬片部分的形式’其中一腿宜呈 L造形而另一腿（9)則具有二個大約互相平行延伸的腿部以 及一個將該二平行延伸之腿部連接的腿部，俾將該二個設 在一腿（8)(9)之未互相固定之末端上的保持部分（12)(13)的 預定之最小距離確定，並相對於該面（41)得到自由空間。因 此該二腿（8)(9)只經由保持部分（12)(13)在長孔（16)(17)中導 進，呈一種浮動的支承作用。 〇 在腿（8)(9)的互相背向的侧緣上宜設有半圓形的凹隙部 (35)，模製元件（30)可插到該凹隙部（35)，該模製元件（3〇) 至少將一彈簧元件（27)保持住。在此，該彈簧元件（27)保持 在該模製元件（30)〔它設在上腿（8)及下腿（9)之上〕之間， 使該彈簧元件將該二腿（8)(9)在縮，該模製元件（30)宜設計 成使腿（8)(9)的右邊及左邊各設一彈簧元件（27)。 在該腿（8)(9)的互相朝向的側緣上宜設有凹陷部 (33)(34)，該凹陷部形成的方式，使得一張開元件（11)〔它 11 201041544 位在這些凹隙部（33)(34)之間〕可藉著該張開元件⑴）繞著 一條垂直於張開方向的旋轉軸轉動使該腿（8)(9)張開。在 此，該凹隙部（33)(34)的形狀設計成使該張開元件⑴）可定 位在三個穩定的位置中。 在圖Η及15中所示的第一位置時，該張開元件叫 定位成使腿（8)(9)不被輪廓（4〇)(見圖2孔、22c)張開，因 此在輪廓(40)與至少—凹隙部(33)或(34)之間形成一自由空 間’換言之，保持部分（12)(13)位在凹隙（21)(22)中的方式， 使前遮板以無間隙的方式倚在側框邊（4)上。 在圖7〜1〇所示的第二位置中，該張開元件⑴）定位成 使該腿⑻⑼張開到-寬度，使得保持部分（12)(13)剛好仍位 在遮板載體的(5)的凹隙(21)(22)。凹隙⑼之朝向該彈箐元 件⑼的邊緣宜設計成斜部形式，設計成螺栓形式的保持部 为（12)(13)倚在該斜部上。在此，各凹隙（21)(22)之靠近钮央 轉點的邊緣對該可動傢俱部分的推入方向成一純角指向遮 板載體（5)的本體進去。如果保持部分（12)(13)位在遮板載體 (5)的側緣（23)附近’則遮板載體（5)可逆著推入方肖X向前 移動-段小距離，如此，前遮板以某種間隙倚在側框邊⑷ 上，且因此該前遮板可利用一側向及高度調整調整元件⑽ (它在下文將說明）作調整’彈簧元件（27)的彈力與凹隙 (川(22)的輪廓互相配合，使該保持部分⑽（13)逆著推入方 向X以自身央定的方向保持在凹隙⑺）(22)中。如此，舉例 而言，當承接件⑺設成非準確地在框邊⑷上朝向設置時， 前遮板（3)仍能以無間隙的方式拉過來到框邊（4)上。 12 201041544 在圖19〜圖21中所示的位置時，張開元件（11)的定位 方式使腿（8)(9)更進一步張開，使得保持部分（1 2)(13)不再位 在遮板載體（5)的凹隙（21)(22)中。在此位置時，遮板載體（5) 可從、声機構拿出來。 遮板載體（5)宜設計成使該遮板載體（5)的邊緣（23)〔它 們。又有凹隙（21)(22)〕#形狀設成使該邊緣（23)之間的距離 從匕們的老向該前遮板（3)的端側起朝凹隙（21 )(22)的方向 變大。在這些邊緣（23)(它們宜設計成曲線狀）上，在遮板 載體（5)推入到該受彈簧施力的保持部分（12)(U)之間時，該 保持部分（12)(13)由於遮板載體（5)推入而沿邊緣⑼互相推 開i直到它們達到凹隙（21)(22)為止且受到彈菁（27)的回復 力量必然扣人凹隙（21)(22)中。同樣也可考慮將邊緣（23)設 計成直線狀。 由遮板载體（5)引入的力量經過很短的路徑經由保持部 分（12KU)傳到承接件⑹中之相鄰設置的長孔（16)(17)，且There is an open element that can be used to open the legs. This flared element allows the lateral adjustment means to be advantageously designed in the form of a horizontal screw having at least one cylindrical plug at at least one end. The at least one peg can be pushed in, and the visor carrier is aligned with the retaining portion by the lead-in slanting portion and / 201041544 the visor carrier is simply clamped between the two jaw-shaped legs The effect is released. The S-shear carrier should have at least one (particularly two) mirror (mirror) symmetry plane. The mounting of the shutter carrier is thus easier because the shutter carrier can be used for attachment to the left and to the right side frame side. Furthermore, the shutter carrier can be constructed to rotate 180 about the central longitudinal axis of the shutter carrier. Without losing functionality. According to another design, when a coupling element is placed in the upper retaining portion or in the upper leg (the upper retaining portion or upper leg carries the retaining portion) such that the front shutter is at a height, then the force can advantageously be An additional shutter carrier is introduced into the receptacle via a third fixed position (which is disposed adjacent the upper side of the high front shutter) (in this embodiment the adapter extends all the way to the additional shutter carrier) until). Here, the force is also transmitted from the additional shutter carrier through a short path through the retaining portion to the elongated hole provided in the adjacent long leg, and thus advantageously the high front shutter is particularly firmly connected to the side Frame side. According to another embodiment, the mechanism is disposed on the side frame by an eccentric wheel such that the front shutter is tiltable about an axis parallel to the turning point of the leg. In this way, it is also possible to circumscribe a slat to obtain an integral face made up of a plurality of movable furniture parts (which are provided with front visors) in a piece of furniture. The invention will be described in more detail with reference to the drawings. [Embodiment] Figure 1 shows a piece of furniture (1)' which has a specific and three furniture pull-out parts (2) [they can be pulled out from the furniture (1), where they are designed as drawers (2) 201041544 Form]. The number of drawers (2) shown here is purely an example. At least one pull-out of the furniture can be pulled out in the furniture (1). Each of the pumpings (7) has a front shutter (3) whose orientation is as parallel as possible to the leading edge of the front side of the carcass. Fig. 2 shows an example of a drawing (7) having two side frame sides 4) on the bottom plate and a rear wall. The front shutter (3) (not shown here) can be fixed to the side frame side. Here, the front shutter (3) is fixed to the side frame side (4) by means of two shutter carriers (5) which are fixed to the side of the front shutter (3) facing the inside of the drawing. 