M420160 五、新型說明： 【新型所屬之技術領域】 本創作係-種枢紐器，尤指—種包含雙軸且可翻轉細度 之樞紐器，適用於掀蓋式之電子裝置者。 【先前技術】 -般用於掀蓋式電子產品，如筆記型電腦、行動電話或電 子書閱讀器的轉軸’係使勞幕可相對於底座開啟或蓋合。習知 的轉軸結财為單赋，通常包含1定於電子產品螢幕的拖 麵’樞接座上絲_軸孔供1财設，叫並藉由一固 疋座固定於電子褒置的底座’·藉由樞接座相對於心轴轉動，使 螢幕可相對於底座開啟或蓋合。單軸式的轉轴本衬做到膽 度的旋轉，但受限於螢幕和底座外觀殼體的設計，勞幕外崎和 底座外殼開啟至灌度時即互相干涉，而無法翻轉大於⑽度 甚至360度的反向疊合。 由於目前電子產品，如小型筆記型電腦，多有觸控式或手 寫輪入操作的需求’而需要榮幕與底座能翻轉大於⑽度，如 翻轉至3i5度後立起成相框樣態，以方便觸控輸入；或反向疊 合以方便握持進行觸控操作。因此，本創作即藉由雙軸式的設 計來符合此一需求。 【新型内容】 本創作的主要目的，即在提供一種雙軸翻轉式柩紐器，其 係由-連結件連結兩個包覆式的轉軸，榮幕在前段旋轉^啟的 3 M420160 開啟的輛與第—包覆件相對轉動來開啟，而在後段旋轉 I 即轉由第二包覆件與第二心轴相對轉動來開啟’藉 ，’使.螢幕可轉動細度反向疊合至底座，且抱紐器的扭力摩 :面可由4-心軸和第-包覆件轉換至第二心軸和第二包覆 件，以延長使用壽命。M420160 V. New description: [New technical field] This creative system is a kind of hinge, especially a kind of hinge with double shaft and reversible fineness, suitable for clamshell electronic devices. [Prior Art] - A flip-type electronic product such as a notebook computer, a mobile phone, or an electronic book reader has a hinge that allows the screen to be opened or closed relative to the base. The conventional shaft balance is a single assignment, which usually includes a drag surface of the electronic product screen, a pivoting socket, a shaft hole, and a base, which is fixed to the base of the electronic device by a solid seat. '· By rotating the pivoting seat relative to the mandrel, the screen can be opened or closed relative to the base. The single-axis shaft lining performs the daring rotation, but it is limited by the design of the screen and the outer casing of the base. The outer screen and the base shell open to each other to interfere with each other, and cannot be turned over (10) degrees or even 360 degree reverse stacking. Due to the current demand for electronic products, such as small notebook computers, there are many touch-type or hand-written wheel-in operations, and the screen and the base can be flipped more than (10) degrees, such as flipping to 3i5 degrees and then standing up as a photo frame. Easy to touch input; or reverse stacking for easy touch operation. Therefore, this creation meets this need with a two-axis design. [New content] The main purpose of this creation is to provide a two-axis reversing type of boring device, which is connected by two joint-type rotating shafts, and the 3 M420160 opened by the glory in the front section. Rotating relative to the first cover member to open, and rotating in the rear portion I, that is, rotating relative to the second cover member and the second spindle to open the 'borrow,' so that the screen can be rotated and the fineness is reversely laminated to the base And the torque of the brace: the face can be converted by the 4-mandrel and the first cover to the second mandrel and the second cover to prolong the service life.
、本創作的另-目的，在提供—種雙軸翻轉式樞紐器，其第 1和第—包覆件之間設有兩個角度的定位閉鎖點，第二心 軸和弟二包覆件之財、設有_肢的定賴鎖點，使枢紐器 在反180度及360度皆有定位閉鎖的功能可方便操作使 m ° ' 為.達到前述目的， 手段係包含： 本創作雙軸翻轉式樞紐器所採用的技術 一連結件，内部設有並_第-容置孔和第二容置孔； -第-包餅和第二包覆件，該第—包覆件裝設固定於該 第-容置孔中’該第二包覆件裝設固定於第二容置孔中丨以及 -第-心軸和第二心軸’該第—包覆件以至少—設有開口 的軸套包覆第-心軸，且第-包覆件和第—心轴各設有—能相 互止擒的擋瑰，該第二&覆件以至少一設有開口的軸套包覆第 二心轴，且第二包覆件和第二心軸各設有—能相互止擒的擔 塊，第一心軸的一端和第二心軸的一端各設有一固定部。 根據本創作的-實施例，第一包覆件的抽套内部形成有— 平面，第-心軸設有兩個平面’而與第—包覆件的平面形成兩 4 個纽的定位閉鎖。另外，第二包覆件的軸套内部形成有一平 面’弟二叫設有兩個平面，而與第二包覆件的平_成兩個 角度的定位閉鎖。如此，樞紐器在0度、通度及360度皆有. 定位閉鎖的功能。 人 根據本創作的-實施例，第—心軸賴定部固定於電子裂 置的螢幕’第二心軸的固定部固定於電子裝置的底座。 因此’當螢幕開啟時，第一心軸相對於第一包覆件轉動， 至⑽度時，第一心軸的擔塊止擒於第一包覆件的擔塊，無法 再轉動，因而轉由帶動連結件及第二包覆件相對於帛二心轴轉 動至360度反向疊合。t反轉閉合時，第二包覆件相對於第二 心軸轉動，到⑽度時，第二包覆件的擋塊擋止於第二心轴的 擒塊，無法再轉動’因而轉由第軸相對於第—包覆件轉 動’而轉回到〇度閉合。 T木一心袖的其中-面，逛有第二&覆件的平面和第二心軸的射—平面貼合欠 形成閉鎖。開錢〇度時，第—包覆件和第—心轴的另^ 形成閉鎖，而360度時，第二包覆件和第二心轴的另一平通 成閉鎖。在定位閉鎖狀態時，即 寫輪入等。 ™更使用’如觸控咖 本創作雙軸翻轉式樞紐器所採用的另—技術手段係包含 —連結件，内部設有並排的第—容置孔和第二容置孔. —第-包覆件和-第-心軸，該第—包覆件裝設固定於 M420160 一容置孔中，第一包覆件由一片體彎折包覆形成有一中空軸 套，該軸套具有軸向開口，該軸套包覆該第一心軸，且第一包 覆件和第一心轴各凸設有能夠相互止擋的擔塊，第一心軸的一 端並設有一固定部；以及 一第二包覆件和一第二心軸，該第二包覆件由一片體彎折 包覆形成有一中空軸套以及一固定部，且該軸套具有軸向開 口’該軸套包覆該第二心軸的一端，第二心軸的另一端則裝設 固疋於第一谷置孔中，§亥弟一包覆件的轴套包覆方南和第一包· 覆件的軸套包覆方向相反，第二包覆件和第二心軸並各凸設有 能夠相互止擋的擋塊。 為能進一步瞭解本創作的特徵、技術手段以及所達成的功 月b、目的，茲列舉較具體的實施例，繼以圖式、圖號詳細說明 如後。 【實施方式】. 清參閱第I-4圖所示，係本創作之組合立體圖、元件分解 圖及連結件的其它航*意圖，袖作雜式樞紐器係包 含： 一連結件1，内部設有並排的第—容置孔u和第二容置 孔12。兩個容置孔各包含一圓形筒孔削、12〇及一連通筒孔 m、m的長戦位孔ln、121。第—容置孔丨1在連結件1 的第一端13係呈貫穿，而靠近第二端處設有-限位部15， 如弟3圖所示。第二容置孔12在連結件ι的第二端μ係呈貫 6 糾ζυιοϋ 穿而罪近第—端13處設有一限位部16，如第4圖所示。連 結件1在第—端13靠近第一容置孔11處設有一固定孔17， 且在第二端14靠近第二容置孔12處亦設有—固定孔。 —第-包覆件2和-第二包覆件3，該第—包覆件2裝設 固足於第-容置孔u中’第二包覆件3裝設固定於第二 孔12中。Another purpose of the present invention is to provide a two-axis flip type hinge with two angled positioning locking points between the first and first covering members, and a second mandrel and a second covering member. The wealth, with the _ limb's fixed lock point, so that the hinge has the function of positioning and blocking at 180 degrees and 360 degrees. It can be easily operated to make m ° '. To achieve the above purpose, the means includes: The technology-connecting member used in the shaft-turning type hinge has an inner first and a second receiving hole and a second receiving hole; a first-pack and a second covering member, and the first covering member is provided Fixed in the first accommodating hole, the second covering member is fixedly fixed in the second accommodating hole, and the first and second mandrels are at least provided The open sleeve covers the first mandrel, and the first cover member and the first mandrel are respectively provided with a retaining block that can stop each other, and the second & cover member has at least one sleeve provided with an opening The second mandrel is covered, and the second covering member and the second mandrel are respectively provided with a supporting block capable of stopping each other, and one end of the first mandrel and one end of the second mandrel are respectively provided with a fixing portion. According to the presently-created embodiment, the inner portion of the first covering member is formed with a plane, and the first mandrel is provided with two planes ′ and forms a two-position positioning lock with the plane of the first covering member. In addition, the inside of the sleeve of the second covering member is formed with a flat surface, and the two sides are provided with two flat surfaces, and are positioned and locked at two angles with the flat surface of the second covering member. In this way, the hinge has a function of 0 degrees, 1 degree and 360 degrees. According to the present invention, the fixing portion of the second mandrel to which the first mandrel portion is fixed to the electronic split is fixed to the base of the electronic device. Therefore, when the screen is opened, the first mandrel is rotated relative to the first covering member, and (10) degrees, the load of the first mandrel is stopped by the load of the first covering member, and can no longer be rotated, thus turning The driving link and the second covering member are rotated relative to the second mandrel to a 360 degree reverse overlap. When the t is reversely closed, the second covering member rotates relative to the second mandrel. At (10) degrees, the stopper of the second covering member blocks the block of the second mandrel and cannot be rotated again. The first shaft rotates back relative to the first cover member and turns back to the twist closure. The mid-face of the T-wood