201143200 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種無線收發裝置，特別是一種具有天線模 組的無線收發裝置，且天線模組内的饋入部與框體為一體成型結 構。 【先前技術】 近年來’隨者筆記型電腦、個人數位助理(personal assistant’PDA)等消費性電腦產品的普遍化’以及網際網路(intemet) 的迅速發展’使得全球不同區域的資訊得以互相交流。目前網際 網路的互連架構已逐漸由光纖、電纜和網路線等有線連結型態改 變為無線連結型態的網路架構，藉以解決有線型態之網路架構的 線路佈局過於複雜的問題，同時提供使用者更為方便且人性化的 通訊環境。 為了因應無線網路的使用，電腦裝置必須與一無線收發裝置 (wireless receiver)電性連結，以使電腦裝置順利的收發無線網路訊 號。目前所見的無線收發裝置的電連接頭多為符合通用序列匯排 流(universal serial bus，USB)標準規格的型態，以便於與電腦裝置 的通用序列匯排流插槽進行電性連結》 無線收發裝置内部必須配置有至少一天線模組方可接收及發 送無線網路訊號，並且令無線收發裝置具備有寬頻且多頻帶的操 作能力’目前的製造方法有將多個天線模組裝設於無線收發裝置 之殼體外部’且天線模組與無線收發裝置的電路板電性輕接，使 201143200 接收到的無線網路訊號傳遞至電路板上的微處理晶片，或者是微 處理晶片所產生的無線訊號透過天線模組而傳遞出去。另外一種 製造方法是將二個以上的天線模組印製於介電基板上後，再以表 面黏著技術直接佈局(layout)於無線收發裝置内部的電路板上。 然而’在實際應用時，由於外加式天線模組的尺寸過大，若 是裝設於通科龍排流型態的無線收發裝置上，將造成無線收 發裝置的紐體韻魏大，無法滿足齡者對於無線收發 參裝置之體積必須輕薄的要求。再者，直接將天線模組佈局於無線 收發裝置之電路板上的做法，其天線效能並不好，並且若是配置 多個天線模組亦造成無線收發裝置所佔據的體積過大，同樣不符 合現今對於電子產品之體積須輕薄的需求。 反之’若要維持無線收發震置的輕薄體積，則勢必造成天線 模組的體積亦限制在-定範圍之内，進而導致天線模組之操作頻 帶受到侷限’甚至是產生輻射場型穩定度較差的問題。 因此，如何設計一種具有寬頻且多頻帶能力之無線收發裝 置，並且_滿足贿輕薄及全向性输場型要求的要求，即成 為曰後發展的主要方向。 【發明内容】 馨於以上_題’本發明提供_種無線收發裝置及其天線模 組藉以改良習用無線收發裝置因配置多個天線模組所造成之體 積過大製造工序複雜、及製造成本昂貴等問題。 本發明所揭露之天線模組包括有一框體、二天線部、一第一 201143200 饋入部、及-第二饋人部。二天線部係分別自框體的二相對側邊 延伸形成’而第-饋人部與第二饋入部係分別自框體的二相對側 邊延伸形成。 本發明所揭露之無線收魏置包括有—框體、二天線部、一 第-饋入部、-第二饋人部、及—電路板。其中七體具有一電 連接器部’而二天線部分別自框體的二相對側邊延伸形成，第一 饋入部與第二饋人部係分別自_的二相對侧邊延伸形成。電路 板係設置於框體内’且電路板上·設置有至少―電路模組及複 數個電性接腳。電路模組與天線部電性減，電性接腳的位置係 對應設置於框體的電連接器部。 本發明所揭露之另-天線模組包括有—框體、二天線部、一 第-饋入部、及-第二饋人部^二天線部係分別自框體之支撲部 的二相對侧邊延伸形成，而第—饋人部與第二饋人部係分別設置 於·一天線部的'端。 本發明所揭露之另-無線收發裝置包括有一框體、二天線 P第馈入4、一第二饋入部、及-電路板。其中，框體具 有電連接器及域部，且支標部係自電連接器部的一側邊 延伸形成。二天線部分別自支樓部的二姆侧艇伸形成，第一 饋入部與第二饋人部係分別設置於二天線部的—端。電路板係設 置於框體内’且電路板上電性設置有至少—電路模組及複數個電 f接腳f路模組與天線部電性麵接，電性接腳的位置係對應設 置於框體的電連接器部。 201143200 本發明之功效在於，天線模組之天線部、第一饋入部、第二 饋入部與框體係設計為一體成型結構，以大幅減少天線模組與無 線收發裝置的體積，並且降低製造過程中的複雜度與製造成本， 同時保持無線收發裝置及其天線模組的良好工作效能。 以上之關於本發明内容之說明及以下之實施方式之說明係用 以示範與解釋本發明之原理，並且提供本發明之專利申請範圍更 進一步之解釋。 鲁【實施方式】 本發明之無線收發裝置及其天線模組的應用範圍包括但不侷 限於WIFLY無線網路、3G行動無線網卡、無線區域網路(wireless LAN)等各類型的無線網路收發裝置。以下本發明的詳細說明中， 將以通用序列匯排流(universal serialbus，USB)型態的無線收發器 做為本發明之最佳實施例，然而所附圖式僅提供參考與說明用， 並非用以限制本發明。 第1圖」為本發明第一實施例之天線模組的立體示意圖。 如圖所示，本發明第一實施例之天線模組1〇〇包括有一框體11()、 二天線部120、一第一饋入部131、及一第二饋入部132，且框體 110、天線部120、第一饋入部13卜及第二饋入部132為一體成 型結構。詳細而言，天線模組100為金屬材質所製成，而框體11〇、 天線部120、第一饋入部13卜與第二饋入部132係藉由鈑金方式 直接彎折而成，以構成單件式的模組結構。然而，熟悉此項技術 者，亦可使用任何加工成形方法一體形成框體n〇、天線部、 7 201143200 第一饋入部131、與第二饋入部132。 體110具有電連接器部ill，其中電連接器部 ill的外型 與尺寸皆符合通用序列匯排流(USB)的標準規格 。電連接器部111 係自框體m的-端f折形成矩形外觀的結構而電連接器部m 的二相對端面開設有貫穿電連接器部111的開口 111卜 d另外，框體110鄰近於電連接器部lu #位置更包括有二支 12及一連接部113。二支擇部112係分別設置於框體110 的一相對側邊，連接部113的二端係分別連接於二支樓部112，以 於框體110内部構成開放式的容置空間。 请繼續參閱「第1圖」，二天線部12()係分別自支樓部ιΐ2延 伸而成’而各個天線部12G具有—輻射部121、二訊號收發部122、 及-接地部123。接地部123與支撐部112係以相互平行的關係相 對。又置’並且間隔有一定距離，二訊號收發部122係相鄰併列， 且一訊號收發部122的二端係分別連接於支料112與接地部 123 ’輕射部121的形狀為F型，輻射部121 端連接於接地部 123 ||射。[5 121 W另-端則與接地部123之間相隔有-定距離。 值得注意的是，本發明之天線部120並不限定其數量、設置 位置或疋5又计形狀’熟悉此項技術者’亦可根據實際設計需求 而對應改變天線部12G的觀，並不以本發明所揭示之實施態樣 為限。 「第2A圖」為本發明第一實施例之無線收發裝置的立體示意 圖。如圖所示，本發明第一實施例之無線收發裝置200包括上述 201143200 第一實施例的天線模組100結構之外，更具有一電路板14〇。電路 •板140上電性設置有至少一電路歓⑷，例如相互電性連接的微 . 處理晶片與導電跡線，藉以處理無線訊號的接收與發送，且電路 板140靠近側邊的位置亦電性設置有複數個電性接腳142。 其中，電路板140係設置於框體110内部的容置空間，並且 電路板140之電路模、组14H系與天線部12〇才目互電性輕接，例如 透過電路板i40直接焊固於框體110上，或是藉由導線(圖中未示) #的連接，而令電路模、组141與天線部12〇形成電性耗接的關係， 但並不以此為限。當電路板14〇 |設於框n丨1()叫，電路板 之電性接腳142的位置係職於框體削的電連接器部⑴，並且 藉由電連接器部111的開口 11U而得以曝露，以與電子裝置的電 性連接埠(圖中未示)相互電性連結。另外，框體110的電連接器部 ⑴可做為天線部120的接地’藉以增加無線收發裝置2〇〇的接地 面積，進而提高天線模組的隔離離〇ω〇η)與增益(gain)。 •，第2A圖」及「第2B圖」所示，最後於框體110外套設 一外殼15G，以完全紐住電連接器部111以外的部位，避免框體 110内部的電路板刚因外界的水分或粉塵而造成電路板14〇無法 順利=仃其職魏關題。本剌所揭示之外殼⑼為塑膠材 質所製成，料殼⑼的材f 可依據實際製造需求而對應選 用各種類型的材料，並不以此為限。 第3A圖」及「第3B圖」為本發明第二實施例之天線模組 的立體示意圖。如圖所示，本發明第二實施例之天賴組_包 201143200 括有-框體110、二天線部12〇、一第一饋入部m、及一第二饋 入部132，且框體11G、天線部12G、第—馈人部⑶、及第二饋 入部132為-體成型結構。詳細而言，天線模组 $金屬材質 所製成，而框體110、天線部12〇、第一饋入部13卜與第二饋入 部132係藉由鈑金方式直接f折而成，以構成單件式的模組結構。 然而’熟悉此項技術者’亦可使·何加工成形方法—體形成框 體110、天線部120、第一饋入部131、與第二饋入部132。 才匚體110具有-電連接器部⑴及一支樓部其中電連接 器111的外型與尺寸皆符合通用序列匯排流(_)的標準規格。 電連接器部111係自框體11G的—端料形成矩料觀的結構， 而電連接n部1U的二姆端關設有貫穿電連接詩⑴的開 口 1111，而支撐部112係自電連接器部lu具有開口而的另一 側邊延伸形成。 請繼續參閱「第3A圖」及「第3B圖」，二天線部12〇係分 別自支標部112延伸而成，而各個天_ 12〇具有依序間隔排列 的一第一 u型段124、一第二u型段125、一第u型段126、 -第四.u型段127、—第—連接段1281、—第二連接段㈣、及 -第三連接段1283 ’而各U型段124、125、⑶、具有一第 .端1291及-第一端1292。其中’第一 u型段124係以第一端 1291連接於支撐部112 ’第一 u型段124之第二端係連接於 第一連接段⑽，第二u型段125之第—端1291與第二端咖 係分別連接於第-連接段而與第二連接段1282，第三口型段 201143200 126之第一端1291與第二端1292係分別連接於第二連接段l282 與第三連接段1283 ’第四u型段127之第_端1291係連接於第 三連接段1283，第四υ型段127之第二端1292與支樓部112之 間具有-間距，且第一饋入部131與第二饋入部132係設置於第 四U型段127之第二端1292上。 值得注意的是，本實施例之天線部120的第一 ϋ型段124、 第二U型段125、第三υ型段126、第四υ型段127、第一連接 段1281、第二連接段1282、及第三連接段1283之間係以垂直關 係相互連接。 值得注意的是，本發明之天線部120及其ϋ型段124、125、 126、127並不限定其數量、設置位置、或是設計雜，熟悉此項 技術者，亦可根據實際設計需求而對應改變天線部12〇及其υ型 段124、125、126、127的型態’並不以本發明所揭示之實施態樣 為限。 「第4Α圖」為本發明第二實施例之無線收發裝置的立體示意 圖。如圖所示，本發明第二實施例之無線收發裝置2〇〇包括上述 第二實施例的天線模組丨㈨結構之外，更具有一電路板14〇。電路 板140上電性設置有至少一電路模組141，例如相互電性連接的微 處理ΒΘ片與導電跡線，藉以處理無線訊號的接收與發送，且電路 板140靠近側邊的位置亦電性設置有複數個電性接腳142。 其中’電路板140係設置於框體no内部的容置空間並且 電路板140之電路模組141係與天線部12〇相互電性耦接，例如 11 201143200 透過電路板MO直接焊固於框體11〇上，或是藉由導線(圖中未示） 的連接^電路模、組141與天線部12〇形成電性輕接的關係， 但並不以此為限。當電路板14〇裝設於框體11〇内時電路板_ 之電性接腳142的位置係對應於框體11〇的電連接器部⑴並且 藉由電連接H部111關σ U11而得鱗露，以與電子裝置 性連接埠(财未示)相互電性連結。另外，框體⑽的電連接器部 ⑴可做為天線部120的接地’藉以增加無線收發裝置細的接地 面積，進而提高天線模組100的隔離度(is〇lati〇n)與增益㈣句。 如「第4B圖」所示，最後於框體110外套設-外殼150，以 完全蓋覆住電連接器部⑴以外的部位，避免框體⑽内部的電 路板140因外界的水分或粉塵而造成電路板14〇無法順利執行其 預設功能關題。本發明所揭示之外殼⑼為轉材質所製成， 然外殼15〇的材質_可依據實際製造f求㈣應翻各種類型 的材料，並不以此為限。 本發明之無線收發裝置及其天線模組，其二天線部係相對設籲 置於裡體的二侧邊上’使天線模組的覆蓋範圍與頻寬呈現最佳 化’以達到良好的隔離度與增益效果。 並且’天線模組的天線部、第—饋人部、第二饋人部與框體 系以單-件金屬板件直接彎折成型為—體結構，藉以大幅減少天 線模組與無線收發裝置的體積，同時降低製造困難度及製造成本。 雖然本發明之實施例揭露如上所述’然並非用以限定本發 明，任何熟習湖技藝者，在不脫離本發明之精神和範圍内，舉 12 201143200 之形狀、構造、特徵及精神當可做些許 之變更，因此本發明之專利保 護範圍須視本說明書所附之申請專 利範圍所界定者為準。 【圖式簡單說明】 第1圖為本發明第—實施例之天線模組的立體示意圖； 第2A圖為本發明具第一實施例之天線模組之無線收發裝置的立 體示意圖； 第2B圖為本發明包覆有外殼之具第-實： 收發裝置的立體示意圖； 第A圖為本發明第二實施例之天線模組的立體示意圖； 第3B圖為本發明第二實施例之天線模組的立體示意圖； 第4A圖為本發明第二實施例之無線收發裝置的分解示意圖；以及 第4B圖為本發明第二實施例之無線收發裝置的立體示意 【主要元件符鱿說明】 天線模組 框體 電連接器部 開口 支撐部 連接部 天線部 輻射部 •施例之天線模組之無線 圖 100 110 111 1111 112 113 120 13 121 訊號收發部 接地部 第一 U型段 第二U型段 第三U型段 第四U型段 第一連接段 第二連接段 鲁 第三連接段 第一端 第二端 第一饋入部 第二饋入部 電路板 電路模組 · 電性接腳 外殼 無線收發裝置 14201143200 VI. Description of the Invention: [Technical Field] The present invention relates to a wireless transceiver device, and more particularly to a wireless transceiver device having an antenna module, and the feeding portion and the frame body in the antenna module are integrally formed . [Prior Art] In recent years, the popularization of consumer computer products such as notebook computers and personal assistants (PDAs) and the rapid development of the Internet have enabled information from different regions of the world to interact with each other. communicate with. At present, the interconnection architecture of the Internet has gradually changed from a wired connection type such as an optical fiber, a cable, and a network route to a wireless connection type network