1246857 九、發明說明： 【^明所屬之技術領域】 相關申請案的交又參考 局提 二本主張· 2004年1月14日，對韓國智慧財產 申請的韓國第2〇〇4_2551號專利申請案的權利，該 D月本的揭示物係加入本文當作參考。 具有一 X力月係相關於-種顯示裝i ’且特別是相關於一種 十^铋定支撐一監視器且輕易地實現各種附加功 【先前技術】 次、、：。頒不裝置係指一種使用字母或數字的形式 二：可視地顯示在一顯示面板上的裝置。特別是，液晶 :不益（LCD1(數種平面顯示裝置的其中-種）正在經歷 勒 自皿視°。至电視（TV)之應用領域的趨 勢。因此，對LCD的需求係正在增加。 因此，考慮到因應消費者需求的各種功能及使用，各 種類型的顯示裝置的研發正在積極的進行之中。 此種顯示裝置一般包含有一個用以顯示影像的監視p 個與監視器後側表面輕接的支架。該支架係能夠穩固 土支撐1視裔且實施各種像是上舉、旋轉、傾斜及樞轉的 附加功能。 尤其是’如圖"斤示，在傳統顯示裳置中的一 之-舉升結構係具有一舉升執道，用以藉著一個被連接到 !246857 舉升馬達5 (位於一舉升支撐件8内側）之旋轉軸6的旋 轉將-監視器2上下地升降，使得使用者能自動地將監視 杰2调整至所希求的高度。具有此種結構的一種顯示裝置 已經被揭路在韓國新型申請案第2〇_〇25〇276號之中，其秤 題為-種能夠自動上下升降及旋轉的監視器支架，其實： 結構及功能的詳細描述在予以省略。 貝 上文描述的顯示裝置能夠使用舉升馬達5的旋轉作用 =來4 ^g 2高度。因此，要具有升降操作的能力係 而要:夕兀件，且因此，在顯示裝置中的I馬接結構係變得 相當複雜。因而，製造及組裝的生產力係會降低，且顯亍 1=造係伴隨著高度的經濟損失，而增加了顯示器的 而且，存在的缺點是，如果監視器故障時，將益 現監㈣2的旋轉操作’且維修與保養會很困難。…" 同％ ’除了上述之顯示裝置支 係被揭露在各種揭示物中，像是升結構的技術 雜而二Γ 610號。然而，該結構十分複 鍊而w成組裝、獲利率及外形上的問題。 【發明内容】 據此，本發明的一樣態提供一 奘罟，兮士 4 G枯有一支架的顯示 " Μ支采具有一個簡單結構且可有 加功能。 3双手地戶'仃各種附 本發明的附加及/或其他樣態將在部份地在下文描述 1246857 中提出，且部份地從該描述將會便得明白或藉著本發明的 實施而獲悉。 本發明的前述及/或其他樣態係藉著提供一個包括有 一個用以顯示影像之監視器及一個支撐該監視器之支架的 顯示裝置而達成，該支架包含有··一個支撐元件；一内滑 件’其被容納在該支撐元件中，用以在支撐元件中上下舉 升該監視器；一外滑件，其被提供在支撐元件的外部表面 而可以藉著一磁鐵與内滑件配合而移動，且要被連接到監 視器；以及，一彈性元件，其被提供在内滑件及外滑件之 下方部位的其中之一中，用以支撐該監視器。 依據本發明的另一樣態，至少内滑件及外滑件的其中 之一係包含有一個磁鐵。 '依據本發明的另一樣態，該内滑件包含有一内滑塊， :破容納在支撐元件中，用以上下舉升該監.視器；以及， —内磁鐵’其被連接至該内滑塊且接觸支撐元件的一内部 表面。 悲，該内滑塊的一外側係被形成 ，且該内磁鐵係被容納在該内滑 依據本發明的另一樣 有至少一個磁鐵容納凹槽 塊的磁鐵容納凹槽之中。 依據本發明的另一樣態’該内滑件包含有：一上方 牙件，—下方支撐件，其與該上方支 磁鐵，a被㈣户… 力叉伢件耦接’以及一 "被女a该上彳支禮件與該下方支撐件之間。 依據本發明的另—樣態 件，其祜括迎〜， < ·.貝不哀置更包含有一間| /、 k {、在该等内磁鐵之間。 1246857 依據本發明的另一樣態，該外滑件包含有一外滑塊， 其被耗接到支撐元件的外部表面；以及，一外磁鐵，其被 容納於該外滑塊之中，且藉著一個與内磁鐵配合之磁鐵而 被支樓在支撐元件的外部表面上。 依據本發明的另一樣態，該外滑塊的一個内側係被形 成有至少一個磁鐵容納凹槽，且該外磁鐵係被容納在外滑 塊的磁鐵容納凹槽之中。 依據本發明的另一樣態，該外滑件包含有一外滑塊， 其被耦接到支撐元件的外部表面；一外磁鐵，其被容納在 外⑺塊之中’且藉著一與内磁鐵配合之磁鐵而被支撐在支 撐兀件的外部表面上；以及防止偏移元件，其等分別被耦 接到外滑塊的一上方部位及一下方部位，肖以防止該外磁 鐵的偏移。 依據本發明的另一樣態，該顯示裝置更包含有被安裝 在該等外磁鐵之間的一個間隔件。 依據本發明另一樣態，該彈性元件包含一壓縮彈簧。 依據本發Β月的另一樣態，該支撐元件具有一圓柱結構， 用以使得該外滑件可以上升及旋轉。 依據本發明另〜樣態，該外滑件具有一環狀結構。 據本I月的另一樣態，該顯示裝置更包含有一個被 連接到3 ^ /f件及該監視器的旋轉托架，帛以使得該監視 器可以旋轉。 依據本發明另 由提供一個包含有 〜樣態，上述及/或其他樣態也可以藉 〜顯示影像的監視器及一支撐該監視器 1246857 ::架的顯示裝置來達成’其中，該支架包含有：一支撐 ;以及一外滑件，其被提供在支撐元件的一個外部表 而可以配合内滑件藉著一磁鐵被移動，並被連接到該 |視器。 外滑:據本發明另—樣態，該顯示裝置更包含有被提供在 ^的一下方部位中且支撐著該監視器的一彈性元件。 依據本發明另一樣態，肖支撐元件及外滑件的立 中之-係包含有—磁鐵。 '、 以使:據本發明另—樣態，該支樓元件具有一圓柱結構， 使传該外滑件可以上下舉升及旋轉。 ::本發明的另一樣態，該外滑件具有一環狀結構。 其被連結= 樣態’該顯示裝置包含-旋轉托架， …、 ⑺件及監視态，使得該監視器可以旋轉。 本發樣態的說明，並伴隨著對應圖式的參照， 容易察知 —/或其他樣態及優點將變得更為明瞭且更 【實施方式】 J見在將詳纟炎 描繪於隨附的圖^、明的樣態’該等樣態的例子係被 的元件 + ’其中’相同的參考符號係代表相同 稽者参眧兮女@』 以說明本發明。 該等樣態將在下文中描述， 圖 2 13 松 圖，而圖Γ:據本發明的第-實施例之顯示裝置的立體 據本發明苐—實施例之顯示裝置的一個支 10 ^46857 采結構的分解立體圖。圖 份剖面《，該支架結構係依據二4以一個支架結構的部 置的-監視器的-種升==本發明第一實施例之顯示裝 如此處所切明 -監視器 1、及—個被•接」"不裝置包含有 以支撐該監視器20的支架3〇。现。。20的一個後側表面 ▲該監視器20係實施將—影像顯示在 成，並且係藉著各種輪接裝置（例如傻:板上的功 地耦接到該支架30。 像疋螺絲）被穩固 δ亥支架30包含有一古碑-μ 適用於可以在，二支〜牛40;-内滑件I其係 用方、T以在该支撐元件4〇的内側 件60,其被提供在該支撐元件4〇的 二=矣一外滑 可以藉著與内滑件50的一種磁性配二周圍表面上而 接到遠li視器20 ;以及，一彈 在a n 弹性兀件7〇，其被提供 內π件50及外滑件6〇的至少1 — 彈性地支擇該監視器20。 ’、 勺底4上，用以 f 40包括^ —基部42，其被放置在該顯示 '坐洛之位置的-個地板表面上；以及，-支撐件44， 二Γ空間形成。該…被分為-相互可移除板 a的—個上方主體及下方主體。該支樓件44係由像 疋鋁之具有高耐久性的非磁性材料製造的，用以 降運動。 $ 开 狀違基部42及支撑件44可視需要而採用各種尺寸及形 11 I246857 、而且》亥支樓元件40之支撐件44的-的頂端係開放 T容納内滑件50及彈性元件7〇’並且—防止偏移罩蓋私 係破耦接在一開放部份，用以防止該内滑件5〇的偏移。 該内滑件50及外滑件60的至少其中之一係包含有一 磁鐵，用以藉著磁性配合彼此相互鎖固在一起。換句話說， 内滑件50及外滑件6〇的至少其之一係具有—個產生磁力 的水久磁鐵’而另外其中之一係由磁性材料所製成，該磁 f生材料被永久磁鐵所產生的磁力所磁化。 該内滑件50包含有一峨52,其可舉升地被容納 在支撐兀件4〇的支撑件44中；以及，—内磁鐵54,其係 被連接到該内滑塊52以接觸該支撐元件4〇之支撐件料 的-内部表面，用以產生磁力。該内滑塊52係藉牙著一個 要被該彈性元# 7G支撐的鎖固突伸部而形成。㈣安裝 之内磁鐵54的數目可被適當地調整。 而且’、_内滑件5G可採取各種的結構，只要該内滑件 50可與外滑件6〇作磁性配合 该内滑件5〇可 由除了 μ内磁鐵54之外的永久磁鐵製成。 至+ 及圖4Β所不’該内滑塊52的一外側包括有 在二 鐵容納凹槽53，並且，該内磁鐵54係被容納 在〜/月鬼5 2的磁鐵容納凹槽5 3中。γ % # ^ W f。該内磁鐵54具有 衣t办狀，並且對應磁鐵容納凹 内磁鐵μ的形狀配合。 的—個形狀係與 及外滑件6G包含有：—外滑塊Μ，其具有—*穴， 用以與支撑元件4〇之支撐件44的一外部表面接合二， 12 1246857 :外磁鐵64,其被容納於外滑塊62中而藉著與内滑塊5〇 立内磁鐵54之磁性配合被支撐元件4〇之支撐件44的外 2面所支擇。該外磁鐵64係、藉著與内磁鐵54之磁性配 :來私動該滑塊’並且’要安裝之外磁鐵64 #數目可視 需要來予以調整。 蛊2外滑件60可具有各種結構，只要該外滑件6〇保持 與内滑件50的磁性配合即可。例如，該外滑件6〇可由除 了该外磁鐵64之外的永久磁鐵製成。 晶該外滑塊62的一内側係被形成有至少一個磁鐵容納凹 軋63，並且，該外磁鐵64係被容納在外滑塊的磁鐵容 ’凹槽63之中。該外磁鐵64具有—環形形狀，並且對應 的磁鐵容納凹槽63係被相似地造型，用以實質上配合外 磁鐵64的形狀。 同時，内磁鐵54及外磁鐵64係藉著介於内磁鐵54與 外磁鐵64之間之支撐元件40的支撐件44之磁性配合而 彼此相互及引在。内磁鐵54及外磁鐵64之間係且有磁力， 該磁力係足夠強大以克服當彈性元件7〇被壓縮時（亦即， 被使用者向下推動的結果）所產生的彈力，並且該内外磁 鐵54及64係分別被緊密地支撐在支撐元件4〇的支撐件44 的内部及外部表面上。 換句話說，由於内及外磁鐵54及64之間的吸引力， 一摩擦力係在内及外滑件5〇及60與支撐元件4〇之間產 生。當使用者不再下壓該彈性元件7〇時，此摩擦力係足 以防止該彈性元件70的減壓。當然，此效應也可被應用 13 1246857 在其中彈性元# ^ 況尹，摩擦力合ΓΓΑΓ且在隨後被釋放的情況。在此情 曰防止弹性元件的壓縮。