sleeve is wrapped around the plane of the second & cover and the second mandrel. When the money is opened, the first cover member and the first mandrel form a lock, and at 360 degrees, the other cover of the second cover member and the second mandrel are latched. When positioning the lockout state, write the wheel and so on. The TM uses the other technology, such as the touch coffee book to create a two-axis flip-type hinge, which includes a connecting member, and a first-side accommodating hole and a second receiving hole are arranged inside. The cover member and the -th-mandrel, the first cover member is fixedly mounted in a receiving hole of the M420160, and the first covering member is bent and covered by a piece to form a hollow sleeve, the sleeve has an axial direction An opening, the sleeve covers the first mandrel, and the first covering member and the first mandrel are respectively convexly provided with a shoulder block capable of stopping each other, and one end of the first mandrel is provided with a fixing portion; a second covering member and a second mandrel, the second covering member is formed by bending a single body to form a hollow sleeve and a fixing portion, and the sleeve has an axial opening One end of the second mandrel and the other end of the second mandrel are fixed in the first valley hole, and the sleeve of the cover member of the cover member covers the square of the south and the first package and the cover The cover is opposite in direction, and the second cover member and the second spindle are respectively convexly provided with stoppers that can stop each other. In order to further understand the characteristics, technical means, and the merits and goals of the creation, a more specific embodiment will be listed, followed by a detailed description of the drawings and the drawings. [Embodiment] As shown in Figure I-4, it is a combination of a three-dimensional view of the creation, an exploded view of the component, and other intents of the joint. The sleeve-shaped hybrid hub includes: a joint member 1, internal design There are a side-by-side accommodating hole u and a second accommodating hole 12. The two accommodating holes each include a circular cylindrical hole cut, 12 〇 and a long boring hole ln, 121 which communicate with the cylindrical holes m, m. The first receiving hole 1 is penetrated at the first end 13 of the connecting member 1, and the - limiting portion 15 is disposed near the second end, as shown in FIG. The second accommodating hole 12 is provided at the second end of the connecting member ι, and is provided with a limiting portion 16 at the end portion 13 as shown in FIG. The connecting member 1 is provided with a fixing hole 17 at the first end 13 near the first receiving hole 11, and a fixing hole is also provided at the second end 14 near the second receiving hole 12. - a first covering member 2 and a second covering member 3, the first covering member 2 is fixedly disposed in the first receiving hole u, and the second covering member 3 is fixedly mounted to the second hole 12 in.
第-包覆件2由-片體的—邊彎折包覆形成—中空轴套 21 ’片體的另-邊形成-粒部22，該軸套21末端與定位部 22之間形成有-軸向開口 23，使軸套21具有彈性且轴套 21内部形成有-平面2G。定位部22的—端並彎折有—固定部 24 ’且於軸套21的-端凸設有—播塊25。The first covering member 2 is formed by bending the edge of the sheet body - the hollow sleeve 21 'the other side of the sheet body forms a granular portion 22, and the end of the sleeve 21 is formed with the positioning portion 22 - The axial opening 23 makes the sleeve 21 elastic and the inside of the sleeve 21 is formed with a plane 2G. The end of the positioning portion 22 is bent with a fixing portion 24' and a broadcast block 25 is protruded at the end of the sleeve 21.
