M395265 • · · * 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種天線模組，尤指一種具有天線 訊號指示功能之天線模組。 【先前技術】 . 網路的蓬勃發展，已使得數據、資訊得以快速地交 . 累積，讓大量的技術、知識能有效率地傳播、分享。 • 近年來，無線網路(wireless network)的迅速發展，更是讓 • 使用者能隨時隨地存取網路資源，使資訊發展更深入工 作、生活的每一層面。無線網路的特徵之一，就是擺脫 了有線網路中實體網路傳輸線的束缚，使得網路的終端 機能使用電磁波或是紅外線等之無線方式傳輸資料，以 連網至無線網路、存取網路資源。 在無線網路系統中，各網路伺服器是透過控制站 (access P〇int)來發射、接收無線之資料訊號，以便用無線 的方式提供網路資源及服務。同理，要存取利用無線網 • 路之資源f服務，要連網的終端機本身也要具有無線發 ' 射、接收貪料訊號的能力。像是一般做為終端機的個人 • 電腦或是筆記㈣腦’就能加裝無_路卡來擴充其無 線網路功能。 然而，當筆記型電腦開啟天線接收功能以接收射頻 訊號時’通常需要有—天線功能開啟訊號來提醒使用者 ’然而傳統帛來提供天線功m啟訊號的結構過於複雜 且需要單獨設計。緣是，本創作人有感上述缺失之可改 善心心觀祭且研究之，並配合學理之運用，而提出一 種設計合理且有效改善上述缺失之本創作。 3/15 【新型内容】 線訊=作所要解決的技術問題，在於提供—種具有天 於二天：：功能之天線模組’其將至少-發光元件整合 電之天線ίΓ。上’以形成一可同時接收射頻訊號及直接 幸，^1解決上述技術問題，根據本創作之其中一種方 Z . 2種具有天線訊號指示功能之天線模組，並包 Ϊ二板單元、一天線單元及-發光單元。其中:、該 具有至少—絕緣基板。該天線單元具有至少一 上述=!!至少—絕緣基板的表面上之天線執跡，其中 線二物-天 案，====:創作之其中-種方 一 /_、兩大踝晟唬指不功能之天線模組，其包 土板單元、一天線單元及—發光 1 基板單TG具有至少一絕緣基板。該天線單元具有 二 述至少一絕緣基板的表面上之天線執跡二； 於上述至少—天線本體之接地部、及—電性 ^ 〜少-天線本，用於同時接收射頻訊號與直流電之二 入邛。該發光單元具有至少一電性連接於上一貝 線本體與該接地部之間之發光树，藉此上述至== 4/15 線本體與上述至少—發光騎共用該接地部。 因此’本創作的有益效果在於：因為本創作將上述 一>、·^光s件整合於上述至少—天線執跡上，以形成 可同％接收射頻訊號及直接電之天線模組。換言之， t边至少-發光元件被考慮在天線佈局内，而使得上述 广發光元件電性設置於上述至少一天線軌跡上，而 大降低具有域訊號指示魏之天__製造成本 ’再者，在實際使用上’當使用者筆記型電腦的天 線接收功UX接收射頻訊號時，該天線單元與該發光單 兀可分別接收到射頻㈣訊號及直流電(DC)。因此，使用 者或旁觀者可清楚料歸光單元是碰點亮，以判斷 該天線單元是否在使用中。 為使能更進—步瞭解本解之特徵及技術内容，請 多閱以了有關本創作之詳細說明與附圖，然而所附圖式 僅提供麥考與朗用，並非絲料創作加以限制者。 【實施方式】 請參閱第-AmB圖所示，其分別為本創作 第-實施例之上視示意圖及天線佈局示意圖。由上述圖 中可知’摘作第―實施例提供—種具有天線訊號指示 功能之天線模組’其包括：-基板單元卜-天線單元2 及一發光單元3。 其中，該基板單元1具有至少—絕緣基板1〇，其可 由任何-種絕緣材料所製成。再者，該天線單元2呈有 至少-成形於上駐少—絕緣基板1G的表面上之天線執 跡20 (例如上述至少一天線軌跡2〇成形於上述至少一絕 緣基板1〇的上表面）’其中上述至少-天線執跡20具有 5/15 M395265 至少-=線讀、—連接於上駐少—天線本體 之接地部201、及一電性連接於上述至少-天線本體 :且用於同時接收射肇)訊號與直流電(Dc)之饋= 、上述至少—天線執跡2〇可為-透過塗佈 的表面成η上述至少—絕緣基板川 W層田然，上述至少一天線執跡2〇亦可 貼=設置於上述至少—絕緣基板ω的表面上 之導電層。換吕之，上述至少一天線執跡2〇可M395265 • · · * V. New description: [New technical field] This creation is about an antenna module, especially an antenna module with antenna signal indication function. [Prior Art] The rapid development of the Internet has enabled data and information to be quickly delivered. Accumulation allows a large amount of technology and knowledge to be transmitted and shared efficiently. • In recent years, the rapid development of wireless networks has enabled users to access network resources anytime and anywhere, and to deepen information development at every level of work and life. One of the characteristics of wireless networks is to get rid of the constraints of the physical network transmission lines in the wired network, so that the terminal devices of the network can transmit data by using wireless waves such as electromagnetic waves or infrared rays to connect to the wireless network and access. Network resources. In a wireless network system, each network server transmits and receives wireless data signals through a control station (access P〇int) to provide network resources and services wirelessly. In the same way, to access the resources of the wireless network, the terminal of the network must also have the ability to wirelessly transmit and receive greedy signals. For example, a person who is generally a terminal computer • a computer or a note (four) brain can add a _ road card to expand its wireless network function. However, when the notebook computer turns on the antenna receiving function to receive the RF signal, it is usually necessary to have an antenna function to turn on the signal to alert the user. However, the structure of the conventional antenna to provide the antenna signal is too complicated and needs to be designed separately. The reason is that the creator feels that the above-mentioned missing can improve the mind and sacrifice and study it, and with the use of the theory, proposes a creation that is reasonable in design and effective in improving the above-mentioned deficiency. 