M324366 八、新型說明： 【新型所屬之技術領域】 本新型係為一種承座結構，特別是一種應用於顯示器且可以 拆卸組裝之顯不為承座結構。 【先前技術】 近來，具有空間優勢及輕巧之液晶或電漿等薄形顯示器已成 為市場上的主流。然而，這類薄形顯示器係呈薄形之平板狀，因 而無法獨自架立於欲放置之位置，所以除了壁掛式的薄形顯示二 外’大部分_形顯示ϋ都必須配置有職使其架立之腳座。: 了有效地支#大尺寸之_顯示器，相對地·的尺寸也必須越 做越大，以提供更穩固的支撐效果。 現有的支撐腳座在設計時的首要考量係結構強度，因此大邻 分腳座的配置方式均與顯示器直接合或—體成型。此種固 定式的腳架雖具有良好的結構強度，但運輸時财可避免地需遷 就腳座之財祕配績大尺稍包裝箱來魏。體積過大的包 裝箱不僅造成運送的不便，亦會導致倉儲與物流成本大增。 為解決前述狀式顯示器腳架無法或難以拆卸的問題，市面 ^便出現了-些容易拆卸組裝的可拆式顯示器腳架，如台灣新型 顯 新Ι!Γ_6號專利案、台灣新型專利咖55號專利案及台灣 的利腦855就專利案。這些專利案分別揭露了一種可拆式 S'腳座φ，與底座係以卡扣的組裝方式一 ㈣奉、讀臂與底座可以容易的被組裝及拆解。 再者，-般薄形顯示器可能需要依照擺設環境及使用者所在 5 M324366 位置等因素來調整复自 座且具有調整= _ ’市面上也出現了具備可旋轉骑 整個顯示H的P Ά產品，以提供使用者在無須搬動 座或各專利二:==整，，前述之固定式腳 使得顯示n▲法_ ; “ ：：、支撐指麵的結合關係， 角度者卻礙 爾㈣整顯示器 【新型内容】 顯 示器目触_供—雜合村雜及顆轉功能之 接柱本賴示11承座結構，其包括有-底盤及一連 —、__/、如她⑤亚支撐顯示雜立於平面上。底般 賴，權墙有—驗_數_^ 連接柱裝設至顯示器之底端，且其底部形成複 抵止: 呈弧形之㈣，其中—滑片上具有一彈性 抵止件，而另-滑片則具有-止播件。各滑片係沿任 :，使限位件介於彈性抵止件與止播件之間，；： &止件與讀件之附目對於賴旋轉。雜抵止件也可以 =過晴，使繼可自嫩拆㈣此提供容㈣ 示器包:整Γ角度之顯示器承座結構，並有助於減少顯M324366 VIII. New description: [New technical field] The new type is a bearing structure, especially a display structure that can be disassembled and assembled for display. [Prior Art] Recently, a thin display having a space advantage and a light liquid crystal or plasma has become a mainstream in the market. However, such a thin display is in the form of a thin flat plate, so that it cannot stand alone in the position to be placed, so in addition to the wall-mounted thin display 2, most of the _-shaped display must be equipped with a shelf. Standing feet. : Effectively support #大尺寸的显示器, the relative size must also be larger to provide a more stable support. The main consideration of the existing support feet is the structural strength. Therefore, the configuration of the large adjacent feet is directly combined with the display or formed. Although the fixed tripod has good structural strength, it is safe to avoid the need to relocate the foot of the foot. Excessively large containers not only cause inconvenience in transportation, but also result in a significant increase in storage and logistics costs. In order to solve the problem that the aforementioned display stand is unable or difficult to disassemble, the market has appeared - some detachable display stand that is easy to disassemble and assemble, such as Taiwan's new display Ι! Γ _6 patent case, Taiwan new type patent coffee 55 The patent case and Taiwan’s Lie 855 patent case. These patents respectively disclose a detachable S'foot φ, which is assembled with the base in a snap-fit manner. (4) The reading arm and the base can be easily assembled and disassembled. In addition, the thin display may need to adjust the reset seat according to the environment and the location of the user's 5 M324366 position and have the adjustment = _ 'There is also a P Ά product with a rotatable ride full display H on the market. In order to provide the user without the need to move the seat or the patent 2: == whole, the aforementioned fixed foot makes the display n ▲ method _; " ::, support the joint relationship of the finger, the angle is the obstacle (four) the whole display [New content] The display of the display _ supply - hybrid village and the function of the transfer of the column depends on the 11 bearing structure, which includes - chassis and one - __ /, such as her 5 sub-support display On the plane, the bottom is like, the right wall has the test _ number _ ^ the connecting column is installed to the bottom end of the display, and the bottom of the display forms a complex abut: curved (four), wherein - the slide has an elastic abutment And the other-sliding piece has a --stopping piece. Each sliding piece is along: the limiting piece is interposed between the elastic abutting piece and the stopping piece;;: & For Lai rotation, the miscellaneous abutment can also be too clear, so that it can be removed from the tender (4). Package: The display frame structure of the entire angle and helps reduce the display
