201210123 六、發明說明： 【發明所屬之技術領域】 本發明大體上和天線裝置有關，且更明確地說，係關 於可摺疊電子裝置（例如，可攜式電腦）的天線裝置。 相關申請案之交叉參考 本申凊案主張2010年8月31曰提申的pcT專利申請 案第PCT/EP2010/062668號的優先權。本文以引用的方式 將上述申請案的完整揭示内容併入。 【先前技術】 本段落提供未並為先前技術之和本發明有關的背景資 訊 内置天線被使用在可摺疊電子裝置（例如，可攜式電腦） 中已經有-段時間。可攜式電腦中的内置天線通常係被排 列在可用的空間之中，如，顯示器附近或鍵盤附近的非 金屬部件中β j在市場中已經引進全金屬蓋可攜式電腦，因而使 其更難提供天線。部分解決方 丨刀鮮决方式包含移除該全金屬的一部 分，使其能夠於其中排列一内罟 η置天線；但是如此一來，其 便不再是全金屬蓋。另一種解決 . as _ 解决方式包含在從一可攜式電 腦的顯不器部件處伸出進入該 版心IA 攜式電腦的該顯示器部件 與该鍵盤部件之間的間隙之中 ^ + 的2膠部件中排列一共用天 線。在則述所有解決方式中， 都無法確實提供全金屬蓋。 4 201210123 本案發明人發現，倘若為 線裝置會有好處，1可讓兮飞‘…且電子裝置如供-天 u亥可指疊電子裝置擁有全金屬蓋。 【發明内容】 本^又洛提供本發明的—,Jjn. Λί. -士代 W 生摘要說明，其並未完整描 不本發明的完整範疇或其所有特點。 凡整揭 本文t揭示用於可摺疊雷早# 此耸士“ 很且電子叙置的天線裝置以及包括 此等天線裝置的電子裝置的 _ _ π 的各種不範性實施例。本發明於 不範性實施例中提供一種 、 於可摺疊電子裝置的天線裝置。哕 之用 個郝彼6 a可摺Μ電子裝置配備兩 個邛件，它們可經由一或多個 奴鏈，口者其中一側相互摺 天線裝置通常包含—饋送配置，其會被排列跨越該 2個部件之間的間隙’以便以該間隙的大小為基礎來提 L -饋線會被連接至該等兩個部件巾㈣―部件， 而-接地則會被連接至該等兩個部件中的第二部件。 —於另-示範性實施例中，—可摺疊電子裝置通常包含 -包含-顯示器的第-部件，其可經由—❹個欽鍵和一 ^含-鍵盤的第二部件相互擅疊。該等第一部件與第二部 件之間的間隙係用於該可摺疊電子裝置的天線裝置。 從本文提供的說明中便會明白本發明的進一步可應用 領域。本摘要中的說明與特定範例的用意僅係為達解釋的 目的而並不希望限制本發明的範嗜。 【實施方式】 5 201210123 而並不希望限制本 下面的說明本質上僅具有示範性 %明、應用、或是用途β 部件與鍵盤部件之間的間隙可作為—天線裝置，而並非僅 使用該間隙用以在其中定位—天線裝置。 本案發明人已於本文中 線裝置的示範性實施例，其 全金屬蓋。本案發明人發現 揭示用於可摺疊電子裝置的天 可讓該等可摺疊電子裝置具有 ，一可摺疊電子裝置的顯示器 據此，本案發明人在本文中揭示一種用以操作在至少 -頻帶中之用於可指疊電子裝置的天線裝置。該可指疊電 子裝置配#兩個部件，它們可經由一或多個鉸鏈沿著其中 側相互糟疊。該天線裝置通常包含_饋送配置，其會被 排列跨越該等兩個部件之間的㈣，以便以該間隙的大小 為基礎來提供共振…饋線會被連接至該等兩個部件中的 第一部件，而一接地則會被連接至該等兩個部件中的第°二 部件。此示範性實施例可讓該可摺疊電子裝置具備一全金 屬蓋而且該間隙可當作一凹槽天線（n〇tch antenna)或槽孔天 線（slot antenna)。 一或多個短電路可被排列跨越該間隙，從而讓該天線 裝置可能具有-或多個良好定義的頻帶。該饋送配置可被 排列在一跨越該間隙的短電路以及該間隙的一開放端之 間，從而將該天線裝置排列成該可摺疊電子裝置中的一凹 槽天線。該饋送配置可能會在和該短電路相隔一預設距離 處被定位跨越該間隙，該距離會經過選擇，以便調整所希 的輸入電阻，通常為50歐姆。或者，該饋送配置亦可被排 6 201210123 列在跨越該間隙的兩個短電路之間，從而將該天線裝置排 列成該可摺疊電子裝置中的一槽孔天線。經由一鉸鏈來排 列一短電路’可以運用已經可以利用的結構。 因此，該可摺疊電子裝置可以具有全金屬蓋，從而可 獲得a亥天線裝置的好處。該可摺疊電子裝置可能係一可攜 式電腦，其具有一包含一顯示器的第一部件以及一包含一 鍵盤的第二部件。該饋送配置可能包括被連接至該第一部 件的至少兩條饋線，藉以讓該天線裝置會具備多頻帶或者 用於單頻帶的多入多出（MuUiple_Input Multiple 〇utput， ΜΙΜΟ)。於此範例中，該天線裝置可能會被排列成具有一 用於έ亥兩條饋線的共同短電路。 現在將參考隨附圖式來說明範例實施例。現在將參考 圖1. ’來說明根據一第一實施例之用於一可摺疊電子裝置的 天線《裝置《戎天線裝置會被排列在一可摺疊電子裝置之 只中用以操作至少一頻;^中。於此範例中，該可摺疊電子 哀置係-可攜式電腦’纟具有可經由一或多個鉸鏈沿著其 中一側相互摺疊的兩個部件。 /、 第一部件1通常包含一顯示器。第二部件2通常包含 一鍵盤。該等兩個部件！、2可經由兩個鉸鏈3與4沿著其 :、側相互摺疊。該等第一部件i與第二部件2可利用該 等鉸鏈3、4沿著該側在閉合位置且彼此相隔一間隙處 摺疊。 、，該天線裝置包括一饋送配置，其會被排列跨越該間 隙’ Μ便以該間隙的大小為基礎來提供共振。該饋送配置 201210123 的一饋線會被連接至該i / 亥專兩個部件中的第一部件卜而一姑 地則會被連接至該等兩個邻 接 V 4件中的第二部件2。 該天線裝置進一步包含跨越該間隙的-或多個短電 路。圖1中在該等兩個较鏈的每一者處顯示-短電路。这 讓該天線裝置沿著該間隙具有三個區段：―介於該= 電腦左邊與該左短電路3之 ' ^ ]的開放ik而槽孔或凹槽；一介 於該專兩個電路3與4夕Μ ΑΑ 興4之間的槽孔；以及一介於 電腦右邊與該右短電路4 、 了攜式 “ 之間的另-凹槽或開放端槽孔。 s亥饋送配置會沿著該間隙被 呢俽梆列在5亥專二個區段的其中— 者處。 、 圖4中所示的係位於-槽孔處的饋送配置。圖"雖 然以-同軸繼、線顯示該饋送作用；不過，亦可透過其它替 代構件來提供，例如，—並聯撓性I線。—接地（舉例來說， 接地屏蔽7)會被連接至”二料2,而饋線"會被連接 至該第-部件卜W 4中所示的饋線8雖然具有一電連接 線，不過，該連接線亦可為電容式或者被施行為一長度約 為四分之一波長(又/4)的開放端串聯短柱。和槽孔末端處之 短電路相隔的距離9與1〇會經過有利的選擇為預定的距 離，以便將輸人電阻調整至所希的數值，通常為5〇歐姆。 圖5中所示的係位於一凹槽處的饋送配置。圖5中雖 然以-同軸纜線顯示該饋送作用；不過，亦可藉由一並聯 撓性窺線來提供。接地屏蔽7會被連接至該第二部件2，而 饋線8則會被連接至該第—部件卜圖5中所示的饋線“ 然具有-電連接線；不⑮’該連接線亦可為冑容式或者被 8 201210123 施仃-長度約為四分之一波長u /4)的開放端串聯短柱。和 開放端相隔的距離u以及和短電路相隔的距離12會經過 有利的選擇為預定的距離，以便將輪人電阻調整至所希的 數值，通常為50歐姆。距離11連同距離12會-起決定該 天線的最低階共振頻率（於此範例中為四分之一波長（入 /4))。 運用該間隙作為可攜式電腦的凹槽天線或槽孔天線， 蓋部便可完全金屬^舉例來說，沒有作為使用者介面的 所有外部部件都可被金屬化。 為讓該天線裝置具備多重頻帶，_第：饋線會被加 入。藉由具有位於第—凹槽之中的第-饋線以及位於第二 凹槽之中的第二饋線的優點，舉例來說，可輕易地為24十 億赫兹:(GH_ WLAN(無線區域網路）輕易一多入多出解決 :案T該等凹槽天線中的每一者亦可被配置成用於雙頻覆 例來說，藍芽頻帶及/或GHz頻帶。藉由在單一區段 眘°入—被連接至相料1第二饋線，會創造-虛擬/非真 實短電路，盆合接版壬* 广曰钕供更多模式或共振，以便達到多 作的目的。 1怖 圖^所不的知電路雖然對稱排列在該可攜式電腦之中 並且與該等鉸鏈特別相1 . 相符，不過，它們亦可被排列在其它 位置中。進一步令 篆兮。之，—短電路可被製成非常寬廣並且覆 盖5亥間隙的大部分。 