五 、新型說明： 【新型所屬之技術領域】 本創作係與整合無線通訊與攝像之模組，更詳而古之 是透過不同的電路佈局與元件放置位置來完成模组敕二 術之總成。 、/正ο孜 【先前技術】 隨著科技的曰益進步，於生活周遭的許多用品，均朝 向科技化的電子或電器產品之使用，特別在訊號傳送的方 面’由早期的市内電話有線傳輸與個人電腦有線上網，均 為在訊號線所及的區域進行通話與通訊，突破人們因 的限制互通訊息； 工曰 、其中因為多媒體的盛行，人們無時無刻都希望可以透 =影像來掌握-切的資訊。隨錢帶之多媒體產品的特色 馮輻薄短小，然上述的裝置已不敷使用。 但若要於室外進行上述的訊息傳遞均有料能，為達 =線通訊的目的，遂發展出利用無線射頻訊號㈣、調 益(M)、織_)、基地㈣轉接傳輸等，提供遠距離的 ^線訊號魏；㈣距_無線喊料，财以透過红 卜線、無線區域網路(聰）、全球互通微波存取(麵叫 通訊技術；然若是為達無所不在的多媒體資訊掘取，尚 須配合攝影鏡頭㈣，方可人人均衫雜創造者。 【新型内容】 因此為解決±關題，摘 通訊與攝像之模組，以達模組微型化丄。 像之==τ的’本創作，合無線通訊與攝 \σ δ 電路板，該電路板頂面有一攝像單元， 該攝像ί70具有拍照與攝影舰、-紐通訊單it，該無 線通訊早兀具有傳送與接受訊號之功能、—集線控制器， 該集線控㈣可連衫個連接H觸供該整合無線 通訊與攝像之模組與主機電性連接。 最好’該電路板至少設有一印刷天線，該印刷天線為 無線通訊單元專用。 本創作另—觀合無線通訊絲像之模組大致如上所 述’唯不包含該連接器而另包含整合_供電單元，使該整 ^無線通訊與攝像之模組得獨立於—主機外，該無線通訊 單元並以無線方式與該主機傳輸訊號。 因為該整合無線通訊與攝像之模組，具有高度整合與 體積縮小與擴充功能強大的因素，故具有省時省工的優點。 【實施方式】 茲配合圖式舉一較佳實施例，用以對本創作之結構及 力致進行詳細說明。 請參閱第一圖至第三圖，圖中揭示整合無線通訊與攝 像之模組(10)係由一電路板(11)與其他元件所構成，該電路 板(1丨）有一頂面（111)以及相對的一底面（112);該等其他元 M385021 件主要包含有一攝像單元(12)、一無線通訊單元(14)、一集 線控制器（15)、一連接器（16)及兩印刷天線(18),除該兩印 刷天線(18)設於該電路板(11)之底面（112)外，其餘元件均置 於該電路板(11)之頂面（111)。 該攝像單元(12)具有一影像解碼晶片與一鏡片組，該 影像解碼晶片具有一感光元件，該感光元件於本實施例係 為一互補式金屬氧化半導體(CMOS)，該互補式金屬氧化半 導體可擷取影像並透過該影像解碼晶片進行影像處理。 該無線通訊單元(14)具有一通訊收發器，本實施例之 通訊收發器為一藍芽(Bluet00th)裝置，該藍芽裝置透過該 印刷天線(18)接收與發射無線訊號。 該整合無線通訊與攝像之模組(1〇)與主機連接時，該 集線控制H (I5)於本實施例係為—賴串列匯流排集線晶 片（USB HUB 1C)，其可提供多個連接器連接設置，例如但 ，限定通用串列匯流排。該連接器⑽係使該整合無線通 讯與攝像之模組(1〇)與主機行訊號與供電之連接，本實施 例之連接器（16)係為一通用φ列匯流排(聰)其即電性導 接該集線控制器（15)。 另外，该整合無線通訊與攝像之模組(1〇)更包含有一 天線外接單凡(13)，該天線外接單元⑽可供接設一外接天 線(圖未示），該外接天線可接收與發射無線訊號。 再者’該模組(10)可以螺絲穿設該電路板(11)之固定孔 )鎖附固定在主機上，該固定孔⑼有一裸銅區（⑺)使該 ’附動作讓該整合無線通訊與攝像之模組⑽與主機共同 5 接地’其可防止因靜電放電(Electrostatic Discharge，ESD) 破壞該模組(10)。 此外’為了改善無線通訊品質，本創作又更設置一防 護元以提供防止電磁干擾(Electr〇magentic Interference， EMI)之功能，本實施例之防護元為一罩體(19),該罩體(19) 係罩設該無線通訊單元(14)與集線控制器（15)，該罩體(19) 係以金屬所製成’甚至任何得以消除並防止電磁干擾之材 質皆具有等同之功效。該罩體（19)避免無線通訊單元（μ) 運作時產生之電磁波干擾該印刷天線(丨8)接收與發射無線 訊號，並可減少該無線通訊單元(14)及/或集線控制器（15) 干擾其鄰近之元件，以及防止該無線通訊單元（14)及/或集 線控制器（15)受其他的電磁波干擾。 本創作另一實施例整合無線通訊與攝像之模組（圖未 示），其主要結構與前一實施例大體相同，其不同點在於： 該模組更包含有一供電單元，例如一電池，設於電路 板之頂面，則該模組係與該模組無電性導接之一内建一無 線通訊單元之主機無線通訊’該攝像單元連結該無線通訊 單70行拍照與攝影之功能，並直接以該無線通訊單元傳送 及接收上述主機之無線通訊單元的訊號，則該整合無線通 訊與攝像之模組可省略連接器之設計，使該整合無線通訊 與攝像之模組不與主機固定連接，更具使用上之便利。 然而’前述各實施例之攝像單元或無線通訊單元均可 單獨控制及驅動，當然也可透過主機來控制及驅動，或者 上述兩者同時具備。 除了以上的實施方式之外，本創作亦可變化如下. 述之實施例，該通訊收發器亦可為無線區 ^網路震置、第3代⑽無線寬頻上網裝置、第3.5代(3.5(}) 無線寬頻上網裝置或全球互通微波存取裝置。 人另外，如上述之實施例，該感光元件亦可為一電荷耦 合几件(CCD) ’該冑餘合^件可娜影像錢過該影像 解碼晶片進行影像處理。 再者，本創作亦可不包含該防護元，即上述實施例之 罩體可不設，唯其抗電磁干擾能力較差；此外，該防護元 亦可為一塗佈層（如：抗電磁波鍍膜)取代該罩體，該塗佈層 於係封裝蓋設該無線通訊單元，其同樣可消除並防止該無 線通訊單元於運作產生之電磁波干擾該無線通訊單元所接 收與發射之無線訊號。然而，該防護元也可為該塗佈層與 罩體共同實施使用，其防電磁波干擾之效果將會更好。另 外’前述罩體、或塗佈層或其組合，其也可僅設於該無線 通訊單元或僅設於該集線控制器。 綜上所述，本創作整合無線通訊與攝像之模組的設 計，於使用時確可達到輕薄短小，適配於各式電腦 (Computer)、通訊裝置（Communications)及消費性電子 (Consumer-Electronics)等3C產品，實為一高度整合、功能 齊全且組裝容易之改良。 M385021 【圖式簡單說明】 第一圖為本創作一較佳實施例之一立體組合圖。 第二圖為本創作一較佳實施例之一立體局部分解圖。 第三圖為本創作一較佳實施例另一立體組合圖。 【主要元件符號說明】 整合無線通訊與攝像之模組(10) 頂面（111) 攝像單元(12) 無線通訊單元(14) 連接器（16) 裸銅區（171) 罩體(19) 電路板(Π) 底面（112) 天線外接單元(13) 集線控制器（15) 固定孔（17) 印刷天線(18)V. New description: [New technology field] This creation department and the module integrating wireless communication and camera are more detailed and ancient. The module is assembled through different circuit layout and component placement. . , / 正ο孜 [Previous technology] With the advancement of technology, many of the products around the life are oriented towards the use of technological electronic or electrical products, especially in terms of signal transmission. Transmission and personal computer wired Internet access, all in the area of the signal line to conduct calls and communications, breaking through the restrictions of people because of mutual communication; work, which because of the prevalence of multimedia, people all the time hope to pass through the image to grasp - Cut the information. The characteristics of the multimedia products with the money belt Feng Wei thin is short, but the above devices are no longer sufficient. However, if it is necessary to carry out the above-mentioned message transmission outdoors, for the purpose of communication, the development of the use of wireless RF signals (four), adjustment (M), weaving _), base (four) transfer transmission, etc., provide far The distance of the ^ line