M416972 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種顯示裝置，且特別是有關於—種 觸控顯示裝置。 【先前技術】 隨著資訊技術、無線行動通訊和資訊家電的快速發 與應用，為了達到攜帶更便利、體積更輕巧化以及操^ 人性化的目的，許多電子產品已由傳統之鍵盤或滑鼠 ^裝置，轉變為使用觸控面板作為輸入裝置。藉此，顯= 器可兼具顯示晝面以及輸入指令的功能。。 y、 以桌上型電腦（desktop computer)而言，其顯示袭置 :般係由顯示單元及腳架所組成，顯示單元藉由腳架的支 撐而立於桌面供使用者觀看。所述腳架可被設計為適於相 對觸控顯示單元轉動，讓使用者轉動腳架來調整顯示單元 的傾角’或將腳架閉闔於顯示單元以便於收納。若顯示單 凡具有觸控輸入功能而為觸控顯示裝置，則使用者除了可 藉由滑鼠及鍵盤輸入指令之外，更可透過觸控顯示單元以 觸控的方式進行操作。當使用者以觸控的方式操作觸控顯 ^褒置時’按壓螢幕的力量往往會造成觸控顯示單元與腳 架的相對轉動而使整體結構產生晃動，讓使用者在操^上 較為不便且在視覺上產生不適感。 M416972 【新型内容】 本創作提供一種觸控顯示裝置，具有較佳的操控性。 。本創作提出—種觸控顯示裝置，包括觸控顯示單元及 支撐結構。支撐結構包括固定件、樞接件、卡合件、第一 彈性件及敏。固定件岐於難顯示單元背面。樞接件 沿^線域於固定件且具有卡合部。卡合件沿軸線滑設於 固定件。第一彈性件壓縮於卡合件與固定件之間。卡合件 藉由第一彈性件的彈性力被推向樞接件而卡合於卡合;， 以阻止樞接件沿軸線轉動。腳架固定於樞接件。當卡人件 抵抗第一彈性件的彈性力沿轴線移離卡合部時，^接；適 =相^固^件轉動，以帶動腳架轉動域開或閉闔於觸控 顯頁=气面。當腳架展開於觸控顯示單元背面時，觸控 顯不早兀猎由腳架的支撐而立於平面上。 簧且套例中，上述之第一彈性件為壓縮彈 結構在述第一齒狀 於第二餘結構，以使卡合件卡合於卡合部。㈣於餐口 在本創作之一實施例中， 桿’拉桿IU定於卡合件， ^ 構更包括拉 移動。 且適W力*帶動卡合件沿軸線 在本創作之一實施你丨由 及第辟後#&幻中，上述之固定件具有第一折壁 第-折壁’第-折壁及第二折壁 伸’軸線通過第一折壁及第二折壁，枢接件 5 第一折壁’卡合件沿軸線滑設於第二折壁。 在本創作之一實施例中，上述之第一彈性件壓縮於卡 合件與第二折壁之間。 在本創作之一實施例中，上述之第一折壁具有開孔， 支撐結構更包括枢軸，樞軸穿設於開孔及樞接件，以使樞 接件藉由樞軸沿軸線枢接於第一折壁。 在本創作之一實施例中，上述之第二折壁具有開孔， 開孔内緣具有至少一凹缺，卡合件具有至少一凸肋，卡合 件沿軸線滑設於開孔，凸肋沿軸線滑設於凹缺，凸肋與凹 缺之間的結構性干涉阻止卡合件沿軸線轉動。 0在本創作之一實施例中，上述之支撐結構更包 彈=、’第二彈性件的—端連接於岐件，第二彈性件 連接於樞接件’減件適於如第二彈性件的彈性 力轉動而帶動腳架展開於觸控顯示單元背面。 套設實施财，上叙第二雜件為扭著且 於二c::=r其彈性力將卡合件推抵 卡人件及峡於樞接件的腳架藉由 動i的卡合被限制為無法相對觸控顯示單元轉 動稭此，當使用者對觸控顯示單元谁彳6 轉 顯示單元與腳架因使用者的施;==二 相對轉動，以使觸控顯示裝置具有 員』的 者欲調整腳架與觸控顯示單元的相 C性。當使用 性件的彈性力將卡合件移離樞接件 ^ ’僅需抵抗彈 下〇。卩，即可相對觸 M416972 控顯示單元轉動腳架，因此腳細調整相當便利。 為讓本創作之上述特徵和優點能更二 舉實施例，並配合所附圖式作詳細說明如月^易隱’下文特 【實施方式】 圖1為本創作一實施例之觸控顯示裝 2為圖1之觸控顯示裝置的後視圖。請參考、1闰。圖 實施例的觸控顯示裝置包括觸 "θ 結構120。支撐結構12〇適於如圖 及支禮 ιιη ± Μ 1尸汀不將觸控顯示單亓 10支撑於平面50,以供使用者觀看觸控顯示面11n t 觸控顯示面ll〇a進行觸控操作。 ” a或對 圖3為圖1之支撐結構的爆炸圖。圖 ==的部分構件後視圖。請參考圖2至圖 ： 構120包括固定件122、樞接件124、 ^^撐、·'口 性件128及腳架129。固定件122 : = 126、。第—彈 背面。樞接件m沿軸線a樞接於固定件 部124a。卡合件126沿軸線八滑設於固定件了 ^ =m壓縮於卡合件126與以件122 固疋於枢接件124。卡合件126如圖4所示藉 件U8的彈性力被推向樞接件m而卡合 f f生 以阻止樞接件124沿軸線Α轉動。 。124a， 圖5為圖4之卡合件移離卡合部的示意圖。圖从至 圖6C為圖〗之觸控顯林置的作動流程圖。當卡合 如圖5所示抵抗第-彈性件128的彈性力沿軸線a移離卡 7 M416972 接件124不再受到卡合件126的限位而適 ;_目、固定件122轉動，以帶動腳架129轉動而如圖 ^不展開於觸控顯不單元UG背面或6 =顯示單元m背面。當腳架129如圖6續示== ^示單元m背面時，觸控顯示單元11〇藉由腳架129 =而立於平面50上。此外，使用者可依使用上的習慣 及品求調整腳架129與觸控顯示單元則的圖 所示狀態或其它適當角度。 又主回 在上述的配置方式之下，彈性件128藉其彈性力 合件=推抵於枢接件124的卡合部12如，使框接件j 及固定於樞接件以的腳架m藉由卡合部咖與卡合件 126的卡合被限制為無法相對觸控顯示單元⑽轉動: ，’當使用者對觸控顯示單元UG進行觸控操作時，可^ =㈣不單元11G與腳架129因使用者的施力 ，，對轉動，以使觸控顯示裝置〗⑼具有較佳的操控_ =,使用者欲調整腳架129與觸控顯示單元11〇的相對 f度時，僅需抵抗彈性件128的雜力將卡合件12 氣接件124的卡合部124a，即可相對觸控顯示單元n〇轉 動腳架129，因此腳架129的調整相當便利。 請參考圖3至圖5，詳細而言，本實施例的固定件122 有第一折壁122a及第二折壁伽。第一折壁心及第 -折壁122b沿垂直軸線a的方向延伸，轴線A通 — J壁ma及第二折壁mb，樞接件以沿轴線A枢接於 弟-折壁122a’卡合件126沿軸線A滑設於第二折壁 M416972 122b。第一彈性件128例如為壓縮彈簧且套設於卡合件 126，並壓縮於卡合件120與第二折壁122b之間。當卡合 件126移離卡合部124a時，第一彈性件128會由圖4所示 狀悲被廢至圖5所不狀態而儲存彈性位能。 更詳細而言，本實施例的第一折壁122a具有開孔 122c，支撐結構12〇更包括樞轴丨25。樞轴125穿設於開 孔122c及樞接件124，以使樞接件124藉由柩轴125沿軸 φ 線A樞接於笫一折壁122a。此外，本實施例的第二折壁 122b具有開孔i22d’開孔I22d内緣具有至少一凹缺 122e，卡合件126具有至少一凸肋126a ,卡合件126沿軸 線A滑設於開孔122d，凸肋126a沿軸線a滑設於凹缺 122e，凸肋126a與凹缺122e之間的結構性干涉阻止卡合 件126沿軸線a轉動。在其它實施例中，亦可以其它適當 形式之結構阻止卡合件126沿軸線A轉動，本創作不對此 加以限制。 本貫施例的支撐結構120更包括拉桿〗27。拉桿127 • 固定於卡合件126，且適於受力而帶動卡合件126沿軸線 A移動。使用者可拉動拉桿127帶動卡合件126移離樞接 件124的卡合部124a，以便於調整腳架129與觸控顯示單 兀no的相對角度。在使用者結束腳架129的調整之後， 可鬆開拉桿127使第一彈性件128釋放彈性位能，讓卡合 件126藉由第-彈性件128的推抵從圖5所示位置復位至 圖4所示位置，恢復卡合件126與卡合部12如的卡合狀離。 