M409657 五、新型說明： 示裔支撐座及其顯示單元，特別 器支撐座及其顯示單元。 【新型所屬之技術領域】 本創作係有關一種顯 指一種可提供定位之顯示 【先前技術】 目。前—般使㈣各式螢幕通常是直接擺設在桌面或 *架上既有的桌面或支禮架之高度均無法加以調 ’因此螢幕之高度不—定符合使用者的需求。故當螢幕 放置，桌面上時，為了達成依據使用者之視線位置，來調 整螢綦的高度與傾斜角度利於使用者觀看之舒適性，因 此’必須在螢幕之支樓架上配置有調整裝置，以供使用者 調整之所需。 一…丨而，市面上已出現可滿足使用者的習慣而改變顯示 的支撐架產品，但目前產品並無法將顯示器維持於 口定位置，換言之，顯示器很可能會在顛簸的運送過程 中跳動’並撞擊包裝材料，致使顯示器發生瑕窥，嚴重影 響產品品質。 ~ 再一方面，承上所述之傳統顯示器無法提供定位效 果，故顯示器整體易顯示出滑動態樣，使產品之可靠度降 低。 士本案創作人有鑑於上述習用的結構裝置於實際施月 τ勺夬失，且積累個人從事相關產業開發實務上多年之與 驗，秸心研究，終於提出一種設計合理且有效改善上 題之結構。 3/15 M409657 【新型内容】 本創作的目的之一，在於提供一種顯示器支撐座及其 顯示單元，其具有定位效果，以避免顯示器在非預期的狀 態下進行滑移。 本創作之另一目的，在於提供一種顯示器支撐座及其 顯示單元，當顯示器脫離定位態樣後，顯示器即可任意的 滑動至使用者預定的高度，故具有無段式調整的效果。 本創作係提供一種顯示器支撐座，係包含：一基座， 該基座上設有一滑動模組；一顯示器安裝件，其連接於該 滑動模組而沿著該基座之縱向方向在一最高點與一最低 點間滑動；一設於該基座上之卡制模組，其包括：一固設 於該顯示器安裝件之鎖掣件；一設在該基座的底部之勾持 桿，該勾持桿係可沿著該基座之橫向方向移動；以及一設 在基座的底部並對應該勾持桿之開關件，該開關件具有一 干涉於該勾持桿之一端的推移斜面，該開關件係可沿著該 基座之縱向方向移動。 本創作更提供一種顯示單元，係包含：一基座，該基 座上設有一滑動模組；一顯示器安裝件，其連接於該滑動 模組而沿著該基座之縱向方向在一最高點與一最低點間 滑動；一設於該基座上之卡制模組，其包括：一固設於該 顯示器安裝件之鎖掣件；一設在該基座的底部之勾持桿， 該勾持桿係可沿著該基座之橫向方向移動；一設在基座的 底部並對應該勾持桿之開關件，該開關件具有一干涉於該 勾持桿之一端的推移斜面，該開關件係可沿著該基座之縱 4/15 M409657 向方向移動；以及一連 «妾於έ亥頒不态安裝件之顯示器。 本創作可利用鎖擎件緊固 器安裳件或/及顯示器定位於一:定 外’當需使㈣示H時，使卩取低點）；另 關件推動勾持桿，即可播^ 了推和開關件’以利用開 故可進—步依日桿與鎖擎件形成脱離態樣， ，、、便用而求調整顯示器的高度。 閱以i = 一步瞭解本創作之特徵及技術内容，請灸 =下有關本創作之詳細說明: …兄明用，亚_來對本創作加以限制者。 【實施方式】 二二作提出一種顯示器支撐座及其 :支撐座可達财效定位，以便於在運送 =不 疋性高的具有開關之顯 中也成為穩 釋放以解除顯干哭φ产广 而使用者亦可利用開關的 器高度之目的支撑座之固鎖態樣’進而達到調整顯示 清參考圖1Α至圖If1、岡s η 器支撐座II有m η 圖2(：，本創作之顯示 組！ 9 “阁 顯示器安裝件“及卡制模 顯一6 Μ所7^ ’基座1 Q上設有—滑動模組1 0 1， 頻…裝件1 i則連接於滑動模組B 1 〇而在一最高點（如圖4A)盥一 、土坐 滑動，卡制模組i 2則設於基 S A)間 低點固疋减7^安裝件U的效果。具體而言，卡制_ 12包括固設於顯示器安裝件11之鎖掣件121、設在 基座1 0的底部之勾持桿丄22、刊·為其又 乙乙5又在基座1 0的底部並 5/15 M409657 對應該勾持桿1 2 2之開關件1 2 3，當顯示器安裝件工 1利用滑動模組1 〇 1位於最低點（如圖3A)時，鎖掣 件1 2 1可被勾持桿：l 2 2所固持，以使該顯示器安裝件 1 1固定於該最低點；另外，當使用者須調整顯示器安裝 件1 1的高度時’則可先施力於開關件2 2 3，以利用開 關件1 2 3上之推移斜面1 2 3 1與勾持桿1 2 2之干 涉’而帶動勾持桿1 2 2進行位移，即可解除鎖掣件工2 1與勾持#1 2 2的固持態樣，此時’顯示器安裝件1 1 即可被施加力量而朝向最高點而滑動。 具體而言，如圖1B、2B所示，本創作之基座丄〇至 少由主框體1 Q 〇 '滑誠組！ Q i及數個_板體工〇 2、1 02 )斤組成’滑動模組丄〇丄包括一對設於主框 體1 0 0之兩側之滑執丄〇丄丄及沿著滑軌丄〇丄上滑 動之滑塊1012’換言之’藉由將顯示器安裝件“固 接於滑塊1 0 1 2 ’例如螺鎖等，即可利用滑執丄〇工i 與滑塊1 0 1 2之配合，使顯示器安裝件丄i可沿 1 0之縱向方向（即圖1A所示之γ軸向）在最高點ς最 低點間滑動；另外，主㈣i Q ◦在底部的位置（請注意， ，處所述之底部位置係實質地對應顯示器安裝件' f之 最低點）設有一沿著基座1 0之橫向方向（即圖1A所示 :X軸向)延伸的第一水平穿孔工〇 〇 〇，輔助板體丄〇 機第一水平穿孔1 0 0 0的第二水 第U 0 2 0 '而前述之勾持桿122即 又於第一水平穿孔1000與第二水平穿孔102 1〇2〇 ’故勾持桿122可沿著基座1〇之樺向 6/15 M409657 方向（即X轴向）移動，以達到固持或釋玫鎖擎件丄2工 的效果。 本創作之卡制模組1 2更可包括一第一彈性件工2 4及一第二彈性件1 2 5，例如拉伸彈簧等；第—彈性件 1 2 4係連接於勾持桿1 2 2與基座1 〇之間，該第二彈 性件1 2 5係、連接於開關件丄2 3與基^ ◦之間。另 外^開關件1 2 3則設於主框體！ 〇 〇的外側，以利使用 者施力於其上，具體而言，主框體1 0 0的外側具有沿著 基座1 0之縱向方向（即γ軸向）之滑槽部丄〇 〇丄，開 1 2 3即可滑動地設於前述滑槽部丄〇 〇丄，且開二 2 3更開設有一對應第一水平穿孔丄〇 〇 〇之 部上2 3 0，該推移斜面丄2 3工係為該穿孔部工2 3 〇 ft:設置之内壁面，故勾持桿1 2 2的-端係穿設於 穿孔1 0 0 0與穿孔部123〇,並可與推移斜 時，勾持涉’換言之’當開關件1 2 3向下滑移 捽而作叙 2的一端則可沿著推移斜面1 2 3 1的推 :動’而連帶地向右側移動（以圖2A的方向說明）。 鎖掣件1 2 1的-端係固定於顯示器安裝件丄工的 ::部Γ二螺絲鎖固’鎖掣件121的另端嚷^ Μ ^ σ 0，該勾持桿1 2 2即受到該勾部1 2 1 Ο 所勾持以形成顯示器安穿件 為女淚件1 1之疋位效果，此外，勾部 之底緣較佳地形成一弧狀導引面，且勾部1 2工 緣具有—凹槽’當顯示器安裝件1 1與該鎖掣件i 導引面該勾持桿12 2可沿著該弧狀 面挲入该凹槽，以達到固持之效果。 7/15 ^y〇y/ ::，如圖3A、3B，當顯示器2 -文衣件i i下降至最低點， 連動鎖擎件121-同向下滑移時，該勾=牛。