現在將參考圖2 1固2來說明根據本發明一第二實施例之用 於—可摺疊電子步罟认 用 哀置的天線裝置。除了下面所述者之外， 201210123 本發明的此第二實施例 同。一介於咳第n °面所述之第—實施例完全相 路5會被加入該第一短電二：：持2之間的第三短電 3與该第二短電路4之間，其 霄眾》亥天線裝置具有用以 '、 凹槽以及兩個内部槽孔。共振的四個區段：兩個外部 現在將參考圖3來說明 於-可摺疊電子裝置的天線穿置二月$二實施例之用 ,nn , 猓裝置。除了下面所述者之外， 同。'上面所述之第—實施例完全相 :2之門Λ:會被提供在該第-部件1與該第二部 之間’其會讓該天線裝置具有用以提供共振的兩個區 Γ 部凹槽1若兩個區段皆詩提供共振，以該 短電路作為共同短電路，由於鼓金屬部分的關係，它們 之間會有足夠的S 21搞合。 本文所提供的範例實施例讓本發明更臻透激，並且完 整地傳達本發明的範疇給熟習本技術的人士。本文提出許 多明確的細節(例如’特定組件、裝置、以及方法的範例) 以便澈底理解本發明的實施例。熟習本技術的人士便會明 白，不必運用此等明確細節亦可以許多不同的形式來具現 範例實施例’而且此等明確細節不應被視為限制本發明的 I巳嘴。於某些範例實施例中並不會詳細說明眾所熟知的製 程、眾所熟知的裝置結構、以及眾所熟知的技術。 本文中所提供的數字大小與數值僅係為達解釋的目 的。本文中所提供之該等特殊的大小與數值的用意並非要 限制本發明的範疇。 10 201210123 本文中所使用的術語僅係為達說明特殊範例實施㈣ 目的而沒有限制的意義。除非内文中另外明確表示否則， 本文中所使用的單數形<「一」以及「該」亦可能包含複 數形式。「包括」、「包含」、以及「具有」等用詞為包 容性且因此表明所述特徵圖形、事物、步驟、操作、元件、 及/或組件的存在，但並不排除有—或多個其它特徵圖形、 事物、步驟、操作、元件、組件、及/或其群組的存在，甚 至並不排除加入一或多個其它特徵圖形、事物、步驟、操 作、元件、組件、及/或其群組❶除非明確地表示為一種實 施順序，否則，本文所述的方法步驟、t程、以及操作未 必要被認為必須以本文所討論或圖解的特殊順序來實施。 還應該瞭解的係，亦可能會運用額外或替代的步驟。 當本文中表示一元件或層位於另一元件或層「之上」 或是.「‘被扣接至」、「被連接至」、或是「被耦合至」另 一元件或層時，其可能係直接位於該另一元件或層之上或 疋直接被扣接至、被連接至、或是被耦合至該另一元件或 層’或者亦可能存在中間元件或層。相反地，當本文中表 不一几件「直接」位於另一元件或層「之上」或是「直接 被扣接至」、「直接被連接至」、或是「直接被耦合至」 另一元件或層時，便可能沒有任何中間元件或層的存在。 用來說明元件之間的關係的其它用字亦應該以相同的方式 來詮釋（舉例來說，「位於…之間」和「直接位於…之間」、 「相鄰」和「直接相鄰」、…等）。本文中所使用「及/或」 一詞包含相關聯已列項目中一或多者的任何及全部組合。 11 201210123 雖然本文可能會使用第一、第二、第三、...等詞語來 說明各個元件、組件、區域、層、及/或區段，不過，該些 元件、組件、區域、層、及/或區段不應該受限於該些詞語。 S玄些5§) S吾僅係用來區分一元件、組件、區域、層、或是區 段以及另一區域、層、或是區段。除非内文中另外明確表 示，否則，當本文中使用到「第一」、「第二」、以及其 匕數子用5司時並沒有隱含順序或次序之意。因此，下文所 討論的第一元件、組件、區域、4、或是區段亦可被稱為 第一元件、組件、區域、層、或是區段其並不會脫離範 例實施例的教示内容。 為容易說明起見’本文中可能會使用空間上相對的t ，，例如「内「」、「外」、「之下」、「下面」、「下方」 之上」、「上方」、以及類似詞來說明圖式中的某一 j 件或特徵圖形相對於另-(或多個)元件或特徵圖糊 係。除了圖中所示的方位之外，此等空間相對詞語可能d 望涵蓋使用中劣招^I + i # ’、中之裝置的不同方位。舉例來說，4 若翻轉圖中的奘罟Ώ Λ 置的話，那麼，被描述成位於其它201210123 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates generally to antenna devices and, more particularly, to antenna devices for foldable electronic devices (e.g., portable computers). Cross-Reference to Related Applications This application claims priority to PCT/EP2010/062668, filed on Jan. 31, 2010. The entire disclosure of the above application is hereby incorporated by reference. [Prior Art] This paragraph provides background information that is not related to the prior art and related to the present invention. The built-in antenna has been used in foldable electronic devices (e.g., portable computers) for some time. The built-in antennas in portable computers are usually arranged in the available space. For example, in the non-metallic parts near the display or near the keyboard, β j has introduced a full metal cover portable computer in the market, thus making it even more It is difficult to provide an antenna. Partial Solution The slashing method involves removing a portion of the full metal so that it can arrange an inner η antenna; however, it is no longer a full metal cover. Another solution. The as_ solution is included in the gap between the display component and the keyboard component that protrudes from the display unit of a portable computer into the core IA portable computer. A common antenna is arranged in the glue component. In all of the solutions described above, it is not possible to provide a full metal cover. 