1246857 IX. Description of invention: [Technical field to which ^^ belongs] The application of the relevant application is also referred to the second proposal of the Office. On January 14, 2004, the Korean Patent Application No. 2〇〇2_2551 applied for Korean intellectual property. The rights of this D-month publication are incorporated herein by reference. Having a X-force is related to a display device i' and particularly related to a type of monitor supporting a monitor and easily implementing various additional functions [Prior Art] Times, , :. The device is a form that uses letters or numbers. Second: A device that is visually displayed on a display panel. In particular, liquid crystal: unfavorable (LCD1 (one of several types of flat display devices) is experiencing trends in the field of application of televisions (TVs). Therefore, the demand for LCDs is increasing. Therefore, in view of the various functions and uses in response to consumer demand, the development of various types of display devices is actively underway. Such display devices generally include a monitor for displaying images and a rear surface of the monitor. Lightweight bracket. This bracket is capable of stabilizing soil support 1 and implementing various functions such as lifting, rotating, tilting and pivoting. Especially, 'pictures', in the traditional display The one-lift structure has a lift to lift the monitor 2 up and down by a rotation of the rotating shaft 6 connected to the !246857 lift motor 5 (located inside the lift support 8) So that the user can automatically adjust the monitoring Jay 2 to the desired height. A display device having such a structure has been revealed in the Korean new application No. 2〇_〇25〇276, the scale problem for- A monitor stand that can automatically move up and down and rotate, in fact: a detailed description of the structure and function is omitted. The display device described above can use the rotation of the lift motor 5 = 4 ^ g 2 height. Therefore, The ability to have a lifting operation is based on the fact that the I-connected structure in the display device becomes quite complicated. Therefore, the productivity of manufacturing and assembly is reduced, and the display is accompanied by A high degree of economic loss, but increased the display, and there is a disadvantage, if the monitor fails, it will benefit from the rotation of the monitor (4) 2 and maintenance and maintenance will be very difficult...." Same as %' Display device branches are disclosed in various revelations, such as the technique of lifting structures, and No. 610. However, the structure is very complex and wraps into assembly, interest rate and shape problems. Accordingly, the same state of the present invention provides a glimpse, and the gentleman 4G has a display with a bracket. The Μ 采 采 has a simple structure and can have an added function. Additional and/or other aspects of the present invention will be set forth in part in the description below, which is hereby incorporated by reference herein in its entirety in Other aspects are achieved by providing a display device including a monitor for displaying an image and a support for supporting the monitor, the bracket including a support member; an inner slider 'which is accommodated In the support member, the monitor is lifted up and down in the support member; an outer slide member is provided on the outer surface of the support member and can be moved by the magnet and the inner slide member, and is to be Connected to the monitor; and an elastic member that is provided in one of the lower portion of the inner slider and the outer slider for supporting the monitor. According to another aspect of the invention, at least one of the inner slider and the outer slider includes a magnet. According to another aspect of the invention, the inner slide member includes an inner slider that is detachably received in the support member for lifting the monitor up and down; and, - the inner magnet ' is connected thereto The slider and contacts an inner surface of the support member. Sadly, an outer side of the inner slider is formed, and the inner magnet is housed in the inner slide according to another magnet accommodating recess having at least one magnet accommodating groove block according to the present invention. According to another aspect of the present invention, the inner slide member includes: an upper tooth member, and a lower support member, which is coupled to the upper branch magnet, a (four) household... force fork member, and a "wife a