叉力 著弧狀導引面滑入勾部i 2 i 0 P干12 2可順 T u之凹槽’此時第一通料杜 拉伸’當勾持桿122滑入勾部1210之凹 ‘r 2:i22因第一彈性件124的彈性回復力而 二，使鮮件121牢固地勾附於勾持 =示=裝件U無法任意相對基座1〇進行滑動，亦 貝不态2的位置亦被固定於最低位置。 錢用者欲重新調整顯示器2之高度，需施加向下外 二=件123 (此時第二彈性件12 5形成拉伸態 f ，利用開關件123向下滑動時，以推移斜面123 j動勾持桿1 2 2向左位移（以圖3C之方向表示，此 :::T124亦被拉伸)，令該勾持桿122脫出 =件1 2 1的凹槽’使顯示器安裝件工工不再受到限制 用’使用者即使施力將顯示器安裝#1工向上滑移而連 到可相對基座1 0進行滑動自由滑動以調整顯示器2高 度之效果。而當使用者停止施力於開關件1 2 3，°勾持= t 2 2與開關件1 2 3分別因第一彈性件！ 2 4及第二 彈性件1 2 5而復歸至起始位置（如圖4A、4B)，換古之二 在—般使綠態下，㈣桿1 2 2與Μ件1 2 3會°停留 在起始位置，而鎖掣件1 2 1並不會與勾持桿丄2 2形成 勾扣態樣。 另外，請參考圖5，本創作之顯示單元係包括前述之 8/15 M4Uy〇3/ 於㈣器安裝件H之顯示器 】而，由，文所述之作動即可將顯示器2固定於最低位 戈疋以推動開關件123的方式釋放顯示器安裝件丄 1，即可將顯示器2脫離最低位置。 方面’本實施例之顯示單元更包括—連接至基座 10與顯示器安裝件1 1> 士 至圖2C)，具體而言，該扭 104 (請配合圖2Α 樣並固定於主框體i ◦ 〇上4的一端繞曲成渦捲 ^ ^ Ί 之承接座1 〇 3 (如圖2Β)， 二二4rr:r Λ初—Γ 具體實施例中’扭力件104 其可對顯示器安襄件U施予相應於顯 不為2之重力的向上作用力。 因此，若使用者認為顯示器2 (請參考圖5)的 整至較低的位置時（請注意並非調整至最低 # 1 , …、、。° 2，將頦不器2與顯示器安裝 1至預定處，而扭力件1 0 4原本呈現捲曲产之 一端則隨著顯示哭容驻此τ^ 兄捲曲k之 因扭力件1 η /裝件1 1的讀，轉變成為延伸樣。 2之重力⑽料顯*器絲41 1制於顯示器 安裝^ 力’待使用者停止施力後，該顯示器 1並不會繼續相對基座10繼續向下或往上反 :田月Ϊ ’而停留在使用者停正施力的最後位置處，也就是 求，隨音馮裡况虹 田…、便用者疋根據自身需 點之間的位置^ 1 〇 1 1中的任一點（即最高點與最低 基座1Onf 停止施力’即可使顯示器安襄件11與 " 相對位置呈現無段式態樣，以利使用者調整 9/15 _示器2之高度或位置。 ，上所述’本創作至少具有下列諸項優點·· 门。i作利用卡制模組以將顯示器安 最低點，對於制11 f 、穩疋地固定於 的出貨、運ΪγΓ/Λ說’本創作可有效限制產品 & 奴，進達到快速包裝的功效。再者， 鎖擎件能緊固地勾卡#幻姓4曰 刀双丹者， 隨意位移，使射干，以限制顯示器安裝件 滑移狀態，狀況而形成無法控制的 难得间％疋性的運送品質。 '另外’當卿件脫離勾持桿後 用需求透過顯示哭忠壯从^ 』根據各種使 滑執’故可靈活干:安定::塊而上下滑行於 而因應使用者對=件㈣、位置，進 於顯示度要求，尤其是當施加 抿η时"除後’扭力件提供的向上作用力可 · = = ”力’更可讓❹者進行無段式地調整 的:r_個特定的高度，故可提 本創之較佳可行實施例，非因此询限 所為之等效技術變化，均包含於本創作之範圍内。内夺 【圖式簡單說明】 ^u係為本創作之顯示器支—的第-視角部分分解 胃係為本創作之顯不器支㈣的第—視角分解圖。 係為本創作之顯示器支撐座的第-視角組合圖。 10/15 M409657 圖2A係為本創作 圖。 圖2B係為本創作之顯 圖2C係為本創作之顯 R , 支按座的弟二視角組合圖。 圖3A係為本創作之題 圖。 ，，.、、不叩支撐座形成定位態樣之示意 圖3B係為本創作之顯 模組之位置示意圖。 圖3C係為本創作之顯示器支撐座解除定位態 核組之位置示意圖。 利 圖4A係為本創作之顯示器支撐座在一 樣）之示意圖。 圖4B係為本創作之顯示器支標座在—般態樣時 組之位置示意圖。 圖5係為本創作之顯示單元之示意圖。 【主要元件符號說明】 之顯示器支撐座的第二視角 部分分解 示器支撐座的第二視角分解 圖 不奈支撐座形成定位態樣時，卡制 般態樣（非定位態 1 顯示器支撐座 基座 1 υ υ 主框體 0 0 0 第一水平穿孔 0 0 1 滑槽部 0 1 滑動模組 0 11 滑轨 0 1 2 滑塊 11/15 M409657 1 0 2 辅助板體 1 〇 2 辅助板體 1 0 2 0 第二水平穿孔 1 0 2 0 /第二水平穿孔 1 〇 3 承接座 1 0 4 扭力件 顯示器安裝件 卡制模組 1 2 1 鎖掣件 1 2 1 0 勾部 1 2 2 勾持桿 1 2 3 開關件 1 2 3 〇 穿孔部 1 2 3 1 推移斜面 1 2 4 第一彈性件 1 2 5 第二彈性件 2 顯示器 12/15M409657 V. New description: The descent support and its display unit, the special support and its display unit. [Technical field to which the novel belongs] This creation relates to a display that provides positioning. [Prior Art] Pre-General (4) All kinds of screens are usually placed directly on the table or on the shelf. The height of the existing table or the shelf can not be adjusted. Therefore, the height of the screen is not set to meet the needs of users. Therefore, when the screen is placed on the desktop, in order to achieve the position according to the user's line of sight, to adjust the height and tilt angle of the fluorite to facilitate the user's viewing comfort, therefore, the adjustment device must be arranged on the floor support of the screen. For the user to adjust the needs. A... In the market, there has been a support frame product that can change the display to meet the user's habits. However, the