200939569 九、發明說明： 【發明所屬之技術領域】 多頻=關二一種多頻天線以及具有多工輪/出訊號之 呈有多工it _於行動軌裝置巾之多私線以及 具有夕工輸/出訊號之多頻天線結構。 【先前技術】 ❹ 利㈣磁顧傳輪錢的天線，已成為軌發達時代的 重要電子元件。爲配合現今微小化之行動通訊褒置的產生， 如=機、^球定位裝置、smartph〇ne、筆記型電腦等行動通 汛衣置’這些裝置爲便於攜帶’體積都不大。針對這些裝置 上所需要驗距鱗通訊模組而言，天線的微小化設^就成 為必要趨勢’其中，印刷式平板天線或是倒F型平板天線是 一種既方便製作、節省元件成本、纽使體積大幅減小的天 線種類。 〇 一般來說，小尺寸天線的缺點為容易造成輻射效益衰 減。所以，如何增加輻射效率、增加頻寬，一直是設計小尺 寸、小面積天線的重要課題，特別是當前無線通訊的規範眾 多，多頻的設計也是重點，上述之課題更成為設計上的挑戰。 目前，在短距無線通訊IEEE 802. lln協定的規範下，通訊裝 置更有多工輸出入的需求，這些需求與金屬線的設計（即天線 的線路佈局設計）有很大的關聯性，金屬線的設計造成輻射場 型的變化，也牽連到這些眾多的需求是否能同時滿足。 請參閱中華民國申請第％120205號專利，並參以第一圖 5 200939569 所示’第-圖制知技術具有多碎/出訊號 之示賴。第-雜術為具有低頻頻段以_;頻^， 頻段之多頻天線結構10，係設置於—基板12上，包含三個又 印刷式平板天線2G、22 ’每個印刷式平板天線2Q、22都能 輪射或接收2. 4GHz附近之低頻頻段以及4. 9〜5 8 GHz附近之 高頻頻段’以分別符合臓802. llg以及·Ε 8〇2. ιι&之 短距無線通訊協定。200939569 IX. Description of the invention: [Technical field of invention] Multi-frequency = off-two multi-frequency antenna and multi-worker with multi-engineer/exit signal _ Multi-frequency antenna structure for industrial transmission/exit signals. [Prior Art] ❹ 利 (4) The antenna of the magnetic transmission has become an important electronic component in the developed era. In order to cope with the current miniaturized mobile communication devices, such as = machine, ball positioning device, smartph〇ne, notebook computer and other mobile devices, these devices are not easy to carry. In view of the need for the distance scale communication module on these devices, the miniaturization of the antenna becomes a necessary trend. Among them, the printed panel antenna or the inverted F-type panel antenna is a convenient production and saves component cost. The type of antenna that greatly reduces the volume. 〇 In general, the shortcomings of small-sized antennas are prone to radiation loss. Therefore, how to increase the radiation efficiency and increase the bandwidth has always been an important issue in designing small-size and small-area antennas. In particular, there are many specifications for wireless communication at present, and multi-frequency design is also the focus. The above-mentioned issues have become design challenges. At present, under the specification of the IEEE 802.11n protocol for short-range wireless communication, the communication device has more multiplex input and output requirements. These requirements are closely related to the design of the metal wire (ie, the line layout design of the antenna). The design of the line causes changes in the radiation pattern and is also related to whether these numerous requirements can be met simultaneously. Please refer to the Republic of China application for the patent No. 120205, and refer to the first figure 5 200939569. The first-picture technology has many broken/out signals. The first-multi-frequency technique is a multi-frequency antenna structure 10 having a low frequency band and a frequency band, which is disposed on the substrate 12, and includes three printed panel antennas 2G, 22' each of the printed panel antennas 2Q, 22 can rotate or receive the low frequency band near 2. 4GHz and the high frequency band near 4. 9~5 8 GHz to meet the short-range wireless communication protocol of 802. llg and · Ε 8〇2. ιι& respectively .
