201216899 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種角度調整結構，適用於抽屜’特別是一 種能調整抽屜面板角度結構，同時又能將抽屜面板緊密結合於抽 屜側板的面板角度調整結構。 【先前技術】 傳統的抽屜，係利用於收納或收藏物品，抽屜以可活動之關 係容置於一樞體中，抽屜具有一底板以及垂直於底板的一前面 板、一後背板與左右側板，前面板及後背板係固設於左右側板， 以構成一抽屜結構。 請參閱中國專利案第CN201403824Y號，同時參考「第ία 圖」和「第1B圖」，在現代廚房中，為了方便儲存較高物品如鍋 具、碗盤、水壺、果菜機等以保持廚房整潔，加高抽屜遂被廣泛 運用於現代廚房。為了解決加高前面板(抽屜面板)2〇〇因面板加高 與重心提高，前面板200與抽屜側板之間容易產生傾斜及間隙， 致使前面板200於使用時產生搖晃現象等諸多問題，有一種加高 抽屜面板結合構件被廣泛使用，請參閱中國專利CN2〇i4〇3824y 案所提供的-獅屜面板結合結構。财_杨高抽屜面板結令 構件是在-_屜面板結合結構上加上—切桿結構，包括有一 底板400、一組左右側板刚、一前面板·、一後背板· 一 支樓件、-固持件、一結合件加以及一支樓桿結構⑽，支剩 係設置於左右側板議h固持件設置於支撐件上。固持件㈣ 201216899 有一支樓座及-勾扣件，結合件別裝設於固持件的切座内， 亚可拆卸或組褒於支樓座一端的勾扣件，前面板係裝設於結 合件210的另一端。 • 支撐桿結構130係設置於側板1〇〇上方，支樓桿結構130包 -括-後端連接件】33、一支撐桿131及一調整連接件132，後端連 •接件133裳設在後側板300兩端的加高連接件加，支揮桿結構 ,130的前端裝設有一調整連接件132，調整連接件132連接在_ •板2〇0上方的結合件203上，透過調整連接件132以調整支標桿 …構130的長度，同時調整加高前面板的角度。進一步地，透過 勾扣件的彈性拉力，使加高前面板2〇〇緊密穩固的靠在側板騰。 綜上得知，習知的加高抽屜面板結合構件之組件較多，組裝 繁複’且組裝後容易鬆動，所以於使用上有其相當的不便性，有 必要加以改進。 【發明内容】 • #於以上的問題’本發明的目的是在於提供-種組可調整面 板角度，同時能使抽邮板f密靠在_側板的面板肢調整結 構，以使抽屜面板於組裝過程巾更為方便，更為緊密，更加牢固 實用。 爲了實現上述目的，本發明的第一種抽展面板角度調整結構 包括有-抽屜面板結合結構，以及一加設在抽展面板結合結構上 的角度調整結構，其中抽屜面板結合結構包括： 一方形底板； 201216899 一左右平行側板，左右平行側板之底端連接於方形底板； 一前面板’裝設在左右平行側板； 一支撐件，裝設於左右平行側板； 一固持件’裝設於支撐件上，包含有—支·及—勾 扣件，勾扣件係設置於支撐座的一端；以及 -結合件’可拆卸或組裝於勾扣件，縣合件設有一擺動輪 孔；以及 角度調整結構包括： 一連接軸桿； 連接件連接件上設有一連接轴孔，連接軸桿穿設連接件 的連接軸孔’並且連接於結合件的縣·，且前面板係裝設於 連接件上； 一轉動作動件，設於結合件或連接件； 一銜接結構，包括有一限位軌道及與限位執道對應的導引 件；以及 連接件係藉由連接軸桿以及補結構連接於結合件上，以形 成一擺動結構。 本發明所揭露的第二種面板歧調整結構包括有—抽屜面板 結合結構，以及一加設在抽屜面板結合結構上的角度調整結構， 其中抽展面板結合結構包括： 一方形底板； 一左右平行侧板，左右平行側板之底端連接於方形底板； 201216899 一前面板’裝在左右平行側板； 支撐件，裝設於左右平行側板； 付Γ料’包含有—支撐座及—勾扣件，勾扣件係設置於支 榜座m，且固持件上設有一連接軸孔；以及 株μ Γ結合件，可拆卸或城於勾扣件上，前面板係域在結合 什上，以及 角度調整結構包括： | 一連接軸桿； π綠於續件，雜件财—«她，連接軸 杯粒固持件的連接軸孔，並且連接於連接件的擺動轴孔； -轉動作動件’設於連接件或固持件丨 -銜麟構’扯有—限錄道及舰錄道 件；以及 、固持件係藉由連接軸桿以及銜接結構連接於連接件上，以形 成一擺動結構。 本_之面㈣賴般在抽麵缝合結構上設有連 2叙連接轉、觸_似_簡，_戦—擺動結構。 4動作鱗被_，細__作崎轉動 位移，簡整前面板與地㈣度，並且透 使前面板緊密地抵靠在側板。 详拉力 因此’本發明之面板角度調整結構可解決加高抽履面板，因 ㈣高’容易使加高面板與加高側板之間產生間 201216899 隙，於使㈣產生搖晃現轉缺失。關於本發明上勒容之說明 及下述之實施方式係用以示範與解釋本發明之原理，並且提供本 發明之專利申請範圍更進一步之解釋。 ” 【實施方式】 爲了使本發_目的、技術方案及優點更加清楚明白，以下 結合實施例及關，對本發日骑—步詳細說明，並且提供本發明 的專射請範圍更進-步的解釋。應#理解，此處所描述的具體 實施例僅用以解釋本發明，並不用於限定本發明。 本發明的基本跳L —種抽屜面㈣度調整結構，包括有 -抽屜面板結合賴，以及—設置在歸面板結合結構上的角度 調整結構，其中，抽屜面板結合結構包括： 一方形底板； -左右平行做，左右平行織之底端連接於方形底板； 一前面板，裝設於左右平行側板； 一支撐件，裝設於左右平行側板； 一固持件’裝設於支撐件，且轉件設有—支撐座及—勾扣 件，勾扣件係設置於支撐座的一端；以及 一結合件，可拆卸或組裝設於勾扣件上，且結合件設有一擺 動軸孔；以及 角度調整結構包括： 一連接軸桿； 一連接件，設有一連接軸孔，連接軸桿穿設連接件的連接軸 201216899 孔，並連接在結合件的擺動軸孔，前面板係裝設於連接件上； 一轉動作動件，裝設於結合件或連接件； 一銜接結構，包括有一限位執道及與限位執道對應的導引 件；以及 連接件係藉时錄桿以及銜接結構連接於結合件上以形成 一擺動結構。 或者是，-種抽屜面板角度調整結構，包括一抽展面板結合 結構，以及-設置在抽屜面板結合結構上的角度調整結構，其 抽屜面板結合結構包括： 一方形底板； -左右平行她’左右平行侧板之底端連接於方形底板； 一前面板，裝設於左右平行側板； 一支撐件，裝設於左右平行側板； 勾扣件，勾扣件係設置 ;以及 上，而訕面板係裝設於 一固持件，固持件設有一支撐座及一201216899 VI. Description of the Invention: [Technical Field] The present invention relates to an angle adjustment structure suitable for a drawer 'in particular, a panel capable of adjusting the angle structure of the drawer panel while being able to tightly integrate the drawer panel to the side panel of the drawer Angle adjustment structure. [Prior Art] A conventional drawer is used for accommodating or collecting articles, and the drawer is accommodated in a movable body in a movable relationship. The drawer has a bottom plate and a front panel, a rear panel and left and right side panels perpendicular to the bottom panel. The front panel and the back panel are fixed to the left and right side panels to form a drawer structure. Please refer to the Chinese Patent No. CN201403824Y, and refer to "the ία map" and "the 1B map". In the modern kitchen, in order to facilitate the storage of higher items such as pots, dishes, kettles, fruit and vegetables, etc., to keep the kitchen clean and tidy. The heightened drawers are widely used in modern kitchens. In order to solve the problem of heightening and center of gravity of the front panel (drawer panel), the front panel 200 and the side panel of the drawer are prone to tilt and gap, which causes the front panel 200 to shake during use, and the like. A heightening drawer panel coupling member is widely used, please refer to the lion drawer panel combination structure provided by the Chinese patent CN2〇i4〇3824y.财_杨高 drawer panel splicing member is added to the -_ drawer panel structure - the cutting rod structure, including a bottom plate 400, a set of left and right side panels, a front panel, a back panel, a building, - a holding member, a joint member plus a strut structure (10), and the remaining portion is disposed on the left and right side panels, and the retaining member is disposed on the support member. Holding parts (4) 201216899 There is a building and a hooking piece. The joint parts are installed in the cutting seat of the holding part. The hooks are detachable or assembled at one end of the branch building. The front panel is installed in the joint. The other end of the piece 210. • The support bar structure 130 is disposed above the side plate 1〇〇, the support bar structure 130 includes a rear end connector 33, a support bar 131 and an adjustment connector 132, and the rear end connector 133 is provided. At the two ends of the rear side plate 300, the height of the connecting member is added, and the front end of the supporting rod structure 130 is provided with an adjusting connecting member 132. The adjusting connecting member 132 is connected to the connecting member 203 above the board 2〇0, and is adjusted through the adjusting connection. The piece 132 adjusts the length of the struts 130 while adjusting the angle of the raised front panel. Further, through the elastic pulling force of the hooking member, the raised front panel 2 is firmly and firmly pressed against the side panel. In summary, it is known that the conventional heightened drawer panel coupling member has many components, is complicated to assemble, and is easy to loose after assembly, so that it has considerable inconvenience in use and needs to be improved. SUMMARY OF THE INVENTION • The problem of the above is 'the object of the present invention is to provide a group of adjustable panel angles, while enabling the drawing board f to be close to the panel limb adjustment structure of the side panel, so that the drawer panel is assembled. The process towel is more convenient, more compact, and more robust and practical. In order to achieve the above object, the first expansion panel angle adjustment structure of the present invention comprises a - drawer panel joint structure, and an angle adjustment structure