current product cannot maintain the display in a fixed position. In other words, the display is likely to jump during bumpy transportation. And hit the packaging material, causing the display to have a glimpse, seriously affecting product quality. ~ On the other hand, the traditional display described above cannot provide a positioning effect, so the display is easy to display a sliding dynamic sample, which reduces the reliability of the product. In view of the above-mentioned conventional structural devices, the creators of the above-mentioned methods have lost their experience in the actual application of the month, and accumulated many years of experience in the practice of related industry development. The study of straw heart has finally proposed a structure that is reasonable in design and effective in improving the topic. . 3/15 M409657 [New content] One of the purposes of this creation is to provide a display support and its display unit that have a positioning effect to prevent the display from slipping in an unexpected state. Another object of the present invention is to provide a display support base and a display unit thereof. When the display is separated from the positioning state, the display can be arbitrarily slid to a predetermined height of the user, so that there is no segment adjustment effect. The present invention provides a display support, comprising: a base, the base is provided with a sliding module; a display mounting member is connected to the sliding module and is highest along the longitudinal direction of the base The sliding module is disposed on the base; the clamping module disposed on the base comprises: a locking member fixed to the display mounting member; and a hooking rod disposed at the bottom of the base, The hooking rod is movable along a lateral direction of the base; and a switch member disposed at a bottom of the base and corresponding to the rod, the switch member having a shifting slope that interferes with one end of the hook The switch member is movable along the longitudinal direction of the base. The present invention further provides a display unit, comprising: a base, the base is provided with a sliding module; and a display mounting member connected to the sliding module at a highest point along the longitudinal direction of the base a sliding module disposed on the base; the card module disposed on the base comprises: a locking member fixed to the display mounting member; and a hooking bar disposed at the bottom of the base, the The hooking rod can be moved along the lateral direction of the base; a switch member disposed at the bottom of the base and corresponding to the rod, the switch member having a shifting slope that interferes with one end of the hooking rod, The switch member is movable in the direction of the longitudinal 4/15 M409657 of the base; and a display of the mounting member. This creation can be used to lock the armor fasteners or / and the display is positioned in one: the outside of the 