M365393 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種緩衝式_結構，主要_連動件之抵壓塊 端抵觸於緩衝件之偏轉件端，使舰齡之作轉被㈣，以達到閉 合作動之緩衝功效者。 【先前技術】 按，一般櫥櫃、衣櫥或其他各式傢倶，櫃體與門板之間多是利用 鉸鍊來互相連接’使門板能於櫃體上樞轉，以達到開啟或關之動作， 而習知-種鉸鏈結構，請由第8圖及第9圖所示觀之，鉸鍊⑽係由 -門板固定飾1)域—連接件(62)後，再於連接件⑽另端樞接有 一安裝單元(63)而成，且連接件(62)與安裝單元(63)間係設有一扭力 彈簧(64)，而安裝單元⑽)上則鎖結有一固定板⑽，藉此，該習知 鉸鍊(60)在實際使用時’係以門板固定座(61)連接一門板，而固定板 (65)則可設置於各式傢俱櫃體之内壁面，使門板可於櫃體上樞轉作 動以達到開啟或關閉之功效，然而，習知欽鍵結構於實施使用時， 係利用扭力彈簧(64)之設置，雖能在門板關閉時提供主動復位之作用 力，由於復位之作用力過大，且不具有緩衝效果，故容易造成門板在 關閉時會與櫃體產生急速之碰撞聲響，該急速碰撞不僅會加速門板、 櫃體與欽鍊(60)之損壞，更會因此而發出惱人之噪音，並有夾傷使用 者之虞慮問題。 有鑑於此，創作人本於多年從事相關產品之製造開發與設計經 驗，針對上述之目標，詳加設計與審慎評估後，終得一確具實用性之 M365393 本創作。 【新型内容】 欲解決之技術問題點： 習知鎖於實施時’並不具有緩触果，使門板_閉時容 賴麵產生急速之碰縣響，更可錢成門板、櫃體或鉸鏈受到損 • 壞之問題缺失，此乃本創作欲解決之技術問題點者。 ® 解決問題之技術特點： 一種緩衝式鉸鏈結構，其包括一門板固定座、一連接架、一連動 件、-緩衝組件-固定板齡而成，其中，門板固定座一側設有凹槽， 凹槽側邊設有貫穿狀之第-樞設孔及第二樞設孔，連接架一端部設有 貫穿狀之第-樞接孔、第二樞接孔，並於第―、第二樞接孔後方設有 貫穿狀之軸孔及定位孔，該連接架之第—樞接孔係植結―連接件，其 連接件前後端分刷設有第-樞孔及第二樞孔’該第—柩孔係以固定 件穿組樞結於門板固定座之第-樞設孔，而第二槐孔則以固定螺栓樞 . 接於第一樞接孔，並於固定螺栓處套設有一扭力彈簧，另於連接架内 • 部組設一卡掣座，該卡掣座一端凸設有二對稱之卡掣片，並於另一端 緣組設有一按壓件，且於按壓件端部設有一卡扣部，並於按壓件及卡 扣部之有容置槽以供裝設-彈性件，—連動件係由數連接片所層 層相疊組合而成，其兩端分別開設有第一樞孔及第二枢孔，該第二樞 孔係提供固定螺栓之穿組樞結，且於第二樞孔侧邊凸伸有抵壓塊，又 該抵壓塊之外端緣處凹設有上卡掣槽及下卡掣槽，而連動件之第二樞 M365393 孔兩侧可配合組設有襯塊，一緩衝組件包含有緩衝件及偏轉件，且緩 衝件一端設有定位孔，並於緩衝件另一端滑設有一作動桿，該作動桿 之末端樞接有一偏轉件，而偏轉件係由二擺動件結合有上、下接人桿， 並於擺動件下方開設有一樞孔，固定板係配合卡掣座之卡掣片及卡扣 部而形成有卡掣緣及扣孔，其結構之組合，固定件一端係由門板固定 • 座之第一樞設孔穿入，並穿組於連接件之第一樞孔，而固定件另端穿 馨 入門板固定座之第二樞設孔内並穿組連動件之第一枢孔，且連接件之 第二抱孔端係與連接架之第-樞接孔連接，並於連接處穿組有扭力彈 簧，另連動件之第二樞孔係由固定螺栓穿組於連接架之第二枢接孔， 且連動件之第二減兩_糊襯塊形成定位，連接架㈣係結合卡 擎座且以調整件及螺栓樞結固定，而卡掣座内結合緩衝組件，該緩衝 組件之緩衝件端係由定位孔對位於連接架之定位孔並由一螺检穿組枢 結’再使偏轉件之樞孔對位於連接架之軸孔並由軸栓穿組搞結，使其 • 連動件之抵壓塊端抵觸於緩衝件之偏轉件端，最後，固定板之卡掣緣 及扣孔係配合卡掣座之卡則及卡扣部達到扣合方式，而·定板扣 ’合於連接架之卡掣座上方，俾達到緩衝式鉸鏈之組合。 辦照先前技術之功效： )本創作主要细連動件之缝塊受力扭轉緩衝件之偏轉件使 抵壓塊之上卡__顧轉叙上接铸，健緩衝件受到 物_之作動力，而讓緩衝件之作動桿拉出，以減緩門板 關上的速度，俾達到緩衝式鉸鍵之較佳使用效果者。 M365393 (二）本創作具有緩衝之魏，並配合連動件與緩衝組件之簡易組 合，即不會造成複雜化之組裝問題，以節省製作加工的成本， 又能提供使用者組裝之方便性。 【實施方式】 為使貝審查委員對本創作之目的、特徵及功效能夠有更進一步 之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如后： 先睛由第1圖再配合第2、3圖所示觀之，一種緩衝式鉸鏈結構， 其包括一門板固定座（10)、一連接架（2〇)、一連動件(3〇)、一緩衝組 件(40) —固定板(50)組合而成，其中，門板固定座（丨〇)一側設有凹槽 (11)，凹槽（11)側邊設有貫穿狀之第一樞設孔（12)及第二樞設孔 (13)，連接架(20)—端部設有貫穿狀之第一樞接孔(2〇1)、第二樞接孔 (202) ’並於第一、第二樞接孔(201)(202)後方設有貫穿狀之軸孔(2〇3) 及定位孔（204) ’該連接架（20)之第一枢接孔（201)係樞結一連接件 (21)，其連接件（21)前後端分別開設有第一樞孔(211)及第二樞孔 (212) ’該第一枢孔(211)係以固定件(34)穿組樞結於門板固定座（1〇) 之第一樞設孔（12)，而第二樞孔(212)則以固定螺栓(22)樞接於第一枢 接孔(201) ’並於固定螺栓(22)處套設有一扭力彈簧(23)，另於連接架 (20)内部組設一卡掣座（24)，該卡掣座(24)—端凸設有二對稱之卡掣 片（241) ’並於另一端緣組設有一按壓件(25)，且於按壓件(25)端部設 有一卡扣部（251)，並於按壓件（25)及卡扣部（251)之間設有容置槽 (252)以供裝設一彈性件(26)(請配合第4圖所示），一連動件(30)係 由數連接片（31)所層層相疊組合而成，其兩端分別開設有第一樞孔 M365393 (311)及第二樞孔(312)，該第二樞孔(312)係提供固定螺栓(27)之穿組 樞結，且於第二樞孔(312)側邊凸伸有抵壓塊(32)，又該抵壓塊(32) 之外端緣處凹設有上卡掣槽(321)及下卡掣槽（322)，而連動件(30)之 第二樞孔(312)兩侧可配合組設有襯塊(33)，一緩衝組件(4〇)包含有緩 衝件(41)及偏轉件(42)，緩衝件(41)可為氣壓或油壓以達到緩衝之功 • 效，且緩衝件(41)一端設有定位孔(411)，並於緩衝件(41)另一端滑設 - 有一作動桿(412) ’該作動桿(412)之末端樞接有一偏轉件(42)，而偏 .轉件(42)係由二擺動件(421)結合有上、下接合桿(422)(423)，並於擺 動件(421)下方開設有一樞孔(4211)，固定板(50)係配合卡掣座（24) 之卡掣片（241)及卡扣部(251)而形成有卡掣緣(51)及扣孔(52)。 其結構之組合，請由第2圖配合第3圖所示觀之，固定件（34)可 為一U形插銷，其固定件(34)—端係由門板固定座（1〇)之第一樞設孔 (12)穿入，並穿組於連接件（21)之第一樞孔(2H)，而固定件（Μ)另端 穿入門板固定座（1〇)之第二樞設孔（13)内並穿組連動件(3〇)之第一樞 孔(311)，且連接件(21)之第二樞孔(212)端係與連接架（2〇)之第一樞 . 接孔(2〇1)連接，並於連接處穿組有扭力彈簧(23)，另連動件(3〇)之第 • 二柩孔（312)係由固定螺栓（27)穿組於連接架（2〇)之第二柩接孔 (202)，且連動件（3〇)之第二樞孔(312)兩侧係利用襯塊（33)形成定 位，連接架（20)内部係結合卡掣座(24)且以調整件(a)及螺栓(b)樞結 固定（請配合第4圖所示），而卡掣座(24)内結合缓衝組件(4〇)，該緩 衝組件(40)之緩衝件(41)端係由定位孔(4Π)對位於連接架（2〇)之定 位孔(204)並由一螺栓(28)穿組樞結，再使偏轉件(42)之樞孔(4211) 8 M365393 對位於連接架（20)之軸孔(203)並由轴栓(29)穿組樞結，使其連動件 (30)之抵壓塊(32)端抵觸於緩衝件(41)之偏轉件(42)端，最後，固定 板(50)之卡掣緣(51)及扣孔(52)係配合卡掣座(24)之卡掣片（241)及 卡扣部(251)達到扣合方式，而使固定板(5〇)扣合於連接架（2〇)之卡掣 座（24)上方，俾達到緩衝式鉸鏈之組合。 