between the upper support member and the lower support member. According to another aspect of the present invention, the — 迎 , 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 1246857 According to another aspect of the present invention, the outer slider includes an outer slider that is consumed to an outer surface of the support member; and an outer magnet that is received in the outer slider and A magnet mated with the inner magnet is supported on the outer surface of the support member. According to another aspect of the invention, an inner side of the outer slider is formed with at least one magnet accommodating recess, and the outer magnet is housed in the magnet accommodating recess of the outer slider. According to another aspect of the invention, the outer slider includes an outer slider coupled to the outer surface of the support member; an outer magnet received in the outer (7) block and coupled by an inner magnet The magnet is supported on the outer surface of the support member; and the offset member is coupled to an upper portion and a lower portion of the outer slider, respectively, to prevent the offset of the outer magnet. According to another aspect of the invention, the display device further includes a spacer mounted between the outer magnets. According to another aspect of the invention, the resilient member comprises a compression spring. According to another aspect of the present invention, the support member has a cylindrical structure for allowing the outer slider to be raised and rotated. According to another aspect of the invention, the outer slider has an annular structure. According to another aspect of this month, the display device further includes a rotating bracket connected to the 3^/f member and the monitor so that the monitor can be rotated. According to the present invention, there is provided a monitor including the above-mentioned and/or other modes, which can also be used to display an image and a display device supporting the monitor 1246857: frame, wherein the bracket comprises There is: a support; and an outer slide member that is provided on an outer surface of the support member to be movable with the inner slide member by a magnet and connected to the image viewer. External slip: According to another aspect of the invention, the display device further includes a resilient member that is provided in a lower portion of the support and supports the monitor. According to another aspect of the invention, the center of the shaw support member and the outer slider comprises a magnet. In order to: according to the invention, the branch building element has a cylindrical structure, so that the outer sliding member can be lifted and rotated up and down. According to another aspect of the invention, the outer slider has an annular structure. It is connected = modality. The display device includes - a rotating carriage, ..., (7) and a monitoring state so that the monitor can be rotated. The description of the present aspect, along with the reference to the corresponding schema, is easy to see - or other forms and advantages will become more clear and more [Embodiment] J see in the accompanying Figure 2, the appearance of the form 'These examples are the elements + 'where 'the same reference symbol is the same as the same 眧兮 眧兮 @ @ @ @ @ @ @ @ The above-mentioned aspects will be described below, and FIG. 2 13 is a loose view, and FIG. 2 is a perspective view of a display device according to the first embodiment of the present invention. An exploded perspective view. Figure section ", the bracket structure is based on the portion of the bracket 4 of a bracket structure - the type of the monitor = the display of the first embodiment of the present invention as shown here - the monitor 1, and - • """ does not include a bracket 3 that supports the monitor 20. Now. . A rear side surface of the scanner ▲ The monitor 20 is configured to display an image and is stabilized by various wheeling devices (e.g., stupid: the work on the board is coupled to the bracket 30. like a screw) The δHai bracket 30 includes an ancient monument-μ which is suitable for use in the two pieces of the snail 40; the inner slide member I is used, and the inner member 60 of the support member 4 , is provided on the support The outer slid of the element 4 可以 can be attached to the remote mirror 20 by a magnetic matching surface with the inner slider 50; and, an