1241737 九、發明說明： 【發明所屬之技術領域】 本發明係與外接天線有關，特別是一種具分離式天線之可 攜式電子裝置。 【先前技術】 無線電目前已經廣泛地被應用於各種領域，包括影音節目 播送、無線通訊、衛星定位等，而接收元件為了因應攜帶式電 子裝置之需求，也逐漸縮小化，並整合於電子裝置之本體上， 以方便攜帶使用。 然而，由於無線電波直線傳遞之特性，使其容易受到遮 蔽。在戶外使用需接收無線電之電子裝置時，通常可輕易地利 用電子裝置内建的接收元件接㈣地面發射站或衛星所發射 之訊號，受到限制較少，但是在進到室内或車輛的車室内等密 閉空間、或具有遮蔽物阻播的地點之後，由於無線電波受阻， 會使純子裝置收訊狀況不良甚至無法接收無線電訊號，因而 必須利用一外接天線延伸以接收無線訊號。 以手持式GPS躲裝置為例，GPS枝用之無線電訊號係 由同步軌道上多個GPS人造衛星發送，經過GPS定位裝置選擇 至少三牧GPS所發送之訊號，分析訊號之傳送時間來判斷定位 點與各衛星之距離’以三角定位法決定所在位置；—般在戶外 使用時’無線電訊號的接收並無太大障礙’然而若應用於車輛 1241737 定位導航，由於電子裝置本體需放置於車輛内使用，無線電訊 號會文到車體雜’使得電子裝助建之錄元件的接收效果 不佳，而無法發揮GPS全球定位功能，因此手持式Gps定位襄 置在應用於車輛導航時，但是必須使料接天線，延伸至車輛 則擋風玻璃甚至是車外，才能清楚地接收到GPS衛星之無線電 ' 訊號，而進行GPS全球定位。 然而，外接天線在手持使用狀態下並無設置的必要，而且 籲 贿延伸連接之峨傳輸線及外接天線本體也會造成手持操 作2用上的不便，所以必須拆卸另行收藏，使用上不便，也容 易这失外接天線及訊號傳輸線。 【發明内容】 習用可攜式電子裝置之天線的安裝配置方式，是將天線與 電子裝置整合以方便手持攜帶使用，但是在無線訊號容易受遮 • 叙場合如室内、汽車車室内部，仍然需要以訊號傳輸線連接 - 一外接天線，延伸至外界以利接收訊號，額外的外接天線使得 • 將天線與電子裝置整合之設計，失去方便攜行使用之初衷。 鑒於以上的問題，本發明的主要目的在於提供一種具分離 式天線之可攜式電子裝置，藉以使外接天線可容易的與電子裝 置結合，方便攜帶及收藏。 因此，為達上述目的，本發明所揭露之一種具分離式天線 之可攜式電子裝置’其包含有··一機體，該機體係為一可攜式 1241737 電子裝置，該機體上設置有一樞接座；一外接天線座，具有一 連接。p及4納#，斜接天線座細該連接部樞接於該拖接 座，使該外接天線座設置於該機體之外部，並可相對於該機體 具有-旋轉軸向之魏自由；料接鱗座内設有—集線器， 用以捲收-訊號傳輸線；—天線本體，係與該訊號傳輸線連 接，該天線本體係設置於該容納部，而以可拆卸之關係與該外 接天線座結合；藉由上述之組合，該场本體可選擇地固定於 «玄外接天線狀上，並以該鱗器捲收觀麟輸線，將該訊 號傳輸線㈣於該巾空腔室之巾，或域外接天線座被取下， 利用該訊號傳輸線進行延伸，放置於一設置地點。 本發明之功效在於，可爾不同操作方式，㈣天線本體 私取不同的βχ置型悲，其—：在不需使用無線接收功能時，該 訊號傳輸線可收納於該外接天線座⑽，將該天線本體固定於 该外接天線座上，並將外接天線座靠攏於該機體上；其二：在 戶外手持操作時’將该外接天線座掀起直立，以利無線電訊號 之接收；其三：將該天線本體與該外接天線座分離，將天線本 體設置於空猶，以地線訊狀魏，經由訊麟輸線傳輸 回機體，祕號傳輸線可輕祕湘該集線器捲繞而收納於該 外接天線制’並將該天線描與料接天線座互相結合，解 決習用分離式外接天線需要另外準備訊號傳輸線及天線本 體，造成攜帶或收納不便的困擾。 1241737 為使對本發_目的、構造、特徵、及其功能有進一步的 瞭解，茲配合實施例詳細說明如下。 【實施方式】 本毛明揭路之-種具分離式天線之可攜式電子裝置，盆中 該具分離式天線之可攜式電子裝置可為—可攜式Gps定錄 置（Portable GPS Navigation)、個人數位助理⑽）、口袋 型電腦（滅et PC)及可攜式多媒體裝置（ρ〇_1241737 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to an external antenna, particularly a portable electronic device with a separate antenna. [Previous technology] Radio has been widely used in various fields, including audio-visual program broadcasting, wireless communication, satellite positioning, etc., and the receiving components have gradually been reduced to integrate with electronic devices in response to the needs of portable electronic devices. On the body for easy carrying and use. However, due to the straight-line transmission of radio waves, they are easily shielded. When using an electronic device that needs to receive radio outdoors, it is usually easy to use the built-in receiving element of the electronic device to connect to the signal transmitted by a ground transmitting station or satellite. There are fewer restrictions, but it can be accessed indoors or in the vehicle cabin. After waiting in a confined space or a place with a shelter to block the broadcast, the radio wave is blocked, which will cause the pure sub-device to receive poor signals or even unable to receive radio signals. Therefore, an external antenna must be used to receive wireless signals. Taking the handheld GPS hiding device as an example, the radio signals used by the GPS branch are sent by multiple GPS artificial satellites on the synchronous orbit. After the GPS positioning device selects at least the signal sent by Sanmu GPS, the transmission time of the signal is analyzed