architecture, thereby solving the problem that the line layout of the wired network architecture is too complicated. At the same time, it provides a more convenient and user-friendly communication environment for users. In order to respond to the use of the wireless network, the computer device must be electrically connected to a wireless receiver to enable the computer device to smoothly transmit and receive wireless network signals. At present, the electrical connectors of the wireless transceivers are generally conformed to the universal serial bus (USB) standard specification, so as to be electrically connected with the universal serial bus socket of the computer device. The transceiver device must be equipped with at least one antenna module to receive and transmit wireless network signals, and the wireless transceiver device has broadband and multi-band operation capability. The current manufacturing method has multiple antenna modules assembled in the antenna device. The outside of the casing of the wireless transceiver device and the circuit board of the wireless transceiver device are electrically connected to each other, so that the wireless network signal received by the 201143200 is transmitted to the microprocessor chip on the circuit board, or is generated by the micro processing chip. The wireless signal is transmitted through the antenna module. Another manufacturing method is to print two or more antenna modules on a dielectric substrate, and then directly lay out on the circuit board inside the wireless transceiver by surface adhesion technology. However, in the actual application, because the size of the external antenna module is too large, if it is installed on the wireless transceiver of the Tongkelong drainage type, the structure of the wireless transceiver will be large and cannot meet the age. The size of the wireless transceiver module must be thin and light. Furthermore, the antenna module is directly disposed on the circuit board of the wireless transceiver device, and the antenna performance is not good, and if the antenna module is configured, the size of the wireless transceiver device is too large, which is also inconsistent with the present day. The need for a thinner electronic product. On the contrary, if you want to maintain the thin and light volume of the wireless transceiver, it will inevitably limit the size of the antenna module within the range of the antenna module, which will result in the limitation of the operating band of the antenna module. Even the radiation field type has poor stability. The problem. Therefore, how to design a wireless transceiver with broadband and multi-band capability, and to meet the requirements of bribery and omnidirectional transmission requirements, has become the main direction of development. SUMMARY OF THE INVENTION The present invention provides a wireless transceiver device and an antenna module thereof for improving the size of an existing wireless transceiver device due to the configuration of multiple antenna modules, and the manufacturing process is complicated, and the manufacturing cost is high. problem. The antenna module disclosed in the present invention comprises a frame body, two antenna portions, a first 201143200 feed portion, and a second feed portion. The two antenna portions are respectively formed to extend from opposite sides of the frame