因為此天線結構之組合係為三脚刷式平板天線2〇、 ^ ’所以諸直方向極化之天線增益效果並不理想，請參閱 第二A圖以及第二b圖，第二A圖係第―圖習知技術低頻頻 段之天線增奴果之功效示意圖，第圖係第—圖習知技 術高頻頻段之天線增益效果之功效示意圖。由圖巾可見高、 低兩頻段關於水平方向極化之天線增益效果尚佳，但是其垂 直方向極化之天線增益效果就顯得相當不理想。 此外，此三個印刷式平板天線2〇、22間的隔離效果（隔 离^度）差’過多平行且反向電流的微帶金屬互相抵消天線輻射 場效，也因隔離度不佳而影響天線1〇的運作。 口此本發明的主要目的在於提供一種具有倒F型平板 天線之多頻天線結構，由申請第9612〇2〇5號專利之前述技術 延伸發展，在極有限的收容空間下’具有雙頻段及多功輸出 入的功此’並能提咼隔離度以及垂直向極化之天線增益效 果，以解決上述問題。 【發明内容】 6 200939569 …本發明之目的在提供—種多頻天線以及具有多工輸/出 减之夕頻天線結構，彻於行崎訊裝置巾，在極有限的 收容空間下’具有雙頻段及多功輸出人的魏，並能提高各 個天線間福離度以及鼓向極化之天_益效果。Because the combination of the antenna structure is a three-legged brush type antenna 2〇, ^ ', the antenna gain effect of the direct polarization is not ideal, please refer to the second A picture and the second b picture, the second A picture ——The schematic diagram of the effect of the antenna in the low frequency band of the conventional technique, the figure is the function diagram of the antenna gain effect of the high frequency band of the conventional technology. It can be seen from the towel that the antenna gains of the high- and low-band polarizations in the horizontal direction are good, but the antenna gain effect of the vertical polarization is rather unsatisfactory. In addition, the isolation effect (isolation) between the two printed panel antennas 2〇, 22 is too large. The parallel and reverse current microstrip metal cancels the antenna radiation field effect, and also affects the antenna due to poor isolation. 1 〇 operation. The main object of the present invention is to provide a multi-frequency antenna structure having an inverted-F type planar antenna, which is developed by the aforementioned technology of the patent No. 9612〇2〇5, and has a dual frequency band in a very limited accommodation space. The multi-function input and output function can improve the antenna gain effect of isolation and vertical polarization to solve the above problem. SUMMARY OF THE INVENTION 6 200939569 ... The object of the present invention is to provide a multi-frequency antenna and a multiplex antenna structure with multiplex transmission/output reduction, which is completely versatile in a very limited accommodation space. The frequency band and the multi-output output of Wei, and can improve the distance between the antennas and the day-to-polarization effect.
Q 本發明係關於-種具有多工輸/出訊號之多頻天線結 構’係利用於-行動通訊裝置中，該多頻天線結構設置於— ^上’用吨射-低頻頻段以及—高_段。該多頻天線 、、’。構係進—步包含—印刷式平板天線、以及二單極倒F型平 "亥印刷式平板天線韓射出該低頻紐以及該高頻頻段。 該印刷式平板天_設置於該二單_ F型平板天線間。 進-步說彌單極倒F型平板天線，鮮極倒F型平板 天線也係-個多頻天線，料_ F型平板天鱗—步 低頻倒F型(PIFA)輻射體、—低頻微帶純體 古 頻輻射體。 ^ ^該低頻倒F型㈣A)轄㈣係進一步包含一低頻輕射 二、-接地_部、以及—饋人鋪部。該低頻 向設置於職板y，並能勤聽制距。 糸也、 向觸自雜雜料愤橫_伸後，轉折 Π邊基板延伸以銜接一接地點。 射部係與該接地㈣部朗，並自該低頻輻射 奴末㈣向延伸後，轉折向該基板延伸以銜接—鎖入點。 該低賴帶輻龍健該接地輻㈣ 輕射部之另-側，並自該低獅部之另一末端= 7 200939569 該南她射體係自鋪人編_目對於該低頻倒f型輕 f體之反向橫向延伸，其中該低頻_型触體與該低二 4射體_產生該低頻搬，該高頻辦遺做生頻 ❹ 因此，藉由本發明之多頻天線以及具有多工輪/出訊號之 夕頻天線結構，於行動通訊裝置t極有限的收容如下 用單極辩型伟天線與_式平板天麵配合設計， 單極倒F型平板天線本身的結構設計，❹頻天線結構具有 雙頻段及多功輸出人的功能，進而能提高各個天線間之隔離 度以及垂直向極化之天線增益效果。 關於本發明之優點與精神可以藉由以下的發明詳述 附圖式得到進一步的瞭解。 【實施方式】 請參閱第三圖’第三_本發明多頻天線結構3Q之示章 ❹ 圖。本發明係關於一種具有多工輸/出（Multiple Input ^Q The present invention relates to a multi-frequency antenna structure having a multiplexed input/output signal, which is used in a mobile communication device, and the multi-frequency antenna structure is disposed on a ^T-ray-low frequency band and a high_ segment. The multi-frequency antenna, '. The system consists of a printed panel antenna and a two-pole inverted F-type flat-panel-mountain flat panel antenna that emits the low-frequency button and the high-frequency band. The printed flat panel is disposed between the two single-F