本新型亦提供另一麵示器承座結構，其包括有—底般及一 =接柱。底盤具有-環形之滑槽及至少—弧形之限位槽，其中滑 曰上具有一限位件，且滑槽位於限位槽之外側。連接柱包含有L M324366 ^卩連彳”卩、一不連纟胃環及至少—滑塊。連接部自轉盤部 紗面延伸出’而裝設至顯示器之底端。各不連續環 轉盤部之底面而套入滑槽，其中一不連續環上具有 件。滑塊自該轉盤部底面延伸出，以套入限位槽並受限位样導引， 其情性抵止件可抵紐位件，以限㈣塊於限位槽崎動，使 連接柱相對於底盤旋轉。·抵止件可料越過驗件，使連接 2可自底盤上拆離。藉此提供容易拆卸又可方便地調整顯示写角 度之頒不ϋ承座結構，並有助於減少顯示器包裝箱之體積。 本新型之功效在於’承座結構中底盤能约與連接柱(顯示器） 拆卸分離，可有效減顿示純裝箱之體積，並增加運輸便利性 A、、物抓成本’而組裝後顯示器也能夠藉由連接柱相對於底盤 旋轉-歧’可增加顯示器實際制上的方便性。 -皿 —以下在實施方式中詳細敘述本新型之詳細特徵以及優點，其 内容足以使任何熟習_技藝者了解本新型之技術内容並據以實 施’且根據本說明書所揭露之内容、申請專利範圍及圖式，任何 熟習相關技藝者可㈣地理解本新型_之目的及優點。 【實施方式】 π芩閱第1圖」及「第2圖」所示，為本新型所提供之_ 種頒不器承座結構。此麵示器承座結構包括有-底盤2〇及-連 接柱3() ’制以供—顯示ϋ 1G組設並支撐顯示H 10 $立於平面 、而提彳/、正合有可拆組及可旋轉功能之顯示器承座。顯示器 :、'、見的溥型顯示器之螢幕，例如液晶顯示器、液晶電視或 電漿電視之螢幕。 7 M324366 請繼續參閱「第3圖」、「第4A圖」、「第4B圖」、「第4C圖」、 「第5AI、「第5B圖」及「第冗圖」所示。底盤％之頂面上 具有-環形之滑槽21，使底盤20上形成一内盤26。滑槽21上形 成-限位件23、複數個擋翼22、一缺口 ％及一階級槽加。限 ，件23械於賴21之底面上，秘於兩個擋翼22之間。各播 異22刀別汉置於滑槽21之頂緣，並等間距地配置於滑槽u之外 周壁面上，使滑槽21之外驗面上具有—介於任兩擋翼U間之 外周間距L4。各擋翼22之前端與滑槽21之關壁面呈 間距，且各擋翼22與滑槽21底部具有_縱向間距u、。缺口田^ =於滑槽2i之底面與_上並鄰近限位件23，而由滑槽以 =至底盤20之底面並位於兩個，翼22之間，其中限位仙係 缕、口 24互相對應並具有一適當間隙。階級槽2ιι由滑槽^頂 、、彖向外開抑環騎槽21外周。 、 紐3G包含有—連接部31、—轉盤部32、—導；_及 ==通形之和4,其卜則34上形成—抵止件％， 句之另一滑片34底部則形成-止擋件36。階級槽211之直 ^大於轉盤部32之直徑，使轉盤部32邊緣可容置入階級槽211 ^。而轉盤部32與滑片34之間距大於擋翼22之厚度，使各擔翼 了可容置於轉盤部32與滑片34之間。連接部31自轉盤部Μ: ，面延伸出’而裝設至顯示器1Q之底部。導引環 般 ⑺之底面，其中導引㈣之内徑大於滑槽21之内徑，即^ 〇之内盤26可容置於導引環33中，而導引環33可套入滑槽21 内。各滑片34分別自導引環33之外周向外廷伸出，而朝滑槽21 M324366 之底面壽曲，使各滑片34具有一縱向高度L3及一橫向寬度L2， 广中各/月片34與各擋翼22間隔對應，使各滑片34可沿各擋翼 22之間套入滑槽21。前述各滑片M可以是呈弧形之型態，也可 、疋配β π槽21尺寸及擋翼22之其它型態，例如半圓形。滑槽 -1開口之覓度大於滑片34之橫向寬度L2,而擋翼u與滑槽Μ 底面之縱_距[5則大於滑>1 34之縱向高度L3,使各滑片34 可於滑槽21中滑動。 彈性抵止件35包含有一基部351、一彈臂部352及一抵止部 。基部351自導引環33之外周面向外延伸並朝滑槽21之底面 弓曲彈#部352自基部別沿滑槽21延伸出，使彈臂部奴與 基部351間形成懸臂樑之結構，因此，彈臂部说可受外力撥動 或推擠’以相對於基部351彎曲變形而產生位移，並滑動進出缺 口 24而越過限位件23。彈性抵止件35可狀因連接柱3〇相對 於底盤20轉動，而被滑槽21内之限位件％推抵 352彎曲變形而產生位移，也可以是透過使用者之手指經= 叫反動，使其彈臂部352 f曲變形而產纽移。抵止部353形成 於_卩352之中段，用以抵住限位件23，使滑片34繼續滑動， 止擋件36也是肋抵贿轉23，以關連接㈣只能在止幹 件36與抵止部353相對於底盤2〇旋轉。 " 本如「弟6圖」、「第7圖」及「第8圖」所示，其中「第6圖」 表示連接柱30位於底盤2Q上―第―位置；而「第7圖」表」The present invention also provides another face bearing seat structure, which includes a bottom and a = post. The chassis has a ring-shaped chute and at least an arc-shaped limiting slot, wherein the slider has a limiting member, and the sliding slot is located outside the limiting slot. The connecting column comprises L M324366 ^卩连彳彳, a non-connected stomach ring and at least a slider. The connecting portion extends from the yarn surface of the turntable and is mounted to the bottom end of the display. Each discontinuous ring turntable The bottom surface is sleeved into the chute, and one of the discontinuous rings has a member. The slider extends from the bottom surface of the turntable portion to fit into the limiting slot and is guided by the limited position, and the emotional resisting member can be connected The position piece is limited to (4) blocks in the limit groove, so that the connecting column rotates relative to the chassis. · The abutting piece can be passed over the inspection piece, so that the connection 2 can be detached from the chassis, thereby providing easy disassembly and convenient The adjustment of the display angle is not limited to the bearing structure, and helps to reduce the volume of the display box. The effect of the novel is that the chassis can be disassembled and separated from the connecting post (display) in the bearing structure, which can effectively reduce It shows the volume of pure packing, and increases the transportation convenience A, and the cost of the object. The assembled display can also be rotated by the connecting column relative to the chassis to improve the practical convenience of the display. The details of the present invention are described in detail in the embodiments. Features and advantages, the content of which is sufficient for any skilled person to understand the technical content of the present invention and to implement 'and