4 201210123 The inventor of the case found that if there is a benefit to the line device, 1 can make 兮 fly ‘... and the electronic device such as the --天 亥 可 电子 电子 electronic device has a full metal cover. SUMMARY OF THE INVENTION The present invention provides a summary of the present invention, which does not fully describe the full scope of the invention or all of its features. The disclosure of this document discloses various exemplary embodiments of the _ _ π for the antenna device of the collapsible "very accompaniment" and the electronic device including the antenna device. The present invention does not In an exemplary embodiment, an antenna device for a foldable electronic device is provided. The device is equipped with two components, which can be connected to one or more slave chains, one of which is one of the mouthpieces. Side-folding antenna devices typically include a-feed configuration that will be arranged across the gap between the two components to provide an L-feeder to be connected to the two component wipers based on the size of the gap (four) - a component, and - the ground is connected to a second one of the two components. - In another exemplary embodiment, the foldable electronic device typically includes a - component - a first component of the display, via - a second key and a second component of the keyboard are mutually exclusive. The gap between the first component and the second component is for the antenna device of the foldable electronic device. From the description provided herein Will understand the invention The scope of the description and the specific examples are intended to be illustrative only and are not intended to limit the scope of the invention. [Embodiment] 5 201210123 It is not intended to limit the description below. Only the exemplary %, application, or use of the gap between the beta component and the keyboard component can be used as an antenna device, rather than just using the gap for positioning therein. The antenna device is already in the middle of this article. An exemplary embodiment of the device, the full metal cover. The inventors have found that the disclosure of the foldable electronic device allows the foldable electronic device to have a display of a foldable electronic device. Accordingly, the inventor of the present invention An antenna device for operating a finger-stacking electronic device in at least a frequency band is disclosed. The indexable electronic device is provided with two components that can be ruined along one another via one or more hinges The antenna device typically includes a _feed configuration that will be arranged across (4) between the two components to base the size of the gap To provide resonance, the feeder will be connected to the first of the two components, and a ground will be connected to the second of the two components. This exemplary embodiment allows the foldable The electronic device has an all-metal cover and the gap can be used as a slot antenna or a slot antenna. One or more short circuits can be arranged across the gap to allow the antenna device There may be - or a plurality of well defined frequency bands. The feed configuration may be arranged between a short circuit spanning the gap and an open end of the gap, thereby arranging the antenna device into one of the foldable electronic devices A fluted antenna. The feed configuration may be positioned across the gap at a predetermined distance from the short circuit, the distance being selected to adjust the desired input resistance, typically 50 ohms. Alternatively, the feed configuration can also be listed between two short circuits spanning the gap by the row 201210123, thereby