在本實施例中，卡合件126具有第一齒狀結構】勘， 9 m叶丄/2 =。。卩124a具有第二齒狀結構124b，第一齒狀結構126b 嚷合於第二齒狀結構124b，以使卡合件126卡合於卡 介P “ 4a在其匕貫施例中，卡合件I%與卡合部u4a ’、=猎由其它適當形式的結構相卡合，本創作不對此加以 P良击。M416972 V. New description: [New technical field] The present invention relates to a display device, and in particular to a touch display device. [Prior Art] With the rapid development and application of information technology, wireless mobile communication and information appliances, in order to achieve more convenient carrying, lighter weight and more user-friendly, many electronic products have been used by traditional keyboards or mice. ^ Device, converted to use the touch panel as an input device. In this way, the display unit can display both the display and the input of commands. . y. In the case of a desktop computer, the display is made up of a display unit and a tripod. The display unit stands on the table for viewing by the support of the stand. The stand can be designed to rotate relative to the touch display unit, allowing the user to rotate the stand to adjust the tilt of the display unit or to close the stand to the display unit for storage. In addition to the touch input device, the user can use the mouse and keyboard to input commands, and the touch display unit can be operated by touch. When the user operates the touch display device in a touch manner, the force of pressing the screen tends to cause the relative rotation of the touch display unit and the stand to cause the overall structure to sway, which makes the user less inconvenient in operation. And visually uncomfortable. M416972 [New content] This creation provides a touch display device with better controllability. . The present invention proposes a touch display device including a touch display unit and a support structure. The support structure includes a fixing member, a pivoting member, a engaging member, a first elastic member and a sensitive member. The fixing member is placed on the back of the difficult display unit. The pivoting member is disposed on the fixing member along the wire and has an engaging portion. The engaging member is slidably disposed on the fixing member along the axis. The first elastic member is compressed between the engaging member and the fixing member. The engaging member is engaged with the engaging member by the elastic force of the first elastic member being urged toward the pivoting member to prevent the pivoting member from rotating along the axis. The stand is fixed to the pivoting member. When the card member resists the elastic force of the first elastic member and moves away from the engaging portion along the axis, the connection is made; the appropriate phase is rotated to drive the tripod to open or close to the touch display page. surface. When the tripod is deployed on the back of the touch display unit, the touch is not prematurely supported by the support of the stand and stands on the plane. In the case of the spring and the sleeve, the first elastic member has a first elastic shape and a second residual structure, so that the engaging member is engaged with the engaging portion. (IV) In the mouth of the meal In one embodiment of the present creation, the rod 'pull rod