elastic member 7 is provided, which is provided At least 1 of the inner π member 50 and the outer slider 6 — elastically supports the monitor 20. ', on the bottom 4 of the spoon, the f 40 includes a base 42 which is placed on the floor surface of the display position of the seat; and, - the support member 44, the two spaces are formed. The ... is divided into - an upper body and a lower body of the mutually removable plate a. The branch member 44 is made of a non-magnetic material such as yttrium aluminum having high durability for down motion. The open base portion 42 and the support member 44 can be used in various sizes and shapes 11 I246857, and the top end of the support member 44 of the "Hai Building element 40" is open T to accommodate the inner slide member 50 and the elastic member 7' And - preventing the offset cover from being decoupled to an open portion to prevent the offset of the inner slider 5 . At least one of the inner slider 50 and the outer slider 60 includes a magnet for locking each other together by a magnetic fit. In other words, at least one of the inner slider 50 and the outer slider 6 has a magnetic permanent magnet that generates magnetic force and the other one is made of a magnetic material that is permanently The magnetic force generated by the magnet is magnetized. The inner slide 50 includes a weir 52 that is liftably received in the support member 44 of the support member 4〇; and an inner magnet 54 that is coupled to the inner slide 52 to contact the support The inner surface of the support member of the component 4 is used to generate a magnetic force. The inner slider 52 is formed by a locking projection that is to be supported by the elastic element #7G. (4) The number of the inner magnets 54 to be mounted can be appropriately adjusted. Further, the inner slide member 5G can adopt various structures as long as the inner slide member 50 can be magnetically engaged with the outer slide member 6, and the inner slide member 5 can be made of a permanent magnet other than the μ inner magnet 54. To the + and FIG. 4'', an outer side of the inner slider 52 includes a second iron receiving groove 53, and the inner magnet 54 is housed in the magnet accommodating groove 53 of the tarp. . γ % # ^ W f. The inner magnet 54 has a garment shape and a shape fit corresponding to the magnet accommodating the concave magnet μ. The shape and outer slide 6G includes: an outer slider Μ having a —* hole for engaging an outer surface of the support member 44 of the support member 4, 12 1246857: the outer magnet 64 It is accommodated in the outer slider 62 and is supported by the outer two faces of the support member 44 of the support member 4 by the magnetic engagement with the inner slider 5 in the inner magnet 54. The outer magnet 64 is movably moved by magnetic matching with the inner magnet 54 to adjust the number of magnets 64 to be mounted. The outer slide member 60 can have various structures as long as the outer slide member 6 is kept in magnetic engagement with the inner slide member 50. For example, the outer slider 6 can be made of a permanent magnet other than the outer magnet 64. An inner side of the outer slider 62 is formed with at least one magnet accommodating recess 63, and the outer magnet 64 is housed in the magnet accommodating recess 63 of the outer slider. The outer magnet 64 has an annular shape, and the corresponding magnet accommodating recess 63 is similarly shaped to substantially match the shape of the outer magnet 64. At the same time, the inner magnet 54 and the outer magnet 64 are mutually attracted to each other by the magnetic engagement of the support member 44 of the support member 40 between the inner magnet 54 and the outer magnet 64. There is a magnetic force between the inner magnet 54 and the outer magnet 64, and the magnetic force is strong enough to overcome the elastic force generated when the elastic member 7 is compressed (that is, as a result of being pushed down by the user), and the inner and outer The magnets 54 and 64 are respectively tightly supported on the inner and outer surfaces of the support member 44 of the support member 4''. In other words, due to the attraction between the inner and outer magnets 54 and 64, a frictional force is generated between the inner and outer sliders 5 and 60 and the support member 4''. This friction is sufficient to prevent decompression of the elastic member 70 when the user no longer depresses the elastic member 7''. Of course, this effect can also be applied to 13 1246857 in which the elastic element #^, Yin, the friction is combined and subsequently released. In this case, the compression of the elastic member is prevented.