arranging the antenna device as a slot antenna in the foldable electronic device. Arranging a short circuit via a hinge can utilize a structure that is already available. Therefore, the foldable electronic device can have an all-metal cover, so that the benefits of the a-hai antenna device can be obtained. The foldable electronic device may be a portable computer having a first component including a display and a second component including a keyboard. The feed configuration may include at least two feeders connected to the first component, such that the antenna device will have multiple bands or multiple inputs and multiple outputs (MuUiple_Input Multiple putput). In this example, the antenna device may be arranged to have a common short circuit for the two feeders. Example embodiments will now be described with reference to the drawings. An antenna for a foldable electronic device according to a first embodiment will now be described with reference to FIG. 1. The device "the antenna device will be arranged in a single foldable electronic device for operating at least one frequency; ^ in. In this example, the foldable electronic sling-portable computer' has two components that can be folded over one another along one side thereof via one or more hinges. /, The first component 1 typically includes a display. The second component 2 typically includes a keyboard. These two parts! 2 can be folded along each other via two hinges 3 and 4. The first part i and the second part 2 can be folded along the side in the closed position and at a gap from each other by the hinges 3, 4. The antenna assembly includes a feed configuration that is arranged to span the gap' to provide resonance based on the size of the gap. A feeder of the feed configuration 201210123 will be connected to the first component of the i/Hai two components and will be connected to the second component 2 of the two adjacent V4 components. The antenna device further includes - or a plurality of short circuits across the gap. In Figure 1, a short circuit is shown at each of the two chains. This allows the antenna device to have three segments along the gap: "the opening ik with the '^' on the left side of the computer and the left short circuit 3 and the slot or groove; one between the two circuits 3 a slot between the 4th and 4th; and a further groove or open slot between the right side of the computer and the right short circuit 4, the portable type. The gap is listed in the two sections of the 5th section. The feeding configuration shown in Figure 4 is located at the slot. Figure "While the cable is shown in the -coaxial and line. Function; however, it can also be provided by other alternative components, for example, - parallel flexible I-wire. - Grounding (for example, ground shield 7) will be connected to "two materials 2, and the feeder" will be connected to The feed line 8 shown in the first component W 4 has an electrical connection line, but the connection line can also be capacitive or behave as an open length of about a quarter wavelength (and /4). The ends are connected in series with short columns. The distances 9 and 1 from the short circuit at the end of the slot are advantageously chosen to be a predetermined distance to adjust the input resistance to the desired value, typically 5 ohms. The feed configuration shown in Figure 5 is located at a groove. Although the feeding effect is shown in Fig. 5 by a coaxial