type flat panel antennas. Into the step to say that the single-pole inverted F-type flat-panel antenna, the fresh-pole inverted F-type flat-panel antenna is also a multi-frequency antenna, material _ F-type flat scale - step low frequency inverted F type (PIFA) radiator, - low frequency micro With pure body ancient frequency radiator. ^ ^ The low frequency inverted F type (4) A) Jurisdiction (4) further includes a low frequency light shot 2, - grounding _ section, and - feeder paving. The low frequency is set on the job board y and can be used to listen to the distance.糸 、 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The shooting portion and the grounding (four) portion are extended, and after extending from the low-frequency radiation slave (four), the turning extends to the substrate to engage the locking point. The low-lying radiant dragon is the grounding spoke (4) the other side of the light-emitting part, and from the other end of the low lion part = 7 200939569 The south she shoots the system from the shop _ _ eyes for the low-frequency inverted f-light The reverse lateral extension of the f body, wherein the low frequency _ type contact body and the low second 4 body _ generate the low frequency transmission, and the high frequency operation is performed. Therefore, the multi-frequency antenna of the present invention and the multiplexer The antenna structure of the wheel/signal signal is very limited in the mobile communication device. The unipolar-defining antenna and the _-type flat surface are designed as follows. The structure design of the single-pole inverted F-type planar antenna itself is designed. The antenna structure has the functions of dual-band and multi-power output, thereby improving the isolation between the antennas and the antenna gain effect of the vertical polarization. The advantages and spirit of the present invention will be further understood from the following detailed description of the invention. [Embodiment] Please refer to the third diagram of the third diagram of the multi-frequency antenna structure 3Q of the present invention. The invention relates to a multiplex input/output (Multiple Input ^
Multiple Output ; ΜΙΜΟ)訊號功能之多頻天線結構3〇，此 為一 2T3R的多工輸出入天線(2個傳送器、3個接收器）之實 例，係利用於一行動通訊裝置中，藉以使該行動通訊裝置產 生多工之輸/出訊號，以符合ΙΕΕΕ 802_ 11η規範當前設計所 需的實務需求。 多頻天線結構30設置於一基板32上，用以輻射一低頻 頻段以及一高頻頻段。多頻天線結構3〇係進一步包含一印刷 式平板天線(printed planar antenna)40、以及二單極倒f 200939569Multiple Output ; ΜΙΜΟ) Multi-frequency antenna structure of the signal function 3〇, this is an example of a 2T3R multiplexed input and output antenna (2 transmitters, 3 receivers), which is used in a mobile communication device, so that The mobile communication device generates a multiplexed input/output signal to meet the practical needs of the current design of the 802_11n specification. The multi-frequency antenna structure 30 is disposed on a substrate 32 for radiating a low frequency band and a high frequency band. The multi-frequency antenna structure 3 further includes a printed planar antenna 40 and two monopolar inverted f 200939569