added to the extraction panel joint structure, wherein the drawer panel joint structure comprises: a square Base plate; 201216899 One parallel side plate, the bottom end of the left and right parallel side plates are connected to the square bottom plate; one front panel 'installed on the left and right parallel side plates; one support member installed on the left and right parallel side plates; one holding member' is mounted on the support member The upper part includes a branch and a hooking member, and the hooking member is disposed at one end of the supporting seat; and the binding member is detachable or assembled to the hooking member, and the county fitting is provided with a swinging wheel hole; and the angle adjustment The structure comprises: a connecting shaft; a connecting shaft connecting member is provided with a connecting shaft hole, the connecting shaft rod is connected to the connecting shaft hole of the connecting member and is connected to the county of the joint member, and the front panel is mounted on the connecting member a rotating action member disposed on the coupling member or the connecting member; a connecting structure comprising a limiting rail and a guiding member corresponding to the limiting road; and a connecting member By connecting shaft connected to the structure and complement binding member, to form a pivot structure. The second panel disparity adjustment structure disclosed in the present invention comprises: a drawer panel joint structure, and an angle adjustment structure added to the drawer panel joint structure, wherein the draw panel joint structure comprises: a square bottom plate; The side plate, the bottom end of the left and right parallel side plates are connected to the square bottom plate; 201216899 a front panel 'mounted on the left and right parallel side plates; the support members are installed on the left and right parallel side plates; the payout material 'includes a support seat and a hook fastener, The hooking member is arranged on the support block m, and the holding member is provided with a connecting shaft hole; and the connecting member of the strainer is detachable or detachable on the hooking member, the front panel is in the combination, and the angle is adjusted. The structure includes: | a connecting shaft; π green in the continuation, miscellaneous pieces - «her, the connecting shaft hole of the coupling cup cup retaining member, and connected to the swinging shaft hole of the connecting member; - the turning action member is set at The connecting member or the holding member 丨 衔 构 ' 扯 限 限 限 限 限 舰 舰 舰 舰 舰 舰 舰 舰 舰 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及The surface of the _ (4) Lai is generally provided with a connection structure, a contact _ simple _ _ 戦 摆动 摆动 structure. 4 action scales are _, fine __ saki rotation displacement, simple front panel and ground (four) degrees, and through the front panel close to the side panels. Detailed pull force Therefore, the panel angle adjustment structure of the present invention can solve the heightening of the drawing panel, because (4) high 'easily makes the gap between the heightening panel and the heightening side panel 201216899, so that (4) is shaken and lost. The description of the present invention and the following embodiments are intended to illustrate and explain the principles of the invention, and to provide further explanation of the scope of the invention. [Embodiment] In order to make the present invention, the technical solutions and the advantages are more clearly understood, the following is a detailed description of the riding and the steps in the present invention, and the scope of the present invention is further improved. The specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. The basic jump L of the present invention is a drawer face (four) degree adjustment structure, including a - drawer panel combination, And - an angle adjustment structure disposed on the panel-joining structure, wherein the drawer panel joint structure comprises: a square bottom plate; - left and right parallel, the left and right parallel woven bottom ends are connected to the square bottom plate; a front panel, mounted on the left and right sides a parallel side plate; a support member installed on the left and right parallel side plates; a holding member 'installed on the support member, and the rotating member is provided with a support seat and a hooking member, the hooking member being disposed at one end of the support seat; a coupling member is detachably or assembled on the hooking member, and the coupling member is provided with a swinging shaft hole; and the angle adjusting structure comprises: a connecting shaft; a connecting member, There is a connecting shaft hole, the connecting shaft penetrates the connecting shaft 201216899 hole of the connecting member, and is connected to the swinging shaft hole of the joint member, the front panel is mounted on the connecting member; a rotating actuating member is mounted on the connecting member or the connecting member A connecting structure includes a limiting link and a guiding member corresponding to the limiting road; and the connecting member is connected to the coupling member by the time-taking bar and the connecting structure to form a swinging structure. Or, - The drawer panel angle adjusting structure comprises a drawing panel joint structure, and an angle adjusting structure disposed on the drawer panel joint structure, and the drawer panel joint structure comprises: a square bottom plate; - the left and right parallel sides of the left and right parallel side plates The bottom end is connected to the square bottom plate; a front panel is installed on the left and right parallel side plates; a support member is installed on the left and right parallel side plates; the hooking member and the hooking member are arranged; and the upper panel is mounted on the Holding member, the holding member is provided with a support seat and a