cable; however, it can also be provided by a parallel flexible sight. The ground shield 7 will be connected to the second component 2, and the feeder 8 will be connected to the feeder shown in Fig. 5, "there is a - electrical connection; no 15"胄 或者 或者 或者 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 The predetermined distance to adjust the wheel resistance to the desired value, typically 50 ohms. The distance 11 along with the distance 12 will determine the lowest order resonant frequency of the antenna (in this example, a quarter wavelength (in this example) /4)). Use this gap as a recessed antenna or slot antenna for a portable computer. The cover can be completely metal. For example, all external components that are not user interfaces can be metallized. The antenna device has multiple frequency bands, and the _th:feed line is added. By virtue of having the first feed line located in the first groove and the second feed line located in the second groove, for example, it can be easily The ground is 24 billion Hz: (GH_ WLAN (wireless Domain network) is easy to solve multiple solutions: each of these grooved antennas can also be configured for dual frequency coverage, the Bluetooth band and/or the GHz band. A single section is carefully inserted - connected to the second feeder of the phase 1 to create a virtual/non-real short circuit, and the basin is connected to the 壬* 广 曰钕 for more modes or resonances in order to achieve the purpose of multiple operations. Although the circuit of the horoscope is symmetrically arranged in the portable computer and is particularly compatible with the hinges, they may be arranged in other positions. Further, - the short circuit can be made very wide and covers most of the 5 lap gap. A second embodiment of the present invention will now be described with reference to FIG. Antenna device. In addition to the following, 201210123 is the same as the second embodiment of the present invention. A first phase of the first embodiment of the present invention will be added to the first short circuit 2: : between the third short circuit 3 between the two and the second short circuit 4, The wire device has four sections for ', a groove and two internal slots. Resonance: two exteriors will now be described with reference to FIG. 3 for the antenna of the foldable electronic device. February 2nd embodiment With nn, 猓 device. Except for the following, the same as the above-mentioned embodiment - the complete phase: 2 threshold: will be provided between the first part 1 and the second part 'It will allow the antenna device to have two regions to provide resonance. The groove 1 can provide resonance if both segments are used, and the short circuit acts as a common short circuit due to the relationship between the metal parts of the drum. There will be sufficient S 21 to make the present invention more versatile and to fully convey the scope of the present invention to those skilled in the art. Many specific details are set forth herein (e.g., 'specific components, devices, and examples of methods) for a thorough understanding of the embodiments of the invention. It will be apparent to those skilled in the art that <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The well-known processes, well-known device structures, and well-known techniques are not described in detail in the exemplary embodiments. The numerical magnitudes and numerical values provided herein are for the purpose of explanation only. The particular size and numerical values provided herein are not intended to limit the scope of the invention. 