3/15 [New content] The technical problem to be solved is to provide an antenna module that has a function of two days:: it will at least integrate the antenna of the light-emitting component. On the 'to form a simultaneous reception of RF signals and directly fortunately, ^1 to solve the above technical problems, according to one of the creations of the Z. 2 antenna modules with antenna signal indication function, and include two board units, one day Line unit and - lighting unit. Wherein: the having at least an insulating substrate. The antenna unit has at least one of the above-mentioned =!! at least - an antenna trace on the surface of the insulating substrate, wherein the line two objects - day case, ====: one of the creations - one side of the square one / _, two big 踝晟唬The non-functional antenna module has a trap board unit, an antenna unit, and a light-emitting substrate TG having at least one insulating substrate. The antenna unit has two antenna tracks on the surface of at least one of the insulating substrates; at least the grounding portion of the antenna body, and the electrical-to-less antenna, for receiving the RF signal and the DC power at the same time. Enter. The illuminating unit has at least one illuminating tree electrically connected between the upper shell body and the grounding portion, whereby the above-mentioned line to the == 4/15 line shares the ground portion with the at least one illuminating ride. Therefore, the beneficial effect of the present invention is that the present invention integrates the above-mentioned light and light components into the above-mentioned at least antenna traces to form an antenna module capable of receiving RF signals and direct electricity. In other words, at least the light-emitting element is considered to be within the antenna layout, such that the above-mentioned wide-light-emitting element is electrically disposed on the at least one antenna track, and the large-scale reduction has a domain signal indicating Wei Zhitian__manufacturing cost'. When the antenna receiving the work UX of the user's notebook computer receives the RF signal, the antenna unit and the light-emitting unit can receive the radio frequency (four) signal and the direct current (DC), respectively. Therefore, the user or bystander can clearly indicate that the return-to-light unit is lit to determine whether the antenna unit is in use. In order to make it easier to understand the characteristics and technical content of this solution, please read more about the detailed description and drawings of this creation. However, the drawings only provide the use of Mai Kao and Lang, which is not limited by silk creation. By. [Embodiment] Please refer to the -AmB diagram, which is a schematic diagram of the top view and the antenna layout of the first embodiment. As can be seen from the above figures, an antenna module having an antenna signal indicating function is provided as follows: - a substrate unit - an antenna unit 2 and a light emitting unit 3. Here, the substrate unit 1 has at least an insulating substrate 1 which can be made of any kind of insulating material. Furthermore, the antenna unit 2 has an antenna trace 20 on at least a surface formed on the upper substrate-less insulating substrate 1G (for example, the at least one antenna track 2 is formed on the upper surface of the at least one insulating substrate 1) 'At least the antenna track 20 has 5/15 M395265 at least -= line read, - connected to the upper station - the ground portion 201 of the antenna body, and one electrically connected to the at least - antenna body: and for simultaneous Receiving the 肇 signal and the direct current (Dc) feed =, the above at least - the antenna trace 2 〇 can be - through the coated surface into η at least - the insulating substrate 川 W layer Tianran, the at least one antenna track 2 The conductive layer may be attached to the surface of at least the above-mentioned insulating substrate ω. For Lu, the above at least one antenna can be traced 2
Si至少一絕緣基板1〇的表面上，以使得上述至少二 =線執跡20與上述至少—絕緣基板1()結合成一體 於上天線軌跡2〇可透過後續加工的方式貼附 夭结2广絕緣基板1〇的表面上。然而，上述有關“ 二==:上的方式，，只_舉 基板緣 地，銅落或鋼片’另外該接地元件”： 於卜、十、w 述至少一天線執跡2〇形成 二夭—絕緣基板10的上表面。換言之，上述至少 天線軌跡20的接地部201透過一設置於 !，。上表面之接地元件„而電二 入部㈣離該接地元件一預;距;_: 饋入部202不會接觸到該接地元件。 Τ Μ 再者，該發光單元3具有至少一電性連接於上述至 6/15 少一天線本體200與該饋入部202之間之發光元件3()， 藉此上述至少一天線本體200與上述至少一發光元件3〇 不僅可共用該饋入部202，亦可共用該接地部2〇1。舉例 來說，上述至少一發光元件30可為一發光二極體封裝結 構或一發光二極體晶片。因此，本創作可依據不同的設 计需求，將已封裝完成之發光二極體封裝結構（披覆有 ，裝膠體之發光二極體晶片）或尚未封裝而呈現裸晶狀 恝之發光二極體晶片電性連接於上述至少一天線本體 與該饋入部202之間。 此外，該接地部201連接於上述至少一天線本體2〇〇 ，而使得該接地部201與上述至少一天線本體2〇〇成為 一體成型的結構。另外，該饋入部2〇2與上述至少一天 線本體200彼此分離一預定距離而產生一間隙g。其中， ^述至少一發光元件3〇可透過設置在上述至少一天線本 200上或設置在該饋入部2〇2上的方式，以電性連接 於上述至少一天線本體200與該饋入部2〇2之間；或者 上述至少一發光元件30亦可透過橫跨該間隙g的方式， 以電性連接於上述至少一天線本體2〇〇與該饋入部 之間。 、再者，本創作具有天線訊號指示功能之天線模組更 =一，包括：一訊號傳輸單元4，其具有一電性連接於該 ^ 。卩202之射頻訊號傳輸線4〇及一電性連接於該饋入 2〇2之直流電傳輸線41。當然，本創作的訊號傳輸單 ^ 4亦可只提供一條直接電性連接於該饋入部2G2之訊 線，訊號傳輸線可同時接收射頻⑽)訊號與直流 电（），藉此以簡省其中一傳輸線的使用。 7/15 M395265 另外’關於上述至少-發光元件3〇的電性連接方式 ’舉例來說’上述至少一發光元件3〇可透過打線(__ bonding)或覆晶(flip-chip)的方式電性連接於上述至少一天 線本體漏與該饋入部202之間。舉列來說，請^閱第 一 C圖所示，當正極端p與負極端N同時設置於上述至 少一發光元件30的下表面時，上述至少一發光元件3〇 的正極端p與負極端N可分別透過兩個導電體B (例如 兩顆錫膏或錫球），以電性連接於上述至少一天線本體 200與該饋入部202之間。 _The Si is on at least one surface of the insulating substrate 1〇 such that the at least two=line traces 20 and the at least—insulating substrate 1() are integrated into the upper antenna track 2, and the tantalum junction 2 can be attached through subsequent processing. The wide insulating substrate is on the surface of the crucible. However, the above-mentioned "two ==: on the way, only _ lifting the substrate edge, copper drop or steel sheet 'the other grounding element": Yu Bu, ten, w said at least one antenna is obstructed 2〇 to form a second — The upper surface of the insulating substrate 10. In other words, the grounding portion 201 of the at least antenna track 20 is disposed through a ! The grounding element of the upper surface „the electrical input portion (4) is pre-prepared from the grounding element; the distance _: the feeding portion 202 does not contact the grounding element. Τ Μ Furthermore, the lighting unit 3 has at least one electrical connection to the above Up to 6/15, the light-emitting element 3 () between the antenna body 200 and the feed portion 202 is omitted, whereby the at least one antenna body 200 and the at least