to determine the positioning point and The distance of each satellite 'is determined by the triangle positioning method;-generally, there is no significant obstacle to the reception of radio signals when it is used outdoors. However, if it is applied to the vehicle 1241737 positioning and navigation, since the electronic device body needs to be placed in the vehicle, The radio signal will be mixed with the car body, which makes the receiving effect of the electronic device's built-in recording device poor, and cannot play the GPS global positioning function. Therefore, the handheld GPS positioning is used in vehicle navigation, but the material must be connected. If the antenna is extended to the vehicle, the windshield or even outside of the vehicle can clearly receive the radio signal from the GPS satellite and perform GPS global positioning. However, there is no need to set the external antenna in the hand-held state, and the extension of the connection cable and the external antenna body is also inconvenient for handheld operation. Therefore, it must be disassembled and stored separately, which is inconvenient and easy to use. This loses the external antenna and signal transmission line. [Summary of the Invention] The installation and configuration method of the antenna of the conventional portable electronic device is to integrate the antenna with the electronic device to facilitate handheld use, but the wireless signal is easy to be hidden. Connect with a signal transmission line-an external antenna that extends to the outside world to receive signals. The additional external antenna makes the design of integrating the antenna with the electronic device lost its original purpose of portable use. In view of the above problems, the main object of the present invention is to provide a portable electronic device with a separate antenna, so that the external antenna can be easily combined with the electronic device, which is convenient to carry and store. Therefore, in order to achieve the above-mentioned object, a portable electronic device with a separate antenna disclosed in the present invention includes a body. The machine system is a portable 1241737 electronic device. The body is provided with a pivot. Socket; an external antenna socket with a connection. p 和 4 纳 #, the oblique antenna base is thin, and the connecting part is pivotally connected to the drag base, so that the external antenna base is arranged outside the body, and can have Wei-free rotation axis relative to the body; There is a hub in the scale holder to wind up the signal transmission line. The antenna body is connected to the signal transmission line. The antenna is installed in the receiving part, and it is detachably connected with the external antenna base. ; With the above combination, the field body can be optionally fixed on the shape of the external antenna, and the Guanlin transmission line can be rolled up with the scale, and the signal transmission line can be tied to the towel in the empty cavity of the towel, or outside the domain. The antenna base is removed, and the signal transmission line is used for extension, and is placed at an installation location. The effect of the present invention