〇上. The visor carrier (5) is to be fastened to the front visor (3), for example by means of bolts or screws which pass from the side of the visor carrier (5) to the side of the front visor (7) The "through hole" (20) is screwed into the shutter carrier (5), and is often also provided with "swelling metal g studs" (Spreizdiibel), and then placed in the front shutter (7) in the front shutter (3) On the side facing the end side (19) of the shutter carrier (7), the expanded metal nail having the swelled axis (Spreizd (10)) and the shutter carrier (5) can be formed into a plastic. In the form of an injection molded part, the expansion of the wipe (8) is connected to the "expansion peg" via a cleavage position before installation. The shutter carriers (5) are pushed into a mechanism (which is disposed on the side frame side (4)) in the side frame sides (4). This mechanism has two spring-loaded retaining plates = (: they are embedded in the cover (5) (22) in a holding position of the shutter carrier (5): the edge of the edge (the edge is away from the front shutter (3) The upper recess 纟 the holding portion (10) (1) of the weighting force is set on the side =: the two shutter carrier can be pushed into the holding portion (12) of the spring-applied force Between , 201041544 As shown in Fig. 3 and Fig. 4, 'the slab carrier (5) is pushed (6), '(4) is set in the (4) side (4). This accepting piece is - roughly ^1 i piece 'this type The outer side of the strip has a long hole (10) (7) in which the retaining portion (9) (n) is guided. The retaining jaw (12) (13) should be designed in the form of a lock having a head (38) at its end, wherein the head The diameter of the portion (38) is slightly larger than the straight control of the pin, and the lower portion of the receiving member (6) is preferably embedded in the second receiving member (7). The second receiving member (7) is also designed to be substantially dome-shaped and the front region is designed to be Opening upwards' therefore the first receiving member (6) can be inserted from the upper second receiving member (7). The rear-rear region (closed by one side (41) is attached to the previous region of the receiving member (7). The receiving member (7) this The modified embodiment shown in Fig. 32 extends all the way to the rear end of the side frame side, where another receiving member (6) is provided on the receiving member (7) to place one of the movable furniture portions. The rear wall is fixed. Also provided in the front region of the second receiving member (7) are long holes (18) which are arranged such that they are concentric with the long holes (17) of the first receiving member (6) and The end face (38) on the lower retaining member (13) is freed. Here, the two receiving members (6) (7) are preferably pressed against each other or bonded in the region of their overlapping side walls. Or welding, it is also conceivable to make the receiving member (6) (7) into a pattern. In addition, the second receiving member (7) is used as a leaning (placement) portion of the drawer bottom. The upper long hole (16) and The distance between the lower long holes (17) is designed such that the holding portions (12) (13) are tied to the opposite edges of the shutter carrier (5) when the shutter carrier (5) is fixed ( 23) The upper recess (2 1) (22) has a degree of freedom of motion in the long holes (16) and (17), so when the shutter carrier (5) is placed in the receiving member (6) (7) In the middle, the holder (12) (1 3) along the opposite edges (23) of the shutter carrier (5) [they are away from the front shutter] towards the floating support 10 201041544, in other words, the retaining portions (12) (13) can be pushed vertically apart As shown in Fig. 4, the receiving portion (i2) (i3) of the receiving force is provided in the hole (31) and supported in the receiving member (6) (7) of the side frame side (4). Here, as shown in Fig. 6, The two legs (8) (9) are fixed at their ends in a mutually rotatable manner 'for example with a bolt (10) which is embedded in a hole (32) in the end of the leg (8) (9). It is also conceivable to design the end of the leg (8) (9) to be fitted with a snap-on portion or to shape the shape of the end of the two legs made of a single piece (for example, a braided shape) via a pre-bent position. The two legs (8) (9) are connected, and the two legs (8) (9) are connected in a rotatable manner. The legs (8) (9) should preferably be designed in the form of a sheet metal portion. One of the legs should be L-shaped and the other leg (9) has two legs extending approximately parallel to each other and a leg extending parallel to the two. a portion of the leg that is connected to the predetermined minimum distance of the retaining portion (12) (13) disposed on the end of the leg (8) (9) that is not fixed to each other, and relative to the face ( 41) Get free space. Therefore, the two legs (8) (9) are guided only in the elongated holes (16) (17) via the retaining portions (12) (13), providing a floating support. The