according to the content, patent application scope and drawings disclosed in the specification, anyone skilled in the art can understand (4) OBJECTS AND ADVANTAGES OF THE NEW TYPE [Embodiment] As shown in Fig. 1 and Fig. 2, the present invention provides a retainer structure for the present invention. The display stand structure includes a chassis 2 〇 and a connecting post 3 () 'for the display ϋ 1G assembly and support display H 10 $ stand on the plane, and lift / detachable Group and display stand for rotatable function. Display: , 'See the screen of the 溥-type display, such as LCD, LCD TV or plasma TV screen. 7 M324366 Please continue to refer to "3", "4A", "4B", "4C", "5AI, "5B" and "Redundant". The top surface of the chassis has an annular groove 21 to form an inner disk 26 on the chassis 20. The chute 21 is formed with a - limiting member 23, a plurality of flaps 22, a notch % and a class slot. Limit, the piece 23 is attached to the bottom surface of the Lai 21, which is secret between the two flaps 22. Each of the broadcasts is placed at the top edge of the chute 21, and is disposed at equal intervals on the outer peripheral wall surface of the chute u, so that the outer surface of the chute 21 has - between any two flaps U The peripheral pitch is L4. The front end of each of the flaps 22 is spaced from the closed wall surface of the chute 21, and each of the flaps 22 has a longitudinal interval u with the bottom of the chute 21. The gap field ^ is on the bottom surface of the chute 2i and is adjacent to the limit member 23, and is connected by the chute to the bottom surface of the chassis 20 and between the two wings, 22, wherein the limit is 缕, 口 24 Correspond to each other and have an appropriate gap. The class slot 2ιι is opened by the chute ^ top, and the outer ring of the outer ring. The button 3 includes a connecting portion 31, a turntable portion 32, a guide, a _ and a = a sum of the four shapes, and a fourth portion of the slider 34 is formed, and the bottom portion of the other slider 34 is formed. - Stop 36. The straightness of the class groove 211 is larger than the diameter of the turntable portion 32, so that the edge of the turntable portion 32 can be accommodated in the class groove 211. The distance between the turntable portion 32 and the slider 34 is greater than the thickness of the flaps 22, so that the respective wings can be accommodated between the turntable portion 32 and the slider 34. The connecting portion 31 is extended from the turntable portion ,: and is attached to the bottom of the display 1Q. The bottom surface of the guide ring (7), wherein the inner diameter of the guide (4) is larger than the inner diameter of the chute 21, that is, the inner disc 26 can be accommodated in the guide ring 33, and the guide ring 33 can be inserted into the chute 21 inside. Each of the sliding pieces 34 protrudes outward from the outer circumference of the guiding ring 33, and is bent toward the bottom surface of the sliding groove 21 M324366, so that each sliding piece 34 has a longitudinal height L3 and a lateral width L2. The flaps 34 are spaced from the respective flaps 22 such that the vanes 34 can be inserted into the chute 21 between the flaps 22. Each of the aforementioned sliding sheets M may be in the form of an arc, or may be provided with a size of the β π groove 21 and other types of the flaps 22, such as a semicircular shape. The width of the chute-1 opening is greater than the lateral width L2 of the sliding piece 34, and the longitudinal _ distance of the baffle u and the bottom surface of the chute [ [5 is greater than the longitudinal height L3 of the sliding > 134, so that each sliding piece 34 can Slide in the chute 21. The elastic abutting member 35 includes a base portion 351, a resilient arm portion 352, and an abutting portion. The base portion 351 extends outward from the outer