於支撐座一端，且固持件設有一連接軸孔 一結合件，可拆卸或組裝設於勾扣件 結合件上；以及 角度調整結構包括： 一連接軸桿； :連接件，奴於支料，料接件設有—縣觀，連接 車由桿牙設連接軸孔，並且連接於連接件的擺動轴孔； 一轉動作動件，裝設於連接件或固持件，· 201216899 銜接、”。構’包括有一限位執道及與限位軌道對應的導引 件；以及 固持件係藉錢接赠以及銜接結構連接在連接件上以形成 一擺動結構。 藉由此-擺動結構，當轉動作動件被轉動，前面板係隨著轉 動作動件轉動而產生_位移，_整前面板侧板㈣度，並 且透過勾扣件的彈性拉力，使前面板緊密地抵靠在側板。 「第2A圖」至「第6圖」為本發明第一實施例之面板角度調 整結構的第-種結構之示意圖，本發明第—實施例之第一種結構 的面板角度調整結構，係在—抽屜結合結構上加設有—角度調整 結構。 其中’抽屜結合結構包括有一方形底板4〇〇、一左右平行侧板 ⑽、-前面板200、-支撐件1〇、一固持件3〇及一結合件21〇， 支撐件10裝設在側板1〇〇上，固持件3〇裝在支撐件1〇上，結合 件210裝在固持件30 ’且結合件21〇上設有一擺動轴孔犯。固 持件30包括有一支撐座31、一勾扣件％、一掣動件％以及一彈 性件33 ’其中於本實施例的彈性件％為一拉伸彈簧。 角度調整結構包括有一連接軸桿24〇、一連接件23〇、一轉動 作動件250及-鋪結構220。連接件23〇設有一連接軸孔232， 連接軸桿240穿設連接軸孔232，並且連接於結合件21()的擺動轴 孔212。銜接結構220包括一限位執道225及一與限位軌道225 對應的導引件222。其中，轉動作動件25〇是設在結合件21〇上， 201216899 且轉動作動件250上設有導引件222，限位軌道225是設在連接件 23〇上並與導引件222對應，且限位執道225是設在以連接軸桿 240為軸心的等徑圓周上，藉由設在轉動作動件25〇上的導引件 222與設在連接件23〇上的限位執道225之相互銜接，以形成銜接 構220。並且，連接件230係藉由連接軸桿240以及銜接結構 220連接於結合件21〇上，藉以形成一擺動結構。The support member is provided at one end of the support base, and the holding member is provided with a connecting shaft hole and a joint member, and is detachably or assembled on the hook member joint member; and the angle adjustment structure comprises: a connecting shaft rod; the connecting member, the slave member, The material connector is provided with a county view, and the connecting vehicle is connected by a shaft hole and connected to the swing shaft hole of the connecting member; a rotating action member is installed on the connecting member or the holding member, · 201216899 articulation, ". 'Includes a limit command and a guide corresponding to the limit track; and the retaining member is attached by the money and the connecting structure is connected to the connecting member to form a swinging structure. By this - swinging structure, when the action is turned The piece is rotated, and the front panel is displaced by the rotation of the rotating action member, the front panel side panel is four degrees, and the elastic force of the hooking member is applied to make the front panel tightly abut against the side panel. FIG. 6 is a schematic view showing the first structure of the panel angle adjusting structure according to the first embodiment of the present invention, and the panel angle adjusting structure of the first structure of the first embodiment of the present invention is a-drawer joint structure. on Added - angle adjustment structure. The 'drawer joint structure” comprises a square bottom plate 4〇〇, a left and right parallel side plates (10), a front panel 200, a support member 1〇, a holding member 3〇 and a joint member 21〇, and the support member 10 is installed on the side plate. 1〇〇, the holding member 3 is mounted on the support member 1〇, the coupling member 210 is mounted on the holding member 30' and the coupling member 21 is provided with a swinging shaft hole. The retaining member 30 includes a support base 31, a hook member %, a tilting member %, and an elastic member 33'. The elastic member % in the embodiment is a tension spring. The angle adjustment structure includes a connecting shaft 24〇, a connecting member 23〇, a rotating actuating member 250, and a laying structure 220. The connecting member 23 is provided with a connecting shaft hole 232 through which the connecting shaft 240 passes and is connected to the swinging shaft hole 212 of the coupling member 21 (). The connecting structure 220 includes a limiting 225 and a guiding member 222 corresponding to the limiting rail 225. The rotation action member 25 is disposed on the coupling member 21, 201216899, and the rotation movement member 250 is provided with a guiding member 222. The limiting rail 225 is disposed on the connecting member 23〇 and corresponds to the guiding member 222. And the limit 225 is disposed on the equal-diameter circumference with the connecting shaft 240 as the axis, and the limiting member 222 disposed on the rotating member 25 与 and the limiting member disposed on the connecting member 23 执The tracks 225 are connected to each other to form a connection structure 220. Moreover, the connecting member 230 is coupled to the coupling member 21 by the connecting shaft 240 and the engaging structure 220, thereby forming a swinging structure.
當轉動作動件25〇被轉動，前面板係隨著轉動作動件25〇 轉動而產生擺動位移，用以調整前面板與側板励的角度， 並且2過勾扣件％的拉力使前面板緊密靠在側板刚。 u ’本發明第一實施例之第一種結構的面板角度調整結構 還有等同設計結構，其實施方式相_第—實施例之第—種結構 的地方，在此不再詳述，祕不同處加以說明： 轉動作動件2:〉〇設在結合件21〇上，限位軌道奶設在轉動 作動件25〇上’導引件222設在連接件咖的一側面上，並且導 引件222對應於限位執道奶，且限位執道您是設在以連接轴桿 為轴心的物5社，藉由設在轉動作動件250上的限位軌道 結構^在連接件现上的導料222之相互銜接，以形成銜接 且連接件23G係藉由連接軸桿㈣以及銜接結構220 接私吉合件21〇上，以形成一擺動結構。 在鐘^是’轉動作動件⑽設在連接件㈣上，導引件拉設 動件250的側面上，限位執道225設在結合件210的側 ’並且限錄道225對應於料物，細順225是設 201216899 在以連接袖桿24〇為轴心的等徑圓周上，藉由設在轉動作動件， 上的導引件222與設在結合件21〇上的限位軌道级之相互銜 接’以形成銜接結構220。且連接件23〇係藉由連接軸桿以及 銜接結構220連接於結合件則上，以形成一獅結構。 或者是，轉動作動件25〇設在連接件23〇上，限位執道225 設在轉動作動件25〇上，導引件222設在結合件2ig的側面上， 並且導引件222對應於限位軌道225，且限位執道225是設在以連 接轴桿240為轴心的等徑圓周上，藉由設在轉動作動件25〇上的 導引件222與設在連接件23〇上的限位軌道您之相互銜接形成 銜接結構220。且連接件230係、藉由連接軸桿24〇以及銜接結構 220連接於結合件21G上，以形成一擺動結構。 本發明之面板角度調整結構之支撐座31本體的垂直壁面以及 向外延伸形成的垂直壁面上分财穿有—掣動侧定孔315、一第 穿孔311及一第一穿孔312，並使掣動件固定孔315、第一穿孔 311及第二穿孔312分別貫穿透至支撐座31本體。並將掣動件％ 的軸孔351與掣動件固定孔阳相互對位，再以一轴桿ΐ5穿設對 應軸孔351及掣動件固定孔315，即可將掣動件％定位在支稽座 31上。另外在勾扣件38上設有一限位槽38卜一第一限位元件u 及-第二限位元件12 ’第-限位元件u及第二限位元件12分別 穿設於第-穿孔311及第二穿孔312，並且穿透勾扣件％上的限 位槽381，將第一限位元件11及第二限位元件12 ®定於支擇座 201216899 且結合件210的另端具有一導臂211，導臂211的前端具有— 卡扣機構，卡扣機構上設有一_^扣孔213。 並且固持件30的前端設有一容置槽310，當前面板200於調 . 整角度後，將結合件210推入固持件30的容置槽31〇碰觸卡扣件 • 38後，勾扣件38會自動勾扣結合件21〇,勾扣件38於自動勾扣 期間，勾扣件38沿限位槽381將結合件210拉進固持件30内， 使結合件21〇產生門板勾扣位移270，結合件210門板勾扣位移 • 270，即前面板200門板勾扣位移270。 請續參考「第3圖」’圖中以虛線標示之前面板200是處於未 與勾扣件38扣合狀態，前面板200向内拉動距離(門板勾扣位 移)270相同於卡扣件38於限位槽381内移動距離，進而透過勾扣 件38的彈性拉力：，前面板2〇〇往内拉，使前面板2〇〇緊密靠在側 板 100。 請續參考「第4圖」’以逆時針調整轉動作動件250，使前面 鲁板以逆時針方向轉動以调整前面板2〇〇角度，進而透過勾扣 件38的彈性拉力，將前面板往内拉，使前面板200上方緊密 . 靠在側板100。 - 請續參考「第5圖」，以順時針調整轉動作動件250，使前面 板200以順時針方向轉動以調整前面板2〇〇角度，進而透過勾扣 件38的彈性拉力，將前面板2〇0往内拉，使前面板2〇〇下方緊密 靠在側板100。 請續參考「第6圖」，當結合件210與勾扣件38處於扣合狀 201216899 態，轉動掣動件35令卡扣件38沿限位槽381滑動，使結合件21〇 與卡扣件38脫離，並使前面板2〇〇脫離側板1〇〇。 第7圖」至「第9圖」為本發明第一實施例之面板角度調 整結構的第二種結構之示制，本發明第—實施例之第二種結構 的面㈣度罐結構，其實施方式_於第—實酬之第一種結 構地方’在此不再詳述，兹將不同處加以說明·· 本毛明第-實施例之第二種結構的面板角度調整結構，係在 抽屜結合結構上加上度膽結構，歧赃結構包括有一連 接軸桿240、-連接件23〇、一轉動作動件25〇及一銜接結_， 銜接結_包括-限位軌道225及—與限位軌道级對岸的導 引件您。其中，轉動作動件则為一偏心作動件，設辨件 21〇上，導引件222是由轉動作' L 卞的周邊形成，限位軌道 。又、彳230上呈方形框狀結構，轉動作 形框狀的驗細5，她陶咖5嶋=3 膽⑽上的彻222與設麵接件^麻軌= 之目互街接’以形成銜接結構22〇。且連接件 以及銜接結義連接於結合件加^連細干 還有等同設物，其===_整結構 地方，在此不再詳述，兹將不同處加以4霄％例之第二種結構 或者是，轉動作動件25〇係為一偏 上，導將您是由轉動作動件2 ，連接件23〇 透小成，限位執道225 14 201216899 又在、、、Q。件21G上壬方形框狀結構，轉動作動件，係穿設方形 框狀的限位軌道225 ’並可沿限位執道225内移動，藉由設在轉動 作動件250上_丨件222與設在結合件加上的限位軌道功 之相互銜接，形成銜接結構22G。且連接件23〇係藉由連接轴桿 240以「及銜接結構22()連接於結合件上，以碱一擺動結構。 