semi-circular recess (35) is preferably provided on the mutually opposite side edges of the legs (8) (9), and the molding element (30) can be inserted into the recess (35), the mold The component (3〇) holds at least one spring element (27). Here, the spring element (27) is held between the molding element (30) which is disposed above the upper leg (8) and the lower leg (9), so that the spring element separates the two legs (8) ( 9) In the contraction, the molding element (30) is preferably designed such that a spring element (27) is provided to the right and left sides of the leg (8) (9). Preferably, recessed portions (33) (34) are provided on the mutually facing side edges of the legs (8) (9), the recesses being formed in such a manner that an open element (11) [it 11 201041544 is located in these The leg (8) (9) can be opened by the rotation of the opening element (1) by a rotation axis perpendicular to the opening direction. Here, the recess (33) (34) is shaped such that the flared element (1) can be positioned in three stable positions. In the first position shown in Figures 15 and 15, the open element is positioned such that the leg (8) (9) is not opened by the contour (4〇) (see Figure 2, 22c), thus in the contour (40) forming a free space with at least the recess (33) or (34), in other words, maintaining the portion (12) (13) in the recess (21) (22), so that the front cover The plate rests on the side frame edge (4) in a gapless manner. In the second position shown in Figures 7 to 1 , the open element (1) is positioned such that the leg (8) (9) is opened to a width such that the holding portion (12) (13) is still positioned on the shutter carrier ( 5) The gap (21) (22). The edge of the recess (9) facing the magazine element (9) is preferably designed in the form of a bevel, the retaining portion designed in the form of a bolt resting on the inclined portion (12) (13). Here, the edge of each of the recesses (21) (22) near the center of the button enters the direction of the movable furniture portion in a pure angle toward the body of the shutter carrier (5). If the holding portion (12) (13) is located near the side edge (23) of the shutter carrier (5), the shutter carrier (5) can be moved backwards by the push-in direction X-small distance, thus, before The shutter rests on the side frame edge (4) with a certain gap, and thus the front shutter can be adjusted by the side and height adjustment elements (10) (which will be explained below) to adjust the spring force and the concave of the spring element (27). The contours of the slits (22) cooperate with each other such that the holding portion (10) (13) is held in the recess (7)) (22) in the direction in which it is biased against the push-in direction X. Thus, for example, when the receiving member (7) is set to be inaccurately disposed on the frame side (4), the front shutter (3) can still be pulled over the frame side (4) without a gap. 12 201041544 In the position shown in Figures 19 to 21, the positioning element (11) is positioned such that the legs (8) (9) are further opened, so that the holding portion (12) (13) is no longer in position. In the recess (21) (22) of the shutter carrier (5). In this position, the shutter carrier (5) can be taken out of the sound mechanism. The shutter carrier (5) should preferably be designed such that the edges (23) of the shutter carrier (5) [they. Further, the recess (21) (22)] is shaped such that the distance between the edges (23) is from the old end of the front shutter (3) toward the recess (21) (22). The direction of the ) becomes larger. On these edges (23), which are preferably designed to be curved, the holding portion (12) is pushed between the shutter carrier (5) and the spring-loaded holding portion (12) (U). (13) Since the shutter carrier (5) is pushed in and pushed away from each other along the edge (9) until they reach the recess (21) (22) and is subjected to the recovery force of the elastic crystal (27), the recess is inevitable (21) (22) Medium. It is also conceivable to design the edge (23) to be linear. The force introduced by the shutter carrier (5) is transmitted through a holding portion (12KU) through a holding portion (12KU) to an adjacent long hole (16) (17) in the receiving member (6), and