㉟平板天線42 ’印刷式平板天線4{)係設置於該二單極倒F 里平板天線42間。印刷式平板天線以及此二單極倒F型 平板天線42皆為多頻天線，事實上此多頻天線係為一雙頻段 天線(duaiband antenna) ’可分聽射出該低頻頻段以及該 . 高頻頻段。 -個天線巾左、右的二單極倒F型平板天線42，每個天 線42的面積分別文限於2〇mm* 25mm* 5mm之立方體積範圍 ❹ 内’絲減、發天線峨的魏，即分财鱗送器與接 收器所組合。前端的印刷式平板天線健具接收功能，即為 一個接收器。 進步以第四圖來說明單極倒F型平板天線42，請參閱 第四圖，第四圖係本發明多頻天線之示意圖。雖然印刷式平 ，天線40也係-個多頻天線’但其類似為申請第9隨哪 號專利中已揭露之天線，本發明特別具特色之多頻天線係指 左、右分部之二單極倒F型平板天線42。 ❹ 單極倒F型平板天線42亦係設置於基板32上，本身也 用以輕射-低頻頻段以及-高頻頻段。單極倒F型平板天線 42進-步包含-低頻倒F型⑽幻輻射體、一低頻微帶輕射 體52、以及一高頻輕射體54。 低頻倒F型輻射體50係進一步包含一低頻輻射部 5002、一接地輕射部5004、以及一饋入輻射部5〇〇6。低頻轄 射部5002係橫向設置於基板32上方，並與基板％保持間田 距。接地輻射部5004係自低頻輻射部5〇〇2中段橫向延伸後， 轉折向基板32延伸以銜接一接地點6〇。饋入輻射部5〇〇6係 9 200939569 與，地補部5GG4並列’並自低頻鋪部5術之末端橫向 延伸後’轉折向基板32延伸以銜接—饋入點62。其中，饋 入點62以及接地點60係設置於基板犯上。 貝 • -低頻微帶輻射體52係與接地輻射部5_並列於相對 人輪射部5G06之另-側’並自低頻輕射部5刪之另一末端 橫向延伸。低頻微帶輕射體52進一步包含-健次微帶部 5202 ’低頻次微帶部52G2係自低頻微 ❹ 低頻輕射部蕭之末端，轉折向高頻輕射體54之方向 南頻輻射體54係自饋入輕射部5_相對於低頻倒F型 輕射體5G之反向橫向延伸，進—步，高頻輻射體54更可包 含-南頻次輪射部5搬，高頻次輻射部54Q2係自高頻輻射 體54與低頻輻射部5002並列且異向之邊緣，轉折向基板犯 延伸。其中低頻倒F型輻㈣50與低頻微帶輻射體52協同 產生δ玄低頻頻段’面頻幸虽射體54係、產生該高頻頻段。 進-步睛錢第五目，第五圖係本發明單極倒F型平板 ❹ 天線42之錢錄之模擬資個。係縣發明乡頻天線結構 30以HFSS模擬，以第五圖可知，確實於2. 4GHz的低麵段 附近以及5. 2GHz的高頻頻段附近產生雙頻效能(於縱座標回 技損失(return loss):-l〇以下之曲線），且其頻寬有效增 加，特別是5· 2GHz頻段的頻寬係落於4· 5GIIz至6· 45GHz的 範圍（嚴格來說至少也在4. 95GHz至5. 85GHz的範圍），而得 理想增加頻寬之效果。此單極倒F型平板天線42係符合IEEE 802.11g於2.41〜2.476此之低頻頻段(1^叫1祀11(^)所需之天 線，以及付合IEEE 802.11a於4. 95〜5. 85GHz之高頻頻段所 200939569 需之天線。 請參閱第六圖，第六A圖係本發料頻天線結構3〇低頻 頻段之天線增益效果之功效示_，第六β義本發明多頻 天線結構30高頻頻段之天線增益效果之功效示意圖。比較第 - 六圖以及f知的第二圖，可以發現不論是低頻的802. llg頻 段’或是南頻的802. lla頻段，第六圖右半圖塊所式垂直方 向極化的天線效益’明顯較第二圖右半圖塊所式垂直方向極 倾天賴益理想。所以，本發日肢線不僅财理想的輕射 效率，在轉足夠細效率的條件下可降低天線的面積，並 於有限的空間内做到多工設計的需求，並且，對於垂直方向 極化的天線效益有明顯的改善。 此外’因為該二單極倒F型平板天線42與印刷式平板天 線40不同於水平平面，且減少了反向電流互相干擾的機會， 所以彼此間的電磁干擾小’較第—圖習知實施例之隔離度， 有更顯著的改善。 ❹ 目此，藉纟本發日狀純天線以及具衫讀/出訊號之 多頻天線結構3G，於行動通訊裝置巾極有限敝容空間下， 利用單極倒F型平板天線42與印刷式平板天線4〇的配合設 計，以及單極倒F型平板天線42本身的結構設計，使多頻天 線結構30具有雙頻段及多功輪出入的功能，進而能提高各個 天線間之隔離度以及垂直向極化之天線增益效果。 、、藉由以上較佳具體實施例之詳$，係希望能更加清楚描 述本發明之特徵與精神，而並非以上述所揭露的較佳具體實 施例來對本發明之齡加崎制。相反地，其目的是希望能 200939569 涵蓋各種改變及具相等性的安排於本發明所欲申請之專利範 圍的範疇内。 * 【圖式簡單說明】 . f 一圖係習知技術具有多工輸/出訊號之多頻天線結構 之示意圖； 第二A @係第一圖習知技術低頻頻段之天線增益效果 0 之功效示意圖； 第二B圖係第-圖習知技術高賴段之天線增益效果 之功效不意圖； 第三圖係本發明多頻天線結構之示意圖； 第四圖係本發明多頻天線之示意圖； 第五圖縣發明單極倒F鮮板天線之雙頻效能之模 擬資料圖； 、 ❹ 第六A ®係本發明多頻天線結構低_段之天線增益 效果之功效示意圖；以及 皿 第六B圖係本發明多頻天線結構高_段之天線增益 效果之功效示意圖。 里 【主要元件符號說明】 多頻天線結構10、30 基板12、32 印刷式平板天線20、22、40 12 200939569 單極倒F型平板天線42 饋入點62 低頻輻射部5002 饋入輻射部5006 " 低頻次微帶部5202 高頻次輻射部5402 接地點60 低頻倒F型輻射體50 接地輻射部5004 低頻微帶輻射體52 高頻輻射體54The 35 panel antenna 42' printed panel antenna 4{) is disposed between the two monopole inverted F panel antennas 42. The printed panel antenna and the two single-pole inverted F-type panel antennas 42 are multi-frequency antennas. In fact, the multi-frequency antenna is a dual-band antenna (duaiband antenna), which can be used to distinguish the low frequency band and the high frequency. Frequency band. - Two single-pole inverted F-type flat-panel antennas 42 for the left and right sides of the antenna towel. The area of each antenna 42 is limited to 2 〇mm* 25mm* 5mm cubic volume range ❹ within the wire reduction, the antenna of the antenna, That is, the combination of the scalar feeder and the receiver. The front panel of the printed panel antenna is a receiver that functions as a receiver. The fourth diagram is used to illustrate the single-pole inverted F-type panel antenna 42, please refer to the fourth figure, and the fourth figure is a schematic diagram of the multi-frequency antenna of the present invention. Although the printed type is flat, the antenna 40 is also a multi-frequency antenna 'but similar to the antenna disclosed in the patent application No. 9, the special multi-frequency antenna of the present invention refers to the left and right sub-sections. Single pole inverted F type panel antenna 42. ❹ The single-pole inverted F-type panel antenna 42 is also disposed on the substrate 32, and is also used for the light-low frequency band and the high frequency band. The single-pole inverted F-type panel antenna 42-step includes a low-frequency inverted-F (10) phantom radiator, a low-frequency microstrip