第10圖」_£第12圖」為本發明第一實施例之面板角度 調整結構的第三種結構之示意圖，本發明第—實施例之第三種結When the turning actuating member 25 is rotated, the front panel is oscillating displacement as the turning actuating member 25 turns, for adjusting the angle between the front panel and the side panel, and 2 the pulling force of the hooking member makes the front panel close Just on the side panels. u 'The panel angle adjusting structure of the first structure of the first embodiment of the present invention has an equivalent design structure, and the embodiment of the first embodiment of the first embodiment is not detailed here, and the secret is different. It is explained that: the rotating actuating member 2: 〉 is disposed on the coupling member 21〇, and the limiting rail milk is disposed on the rotating actuating member 25〇. The guiding member 222 is disposed on one side of the connecting member, and the guiding member 222 corresponds to the limit of the road to the milk, and the limit is that you are located in the center of the connecting shaft as the axis 5, by the limit rail structure provided on the rotating action member ^ ^ on the connector The guides 222 are coupled to each other to form a joint and the connecting member 23G is attached to the latching member 21 by the connecting shaft (4) and the engaging structure 220 to form a swinging structure. In the clock ^ is the 'turning action member (10) is provided on the connecting member (four), on the side of the guiding member pulling member 250, the limiting way 225 is provided on the side of the coupling member 210 and the limiting track 225 corresponds to the material The smoothing 225 is set to 201216899 on the equal-diameter circumference which is connected to the sleeve 24〇 as an axis, and the guide member 222 provided on the rotating action member and the limit rail stage provided on the coupling member 21〇 They are coupled to each other to form a joint structure 220. And the connecting member 23 is connected to the joint by the connecting shaft and the connecting structure 220 to form a lion structure. Alternatively, the turning actuating member 25 is disposed on the connecting member 23, the limiting arm 225 is disposed on the rotating actuating member 25, the guiding member 222 is disposed on the side of the engaging member 2ig, and the guiding member 222 corresponds to The limiting rail 225 is disposed on the equal-diameter circumference centered on the connecting shaft 240, and is disposed on the connecting member 23 by the guiding member 222 disposed on the rotating actuating member 25A. The upper limit rails are connected to each other to form the joint structure 220. And the connecting member 230 is connected to the coupling member 21G by the connecting shaft 24〇 and the engaging structure 220 to form a swinging structure. The vertical wall surface of the main body of the support base 31 of the panel angle adjusting structure of the present invention and the vertical wall surface formed by extending outwardly are provided with a side hole 315, a first through hole 311 and a first through hole 312, and The movable member fixing hole 315, the first through hole 311 and the second through hole 312 penetrate through the body of the support base 31, respectively. And the shaft hole 351 of the tilting member and the fixing member fixing hole are aligned with each other, and then the corresponding shaft hole 351 and the tilting member fixing hole 315 are bored by a shaft rod 5, so that the tilting member can be positioned at On the 31st. In addition, a limiting slot 38 is disposed on the hooking member 38. The first limiting component u and the second limiting component 12' the first limiting component u and the second limiting component 12 are respectively disposed through the first through hole. 311 and the second through hole 312, and penetrate the limiting groove 381 on the hook member %, and the first limiting member 11 and the second limiting member 12 ® are fixed to the receiving seat 201216899 and the other end of the coupling member 210 has A guiding arm 211 has a locking mechanism at the front end of the guiding arm 211, and a locking hole 213 is disposed on the locking mechanism. The front end of the holding member 30 is provided with a receiving slot 310. After the front panel 200 is adjusted to the full angle, the engaging member 210 is pushed into the receiving slot 31 of the holding member 30, and after touching the latching member 38, the hooking member 38 will automatically hook the joint member 21 〇, during the automatic hooking of the hook member 38, the hook member 38 pulls the joint member 210 into the retaining member 30 along the limiting slot 381, so that the joint member 21 〇 generates the door panel hook displacement 270, the joint member 210 door panel hook displacement • 270, that is, the front panel 200 door panel hook displacement 270. Please refer to "3rd figure" in the figure. The front panel 200 is not in the state of being fastened with the hooking member 38, and the front panel 200 is pulled inwardly (the door panel hooking displacement) 270 is the same as the latching member 38. The distance between the limiting slot 381 is moved, and then the elastic pulling force of the hooking member 38 is transmitted: the front panel 2 is pulled inwardly so that the front panel 2 is closely abutted against the side panel 100. Please refer to "4th figure" to adjust the turning actuating member 250 counterclockwise to rotate the front plate in a counterclockwise direction to adjust the angle of the front panel 2, and then through the elastic pulling force of the hooking member 38, the front panel is The inner pull is made to make the front panel 200 tightly close to the side panel 100. - Please continue to refer to "figure 5" to adjust the turning actuating member 250 clockwise to rotate the front panel 200 in a clockwise direction to adjust the angle of the front panel 2, and then the elastic force of the hooking member 38 to the front panel 2〇0 is pulled inward, so that the front panel 2〇〇 is closely pressed against the side panel 100. Please continue to refer to the "figure 6". When the coupling member 210 and the hooking member 38 are in the buckled state of 201216899, the rotating member 35 is rotated to cause the latching member 38 to slide along the limiting slot 381, so that the engaging member 21 and the buckle are engaged. The piece 38 is disengaged and the front panel 2 is disengaged from the side panel 1〇〇. 7 to 9 are views showing a second structure of a panel angle adjusting structure according to a first embodiment of the present invention, and a surface (four) degree tank structure of a second structure of the first embodiment of the present invention, The first structural place of the first embodiment