第-包覆件2由連結件！的第—端13置人第一容置孔 二’軸套21裝設於圓形筒孔11〇中，而定位部22裝設於長形 位孔111中’且第-包覆件2止擋定位於連結件^的限位部 ’固定部24藉由螺絲鎖固於連結件1的固定孔，使第一 包覆件2固定於連結件丨中。 肢和—遠彎折包覆形成一中空軸套 W，片體的另一邊形成一定位Α 。卩32 ’该軸套31末端與定位部 支間形成有一軸向開口 33，祐 31 „ 使軸套31具有彈性，且軸套 内部形成有一平面30。定位邻^ 34, a . . ^ 2的—端並彎折有一固定部 且軸套31在與固定部34相 m ^ U另—鳊凸設有一擋塊35。 弟一包覆件2的軸套21包 设方向和第二包覆件3的軸套 7 或逆時針包覆，如第2 31包覆方向相同，同為順時針包覆 圖所示。 第二包覆件3由連結件！的第二端14置人第二容置孔 !!’輪套31裝設於圓形筒孔⑽中，而定位部32裝設於長形 疋位孔⑵中’且第二包覆件3止擋定位於連結件i的限位部 16，固定部34藉由螺絲_於連結件丨_定孔18，使第二 包覆件3固定於連結件1中。 社第—包覆件2和第二包覆件3係上下相反，反向設置於連 件1中’因此-個開口朝上，一個開口朝下，如此可以有效 的節省空間。 一第一心軸4和一第二心軸5，第一包覆件2以其軸套21 包覆束緊第一心軸4，並可相對轉動產生摩擦扭力。第二包覆 件3以其軸套31包覆束緊第二心轴5，並可相對轉動產生摩 擦扭力。第一心軸4的一端設有固定部4〇，用以固定至電子 裝置的螢幕6,第二心軸5的一端亦設有固定部5〇，用以固定 至電子裝置的底座7，如第5圖所示。 第一心軸4的軸桿兩側邊設有相對180度的兩個平面41， "Γ與第一包覆件2的平面20在兩個角度形成定位閉鎖功能， 例如0度和180度。第二心軸5的軸桿兩側邊亦設有相對⑽ 度的兩個平面51，可與第二包覆件3的平面30在兩個角度形 成定位閉鎖功能。 第一心軸4於徑向凸設有一扇形擔塊42，.可與第一包覆 件2的擋塊25相互止擔。第二心軸5徑向亦凸設—扇形擔塊 52，可與第二包覆件3的擋塊35相互止擋。 第—心抽4穿設於第—包覆件2後，末端並以—扣片％ ^合’、以防止轴向。第二心轴5穿設於第二包覆件3後末 主而亦以-扣片36扣合，以防止軸向脫出。 々#由上述;H ’ μ參閱第5 7圖，為本創作樞紐器裝設於 筆記型電腦或平板電腦或電子書等電子裝置的制例圖，第 5-7—圖為〇度蓋合的示意ι在q度蓋合時，第—心轴4的其 ^面41位於第_包覆件2的平面2()位置形成定位閉鎖， 弟=軸5的其中—平面51位於第二包覆们的平㈣位 置形成疋位閉鎖，如第6圖所示。 -啟時’如第6圖所示’固定於螢幕6的第一心軸 第—包覆:牛2中逆時針旋轉，扭力較低’而第— 轴5轉動的扭力較高，所以在_開啟時，會先由第 〜轴4相對第_包覆件2轉動來開啟。此時 ⑽度時，如二包覆件2產生摩擦扭力。當開啟到 包覆件2㈣圖所不，苐一心軸4的擒塊42播止於第一 面4]轉至第·法再_ ’ ^'第—心轴4的另—平 圖所示，件2的平面2G位置再度形成_，如第8 一此％可方便手寫輸入或觸控操作。 當繼續開啟翻轉至27〇度時，如第1〇_u圖所示，第—心 軸4帶動第—包覆件2及固定第一包覆件2的連結件丄，繞著 弟二心軸5旋轉開啟，而轉由第二包覆件3相對於第二心轴$ 旋轉產生摩擦扭力，且第二包覆件3的平面3()#動離開第二 心轴5的平面51 ’如第1〇圖所示。 再參閱第m3圖所示，為翻轉開啟至36〇度反向曼合的 示意圖。此時’第二包覆件3的平面3〇 _至與第二:由5 的另-平面51械合而再度_，如此，即可方便手持觸控 操作。 反轉閉合時，如第12圖所示，第一包覆件2和第—心轴 4,之間產生的扭力較高’第二包覆件3和第二心轴5之間產生 的扭力較低，所以，由第二包覆件3相對於第二心抽5先轉動， ^二包覆件3的播塊35在反轉18〇度時擋止於第二心轴$的 ，塊52，而無法再旋轉，如第9圖所示，因此即轉由第一心 由4相對於第-包覆件2旋轉，而回到〇度閉合狀態，如第7 圖所示。 請參閱第⑷5圖，係本創作之另„實施例的立體組合圖 辦分解®。本創作熟翻轉式樞紐 其内部設有觸㈣-妓孔叫第二妓孔12連;^置 =π包含—圓職孔⑽及—連通筒孔nG的長形定位孔 =靠近第-容置孔Π處並設有—固定孔17。第二容置孔 :、、、圓形軸孔’且末端設有斷面非圓形的固定孔Θ。 —第-包覆件2和-第-心軸4，該第一包覆件2裝設固 ^於第-容置孔u中，第—包覆件2由—片體的—邊彎折包 覆形成有—令空軸套21，片體的另一邊形成一定位部22，^ 套21末端與疋位部22之間形成有一軸向開口 23，使料^ 21具有彈性。該車峰21並包覆束緊第-心軸4，並可相對轉 動^生摩擦扭力軸套裝設於圓形筒孔m巾，而定位部 設於長形定位孔1U中，且第一包覆件2的定位部22的 >端育折有一固定部24，該固定部24係鎖固於該固定孔口。 j匕復件2的-端和第—心軸4各凸設有能夠相互止擔的擔 鬼5 42，且第一心轴4的一端並設有一固定部明用以固 疋至電子裝置的螢幕端。而第—心軸4穿設於第—包覆件2 後，末端並以一扣片26扣合，以防止軸向脫落。 «亥第一包覆件2的軸套21内部形成有一平面2〇，第一心 軸4的軸桿兩側邊設有相對180度的兩個平面41，可與第一 包覆件2的平面20形成兩個角度的定位閉鎖。 ——第二包覆件3和一第二心軸5，該第二包覆件3由一片 體的-邊彎折包覆形成有—中空軸套31，片體的另—邊形成 —固定部34，用賴定至電子裝置的底座，且轴套31具有轴 向開口 33 ’使軸套31具有彈性。轴套31包覆束緊該第二心 軸5的一端，並可相對轉動產生摩擦扭力。第二心軸$的另一 端則裝定於連結件丨的第二容置孔U中，其末端設有兩 個相對的平面53而形成非_，可嵌si於m定孔19中。該第 二包覆件3的轴套31包覆方向和第—包覆件2的轴套21包覆 M420160 方向相反，—個順時針包覆，—個逆時針包覆。 3S 覆件3和第—心轴5各凸設有能夠相互jt播的擒塊 、。第二包覆件3的軸套31内部形成有一平面％，第二 ⑽Γ有兩個平面51，可與第二包覆件3的平面如形成兩 個角度的定位閉鎖。The first covering member 2 is made of a joint! The first end 13 is placed in the first receiving hole 2' bushing 21 is installed in the circular cylindrical hole 11〇, and the positioning portion 22 is installed in the elongated bit hole 111' and the first covering member 2 The fixing portion 24 of the blocking member positioned on the connecting member ^ is fixed to the fixing hole of the connecting member 1 by screws, so that the first covering member 2 is fixed in the connecting member. The limb and the far bend are wrapped to form a hollow sleeve W, and the other side of the sheet forms a positioning Α.