body, and the first feed portion and the second feed portion are respectively formed to extend from opposite sides of the frame. The wireless receiver disclosed in the present invention comprises a frame, a two antenna portion, a first feed portion, a second feed portion, and a circuit board. The seven body members have an electrical connector portion ′ and the two antenna portions extend from opposite sides of the frame body, and the first feeding portion and the second feeding portion are respectively formed from opposite sides of the _. The circuit board is disposed in the casing ” and the circuit board is provided with at least a circuit module and a plurality of electrical pins. The circuit module and the antenna portion are electrically reduced, and the position of the electrical pins is corresponding to the electrical connector portion of the housing. The other antenna module disclosed in the present invention includes a frame body, a two antenna portion, a first feed portion, and a second feed portion and two antenna portions respectively from opposite sides of the frame portion of the frame body The side extension is formed, and the first feeding portion and the second feeding portion are respectively disposed at the 'end of the one antenna portion. Another wireless transceiver device disclosed in the present invention includes a frame, two antennas P, a feed 4, a second feed, and a circuit board. Wherein, the frame body has an electrical connector and a domain portion, and the branch portion is formed to extend from one side of the electrical connector portion. The two antenna portions are respectively formed from the two side boats of the branch building, and the first feeding portion and the second feeding portion are respectively disposed at the ends of the two antenna portions. The circuit board is disposed in the frame body and the circuit board is electrically disposed at least—the circuit module and the plurality of electrical f-pin modules are electrically connected to the antenna portion, and the positions of the electrical pins are correspondingly set. In the electrical connector portion of the frame. 201143200 The effect of the invention is that the antenna part, the first feeding part, the second feeding part and the frame system of the antenna module are designed as an integral structure to greatly reduce the volume of the antenna module and the wireless transceiver, and reduce the manufacturing process. The complexity and manufacturing cost while maintaining the good working efficiency of the wireless transceiver and its antenna module. The above description of the present invention and the following description of the embodiments of the present invention are intended to illustrate and explain the principles of the invention. Lu [Embodiment] The application range of the wireless transceiver device and the antenna module thereof of the present invention includes but is not limited to various types of wireless network transmission and reception such as WIFLY wireless network, 3G mobile wireless network card, and wireless local area network (wireless LAN). Device. In the following detailed description of the present invention, a wireless transceiver of a universal serial bus (USB) type is taken as a preferred embodiment of the present invention, but the drawings are provided for reference and explanation only, and It is used