本創作之實施作動及使用之情況，請由第4、5圖配合第6圖所 示觀之’其門板固定座（10)連接於門板(A)，而固定板(5〇)則可設置於 各式傢俱櫃體(B)之内壁面，使門板(A)可於櫃體(B)上樞轉作動（請配 合第6圖所示），以達到啟閉之功效，如此，當門板(A)開啟時（請配 合第4圖所示），門板固定座（1〇)係由固定螺栓(22)(27)二點做為軸心 以產生開啟狀之樞轉，而使扭力彈簧(23)受連接架（2〇)及連接件(21) 之旋轉形成壓縮狀，該連動件(30)係受到開啟作動力，使其連動件(3〇) 之抵壓塊(32)受力扭轉而推動偏轉件(42)，即連動件(3〇)之上卡掣槽 (321)脫離偏轉件(42)之上接合桿(422) ’而下卡掣槽（322)抵推於下接 合桿(423)，此時’緩衝件(41)之作動桿(412)受偏轉件(42)之連動即 呈現縮回之狀態；反之，又當門板(A)被施予作用力而關閉時（請配合 第5圖所示），門板固定座（10)係由固定螺栓(22)(27)二點做為軸心以 產生關閉狀之枢轉，此時，門板固定座(1〇)向連接件（21)靠近，使連 接件（21)容置於門板固定座（1〇)之凹槽（π)内，該連動件（3〇)之第一 樞孔(311)端受門板固定座（1〇)之第二樞設孔（13)端之帶動而偏擺，使 抵壓塊(32)能以第二樞孔(312)端產生轉動，該抵壓塊(32)之上卡掣槽 (321)係推壓偏轉件(42)之上接合桿(422)，使偏轉件(42)以轴栓(29) M365393 端帶動作動桿(412)進行轉動並呈現拉伸狀之滑移，於緩衝件(41)之作 動桿(412)伸出之過程中，即會產生緩衝之阻滯力，使得原本壓縮之扭 力彈簧(64)於迅速復位過程中，能產生適當的減緩效果，以減緩門板 (A)關上之速度’藉此，即能有效避免”板(A)急速碰撞櫃體(B)，以減 低澡音之實質功效者。 本創作連動件（30)另一實施例之使用情況，請由第7圖所示觀 之，連動件(30)可由一連接片（35)及一抵壓塊(36)組合而成，連接片 (35)—端設有貫穿狀之第一樞孔(351)，而另端設有貫穿狀之第二樞孔 (352)，又於第二樞孔(352)中央處橫向開設有穿設槽(353)，抵壓塊(36) 係由數抵壓片層層相疊所組合而成，其中央設有一貫穿狀之柩接孔 (361) ’並由樞接孔(361)向抵壓塊(36)之一端凹設有接合槽部（邪3)， 而另端則開設有數呈凹弧狀之上卡掣槽（364)及下卡擎槽（365)，藉 此，連接片（35)之穿設槽(353)可供抵壓塊(36)置入接合塊(362),使 其抵壓塊(36)之接合槽部(363)接設於連接片（35)上，故當連接片（35) 之第一樞孔(351)由固定件(34)穿組於門板固定座（10)内部，使其連接 片（35)之抵壓塊(36)推壓偏轉件(42)之上接合桿(422)，而使緩衝件 (41)之作動桿(412)受推壓力量而被拉出’以減緩門板關上之速度，即 能有效避免門板急速碰撞櫃體，以減低噪音之功效者，俾達到本創作 另一實施例之缓衝式鉸鏈較佳實用功效性。 藉上述具體實施例之結構，可得到下述之效益·· (-）本創作S要利用連動件之抵壓塊受力扭轉緩衝件之偏轉件，使 抵壓塊之上卡f魏推賴轉狀上接諸，雜緩衝件受到 M365393 連動件推壓之作動力’而讓緩衝件之於& 、作動桿拉出，以減緩門板 關上的速度’俾刺缓赋_分讀職果者。 (二）本創作料麟之功能，並配合連動件與緩衝轉之簡易组 合，即不會造成複雜化之組裝問題，以節省製作加工的成本， 又能提供使用者組裝之方便性。 . 纟紅所述，本齡確實已達突雜之結構設計，而具有改良之創 #作_ ’同軟__產紅之_性與進錄，且摘作未見於 任何刊物，亦馳，當符合專觀_絲之狀，纽法提出 新型專利申請，懸請鈞局審查委員授予合法專利權至為感禱。 a唯以上所述者’僅為本創作之—較佳實細*已，當不能以之限 本創作實施之域，即大凡依摘料請專繼顺狀均等變化 與修飾’皆應域相鱗_蓋之範圍内。 11 M365393 【圖式簡單說明】 第1圖··係本創作之立體外觀示意圖。 第2圖：係本創作之立體分解示意圖。 第3圖：係本創作之局部立體分解示意圖❶ 第4圖：係本創作配合門板開啟狀態之實施作動組合剖视示意圖。 第5圖：係本創作配合門板關閉狀態之實施作動組合剖視示意圖。M365393 V. New description: [New technology field] This creation system has a buffer type _ structure. The main _ linkage member's pressing block end resists the deflecting member end of the cushioning member, so that the age of the ship is turned (4) In order to achieve the buffering effect of closed cooperation. [Prior Art] Press, general cabinets, wardrobes or other kinds of furniture, between the cabinet and the door panel are mostly connected by hinges 'to make the door panel pivot on the cabinet to achieve the action of opening or closing, The conventional-type hinge structure, as shown in Fig. 8 and Fig. 9, the hinge (10) is fixed by the door panel 1) the connecting member (62), and then the other end of the connecting member (10) is pivotally connected. There is a mounting unit (63), and a torsion spring (64) is disposed between the connecting member (62) and the mounting unit (63), and a fixing plate (10) is locked on the mounting unit (10), thereby The hinge (60) is connected to a door panel by a door fixing seat (61) in actual use, and the fixing plate (65) can be disposed on the inner wall surface of each furniture cabinet body, so that the door panel can pivot on the cabinet body. Actuated to achieve the effect of opening or closing, however, the conventional keying structure is used in the implementation of the torsion spring (64), although the force of the active reset can