卩32' The end of the sleeve 31 and the positioning portion branch form an axial opening 33, so that the sleeve 31 has elasticity, and a flat surface 30 is formed inside the sleeve. The positioning is adjacent to the 34, a. . The end end is bent and has a fixing portion, and the sleeve 31 is provided with a stopper 35 in the same manner as the fixing portion 34. The bushing 21 of the cover member 2 is provided with the direction and the second covering member 3 The sleeve 7 is wrapped counterclockwise, as in the 2nd 31, the direction of the cladding is the same, and the same is shown in the clockwise coating. The second covering member 3 is placed by the second end 14 of the connecting member! The hole!!' wheel cover 31 is installed in the circular cylindrical hole (10), and the positioning portion 32 is installed in the elongated clamping hole (2)' and the second covering member 3 is stopped at the limiting portion of the connecting member i 16. The fixing portion 34 fixes the second covering member 3 to the connecting member 1 by means of a screw _ in the connecting member 丨_ fixed hole 18. The first covering member 2 and the second covering member 3 are opposite to each other. The reverse direction is arranged in the connecting piece 1 so that the opening is upward and the opening is facing downward, so that space can be effectively saved. A first mandrel 4 and a second mandrel 5, the first covering member 2 Bushing 21 coated The first mandrel 4 is tightly wound and can generate a frictional torque with relative rotation. The second covering member 3 is wrapped with the sleeve 31 to tighten the second mandrel 5, and can be rotated relative to each other to generate frictional torque. The first mandrel 4 One end is provided with a fixing portion 4〇 for fixing to the screen 6 of the electronic device, and one end of the second mandrel 5 is also provided with a fixing portion 5〇 for fixing to the base 7 of the electronic device, as shown in FIG. 5. The two sides of the shaft of the first mandrel 4 are provided with two planes 41 of 180 degrees, and the plane 20 of the first covering member 2 forms a positioning and locking function at two angles, for example, 0 degrees and 180 degrees. The two sides of the shaft of the second mandrel 5 are also provided with two planes 51 of opposite degrees (10), which can form a positioning and locking function at two angles with the plane 30 of the second covering member 3. The first mandrel 4 is A fan-shaped load block 42 is radially protruded from the retaining block 25 of the first covering member 2. The second mandrel 5 is also protruded radially-fan-shaped block 52, and the second covering member The stoppers 35 of the 3 are mutually stopped. The first core 4 is disposed behind the first covering member 2, and the end is folded with a -" to prevent the axial direction. The second spindle 5 is inserted through the first Two packs The rear part of the piece 3 is also fastened with the clasp 36 to prevent axial disengagement. 々# From the above; H ' μ see Fig. 5 7 to install the creative hinge on the notebook or tablet Or a drawing of an electronic device such as an e-book, and FIG. 5-7 is a schematic view of the twist cover. When the q-degree cover is applied, the face 41 of the first mandrel 4 is located at the first cover member 2. The position of the plane 2 () forms a positioning lock, and the plane 51 of the shaft 5 is located at the flat (four) position of the second cladding to form a clamp, as shown in Fig. 6. - Start time as shown in Fig. 6. 