is that, according to different operation modes of the antenna, the antenna body privately selects different βχ-shaped saddles, which is: when the wireless receiving function is not required, the signal transmission line can be stored in the external antenna holder, and the antenna The body is fixed on the external antenna base, and the external antenna base is close to the body; the second: when the handheld antenna is operated outdoors, the external antenna base is lifted upright to facilitate the reception of radio signals; the third is the antenna The body is separated from the external antenna base, and the antenna body is arranged in the air, and the ground wire is signaled to be transmitted back to the body through the Xunlin transmission line. The secret transmission line can be gently wrapped by the hub and stored in the external antenna system. 'Combining the antenna trace with the antenna base to solve the problem of the conventional separate external antenna requires a separate signal transmission line and the antenna body, which causes inconvenience in carrying or storage. 1241737 In order to further understand the purpose, structure, characteristics, and functions of the present invention, the following detailed description is given in conjunction with the embodiments. [Embodiment] The Maoming Road Reveals-a portable electronic device with a separate antenna, the portable electronic device with a separate antenna in the basin can be-Portable GPS Navigation (Portable GPS Navigation) ), Personal digital assistants), pocket computers (eg PCs), and portable multimedia devices (ρ〇_
MuU聰dia Device)等需要接收無線電訊號之電子裝置。 請參閱「第1圖」至「篦q岡& — 弟3圖」所不，係為本發明所提供 之一種具分離敍線之可攜式電子裝置，其包含有· 一機體1G’該機體1G之正面具有顯示幕、按鍵等供該電 裝置輸出、輸人之树，該機體1G之背面具有-枢接座n。 -外接天線座2G ’具有—連接部21及_容納部％，該連 接部21係位於該外接轉座2()之—側緣，其具有二柩接轴 211 ’用以樞設於該機㈣之樞接座u，使 相對於該機體W具有-旋轉軸向之運動自由，形成可活動樞 轉之掀蓋難、，該外接域座2G可掀起直立_機體1〇之上 以利無線電訊號之接收，或折收平貼於該機體1()外部。 -天線本體30，係以卡掣關係容置於該外接天線座2〇之 ，納部24 ’並藉由-訊號傳輸線31與該外接天線座2〇連接， 该天線本體30可自該外接天線座2Q上被拆卸取下，放置於適 1241737 合接收無線電訊號之位置，將所接收到之無線電訊號傳遞至該 機體ίο;當無線電峨強度足夠或是*適合使舰號傳輸線 31延伸献線本體3G之場合下，可將該訊號傳輸線31收納 於該外接天線座2G畴，並將該天線本體3()以卡糊係固定 於該外接天線座20上’將該外接天線座2Q掀起使用。 請再參閱「第4圖」及「第5圖」所示，該外接天線座 2〇係由一上殼體20a及一下殼體·所組成，其内部形成一 中空之腔室20c，該上殼體2〇a之内侧面凸設有一凸塊22，該 凸塊22之中心具有一軸孔221 ;該下殼體之内側面設置 有-環狀凸肋部23，該環狀凸肋部23上開設有一狹縫狀之槽 孔 231。 -扭轉7G件40 ’係為-捲繞成圓盤狀之卷菁，該扭轉元 件40具有-位於外緣之外緣端41及一被捲繞於該扭轉元件 40中〜之中心端42 ’該扭轉元件4〇係放置於該環狀凸肋部 所％、、:^之區域’且以該外緣端41卡合於該凸肋部23之槽 孔231，形成頂抵關係。 集線器50〜置於該外接天線座2〇之腔室2〇c内部，該 集線器50係呈-轉輪型態，具有—頂面5卜—底面52及一 凹槽部53，该凹槽部53係環繞凹設於該集線器5〇之週緣， 該訊號傳輸線31可被捲繞於細槽部53上，使該訊號傳輸線 31外露部分收納於該外接天線座2G之腔室版内；該頂面51 1241737 凸設有一樞軸54，用以樞設於該外接天線座2〇之内部之轴孔 221，該底面52上凸設有一卡合柱55，該卡合柱55之末端沿 k向開叹有一^^合槽551，該卡合柱55係插設於該扭轉元件 40之中心部位，並以該扭轉元件4〇之中心端犯插設於該卡 合槽551形成頂抵關係，·藉以使該扭轉元件4〇之二端分別頂 抵於u亥外接天線座2〇及該集線器5〇，驅轉該集線器相對 於該外接天線座20轉動，使該集線器5〇具備彈性旋轉力，自 動捲收該訊號傳輸線31。 該外接天線座20位於該上殼體20a之一侧更凹設有一容 納=24 ’以容納該天線本體3〇，該容納部％之一側係為開放 狀態:形成一開口 24卜該開口 241之二侧壁面，分別開設有 一平行於該容納部24底部之導槽242，相對於該開口 241之 有it孔243 ’以供該訊號傳輸線31穿透該外接天 線座2〇之腔室20c内外’該外接天線座20頂面於該開口 24 之省緣’分別凹設有裝設槽251，該各裝設槽251分別裝設 有一卡擎塊252 ’該二卡掣塊脱係以可移動關係設置於該外 无線座20之外部上’可朝向該容納部％上方往復移動；該 妾天線座20内部更設置有複數個滑輪26，用以導引該訊號 專輪線31使5亥喊傳輪線Μ不受阻礙地於該通孔料3及該 集線器50之凹槽部53間移動。 