M278916 八、新型說明： 【新型所屬之技#Η員域】 本創作為有關於一種旋轉結構，特別是指係為螢幕可達到多向之 旋動目的’並可以達到相對樞轉與定位，以便利使用者操作之所需； -另外，由於組件採以一體化方式製成，因此可各方面的成本相對得以 _ 減少者。 【先前技術】 ’按’以目別與手機或是筆記型電腦甚至是個人數位處理器⑽Α) 結構上，均設置有一本體與一螢幕，並於兩者之間設置有轉搞結構， 以方便使用者之使用。 為提昇使用上的方便，業者即研發出具掀蓋開啟功能之結構，而 以現今此類產品的發展，光具有轉樞触功能無法滿足消費者日益求 新要求，因此具可旋轉式的螢幕結構，其乃是研發的時勢所趨。 _ 制㈣幕旋轉結構健只能提供螢幕與本體之_啟或閉合， 但無法應付目前多功能所需之結構，醉面上具可紐旋轉的結構之 組成構件複雜化’不論成本、材料造過程均較為打費時又高成 本。 【新型内容】 以簡化之元件取代習知複雜 有鑑於習知結構之缺點，特改良一種 又耗工時之組裝結構者。 藉 本創作之主要目的，即在於提供 由主座體之軸套以及轉樞件之樞套 一種結構簡化之螢幕旋轉結構， 座均以一體化方式製成，因此可 5 M278916 節省開模成本，及各組件之間的組裝上亦更為簡便、省工時，極具有 產業利用價值者。 【實施方式】 茲就本創作之其它目的與詳細之構造，將藉由以下詳細說明而使 之更明確，同時參閱所附各圖，俾可使本創作之技術内容更進一步地 揭示明瞭·· 請參閱第-圖至第三圖所#，本創作之螢幕旋轉結構主要包含有 主座體卜轉樞件2、軸體3及彈性元件4，其中主座體1 一體設有一軸套 11於軸套11上緣面設有定位凸塊111、定止槽112、η?，及容槽ns ; 该轉樞件2下方一體設有樞套座21，其樞套座21外徑同等於軸套^外 乙’兩者可相互套接並使其内部之軸孔對應，當主座體】及轉栖件2均 呈正白0。又置時，主座體1之定止槽ία即與轉樞件2之中心凸塊212， 相互契合，而轉樞件2樞套座21之頂凸塊211則容置於軸套η之容槽113 之中’且巾w凸塊2收到高凸之定位凸塊lu職止，無法呈順向轉 動者。 介於主座體1與轉樞件2之間的軸套狀樞套座21所套接形成了轴 孔，其中所形成之軸孔可供内置有軸體3，該軸體3開〇兩端係柳合於 樞套座21上端及軸套U減崎面處，餘轉樞件2樞套座卩丨上端轴孔 内設有内緣槽22,由此-内緣槽22與軸體3之間形成一空間，因此可供 容置彈性元件4，而該軸體3於中上段軸體外緣設有段階部幻，此一段 31與内緣槽22之卿成—供轉樞件2上下移動的如，以利於轉拖 件2轉動時之角位移之活動行程。 M278916 請參閱第三圖及第八圖所示，當轉樞件2未轉動任何角度時，彈性 元件4係呈常態之撐張狀態，因此軸體3所設之段階部31係不與轉樞件2 内之内緣槽22底部接觸。 再請參閱第五至七圖以及第九圖所示，圖示中當轉樞件2成反向轉 動時，樞套座21之頂凸塊211及跨越容槽113而沿著樞套座21緣面轉 動，由於緣面與容槽113之間具有高度差，因此轉樞件2即在轉動時呈 向上移動狀態，同時彈性元件4亦在内緣槽22之中呈現被壓縮狀態 (參第九圖所示），直至轉樞件2轉動180。後，該頂凸塊2Π落置於定止 槽112’即受定位凸塊in擋止而定位，因此轉樞件2也就反向轉動了 180° ;而轉樞件2在被轉動180。後，欲轉歸復位至正面時，則必須朝順 向在轉動180復歸原位，不論轉樞件2成正向〇。設置時或是轉向後之 180。又置時’樞套座21之頂凸塊211均會受定位凸塊hi所限制。 藉由以上所述，本創作係以主座體1及轉樞件2搭配有軸體3、彈性 元件4所制組成之螢幕旋轉結構，其巾值得—提的是主麵丨所設之 軸套11為-體製成，而轉樞件2所設之樞套座21亦同為—體構成，因此 在工件組裝時相當簡便讀H糊作之歸轉結構確已符合 新型專利所規^之要件，惟’以上所述僅為本創作之較佳實施例，舉 凡熟悉本卿之技藝之人士纽本創作之精神所在之等效修飾或變 化，皆應涵蓋在以下申請專利範圍内。 【圖式簡單說明】 第一圖所示係本創作之外觀立體圖。 第二圖所示係本創作之分解立體圖。 M278916 第三圖所示係依照第一圖所示之3-3剖切線及箭頭所指方向視得之气 面圖。 第四圖所示係本創作樞轉狀態示意圖。 ， 第五圖所示係本創作呈18〇。轉動後之立體圖。 第六圖所示係顯示本創作轉動狀態之上視示意圖。 第七圖所示係係依照第六圖之7_7剖切線及箭頭所指方向視得之剖面 圖。 第八圖所示係以第三圖所圈起處之結構放大平面圖。 第九圖所示係以第七__處之結構放大平面圖。 【主要元件符號說明】 1···. 11··· 111.. 112、112， ...定止槽 i 113.. 2···. 21···. 211.. 212. 22·· 3···. 31... 4· · · · ·M278916 VIII. Description of the new model: [新 所属 之 技 ## 员 员 域] This creation is about a kind of rotating structure, especially refers to the screen can achieve the purpose of multi-directional rotation 'and can achieve relative pivoting and positioning. Needs to facilitate user operation;-In addition, because the components are made in an integrated manner, the costs in various aspects can be relatively reduced. [Prior technology] The structure of the 'press' to the phone or notebook computer or even personal digital processor (⑽Α) is provided with a body and a screen, and a transfer structure is provided between them for convenience User use. In order to improve the convenience in use, the industry has developed a structure with a flip open function. With the development of today's products, the pivoting function alone cannot meet the increasing demands of consumers for new features. Therefore, it has a rotatable screen structure. This is the trend of research and development. The rotating structure of the screen can only provide the opening and closing of the screen and the