'The first mandrel fixed to the screen 6 - cladding: counterclockwise rotation in the cow 2, the torque is lower' and the torque of the first shaft 5 is higher, so when the _ is turned on, it will be first from the first axis 4 The first cover member 2 is rotated to open. At this time (10) degrees, the frictional force is generated as the two covering members 2. When the opening to the cover member 2 (four) is not shown, the block 42 of the first mandrel 4 is broadcasted on the first face 4] to the other flat figure of the first method and the second axis 4 The plane 2G position of the piece 2 is again formed _, such as the eighth one, which is convenient for handwriting input or touch operation. When the flipping is continued to 27 degrees, as shown in FIG. 1A, the first mandrel 4 drives the first covering member 2 and the connecting member 固定 which fixes the first covering member 2, around the second heart. The shaft 5 is rotated open, and the rotation of the second covering member 3 relative to the second mandrel $ generates a frictional torque, and the plane 3 () of the second covering member 3 moves away from the plane 51' of the second mandrel 5. As shown in Figure 1. Referring again to the m3 figure, a schematic diagram of the flip-open to 36-degree reverse Manchester. At this time, the plane 3 〇 _ of the second covering member 3 is re-attached to the second: by the other-plane 51 of 5, so that the hand-held touch operation can be facilitated. When the reverse is closed, as shown in Fig. 12, the torsion force generated between the first covering member 2 and the first mandrel 4 is higher, and the torsion generated between the second covering member 3 and the second mandrel 5 is generated. Lower, so, the first cover member 3 is rotated first with respect to the second core member 5, and the broadcast block 35 of the two cover members 3 blocks at the second mandrel $ when the reverse rotation is 18 degrees. 52, and can no longer rotate, as shown in Fig. 9, so that the first heart is rotated by 4 relative to the first covering member 2, and returns to the twisted closed state, as shown in Fig. 7. Please refer to the picture (4) 5, which is another example of the three-dimensional combination diagram decomposition of the present embodiment. The artificial flip-type hub has a touch (four) inside - the pupil is called the second pupil 12 connection; ^ set = π contains —The round hole (10) and the long positioning hole of the communicating cylinder hole nG=close to the first-accommodating hole 并 and provided with the fixing hole 17. The second accommodating hole: ,, the circular shaft hole 'and the end a fixing hole 非 having a non-circular cross section. - a first covering member 2 and a first mandrel 4, the first covering member 2 is mounted in the first accommodating hole u, the first covering The member 2 is formed by the edge-bending of the sheet body to form an empty sleeve 21, and the other side of the sheet body forms a positioning portion 22, and an axial opening 23 is formed between the end of the sleeve 21 and the clamping portion 22. The material 21 has elasticity. The vehicle peak 21 is coated with the first mandrel 4, and is relatively rotatable. The friction torque shaft is set in the circular cylinder hole m, and the positioning portion is arranged in the elongated positioning. In the hole 1U, the > end of the positioning portion 22 of the first covering member 2 is affixed with a fixing portion 24, and the fixing portion 24 is locked to the fixing opening. The end of the copying member 2 and the first portion The mandrels 4 are each convexly arranged to be able to stop each other. Ghost 5 42, and one end of the first mandrel 4 is provided with a fixing portion for fixing to the screen end of the electronic device. The first mandrel 4 is disposed behind the first covering member 2, and ends with a The buckle 26 is fastened to prevent the axial drop. The inner sleeve of the first cover 4 