經由承接件⑺傳到該「傢俱拉出導引件」並由該處進一步 傳到傢俱體。在-狹構造的造形的實施例〔其中保持部分 ⑽⑴）只由側邊稍微搭住長孔〇6)〕㈣合，要設有一種 形狀嵌合方式的保持手段以防止保持部分（12)(13)的末端從 長孔⑽⑼脫出，這種保持手段宜用以下方式達成：在保 持部分（12)(13)的端側設置橫截面變大的頭部⑽。 遮板载體宜具有至少一個（ 鏡像對稱平面，因此它在安裝時 位置。 ) 的 尤其是二個互相垂直的 ’可建構與方向性無關 13 201041544 在遮板載體（5)中央設有—凹隙（24),有一側向及高产調 整元件（H)可嵌人該凹隙（24)中。如圖5的遮板載體⑺:詳 細圖所示’該側向與高度調整元件⑽由_圓形盤構成。為 了將遮板載體（5)作高度調整’宜將十字槽孔（26)開設到該圓 形盤中，以便利用-工具（例如_螺絲起子 > 自作，㈣ 它將該盤轉動而調整高度，其中有一「側向調整螺絲」⑽ 以偏心方式設在該盤中的凹隙(2 5 )中，其由圓形盤突伸出來 的頸部倚在承接件（6)的-㈣件（42)上，㈣它相對於承接 件（6)的軸環件（42)的相對位置。前遮板⑺的重力經由該遮 板載體（5)及該設在其巾的側向及高度調整元件（14)傳到該 「側向調整螺絲」(i 5)，並由其頸部傳到承接件⑹上的軸環 件⑷）上，並經由承接件⑺進_步傳到「傢俱拉出導引件」 並由該處進一步傳到傢俱體。 圖6顯不該呈钳夾方式配合的腿（8)(9)以及該作用到腿 (8) (9)上的彈簧元件（27)的詳細圖。彈簧元件（2乃宜設計成圓 柱形彈簀元件（27)的形式。在彈簧元件⑼各端上，首先有 保持區域（28)〔其直控比起中央區域更小〕接到彈菁元件 ()的中央區域。此區域被該模製元件⑽）的；貞（η)(它們 設有-槽孔）圍扣住。在彈簧元件（27)各端上各設有一頭部 (9) #直徑^成比保持部分（28)更大，且彈簧元件⑼ 在模製tl件（3G)中固定位而防止彈簣元件（27)向縱軸的方向 運動。在模製元件⑽中央設有-槽孔，它設有-半圓形的 卜翻。P (Ausstulpung) (36)，該外翻部（36)嵌入腿⑻（9)的 半圓升/凹隙(35)中且只此將模製元件㈣確實地保持在腿 14 201041544 (8)(9)上。 士圖7〜圖！〇顯示在遮板載體⑺與前遮板（3)作高度調整 時，該機構與遮板載體（5)合作的情形。在此可看出：藉著 調整該高度及側向調整手段（14)，使側向調整螺絲⑽向曰上 轉（如圖8所示）會使遮板载體（5)相對於承接件⑹下降。 如果側向調整螺絲（15)調至其τ位置，則這點會造成遮板载 體（5)相對於承接件（6)及相對於抽展⑺的側框邊⑷上升。在 此i長孔（16)(17)(18)設計成使高度調整可以做到由該側向 及咼度調整裝置（14)所定的距離。 圖11〜圖13顯示遮板載體（5)的可側向調整性。在此， 將測向調整螺絲(戦其縱轴轉動，這點使遮板載體⑸在側 向調整螺絲（15)的函殼面上沿其縱軸移動，且因此使整個遮 板載體（5)移動。 在以下配合圖14〜圖21說明遮板載體（5)從保持部分 (12)(13)的鼓合狀態解除的過程。為此，須將張開元件（⑴ 轉到腿⑻⑼的凹隙（33)(34)中。圖22a〜22c以詳細圖顯示 張開元件（11) ^張開元件（11)的一操作側上宜有一個十字槽 孔（80)，有一「旋轉工具」（例如一螺絲起子）可嵌入該十 字槽孔中，制該工具可將張開元件⑴）繞一條垂直於操作 面的平面的轉軸轉動。如圖2213所示’張開元件（11)中央設 有一槽孔，因此張開元件（π)用二個外體（39)圍扣住腿（8)(9) 的内緣。在張開元件（11)的槽孔中，它設有一輪廓（4〇)，該 輪廓（40)與腿（8)的内緣的凹隙（33)(34)配合而控制腿（8)(9) 的張開運動。 15 201041544 圖14及15顯示二腿（8)(9)在一固定位置，在此處該保 持部分（12)(13)位在遮板載體的凹隙（21)(22)中，並如上 述與彈簧元件（27)配合將該遮板載體用自身夾定的方式牢 牢保持住，張開元件（11)的輪廓（4〇)位在凹陷部（33)(34)之 間，其間留有間隙。 在圖16、17、18中’張開元件（11)沿凹隙（33，）（34)移 動一段第一部分距離。在此，該二腿（8)(9)反抗著彈簣元件 (27)的彈力張開了一個角度，此角度係由輪廓（4〇)與凹隙 (33 )(34)的配合作預定，其中，保持部分（12)(13)仍然一直 與該遮板載體（15)沿抽屜的拉出方向的運動作反抗而阻擋 其運動。此外，在此位置時，如上述，可將前遮板作調整。 圖19〜圖21顯示腿⑻(9)在一更進一步張開的位置。 在此，張開元件（11)在凹隙（33，，）（34)中推進（v〇micken) 到-釋放位置。如此，保持部分（12)(13)互相遠離，使它們 不再能嵌入遮板載體(5)的凹隙(21)(22)中。如此，遮板载體 (5)釋放且可沿拉出方向從承接件（6)拉出來。 凹隙（33’)(33，，)之間的過渡區宜設計成使該以—端位在 一凹隙⑴’）或（33’’）中的張開元件⑴）不能用相同端進—步 移到另-凹隙(33”)或(33’)中’舉例而言，這種做法係用於 防止張開元件意外地滑開或進一步轉動。要到達該張開元 件(⑴之圖!6'圖17、圖18中所示的位置卻是藉著將張開 ^牛⑴）沿-方向（此處係沿逆時針方向轉動）轉動，而要 達到該張開元件⑴）之目19、圖2〇、圖21令所示的 是藉著將張開元件⑽沿-相反方向（此處係沿順時針方 16 201041544 向）轉動而達成。 圖23〜28顯示該裝置另—實施例，它用於將此裝置使 用在同的則遮板上。在此有一附加遮板載體（6〇)設在一滑架 部分（46)上方，有一耦合元件（44)設在上保持部分（12)上或 在上腿（8)上。如此，可有利地使力量從遮板部分（43)導至承 接器（6 )〔匕在此實施例中一直延伸到附加遮板載體（6〇)〕， 經-第三保持部分（5〇)〔它設在該高的前遮板⑺的上側附 近〕導入。 如圖29〜圖31所示，附加遮板载體（6〇)由一滑架部分 (46)可在該滑架部分（46)中移動的遮板部分（43)〔它的 端:（54)同樣設有貫通孔（55)以將該附加遮板載體_固定 在月J遮板（3)上〕、以及—連接部分（56)〔它將滑架部分（46) 與遮板部分（43)連接〕構成。 "、在遮板部分（43)之背向前遮板（3)的那一側上有滑軌（47) :遮板部分（43)突出來，滑轨呈凹隙（48)〔它與滑軌（47)配 合〕的造型突伸到滑架部分（46)進去。 滑架部分(46)的上緣(53)從前遮板(3)離開設計成下降 曲線形式，且它在遮板部分（43)附近有—凹隙（52)以容納一 ^持部分⑽’該保持部分宜設計成—銷的形式，鎖末端具 有碩部（5υ。保持部分（5_頭部（5υ從上長孔（49)突出來， ^長孔在承接器（6，）的上區域中形成。此外，保持部分⑽ 找過該轉合元件（44)的上端，合元件的上部設計成叉形且 、士由-固定元件（45)固定在上腿⑻成可轉動的枢接方式。 附加遮板載體（60)宜設計成使遮板部分（43)可隨連接部 17 201041544 分（56)在相對於滑架部分（46)的—個預定相對位置作調整， 且因此使前遮板(3)能作傾斜度的調整，因此前遮板的上、 下緣可和其他傢俱部分在同_平面上（Mindig)對齊。為此， 該連接部分（56)宜設計成調整螺絲，在—頸部⑽上有外螺 紋，並具有一頭部（57)，且該頸部（58)之與頭部（57)對立的 那-端上有-料字槽孔（59)，其中該頸部（Μ)穿過遮板部 分（43)中的—孔，且外螺紋與滑架部分（46)的-孔（62)中的 内螺絲嚙合’且因此可藉著將該調整螺絲轉動而調整滑架 部分（46)與遮板部分（43)之間的距離。如此該前遮板⑺的上 部進-步被拉人傢俱體⑺中進去或進—步拉出來，所以如 此可將前遮板整個作傾轉。 此處力量也是從附加遮板載體（6〇)經由很短的路秤經 保持部分⑽傳到承接件（6，）的長孔（49)並由承接件傳到承 接件⑺’且因此使高的前遮板（3)和側框邊⑷特別牢地接 合0 圖33〜圖36顯示另-實施例，其中該機構經由一偏心 輪（64)〔它與腿⑻⑺呈作用連接，且具-調整元件⑽” 在側框邊上。㈣此偏心輪（64)可將該機構之與腿 ^ 接的部分以及該遮板载體⑺繞該側向及高度調整元件 的頸部的接觸位置的—㈣該轴環件（42)〔它平行於 =度：整元件(14)的中央轴〕沿正旋轉方向或負旋轉方向 傾轉-角度卢，俾使前遮板(3)能作傾斜度的調整。 圖37〜46顯示一本發明的固定機構的又一實施變更 例。在此實施變更例中，遮板載體（5，）設計成使它容納一高 18 201041544 度調裝置（66)和一張開元件（67) ^此處該高度調整裝置（66) 設計成圓盤形式。該圓盤的周圍至少部分地設有齒牙構造It is transferred to the "furniture pull-out guide" via the receiving member (7) and further passed to the home by the place. In the embodiment of the forming of the narrow structure (wherein the holding portion (10) (1)) is only slightly supported by the side edges 6), the holding means is provided with a shape fitting manner to prevent the holding portion (12) ( The end of 13) is released from the long hole (10) (9), and this holding means is preferably achieved in such a manner that a head portion (10) having a large cross section is provided on the end side of the holding portion (12) (13). The shutter carrier preferably has at least one (mirror plane of symmetry, so that it is in position at the time of installation), in particular two mutually perpendicular 'constructible and directionality independent 13 201041544 in the center of the shutter carrier (5) - concave The gap (24) has a lateral and high-yield adjustment element (H) that can be embedded in the recess (24). The visor carrier (7) of Fig. 5 is shown in detail in detail. The lateral direction and height adjusting member (10) is composed of a _ circular disk. In order to adjust the height of the shutter carrier (5), it is advisable to open the cross slot (26) into the circular disk in order to use the tool (for example, the screwdriver) to adjust the height by rotating the disk. , wherein a "lateral adjustment screw" (10) is eccentrically disposed in the recess (25) in the disc, and the neck projecting from the circular disc rests on the - (four) piece of the receiving member (6) ( 42) upper, (d) its relative position relative to the collar member (42) of the receiving member (6). The gravity of the front