.M364889 五、新型說明： 【新型所屬之技術領域】 本，作係闕於-種可摺疊電子裝置，特別 具有摺豐緩衝功能之可槽疊電子褒置。 ；種 【先前技術】.M364889 V. New description: [New technical field] This is a kind of foldable electronic device, especially the slotted electronic device with folding buffer function. ; 【Prior Art】
及，式電子裝置已十分普 使用時將機身延展而具有較大的顯的掀蓋 置相比’可_子裝酬:: 習知的可摺疊電子裝置， 其通常具有主要機體以及舆主要例主 要機體，置有電子裝置運作所電 模組、處理單元、輸入模組、記憶體等=一 t : 主要設置有顯示面板。顯示面“;士;= 侧以避免碰撞，因顯示面板_為電置中較 =容易因外力撞擊或刮傷損壞，進而影 番1二2、圖°圖—繪示根據先前技術中可摺疊電子裝 、棚。圖二緣示圖一中可摺疊電子裝置i的示意 電:!例，其 10 咕 汉弟一本體12。第一本體1〇與第二本體 ° 本體10上包含上殼體100、顯示面板102以及 4 .M364889 固定框104。四個緩衝橡膠106分別設置於上殼體100上。 第一本體10之上殼體100設置有第一卡扣部101以及釋放結 構103。第二本體12設置有第二卡扣部121。第一"^扣部 101與第二卡扣部121用以於闔蓋時相互扣合並固定第一本 體10以及第二本體12。釋放結構103可配合使用者操作用 以釋放上述扣合關係。And, the electronic device has been widely used to extend the fuselage and has a larger display. Compared to the 'receivable electronic device:: a conventional foldable electronic device, which usually has a main body and a main body. For example, the main body is equipped with an electronic device, a processing module, an input module, a memory, etc. = one t: The display panel is mainly provided. Display surface "; 士; = side to avoid collision, because the display panel _ is electrically placed in the middle = easy to be damaged by external force impact or scratch, and then the shadow 1 2 2, Figure ° - shown according to the prior art foldable The electronic device and the shed. Figure 2 shows the schematic diagram of the foldable electronic device i in Fig. 1. The 10 body of the Han body is a body 12. The first body 1〇 and the second body body 10 include an upper casing 100. The display panel 102 and the 4. M364889 fixing frame 104. The four buffer rubbers 106 are respectively disposed on the upper casing 100. The upper casing 100 of the first body 10 is provided with a first fastening portion 101 and a release structure 103. The second body 12 is provided with a second fastening portion 121. The first " fastening portion 101 and the second fastening portion 121 are used to buckle and fix the first body 10 and the second body 12 when the cover is closed. The release structure 103 It can be operated in conjunction with the user to release the above-mentioned fastening relationship.
當使用者闔蓋時，緩衝橡膠106用以避免本體10快速碰 撞第二本體12進而造成顯示面板102之損壞，並降低闔蓋時 可能產生的碰撞噪音。此外，緩衝橡膠1〇6亦可同時用於遮 蓋用以鎖固上殼體励與固定框辦的四顧定螺絲1〇8(如 圖二所示），避免固定螺絲108曝露破壞外觀設計。 …然而’緩衝橡膠本身亦需突出本體表面，造成機體外型 致。且緩衝橡膠需選擇彈性材質以達到靜音以及 it ΐ ’但轉蹄質之麵有限，缓衝轉之色澤盥 質感難以與現今講求完整性的機殼外型配合。 本i j作提丨—種可提供摺i緩 射 槽疊電子裝置，以解決上述問題。物❸十之可 【新型内容】 第-3供―種爾㈣置，其包含 結構以及第f磁卡扣部、第二卡扣部、第一磁極 根據-具體實施例 扣部設置於第—本體上。J 樞接。第-卡 珩一卞扣邛设置於第二本體上且位 5 M364889 置對應第一卡扣部。第一磁極結構設置於第一本體内。第二 磁極結構設置於該第二本體内且位置對應第一磁極結構，第 一磁極結構與第二磁極結構具有相同之磁極性。When the user folds the cover, the cushion rubber 106 is used to prevent the body 10 from quickly colliding with the second body 12 to cause damage to the display panel 102, and to reduce collision noise that may occur when the cover is closed. In addition, the cushion rubber 1〇6 can also be used to cover the four screws 1〇8 (as shown in Fig. 2) for locking the upper casing and the fixing frame, so as to prevent the fixing screw 108 from being exposed and damaging the design. ... However, the cushion rubber itself also needs to protrude from the surface of the body, resulting in an external body. The cushioning rubber needs to be made of elastic material to achieve mute and it ΐ ‘but the surface of the hoof is limited, and the color of the cushioning is 难以. The texture is difficult to match the shape of the casing that is today's integrity. The present invention can provide a folding slot electronic device to solve the above problems. ❸ ❸ 之 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( on. J is pivoted. The first card is disposed on the second body and the bit 5 M364889 is corresponding to the first buckle portion. The first magnetic pole structure is disposed in the first body. The second magnetic pole structure is disposed in the second body and corresponds to the first magnetic pole structure, and the first magnetic pole structure and the second magnetic pole structure have the same magnetic polarity.