至「第9圖」所示，該天線本體3〇 1241737 概呈—片體，其相對之二長側邊分別凸設有有_導引部％， 該各料部32係為-柱體，用以匹配該容納部％之導槽泌 使該天線本體30可經由該開口 241置入該容納部24，並藉由 導槽242、導引部32之匹配’使該天線本體3〇受導引滑移， 而收容於該容_ 24，使料接錢座2G與奴線本體3〇 融合成-體；為使該天線本體3G相地以卡掣_與該外接 天線座20結合’該天線本體3〇頂面之二側緣分別凹設有一對 應_二卡掣塊252之卡掣槽33，當該天線本體^全容納 於1各納部24之後，該等卡掣塊252可被推動而滑移至該各 卡掣槽33上。 睛再參閱「第10圖」所示，係為該天線本體3〇之剖視圖， 該天線本體3G内部設置有一接收元件34及—磁性元件35， 該接收元件34餘㈣天縣體3㈣之上半部，該訊號傳輪 線31係連接於該接收元件34，該接收元件料係用以接收一 無線訊號’透猶訊號傳輸線31經倾外接天線座2()，而傳 輸至該機體10，使該機體1〇依據功能設定而進行運作；該磁 性轉35係位於該天線本體3〇内之下半部，當該天線本體 30由5亥外接天線座2〇被取出之後該天線本體洲可藉由該 磁!生疋件35之磁力侧，吸附於—導磁表面發揮固定作用。 本發明之最佳實施例係應用於—整合GPS模組之個人數 位助理（PDA)，即是在一個人數位助理上裝設一 Gps模組，經 12 1241737 由外接天線接收GPS定位信號，以發揮利用GPS衛星進行定 位、導航之功能。在不使用GPS衛星定位導航功能時，可將該 外接天線座20折收平貼於該機體1〇之背後，以避免該外接天 線座20及該天線本體3〇佔用操作空間，如「第1圖」所示。 當需要啟動GPS定位導航功能時，則可將該外接天線座 20掀起，使位於該外接天線座20上之天線本體30朝向天空， 如「第2圖」所示，以利Gps衛星定位信號之接收。當進入一 密閉空間例如一汽車内部時，此時由於屏蔽作用使定位信號減 弱，.使該機體1〇無法進行發揮定位導航功能，此時推動該二 卡掣塊252，使其等脫離該天線本體30之卡掣槽33，可將該 ^線本體30自該外接天線座2〇之容納部％取下，藉由該訊 遽傳輸線31之延伸，㈣天縣體3()放置於汽車之擋風玻璃 後，甚至可延伸至車相制性元件35將該天線本㈣固定 於車頂使GPS俯星定位訊號不受車體阻播順利地被接收；在 韓部Γ被Μ ’並帶動該集線器5〇轉動而絞緊該扭 再二/，當要收本體30時，該訊號傳輸線31不 鱗器50 可發揮彈性回復力，驅轉該 線3!被_ 該訊號傳輸線31，使該訊號傳輸 、皮I内入該外接天線座20内部，並捲繞於該集線器5〇 之凹槽部53，·在訊號傳輸線31不斷被收納的過程中，可同時 13 1241737 ^天線本體30置人該外接天線錢之容_4，_各 邛32滑入該各導槽242，使該天線本體3〇設置於該外接 =線座30上，並以該各卡掣塊252卡細該各卡掣槽犯，使 该天線本體30 _地以卡掣_與該外接天線座20結合，* 成收納作業。 〇凡 雖然本發_前述之較佳實_揭露如上，财並非用以 ，定本發明，任何熟習赠輯者，在顿縣㈣之精神和 乾圍内’當可作些許之更動與潤飾，因此本發明之專利保護範 圍須視本_書_之申料騎界定者為準。 【圖式簡單說明】 第1圖至第3圖為本發明—較佳實施例應用於—電 之示意圖。 、 第4圖為料接天軸、躲^及該扭轉元件之分解示意 圖〇 第5圖為該外接天線座之剖面示意圖。 第6圖為料接天魅及該天縣體之俯視圖，揭示該外 接天線座及該天線本體結合之狀態。 " 第7圖為料接天軸及該天線本體之俯視圖，揭示該外 接天座賴鱗本體分解之狀態。 第8圖為該外接天線座之前視圖。 第9圖為該天線本體之前視圖。 14 1241737 第ίο圖為該天線本體之剖面示意圖。 【主要元件符號說明】MuU Cong dia Device) and other electronic devices that need to receive radio signals. Please refer to "Figure 1" to "篦 qOK & — Brother 3" ", which is a portable electronic device with a separate narrative line provided by the present invention, which includes a body 1G 'the The front of the body 1G has a display screen, keys, etc. for the electrical device to output and input trees, and the back of the body 1G has a -pivot seat n. -The external antenna base 2G 'has-a connecting part 21 and an accommodating part%, the connecting part 21 is located at the side edge of the external turning base 2 (), and has two coupling shafts 211' for pivoting on the machine The pivot joint base u has freedom of movement relative to the body W-axis of rotation, and it is difficult to form a flip cover that can be pivoted. The external domain 2G can be lifted upright _ body 10 to facilitate radio The signal is received or folded flat and affixed to the outside of the body 1 (). -The antenna body 30 is accommodated in the external antenna base 20 in a latching relationship, and the receiving part 24 'is connected to the external antenna base 20 through a signal transmission line 31. The antenna body 30 can be connected to the external antenna. The seat 2Q is disassembled and removed, and placed in a position suitable for receiving 1241737 radio signals, and transmits the received radio signals to the body. Ο When the strength of the radio waves is sufficient or * suitable for the ship number transmission line 31 to extend the line body. In the case of 3G, the signal transmission line 31 can be stored in the 2G domain of the external antenna base, and the antenna body 3 () can be fixed on the external antenna base 20 with a card paste system. Please