of the present invention is not described in detail here, and the different points are explained. The panel angle adjustment structure of the second structure of the present invention is attached. The drawer joint structure is provided with a ridge structure, and the 赃 structure includes a connecting shaft 240, a connecting member 23 〇, a turning actuating member 25 〇 and an engaging knot _, the engaging knot _ including the limiting rail 225 and the The guide rails on the opposite side of the limit rail level. Wherein, the rotating action member is an eccentric actuating member, and the detecting member 222 is formed by the periphery of the turning action 'L ,, and the limiting track is formed. In addition, the 彳230 has a square frame structure, and the shape of the frame is 5, and the 222 of her pottery is 嶋 3 3 3 10 10 10 10 10 10 10 10 与 与 ^ ^ ^ ^ 以 以 以 以 以 以 以 以 以 以The joint structure 22 is formed. And the connecting piece and the joint connection are connected to the joint member, and the equivalent structure is added, and the ===_ whole structure place, which will not be described in detail here, the difference is 4%% The structure is that the turning actuating member 25 is a pair of upwards, and the guide is to be rotated by the moving actuating member 2, and the connecting member 23 is smashed into small pieces, and the limit is 225 14 201216899 and then at, , and Q. The member 21G has a square frame-like structure, and the rotating action member is provided with a square frame-shaped limit rail 225' and can be moved along the limit way 225, by being disposed on the turning actuating member 250. The limiting orbital functions provided by the bonding members are coupled to each other to form the engaging structure 22G. And the connecting member 23 is connected to the joint by the connecting shaft 240 and the connecting structure 22 (), and swings the structure with a base. FIG. 10 is a first embodiment of the present invention. A schematic diagram of a third structure of the panel angle adjustment structure, a third knot of the first embodiment of the present invention
構的面板肖度調㈣構，係在鄉結合結構上対-連接軸桿 240、-連接件230、—轉動作動件，及—銜接結構⑽，銜接 、口構220包括有-限位轨道225及一與限位執道奶對應的導引 件 222 〇 ”中轉動作動件250設在結合件21〇上，轉動作動件25〇 的圓周設有第-健251，銜接結構22〇的導引件222是由第一。鐘 齒251形成，銜接結構220的限位執道225設在連接件230上， #且限位執道225上設有第二舊齒说，並且第一督齒⑸與第二盤 齒231相互對應屬合，藉由設在轉動作動件250上的導引件222 與設在連接件230上的限位執道奶之相互銜接，以形成銜接結 構 220 〇 當然’本發明第-實施例之第三種結構的面板肢調整結構 還有寻K結構’其實施方式相同於第—實施例之第三種結構 地方’在此不再詳述’紐獨處加以說明： 或者是，轉動作動件250設在連接件230上，轉動作動件⑽ 15 201216899 的圓周設有第一嗡齒251，銜接結構220的導引件222是由第一嚅 齒251形成，銜接結構22〇的限位執道225設在結合件上， 且限位執道225上設有第二潜齒231，並且第一懂齒251與第二。餐 齒231相互對應儒合，藉由設在轉動作動件25〇上的導引件從 與設在結合件21G上的限位軌道225之相互銜接，以形成銜接結 構22〇。且連接件230係藉由連接轉24〇以及銜接結構連接 於結合件210上，以形成一擺動結構。 第13A圖」至「第16圖」為本發明第二實施例之面板角度 調整結構的第-種結構之示意圖，本發明第二實施例之第一種結 構的面板肖度輕結構，係在—歸結合結構上加設有—角度調 整結構。射，抽屜結合結構包括有一方形底板_、一左右平行 側板觸、—前勘、—支撐件1G、- _件30及-結合件 210 ’角度調整結構包括有一連接軸桿34〇、一連接件33〇、一轉 動作動件350及-雛結構32G，銜接結構32G包括—限位軌道 325及-與限位執道325對應的導引件322。其中，支樓件⑴裝 在左側板謂上’連接件33〇‘裝在支撐件1〇上，固持件％私 連接件330上’結合件21〇裝在固持件3〇，前面板餘肢 件2Κ)。且連接件33〇上設有一擺動轴孔说，固持件上％対 對應-連接軸孔313 ;並且固持件3G包括有—支撐座3卜一勾扣 件38、-掣動件35以及一彈性件％，其中於本實施例的彈性件 33為一拉伸彈簧。 在本實施例中’轉動作動件说是設在連接件33g上，且導 201216899 引件322是設在轉動作動件现上，限位軌道:;25是設在固持件 3〇上並與^引件322對應’藉由設在轉動作動件ho上的導引件 322與設在固持件3〇上的限位執道奶之相互銜接，以形成銜接 結構320。且固持件3〇係藉由連接軸桿34〇以及銜接結構挪連 接在連接件330上’以形成一擺動結構。The structural panel of the structure is a four-dimensional configuration, which is connected to the shaft, the connecting rod 240, the connecting member 230, the rotating actuating member, and the engaging structure (10). The connecting and connecting structure 220 includes a - limiting rail 225. And a guiding member 222 对应 ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” The member 222 is formed by the first bell tooth 251, and the limiting way 225 of the engaging structure 220 is disposed on the connecting member 230, and the second retaining tooth 225 is provided with the second old tooth saying, and the first super tooth (5) Corresponding to the second disc teeth 231, the guiding member 222 disposed on the rotating actuating member 250 and the limiting mooring milk disposed on the connecting member 230 are coupled to each other to form the engaging structure 220. The panel limb adjusting structure of the third structure of the first embodiment of the present invention also has a homing K structure, the embodiment of which is the same as the third structural place of the first embodiment, which will not be described in detail herein. Alternatively, the turning actuating member 250 is disposed on the connecting member 230, and the turning actuating member (10) 15 201216899 A first molar 251 is disposed on the circumference, and the guiding member 222 of the engaging structure 220 is formed by the first molar 251. The limiting 225 of the engaging structure 22 is disposed on the coupling member, and the limiting handle 225 is disposed. There is a second submersible tooth 231, and the first incisor tooth 251 and the second inferior tooth 231 correspond to each other, and the guide member provided on the rotating actuating member 25〇 is supported from the limit member provided on the coupling member 21G. The rails 225 are coupled to each other to form the engaging structure 22, and the connecting member 230 is coupled to the coupling member 210 by the connecting switch 24 and the engaging structure to form a swinging structure. 13A to 16th The schematic diagram of the first structure of the panel angle adjusting structure of the second embodiment of the present invention, the panel of the first structure of the second embodiment of the present invention has a light-weight structure of the panel, and the angle is added to the combined structure. Restructuring. The shooting and drawer combination structure comprises a square bottom plate _, a left and right parallel side plate contact, a front survey, a support member 1G, a _ member 30 and a joint member 210. The angle adjustment structure comprises a connecting shaft 34 〇 and a connecting member 33〇, one-turn actuating member 350 and the young structure 32G, the engaging structure 32G includes a limiting rail 325 and a guiding member 322 corresponding to the limiting lane 325. Wherein, the branch member (1) is mounted on the left side plate, and the 'connecting member 33〇' is mounted on the supporting member 1〇, and the holding member % private connecting member 330 is attached to the holding member 3〇, the front panel residual limb Pieces 2Κ). And the connecting