be provided when the door is closed, the force due to the reset is too large, and Does not have a buffering effect, so it is easy to cause the door panel to have a rapid speed when it is closed. Collision sound, this rapid collision will not only accelerate the damage of the door panel, the cabinet and the chain (60), but also cause annoying noise, and there is a problem of pinching the user's concerns. In view of this, the creator has been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation, the author has finally achieved the practical M365393 creation. [New content] The technical problem to be solved: When the lock is implemented, it does not have a slow touch, so that the door panel _ closed time will produce a rapid touch of the county, and the door, cabinet or hinge will be damaged. • The problem of bad is missing, this is the technical problem that the creative wants to solve. ® Technical Features for Solving the Problem: A buffered hinge structure comprising a door fixing base, a connecting frame, a linking member, a cushioning assembly-fixing plate, wherein the door fixing seat is provided with a groove on one side thereof. The first side of the groove is provided with a first-shaped pivot hole and a second pivot hole, and one end of the connecting frame is provided with a first-pivot hole and a second pivot hole, and the first and second pivots are A through hole and a positioning hole are arranged at the rear of the connecting hole, and the first pivoting hole of the connecting frame is a planting-connecting member, and the front and rear ends of the connecting member are respectively provided with a first pivot hole and a second pivot hole. The first boring is pivoted to the first pivoting hole of the door fixing seat by the fixing member, and the second boring is pivoted to the first pivoting hole by the fixing bolt, and a sleeve is arranged at the fixing bolt The torsion spring is further provided with a clamping seat in the connecting frame, and a clamping seat is arranged on one end of the clamping seat, and a pressing member is arranged on the other end edge, and is arranged at the end of the pressing member. There is a buckle portion, and a receiving groove is formed in the pressing member and the buckle portion for mounting the elastic member, and the linkage member is connected by several The layers of the sheet are stacked one on another, and the first pivot hole and the second pivot hole are respectively formed at two ends thereof, and the second pivot hole is provided with a pivoting group of the fixing bolt, and is convex on the side of the second pivot hole. A pressing block is extended, and an upper card groove and a lower card groove are recessed at an outer edge of the pressing block, and the second pivot M365393 of the linking member can be matched with a pad, a buffer The component comprises a buffering member and a deflecting member, and the buffering member is provided with a positioning hole at one end, and an actuating rod is slidably disposed at the other end of the buffering member, the deflecting member is pivotally connected with a deflecting member, and the deflecting member is coupled by the two swinging members. There are upper and lower connecting rods, and a pivot hole is formed under the swinging member, and the fixing plate is matched with the clamping piece and the buckle portion