signal Wei; (four) from the _ wireless shouting, wealth through the red line, wireless area network (Cong), global interoperability microwave access (surface communication technology; but if it is to ubiquitous multimedia information It is still necessary to cooperate with the photographic lens (4), so that everyone can be creators. [New content] Therefore, in order to solve the problem, the module of communication and camera is selected to achieve miniaturization of the module. Like ==τ 'This creation, combined with wireless communication and shooting \σ δ circuit board, the top of the board has a camera unit, the camera ί70 has a camera and photography ship, - New communication single it, the wireless communication has transmission and reception signals as early as possible The function, the line controller, the set line control (4) can be connected to the H-contact for the integrated wireless communication and camera module and the host is electrically connected. Preferably, the circuit board has at least one printed antenna, the printed antenna Wireless communication list Dedicated. The creation of the module of the wireless communication wire image is as described above. 'The connector is not included but the integrated power supply unit is included, so that the module of the wireless communication and camera is independent of the host. In addition, the wireless communication unit wirelessly transmits signals to the host. Because the integrated wireless communication and camera module has a high integration and volume reduction and expansion functions, it has the advantages of saving time and labor. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred embodiment of the present invention will be described in detail with reference to the drawings. Referring to the first to third figures, the module for integrating wireless communication and imaging is disclosed. ) is composed of a circuit board (11) and other components, the circuit board (1) has a top surface (111) and an opposite bottom surface (112); and the other elements M385021 mainly include a camera unit (12) a wireless communication unit (14), a hub controller (15), a connector (16) and two printed antennas (18), except that the two printed antennas (18) are disposed on the bottom surface of the circuit board (11) (112), the rest of the components are placed The top surface (111) of the circuit board (11). The image capturing unit (12) has an image decoding chip and a lens group. The image decoding chip has a photosensitive element, and the photosensitive element is a complementary type in this embodiment. a metal oxide semiconductor (CMOS), the complementary metal oxide semiconductor can capture an image and perform image processing through the image decoding chip. The wireless communication unit (14) has a communication transceiver, and the communication transceiver of the embodiment is a blue a bud (Bluet00th) device that receives and transmits a wireless signal through the printed antenna (18). The integrated wireless communication and camera module (1〇) is connected to the host, and the hub control H (I5) is in the present An embodiment is a tandem bus bar (USB HUB 1C) that can provide multiple connector connection settings, for example, defining a universal serial bus. The connector (10) is a connection between the integrated wireless communication and imaging module (1) and the host line signal and the power supply. The connector (16) of the embodiment is a universal φ column bus (Cong). Electrically guiding the hub controller (15). In addition, the integrated wireless communication and camera module (1〇) further includes an antenna external connection unit (13), and the external unit (10) of the antenna can be connected with an external antenna (not shown), and the external antenna can receive With transmitting wireless signals. Furthermore, the module (10) can be screwed and fixed to the main body of the circuit board (11), and the fixing hole (9) has a bare copper area ((7)) to enable the integrated wireless The communication and camera module (10) is commonly grounded with the host computer. 