10 201210123 The terminology used herein is used for the purpose of describing the specific example implementation (IV) without limitation. As used herein, the singular forms " """""""" The terms "including", "comprising", and "having" are meant to be inclusive and therefore indicate the existence of the characteristic figures, things, steps, operations, components, and/or components, but do not exclude one or more The existence of other features, things, steps, operations, components, components, and/or groups thereof does not even exclude the inclusion of one or more other features, things, steps, operations, components, components, and/or The group steps, steps, and operations described herein are not necessarily considered to be implemented in a particular order discussed or illustrated herein, unless explicitly stated as an order of implementation. It is also possible to use additional or alternative steps. When a component or layer is referred to as being "above" or "connected to", "connected to" or "coupled" to another element or layer, It may be directly above the other element or layer or may be directly attached to, connected to, or coupled to the other element or layer ' or an intermediate element or layer. Conversely, when a few items in this document are "directly" "above" or "directly connected", "directly connected to", or "directly coupled to", When an element or layer is used, there may be no intermediate elements or layers present. Other words used to describe the relationship between components should also be interpreted in the same way (for example, "between" and "directly between", "adjacent" and "directly adjacent". ,…Wait). The term "and/or" as used herein includes any and all combinations of one or more of the associated listed items. 11 201210123 Although the words "first, second, third, ..." may be used to describe various elements, components, regions, layers, and/or sections, the elements, components, regions, layers, And/or sections should not be limited to these words. S Xuan 5 §) S is only used to distinguish one component, component, region, layer, or segment and another region, layer, or segment. Unless otherwise expressly stated in the text, there is no implied order or order when using "first", "second", and its number in five terms. Thus, a first element, component, region, or section that is discussed below may also be referred to as a first element, component, region, layer, or segment, and does not deviate from the teachings of the example embodiments. . For the sake of explanation, 'space may be used in the text, such as "inside", "outside", "below", "below", "below", "above", and the like. Words to describe a j piece or feature graphic in a drawing relative to another (or more) elements or feature maps. In addition to the orientations shown in the figures, such spatially relative terms may be expected to encompass different orientations of the device in use in the inferiority ^I + i # '. For example, if you flip the 奘罟Ώ in the graph, then it is described as being located in the other