to limit the invention. Fig. 1 is a perspective view showing an antenna module according to a first embodiment of the present invention. As shown in the figure, the antenna module 1 of the first embodiment of the present invention includes a frame 11 (), two antenna portions 120, a first feeding portion 131, and a second feeding portion 132, and the housing 110 The antenna unit 120, the first feeding unit 13 and the second feeding unit 132 are integrally formed. Specifically, the antenna module 100 is made of a metal material, and the frame 11 〇, the antenna portion 120, the first feeding portion 13 and the second feeding portion 132 are directly bent by a sheet metal method to constitute One-piece modular structure. However, those skilled in the art can integrally form the frame n, the antenna portion, the 7 201143200 first feed portion 131, and the second feed portion 132 by any processing and forming method. The body 110 has an electrical connector portion ill, wherein the shape and size of the electrical connector portion ill conform to the standard specifications of the universal serial bus (USB). The electrical connector portion 111 is folded from the end f of the frame m to form a rectangular outer appearance, and the opposite end faces of the electrical connector portion m are opened through the opening 111 of the electrical connector portion 111. In addition, the frame 110 is adjacent to The electrical connector portion lu # position further includes two branches 12 and a connecting portion 113. The two supporting portions 112 are respectively disposed on one opposite side of the frame body 110, and the two ends of the connecting portion 113 are respectively connected to the two branch portions 112 to form an open receiving space inside the frame body 110. Continuing to refer to Fig. 1, the two antenna portions 12() are respectively extended from the branch portion ι2, and each of the antenna portions 12G has a radiation portion 121, a two-signal transmission/reception portion 122, and a ground portion 123. The ground portion 123 and the support portion 112 are opposed to each other in a parallel relationship. And the distance between the second signal transmitting and receiving units 122 is adjacent to each other, and the two ends of the one signal transmitting and receiving unit 122 are respectively connected to the supporting material 112 and the grounding portion 123. The shape of the light-emitting portion 121 is F-type. The end of the radiation portion 121 is connected to the ground portion 123 || [5 121 W The other end is separated from the grounding portion 123 by a fixed distance. It should be noted that the antenna portion 120 of the present invention is not limited in its number, setting position, or shape. The person familiar with the technology can also change the view of the antenna portion 12G according to actual design requirements, and does not The embodiments disclosed in the present invention are limited. Fig. 2A is a perspective view showing the radio transceiver of the first embodiment of the present invention. As shown in the figure, the radio transceiver 200 of the first embodiment of the present invention includes the antenna module 100 of the first embodiment of the above-mentioned 201143200, and further has a circuit board 14A. The circuit board 140 is electrically provided with at least one circuit (4), for example, micro-electrically connected to each other. The processing chip and the conductive trace are processed to process the receiving and transmitting of the wireless signal, and the position of the circuit board 140 near the side is also electrically The plurality of electrical pins 142 are provided. The circuit board 140 is disposed in the accommodating space inside the housing 110, and the circuit module, the group 14H of the circuit board 140 and the antenna unit 12 are electrically connected to each other, for example, directly soldered to the board i40. The circuit module 110 and the antenna portion 12 are electrically connected to each other by a connection of a wire (not shown) #, but are not limited thereto. When the circuit board 14〇| is set in the frame n丨1(), the position of the electrical pin 142 of the circuit board is engaged in the frame-cut electrical connector portion (1), and the opening 11U of the electrical connector portion 111 And being exposed, electrically connected to the electrical connection (not shown) of the electronic device. In addition, the electrical connector portion (1) of the frame 110 can be used as the grounding of the antenna portion 120 to increase the grounding area of the wireless transceiver device 2, thereby improving the isolation and ωωη of the antenna module and the gain. . • As shown in FIG. 2A and FIG. 2B, a housing 15G is finally provided on the housing 110 to completely surround the portion other than the electrical connector portion 111, so that the circuit board inside the housing 110 is just outside due to the outside. The moisture or dust caused the circuit board 14 〇 can not be smooth = 仃 职 职 Wei Guan title. The outer casing (9) disclosed in the present invention is made of a plastic material, and the material f of the material casing (9) can be selected according to actual manufacturing requirements, and is not limited thereto. 3A and 3B are perspective views of an antenna module according to a second embodiment of the present invention. As shown in the figure, the Tianlai Group_Package 201143200 of the second embodiment of the present invention includes a frame 110, two antenna portions 12A, a first feeding portion m, and a second feeding portion 132, and the frame 11G The antenna unit 12G, the first-feeder unit (3), and the second feed unit 132 are in a body-molded structure. Specifically, the antenna module is made of a metal material, and the frame 110, the antenna portion 12A, the first feeding portion 13 and the second feeding portion 132 are directly folded by a sheet metal method to form a single sheet. The modular structure of the piece. However, the person skilled in the art can also form the body forming frame 110, the antenna unit 120, the first feeding portion 131, and the second feeding portion 132. The body 110 has an electrical connector portion (1) and a building portion. The electrical connector 111 has dimensions and dimensions that conform to the standard specifications of the general serial bus flow (_). The electrical connector portion 111 forms a structure of the moment from the end of the frame 11G, and the second end of the n-connected 1U is provided with an opening 1111 penetrating the electrical connection poem (1), and the support portion 112 is self-contained. The other side of the connector portion lu having an opening is formed to extend. Please