'when the (four) shows H, so that the low point is taken); the other part pushes the hook, you can broadcast ^ Pushing and switching parts 'to take advantage of the opening can be stepped into the step of the Japanese rod and the lock to form a disengaged state, and, in order to adjust the height of the display. Read i = one step to understand the characteristics and technical content of this creation, please moxibustion = the following detailed description of this creation: ... brothers use, Ya _ to limit the creation of this creation. [Embodiment] The second and second embodiments propose a display support base and the support base thereof can be positioned for financial efficiency, so as to be stably released in the display with the switch having high non-slipness to release the dryness and crying. The user can also use the height of the switch to support the fixed-locked state of the seat', and then adjust the display. Refer to Figure 1Α to Figure If1, and the support frame II has m η Figure 2 (:, this creation Display group! 9 "Gall display mounting" and card molding display 6 Μ 7^ 'Base 1 Q is provided - sliding module 1 0 1, frequency... assembly 1 i is connected to sliding module B 1 〇 and at the highest point (Fig. 4A), the soil slides, and the clamping module i 2 is set at the low point between the base SA) to reduce the effect of the mounting member U. Specifically, the card _ 12 includes a locking member 121 fixed to the display mounting member 11 , a hooking rod 22 disposed at the bottom of the base 10 , and a magazine 5 for the pedestal 1 The bottom of 0 and 5/15 M409657 should correspond to the switch 1 2 2 of the lever 1 2 2, when the display fixture 1 uses the sliding module 1 〇 1 at the lowest point (as shown in Figure 3A), the lock 1 2 1 can be held by the hook: l 2 2 so that the display mount 1 1 is fixed at the lowest point; in addition, when the user has to adjust the height of the display mount 1 1 ' The switch member 2 2 3 can be used to release the lock member 2 by using the interference between the inclined surface 1 2 3 1 and the hook rod 1 2 2 on the switch member 1 2 3 to displace the hook rod 1 2 2 1 and the holding state of #1 2 2, at this time, the 'display mounting member 1 1 can be applied with force to slide toward the highest point. Specifically, as shown in FIGS. 1B and 2B, the base of the present creation is at least the main frame body 1 Q 〇 'slip group! Q i and several _ board work 〇 2, 1 02 ) jin consists of 'sliding module 丄〇丄 including a pair of sliding shackles on both sides of the main frame 1 0 0 and along the slide rails Slider slider 1012', in other words, 'by fixing the display mount to the slider 1 0 1 2 ', such as a screw lock, etc., can be used to slide the i and the slider 1 0 1 2 In cooperation, the display mount 丄i can slide in the longitudinal direction of 10 (ie, the γ-axis shown in FIG. 1A) between the highest point and the lowest point; in addition, the main (four) i Q ◦ is at the bottom position (please note that The bottom position is substantially corresponding to the lowest point of the display mounting member 'f," and is provided with a first horizontal perforating process extending along the lateral direction of the base 10 (ie, the X-axis shown in FIG. 1A). 