one light-emitting element 3 can not only share the feed portion 202, but also share The grounding portion 2〇1. For example, the at least one light emitting element 30 can be a light emitting diode package structure or a light emitting diode chip. Therefore, the creation can be completed according to different design requirements. The light emitting diode package structure (coated with the colloidal light emitting diode chip) or the light emitting diode chip that has not been packaged and exhibits a bare crystalline state is electrically connected to the at least one antenna body and the feeding portion 202 In addition, the grounding portion 201 is connected to the at least one antenna body 2〇〇, so that the grounding portion 201 and the at least one antenna body 2〇〇 are integrally formed. Further, the feeding portion 2〇2 and Above to The antenna body 200 is separated from each other by a predetermined distance to generate a gap g. The at least one light-emitting element 3 is permeable to the at least one antenna 200 or disposed on the feeding portion 2〇2. Electrically connected between the at least one antenna body 200 and the feed portion 2〇2; or the at least one light-emitting element 30 can be electrically connected to the at least one antenna body 2 through the gap g. Between the 馈 and the feed unit, the antenna module having the antenna signal indication function is further included, and includes: a signal transmission unit 4 having a radio frequency electrically connected to the 卩 202 The signal transmission line 4 is electrically connected to the DC transmission line 41 of the feed 2〇2. Of course, the signal transmission unit 4 of the present invention can also provide only a signal line directly connected to the feed unit 2G2, the signal. The transmission line can receive both the radio frequency (10) signal and the direct current (), thereby simplifying the use of one of the transmission lines. 7/15 M395265 In addition, 'about the above-mentioned at least - the electrical connection of the light-emitting element 3' is exemplified' The at least one light-emitting element 3 can be electrically connected between the at least one antenna body drain and the feed portion 202 by means of wire bonding or flip-chip. For the sake of reading, please read As shown in FIG. C, when the positive terminal p and the negative terminal N are simultaneously disposed on the lower surface of the at least one light-emitting element 30, the positive terminal p and the negative terminal N of the at least one light-emitting device 3 can respectively transmit two conductive materials. The body B (for example, two solder pastes or solder balls) is electrically connected between the at least one antenna body 200 and the feeding portion 202.
請參閱第一D圖所示，在本創作的其中一實際應用 上，本創作具有天線訊號指示功能之天線模組可安裝於 一筆记型電腦C之上蓋殼體C1内（當然亦可安裝於下蓋 殼體C2内）’且上述至少一發光元件3〇外露於該上蓋殼 體C1的外部。當使用者開啟筆記型電腦c的天線接 忐以接收射頻訊號時，該天線單元2與該發光單元3可 分別接收到射頻(RF)訊號及直流電(DC)。因此，使用者或Please refer to the first D figure. In one of the practical applications of this creation, the antenna module with antenna signal indication function can be installed in the cover case C1 of a notebook computer C (of course, it can also be installed on The lower cover case C2 is '' and the at least one light-emitting element 3'' is exposed to the outside of the upper cover case C1. When the user turns on the antenna interface of the notebook computer c to receive the RF signal, the antenna unit 2 and the illumination unit 3 can receive a radio frequency (RF) signal and a direct current (DC), respectively. Therefore, the user or