其中當使用者欲闔蓋時，即第一本體相對第二本體由展 開位置向摺疊位置移動，第一磁極結構與第二磁極結構遞增 地產生介於第一本體與第二本體間之磁斥力作為緩衝，且^ 第一本體持續移動至摺疊位置後，藉由第一_扣部與第二卡 扣部互相扣合以將第一本體固定於摺疊位置。 ^較於先前技術，本創作的可㈣電子裝置係利用磁斥 =為、^衝，以避免可擅疊電子裝置使用操作時可能的過大 扯’進而延長可摺疊電子裝置的使用壽命。此外， 可摺 第:磁極結構以及第二磁極結構可埋設於各部位 設計的前提的雜，可林辟機殼外型 包含:::據-釋具：^ 扣部操作。杏㈣心 °第一卡扣部及/或第二卡 卡扣部時，^ 構被操仙叫離第—卡扣部與第二 體，進而脫_=即可受磁斥力之作用而相對遠離第二本 電子裴置日f置。藉此，讓使用者欲開蓋使用可摺疊 動作。置時，可更輕絞利地完成展開，㈣子裝置ς 所附神可㈣由町㈣]作詳述及 6 M364889 【實施方式】 —明參閱圖二以及圖四。圖三繪示根據本創作之一具體實 施例中可摺疊電子裝置3的外觀視圖。圖四繪示圖三中可摺 疊電^裝置3的透視示賴。如圖三所示，於此實施例中， 可擅疊電子妓3包含第-本體％以及第二本體32。第-本體30與第二本體32樞接。第一本體30可相對第二本體 32轉動至不同位置，例如第一本體3〇可相對第二本體w展 =至方便制者操作之展開位置，或第—本體可旋轉並蓋 合至第一本體32上之摺疊位置。圖三中之可摺疊電子裝置3 以筆記型電腦為例，但本創作不以此為限，例如手機。 如圖三所示，於此實施例中，第一本體30包含上殼體 3〇〇、顯示面板302以及固定框304。固定框3〇4對應顯示面 板302且具有側鎖合部3〇4〇(見圖四），固定框3〇4透過側鎖 合部3_鎖合於上殼體300上。固定框3〇4帛以將顯示面板 302固持於上殼體3〇〇上。When the user wants to cover the cover, that is, the first body moves from the deployed position to the folded position relative to the second body, the first magnetic pole structure and the second magnetic pole structure incrementally generate a magnetic repulsive force between the first body and the second body. As a buffer, and after the first body continues to move to the folded position, the first body is fastened to the folded position by the first buckle portion and the second buckle portion. ^ Compared with the prior art, the (four) electronic device of the present invention utilizes magnetic repulsion = smashing, to avoid excessive rips that can be used in the operation of the electronic device, thereby extending the service life of the foldable electronic device. In addition, the foldable: the magnetic pole structure and the second magnetic pole structure can be embedded in the premise of the design of each part, and the outer shape of the chassis can be::: according to the release: ^ buckle operation. When the apricot (four) heart is the first buckle portion and/or the second card buckle portion, the structure is stalked away from the first buckle portion and the second body, and then the _= can be affected by the magnetic repulsion Keep away from the second electronic device. Thereby, the user wants to open the cover to use the foldable action. At the time of setting, the expansion can be completed more smoothly, (4) Sub-devices 所附 Attached to God (4) by the town (4)] for details and 6 M364889 [Embodiment] - See Figure 2 and Figure 4 for details. Figure 3 is a perspective view of the foldable electronic device 3 in accordance with one embodiment of the present invention. Figure 4 is a perspective view of the foldable electrical device 3 of Figure 3. As shown in FIG. 3, in this embodiment, the tamper-evident electron 妓3 includes a first body and a second body 32. The first body 30 is pivotally connected to the second body 32. The first body 30 can be rotated to a different position relative to the second body 32, for example, the first body 3 can be extended relative to the second body to a deployed position for facilitating the operator operation, or the first body can be rotated and closed to the first position. The folded position on the body 32. The foldable electronic device 3 in FIG. 3 takes a notebook computer as an example, but the creation is not limited thereto, such as a mobile phone. As shown in FIG. 3, in this embodiment, the first body 30 includes an upper casing 3, a display panel 302, and a fixing frame 304. The fixing frame 3〇4 corresponds to the display panel 302 and has a side locking portion 3〇4〇 (see FIG. 4), and the fixing frame 3〇4 is coupled to the upper housing 300 through the side locking portion 3_. The frame 3 is fixed to hold the display panel 302 on the upper casing 3''.