shutter (7) is adjusted via the shutter carrier (5) and the lateral and height of the towel The component (14) is transmitted to the "lateral adjustment screw" (i 5) and passed from the neck to the collar member (4) on the receiving member (6), and is transferred to the "furniture pull" via the receiving member (7). The guide is "out of the guide" and is further passed to the home. Figure 6 shows a detailed view of the leg (8) (9) that fits in a clamped manner and the spring element (27) that acts on the leg (8) (9). The spring element (2 is preferably designed in the form of a cylindrical magazine element (27). At each end of the spring element (9), there is first a holding area (28) [which is smaller than the central area) to the spring element The central area of () is surrounded by the molded element (10); 贞(η) (they are provided with slots). A head (9) is provided on each end of the spring element (27). The diameter is larger than the holding portion (28), and the spring element (9) is fixed in the molded tl piece (3G) to prevent the elastic element. (27) Movement in the direction of the vertical axis. In the center of the molding element (10) is provided a slot, which is provided with a semi-circular turn. P (Ausstulpung) (36), the everted portion (36) is embedded in the semicircular liter/recess (35) of the leg (8) (9) and only the molded element (4) is securely held in the leg 14 201041544 (8) ( 9) Up. Figure 7 ~ Figure! 〇 shows the cooperation of the mechanism with the shutter carrier (5) when the shutter carrier (7) and the front shutter (3) are height-adjusted. It can be seen here that by adjusting the height and the lateral adjustment means (14), the lateral adjustment screw (10) is turned upwards (as shown in Fig. 8) so that the shutter carrier (5) is opposed to the receiving member. (6) Decline. If the lateral adjustment screw (15) is adjusted to its τ position, this will cause the shutter carrier (5) to rise relative to the socket (6) and the side frame edge (4) relative to the drawing (7). The i-long holes (16) (17) (18) are designed such that the height adjustment can be made by the lateral and twist adjustment means (14). Figures 11 to 13 show the lateral adjustability of the shutter carrier (5). Here, the direction-finding adjustment screw (which rotates its longitudinal axis) causes the shutter carrier (5) to move along its longitudinal axis on the side of the lateral adjustment screw (15) and thus the entire shutter carrier (5) The movement of the shutter carrier (5) from the bulging state of the holding portion (12) (13) will be described below with reference to Fig. 14 to Fig. 21. To this end, the opening member ((1) is turned to the leg (8) (9). In the recesses (33) (34), Figures 22a to 22c show the opening element (11) in a detailed view. There is a cross slot (80) on an operating side of the opening element (11), and a "rotating tool" (For example, a screwdriver) can be inserted into the cross slot, and the tool can rotate the opening element (1) around a rotation axis perpendicular to the plane of the operation surface. As shown in Fig. 2213, the center of the expansion element (11) A slot is provided, so that the opening element (π) is fastened to the inner edge of the leg (8) (9) by two outer bodies (39). In the slot of the opening element (11), it is provided with a contour (4〇), the contour (40) cooperates with the recess (33) (34) of the inner edge of the leg (8) to control the opening movement of the leg (8) (9). 15 201041544 Figures 14 and 15 show The leg (8) (9) is in a fixed position where the retaining portion (12) (13) is located in the recess (21) (22) of the shutter carrier and cooperates with the spring element (27) as described above The shutter carrier is firmly held by itself, and the profile (4〇) of the flared member (11) is located between the recesses (33) (34) with a gap therebetween. 17,18, the 'opening element (11) moves along the recess (33,) (34) for a first partial distance. Here, the two legs (8) (9) oppose the elastic force of the magazine element (27) An angle is opened which is predetermined by the cooperation of the contour (4〇) and the recess (33) (34), wherein the retaining portion (12) (13) remains with the shutter carrier (15) along the drawer The movement in the pull-out direction resists and blocks its movement. Further, in this position, the front shutter can be adjusted as described above. Fig. 19 to Fig. 21 show the leg (8) (9) in a further open position. Here, the opening element (11) is advanced (v〇micken) to the release position in the recess (33,,) (34). Thus, the holding portions (12) (13) are separated from each other so that they are no longer Can be embedded in the shutter In the recess (21) (22) of the carrier (5), the shutter carrier (5) is released and can be pulled out from