of the clamping seat to form a snap edge and a buckle hole, and the combination of the structures and the fixing member One end is fixed by the first pivot hole of the seat plate and the first pivot hole of the connecting member, and the other end of the fixing member is inserted into the second pivot hole of the starter board fixing seat and is connected with the group. a first pivot hole of the piece, and the second holding hole end of the connecting piece is connected with the first pivot hole of the connecting frame, and The connecting portion has a torsion spring, and the second pivot hole of the connecting member is assembled by the fixing bolt to the second pivoting hole of the connecting frame, and the second minus two pad of the linking member forms a positioning, and the connecting frame (4) The card base is combined with the adjusting member and the bolt, and the buffering member is combined with the buffering component. The buffering member end of the buffering component is located at the positioning hole of the connecting frame by the positioning hole and is pivoted through the pivoting group. The knot 'the pivot hole of the deflecting member is located in the shaft hole of the connecting frame and is tied by the shaft bolting group, so that the pressing block end of the linking member abuts against the deflecting member end of the cushioning member, and finally, the card of the fixing plate The rim and the buttonhole are matched with the card of the card holder and the buckle portion is fastened, and the fixed plate buckle is assembled over the shank of the connector frame to achieve a combination of the buffer hinges. The effect of the previous technology:) The main part of the creation of the stitching of the joint is forced to twist the deflecting member of the cushioning member so that the upper part of the pressing block is __ Gu turn to the upper casting, and the cushioning part is powered by the object _ And let the action rod of the buffer member be pulled out to slow down the speed at which the door panel is closed, and the effect of the buffer type hinge key is better. M365393 (2) This creation has a buffering Wei, and with the simple combination of the linkage and the buffering component, it does not cause complicated assembly problems, thereby saving the cost of manufacturing and processing, and providing the convenience of user assembly. [Embodiment] In order to enable the Beck Review Committee to have a better understanding and understanding of the purpose, features and effects of this creation, please follow the [Simplified Description of the Drawings] for details. 2, 3, a buffer type hinge structure, comprising a door fixing seat (10), a connecting frame (2〇), a linking member (3〇), a buffer assembly (40) - fixing plate (50) is combined, wherein a groove (11) is provided on one side of the door fixing base (丨〇), and a first pivot hole (12) and a second pivot are formed on the side of the groove (11) A hole (13) is provided, and the connecting frame (20) is provided with a first pivoting hole (2〇1) and a second pivoting hole (202) in the end portion, and is connected to the first and second pivoting holes ( 201) (202) is provided with a through hole (2〇3) and a positioning hole (204). The first pivot hole (201) of the connecting frame (20) pivots a connecting member (21). The front and rear ends