需說明的是’於此實施例中，固定框观係透過側鎖合 部3_結合至上殼體3〇〇上，實際應用中，可利用固定检或 固定螺絲於第-本體30内部通過固定框3()4之側 3040並與上殼體300之鎖合。也就是說，於外觀上 ^ 將不至察覺外露的固定栓或固定螺絲。 如圖三所示，於實施例中’第二本體32可 32〇、處理單元(未繪示）、輸入模組322、儲存 ^、 電源模組(树示)或其他具相等性之功能模组，） 子裝置3實際剌之綱喊，並抑此桃 t電 7 M364889 儲存模組以及電源模組設置於下殼體320内。輸入模組322 設置於下殼體320上。輸入模組322、儲存模組以及電源模 組分別與處理單元電性連接。 此外如圖三與圖四所示，於本實施例之可摺疊電子裝置 3中，第一本體30之固定框304上設置有第一·扣部3042。 - 於第一本體如内，位於固定框304内埋設有第一磁極結構 3044。 « • 另一方面，第二本體32之下殼體320上位置對應第一·^ 扣部3042處設置有第二卡扣部3202。於第二本體32内，位 於下设體320下緣且位置對應第一磁極結構3044處埋設有第 二磁極結構3204。於一實施例中，第一磁極結構3〇44以及 第二磁極結構3204係分別設置於固定框3〇4上緣内大致中段 之處以及下殼體320下緣内大致中段之處。 弟一磁極結構3044與第二磁極結構3204可分別為磁 石、電磁鐵或其他相等性之磁性物質。於實際應用中，單一 響磁性物質之不同表面可依其不同方向具有不同磁極性。於此 實施例中’可透過排列第一磁極結構3〇44與第二磁極結構 3204將第一磁極結構3044與第二磁極結構3204同極性之表 . 面鄰近排列，即當第一本體30旋轉並蓋合至第二本體32上 之摺疊位置時，第一磁極結構3044與第二磁極結構3204彼 此面對之表面係為相同磁極性（例如同為N極或s極），藉 此使第一磁極結構3044與第二磁極結構3204具有相同磁極 性之特性(例如，同極互斥）。 當使用者欲闔蓋時，可使第一本體30相對第二本體32 8 M364889 由展開位置向摺疊位置移動，此時因第—本體3Q與第二本體 32之間距離逐漸縮短，故第一磁極結構3〇44與第二磁極結 構3204因磁極性相同而產生磁斥力，且磁斥力隨著距離縮短 而逐漸增強。磁斥力介於第—本體3G與第二本體32之間， 可作為緩衝之應力，藉㈣免侧者操作不當，而造成第一 本體30與苐—本體32快速碰撞。於此實施例，有助於避免 顯示面板302因而損壞。 备第一本體30因使用者之操作而緩慢移動至摺疊位置 ，，藉由第一卡扣部3042與第二卡扣部3202互相扣合以將 第一本體30固定於摺疊位置。藉此，可摺疊電子裝置3可完 成摺疊，且不至因第一本體30與第二本體32碰撞而造成内 部構件之損壞或產生惱人之噪音。 此外，如圖三所示，可摺疊電子裝置3進一步包含設 置於第一本體30之釋放結構306。於此實施例中，釋放 結構306可被操作以帶動第一卡扣部3〇42，進而使第一卡 扣部3042與第二卡扣部3202分離。 當釋放結構306被操作將第—扣部3042與第二卡扣 部3202分離時，第一磁極結構3044與第二磁極結構32〇4產 生之磁斥力可協助推動第一本體30，使第一本體3〇脫離摺 疊位置，以提高使用者操作上之便利性。藉此，讓使用者欲 開蓋使用可摺疊電子裝置時，可更輕易便利地完成展開可摺 疊電子裝置之動作。 請參閱圖五。圖五緣示根據本創作之另一具體實施例中 可摺疊電子裝置5的透視示意圖。與先前實施例最大不同之 M364889 處在於’於可摺疊電子裝置5之第一本體5〇内，分別設置有 二個磁極單元5044a、磁極單元5044b以及磁極單元5044c。 另一方面，於第二本體52内分別設置有三個磁極單元 5204a、磁極單元5204b以及磁極單元5204c，用以分別對應 到第一本體内的磁極單元5044a、磁極單元5〇44b、磁極單元 5044c。其中，上述三組磁極單元可分別具有相同之磁極性。It should be noted that in this embodiment, the fixing frame is coupled to the upper casing 3 through the side locking portion 3_. In practical applications, the fixing or fixing screw can be used to fix the inside of the first body 30. The side 3040 of the frame 3 () 4 is locked to the upper housing 300. That is to say, in appearance, the exposed fixing bolt or fixing screw will not be noticed. As shown in FIG. 3, in the embodiment, the second body 32 can be 32 〇, processing unit (not shown), input module 322, storage ^, power module (tree) or other functional modules with equality. The group, the sub-device 3 is actually slammed, and the squid 7 M364889 storage module and the power module are disposed in the lower casing 320. The input module 322 is disposed on the lower casing 320. The input module 322, the storage module, and the power module are electrically connected to the processing unit. In addition, as shown in FIG. 3 and FIG. 4, in the foldable electronic device 3 of the embodiment, the first frame 30 is provided with a first button portion 3042. - a