〇〇, the auxiliary plate body is twisted by the first horizontal perforation of the first water U 0 2 0 ' of the 0 0 0 and the aforementioned hooking bar 122 is again the first horizontal perforation 1000 and the second horizontal perforation 102 1〇 2〇' The hooking bar 122 can be moved along the base 1 to the 6/15 M409657 direction (ie, the X axis) to achieve the effect of holding or releasing the lock. The created card module 1 2 may further include a first elastic member 24 and a second elastic member 1 2 5, such as a tension spring, etc.; the first elastic member 1 2 4 is connected to the hook 1 2 2, and the base 1 〇, the second elastic member 1 2 5 is connected between the switch member 丄 2 3 and the base 。. The other switch member 1 2 3 is disposed in the main frame! The outer side is for the user to apply force thereon. Specifically, the outer side of the main frame body 100 has a sliding groove portion along the longitudinal direction of the base 10 (ie, the γ-axis direction). 1 2 3 can be slidably disposed on the aforementioned chute portion 丄〇〇丄, and the opening 2 2 3 is further provided with a portion corresponding to the first horizontal perforated 丄〇〇〇 2 3 0, the sloping 丄 2 3 engineering system For the perforated part 2 3 〇 ft: the inner wall surface is provided, so the end of the hook rod 1 2 2 is pierced through the perforation 1 0 0 0 and the perforated portion 123〇, and can be hooked and tilted In other words, when the switch member 1 2 3 is moved downward, the end of the reference numeral 2 can be moved to the right side along the push bevel 1 2 3 1 (described in the direction of FIG. 2A). The end of the lock piece 1 2 1 is fastened The other end of the display fixture is:: the second screw locks the other end of the lock member 121 嚷 ^ Μ ^ σ 0, the hook rod 1 2 2 is grasped by the hook portion 1 2 1 Ο In order to form the display wearing member as the female tearing member 1 1, the bottom edge of the hook portion preferably forms an arc-shaped guiding surface, and the hook portion 12 has a groove - when the display is mounted The locking member 12 and the guiding surface of the locking member i can be inserted into the groove along the curved surface to achieve the holding effect. 7/15 ^y〇y/:, as shown in Figs. 3A and 3B, when the display 2 - the article i i is lowered to the lowest point, and the interlocking lock member 121 - slides in the same direction, the hook = cow. Fork force with the arc-shaped guide surface sliding into the hook i 2 i 0 P dry 12 2 can follow the groove of the T u 'At this time, the first material is simply stretched' when the hook rod 122 slides into the concave portion of the hook portion 1210 'r 2: i22 due to the elastic restoring force of the first elastic member 124, so that