of the connecting member (21) are respectively provided with a first pivot hole (211) and a second pivot hole (212). The first pivot hole (211) is pivotally coupled to the door plate fixing seat by a fixing member (34). (1〇) the first pivot hole (12), and the second The hole (212) is pivotally connected to the first pivot hole (201) by a fixing bolt (22) and a torsion spring (23) is disposed at the fixing bolt (22), and is further disposed inside the connecting frame (20). a latching seat (24), the latching seat (24) is provided with two symmetrical locking tabs (241) and a pressing member (25) is disposed on the other end edge, and the pressing member (25) The end portion is provided with a latching portion (251), and a receiving groove (252) is disposed between the pressing member (25) and the latching portion (251) for mounting an elastic member (26) (please cooperate with the first In the figure 4, a linkage member (30) is formed by stacking layers of a plurality of connecting pieces (31), and a first pivot hole M365393 (311) and a second pivot hole (312) are respectively formed at two ends thereof. The second pivot hole (312) provides a through-bolt of the fixing bolt (27), and a pressing block (32) protrudes from a side of the second pivot hole (312), and the pressing block ( 32) The upper end edge is recessed with an upper latching slot (321) and a lower latching slot (322), and the second pivoting hole (312) of the linking member (30) can be matched with a pair of pads ( 33), a buffer assembly (4〇) includes a buffer member (41) and a deflecting member (42), and the buffer member (41) can be pneumatic or oil pressure to achieve buffering • The buffer member (41) is provided with a positioning hole (411) at one end and is slidably disposed at the other end of the cushioning member (41) - an actuating lever (412) is attached to the end of the actuating lever (412). (42), wherein the deflecting member (42) is coupled with the upper and lower engaging rods (422) (423) by the two swinging members (421), and a pivot hole (4211) is formed below the swinging member (421). The fixing plate (50) is formed with a locking piece (241) and a locking portion (251) of the locking seat (24) to form a locking edge (51) and a fastening hole (52). The combination of the structure, please refer to Figure 2 in conjunction with Figure 3. The fixing member (34) can be a U-shaped pin, and the fixing member (34) is terminated by the door fixing seat (1〇). A pivot hole (12) penetrates and passes through the first pivot hole (2H) of the connecting member (21), and the fixing member (Μ) is further inserted through the second pivoting of the entry plate fixing seat (1〇) The first pivot hole (311) of the set linkage member (3) is penetrated in the hole (13), and the second pivot hole (212) end of the connecting member (21) is connected to the first pivot of the connecting frame (2〇) The connecting holes (2〇1) are connected, and the torsion springs (23) are worn at the joints, and the second and second holes (312) of the other connecting members (3〇) are connected by the fixing bolts (27). The second boring hole (202) of the frame (2 〇), and the two second pivot holes (312) of the linking member (3 〇) are formed by the pad (33), and the connecting frame (20) is internally coupled. The clamping seat (24) is pivotally fixed by the adjusting member (a) and