body, but it cannot cope with the current multi-functional structure. The components with the rotatable structure on the drunk surface are complicated. The processes are time consuming and costly. [New content] Replace the complicated knowledge with simplified components. In view of the shortcomings of the conventional structure, a kind of assembly structure that consumes time is improved. The main purpose of this creation is to provide a simplified screen rotation structure, which consists of the shaft sleeve of the main base body and the pivot sleeve of the pivot member. The base is made in an integrated manner, so 5 M278916 can save the cost of mold opening. And the assembly between various components is also simpler, saves labor time, and has great industrial use value. [Embodiment] With regard to the other purposes and detailed structure of this creation, it will be made clearer by the following detailed description. At the same time, referring to the attached drawings, the technical content of this creation can be further revealed. Please refer to #-图 至三 图 所 #. The screen rotation structure of this creation mainly includes a main base body, a pivot member 2, a shaft body 3, and an elastic element 4, wherein the main base body 1 is integrally provided with a shaft sleeve 11 at The upper edge surface of the shaft sleeve 11 is provided with a positioning projection 111, a fixing groove 112, η ?, and a receiving groove ns; a pivot sleeve seat 21 is integrally provided below the pivot member 2, and the outer diameter of the pivot sleeve seat 21 is the same as that of the shaft. The outer sleeve B and the outer sleeve 2 can be connected to each other and correspond to the internal shaft holes. When the main base body and the transposition piece 2 are positive white 0. When it is set again, the fixed groove ία of the main base body 1 and the central projection 212 of the pivot member 2 fit each other, and the top projection 211 of the pivot sleeve 2 of the pivot member 2 is accommodated in the shaft sleeve η. In the container groove 113, and the towel w bump 2 receives the position of the convex projection lu, it cannot turn forward. A shaft hole is formed by the sleeve-like pivot sleeve seat 21 interposed between the main base body 1 and the pivot member 2. The formed shaft hole can be used for the built-in shaft body 3, and the shaft body 3 is opened two times. The end is liuhe at the upper end of the pivot sleeve seat 21 and the shaft sleeve U minus saki surface, and the rest of the pivot member 2 pivot sleeve seat A space is formed between 3, so that the elastic element 4 can be accommodated, and the shaft body 3 is provided with a stepped part on the outer periphery of the middle and upper section of the shaft. This section 31 is formed with the inner edge groove 22-for the pivot member 2 The upward and downward movement, for example, facilitates the movement stroke of the angular displacement when the rotary drag member 2 rotates. M278916 Please refer to the third and eighth figures. When the pivoting member 2 is not rotated at any angle, the