first magnetic pole structure 3044 is embedded in the fixed frame 304, as in the first body. « On the other hand, the second body portion 32 is provided with a second hook portion 3202 at a position corresponding to the first button portion 3042 of the second body 32. In the second body 32, a second magnetic pole structure 3204 is embedded in the lower edge of the lower body 320 and corresponding to the first magnetic pole structure 3044. In one embodiment, the first magnetic pole structure 3〇44 and the second magnetic pole structure 3204 are respectively disposed at a substantially middle portion in the upper edge of the fixed frame 3〇4 and a substantially middle portion in the lower edge of the lower casing 320. The magnetic pole structure 3044 and the second magnetic pole structure 3204 may be magnets, electromagnets or other equivalent magnetic substances, respectively. In practical applications, different surfaces of a single magnetic material may have different magnetic polarities in different directions. In this embodiment, the first magnetic pole structure 3 〇 44 and the second magnetic pole structure 3204 are arranged to align the first magnetic pole structure 3044 and the second magnetic pole structure 3204 with the same polarity, that is, when the first body 30 rotates. And covering the folded position on the second body 32, the surfaces of the first magnetic pole structure 3044 and the second magnetic pole structure 3204 facing each other have the same magnetic polarity (for example, the same as the N pole or the s pole), thereby making the first A pole structure 3044 and the second pole structure 3204 have the same magnetic polarity characteristics (eg, homopolar mutual exclusion). When the user wants to cover the cover, the first body 30 can be moved from the deployed position to the folded position relative to the second body 32 8 M364889. At this time, since the distance between the first body 3Q and the second body 32 is gradually shortened, the first The magnetic pole structure 3〇44 and the second magnetic pole structure 3204 generate magnetic repulsion due to the same magnetic polarity, and the magnetic repulsion force gradually increases as the distance is shortened. The magnetic repulsion is between the first body 3G and the second body 32, and can be used as a buffering stress, and the first body 30 and the body-body 32 collide rapidly due to improper operation of the side. In this embodiment, it is helpful to avoid damage to the display panel 302. The first body 30 is slowly moved to the folded position by the operation of the user, and the first fastening portion 3042 and the second fastening portion 3202 are engaged with each other to fix the first body 30 to the folded position. Thereby, the foldable electronic device 3 can be folded without causing damage to the internal member or causing annoying noise due to the collision of the first body 30 with the second body 32. Moreover, as shown in FIG. 3, the foldable electronic device 3 further includes a release structure 306 disposed on the first body 30. In this embodiment, the release structure 306 can be operated to drive the first latching portion 3〇42 