在本發明白勺一每f托、rU 滑件50的—下大二：1 ’該彈性元件W係被包括在内 出來。然而如果二Y ’用以防止該彈性元件7G被暴露 70 自具有足夠彈力以支^ ，該彈性元件7G可被選取 彈性元件。铁 20之重量的各種已揭露 传且有相Α Γ而m㈣簧的制為，制縮彈簧 知具有相當簡單的結構並且能夠提供足夠的功能。 在本考只明的一實施例中，兮古产一 且右 η , υΛ支撐凡件40的支撐件44 具有一 0柱形結構，用以藉併 外滑件60來實現# n/貝同日守舉升降及旋轉該 兮支浐# 44 的舉升及旋轉運動。而且， ^ 有—錢㈣料《視胃20之升降運 動的多邊形結構。因此，内滑 之升降運 ^ Ψ ^ ^ Μ 及外滑件60的形狀可 依據支撐件44的結構而改變。 在本發明的一實施例中，考卢 ,n 亏慮到磁力及穩定性，該外 /月件60係如同一環狀結構被耦 h 再散揭接M包圍支撐元件40的支 撐件44之外部表面。 二件符號82及84分別表示-傾斜托架及-框轉托架， 且遠專元件的詳細描述將參考圖 於下文中。 5八、圖5B及圖％呈現 下文將描述該顯示裝置之支架的操作程序。 首先，如果使用者施加-固定作用力來向下推動該監 視器20’被連接到監視器20的外滑件6〇係沿著支禮元件 14 1246857 :的支撐件44 t外部表面滑行地向τ移動。因此 内料⑼壓縮位於其下方部份的彈性元件Μ時，被= =著磁性配合與外滑件6°互相鎖固的内滑件5。係沿著 支撐元件40的支撐件44之内部表面滑行向下移動。 此處，該彈性元件70係阻擋由監視器2〇之重量所導 致之内滑件50及外滑件6〇的非預期運動。 而亡，如果使用者將該監視器2〇停止在其所要的位置 h ’精著該彈性元件7G的支料用力及内及外滑件Μ =之磁力所產生的摩擦力，該監視器2q會被維持在一 月尹止狀恶。在此處，由於該彈性元件7〇的彈力被設計成 用以被内及外滑件50& 6〇之相對於内及外表面的一魔下 作用力所阻播’除非—額外作用力應用在該監視器上， 該内及外滑件50及60可以固定地被保持於靜止狀態。 同時’由於該外滑件60被安裝成要沿著具有一圓柱形 結構的支^件4〇之支撐件44的外部表面被旋轉，當該 使用者，得監視11 2G可以進行旋轉運動時，該外滑件60 可以沿者支樓元件40的支樓件44之外部表面進行360度 的旋轉。 士圖5A、圖5B及圖5C表示依據本發明實施例之顯示 I置的監視器之操作狀態。 ^ 2在此處所示，依據本發明實施例之顯示裝置係依據 該^卜滑件6G的滑行運動而自由地控制該監視器2()的升降 走轉牙夕動。而且，由於一旋轉托架80俜、額外地被連接 到外滑件60及監視器2()，該監視器2()係可以旋轉。 15 1246857 其被安裝在 可以傾斜； 82的—第 監視器20 該旋轉托架80包含有··一傾斜托架， 外滑件60的一外側上，用以使得該監視器如 以及，一樞轉托架84，其被連接到該傾斜托架 一側邊並且被耦接到該監視器2〇，用以使得^ 可以樞轉。 該傾斜托架82及柩轉托架84可依據顯示麥置 及用途被選擇性地安裝。而且，該等Μ的結構可與^ 已揭露之結構一起應用。 參 圖6為依據本發明第二實施例之顯示裝置的… 圖，而® 7 |依據本發明第二實施例之顯示震置之 ： 結構的分解立體圖。圖8Α及圖8Β 一個 ^ 又木V、吉構的部份杳 面圖，該支架結構係依據本發明第二實 A、 ^ κ她例之顯示裝置白ί 一監視器的一種升降運作。 ’ 之顯示裝置係 的後側表面並 如這些圖式所示，依據本發明之實施例 包含有監視器20、以及被耦接至監視器2〇 且支撐著監視器20的支架30。In the present invention, the elastic element W is included in the lower second: 1 ' of each of the f-spin and rU sliders 50. However, if the second Y' is used to prevent the elastic member 7G from being exposed 70 to have sufficient elasticity to support the elastic member 7G, the elastic member 7G can be selected as the elastic member. The various weights of the iron 20 have been disclosed and have been made by the m (four) spring. The shrink spring is known to have a relatively simple structure and can provide sufficient functions. In an embodiment of the present invention, the support member 44 of the η support member 40 has a 0-column structure for realizing the #n/贝同日. The hoist lifts and rotates the lifting and rotating motion of the 兮 浐 44 #44. Moreover, ^ has - money (four) material "visual structure of the stomach 20 lifting movement. Therefore, the shape of the inner slide lift ^ ^ ^ Μ and the outer slide 60 can be changed depending on the structure of the support member 44. In an embodiment of the invention, the outer/moon member 60 is coupled to the support member 44 of the support member 40, such as the same annular structure. External surface. The two symbols 82 and 84 respectively indicate a tilting bracket and a frame rotating bracket, and a detailed description of the remote components will be described below with reference to the drawings. 5, Fig. 5B and Fig. % Presentation The operation procedure of the stand of the display device will be described below. First, if the user applies a -fixing force to push down the monitor 20' is connected to the outer slide 6 of the monitor 20, the outer surface of the support member 44 t is slid along the outer surface of the support member 14 1246857: mobile. Therefore, when the inner material (9) compresses the elastic member 位于 located at the lower portion thereof, it is replaced by the inner slide member 5 which is magnetically engaged with the outer sliding member 6°. The slide is moved down along the inner surface of the support member 44 of the support member 40. Here, the elastic member 70 blocks unintended movement of the inner slider 50 and the outer slider 6〇 caused by the weight of the monitor 2〇. However, if the user stops the monitor 2〇 at its desired position h 'the fineness of the elastic force of the elastic member 7G and the friction generated by the magnetic force of the inner and outer sliders Μ, the monitor 2q Will be maintained in January, the end of the evil. Here, since the elastic force of the elastic member 7 is designed to be blocked by the inner force of the inner and outer sliders 50 & 6 相对 relative to the inner and outer surfaces, 