IU is fixed to the engaging member, and the structure further includes a pulling movement. And the appropriate force* drives the engaging member along the axis in one of the creations of the present invention. The above-mentioned fixing member has the first folding wall first-folding wall's first-folding wall and the second folding wall extension The axis passes through the first folding wall and the second folding wall, and the pivoting member 5 first folding wall engaging member is slidably disposed on the second folding wall along the axis. In an embodiment of the present invention, the first elastic member is compressed between the engaging member and the second folding wall. In an embodiment of the present invention, the first folding wall has an opening, and the supporting structure further includes a pivot shaft, the pivoting member is disposed on the opening and the pivoting member, so that the pivoting member is pivotally connected to the first axis along the axis by the pivot. Fold the wall. In an embodiment of the present invention, the second folding wall has an opening, the inner edge of the opening has at least one recess, the engaging member has at least one rib, and the engaging member is slidably disposed on the opening along the axis, and the rib Sliding along the axis of the recess, the structural interference between the rib and the recess prevents the engaging member from rotating along the axis. In one embodiment of the present invention, the support structure is more elastically loaded, and the end of the second elastic member is connected to the clamp member, and the second elastic member is coupled to the pivot member. The elastic force of the piece rotates to drive the stand to spread on the back of the touch display unit. Set the implementation of the financial, the second miscellaneous pieces of the above is twisted and the second c::=r its elastic force pushes the engaging part against the card holder and the tripod of the hip joint by the movement i The limitation is that the touch display unit cannot be rotated with respect to the touch display unit. When the user touches the display unit and the tripod is rotated by the user's application; == two, so that the touch display device has a member. The person wants to adjust the phase C of the tripod and the touch display unit. When the elastic force of the user member moves the engaging member away from the pivoting member ^', it only needs to resist the squat.卩, you can touch the M416972 control unit to rotate the stand, so the fine adjustment of the foot is quite convenient. In order to make the above-mentioned features and advantages of the present invention more exemplified, and with reference to the drawings, the detailed description of the present invention is as follows: [Embodiment] FIG. 1 is a touch display device according to an embodiment of the present invention. It is a rear view of the touch display device of FIG. Please refer to 1闰. The touch display device of the embodiment includes a touch "θ structure 120. The support structure 12〇 is suitable for the picture and the support ιιη ± Μ 1 corp. The touch display unit 10 is not supported on the plane 50 for the user to