circumferential surface of the guide ring 33 and extends toward the bottom surface of the sliding groove 21 from the base portion along the sliding groove 21, so that the structure of the cantilever beam is formed between the elastic arm portion and the base portion 351. Therefore, the elastic arm portion is said to be slid or pushed by an external force to be displaced by bending deformation with respect to the base portion 351, and is slid into and out of the notch 24 to pass over the stopper 23. The elastic abutting member 35 can be rotated by the connecting post 3〇 relative to the chassis 20, and is displaced by the limiting member in the sliding slot 21 to be displaced by 352, or can be displaced through the finger of the user. The arm portion 352 is deformed to produce a new shift. The abutting portion 353 is formed in the middle portion of the _ 卩 352 for abutting against the limiting member 23 to continue sliding of the sliding piece 34, and the stopping member 36 is also a rib to resist the brigade 23 to close the connection (4) only at the stop member 36 The abutting portion 353 is rotated relative to the chassis 2 . " This is shown in "Sixth Diagram", "Picture 7" and "Figure 8", wherein "Figure 6" indicates that the connection post 30 is located at the "position" of the chassis 2Q; and the "Figure 7" table "
接柱30位於靡〇上_第二位置；「第δ圖」職科 位於底盤20上一第三位置。 U 9 M324366 將連接柱3〇之各滑片Μ對準底盤2〇上各矜 便可以料雜30之_ 34仏麵2q 之間隔後， 接柱3〇之轉盤部32置入底盤2〇之階級槽2]1，而曰使連及將連 於底盤2G上位於「第6圖」所示之第—位置處。4^接柱3〇 —於第-位置時，可藉由其則％及導_3 2接柱30位 槽⑽細咖，_和㈣㈣ς盤=骨 3〇而相對於底盤2G旋轉。前述之順向轉 使、連接柱 柱3〇側往底盤20看過去時，連接柱3〇 = 使用者由連接 針轉動’崎叙逆__是錢财域接^2G進行順時 2〇看過去時，連接柱3〇相對於底 ^側往底盤 接著，當使用者將連接㈣相對; 限位件23接觸。此時，彈臂部松會受到限位件^内之 =接Γ=部352末端—部份由滑槽21進入缺：：’"曲 當彈臂:::::轉下，彈臂部352又會再度回到滑槽以内而 田坪Μ 352再度回到滑槽21内時 ^ 一位置沿滑槽2!轉動至「第7圖」所表連接柱30由前述第 卿彈谢件35 .及蝴36等限位件 裝至底盤20之手續。當連接柱3()树:成將連接桂3〇級 置時，彈性抵止件35之抵止部353即抵住滑^彳=述第二位 使連接柱30無法相對於底盤 二内之限位件23， 然可以相對於麵2〇進行逆向㈣Τ =轉動，但是連接_仍 ^ 20 3〇 月月34亦被滑槽21上相鮮應 10 M324366 的各撞翼22給擋住，而使連接柱3〇無法朝上脫離底盤㈤。相對 地’彈性抵止件35之彈臂部352也可以由使用者透過缺口 ^扳 動而彎曲變形，以促使彈臂部352末端_部份由滑槽Μ進入缺口 24，並同時透過制者將連接柱％進行·轉動下，使彈臂部 352越過限位件23再度回到滑槽21内，而將連接㈣由第二位 .f沿滑槽21順向轉回第—位置，並使連接柱30能夠朝上脫離底 ϋ而完成將連接柱3〇自底盤2〇上拆卸下之手續。故，藉由 ，連接柱30上之彈性抵止件35與底盤2〇上之限位件^的互相曰作 用下’便可以提供使用者方便地將連接柱3〇逆轉組裝至底盤如 ^，或者是鶴雜抵止件35將連餘3Q順轉而自底盤2 卸下來。 ΓThe post 30 is located on the upper _ second position; the "δ δ map" is located at a third position on the chassis 20. U 9 M324366 Align the sliding tabs of the connecting post 3〇 with the respective cymbals on the chassis 2, and then the spacing of the cymbals 3 _ 34 仏 2q, the turret portion 32 of the connecting post 3 置 is placed in the chassis 2 The class slot 2]1, and the link will be connected to the chassis 2G at the first position shown in "Fig. 6". 4^ Post 3〇—In the first position, it can be rotated relative to the chassis 2G by means of its % and _3 2 posts 30 slots (10), _ and (4) (4) = = bone 3 。. When the forward direction is turned and the column 3 is connected to the chassis 20, the connecting column 3〇 = the user is rotated by the connecting pin. [Saki-Symbol __ is the money domain connected to the 2G. In the past, the connecting post 3〇 is then moved toward the chassis with respect to the bottom side, when the user connects the joint (four); the limiting member 23 contacts. At this time, the elastic arm portion is loosened by the end of the limiting member ^=the end of the portion 352-partially from the chute 21 into the missing::'" 曲当弹臂::::: turn down, the elastic arm The portion 352 will once again return to the chute and the Tianping 352 will return to the chute 21 again. ^ A position along the chute 2! Rotate to the "column 7" table connecting the column 30 from the aforementioned 35. And the butterfly 36 and other limit parts are loaded into the chassis 20. When the connecting column 3 () tree is placed to be connected to the casket 3, the abutting portion 353 of the elastic abutting member 35 is pressed against the sliding 彳 = the second position, so that the connecting post 30 cannot be opposite to the chassis 2 The limiting member 23 can be reversed (four) Τ = rotated with respect to the surface 2 ,, but the connection _ still ^ 20 3 〇 month 34 is also blocked by the respective flaps 22 of the fresh groove 10 M324366 on the chute 21, so that The connecting post 3〇 cannot be separated upwards from the chassis (5). The elastic arm portion 352 of the elastic member 35 can also be bent and deformed by the user through the notch to urge the end portion of the elastic arm portion 352 to enter the notch 24 by the sliding groove, and simultaneously pass through the manufacturer. When the connecting column % is rotated and rotated, the elastic arm portion 352 is returned to the chute 21 beyond the limiting member 23, and the connection (4) is turned back to the first position by the second position f along the chute 21, and The procedure of detaching the connecting post 3 from the chassis 2 is completed by enabling the connecting post 30 to be detached from the bottom. Therefore, by the interaction between the elastic abutting member 35 on the connecting post 30 and the limiting member on the bottom plate 2, the user can conveniently reassemble the connecting post 3 to the chassis. Or the crane miscellaneous member 35 will retract the remaining 3Q and remove it from the chassis 2. Γ
再者，只要使用者將連接柱30相對於底盤2〇逆向轉動 -，即可將連接柱30由前述第二位置繼續逆向轉動至「第8圖 =之第三位置處。當連接柱3G相對於底盤2〇位於前述第三^ =，止擋件36即抵住滑槽21内之限位件23，使連接柱心 ；!相對於底盤2G進行繼續逆向轉動。同時，在連接柱30由_ 位置轉動至前述第三位置的過程中，各滑片34亦被滑样U .相繼22給擋住，而使連紐3G無法朝上斷 .2〇。故，猎由連接柱30上晋M -皿 相伽/ 之/月片34與底盤20上之擋翼22間的 接主:係，使連接柱3G —旦進人第二位置而完成組裝程序後 底般即被關在前述第二位置與前述第三位置間，僅能相對於 卸;。違订固疋角度之順向或逆向轉動，而無法自底盤20上拆 11 M324366 請再參閱「第9圖」所示，底盤2〇可自連接柱％ 即底盤20可與顯示！f K)拆卸分解後，方’ 包裝箱财，_—撕細!：=：： -來’不僅有助於減小包裝箱5〇的體積以提升搬運與運送時的便 利性，也可以減少物流成本。 名丄 ”」不α固」汉1乐13圖」所示， :為本新型結構之第二實施例，其中「第η圖」表示連接柱3〇位 ，於底盤2〇上-第-位置；而「第12圖」表示連接柱3〇位於底盤 1〇土一第二位置；「第13圖」則表示連接柱30位於底盤2〇上- 第三位置。在第二實施例中，承座結構之具體實施方式與第一實 施，大致相同，而兩實施例之不同之處在於，如何使連接柱％ = 「第12圖」之第二位置與「第13圖」之第三位置間無法自底盤 20上拆卸下來。 弟二實施例與第-實施例最主要的不同之處在於，連接柱％ φ包含有二相反對應之滑塊38，其中各滑塊38係自轉盤部％之底 2延伸出，其包含有一基部381及一塊部382;其次，底盤如包 含有二對應於各滑塊38之限位槽25以及二不連續環37。不連續 -環=分卿成於轉盤部32之底面，用以套入底盤2〇之滑槽 .使得連接柱30可相對於底盤2〇轉動。彈性抵止件％形成於其中 -個不連續環37上’而且彈性抵止件％包含有一彈臂部松及 一抵止部353。各限位槽25係形成底盤2〇上並位於滑槽21内側， ^各限位槽25上分別設置有一匹配於滑塊38之基部381的止 擋盍26 ’使限位槽25之開口形成一窄段252及一寬段251。各滑 12 M324366 塊8 Γ接至連接柱3G之轉盤部32底部，而各滑塊 則自基物叫 當細之細i進入限=2丨5下之相===動。此外， 部搬之即受制止擋蓋 又一後π塊之塊 .將連接柱30之各滑片34=^0热法脫離底盤2〇。 十準底盤20上各擔置22之間Ρ健 便可以將連接柱30之各 糾異22之間後， 接柱3〇之轉盤部32置入底私2〇套入底盤2〇之滑槽21，及將連 於底盤20上位於「第6 ^ 1 _之階級槽211，而使連接柱3〇 於第-位㈣τ-Γ所不之第—位置處。當連接柱騎 於弟位置％，可猎由其滑 槽2!進行順向或逆向轉動，而=引％ %相對於底㈣沿滑 如而相對於底盤20旋轉。前即可f由組裝至連接柱 柱3〇侧往底盤2〇看過去時接動即疋指使用者由連接 針轉動，咖之彻動即是㈣進行順時 如看過切:連躲叫晴於麵2㈣彳 側往底盤 離Ut用者將連接柱3〇相對於底盤20逆向轉動-角戶 _弟-位置時，彈性抵止件 ㈣胃度 限位件23接觸。此時，彈 2 “ 352即與滑槽21内之 變形，以促使彈臂部352束 θ又到限位件23推擠而彎曲 在連接柱3觸她梅顯wi而 當彈臂部姐再細到滑^^=^度回到滑槽2】内。 一位置沿滑槽2:/轉動至「 戈表連接柱30由前述第 巧介於彈性抵止件35及止圖」戶^第二位置處，使限位件 件36之間，而完成將連接桂30組 M324366 ί 。當連接柱30相對於底盤2〇位於前述第二位 使二_滑槽21内之限位件仏 、、‘、’、’目對於底盤20進行順向轉動，但是連接柱3〇仍 二;可以相對於底盤20進行逆向. .底盤料順价== 柱3G相對於 25之奸252 iC 塊38亦被相對應的限位槽 之仏252擒住，而使連接柱3〇無法朝上脫離底盤％ 1 也’彈性抵止件35之彈臂部-也可以由使用者透過缺口 24= ’亚叫透過使用者將連触3〇進行順向動 度一1内’而將連接柱二 =_槽21順向轉回第—位置，並使連接柱 =㈣上娜抵止件35與底盤2G上之限位件23的互相作 上，埃供使崎枝轉連紐3G聽喊至底盤20 卸下疋扳動彈性抵止件35將連接柱3〇順轉而自底盤2〇上拆 再者’只要使用者將連接柱3〇相對於底盤如逆向轉動 即可將連接柱3〇由前述第二位置繼續逆向轉動至「第8 '置置處。#連接柱3G相對於底㈣位於前述第三位 法:對=件36即抵住滑槽21内之限位件23，使連接柱30無 相對於底盤20進行繼續逆向轉動。同時，在連接柱％由前述 動至前述第三位置的過程中，各滑塊38亦持續受到限 之乍& 252 Ρ艮制’使得連接柱3〇無法朝上脫離底盤如。 14 M324366 故’藉由連接柱30上之滑片34與底盤2q上之 關係，使連接柱30 —旦進入第-彳冲” 2〜間的相對 20進Γ定嫩_恤.娜自《 rG 盤 喃前述，本新型結構中底盤20、連接 拆卸下。 能夠拆卸分離，以減小顯示器1()之包㈣ :_器10均 輸便利性及減少物流成本，而組裝後顯示器㈣並增加運 20轉動角度，增加了顯示器使用上的便利性。“相對於底盤 雖然本新型以前述之實施例揭露如上，然其並非用 新型。在不脫離本新型之精神和範圍内，所為之 义疋本 屬本新型之專利保護範圍。關於本新型所界定之保護範 所附之申請專利範圍。' 口月多考 【圖式簡單說明】 第1圖為本創作顯示器承座結構與顯示器之立體示音圖。 第2圖為本創作顯示器承座結構之立體示意圖。。〇 f 3圖為本創作第一實施例中底盤與連接柱之立體分解圖( 第4Λ圖為本創作第一實施例中連接柱之立體示意圖7。° 第4Β圖為本創作第一實施例中連接柱之仰視平面圖。 第4C圖為本創作第一實施例中連接柱之剖面示意圖。 第5Α圖為本創作第一實施例中底盤之立體示意圖。 第5Β圖為本創作第一實施例中底盤之俯視平面圖。 第5C圖為本創作第一實施例中底盤之剖面示意圖。 