to separate the first latching portion 3042 from the second latching portion 3202. When the release structure 306 is operated to separate the first buckle portion 3042 from the second buckle portion 3202, the magnetic repulsive force generated by the first magnetic pole structure 3044 and the second magnetic pole structure 32〇4 can assist in pushing the first body 30 to make the first The body 3 is disengaged from the folded position to improve the user's convenience in operation. Thereby, when the user wants to open the cover and use the foldable electronic device, the action of unfolding the foldable electronic device can be completed more easily and conveniently. Please refer to Figure 5. Figure 5 is a schematic perspective view of a foldable electronic device 5 in accordance with another embodiment of the present invention. The M364889 which is the most different from the previous embodiment is located in the first body 5' of the foldable electronic device 5, and is provided with two magnetic pole units 5044a, a magnetic pole unit 5044b, and a magnetic pole unit 5044c, respectively. On the other hand, three magnetic pole units 5204a, magnetic pole units 5204b, and magnetic pole units 5204c are respectively disposed in the second body 52 for respectively corresponding to the magnetic pole unit 5044a, the magnetic pole unit 5〇44b, and the magnetic pole unit 5044c in the first body. Wherein, the three sets of magnetic pole units may have the same magnetic polarity.
而可摺疊電子裝置5之其他結構與先前實施例大致相 仿，在此不另贅述。 也就是說，於此實施例中，磁極單元5〇44a、5〇4牝、 5〇4上用以作為設置於第一本體5G内之第—磁極結構，而磁 極，兀5204a、5204b、52〇4c用以作為設置於第二本體S2内 之第了磁極結構。此二組對應的磁極單元可在不影響機體外 觀之前提下提供緩衝效果。此外，本實施例中以複&個分散 之磁極單元分別提供磁斥力，可使應力作用分散，達到更好 的效果。於一實施例中，磁極單元5044a、5044b、5044c係 分別設置於第-本體5G上緣内左端、中段及右端；磁極單元 5204a、5204b、52〇4c係分別設置於第二本體52 端、中段及右端。 本實施例係藉由三組對應的磁極單元產生之磁斥力為 達成本創作中前述之優點。_，本創作並不以此實 用磁極單元為限’其實際之數目與制方式可視應 力:二先 M364889 碰撞，進而延長可摺疊電子裝置的使用壽命。此外，可摺疊 電，裝置之第一磁極結構以及第二磁極結構可埋設於各部位 又體j下，利用磁性超距力的特性，可在不影響機殼外型 設計的前提下達到緩衝之效果。 用去可摺疊電子裝置可進—步配合釋放結構，讓使 =者無作職賴欲«可«電子裝科，磁斥力可配 :使用者將可摺疊電子襄置自動地展開至—定間距，進而 可更輕純完成制可缝電子裝置之動作，而 抠或加壓於可摺疊電子裝置之殼體，藉此可 避免可摺疊電子裝置之外觀受到損壞。 y上祕具體實闕H係希望能更加清楚 :丨二2徵與精神’而並非以上述所揭露的較佳具 例來對本創作之範.加以限制。 及具相等性的安排於本創作所欲申請 11 •M364889 【圖式簡單說明】 圖一繪示根據先前技術中可摺疊電子裝置的外觀視圖。 圖二繪示圖一中可摺疊電子裝置的示意圖。 圖三繪示根據本創作之一具體實施例中可摺叠 的外觀視圖。 圖四繪示圖三中可摺疊電子裝置的透視示意圖。 圖五繪示根據本創作之另—具體實施例中可摺疊 置的透視示意圖。 【主要元件符號說明】 卜3、5 :可摺疊電子裝置 12、32、52 :第二本體 320 :下殼體 121、3202 :第二卡扣部 104、304 :固定框 108 :固定螺絲 322 :輸入模組 10、30、50 :第一本體 100、 300 :上殼體 101、 3042 :第 一^^扣部 103、306 :釋放結構 102'302 ·顯示面板 106 =緩衝橡膠 3040 :側鎖合部 12 M364889 3044 :第一磁極結構 3204 :第二磁極結構 5044a、5044b、5044c、5204a、5204b、5204c :磁極單元The other structure of the foldable electronic device 5 is substantially the same as that of the previous embodiment, and will not be further described herein. That is to say, in this embodiment, the magnetic pole units 5〇44a, 5〇4牝, 5〇4 are used as the first magnetic pole structure disposed in the first body 5G, and the magnetic poles, the poles 5204a, 5204b, 52 The crucible 4c is used as the first magnetic pole structure provided in the second body S2. The corresponding set of magnetic pole units can provide a buffering effect without affecting the external view of the machine. Further, in