view the touch display surface 11n t touch display surface ll〇a touch Control operation. Fig. 3 is an exploded view of the support structure of Fig. 1. Fig. 2 is a rear view of a part of the structure. Please refer to Fig. 2 to Fig. 2: The structure 120 includes a fixing member 122, a pivoting member 124, and a support member. The grooving member 128 and the tripod 129. The fixing member 122: = 126, the first elastic back. The pivoting member m is pivotally connected to the fixing portion 124a along the axis a. The engaging member 126 is slidably disposed on the fixing member along the axis. ^ = m is compressed by the engaging member 126 and the member 122 is fixed to the pivoting member 124. The engaging member 126 is pushed toward the pivoting member m by the elastic force of the borrowing member U8 as shown in FIG. The pivoting member 124 rotates along the axis 。. 124a, Fig. 5 is a schematic view of the engaging member of Fig. 4 moving away from the engaging portion. The figure is from Figure 6C to the flow chart of the touch display set of the figure. As shown in FIG. 5, the elastic force against the first elastic member 128 is moved away from the card 7 M416972 along the axis a. The connector 124 is no longer restricted by the engaging member 126; the meshing member 122 rotates to drive the foot. The frame 129 rotates and does not expand on the back of the touch display unit UG or 6 = the back of the display unit m. When the stand 129 is continued as shown in FIG. 6 == the display unit m is back, the touch display unit 11 By the stand 129 = Stand on the plane 50. In addition, the user can adjust the state shown in the figure of the stand 129 and the touch display unit or other appropriate angle according to the habits and tastes of the use. The elastic member 128 is pushed against the engaging portion 12 of the pivoting member 124 by the elastic force fitting member. For example, the frame connecting member j and the stand m fixed to the pivoting member are engaged by the engaging portion. The engagement of the member 126 is restricted to be incapable of rotating relative to the touch display unit (10): 'When the user performs a touch operation on the touch display unit UG, the ^4 (4) unit 11G and the stand 129 are not applied by the user. Force, turn, so that the touch display device (9) has better control _ =, when the user wants to adjust the relative f degree of the stand 129 and the touch display unit 11 ,, only need to resist the interference of the elastic member 128 The engaging portion 124a of the engaging member 12 of the engaging member 12 can rotate the stand 129 with respect to the touch display unit n, so that the adjustment of the stand 129 is quite convenient. Referring to FIG. 3 to FIG. 5, in detail The fixing member 122 of the embodiment has a first folding wall 122a and a second folding wall gamma. The first folding wall and the first folding wall 122b Extending in the direction of the vertical axis a, the axis A is connected to the J wall ma and the second folding wall mb, and the pivoting member is pivotally connected along the axis A to the arm-folding wall 122a'. The engaging member 126 is slid along the axis A to the second Folding wall