旁觀者可清楚透過該發光單元3是否被點亮，以判斷^ 天線單元2是否在使用中。 μ 請參閱第二圖所示，其為本創作第二實施例之天線 佈局示意圖。本創作第二實施例提供一種具有天線訊號 指示功能之天線模組，其包括：一基板單元（圖未示）广 一天線單元2及一發光單元3。由第二圖與第—Β圖的比 較可知，本創作第二實施例與第一實施例最大的差別在 於：在第二實施例中，該訊號傳輸單元4具有一電性連 接於邊饋入部202之偏壓三通管43(bias tee)，其中今偏 壓三通管43具有一射頻訊號接收端430、一直流電接收 8/15 M395265 端431及-電性連接於該射頻訊號接收端43〇及該直流 電接收端431之輸出端432。藉此，纟於該射頻訊號接收 端430只連通於該輪出端432，因此從該射頻訊號接收端 30所接收到的射頻⑽)訊號可直接通過該輸出端纽而 傳送至上述至少一天線執跡20之饋入部202。另外，由 .於該直流電接收端431只連通於該輸出端432，因此從該 - 直流電接收端431所接收到的直流電(DC)可直接通過該 ， 輸出端432而傳送至上述至少-天線軌跡2〇之饋入部 φ 202。 〃請參閱第三A®及第三B圖所示，其分別為本創作 第三實施狀上視示意圖及天線佈局示意圖。由上述圖 中可知’本創作第三實施例提供—種具有天線訊號指示 功能之天線模組，其包括：一基板單元丨、一天線單元2 及一發光單兀3。而本創作第三實施例與第一實施例最大 的差別在於：在第三實施例中，上述至少—天線轨跡2〇 具有至少一天線本體200、一電性連接於上述至少一天線 φ 本體200之接地部201、及一電性連接於上述至少一天線 本體200且用於同時接收射頻(RF)訊號與直流 - 人部202，且上述至少一發光元件30電性連接於上述至 少一天線本體200與該接地部201之間，藉此上述 -天線本體200與上述至少一發先元件二=；； 饋入部202，亦可共用該接地部201。 換言之，該饋入部202連接於上述至少一天線本體 200，因此該饋入部202與上述至少—天線本體2〇〇為一 體成型的結構。另外，該接地部201與上述至少一天線 本體200彼此分離一預定距離而產生—間隙g。=中，上 9/15 M395265 =至少-發光元件30可透過設置在上述至少—天線本體 20〇上或設置在該接地部201上的方式，以電性連接於上 述至少一天線本體200與該接地部201之間；戋者上沭 至少一發光元件30亦可透過橫跨該間隙g的方式，以= 性連接於上述至少一天線本體200與該接地部^丨^間 吻參閱第四圖所示，其為本創作第四實施例之天線 =局示意圖。本創作第四實關提供—種具有天線訊號 才曰不功能之天線模組，其包括：一基板單元（圖未示）、 一天線單元2及-發光單元3。由第四圖與第^圖的比 較可知，賴作第四實施例與第三實施例最大的差別在 於：在第四實施例中，該訊號傳輸單元4具有一電性連 接於該饋入部202之偏麗三通管43(bias㈣，其中該偏 壓二通管43具有一射頻訊號接收端430、一直流電接收 端431及一電性連接於該射頻訊號接收端43〇及該直流 電接收端43i之輸出端432。藉此，由於該射頻訊號接= 端430只連通於該輸出端极，因此由該射頻訊號接收端 43〇,所接收到的射頻㈣訊號可直接通過該輪出端432而 傳，至上述至少一天線轨跡2〇之饋入部2〇2。另外，由 於該直流電接收端431只連通於該輸出端432，因此由該 直流電接收端431所接收到的直流電(DC)可直接通過該 輸出‘ 432而傳送至上述至少—天線執跡之入 202。 紅上所述，因為本創作將上述至少一發光元件整合 於上述至J -天線轨跡上，以形成—可同時接收射頻訊 说及直接電之天線模組。換言之，上述至少—發光元件 10/15 M395265 ^考慮在天線佈局内，而使得上述至少―發光元件電性 於上述至少—天線軌跡上，而大大降低具有天線訊 號和不功能之天線模_製造成本，再者，在實際使用 上’當使用相啟筆記型電腦的天線接收功能以接收射 =號時’該天線單元與該發光單元可分職收到射 (=訊號及直流電(DC)。因此，❹者或旁觀者可清楚遷 早7C是倾點亮，以_該天線單元是否在使 以上所述僅為本創作之較佳可行實施例，非因此 限ί創作之專·圍，轉凡獅賴作說明書及圖式 内谷所為之等效技術變化，均包含於本創作之範圍内。 【圖式簡單說明】 第Α圖為本創作具有天線訊號指示功能之天線模組的 第一實施例之上視示意圖； 第-B圖為本創作具有天線訊號指示魏之天線模組的 第一實施例之天線佈局示意圖； 第一C圖為本創作第一實施例發光單元的第一種電性連 接方式之側視示意圖； 第一 D圖為本創作具有天線訊號指示功能之天線模組的 第一實施例應用於筆記型電腦之立體示意圖； 第二圖為本創作具有天線訊號指示功能之天線模組的第 二實施例之天線佈局示意圖； 第二A圖為本創作具有天線訊號指示功能之天線模組的 第三實施例之上視示意圖； 第二B圖為本創作具有天線訊號指示功能之天線模組的 第三實施例之天線佈局示意圖；以及 11/15 M395265 第四圖為本創作具有天線訊號指示功能之天線模組的第 四實施例之天線佈局示意圖。 【主要元件符號說明】 基板單元 1 絕緣基板 10 接地元件 11 天線單元 2 天線執跡 20 天線本體 200 接地部 201 饋入部 202 間隙 g 射頻 RF 直流電 DC 發光單元 3 發光元件 30 正極端 P 負極端 N 導電體 B 訊號傳輸單元 4 射頻訊號傳輸線 40 直流電傳輸線 41 偏壓三通管 43 射頻訊號接收端 430 直流電接收端 431 輸出端 432 筆記型電腦 C 上蓋殼體 Cl 下蓋殼體 C2 12/15The bystander can clearly determine whether or not the antenna unit 2 is in use by whether or not the lighting unit 3 is illuminated. μ Please refer to the second figure, which is a schematic diagram of the antenna layout of the second embodiment of the present invention. The second embodiment of the present invention provides an antenna module having an antenna signal indicating function, comprising: a substrate unit (not shown), a wide antenna unit 2, and a light emitting unit 3. It can be seen from the comparison between the second figure and the first figure that the biggest difference between the second embodiment of the present invention and the first embodiment is that in the second embodiment, the signal transmission unit 4 has an electrical connection to the edge feeding portion. A bias tee 43 of the