refer to "Figure 4" and "Figure 5" again. The external antenna base 20 is composed of an upper case 20a and a lower case ·, and a hollow cavity 20c is formed in the inside. A convex block 22 is protruded from the inner side surface of the casing 20a, and a shaft hole 221 is provided at the center of the convex block 22; an annular rib portion 23 is provided on the inner side surface of the lower casing. A slit-shaped slot 231 is opened on the top. -The twisted 7G piece 40 'is a roll-shaped roll wound into a disc shape. The twisted element 40 has-an outer edge end 41 located on the outer edge and a central end 42 which is wound in the twisted element 40 ~ The torsion element 40 is placed in a region ′, ^ of the annular rib portion, and is engaged with the slot 231 of the rib portion 23 with the outer edge end 41 to form an abutment relationship. The hub 50 is placed inside the cavity 20c of the external antenna base 20. The hub 50 is a runner type, and has-a top surface 5b-a bottom surface 52 and a groove portion 53, and the groove portion 53 is recessed around the periphery of the hub 50, and the signal transmission line 31 can be wound on the thin groove portion 53 so that the exposed portion of the signal transmission line 31 is housed in the chamber version of the external antenna base 2G; the top The surface 51 1241737 is convexly provided with a pivot shaft 54 for pivoting the shaft hole 221 inside the external antenna base 20. The bottom surface 52 is convexly provided with an engaging post 55. The end of the engaging post 55 is along the k-direction. Sighing a ^^ engaging groove 551, the engaging post 55 is inserted in the center of the torsion element 40, and the center end of the torsional element 40 is inserted into the engaging groove 551 to form a top-butting relationship, · By making the two ends of the torsion element 40 abut the uhai external antenna base 20 and the hub 50 respectively, driving the hub to rotate relative to the external antenna base 20, so that the hub 50 has elastic rotating force , Automatically retract the signal transmission line 31. The external antenna base 20 is located on one side of the upper housing 20a and is more concavely provided with a receiving space = 24 ′ to accommodate the antenna body 30. One side of the receiving portion is in an open state: an opening 24 is formed and the opening 241 is formed. The second side wall surface is provided with a guide groove 242 parallel to the bottom of the accommodating portion 24, and an it hole 243 'is opposite to the opening 241 for the signal transmission line 31 to penetrate the inside and outside of the cavity 20c of the external antenna base 20. 'The top surface of the external antenna base 20 is located at the edge of the opening 24'. Each of the mounting slots 251 is recessed with a mounting slot 251. The mounting slot 251 is respectively equipped with a card block 252. The relationship is arranged on the outside of the outer wireless base 20 and can be reciprocated toward the upper part of the accommodating portion. The plurality of pulleys 26 are further provided inside the antenna base 20 to guide the signal special wheel line 31 so that The shouting wheel line M moves unhindered