M416972 122b. The first elastic member 128 is, for example, a compression spring and is sleeved on the engaging member 126 and compressed between the engaging member 120 and the second folding wall 122b. When the engaging member 126 moves away from the engaging portion 124a, The first elastic member 128 will be scrapped from the state shown in FIG. 4 to the state of FIG. 5 to store the elastic potential energy. In more detail, the first folded wall 122a of the present embodiment has an opening 122c, and the support structure 12b further includes a pivot 丨25. The pivoting member 125 is disposed through the opening 122c and the pivoting member 124 such that the pivoting member 124 is pivotally connected to the first folding wall 122a along the axis φ line A by the yoke 125. In addition, the second folding wall 122b of the embodiment has an opening i22d', the inner edge of the opening I22d has at least one recess 122e, the engaging member 126 has at least one rib 126a, and the engaging member 126 is slidably disposed along the axis A. 122d, the rib 126a is slidably disposed on the recess 122e along the axis a. The structural interference between the rib 126a and the recess 122e prevents the engaging member 126 from rotating along the axis a. In other embodiments, other suitable forms of structure may also prevent the engaging member 126 from rotating along the axis A, which is not limited in this creation. The support structure 120 of the present embodiment further includes a tie rod 27. The pull rod 127 is fixed to the engaging member 126 and is adapted to be forced to move the engaging member 126 along the axis A. The user can pull the pull rod 127 to move the engaging member 126 away from the engaging portion 124a of the pivoting member 124, so as to adjust the relative angle between the stand 129 and the touch display unit 兀no. After the user finishes the adjustment of the stand 129, the pull rod 127 can be released to release the elastic energy of the first elastic member 128, and the engaging member 126 is reset from the position shown in FIG. 5 by the pushing of the first elastic member 128. In the position shown in FIG. 4, the recovery engaging member 126 is engaged with the engaging portion 12 as it is. In the present embodiment, the engaging member 126 has a first tooth structure, 9 m leaf 丄/2 =. . The crucible 124a has a second tooth structure 124b, and the first tooth structure 126b is coupled to the second tooth structure 124b, so that the engaging member 126 is engaged with the card P" 4a in its corresponding embodiment, the engagement The piece I% is engaged with the engaging part u4a ', = hunting by other suitable forms of structure, and this creation does not make a good attack on this.