the receiving member (6) in the pulling-out direction. The recess (33') (33, The transition zone between the two should be designed such that the open element (1) with the end position in a recess (1)') or (33'') cannot be moved in the same way - to the other - recess (33) In the case of ") or (33'), for example, this is used to prevent the opening element from accidentally slipping or further rotating. To reach the opening element (Fig. 1 of Fig. 6' Fig. 17, Fig. 18 The position shown is rotated by the opening of the cattle (1) in the - direction (here, counterclockwise rotation), to achieve the opening element (1)) 19, Figure 2, Figure 21 This is achieved by rotating the flared element (10) in the opposite direction (here, clockwise side 16 201041544). Figures 23 through 28 show another embodiment of the apparatus for use with the apparatus on the same shutter. Here, an additional shutter carrier (6 turns) is provided above the carriage portion (46), and a coupling member (44) is provided on the upper holding portion (12) or on the upper leg (8). In this way, it is advantageous to conduct the force from the shutter portion (43) to the receptacle (6) [in this embodiment, to the additional shutter carrier (6〇)], the third retaining portion (5〇) ) (It is placed near the upper side of the high front shutter (7)]. As shown in Fig. 29 to Fig. 31, the additional shutter carrier (6〇) is a shutter portion (43) which is movable in the carriage portion (46) by a carriage portion (46) [its end: ( 54) A through hole (55) is also provided to fix the additional shutter carrier _ on the moon J shutter (3), and a connecting portion (56) [it will slide the portion (46) with the shutter portion (43) Connection] composition. ", on the side of the shutter portion (43) on the side of the front shutter (3), there is a slide rail (47): the shutter portion (43) protrudes, and the slide rail has a recess (48) [it The shape of the slide rail (47) protrudes into the carriage portion (46). The upper edge (53) of the carriage portion (46) is designed to descend from the front shutter (3) and has a recess (52) adjacent the shutter portion (43) to accommodate a holding portion (10)' The retaining portion should be designed in the form of a pin, and the end of the lock has a large portion (5 υ. The retaining portion (5_head (5 突出 protrudes from the upper long hole (49), ^ long hole is on the adapter (6,)) Formed in the region. Further, the retaining portion (10) finds the upper end of the turning element (44), the upper portion of the engaging member is designed to be fork-shaped, and the retaining member (45) is fixed to the upper leg (8) for pivotal pivoting. The additional shutter carrier (60) is preferably designed such that the shutter portion (43) can be adjusted with respect to the predetermined relative position of the carriage portion (46) with the joint portion 17 201041544 (56), and thus The front shutter (3) can be adjusted for inclination, so the upper and lower edges of the front shutter can be aligned with other furniture parts on the same plane (Mindig). For this purpose, the connecting part (56) should be designed to be adjusted. a screw having an external thread on the neck (10) and having a head (57) opposite the head (57) - a slotted slot (59) on the end, wherein the neck (Μ) passes through the aperture in the shutter portion (43) and the external thread is in the hole (62) of the carriage portion (46) The inner screw engages 'and thus the distance between the carriage portion (46) and the shutter portion (43) can be adjusted by rotating the adjusting screw. Thus the upper portion of the front shutter (7) is stepped into the furniture The body (7) is pulled in or pushed in, so that the front shutter can be tilted as a whole. Here, the force is also transmitted from the additional shutter carrier (6〇) to the socket via the short road scale through the holding portion (10). The long hole (49) of (6,) is transmitted from the receiving member to the receiving member (7)' and thus the high front shutter (3) and the side frame edge (4) are particularly firmly engaged. FIG. 33 to FIG. 36 show another implementation. For example, the mechanism is connected via an eccentric wheel (64) (which is operatively connected to the legs (8) (7) and has an adjustment element (10)" on the side frame side. (4) The eccentric wheel (64) can connect the mechanism to the leg And the portion of the shutter carrier (7) about the contact position of the lateral and height adjusting member necks - (d) the collar member (42) [it is parallel to = degree: integer The central axis of (14) is tilted in the positive or negative direction of rotation - the angle is adjusted to allow the front shutter (3) to be tilted. Figures 37 to 46 show another embodiment of the fixing mechanism of the present invention. A modified example is implemented. In this embodiment, the shutter carrier (5,) is designed such that it accommodates a high 18 201041544 degree adjustment device (66) and an open element (67). Here the height adjustment device (66) Designed in the form of a disc. The circumference of the disc is at least partially provided with a tooth structure