between the through-hole material 3 and the groove portion 53 of the hub 50. As shown in "Figure 9", the antenna body 312441737 is generally a sheet body. The opposite two long sides are respectively provided with a _guide portion%, and each of the material portions 32 is a cylinder. A guide groove for matching the receiving portion% allows the antenna body 30 to be inserted into the receiving portion 24 through the opening 241, and the antenna body 30 is guided by the matching of the guide groove 242 and the guide portion 32. The guide slides and is accommodated in the container _ 24, so that the material receiving money holder 2G and the slave wire body 30 are integrated into a body; in order to make the antenna body 3G phase-locked with the external antenna holder 20 'this The two side edges of the top surface of the antenna body 30 are respectively recessed with a latch groove 33 corresponding to the two latch blocks 252. When the antenna body ^ is fully accommodated in each receiving portion 24, the latch blocks 252 can be Push and slide to the latching slots 33. Please refer to "Figure 10" again, which is a cross-sectional view of the antenna body 30. The antenna body 3G is provided with a receiving element 34 and a magnetic element 35. The receiving element 34 is more than half of the Tianxian body 3 体. The signal transmission line 31 is connected to the receiving element 34, and the receiving element is used to receive a wireless signal 'transparent signal transmission line 31 through the external antenna base 2 (), and transmitted to the body 10, so that The body 10 operates according to the function settings; the magnetic turn 35 is located in the lower half of the antenna body 30. When the antenna body 30 is taken out by the external antenna base 20, the antenna body can be borrowed. From the magnetic force side of the magnetic generating member 35, it is adsorbed on the magnetically permeable surface to play a fixed role. The preferred embodiment of the present invention is applied to a personal digital assistant (PDA) that integrates a GPS module, that is, a GPS module is installed on a digital assistant, and the GPS positioning signal is received by an external antenna via 12 1241737 to display Use GPS satellites for positioning and navigation. When not using the GPS satellite positioning and navigation function, the external antenna mount 20 can be folded flat and attached to the back of the body 10 to prevent the external antenna mount 20 and the antenna body 30 from occupying operating space, such as "the first Figure ". When the GPS positioning and navigation function needs to be activated, the external antenna base 20 can be lifted, so that the antenna body 30 located on the external antenna base 20 faces the sky, as shown in "Figure 2", in order to facilitate the GPS positioning signal. receive. When entering a confined space, such as the interior of a car, the positioning signal is weakened due to the shielding effect at this time, making the body 10 unable to perform the positioning and navigation function. At this time, the two latching blocks 252 are pushed to separate them from the antenna. The latch groove 33 of the main body 30 can remove the main