present invention, wherein the bias tee 43 has an RF signal receiving end 430, a DC receiving 8/15 M395265 end 431, and is electrically connected to the RF signal receiving end 43. And the output terminal 432 of the DC receiving end 431. Therefore, the RF signal receiving end 430 is only connected to the wheel end 432, so the radio frequency (10) signal received from the RF signal receiving end 30 can be directly transmitted to the at least one antenna through the output terminal. The feed portion 202 of the trace 20 is executed. In addition, since the DC receiving end 431 is only connected to the output terminal 432, the DC power (DC) received from the DC receiving terminal 431 can be directly transmitted through the output terminal 432 to the at least-antenna track. The feed portion φ 202 of 2〇. 〃Please refer to the third A® and the third B diagram, which are respectively a schematic diagram of the third embodiment and a schematic diagram of the antenna layout. As can be seen from the above figures, the third embodiment of the present invention provides an antenna module having an antenna signal indicating function, comprising: a substrate unit 丨, an antenna unit 2, and a illuminating unit 3. The third embodiment differs from the first embodiment in that the at least one antenna track 2 〇 has at least one antenna body 200 and one is electrically connected to the at least one antenna φ body. The grounding portion 201 of the electrical connection 201 is electrically connected to the at least one antenna body 200 and is configured to simultaneously receive a radio frequency (RF) signal and a DC-human portion 202, and the at least one light-emitting component 30 is electrically connected to the at least one antenna. Between the main body 200 and the grounding portion 201, the antenna body 200 and the at least one pre-existing element are both; the feeding portion 202 can also share the grounding portion 201. In other words, the feeding portion 202 is connected to the at least one antenna body 200. Therefore, the feeding portion 202 and the at least antenna body 2 are integrally formed. Further, the ground portion 201 and the at least one antenna body 200 are separated from each other by a predetermined distance to generate a gap g. The upper 9/15 M395265=at least the illuminating element 30 is electrically connected to the at least one antenna body 200 and disposed on the antenna body 20A or the grounding portion 201. Between the grounding portions 201, at least one of the light-emitting elements 30 can also be connected to the at least one antenna body 200 and the grounding portion by means of a manner across the gap g. As shown, it is an antenna=office diagram of the fourth embodiment of the creation. The fourth embodiment of the present invention provides an antenna module having an antenna signal that is not functional, and includes: a substrate unit (not shown), an antenna unit 2, and a light-emitting unit 3. The comparison between the fourth embodiment and the second embodiment shows that the maximum difference between the fourth embodiment and the third embodiment is that in the fourth embodiment, the signal transmission unit 4 has an electrical connection to the feeding portion 202. a biasing tee 43 (bias), wherein the biasing tee 43 has an RF signal receiving end 430, a DC receiving end 431, and an electrical connection to the