member 33 is provided with a swinging shaft hole, wherein the holding member is corresponding to the connecting shaft hole 313; and the holding member 3G includes a supporting seat 3, a hooking member 38, a tilting member 35 and an elastic member. % of the member, wherein the elastic member 33 of the embodiment is a tension spring. In the present embodiment, the 'turning action member is said to be disposed on the connecting member 33g, and the guiding member 201216899 is provided on the rotating actuating member, and the limiting rail: 25 is disposed on the holding member 3〇 and with ^ The guiding member 322 corresponds to 'the guiding member 322 disposed on the rotating action member ho and the limiting breast milk disposed on the holding member 3'' to engage with each other to form the engaging structure 320. And the holding member 3 is connected to the connecting member 330 by the connecting shaft 34〇 and the engaging structure to form a swinging structure.
當轉動作動件35G被轉動，前面板係隨著轉動作動件35〇 轉動而產生擺動位移，用以調整前面板與側板觸的角度， 並且^過勾扣件％的彈性拉力使前面板緊密靠在側板獅。 抑二然’本發明第二實施例之第—種結制面板肢調整結構 退有等K結構’其實施方式相同於第二實施例之第—種結構 地方’在此不再詳述，雜不同處加以說明： ^或者是，轉動作動件35〇設在連接件33〇上，限位執道奶 ^在轉動作動件3M)的側面上，導引件322是設在固持件％的支 撐座31上並與限位執道325對應，藉由設在轉動作動件现上的 限位軌道325與設在固持件3〇上的導引件322之相互銜接，以形 成銜接結構細。且固持件如係藉由連接軸桿姻以及銜接結構 320連接在連接件33〇上，以形成一擺動結構。 或者是’轉動作動件350設在固持件3〇上，導引件322設在 轉動作動件350的側面上，限位轨道325是設在連接件_上並 與導引件322對應’藉由設在轉動作動件35〇上的導引件322與 δ又在連接件330上的限位轨道325之相互銜接，以形成銜接結構 320。且固持件30係藉由連接軸桿34〇以及銜接結構汹連接在 17 201216899 連接件330上，以形成—擺動結構。 或者是’轉動作動件现設在固持件3〇上，限位執道325設 在轉動作動件35〇的側面上，導引件322是設在連接件⑽上並 與限位執道325對應，藉由設在轉動作動件35〇上的限位執道奶 與設在連接件330上的導引件322之相互銜接，以形成銜接結構 320。且固持件30係藉由連接軸桿34〇以及銜接結構汹連接在 連接件330上，以形成一擺動結構。 本發明之©板肖度輕結構之支撐脑本體賴直壁面以及 由本體向外延伸形成的垂直壁面上，分別貫穿有—掣動件固定孔 315、-第-穿孔311及一第二穿孔312，並使軸件固定孔化、 第-穿孔311及第二穿孔312分別貫穿透至支撐座31本體。並將 擎動件35的軸孔351與掣動件固定孔315相頭位，再以一轴桿 15穿設對應軸孔351及掣動件固定孔315，即可將擎動件％定位 在支撐座3!上。另外在勾扣件38上設有一限位槽3δι、一第一限 位元件11及-第二限位元件12，第一限位元件n及第二限位元 件12 ’勿別穿设於第一穿孔311及第二穿孔犯，並且穿透勾扣 件38上的限位槽38卜將第一限位元件11及第二限位元件固 定於支撐座31上。 且結合件210的另端具有一導臂扣，導臂川的前端具有一 卡扣機構，卡扣機構上設有一··^扣孔213。 並且固持件30的前端紗—容置槽⑽，當前面板於調 整角度後’將結合件210推人_件3G的容置槽碰觸卡扣件 201216899 38後，勾扣件38會自動勾扣結合件21〇，勾扣件兇於自動勾扣 期間，勾扣件38沿限位槽381將結合件210拉進固持件3〇内， 使結合件210產生門板勾扣位移270，結合件21〇門板勾扣位移 * 270 ’即前面板200門板勾扣位移270。 . 請續參考「第13A圖」’圖中以虛線標示之前面板200是處於 未與勾扣件38扣合狀態，前面板2〇〇向内拉動距離(門板勾扣位 移)270相同於卡扣件38於限位槽381内移動距離，進而透過勾扣 •件38的彈性拉力，前面板200往内拉，使前面板200緊密靠在側 板100明續參考「第14圖」，以逆時針調整轉動作動件mo，使 前面板200以逆時針方向轉動以調整前面板2〇〇角度，進而透過 勾扣件38的彈性拉力，將前面板2〇〇往内拉，使前面板2〇〇上方 緊密靠在側板1〇〇。 明績參考「第I5圖」’以逆時針調整轉動作動件BO，使前面 板200以順時針方向轉動以調整前面板200肖度，進而透過勾扣 φ件38的彈性拉力，將前面板2〇〇往内拉，使前面板2〇〇下方緊密 靠在側板100。 5月續麥考「第16圖」，當結合件210與勾扣件38處於扣合狀 悲’轉動掣動件35令卡扣件38沿限位槽381滑動，使結合件21〇 與卡扣件38 並使前硫200脫細板1〇0。 第17圖」至「第19圖」為本發明第二實施例之面板角度 調整結構的第二種結構之示意圖，本發明第二實施例之第二種結 構的面板肖度δ驗結構，係在抽屜結合結構上設有—連接轴桿 19 201216899 340、-連接件330、一轉動作動件35〇及—銜接結構聊，銜接 結構320包括有-限位軌道325及一與限位軌道奶對應的導引 件 322 〇 其中’轉動作動件350係為—偏心作動件，設在連接件33〇 上’導引件322是由轉動作動件35〇的圓周邊形成，限位軌細 設在固持件30上呈方形框狀結構，且轉動作動件35〇係穿設方形 框狀的限位執道325，並可沿限位執道325内移動，藉由設在轉動 作動件350上的導引件322與設在固持件3〇上的限位軌細之 相互銜接，以形成銜接結構32G。且_件如係藉由連接轴_ 以及銜接結構320連接在連接件_上，以形成一擺動結構。 田、本《月第一實知例之第二種結構的面板角度調整結構 =等同設計結構，其實施方式相同於第二實施例之第二種結構 地方，在此不再詳述，兹將不同處加以說明： 或者是，轉動作動件350係為—偏心作動件，設在固持件30 上’導引件322是由轉動作動件现的圓周邊形成，限位執道225 設在連接件330上呈方雜狀結構，且轉動作動件㈣係穿設方 形框狀的限位軌道325，並可沿限位執道奶内移動，藉由設在轉 動作動件35〇上的導引件322與設在連接件33〇上的限位軌道奶 之相互銜接，以形成銜接結構320。且固持件30係 34〇以及銜接結侧連接在連接件33〇上，以形成一擺動^ 奴第0圖」至「第22圖」為本發明第二實施例之面板角度 调正結構的第三種結構之示意圖’本發明第二實施例之第三種結 20 201216899 構的面板肖度難賴，係妹屜結合結耻财—連接奸 340、-連接件33〇、一轉動作動件35〇及一銜接結構汹，銜： 結構320包括有限位軌道325及一與限位軌道奶對 件 322。 ^When the turning actuating member 35G is rotated, the front panel is oscillated with the rotation of the turning actuating member 35 to adjust the angle between the front panel and the side panel, and the elastic tension of the hook member is close to the front panel. In the side plate lion. </ RTI> </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The difference is explained: ^Or, the turning actuating member 35 is disposed on the connecting member 33〇, and the limiting armor is on the side of the turning actuating member 3M), and the guiding member 322 is supported on the holding member% The seat 31 is corresponding to the limit trajectory 325, and is connected to the guide member 322 provided on the holding member 3 by the limit rail 325 disposed on the rotating actuating member to form a joint structure. And the holding member is connected to the connecting member 33 by connecting the shaft and the connecting structure 320 to form a swinging structure. Or the 'turning action member 350 is disposed on the holding member 3〇, the guiding member 322 is disposed on the side of the rotating actuating member 350, and the limiting rail 325 is disposed on the connecting member_ and corresponding to the guiding member 322' The guiding members 322 disposed on the rotating actuating member 35 与 and the limiting rails 325 on the connecting member 330 are coupled to each other to form the engaging structure 320. And the holding member 30 is connected to the connecting member 330 on the 17 201216899 by the connecting shaft 34 〇 and the engaging structure 以 to form a swinging structure. Alternatively, the 'turning action member is now disposed on the holding member 3〇, and the limit holding path 325 is disposed on the side of the rotating actuating member 35〇, and the guiding member 322 is disposed on the connecting member (10) and corresponding to the limiting way 325 The engaging structure 320 is formed by the engagement of the limit breast milk provided on the turning actuating member 35 and the guiding member 322 provided on the connecting member 330. And the holding member 30 is connected to the connecting member 330 by the connecting shaft 34 〇 and the engaging structure 以 to form a swinging structure. The support plate body of the present invention has a straight wall surface and a vertical wall surface extending outwardly from the body, respectively, through which a stirrer fixing hole 315, a first through hole 311 and a second through hole 312 are respectively penetrated. And the shaft member is fixedly perforated, and the first through hole 311 and the second through hole 312 are respectively penetrated through the body of the support base 31. The shaft hole 351 of the ejector member 35 is aligned with the swaying member fixing hole 315, and the corresponding shaft hole 351 and the swaying member fixing hole 315 are bored by a shaft 15 to position the ejector member at Support seat 3! In addition, a limiting slot 3δι, a first limiting component 11 and a second limiting component 