body 30 from the receiving portion of the external antenna base 20, and by extending the communication transmission line 31, the Tiantian body 3 () is placed in the car. After the windshield, it can even be extended to the car phase control element 35. This antenna is fixed to the roof of the car so that the GPS down-point positioning signal can be smoothly received without being blocked by the car body; The hub 50 rotates and tightens the twist. When the main body 30 is to be received, the signal transmission line 31 and the scale 50 can exert an elastic restoring force to drive the line 3! The signal transmission line 31 makes the The signal transmission and cover I are inserted into the external antenna base 20 and wound around the groove 53 of the hub 50. During the continuous storage of the signal transmission line 31, 13 1241737 ^ antenna body 30 can be placed at the same time The external antenna's capacity _4, _ each 邛 32 slides into each guide slot 2 42. The antenna body 30 is set on the external socket 30, and each of the latching blocks 252 is used to narrow the latching grooves so that the antenna body 30 is grounded and connected to the external antenna. The combination of the base 20 makes the storage operation easy. 〇While this book _ the above-mentioned better reality _ is disclosed above, the wealth is not used to determine the invention. Anyone who is familiar with the giftbook can do some changes and retouching in the spirit and dry surroundings of Dunxian County, so The scope of patent protection of the present invention shall be subject to the definition of the material used in this book. [Brief description of the drawings] Figures 1 to 3 are schematic diagrams of the present invention-the preferred embodiment is applied to electricity. Figure 4 is an exploded view of the antenna, the shield and the twisting element. Figure 5 is a schematic cross-sectional view of the external antenna base. Fig. 6 is a plan view of the Tiantian charm and the Tianxian body, revealing the combined state of the external antenna base and the antenna body. " Figure 7 is a top view of the antenna and the antenna body, revealing the disassembled state of the external antenna. Figure 8 is a front view of the external antenna mount. Figure 9 is a front view of the antenna body. 14 1241737 Figure ίο is a schematic cross-sectional view of the antenna body. [Description of main component symbols]
10 機體 11 樞接座 20 外接天線座 20a 上殼體 20b 下殼體 20c 腔室 21 連接部 211 樞接軸 22 凸塊 221 軸孔 23 凸肋部 231 槽孔 24 容納部 241 開口 242 導槽 243 通孔 251 裝設槽 252 卡掣塊 26 滑輪 30 天線本體 31 訊號傳輸線 32 導引部 33 卡掣槽 34 接收元件 35 磁性元件 40 扭轉元件 41 外緣端 42 中心端 50 集線器 51 頂面 52 底面 53 凹槽部 54 樞軸 55 卡合柱 551 卡合槽 1510 Body 11 Pivot mount 20 External antenna mount 20a Upper case 20b Lower case 20c Cavity 21 Connection portion 211 Pivot shaft 22 Bump 221 Shaft hole 23 Rib portion 231 Slot hole 24 Receiving portion 241 Opening 242 Guide slot 243 Through-hole 251 Mounting slot 252 Clip block 26 Pulley 30 Antenna body 31 Signal transmission line 32 Guide 33 Clip slot 34 Receiving element 35 Magnetic element 40 Twisting element 41 Outer edge end 42 Center end 50 Hub 51 Top surface 52 Bottom surface 53 Groove part 54 Pivot 55 Engagement post 551 Engagement slot 15