(70) ’對應於此’凹隙（68)〔高度調整裝置嵌入在該凹 隙（68)中〕設計成長孔形式，其中凹隙（68)到長孔的距離做 成使尚度調整裝置（66)周圍的齒可與凹隙（68)的内齒牙（69) 脫離嚙合。為了將此機構的高度作調整，在高度調整裝置（66) 上宜再設一個十字槽孔（71)，它開口到一圓柱體中，該圓柱 體從高度調整裝置（66)的外側面突出來，其中該圓柱體的頸 邛（7)再度當作s亥承接器（7，）的軸環件（42)的倚靠部之用。 到遮板載體（5，）之背向前遮板（3)的 張開元件（67)開 那-端上的-孔(76)中。如圖41中所示，張開元二二;設: 成圓柱體形式’具有—個開σ到函殼中的槽（74)，其中在中 心設有-框條（75)，它在腿（8，）(9，）的閉合位置時係平平地倚 在腿㈣9’)之互相朝向的邊緣上。要將腿⑹⑺張開，係 將該張開元件(67)轉動，例如利用一螺絲起子〔它可敌入張 開元件（67)的端側上的一個十字槽孔（72)中〕，使得 腿（8’）（9，）的互相朝向的邊緣 丄 玉置 如在前述實施變更 例，在此位置時，該保持部分 ^ ^ ^ ^ . )〇3)互相間隔一段距離， 使侍它們不再嵌入遮板載體(5，)的凹隙(21)(22)中。 定機ΓΓ*4213中顯*在腿（8，)(9，）的張開位置時的固 疋機構，圖43a及43b顯示 ㈣固 定機構。 腿(8)(9)的閉合位置時的固 圖42、43、44所示，彈蕃—从… 施變 彈簧 * . , , , ” 70件（27’）的襄置在此 更例中也做不同。在此實施變 欠更例中，上腿（8，）設有 19 201041544 導引件㈤，有-Μ縮彈簧（27，）可插到其上，因此該彈 =保持在腿（8，）上的-槽（㈣的頂點（W咖）。壓缩 = 的另—端㈣在一「彈簧止擒件」⑽上，後者固 疋第一腿（9)上，且和彈菁導引件（77)的自由端對立。 如果將張開S件（67)從閉合位置轉到張開位置，則這種 動作使腿(8’)(9’)之朝向前遮板(3)的那一端張開。在此，彈 簧止播件（78)被壓向彈簧導引件（77)的方向且㈣彈菩 被端緊。如果隨後將張開元件（67)再轉回閉合位置，則咳端 緊的壓縮彈f (27，）使腿（8，）(9，）作回復運動回到閉合位置。 一圖46a與46b顯示圖37〜45的機構的實施變更例在該 高度調整裝置（66)的不同的高度調整狀態。 / 【圖式簡單說明】 圖1係本發明的傢俱的一實施例的立體示意圖； 圖2係一抽屜的立體圖，前遮板被拿開； 圖3係一部分切開的側框邊的立體圖，具有設在其中 的固定機構； ~ 圖4係该機構的立體分解圖； 圖5係β亥遮板載體的一實施變更例的立體詳細視圖； 圖6係該呈鉗夹方式合的腿以及設在其上的彈簧元件 的立體分解圖； 圖7〜圖1〇係該固定機構在調整到不同高度的位置的 各種不同視圖； 圖11〜圖13係該固定機構在調整到不同側向位置的前 20 201041544 視圖； 圖14〜圖2 1係具有及不具承接件的固定機構在該呈鉗 夾方式配合的腿的不同位置的數個側視圖； 圖22a〜22c係該張開元件不同視圖； 圖23〜圖28係高的前遮板用的固定機構的一實施變更 例的各種不同視圖； 圖2 9〜圖3 1係高的前遮板用的附加遮板載體的一實施 變更例的各種不同視圖； 0 圖32係另一實施變更例的視圖，具有設在其中的固定 機構， 圖3 3〜圖3 5係用於將前遮板作斜度調整用的可用偏心 輸調整的機構的一實施變更例的各種不同視圖； 圖3 6係A圖3 5 a中的切線3 6 — 3 6經可用偏心輪調整的 機構的一分段剖面圖，其中前遮板不作斜度調整； 圖3 7係一個部分切開的側框邊的另一實施變更例的立 體圖，具有設在其中的固定機構； ϋ 圖3 8〜圖4 1係該遮板載體的—實施變更例的各種不同 祝圖’它具有一另類的高度調整單元及一張開元件； 圖42a、42b係圖37中在腿的張開位置的固定機構的上 祝圖； 圖43係圖37中在腿的閉合位置的固定機構的上視圖； 圖44係圖37中固定機構的分解圖； 圖45係圖37中之安裝在側桓邊中的固定機構的立體 圖； 21 201041544 圖46a、46b係圖37中的固定機構的上視圖，高度調整 元件調整到不同的高度。 【主要元件符號說明】 (1) 傢倶 (2) 抽屜/傢倶拉出件/可動的傢倶部分 (3) 前遮板 (4) 側框邊 (5) 遮板載體 (5’） 遮板載體 (6) 承接件 (6’） 承接件 (7) 承接件 (7’） 承接件 (8) 腿 (8，） 腿 (9) 腿 (9，） 腿 (10) 銷 (11) 張開元件 (12) 保持部分 (13) 保持部分 (14) 側向與高度調整元件 (15) 側向調整螺絲 22 201041544(70) 'corresponding to this' the recess (68) [the height adjusting device is embedded in the recess (68)] is designed in the form of a growing hole, wherein the distance from the recess (68) to the long hole is made to make the adjustment device (66) The surrounding teeth can be disengaged from the internal teeth (69) of the recess (68). In order to adjust the height of the mechanism, a height slot (71) is preferably provided with a cross slot (71) which opens into a cylinder which protrudes from the outer side of the height adjustment device (66). Here, the neck (7) of the cylinder is again used as the abutment of the collar member (42) of the shoal receiver (7,). The opening element (67) of the back front shutter (3) to the shutter carrier (5,) is opened in the - hole (76) at the end. As shown in Fig. 41, the opening element 22; is: in the form of a cylinder 'having an opening σ to the groove (74) in the shell, wherein the center is provided with a - frame strip (75), which is in the leg (8) , (9,) in the closed position is flat on the mutually facing edges of the legs (four) 9'). To open the leg (6) (7), the opening element (67) is rotated, for example by means of a screwdriver (which can be entrapped in a cross recess (72) on the end side of the opening element (67)) The mutually facing edges of the legs (8') (9,) are placed as in the previously described modification, in which the holding portions ^^^^.)〇3) are spaced apart from each other so that they are no longer Embedding into the recess (21) (22) of the shutter carrier (5,). Fixing machine *4213 shows the fixing mechanism when the legs (8,) (9,) are in the open position, and Figs. 43a and 43b show the (4) fixing mechanism. In the closed position of the leg (8) (9), as shown in the solid maps 42, 43, 44, the spring--from the ... spring, *, ,,,,,,,,,,,,,,,,,,,,,, In this embodiment, the upper leg (8,) is provided with 19 201041544 guides (five), and the -retracting spring (27,) can be inserted thereon, so the bullet = remains in the leg (8,) on the - slot ((4) apex (W coffee). Compression = the other end (four) on a "spring stop" (10), the latter fixed on the first leg (9), and The free ends of the guides (77) are opposite. If the open S (67) is turned from the closed position to the open position, this action causes the legs (8') (9') to face the front shutter (3) The end of the opening is open. Here, the spring stop (78) is pressed in the direction of the spring guide (77) and (4) the end is tightened. If