the fresh member 121 is firmly hooked to the hook = display = the mounting member U cannot be slid relative to the base 1 ,, and it is not 2 The location is also fixed at the lowest position. If the user wants to re-adjust the height of the display 2, it is necessary to apply the downward outer=123. (At this time, the second elastic member 12 5 forms a tensile state f, and when the switch member 123 slides downward, the moving inclined surface 123j moves. The hook rod 1 2 2 is displaced to the left (in the direction of FIG. 3C, this:::T124 is also stretched), so that the hooking rod 122 is disengaged = the groove of the piece 1 2 1 makes the display fixture work The worker is no longer restricted by the user's ability to adjust the height of the display 2 by sliding the display mounting #1 worker upwards even if it is applied upwards to adjust the height of the display 2 with respect to the base 10, and when the user stops applying force The switch member 1 2 3, ° hook = t 2 2 and the switch member 1 2 3 are returned to the starting position by the first elastic member ! 2 4 and the second elastic member 1 2 5 respectively (as shown in Figs. 4A, 4B). In the second place, in the green state, (4) rod 1 2 2 and the piece 1 2 3 will stay at the starting position, and the locking piece 1 2 1 will not form a hook with the hook rod 2 2 2 In addition, please refer to FIG. 5, the display unit of the present invention includes the aforementioned 8/15 M4Uy〇3/ display of the (four) device mounting member H], and can be activated by the text. The display 2 is fixed at the lowest position to release the display mounting member 疋1 in a manner to push the switch member 123, so that the display 2 can be removed from the lowest position. Aspects The display unit of the embodiment further includes a connection to the base 10 and the display installation. 1 1> 至至图2C), specifically, the twist 104 (please fit the end of the main frame body i ◦ 4 4 with the splicing seat 1 配合 3 (Fig. 2A), 22 2rr: r Λ Γ Γ Γ ' ' ' ' ' ' ' ' ' ' ' ' ' 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭 扭Think of the whole to the lower position of the display 2 (please refer to Figure 5) (please note that it is not adjusted to the lowest # 1 , ..., , . ° 2, the device 2 and the display are installed to the predetermined position, and the torque Piece 1 0 4 originally presented curling one end, with the display crying stationed in this τ ^ brother curl k due to the torque component 1 η / assembly 1 1 read, converted into an extension. 2 Gravity (10) material display * The wire 41 1 is mounted on the display. After the user stops applying the force, the display 1 does not continue. Relative to the pedestal 10 continues downward or upwards: Tian Yue Ϊ 'and stays at the last position where the user stops the force, that is, seeks, with the sound Feng Li situation Hong Tian..., the user 点 according to their own needs The position between the positions ^ 1 〇 1 1 (ie the highest point and the lowest pedestal 1Onf stop