第6圖為本創作第一實施例中連接柱於第一-立 思圖。 15 M324366 第7圖為本創作第一實施例中連接柱於第二位置之示意圖 第8圖為本創作第一實施例中連接柱於第三位置之示意圖。 第9圖為本創作第一實施例中底盤與連接柱(顯示器)拆卸並 裝入包裝箱之立體分解圖。 第10圖為本創作第二實施例中底盤與連接柱之立體分解圖。 第11圖為本創作第二實施例中連接柱於第一位置之示意圖。 第12圖為本創作第二實施例中連接柱於第二位置之示咅圖。 第13圖為本創作第二實施例中連接柱於第三位置之示音圖。 【主要元件符號說明】 10•…· 20 …·. 21•…· .........滑槽 211.... .........階級槽 22 …·. 23 •…· 24 …·. 25 …·. 251···· ***·*»· .........寬段 252.... .........窄段 26……· 30…·. 31,… 32•…· 16Furthermore, as long as the user reversely rotates the connecting post 30 with respect to the chassis 2, the connecting post 30 can be reversely rotated from the second position to the third position of the figure 8 = when the connecting post 3G is opposite The chassis 2 is located at the third portion of the foregoing, and the stopper member 36 is abutting against the limiting member 23 in the sliding slot 21 to connect the column core; and continues to reverse the rotation relative to the chassis 2G. Meanwhile, the connecting post 30 is _ During the rotation of the position to the aforementioned third position, each slide 34 is also blocked by the slip sample U. The interlocking 3G cannot be broken upwards. 2〇, therefore, the hunting is performed by the connecting column 30. - the connection between the dish/gap/moon piece 34 and the flap 22 on the chassis 20: the connection post 3G is placed in the second position and the assembly procedure is completed. Between the position and the third position, it can only be reversed. The reverse or reverse rotation of the fixed angle can not be removed from the chassis 20 M324366 Please refer to the "Figure 9", chassis 2〇 Self-joining column %, ie chassis 20 can be displayed! f K) After disassembling and disassembling, the square 'package box, _-shear!:=:: -to' not only helps to reduce the volume of the box 5 以 to improve the convenience of handling and transportation, but also reduce Logistics costs. The name "丄" is not shown in the "Han 1 Le 13", which is the second embodiment of the new structure, in which "Nth diagram" indicates the position of the connecting post 3, on the chassis 2 - the first position And "Fig. 12" indicates that the connecting post 3 is located at the second position of the chassis 1 and the "Fig. 13" indicates that the connecting post 30 is located at the bottom of the chassis 2 - the third position. In the second embodiment, the specific embodiment of the socket structure is substantially the same as the first embodiment, and the difference between the two embodiments is how to make the connection column % = the second position of "12th picture" and "the first The third position of Figure 13 cannot be removed from the chassis 20. The most important difference between the second embodiment and the first embodiment is that the connecting column % φ includes two oppositely corresponding sliders 38, wherein each of the sliders 38 extends from the bottom 2 of the turntable portion, and includes a The base portion 381 and the one portion 382; secondly, the chassis includes two limiting slots 25 corresponding to the sliders 38 and two discontinuous rings 37. The discontinuity-ring=divided into the bottom surface of the turntable portion 32 for inserting into the chute of the chassis 2, so that the connecting post 30 can be rotated relative to the chassis 2〇. The elastic abutting member % is formed on one of the discontinuous rings 37' and the elastic abutting member % includes a resilient arm portion and an abutting portion 353. Each of the limiting slots 25 is formed on the chassis 2 and is located inside the sliding slot 21. Each of the limiting slots 25 is respectively provided with a stop 盍 26 ′ which is matched with the base 381 of the slider 38 to form an opening of the limiting slot 25 . A narrow section 252 and a wide section 251. Each slide 12 M324366 block 8 is spliced to the bottom of the turntable portion 32 of the connecting post 3G, and each slider is