the bolt (b) (please be shown in Fig. 4), and the cushioning assembly (4〇) is incorporated in the locking seat (24), the cushioning The buffer member (41) end of the component (40) is positioned by the positioning hole (4Π) in the positioning hole (204) of the connecting frame (2〇) and is passed through a bolt (28). Then, the pivot hole (4211) 8 M365393 of the deflecting member (42) is paired with the shaft hole (203) of the connecting frame (20) and pivoted by the shaft bolt (29) so that the linking member (30) The end of the pressing block (32) is in contact with the end of the deflecting member (42) of the cushioning member (41), and finally, the locking edge (51) of the fixing plate (50) and the fastening hole (52) are engaged with the locking seat (24). The clamping piece (241) and the locking portion (251) are engaged in a snapping manner, and the fixing plate (5〇) is fastened over the locking seat (24) of the connecting frame (2〇), and the buffering hinge is reached. The combination. For the implementation and use of this creation, please refer to Figure 4 and Figure 5 for the view of Figure 6. The door panel mount (10) is connected to the door panel (A), while the fixture panel (5〇) can be set. On the inner wall of each type of furniture cabinet (B), the door panel (A) can be pivoted on the cabinet (B) (please match the figure shown in Figure 6) to achieve the function of opening and closing, thus, when the door panel (A) When opening (please match the picture shown in Figure 4), the door fixing seat (1〇) is made up of two points of the fixing bolts (22) (27) as the axis to generate the opening-like pivoting, and the torsion spring (23) The rotation of the connecting frame (2〇) and the connecting member (21) is compressed, and the linking member (30) is driven to open, so that the pressing block (32) of the linking member (3) is subjected to the pressing block (32). The force is twisted to push the deflecting member (42), that is, the latching groove (321) above the linking member (3) is disengaged from the engaging rod (422) above the deflecting member (42) and the lower latching groove (322) is pushed against Lower engagement rod (423), at this time, the actuating rod (412) of the buffer member (41) is in a retracted state by the linkage of the deflecting member (42); conversely, when the door panel (A) is applied with force When closed (please match the picture shown in Figure 5), the door bracket 10) The two points of the fixing bolts (22) and (27) are used as the axis to generate the pivoting of the closed shape. At this time, the door fixing seat (1〇) is approached to the connecting member (21), so that the connecting member (21) The first pivot hole (311) end of the linking member (3〇) is received by the second pivot hole of the door fixing seat (1〇) in the recess (π) of the door fixing base (1〇). The end of the yaw is biased so that the pressing block (32) can rotate at the end of the second pivot hole (312), and the latching groove (321) above the pressing block (32) pushes the deflecting member (42) The upper engaging rod (422) rotates the deflecting member (42) with the shaft bolt (29) M365393 end with the actuating rod (412) and exhibits a tensile sliding motion on the actuating rod of the cushioning member (41) ( 412) During the process of extension, the damping force of the buffer is generated, so that the