the open element (67) is subsequently turned back to close Position, the cough-tight compression bomb f (27,) causes the leg (8,) (9,) to return to the closed position. Figure 46a and 46b show an embodiment of the mechanism of Figures 37-45. Different height adjustments for the height adjustment device (66) BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an embodiment of the furniture of the present invention; Fig. 2 is a perspective view of a drawer, the front shutter is removed; Fig. 3 is a perspective view of a partially cut side frame side And FIG. 4 is an exploded perspective view of the mechanism; FIG. 5 is a perspective detailed view of an embodiment of the β-shear carrier; FIG. 3D exploded view of the spring element disposed thereon; FIG. 7 to FIG. 1 are various views of the fixing mechanism at positions adjusted to different heights; FIGS. 11 to 13 are the fixing mechanisms adjusted to different lateral positions. Top 20 201041544 views; Figures 14 to 2 1 are several side views of the fixing mechanism with and without the receiving member at different positions of the jaw-fitted leg; Figures 22a to 22c are different views of the opening member FIG. 23 to FIG. 28 are various views of a modification of the fixing mechanism for the front shutter, and FIG. 2 is a modification of the embodiment of the additional shutter carrier for the front shutter. Various different views; 0 Figure 32 A view showing another modification of the embodiment, having a fixing mechanism provided therein, and FIGS. 33 to 35 are various modifications of an embodiment of a mechanism for adjusting the eccentricity of the front shutter for adjusting the inclination. Figure 3 6 Series A Figure 3 5 a tangent line 3 6 - 3 6 A sectional view of the mechanism that can be adjusted by the eccentric wheel, wherein the front shutter is not adjusted for inclination; Figure 3 7 is a partial cut A perspective view of another embodiment of the side frame side has a fixing mechanism provided therein; ϋ FIG. 38 to FIG. 4 1 are various illustrations of the embodiment of the shutter carrier, which have an alternative Figure 42a, 42b is a top view of the securing mechanism of the leg in the open position of Figure 37; Figure 43 is a top view of the securing mechanism of the leg in the closed position of Figure 37; 44 is an exploded view of the fixing mechanism of FIG. 37; FIG. 45 is a perspective view of the fixing mechanism installed in the side rim of FIG. 37; 21 201041544 FIGS. 46a, 46b are top views of the fixing mechanism of FIG. 37, height adjusting components Adjust to a different height. [Main component symbol description] (1) Furniture (2) Drawer/family pull-out/movable furniture part (3) Front shutter (4) Side frame edge (5) Shading carrier (5') Plate carrier (6) Adapter (6') Adapter (7) Adapter (7') Adapter (8) Leg (8,) Leg (9) Leg (9,) Leg (10) Pin (11) Open element (12) Hold part (13) Hold part (14) Lateral and height adjustment element (15) Lateral adjustment screw 22 201041544
(16) 長孔 (17) 長孔 (18) 長孔 (19) 端側 (20) 孔/貫通孔 (21) 凹隙 (22) 凹隙 (23) 邊緣 (24) 凹隙 (25) 凹隙 (26) 十字槽孔 (27) 彈簀元件 (27，） 彈簀元件（壓縮彈簧 (28) 保持區域 (29) 頭部 (30) 模元件 (31) (32) (33) 凹陷部/凹隙 (33，） 凹陷部/凹隙 (33，，） 凹陷部/凹隙 (34) 凹陷部 (35) 凹隙 (36) 外翻部 23 201041544 (37) 顎 (38) 頭部 (39) 外體 (40) 輪廓 (41) 面 (42) 轴環件 (43) 遮板部分 (44) 辆合元件 (45) 固定元件 (46) 滑架部分 (47) 滑軌 (48) 凹隙 (49) 長孔 (50) 保持部分 (51) 頭部 (52) 凹隙 (53) 邊緣 (54) 端側 (55) 孔/貫通孔 (56) 連接部 (57) 頭部 (58) 頸部 (59) 十字槽孔 (60) 附加遮板載體 24 201041544(16) Long hole (17) Long hole (18) Long hole (19) End side (20) Hole/through hole (21) Notch (22) Recess (23) Edge (24) Recess (25) Concave Gap (26) Cross slot (27) Magazine element (27,) Magazine element (compression spring (28) Holding area (29) Head (30) Modular element (31) (32) (33) Depression / Recess (33,) Depression/Recess (33,,) Depression/Recess (34) Depression (35) Recess (36) Eversion 23 201041544 (37) 颚 (38) Head (39 Outer body (40) Contour (41) Face (42) Collar member (43) Shutter part (44) Coupling element (45) Fixing element (46) Carriage part (47) Slide rail (48) Gap (49) Long hole (50) Holding part (51) Head (52) Notch (53) Edge (54) End side (55) Hole/through hole (56) Connection (57) Head (58) Neck Part (59) Cross slot (60) Additional shutter carrier 24 201041544
(61) 子L (62) (63) 承接件 (64) 偏心輪 (65) 調整元件 (66) 高度調整裝置 (67) 張開元件 (68) 凹隙 (69) 齒牙構造/内齒牙構造 (70) 齒牙構造 (71) 十字槽孔 (72) 十字槽孔 (73) 頸 (74) 槽 (75) 框條 (76) 子L (77) 彈簧導引件 (78) 彈簧止擋部 (79) 槽 (80) 十字槽孔 a 角度 β 角度 25(61) Sub L (62) (63) Adapter (64) Eccentric (65) Adjustment element (66) Height adjustment (67) Opening element (68) Recess (69) Tooth construction / internal teeth Construction (70) Tooth construction (71) Cross slot (72) Cross slot (73) Neck (74) Slot (75) Frame strip (76) Sub L (77) Spring guide (78) Spring stop Section (79) Slot (80) Cross Slot a Angle β Angle 25