called the thinner i from the base to enter the limit = 2 丨 5 phase === move. In addition, the part is moved to receive the block of the rear π block. The sliding pieces 34=^0 of the connecting post 30 are thermally removed from the chassis 2〇. After the entanglement between the respective positions of the connecting posts 30, the turntable portion 32 of the connecting post 3 is placed in the chute of the bottom plate 2 21, and will be connected to the chassis 20 in the "6 ^ 1 _ class slot 211, and the connecting column 3 〇 in the first position (four) τ-Γ not the first position. When the connecting column rides in the young position% , can be hunted by its chute 2! forward or reverse rotation, and =%% relative to the bottom (four) along the sliding and relative to the chassis 20. The front can be assembled to the connecting column 3 side to the chassis 2 〇 过去 过去 接 接 接 接 接 接 接 接 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者When the 〇 is rotated in the reverse direction with respect to the chassis 20, the elastic abutting member (4) is in contact with the stomach limit member 23. At this time, the elastic ridge 352 is deformed in the sliding groove 21 to urge the elastic arm portion. The 352 beam θ is pushed to the limiting member 23 and bent at the connecting post 3 to touch her Mei Xian wi and when the elastic arm sister is finer to the sliding ^^=^ degree back to the chute 2]. A position along the chute 2: / rotates to the "go table connection post 30 from the aforementioned first between the elastic abutment 35 and the stop map" at the second position, so that the limit member 36 is completed Connect the Gui 30 group M324366 ί. When the connecting post 30 is located in the second position relative to the chassis 2, the limiting member 仏, , ', ', ' in the second sliding slot 21 is rotated in the forward direction of the chassis 20, but the connecting post 3 is still two; It can be reversed with respect to the chassis 20. The chassis material is priced == the column 3G is opposite to the 25 252 iC block 38 is also clamped by the corresponding limit groove 252, so that the connecting column 3〇 cannot be detached upward The chassis % 1 also 'elastic arm part of the elastic abutting member 35' can also be connected by the user through the notch 24 = 'Asian call through the user will contact the 3 〇 to perform the forward movement 1 -' The trough 21 is turned back to the first position, and the connecting column = (4) the upper abutting member 35 and the limiting member 23 on the chassis 2G are mutually engaged, and the yoke is used to make the stalking switch 3G audible to the chassis 20 Removing the 疋 弹性 resilient resisting member 35 to rotate the connecting post 3 而 and detaching from the chassis 2 再 again, as long as the user rotates the connecting post 3 〇 relative to the chassis, the connecting post 3 〇 The second position continues to be reversed to the "8th" position. The #3 post 3G is located in the third position relative to the bottom (four): the pair of parts 36 is against the chute 21 The limiting member 23 prevents the connecting post 30 from continuing to rotate backward relative to the chassis 20. At the same time, during the movement of the connecting post from the aforementioned third position to the third position, the sliders 38 are continuously subjected to the limit & 252 Ρ Twisting 'so that the connecting post 3〇 can not be detached from the chassis, such as. 14 M324366 Therefore, by the relationship between the sliding piece 34 on the connecting post 30 and the chassis 2q, the connecting post 30 enters the first-inch rush" 2~ The relative 20 in between, the tender t-shirt. Na from the "rG disk", the chassis 20, the connection and disassembly. It can be disassembled to reduce the package (4) of the display 1(): _ 10 is convenient and reduces the logistics cost, and the display (4) is assembled and the rotation angle is increased, which increases the convenience of the display. "Compared to the chassis, the present invention is disclosed in the foregoing embodiments, but it is not intended to be novel. The scope of the patent protection of the present invention is defined by the present invention without departing from the spirit and scope of the present invention. The patent application scope attached to the protection model. 