12 are disposed on the hooking member 38, and the first limiting component n and the second limiting component 12' are not disposed in the first A through hole 311 and a second punching hole are passed through the limiting groove 38 on the hooking member 38 to fix the first limiting member 11 and the second limiting member to the support base 31. The other end of the coupling member 210 has a guiding arm buckle. The front end of the guiding arm has a locking mechanism, and the locking mechanism is provided with a button hole 213. And the front end yarn of the holding member 30 is accommodating the groove (10), and after the current panel is adjusted to the angle, the binding member 210 is pushed to the accommodating groove of the piece 3G to touch the buckle member 201216899 38, and the hooking member 38 is automatically hooked. When the hooking member is in the automatic hooking period, the hooking member 38 pulls the coupling member 210 into the holding member 3〇 along the limiting slot 381, so that the engaging member 210 generates the door panel hooking displacement 270, and the engaging member 21 The door panel hook displacement * 270 ' is the front panel 200 door panel hook displacement 270. Please continue to refer to "Fig. 13A". The front panel 200 is not in the state of being unfastened with the hook member 38, and the front panel 2〇〇 is pulled inwardly (the door panel hook displacement) 270 is the same as the buckle. The piece 38 moves in the limiting slot 381, and the front panel 200 is pulled inwardly through the elastic pulling force of the hooking member 38, so that the front panel 200 is closely attached to the side panel 100, and the reference numeral 14 is reversed. Adjusting the turning action mo, rotating the front panel 200 in the counterclockwise direction to adjust the angle of the front panel 2, and then pulling the front panel 2 inward through the elastic pulling force of the hooking member 38, so that the front panel 2〇〇 The top is close to the side panel 1〇〇. For the performance, refer to "I5"" to adjust the turning action BO counterclockwise, so that the front panel 200 is rotated clockwise to adjust the front panel 200 degrees, and then the elastic force of the hooking member 38 is applied to the front panel 2 Pull it inward so that the front panel 2〇〇 is tightly pressed against the side panel 100. In May, the "Matt" picture is continued, when the coupling member 210 and the hooking member 38 are in a snap-fit manner, the rotating member 35 rotates the latching member 38 along the limiting slot 381, so that the engaging member 21 and the card are engaged. Fastener 38 and pre-sulfur 200 stripper plate 1〇0. 17 to 19 are schematic views showing a second structure of a panel angle adjusting structure according to a second embodiment of the present invention, and a panel right angle δ inspection structure of the second structure of the second embodiment of the present invention is The connecting structure of the drawer is provided with a connecting shaft 19 201216899 340, a connecting member 330, a rotating actuating member 35〇 and a connecting structure. The connecting structure 320 comprises a -limit rail 325 and a corresponding to the limit rail milk. The guiding member 322 〇 wherein the 'turning action member 350 is an eccentric actuating member, disposed on the connecting member 33〇', the guiding member 322 is formed by the circular periphery of the rotating actuating member 35〇, and the limiting rail is finely held in the holding The member 30 has a square frame structure, and the rotating actuating member 35 is threaded through the square frame-shaped limiting way 325 and can be moved along the limit way 325 by the guide provided on the rotating actuating member 350. The lead member 322 is closely coupled to the limit rails provided on the holding member 3A to form the engaging structure 32G. And the component is connected to the connector by the connecting shaft _ and the connecting structure 320 to form a swinging structure. Tian, the "first embodiment of the second structure of the panel angle adjustment structure = equivalent design structure, the implementation of the same as the second structure of the second embodiment, will not be detailed here, The difference is explained: Alternatively, the turning actuating member 350 is an eccentric actuating member, and is disposed on the holding member 30. The guiding member 322 is formed by the round circumference of the rotating actuating member, and the limiting obligence 225 is disposed at the connecting member. The 330 has a square-like structure, and the rotating action member (4) is provided with a square frame-shaped limit rail 325, and can be moved along the limit in the milk, by the guide member disposed on the rotating actuating member 35〇 The 322 is coupled to the limit rail milk disposed on the connecting member 33 to form the engaging structure 320. And the holding member 30 is 34 〇 and the engaging side is connected to the connecting member 33 , to form a swinging 奴 slave 0 to 22 and is the panel angle adjusting structure of the second embodiment of the present invention. Schematic diagram of three structures 'The third knot of the second embodiment of the present invention 20 201216899 The panel is difficult to understand, the sister drawer is combined with the shame - the connection 334, the connecting member 33 〇, the one-turn actuating member 35 And a connection structure, the structure 320 includes a limited orbit 325 and a limit rail milk pair 322. ^