originally compressed torsion spring (64) can generate an appropriate slowing effect during the rapid resetting process to slow down the speed of closing the door panel (A). Therefore, it can effectively avoid the board (A) rapidly colliding with the cabinet (B) to reduce the substantial effect of the bath sound. The use of another embodiment of the creation linkage (30), please be shown in Figure 7. View, the linkage (30) can be one The connecting piece (35) and a pressing block (36) are combined, the connecting piece (35) is provided with a first pivot hole (351) through which the through hole is formed, and the other end is provided with a second pivot hole (for example). 352), and a through groove (353) is laterally opened at a center of the second pivot hole (352), and the pressing block (36) is formed by combining a plurality of pressing sheets, and a through hole is arranged in the center thereof. The splicing hole (361)' is recessed by one of the pivoting holes (361) toward one end of the pressing block (36), and the other end is provided with a number of concave arc-shaped cards. The groove (364) and the lower card slot (365), whereby the through groove (353) of the connecting piece (35) can be placed into the joint block (362) by the pressing block (36) to be pressed against the block The engaging groove portion (363) of (36) is attached to the connecting piece (35), so that the first pivot hole (351) of the connecting piece (35) is worn by the fixing member (34) to the door fixing seat (10) Internally, the pressing block (36) of the connecting piece (35) pushes the engaging rod (422) on the deflecting member (42), and the actuating lever (412) of the cushioning member (41) is pressed by the amount of pressure. Pull out 'to slow down the speed at which the door panel is closed, that is, it can effectively prevent the door panel from rapidly colliding with the cabinet to reduce the noise. The cushioned hinge of another embodiment of the present invention is preferably of practical utility. According to the structure of the above specific embodiment, the following benefits can be obtained. (-) The creation S is to use the deflecting member of the pressing member of the linkage member to twist the deflecting member of the cushioning member, so that the card is superimposed on the pressing block. Rotating up, the miscellaneous cushioning parts are powered by the M365393 linkages, and the cushioning parts are pulled out by the & and the actuating rods are pulled to slow down the speed at which the door panels are closed. . (2) The function of the creative material Lin, combined with the simple combination of the linkage and the buffer transfer, does not cause complicated assembly problems, thereby saving the cost of manufacturing and processing, and providing the convenience of user assembly. According to blush, the age has indeed reached a complex structural design, and the improved creation #作_'soft __ redness _ sex and entry, and the abstract is not seen in any publication, also Chi, When it comes to the subjective _ silk, New Zealand filed a new type of patent application, and asked the review board member to grant legal patent rights to pray. a Only the above-mentioned ones are only for the purpose of this creation - better and better * already, when it is not possible to limit the scope of the creation of this creation, that is, the general selection of the materials should be changed and modified in the same way. Scales _ cover range. 