elastic element 4 is in a normal state of tension, so the step 31 provided in the shaft body 3 is not related to the pivoting The bottom of the inner edge groove 22 inside the member 2 is in contact. Please refer to the fifth to seventh figures and the ninth figure. In the figure, when the pivoting member 2 rotates in the reverse direction, the top projection 211 of the pivot socket 21 and the spanning groove 113 along the pivot socket 21 Due to the height difference between the edge surface and the receiving groove 113, the pivoting member 2 is moved upward when rotating, and the elastic element 4 is also compressed in the inner edge groove 22 (see section (Shown in Fig. 9), until the pivot member 2 rotates 180. Later, the top projection 2Π is positioned in the fixed stop groove 112 ', that is, it is positioned by being stopped by the positioning projection in. Therefore, the pivot member 2 is rotated 180 ° in the opposite direction; and the pivot member 2 is rotated 180. Later, if you want to return to the front, you must return to the original position by turning 180 in the forward direction, regardless of whether the pivot member 2 is in the positive direction. Set or 180 after turning. The top bumps 211 of the 'pivot socket 21' will be restricted by the positioning bumps hi when they are placed again. Based on the above, this creation is a screen rotating structure composed of the main base body 1 and the pivot member 2 with the shaft body 3 and the elastic element 4. The towel is worthwhile—the main shaft is the shaft provided on the main surface. The sleeve 11 is made of-body, and the pivot sleeve seat 21 provided by the pivot member 2 is also made of-body. Therefore, it is quite easy to read the return structure made by H when the workpiece is assembled. The essentials, but 'The above is only a preferred embodiment of this creation. For example, anyone who is familiar with the skills of the Secretary, the equivalent modifications or changes in the spirit of Newburn's creation should be covered by the following patent applications. [Brief Description of the drawings] FIG lines shown in a first perspective view of the appearance of this creation. The second picture shows an exploded perspective view of this creation. M278916 The third figure is an air view according to the 3-3 cutting line and the direction indicated by the arrow shown in the first figure. The fourth diagram is a schematic diagram of the pivoting state of this creation. The fifth picture shows the creation of 18. Perspective view after turning. The sixth figure shows a schematic top view showing the rotation state of this creation. The seventh figure is a cross-sectional view according to the 7-7 cut line and the direction indicated by the arrow in the sixth figure. The eighth figure is an enlarged plan view of the structure circled by the third figure. The ninth figure shows an enlarged plan view with the structure at the seventh __. [Description of main component symbols] 1 ··· 11 ··· 111 .. 112, 112, ... fixed grooves 113 ·· 2 ··· 21 ··· 211 .. 212. 22 ·· 3 ... 31. 4 ... 4 ...