特徵圖形「下面，弋「A 卜面」或「之下」的元件便會被定向在該 它元件或特徵圖形Γ y 上」。因此，範例詞語「之下 可能同時涵蓋「之上伽「 」1 」與之下」兩種方位。該裝置可| :其：疋向「旋轉9。度或位於其它方位」 本文中的空間相對說明用詞。 據⑷ 本文巾針對給定參數所提出的特殊 靶圍並不排除可以 行殊的數4 使用在本文所揭示之範例的—或多者d 12 201210123 中的其它數值及數值範圍。再者，應該理解的係，本文中 針對-特定參數所提及的任何兩個特殊數值可能涵蓋可適 用於該給定參數的數值範圍的端末點。本文中針對一哈定 參數所揭示之第-數值與第二數值可被證釋成揭示介於該 等第-數值與第二數值之間的任何數值亦可用於該給定參 數。同樣地’應該理解的係，本文中針對一參數所揭示之 二或多個數值範圍(不論此等範圍是否為巢狀、重疊、或是 不同)包含可以利用本文所揭示之範圍的端末點來主張的該 數值之範圍的所有可能組合。 本文已經針對實施例提出前面說明，以達解釋與說明 的目的，其並沒有竭盡或限制本發明之意。本發明中一特 殊實施例的個別元件或特點通常並不受限於該特殊實施 例；相反地，如果可以的話，即使沒有明確顯示或說明， 該等個.別元件或特點可以互換並且使用在一選定的實施例 _。同樣地’可以許多方式來改變。此等變化並不會被視 為脫離本發明，而且所有此等修正均希望包含在本發明的 範疇裡面。 【圖式簡單說明】 本文所述之圖式僅係為達解釋選定實施例的目的而並 非針對所有可能的施行方式，而且並不希望限制本發明的 範_ 〇 圖1概略顯示根據第一實施例位在一張開位置中的可 指疊電子裝置； 13 201210123 圖2概略顯示根據第二貫施例位在一張開位置中的可 摺疊電子裝置； 圓3概略顯不根據第二實施例位在一張開位置中的可 摺疊電子裝置； 圖4概略顯示一槽孔天線上的饋送作用；以及 圖5概略顯示一凹槽天線上的饋送作用。 【主要元件符號說明】 1 可摺疊 2 可摺疊 3,4 鉸鏈或 5 第三短 6 單一短 7 接地屏 8 饋線 9，1〇，11，12 距離 電子裝置的第一部件 電子裝置二部件 短電路 電路 電路 蔽 14The feature graphic "below, the component of "A face" or "below" will be oriented on the component or feature graphic y y". Therefore, the sample words "may be covered by both "upper gamma" 1 and below. The device can be | : it: 疋 to "rotate 9. degrees or in other directions" The space in this article is relative to the wording. According to (4) the specific target range proposed for a given parameter does not exclude the other numerical values and ranges of values that can be used in the examples disclosed herein or in more than d 12 201210123. Again, it should be understood that any two particular values referred to herein for a particular parameter may encompass the end point of the range of values that may be applied to the given parameter. The first and second values disclosed herein for a Halden parameter can be interpreted to reveal that any value between the first and second values can also be used for the given parameter. Similarly, it should be understood that two or more ranges of values disclosed herein for a parameter (whether or not such ranges are nested, overlapping, or different) include end points that may utilize the ranges disclosed herein. All possible combinations of ranges of values claimed. The foregoing description of the embodiments has been presented for purposes of illustration and description Individual elements or features of a particular embodiment of the invention are generally not limited to the particular embodiment; rather, if not possible, the elements or features may be interchanged and used, if not explicitly shown or described. A selected embodiment _. The same can be changed in many ways. Such variations are not to be regarded as a departure from the invention, and all such modifications are intended to be included within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS The drawings described herein are merely for the purpose of illustrating the selected embodiments and not for all possible embodiments, and are not intended to limit the scope of the invention. a foldable electronic device in an open position; 13 201210123 FIG. 2 schematically shows a foldable electronic device in an open position according to a second embodiment; the circle 3 is schematically not according to the second embodiment Foldable electronic device in an open position; Figure 4 shows schematically the feeding effect on a slotted antenna; and Figure 5 shows schematically the feeding action on a recessed antenna. [Main component symbol description] 1 Foldable 2 Foldable 3, 4 Hinge or 5 Third short 6 Single short 7 Grounding screen 8 Feeder 9, 1〇, 11, 12 The first part of the electronic device, the two parts short circuit of the electronic device Circuit circuit shielding 14