the present embodiment, the magnetic repulsive force is separately provided by the complex & discrete magnetic pole units, so that the stress action can be dispersed to achieve a better effect. In one embodiment, the magnetic pole units 5044a, 5044b, and 5044c are respectively disposed at the left end, the middle end, and the right end of the upper edge of the first body 5G; the magnetic pole units 5204a, 5204b, 52〇4c are respectively disposed at the end and the middle of the second body 52. And the right end. This embodiment achieves the aforementioned advantages in the present creation by the magnetic repulsion generated by the three sets of corresponding magnetic pole units. _, this creation is not limited to the actual magnetic pole unit'. The actual number and system can be visually stressed: two first M364889 collision, thereby extending the service life of the foldable electronic device. In addition, the foldable electric device, the first magnetic pole structure and the second magnetic pole structure of the device can be buried in each part and the body j, and the characteristics of the magnetic over-distance force can be used to achieve buffering without affecting the design of the outer casing of the casing. effect. With the foldable electronic device, the release structure can be further engaged, so that the person who has no job is required to use the electronic device, and the magnetic repulsion can be matched: the user automatically expands the foldable electronic device to - the fixed distance In turn, the action of the seamable electronic device can be completed lightly and purely, and the casing of the foldable electronic device can be pressed or pressed, thereby preventing the appearance of the foldable electronic device from being damaged. y, the singularity of the singularity, the singularity of the H, hoping to be more clear: 丨2 2 levy and spirit ‘and not using the preferred examples disclosed above to limit the scope of this creation. And the arrangement of the same is intended to be applied in the present application. 11 • M364889 [Simple Description of the Drawings] FIG. 1 is a view showing the appearance of a foldable electronic device according to the prior art. 2 is a schematic view of the foldable electronic device of FIG. 1. Figure 3 illustrates a foldable exterior view of one embodiment in accordance with the present teachings. FIG. 4 is a schematic perspective view of the foldable electronic device of FIG. Figure 5 is a schematic perspective view of a foldable portion in accordance with another embodiment of the present invention. [Main component symbol description] Bu 3, 5: foldable electronic device 12, 32, 52: second body 320: lower case 121, 3202: second snap portion 104, 304: fixed frame 108: fixing screw 322: Input module 10, 30, 50: first body 100, 300: upper casing 101, 3042: first fastening portion 103, 306: release structure 102'302 · display panel 106 = cushion rubber 3040: side lock Portion 12 M364889 3044: first magnetic pole structure 3204: second magnetic pole structure 5044a, 5044b, 5044c, 5204a, 5204b, 5204c: magnetic pole unit
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