is formed with a plane 2〇, and the sides of the shaft of the first spindle 4 are provided with two opposite 180 degrees. The plane 41 can form a two-position positioning lock with the plane 20 of the first covering member 2. - a second covering member 3 and a second mandrel 5, the second covering member 3 being a piece of body - The side bending cover is formed with a hollow sleeve 31, and the other side of the sheet body forms a fixing portion 34, which is fixed to the base of the electronic device, and the sleeve 31 has an axial opening 33' to make the sleeve 31 elastic. The sleeve 31 is wrapped around one end of the second spindle 5 and is rotatable to generate a frictional torque. The other end of the second spindle $ is fixed in the second receiving hole U of the coupling member. The end is provided with two opposite planes 53 to form a non-_, which can be embedded in the m-fixing hole 19. The sleeve 31 of the second covering member 3 covers the direction and the sleeve 21 of the first covering member 2 The M420160 has the opposite direction, a clockwise coating, and a counterclockwise coating. The 3S cover 3 and the first mandrel 5 are each convexly provided with a crest block which can be mutually jt. The sleeve of the second covering member 3 The inside of the 31 is formed with a plane %, and the second (10) has two planes 51 which can be locked with the plane of the second covering member 3 at two angles.
*義由上述構造，當本實施例應用於電子裝置時，第一心轴 4和第二包覆件3各·定於螢幕和敍。#螢幕旋轉開啟 ’如第16圖所示，固定於螢幕6的第__心軸4在第一包覆 件2 1逆時針旋轉，扭力較低，而第二心轴 件3轉動的㈣較高，所以在〇〜18〇度開敬時，』二 ㈣相對第-包覆件2轉絲·。料，第—心軸=平面 榦動雄開第一包覆件2的平面20而離開閉鎖位置，枢紐器 由第一’4與第—包覆件2相對獅產生摩擦扭力。 當開啟到⑽度時，如第17 _示，第—心軸4 _鬼 42插止於第一包覆件2的擔塊25，而無法再旋轉，且第一心 轴4的另—平面41轉至第—包覆件2的平面20位置再度形成 閉鎖，此時可方便手寫輸入或觸控操作。 當繼續開啟翻轉至270度時，如第18圖所示，即轉由第 二:軸5在第二包覆件3中旋轉產生摩擦杻力，第一心轴*帶 動第一包覆件2及固定第-包覆件2的連結件卜起轉動，且 第二心轴5的平面51轉動離開第二包覆件3的平面％，而離 開閉鎖位置。 Μ42016Θ 再參閱第㈣所示，為翻轉開啟至度反向疊合的示 意圖’此時U轴5的魏52触定位於第二包覆件3 的擒塊35，且第二包覆件3的平面％旋轉至與第二心輔5的 另一平面5〗相貼合而再度_，如此，即可枝手持觸控操 作。 反轉閉合時，第一包覆件2和第一心轴4之間產生的摩擦 扭力較冋’而第—包覆件3和第二心軸5之間產生的摩擦扭力 較低’所以，由第二心軸5相對於第二包覆件3先轉動。第二 心轴5的魏52在反轉⑽度時擔止於第二包覆件3的擒塊 35 ’而無法再旋轉，如第17圖所示，因此即轉由第一心轴* ⑽於第—包覆件2旋轉’而回到〇度閉合狀態，如第16圖 所示。 【圖式簡單說明】 第1圖，係本創作之組合立體圖。 第2圖，係本創作之元件分解圖。 第3圖’係本創作連結件第—端之立體示意圖。 第4圖’係本創作連結件第二端之立體示意圖。 第5圖，係本創作應用於電子裝置的制觸。 第6·7圖’係本創作在〇賴合的狀態示意圖。 第Μ圖’係本創作在開啟⑽度離態示意圖。 第10-11目’係本創作在開啟270度的狀態示意圖。 弟12-13圖，係本創作在翻轉開啟360度的狀態示意圖。 第14圖，係本創作 — 卜乃一貫施例之組合立體圖。 第15圖’係本創作其 F另一實施例之元件分解圖。 第16圖係本創作另—實施例在〇度閉合的狀態示意圖。 第17圖’縣創作另—實施例在開啟⑽度的狀態示意圖。 第18圖’係本創作另—實施例在開啟"ο度的狀態示意圖。 第19圖’係本創作另一實施例在翻轉開啟360度的狀態示意 圖。 【主要元件符號說明】 1、連結件 11、第一容置孔 110、筒孔 111、定位孔 12、第二容置孔 120、筒孔 121、定位孔 13、第一端 14、第二端 15、16、限位部 17、18、19、固定孔 2、第一包覆件 3、第二包覆件 20、30、平面 21 ' 31、轴套 22、32、定位部 23 ' 33、開口 24、34、固定部 25 ' 35、擋塊 26、36、扣片 4、第一心車由 5、第二心軸 40、50、固定部 41、51、平面 42 ' 52、擋塊 53、平面 6、螢幕 7、底座* By the above configuration, when the present embodiment is applied to an electronic device, the first mandrel 4 and the second covering member 3 are each set to be screened and described. #Screen rotation on" As shown in Fig. 16, the __mandrel 4 fixed to the screen 6 rotates counterclockwise in the first covering member 21, the torque is low, and the second mandrel member 3 rotates (four) High, so when the 〇~18〇 degree is opened, the second (four) is opposite to the first-clad part 2. Material, the first mandrel = the plane moves out of the plane 20 of the first covering member 2 and leaves the blocking position, and the hinge generates a frictional torque with respect to the lion by the first '4' and the first covering member 2. When it is turned to (10) degrees, as shown in the 17th, the first mandrel 4_ghost 42 is inserted into the weight 25 