! 7為本翁另-實施狀觸控顯示裝置的局部剖補 二-Γ參考圖7 ’本實施_觸控顯示裝置包括觸指 Lrl!早元210及支樓結構220，觸控顯示單元21〇及支指 jfo的設計與作動方式與上述觸控顯示單元11〇及支 二：120的設計與作動方式類似於此不再贅述。支携 ί括第1支撐結構120的不同處在於，支樓結構220更 於件223 ’第二彈性件223例如為扭菩且套設 第二Ϊ^Γ°第二彈性件223的—端連接於固定件從， % = L件223的另一端連接於樞接件224。樞接件224 由第二彈性件223的彈性力轉動而帶動腳架229展7 is a part of the implementation of the touch display device of the present invention. Referring to FIG. 7 'This embodiment _ touch display device includes a touch finger Lrl! Early element 210 and a branch structure 220, the touch display unit 21 The design and operation of the j and the finger jfo and the design and actuation of the touch display unit 11 and the second: 120 are similar to those of the above. The difference between the supporting structure and the first supporting structure 120 is that the branch structure 220 is further connected to the member 223. The second elastic member 223 is, for example, twisted and sleeved with the second end of the second elastic member 223. The other end of the fixing member from the %=L member 223 is connected to the pivoting member 224. The pivoting member 224 is rotated by the elastic force of the second elastic member 223 to drive the stand 229
^的:…21_，用者可省力地進行腳架 於樞創::彈性件藉其彈性力將卡合件推抵 tit卡ί件的卡合被限制為無法相對== 動藉此’當使用者對觸控顯示里a a / 者欲調整-架與觸控顯示單元的相：=需= 10 M416972 卡合件移離樞接件的卡合部，即可相對觸 轉動腳架，因此腳架的調整相當便利。 雖財騎^^實關揭露如上，减並_以限定 •j作，任何所屬技術領域中具有通常知識者，在不 '、〜軏圍$視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 作一實施例之觸控顯示裝置 。 Ώ 2為圖i之觸控顯示裝置的後視圖。 圖3為圖1之支撐結構的爆炸圖。 :i之觸控顯示裝置的部分構 。 圖5為圖4之卡合件移離卡合部的示意圖。 圖6A至圖6C為圖！之觸控顯示裳 圖7為本創作另-實施例之觸控顯 乍動:矛王圖。 圖。 只下戒置的局部剖視^:: 21_, the user can effortlessly carry out the tripod in the pivot:: The elastic member pushes the engaging member against the titer by its elastic force. The engagement of the piece is restricted to be incomparable == The user touches the touch display aa / the person wants to adjust the frame and the touch display unit phase: = need = 10 M416972 the snap member is moved away from the pivoting member of the pivoting member, so that the foot can be rotated relative to the foot, thus the foot The adjustment of the rack is quite convenient. Although the financial support ^^ real customs disclosure as above, the reduction _ by the definition of j, any of the technical field of the ordinary knowledge, in the ', ~ 軏 $ $ 视 视 视 视 视 视 视 视 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 [Simple Description of the Drawings] A touch display device of an embodiment is provided. Ώ 2 is a rear view of the touch display device of FIG. Figure 3 is an exploded view of the support structure of Figure 1. : Part of the touch display device of i. Figure 5 is a schematic view of the engaging member of Figure 4 removed from the engaging portion. Figure 6A to Figure 6C are diagrams! The touch display shows the touch display of the other embodiment of the present invention: the spear king figure. Figure. Partial cutaway of only the lower ring
【主要元件符號說明】 50 ·平面 100、200 :觸控顯示裝置 110、210 :觸控顯示單元 110a ·觸控顯示面 120、220 :支撐結構 122、222 :固定件 11 M416972 122a :第一折壁 122b :第二折壁 122c、122d :開孔 122e :凹缺 124、224 :樞接件 124a :卡合部 124b :第二齒狀結構 125 :樞軸 126 :卡合件 126a :凸肋 126b :第一齒狀結構 127 :拉桿 128 :第一彈性件 129、229 :腳架 223 :第二彈性件 A :軸線[Main component symbol description] 50 · Plane 100, 200: touch display device 110, 210: touch display unit 110a · touch display surface 120, 220: support structure 122, 222: fixing member 11 M416972 122a: first folding wall 122b: second folding wall 122c, 122d: opening 122e: recess 124, 224: pivoting member 124a: engaging portion 124b: second tooth structure 125: pivot 126: engaging member 126a: rib 126b: A toothed structure 127: tie rod 128: first elastic member 129, 229: stand 223: second elastic member A: axis