'unless—extra force application On the monitor, the inner and outer slides 50 and 60 can be fixedly held in a stationary state. At the same time 'because the outer slide 60 is mounted to be rotated along the outer surface of the support member 44 having a cylindrical structure, when the user has to monitor the 11 2G for rotational movement, The outer slide 60 can be rotated 360 degrees along the outer surface of the abutment member 44 of the floor member 40. Figures 5A, 5B and 5C show the operational state of the display in accordance with the embodiment of the present invention. ^ 2 Here, the display device according to the embodiment of the present invention freely controls the lifting and moving of the monitor 2 () according to the sliding motion of the slider 6G. Moreover, since a rotating bracket 80 is additionally connected to the outer slider 60 and the monitor 2 (), the monitor 2 () can be rotated. 15 1246857 It is mounted on a tiltable; 82--monitor 20 The rotating bracket 80 includes a tilting bracket, an outer side of the outer slide 60, for making the monitor such as A rotary bracket 84 is coupled to one side of the tilt bracket and coupled to the monitor 2 to enable pivoting. The tilt bracket 82 and the tilt bracket 84 can be selectively mounted depending on the display and use. Moreover, the structure of the crucible can be applied with the disclosed structure. Figure 6 is a view of a display device in accordance with a second embodiment of the present invention, and ® 7 | is shown in accordance with a second embodiment of the present invention: an exploded perspective view of the structure. Fig. 8A and Fig. 8A are partial views of a wooden V and a kiln structure, which are operated according to a second embodiment of the present invention, a display device of the present invention. The rear side surface of the display device and as shown in these figures includes a monitor 20 and a bracket 30 coupled to the monitor 2 and supporting the monitor 20 in accordance with an embodiment of the present invention.
該支架30包含有：支撐元件4〇,而該支撐元件4〇包 括基部42及支撐件44;該内滑件5〇，其適用於在支撐元 件、4〇中向上及向下升降；該外滑件60,其係用以藉著與 ㈣件40的磁性配合而可以在支撐元件4()的外部表面上 矛夕動並且係被連接到該監視器2〇 ;以及，該彈性元件7〇， /、被安裝在内滑件5〇及外滑件6〇的諸下方部份的至少其 上用以支樓该監視态2 0。本發明的第二實施例具 有人本务明的第一實施例相同的操作原理及整體結構。在 16 1246857 施例中與 下文中，相同元件的描述將會被省略，而第二 第一貫施例不同的元件將會予以說明。 一如圖7所示，該内滑件50包含有：一上方支撐件52a; 下方支撐件52b，其被耦接到該上方支撐件52a ;以及， 多於一個的内磁鐵54,其被安裝在上方及下方支撐件Ml 52b之間。而且，在本發明的—實施例中，-間隔器55係 被放置在該等内磁鐵54之間。 上方及下方支撐件52a A 52b係為螺絲所組合且分別 具有凸、緣56a及56b，用以防止内磁鐵54的偏移。特別是， 下方支樓件52b的凸緣56b係同時支撐著彈性元件7〇。 該外滑件60包含有：外滑塊62， 以與支#元件40的支撐件44之外 用 著鱼 Μ5其被容納於外滑塊62的空穴中被並且藉 者人内磁鐵Μ的磁性配合而被支 曰 之外邻# &馱+ 牙凡件4〇的支撐件44 卜:,面“、地支撐著，·以及，防止偏移元件…及训， "寻被耦接外滑塊62的上方及下方 鐵04 γ^ Γ万刀亚且防止該外磁 -實〜：，：鐵5'的磁性配合中偏移出去。在本發明的 男也歹|中，该間隔器65係被 兮楚仏， 任°亥荨外磁鐵64之間。 邊寺防止偏移元件61a及61b係 如，像是妒、《者耦接裝置69(例 1冢疋心絲）被耦接到外滑塊62， 可在需要日卑浐田々 、’且5亥親接裝置69 而要％知用各種耦接方法。而且， 的1貝端係與防止偏移罩蓋46相·接…偏移元件61 件60從支撐元件40的支撐件44處偏移’。用以防止該外滑 同時，該外滑塊62係與旋轉拓架8〇一起安裝，以使 17 1246857 # 1視器20可以旋轉。令 1其被”於外滑件二t::8°包含有：傾斜托架 可以傾斜，·以及，樞轉托架84 ’用以使得監視器20 的一第一側邊並且祜^ 、，其被連接至傾斜托架82 2〇可以樞轉。 。° 2〇，用以使得該監視器 施例之顯示裝置的一支架 圖9是依據本發明之第三香 結構的部份剖面視圖。 二::圖：示’依據本發明之實施例的顯示裝置係包含 ^ 皿祝-20，以及去牟m 矣 〃、，其被耦接到監視器20的後 側表面亚且支撐著該監視器20。 .株崎，該支架3〇包含有：支撐表面4〇;以及，外 =其被提供在支擇元件4〇的外部表面上，而可以卜 猎者與支撐元件40的磁性 β支撐7L件40包括：基部42 ’·以及支撐件44，其垂 直地被安裝在該基部42上。 該支樓元件4 〇的支標件4 4及外滑件6 〇的其中之一係 由產生磁力的永久磁鐵製成，而該支撐元件仰的支撐件料 及外滑件60的另外其中之一則由可為永久磁鐵所產生之 磁力所磁化的磁性材料所製成。 該外滑件60包含有：外滑塊62，其被耦接於支撐元 件40的支樓件44之外部表面；以及，外磁鐵64，其被容 納方；外滑塊62之中並且被支撐在支撐元件4〇之支樓件 的外部表面上。 該外滑件60可具有各種結構，只要該外滑件6〇能與 18 1246857 内滑件5〇夏太、 久磁鐵製成。M ^配合即可。例如，該外滑件60可由永 該外滑抽 < β 界62的外側係被形成有 ^ ^ ^ 63，並且該外 虿至夕一個磁鐵谷納凹槽 槽63中 兹鐵64係被容納於外滑塊62的磁鐵容納凹 喊外磁鐵64具有一璟形犯处 _ 槽03具有一料^ 、乂形狀，且该磁鐵容納凹 而且 ^應於外磁鐵64之形狀的形狀。 4〇的支撐件二外⑺件6〇產生的磁力係夠大以沿著支撐元件 器20。“/t升該監視器2〇 ’同時穩固地支樓該監視 ^ ^ 20 ^ 滑件60的下方心 係被個別地提供在外 下方。ΙΜ刀，用以依據監視 該外滑件60靜止。 的升降私動保持 考慮？外觀，該彈性元件70係被提供在一外殼”之 中，该外殼7 2可|έ |_ π 』猎者弹性兀件70的彈力而伸縮。 在本發明的一實施例中， — 且 f忒支撐凡件40的支撐件44 〆、有一圓柱形結構，並佶媒斗 A ，、 外岣件6〇可以將監視器20 上下升卩+以及旋轉，徘媒兮、 侍忒i視器20的升降及旋轉運 可以在實質上相同的時間實規 ^ r 疋得連動 了閩男現。而且，該支撐件44可且 一種僅能進行該監視器2G之升降運動的多邊形結構/ 此外，考慮各種像是磁力和穩定性的情況下，該外滑 件60可被耦接在一環狀姓媸 n、D構中，該環狀結構係 撐元件40的支撐件44之外部表面。 又 。。同時，該傾斜托架82及枢轉托架84係被包括在監視 為20與外滑件60之間’用以實現傾斜及樞轉移動。 19 1246857 如上所述’依據本發明實施例的顯示裝置係藉著一個 兹力的支撐結構而能方便且輕易地實現一監視器的升 降及旋轉運動。 ^而且，該支架的簡化結構不僅改善了組裝程序及生產 ^ —也此夠將刼作中的失誤減少到最小的程度。因此，該 顯示裝置在經濟方面是有利的，因為生產成本係被降低。 一隹：、、丨已i杬述且說明本發明的一些實施例，熟習該項 技蟄的人士應可認知到的^ ··可以進行改變而仍不會偏離 =^明的精神及原s，本發明的範疇係被界定在隨後的申 睛專利範圍及其相等物之中。 