light-emitting body 52, and a high-frequency light-emitting body 54. The low frequency inverted F type radiator 50 further includes a low frequency radiating portion 5002, a grounding light emitting portion 5004, and a feeding radiation portion 5?. The low frequency modulating portion 5002 is disposed laterally above the substrate 32 and maintains a field distance from the substrate %. The grounding radiating portion 5004 extends laterally from the middle portion of the low-frequency radiating portion 5〇〇2, and the turning portion extends toward the substrate 32 to engage a grounding point 6〇. The feed-in radiation portion 5 〇〇 6 series 9 2009 39 569 and the ground patch portion 5 GG 4 are juxtaposed and extend laterally from the end of the low-frequency lap portion 5 to extend toward the substrate 32 to engage the feed point 62. The feed point 62 and the ground point 60 are disposed on the substrate. The bass-low-frequency microstrip radiator 52 is juxtaposed with the grounded radiating portion 5_ on the other side of the opposite human firing portion 5G06 and extends laterally from the other end of the low-frequency light-emitting portion 5. The low-frequency microstrip light-emitting body 52 further includes a health-time microstrip portion 5202. The low-frequency sub-microstrip portion 52G2 is from the low-frequency micro-slip. The end of the low-frequency light-emitting portion Xiao is turned to the south-frequency radiator 54 in the direction of the high-frequency light-emitting body 54. The self-feeding light-emitting portion 5_ is opposite to the reverse lateral extension of the low-frequency inverted-F light-emitting body 5G, and the high-frequency radiator 54 may further include a south-frequency secondary portion 5, high-frequency secondary radiation. The portion 54Q2 is formed by the high-frequency radiator 54 and the low-frequency radiation portion 5002 juxtaposed and the edges of the opposite directions, and the transition is extended to the substrate. Among them, the low-frequency inverted F-type radiation (four) 50 and the low-frequency microstrip radiator 52 cooperate to generate the δ mysterious low-frequency band' surface frequency, although the radiation body 54 system, the high frequency band is generated. In the fifth step of the step-by-step money, the fifth figure is the simulation of the money record of the single-pole inverted F-type flat panel 42 antenna 42 of the present invention. The invention of the rural frequency antenna structure 30 is simulated by HFSS. As can be seen from the fifth figure, it is true that the dual-frequency performance is generated near the low-end section of 2. 4 GHz and near the high-frequency band of 5.2 GHz (return to the ordinate) Loss): -l〇 the following curve), and its bandwidth is effectively increased, especially the bandwidth of the 5·2GHz band is in the range of 4.6GIIz to 6.5 GHz (strictly at least 4.95GHz to 5. 85 GHz range), and ideally increase the bandwidth effect. The unipolar inverted F-type panel antenna 42 is in accordance with the IEEE 802.11g in the low frequency band of 2.41 to 2.476 (1^ is called 1祀11(^) required antenna, and the IEEE 802.11a is 4.95~5. The antenna of 200939569 is required for the high frequency band of 85GHz. Please refer to the sixth picture. The sixth picture A shows the effect of the antenna gain effect of the 3 〇 low frequency band of the frequency antenna structure of the present invention. The function diagram of the antenna gain effect of the structure 30 high frequency band. Comparing the