RF signal receiving end 43 and the DC receiving end 43i. The output terminal 432. Therefore, since the RF signal connection terminal 430 is only connected to the output terminal, the received RF (four) signal can pass directly through the wheel end 432 by the RF signal receiving end 43 And transmitting to the feeding portion 2〇2 of the at least one antenna track 2〇. In addition, since the DC receiving end 431 is only connected to the output end 432, the direct current (DC) received by the DC receiving end 431 can be Directly through the output '432 to the at least-antenna trace entry 202. As described above, because the above-described at least one illuminating component is integrated onto the J-antenna trajectory to form - can be simultaneously received RF signal Directly electric antenna module. In other words, the above-mentioned at least-light-emitting element 10/15 M395265 ^ is considered to be within the antenna layout such that the at least "light-emitting element" is electrically connected to the at least - antenna track, and the antenna signal is greatly reduced and The function of the antenna module _ manufacturing cost, in addition, in actual use, 'when using the antenna receiving function of the notebook computer to receive the shot = number', the antenna unit and the illuminating unit can be received separately (= signal And direct current (DC). Therefore, the latter or bystanders can clearly understand that the 7C is tilted to light, so that the antenna unit is making the above described only a better feasible embodiment of the present creation, and therefore is not limited to The special technical changes of the lion's syllabus and the syllabus are included in the scope of this creation. [Simplified illustration] The first picture is based on the antenna signal indication function. The first embodiment of the antenna module is a schematic diagram of the antenna; the first-B is a schematic diagram of the antenna layout of the first embodiment of the antenna module with the antenna signal indicating Wei; 1 is a schematic side view of a first type of electrical connection of an illuminating unit; the first D is a perspective view of a first embodiment of an antenna module having an antenna signal indicating function applied to a notebook computer; The figure is a schematic diagram of the antenna layout of the second embodiment of the antenna module with the antenna signal indicating function; the second A is a top view of the third embodiment of the antenna module with the antenna signal indicating function; FIG. 2B is a schematic diagram of an antenna layout of a third embodiment of an antenna module having an antenna signal indicating function; and 11/15 M395265. FIG. 4 is a fourth embodiment of an antenna module having an antenna signal indicating function. Schematic diagram of the antenna layout. [Main component symbol description] Substrate unit 1 Insulation substrate 10 Grounding element 11 Antenna unit 2 Antenna trace 20 Antenna body 200 Grounding part 201 Feeding part 202 Clearance g RF RF DC DC light unit 3 Light-emitting element 30 Positive terminal P negative terminal N conductor B signal transmission unit 4 RF signal transmission Transmission line 40 DC transmission line 41 Biased tee 43 RF signal receiving end 430 DC receiving end 431 Output 432 Notebook C Upper cover housing Cl Lower cover housing C2 12/15