【圖式簡單說明】 圖1是一傳統顯示裝置之支架結構的部份剖面圖； 圖2是依據本發明第—實施例之顯示裝置的立體圖； 圖3是依據本發明第一實施例之顯示農置的一個支架 之、、、口構的分解立體圖·， 圖4A及圖4B是依據本發明第一實 -個^™ 个^月乐仏例之顯示裝置之 们i視為舉升運動的支架之結構的部份剖面回· 碎—：5A、圖5B及圖5C表示依據本發明二實施例之 ”、、員不I置的一監視器的操作狀態； 、 圖6是依據本發明第二實 m 7曰“ ，她例之颂不裝置的立體圖； 圖7疋依據本發明第二實施例之顯示裝置的一個支架 之結構的分解立體圖； 圖8 A及圖8 B為依據本發明第二訾 又乃弟$施例之顯示裝置的 20 1246857 監視器舉升運動的一支架之結構的部份剖面圖；以及 圖9為依據本發明第三實施例之顯示裝置的一個支架 結構的部份剖面圖。 【主要元件符號說明】 20 監視器 30 支架 40 支撐元件 42 基部 44 支撐件 46 防止偏移罩蓋 50 内滑件 52 内滑塊 52a 上方支撐件 52b 下方支撐件 53 磁鐵容納凹槽 54 内磁鐵 55 間隔器 60 外滑件 61a 防止偏移元件 61b 防止偏移元件 62 外滑塊 63 磁鐵容納凹槽 64 外磁鐵 21 1246857 65 間隔器 69 耦接裝置 70 彈性元件 72 外殼 80 旋轉托架 82 傾斜托架 84 枢轉托架 22The bracket 30 includes: a supporting member 4〇, and the supporting member 4〇 includes a base portion 42 and a support member 44; the inner sliding member 5〇 is adapted to be lifted up and down in the supporting member, 4〇; a slider 60 for engaging the outer surface of the support member 4() and being coupled to the monitor 2 by magnetic engagement with the member 40; and the elastic member 7〇 / /, is installed on at least the lower portion of the inner slide 5 〇 and the outer slide 6 用以 for the monitoring state 20 of the branch. The second embodiment of the present invention has the same operational principle and overall structure as the first embodiment of the present invention. In the example of 16 1246857 and the following, the description of the same elements will be omitted, and the elements of the second consistent embodiment will be explained. As shown in FIG. 7, the inner slider 50 includes: an upper support member 52a; a lower support member 52b coupled to the upper support member 52a; and, more than one inner magnet 54, which is mounted Between the upper and lower supports M1 52b. Moreover, in the embodiment of the present invention, the spacer 55 is placed between the inner magnets 54. The upper and lower support members 52a A 52b are combined by screws and have projections, edges 56a and 56b, respectively, for preventing deflection of the inner magnet 54. In particular, the flange 56b of the lower branch member 52b simultaneously supports the elastic member 7''. The outer slider 60 includes an outer slider 62 that is accommodated in the cavity of the outer slider 62 with the fishing rod 5 outside the support member 44 of the branch member 40, and is magnetically magnetized by the inner magnet. Cooperate and be supported by the neighboring #&驮+ toothed piece 4〇 of the support member 44 Bu:, face ", ground support, · and, to prevent the offset component ... and training, " find coupling Above and below the slider 62, the iron 04 γ ^ Γ 刀 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The 65 series is 兮 仏 仏 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , To the outer slider 62, it is necessary to use various coupling methods when it is necessary to use the Japanese and the squatting device 69. Moreover, the 1st end is connected to the offset preventing cover 46... The offset member 61 member 60 is offset from the support member 44 of the support member 40. To prevent the outer slip, the outer slider 62 is mounted with the rotary extension 8〇 such that the 17 1246857 #1 viewer 20 It can be rotated. Let 1 be "outside the slider 2 t::8° included: the tilt bracket can be tilted, and the pivot bracket 84' is used to make a first side of the monitor 20 and 祜^, it is connected to the tilt bracket 82 2〇 to pivot. . A bracket for making the display device of the monitor embodiment Fig. 9 is a partial cross-sectional view of the third fragrance structure in accordance with the present invention. 2: FIG.: shows a display device according to an embodiment of the present invention, comprising a tray -20, and a 牟m 矣〃, which is coupled to the rear surface of the monitor 20 and supports the monitoring. 20. .., the support 3 〇 includes: a support surface 4 〇; and, outside = it is provided on the outer surface of the support member 4 ,, and the magnetic β support 7L member 40 of the hunter and the support member 40 The base portion 42'· and the support member 44 are vertically mounted on the base portion 42. One of the support member 4 4 and the outer slide member 6 of the branch member 4 is made of a permanent magnet that generates a magnetic force, and the support member of the support member and the other of the outer slide member 60 are It is made of a magnetic material that can be magnetized by the magnetic force generated by the permanent magnet. The outer slider 60 includes an outer slider 62 coupled to an outer surface of the branch member 44 of the support