of the first covering member 2, and can no longer be rotated, and the other plane of the first mandrel 4 41 is turned to the position of the plane 20 of the first covering member 2 to form a lock again, which can facilitate handwriting input or touch operation. When the flipping is continued to 270 degrees, as shown in FIG. 18, the second shaft: the shaft 5 is rotated in the second covering member 3 to generate a friction force, and the first spindle* drives the first covering member 2 The joint of the fixed first covering member 2 is rotated, and the plane 51 of the second mandrel 5 is rotated away from the plane % of the second covering member 3 to leave the blocking position. Μ42016Θ Referring again to the fourth (fourth), the schematic diagram of the flip-opening to the reverse overlap is performed. At this time, the Wei 52 of the U-axis 5 is positioned on the block 35 of the second covering member 3, and the second covering member 3 is The plane % is rotated to fit the other plane 5 of the second core 5 and is again _, so that the touch operation can be performed by the branch. When the reverse is closed, the frictional torque generated between the first covering member 2 and the first mandrel 4 is lower than that of the first covering member 2 and the first covering member 3 and the second mandrel 5 are lower. The second mandrel 5 is first rotated relative to the second covering member 3. The Wei 52 of the second mandrel 5 is held by the block 35' of the second covering member 3 at the reverse (10) degree and can no longer be rotated, as shown in Fig. 17, so that it is rotated by the first mandrel* (10) The first cover member 2 is rotated 'turned back to the twisted closed state, as shown in FIG. [Simple description of the drawing] Figure 1 is a combined perspective view of the creation. Figure 2 is an exploded view of the components of this creation. Figure 3 is a perspective view of the first end of the creation link. Figure 4 is a perspective view of the second end of the creation link. Figure 5 is a touch applied to the electronic device. Figure 6·7 is a schematic diagram of the state of the creation. The third figure is a schematic diagram of the creation of the (10) degree. The 10th-11th order is a schematic diagram of the state in which the creation is opened at 270 degrees. Brother 12-13, which is a schematic diagram of the state in which the creation is turned 360 degrees. Figure 14 is a combination of the original creations. Fig. 15 is an exploded view of another embodiment of the present invention. Fig. 16 is a schematic view showing the state in which the present invention is closed in the degree of twist. Figure 17 is a schematic diagram of the state of the county creation. Figure 18 is a schematic diagram of the state in which the present embodiment is opened with " Fig. 19 is a schematic view showing a state in which another embodiment of the present invention is turned over by 360 degrees. [Description of main component symbols] 1. The connecting member 11, the first receiving hole 110, the cylindrical hole 111, the positioning hole 12, the second receiving hole 120, the cylindrical hole 121, the positioning hole 13, the first end 14, and the second end 15, 16, the limiting portion 17, 18, 19, the fixing hole 2, the first covering member 3, the second covering member 20, 30, the plane 21 '31, the sleeve 22, 32, the positioning portion 23' 33, Openings 24, 34, fixing portion 25' 35, stoppers 26, 36, cleats 4, first carriage 5, second mandrels 40, 50, fixing portions 41, 51, plane 42' 52, stopper 53 , plane 6, screen 7, base