continue to refer to "3A" and "3B". The two antenna portions 12 are respectively extended from the support portion 112, and each of the first _ 12 〇 has a first u-shaped segment 124 arranged at intervals. a second u-shaped segment 125, a u-shaped segment 126, a fourth.u-shaped segment 127, a first-connected segment 1281, a second connected segment (four), and a --third connected segment 1283' and each U The segments 124, 125, (3) have a first end 1291 and a first end 1292. Wherein the first u-shaped section 124 is connected to the support portion 112 by the first end 1291. The second end of the first u-shaped section 124 is connected to the first connecting section (10), and the first end of the second u-shaped section 125 is 1291. The first end 1291 and the second end 1292 of the third port section 201143200 126 are respectively connected to the second connecting section l282 and the third end, respectively, connected to the second connecting section 1282 and the second connecting section 1282 respectively. The first end 1291 of the fourth u-shaped section 127 is connected to the third connecting section 1283, and the second end 1292 of the fourth υ-shaped section 127 has a spacing between the second portion 1292 and the branch portion 112, and the first feeding The inlet portion 131 and the second feeding portion 132 are disposed on the second end 1292 of the fourth U-shaped segment 127. It should be noted that the first ϋ section 124, the second U section 125, the third 126 section 126, the fourth 段 section 127, the first connection section 1281, and the second connection of the antenna part 120 of this embodiment The segment 1282 and the third connecting segment 1283 are connected to each other in a vertical relationship. It should be noted that the antenna portion 120 and the ϋ-shaped segments 124, 125, 126, and 127 of the present invention are not limited in number, arrangement position, or design. Those skilled in the art may also be required according to actual design requirements. Corresponding to changing the configuration of the antenna portion 12 and its meandering segments 124, 125, 126, 127 is not limited to the embodiments disclosed herein. Fig. 4 is a perspective view showing a radio transceiver according to a second embodiment of the present invention. As shown in the figure, the wireless transceiver device 2 of the second embodiment of the present invention includes a circuit board 14 之外 in addition to the antenna module 九 (9) structure of the second embodiment. The circuit board 140 is electrically disposed with at least one circuit module 141, such as micro-processing pads and conductive traces electrically connected to each other, to process the receiving and transmitting of the wireless signal, and the position of the circuit board 140 near the side is also The plurality of electrical pins 142 are provided. The circuit board 140 is disposed in the accommodating space inside the frame no and the circuit module 141 of the circuit board 140 is electrically coupled to the antenna unit 12 ,, for example, 11 201143200 is directly soldered to the frame through the circuit board MO. 11〇, or by the connection of the wire (not shown) ^ circuit mode, the group 141 and the antenna portion 12 〇 electrically connected, but not limited to this. When the circuit board 14 is mounted in the casing 11〇, the position of the electrical pin 