member 40, and an outer magnet 64 that is received by the outer slider 62 and supported On the outer surface of the support member of the support member 4〇. The outer slider 60 can have various structures as long as the outer slider 6 can be made of a spring, a long magnet with a slider 5 in the 18 1246857. M ^ can be combined. For example, the outer slider 60 may be formed by the outer side of the outer sliding sliding < β boundary 62, and the outer sill is accommodated in a magnet valley nano groove groove 63. The magnet accommodating outer magnet 64 of the outer slider 62 has a cymbal shape. The groove 03 has a shape of a weir, and the magnet accommodates a concave shape and is shaped in the shape of the outer magnet 64. The magnetic force generated by the outer support member (4) of the four turns is large enough to follow the support member 20. "/t liters the monitor 2" while firmly monitoring the building. ^ ^ 20 ^ The lower core of the slider 60 is individually provided below. The trowel is used to monitor the movement of the outer slide 60. The private movement is considered. In appearance, the elastic member 70 is provided in a casing which can be expanded and contracted by the elastic force of the stalker elastic member 70. In an embodiment of the present invention, the supporting member 44 of the supporting member 40 has a cylindrical structure, and the casing A and the outer member 6 are capable of raising and lowering the monitor 20 up and down. Rotation, 徘 兮, 忒 忒 视 视 的 的 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视 视Moreover, the support member 44 can have a polygonal structure that can only perform the lifting movement of the monitor 2G / In addition, the outer slider 60 can be coupled to a ring shape in consideration of various images such as magnetic force and stability. The outer surface of the support member 44 of the annular structure tether element 40 in the 媸n, D configuration. Again. . At the same time, the tilt bracket 82 and the pivot bracket 84 are included between the monitor 20 and the outer slider 60 for tilting and pivoting movement. 19 1246857 As described above, the display device according to the embodiment of the present invention can easily and easily realize the ascending and descending movement of a monitor by a support structure of a force. Moreover, the simplified structure of the bracket not only improves the assembly process and production - but also minimizes errors in the operation. Therefore, the display device is economically advantageous because the production cost is lowered. A: 丨 丨 丨 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些 一些The scope of the invention is defined in the scope of the subsequent claims and its equivalents. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partial cross-sectional view showing a structure of a conventional display device; FIG. 2 is a perspective view of a display device according to a first embodiment of the present invention; and FIG. 3 is a display according to a first embodiment of the present invention. An exploded perspective view of a bracket of a farm, and FIG. 4A and FIG. 4B are diagrams showing a first display device of the present invention as a lifting exercise according to the present invention. Partial cross-section of the structure of the bracket - 5A, 5B and 5C show the operation state of a monitor according to the second embodiment of the present invention; FIG. 7 is an exploded perspective view showing the structure of a bracket of a display device according to a second embodiment of the present invention; FIG. 8A and FIG. 8B are diagrams according to the present invention. Partial cross-sectional view of a structure of a bracket of a display lifting device of a display device of the second embodiment; and FIG. 9 is a part of a bracket structure of the display device according to the third embodiment of the present invention Sectional view. [Main component symbol description] 20 Monitor 30 Bracket 40 Supporting member 42 Base 44 Support 46 Preventing offset cover 50 Inner slider 52 Inner slider 52a Upper support 52b Lower support 53 Magnet receiving groove 54 Inner magnet 55 Spacer 60 Outer slider 61a Preventing offset element 61b Preventing offset element 62 Outer slider 63 Magnet accommodating groove 64 Outer magnet 21 1246857 65 Spacer 69 Coupling device 70 Elastic element 72 Housing 80 Rotating bracket 82 Tilt bracket 84 pivot bracket 22