'Mouth month multi-test [simple description of the drawing] The first picture shows the stereo display of the display structure and display of the display. The second picture shows the structure of the display display. The three-dimensional diagram is a three-dimensional exploded view of the chassis and the connecting column in the first embodiment of the creation (the fourth drawing is a three-dimensional schematic diagram of the connecting column in the first embodiment of the creation. FIG. 4C is a schematic cross-sectional view of the connecting post in the first embodiment of the present invention. FIG. 5 is a perspective view of the chassis in the first embodiment of the present invention. A top plan view of the chassis in the first embodiment. Fig. 5C is a schematic cross-sectional view of the chassis in the first embodiment of the present invention. Fig. 6 is a first embodiment of the first embodiment of the present invention. 15 M324366 Fig. 7 is a schematic view showing the connecting post in the second position in the first embodiment of the present invention. Fig. 8 is a schematic view showing the connecting post in the third position in the first embodiment of the present invention. In the example, the chassis and the connecting post (display) are disassembled and assembled into an exploded perspective view of the packaging box. Fig. 10 is an exploded perspective view of the chassis and the connecting post in the second embodiment of the present invention. 12 is a schematic view of the connecting post in the second position in the second embodiment of the present invention. FIG. 13 is a view showing the connecting post in the third position in the second embodiment of the present invention. [Summary diagram of main components] 10•...· 20 ...·. 21•...· ......... Chute 211................Class slot 22 ...·. 23 •...· 24 ...·. 25 ...·. 251···· ***·*»· .........wide section 252................ .. narrow section 26...· 30...·. 31,... 32•...· 16
M324366 33.............................導引環 34···..........................滑片 35.............................彈性抵止件 351 ...........................基部 352 ...........................彈臂部 353 ...........................抵止部 36··.·.··......................止擋件 37 .............................不連續環 38 .............................滑塊 381 ...........................基部 382 ...........................塊部 50··...........................包裝箱 L1.............................弧長 L2.................................................橫向寬度 L3.............................縱向高度 L4.............................外周間距 L5.............................縱向間距 L6.............................橫向寬度 17M324366 33.............................Guide ring 34···............ ..............Slide 35.............................elastic abutment 351 ........................... base 352 ................... .......Boom arm 353 ...........................Resistance section 36··..... .....................stops 37 ......................... ....discontinuous ring 38 .............................slider 381 .......... .................base 382 ...........................block 50· ·..............................Packing box L1................... ..........Arc length L2..................................... ............lateral width L3.............................longitudinal height L4... .......................... Peripheral spacing L5..................... ........ longitudinal spacing L6.............................lateral width 17