142 of the circuit board _ corresponds to the electrical connector portion (1) of the casing 11〇 and is electrically connected to the H portion 111 to close σ U11. It has a scale and is electrically connected to the electronic device (not shown). In addition, the electrical connector portion (1) of the frame body (10) can be used as the grounding of the antenna portion 120 to increase the grounding area of the wireless transceiver device, thereby improving the isolation (is〇lati〇n) and gain (four) sentences of the antenna module 100. . As shown in FIG. 4B, the outer casing 150 is finally jacketed on the casing 110 to completely cover the portion other than the electrical connector portion (1), thereby preventing the circuit board 140 inside the casing (10) from being exposed to external moisture or dust. As a result, the board 14〇 cannot successfully perform its preset function. The outer casing (9) disclosed in the present invention is made of a rotating material, and the material of the outer casing 15 can be turned into various types of materials according to the actual manufacturing, and is not limited thereto. The wireless transceiver device and the antenna module thereof of the present invention have two antenna portions disposed opposite to each other on the two sides of the inner body to optimize the coverage and bandwidth of the antenna module to achieve good isolation. Degree and gain effect. And the antenna part, the first feeding part, the second feeding part and the frame system of the antenna module are directly bent into a body structure by a single-piece metal plate member, thereby greatly reducing the antenna module and the wireless transceiver device. Volume, while reducing manufacturing difficulties and manufacturing costs. Although the embodiments of the present invention are disclosed as described above, it is not intended to limit the present invention, and any skilled person in the art can make the shape, structure, features and spirit of 12 201143200 without departing from the spirit and scope of the present invention. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an antenna module according to a first embodiment of the present invention; FIG. 2A is a perspective view of a wireless transceiver device having an antenna module according to a first embodiment of the present invention; FIG. 3 is a perspective view of an antenna module according to a second embodiment of the present invention; FIG. 3B is a perspective view of an antenna module according to a second embodiment of the present invention; FIG. 4A is an exploded perspective view of a wireless transceiver device according to a second embodiment of the present invention; and FIG. 4B is a perspective view of a wireless transceiver device according to a second embodiment of the present invention. Group frame electrical connector opening support portion connecting portion antenna portion radiating portion • wireless diagram of the antenna module of the embodiment 100 110 111 1111 112 113 120 13 121 Signal transmitting and receiving portion grounding portion First U-shaped segment Second U-shaped segment Third U-shaped section Fourth U-shaped section First connecting section Second connecting section Lu third connecting section First end Second end First feeding part Second feeding part Circuit board circuit module · Electrical pin housing Line transceiver 14