11 M365393 [Simple description of the diagram] Figure 1 is a three-dimensional appearance of the creation. Figure 2: A three-dimensional exploded view of the creation. Fig. 3: A partial exploded view of the creation of the present invention. Fig. 4: A schematic cross-sectional view of the implementation of the creation of the door panel with the opening state of the door panel. Figure 5: This is a schematic cross-sectional view of the implementation of this creation with the closed state of the door panel.
第6圖：係本創作配合門板及櫃體組裝之較佳實施使用狀態參考 示意圖。 第7圖：係本創作另一實施例之立體分解示意圖。 第8圖：係習知鉸鏈之立體外觀示意圖。 第9圖：係習知鉸鏈之組合剖視示意圖。 【主要元件符號說明】Fig. 6 is a schematic diagram showing the state of use of the present invention in conjunction with the door panel and cabinet assembly. Figure 7 is a perspective exploded view of another embodiment of the present invention. Figure 8 is a schematic view of the stereoscopic appearance of a conventional hinge. Figure 9 is a schematic cross-sectional view of a conventional hinge. [Main component symbol description]
本創作部份： 門板固定座（10) 第一樞設孔(12) 連接架 (20) 第二樞接孔(202) 定位孔——(204) 第一樞孔--(211) 固定螺栓--(22) 卡掣座(24) 螺栓------(b) 凹槽------(11) 第二樞設孔(13) 第一樞接孔(201) 軸孔------(203) 連接件-一-(21) 第二樞孔—(212) 扭力彈簧一(23) 調整件——(a) 卡擎片 (241) 12 M365393This part of the creation: Door plate holder (10) First pivot hole (12) Connector frame (20) Second pivot hole (202) Positioning hole - (204) First pivot hole - (211) Fixing bolt --(22) Clamping seat (24) Bolt ------(b) Groove ------(11) Second pivot hole (13) First pivot hole (201) Shaft hole ------(203) Connector-一-(21) Second pivot hole—(212) Torsion spring one (23) Adjusting member——(a) Card slab (241) 12 M365393
按壓件——(25) 容置槽一一(252) 固定螺栓一(27) 軸栓------(29) 連接片一一(31) 第二樞孔--(312) 上卡掣槽一(321) 襯塊------(33) 連接片----(35) 第二樞孔--(352) 抵壓塊——(36) 接合塊----(362) 上卡掣槽--(364) 緩衝組件--(40) 定位孔----(411) 偏轉件----(42) 枢孔------(4211) 下接合桿一(423) 卡掣緣——(51) 門板------(A) 習知部份： 鉸鍊------(60) 卡扣部----(251) 彈性件----(26) 螺栓------(28) 連動件----(30) 第一枢孔--(311) 抵壓塊——(32) 下卡掣槽一(322) 固定件----(34) 第一樞孔--(351) 穿設槽----(353) 枢接孔----(361) 接合槽部一(363) 下卡掣槽--(365) 緩衝件一一(41) 作動桿----(412) 擺動件----(421) 上接合桿--(422) 固定板----(50) 扣孔------(52) 櫃體------(B) 門板固定座（61) 13 M365393 連接件----(62) 安裝單元--(63) 扭力彈簧一(64) 固定板----(65)Pressing member - (25) accommodating groove one (1) fixing bolt one (27) shaft bolt ------ (29) connecting piece one (31) second pivot hole -- (312) upper card掣 one (321) pad ------ (33) connecting piece ---- (35) second pivot hole - (352) pressing block - (36) joint block ---- ( 362) Upper grooving groove--(364) Cushioning unit--(40) Locating hole----(411) Deflection piece----(42) Pivot hole ------(4211) Lower joint rod One (423) 掣 —— - (51) Door ------ (A) Conventional part: Hinge ------ (60) Snap - (-) (251) Elastic - ---(26) Bolt ------(28) Linkage----(30) First pivot hole--(311) Pressing block--(32) Lower card slot one (322) Fixing parts----(34) First pivot hole--(351) Through groove----(353) Pivot hole----(361) Engagement groove part one (363) Lower card slot - -(365) Buffer member one (41) Actuator----(412) Swinging member----(421) Upper joint rod--(422) Fixing plate----(50) Buckle hole-- ----(52) Cabinet ------(B) Door bracket (61) 13 M365393 Connector----(62) Mounting unit--(63) Torsion spring one (64) fixing plate ----(65)