the force) can make the display amp 11 and " relative position in a segmentless manner for the user to adjust 9/15 _ The height or position of the display 2. In the above description, the author has at least the following advantages. I use the card module to set the display to the lowest point. For the 11 f, stable and fixed shipment, the Ϊ Γ Γ Λ ' 'This creation can effectively limit the product & slave, into the fast packaging effect . In addition, the lock engine can be fastened to the hook card #幻姓4曰刀双丹, free to displace, so that the shoot dry, to limit the sliding state of the display mount, the situation to form a rare and uncontrollable quality. 'In addition', when the clerk is out of the hook, the demand is transmitted through the display, crying and loyalty from ^ 』 according to various kinds of slippery's can be flexible: stability:: block up and down in response to the user's right = (four), position Into the display degree requirements, especially when the 抿η is applied, "after the 'torsion member provides the upward force can be = = "force" can make the leader to adjust steplessly: r_ specific The height of the invention is therefore a better and feasible embodiment of the invention, and the equivalent technical changes that are not included in the inquiry are included in the scope of this creation. The first-view portion of the display branch is the first-view exploded view of the display device of the creation. The first-view combination view of the display support of the creation is 10/15 M409657 Figure 2A is Figure 2B is a diagram of the creation of this creation 2C is the combination of the two aspects of the creation of the creation of the R, and the view of the second seat. Figure 3A is the title of the creation of the creation.,,,, and support 3B is a schematic diagram of the position of the display module of the creation. Figure 3C is a schematic view of the position of the display support base of the present invention. The figure 4A is a schematic view of the display support of the present invention. Figure 4B is the display stand of the present display. Fig. 5 is a schematic diagram of the display unit of the present invention. Fig. 5 is a schematic diagram of the display unit of the present invention. [Main element symbol description] The second viewing angle of the display support base is disassembled from the second view of the display support. When forming the positioning state, the card is in a normal state (non-positioning state 1 display support base 1 υ υ main frame 0 0 0 first horizontal perforation 0 0 1 chute part 0 1 sliding module 0 11 slide track 0 1 2 Slider 11/15 M409657 1 0 2 Auxiliary plate 1 〇2 Auxiliary plate 1 0 2 0 Second horizontal perforation 1 0 2 0 / Second horizontal perforation 1 〇3 Socket 1 0 4 Torque display mounting Snap-on module 1 2 1 Locking element 1 2 1 0 Hook part 1 2 2 Hooking lever 1 2 3 Switching piece 1 2 3 〇Perforated part 1 2 3 1 Shifting bevel 1 2 4 First elastic part 1 2 5 Two elastic parts 2 display 12/15