其中’轉動作動件35〇設在連接件33G上，轉動作動件35〇 的圓周設有第-II齒351，銜接結構32〇的導引件奶是由第—屬 齒351形成，銜接結構32〇的限位執道325設在固持们〇上，且 限位執道325 _L設有第二舊齒331，並且第一慨351與第二舊齒 331相互對應«合，藉由設在轉動作動件35〇上的導料322與設 在固持件3〇上的限位軌道325之相互銜接，以形成銜接結: 320。且固持件3〇係藉由連接軸桿獨以及銜接結構32〇連接在 連接件33G上’以形成—擺動結構。 當然，本發明第二實施例之第三種結構的面:㈣度調整結構 還有等同設計結構，其實施方式相同於第二實施例之第三種結構 地方’在此不再詳述，紐不同處純說明： 或者是，轉動作動件35〇設在固持件30上，轉動作動件35〇 的圓周有第-屬齒3S1，銜接結構孤的導引件您是由第一。酱 齒351械’銜接結構32〇的限位軌道325設在連接件33〇上， 且限位執道325上設有第二佩331，並且第-屬齒351與第二。麓 齒331相互對應屬合，藉由設在轉動作動件350上的導引件322 與。又在連接件330上的限位轨道325之相互銜接，以形成銜接結 構320。且固持件3Q係藉由連接軸桿·以及銜接結構幻〇連接 21 201216899 在連接件330上，以形成—_結構。 雖…、本發明之貫施例揭露如上所述，然並非用以限定本發 明’任何熟肋賴藝者，在不脫離本發狄 j =發明懦_叙職、齡她 之受更’因此本發明之專梅魏_視本朗 料 利範圍所界定者為準。 Ψ〇^ 【圖式簡單說明】 第1Α圖為習知技術之組裝示意圖。 第1B圖為習知技術之分解示意圖。 第2A圖為本發明第一實施例的第一種結構之組裝示意圖。 第2B圖為本發明第一實施例的第一種結構之立體示意圖。 第3圖為本發明第—實施例的第—種結構之平面示意圖。 第4圖為本發明第—實關的第—種結構之平面示意圖。 第5圖為本發明第一實施例的第一種結構之平面示意圖。 第6圖為本發明第一實施例的第一種結構之分解示意圖。 第7圖為本發明第一貫施例的第二種結構之立體示意圖。 第8圖為本發明第一實施例的第二種結構之立體示意圖。 第9圖為本發明第一實施例的第二種結構之立體示意圖。 第10圖為本發明第一實施例的第三種結構之立體示意圖。 第11圖為本發明第一實施例的第三種結構之立體示意圖。 第12圖為本發明第一實施例的第三種結構之立體示意圖。 第13A圖為本發明第二實施例的第一種結構之立體示意圖。 22 201216899 圖 圖 第13B圖為本發明第二實施例的第一種結構之平面示竟圖 第14圖為本發明第二實施例的第一種結構之平面作動示音 第I5圖為本翻第二實施例的第—種結構之平 ，第16圖為本發明第二實施例的第一種結構之平面分解示j 第17圖為本發明第二實施例的第二種結構之平面示 •第18 ®為本發明第二實施例的第二種結構 : • Γ為本發明一第二種結:::：= •第20圖為本發明第二實施例的第三種結構之平面示意: 第21圖為本發明第二實施例的第三種 ::圖。 第U圖為本發明第二實施例的第：種^面作動示意圖 【主要元件符咖】 叙平面作動示意圖 10 支撐件 11 第一限位元件 12 第二限位元件 15 軸桿 100 側板 130 加高支樓桿結構 131 加向桿 132 調整連接件 133 後端連接件 200 前面板 203 結合件 23 201216899 210 結合件 211 導臂 232 、 313 連接軸孔 212 ' 332 擺動轴孔 213 卡扣孔 220 、 320 銜接結構 222 > 322 導引件 225 、 325 限位軌道 230、330 連接件 233 加高連接件 240 、 340 連接軸桿 231 、 331 第二嚅齒 250 > 350 轉動作動件 251 、 351 第一韻齒 270 門板勾扣位移 30 固持件 31 支撐座 310 容置槽 311 第一穿孔 312 第二穿孔 315 掣動件固定孔 33 彈性件 24 201216899 35 掣動件 351 軸孔 38 勾扣件 381 限位槽 300 後側板 400 底板Wherein the 'turning action member 35' is disposed on the connecting member 33G, the circumference of the rotating actuating member 35 is provided with the second-shaped tooth 351, and the guiding member milk of the engaging structure 32 is formed by the first-genus tooth 351, and the engaging structure 32 The limit stop 325 of the cymbal is disposed on the retainer, and the limit 325 _L is provided with the second old tooth 331, and the first 351 and the second old tooth 331 correspond to each other by the rotation. The guide 322 on the actuator 35 is engaged with the limit rail 325 provided on the holder 3 to form an engagement knot: 320. And the holding member 3 is connected to the connecting member 33G by the connecting shaft alone and the engaging structure 32' to form a swinging structure. Of course, the surface of the third structure of the second embodiment of the present invention: the (four) degree adjustment structure and the equivalent design structure, the implementation of which is the same as the third structural place of the second embodiment, which will not be described in detail herein. The difference is purely stated: Alternatively, the turning actuating member 35 is disposed on the holding member 30, and the circumference of the turning actuating member 35 has a first-genus tooth 3S1, and the guiding member of the connecting structure is the first one. The limit rail 325 of the joint tooth 351 is connected to the connecting member 33, and the second arm 331 is disposed on the limiting road 325, and the first-genus tooth 351 and the second. The teeth 331 are associated with each other by a guide member 322 provided on the rotary actuator 350. Further, the limit rails 325 on the connector 330 are coupled to each other to form the engaging structure 320. And the holding member 3Q is connected to the connecting member 330 by the connecting shaft and the connecting structure illusion 21 to form a _ structure. Although the present invention has been disclosed as described above, it is not intended to limit the invention to any of the skilled singers, and does not deviate from the present invention. The specification of the invention is based on the definition of the scope of the patent. Ψ〇^ [Simple description of the diagram] The first diagram is a schematic diagram of the assembly of the prior art. Figure 1B is an exploded schematic view of a prior art technique. Fig. 2A is a schematic view showing the assembly of the first structure of the first embodiment of the present invention. Fig. 2B is a perspective view showing the first structure of the first embodiment of the present invention. Figure 3 is a plan view showing the first structure of the first embodiment of the present invention. Figure 4 is a plan view showing the first structure of the first-perfect of the present invention. Figure 5 is a plan view showing the first structure of the first embodiment of the present invention. Figure 6 is an exploded perspective view showing the first structure of the first embodiment of the present invention. Figure 7 is a perspective view showing the second structure of the first embodiment of the present invention. Figure 8 is a perspective view showing a second structure of the first embodiment of the present invention. Figure 9 is a perspective view showing a second structure of the first embodiment of the present invention. Figure 10 is a perspective view showing a third structure of the first embodiment of the present invention. Figure 11 is a perspective view showing a third structure of the first embodiment of the present invention. Figure 12 is a perspective view showing a third structure of the first embodiment of the present invention. Figure 13A is a perspective view showing the first structure of the second embodiment of the present invention. 22 201216899 FIG. 13B is a plan view showing the first structure of the second embodiment of the present invention. FIG. 14 is a plan view of the first structure of the second embodiment of the present invention. The first embodiment of the second embodiment is a plan view showing a second structure of the second embodiment of the present invention. FIG. 17 is a plan view showing a second structure of the second embodiment of the present invention. • 18th ® is a second structure of the second embodiment of the present invention: • Γ is a second type of invention::::= • Figure 20 is a plan view of a third structure of the second embodiment of the present invention BRIEF DESCRIPTION OF THE DRAWINGS Fig. 21 is a third diagram of the second embodiment of the present invention: a diagram. Figure U is a second embodiment of the present invention: a schematic diagram of the operation of the surface [main components] a schematic diagram of the operation of the plane 10 support member 11 first stop member 12 second limit member 15 shaft 100 side plate 130 plus High-rise pole structure 131 Directional rod 132 Adjustment connection piece 133 Rear end connection piece 200 Front panel 203 Bonding piece 23 201216899 210 Bonding piece 211 Guide arm 232, 313 Connection shaft hole 212 ' 332 Swinging shaft hole 213 Snap hole 220, 320 connection structure 222 > 322 guide 225, 325 limit rail 230, 330 connector 233 heightening connector 240, 340 connecting shaft 231, 331 second molar 250 > 350 turning actuating 251, 351 One rhyme tooth 270 door hook buckle displacement 30 retaining member 31 support seat 310 receiving groove 311 first perforation 312 second perforation 315 turret fixing hole 33 elastic member 24 201216899 35 turret 351 shaft hole 38 hook 381 limit Bit slot 300 rear side plate 400 bottom plate