sixth picture and the second picture of the f, we can find that the 802.11g band of the low frequency or the 802.11a band of the south frequency, the sixth picture The antenna efficiency of the vertical polarization in the right half of the block is obviously better than the vertical direction of the right half of the second figure. Therefore, the daily limb line is not only the ideal light-light efficiency, Under the condition of sufficient efficiency, the area of the antenna can be reduced, and the demand for multiplex design can be realized in a limited space, and the efficiency of the antenna for vertical polarization is obviously improved. In addition, because the two single poles are inverted The F-type panel antenna 42 is different from the printed panel antenna 40 The horizontal plane reduces the chance of the reverse currents interfering with each other, so the electromagnetic interference between them is smaller than the isolation of the conventional embodiment, which has a more significant improvement. Pure antenna and 3G multi-frequency antenna structure with shirt reading/exiting signal, under the limited space of mobile communication device, the design of the single-pole inverted F-type flat panel antenna 42 and the printed panel antenna 4〇, and single The structural design of the pole-inverted F-type planar antenna 42 itself enables the multi-frequency antenna structure 30 to have dual-band and multi-power wheel in and out functions, thereby improving the isolation between the antennas and the antenna gain effect of the vertical polarization. The features and spirit of the present invention are more clearly described by the above detailed description of the preferred embodiments, and the preferred embodiments of the present invention are not described in the preferred embodiments disclosed herein. The purpose of the present invention is to provide a variety of changes and equivalent arrangements within the scope of the patent application to which the present invention is intended. * [Simple description of the drawing] f Schematic diagram of multi-frequency antenna structure with multiple input/output signals; second A@ is the schematic diagram of the effect of the antenna gain effect of the low frequency band of the first figure; the second B picture is the first figure The effect of the antenna gain effect of the segment is not intended; the third figure is a schematic diagram of the multi-frequency antenna structure of the present invention; the fourth figure is a schematic diagram of the multi-frequency antenna of the present invention; the fifth figure is the dual frequency of the invention of the single-pole inverted F fresh-plate antenna Simulation data diagram of performance; ❹ Sixth A ® is a schematic diagram of the effect of the antenna gain effect of the low-frequency antenna structure of the present invention; and the sixth B diagram of the apparatus is the antenna gain effect of the high-frequency antenna structure of the present invention Schematic diagram of the function. [Main component symbol description] Multi-frequency antenna structure 10, 30 Substrate 12, 32 Printed panel antenna 20, 22, 40 12 200939569 Single-pole inverted F-type panel antenna 42 Feed point 62 Low-frequency radiation part 5002 Into the radiation part 5006 " low frequency sub-microstrip part 5202 high frequency sub-radiation part 5402 grounding point 60 low frequency inverted F type radiator 50 grounding radiation part 5004 low frequency microstrip radiator 52 high frequency radiator 54
1313