5 It prevents the module (10) from being destroyed by Electrostatic Discharge (ESD). In addition, in order to improve the quality of wireless communication, the present invention further provides a protection element to provide a function of preventing electromagnetic interference (EMI). The protection element of this embodiment is a cover (19), the cover ( 19) The wireless communication unit (14) and the hub controller (15) are hooded. The cover (19) is made of metal. Even any material that eliminates and prevents electromagnetic interference has the same effect. The cover (19) prevents electromagnetic waves generated during operation of the wireless communication unit (μ) from interfering with receiving and transmitting wireless signals by the printed antenna (丨8), and can reduce the wireless communication unit (14) and/or the hub controller (15) Interfering with its adjacent components and preventing the wireless communication unit (14) and/or the hub controller (15) from being disturbed by other electromagnetic waves. Another embodiment of the present invention integrates a module for wireless communication and imaging (not shown), and the main structure thereof is substantially the same as that of the previous embodiment, and the difference is that the module further includes a power supply unit, such as a battery. On the top surface of the circuit board, the module is connected to a wireless communication unit of the wireless communication unit of the module. The camera unit connects the wireless communication unit with 70 lines of photographing and photographing functions, and Directly transmitting and receiving the signal of the wireless communication unit of the host by the wireless communication unit, the integrated wireless communication and camera module can omit the design of the connector, so that the integrated wireless communication and camera module is not fixedly connected to the host. More convenient to use. However, the image pickup unit or the wireless communication unit of the foregoing embodiments can be individually controlled and driven, and of course, can be controlled and driven by the host, or both. In addition to the above embodiments, the present creation may also be changed as follows. In the embodiment, the communication transceiver may also be a wireless zone network, a third generation (10) wireless broadband Internet access device, and a 3.5th generation (3.5 ( }) Wireless broadband Internet access device or global interoperable microwave access device. In addition, as in the above embodiments, the photosensitive element may also be a charge coupled device (CCD). The image decoding chip is used for image processing. Furthermore, the protection element may not include the protection element, that is, the cover body of the above embodiment may not be provided, but the electromagnetic interference resistance is poor; in addition, the protection element may also be a coating layer ( For example, the anti-electromagnetic wave coating film replaces the cover body, and the coating layer covers the wireless communication unit in the package, which can also eliminate and prevent the electromagnetic wave generated by the wireless communication unit from interfering with the receiving and transmitting of the wireless communication unit. The wireless signal. However, the protective element can also be used together with the cover layer, and the effect of preventing electromagnetic interference is better. In addition, the aforementioned cover body, or coating layer or a combination thereof, It can also be set only in the wireless communication unit or only in the hub controller. In summary, the design of the integrated wireless communication and camera module can be achieved in a light and short manner, and is suitable for various types. 3C products such as Computer, Communications and Consumer-Electronics are highly integrated, fully functional and easy to assemble. M385021 [Simple illustration] The first picture is the creation A perspective view of a preferred embodiment of the present invention. The second figure is a perspective exploded view of a preferred embodiment of the present invention. The third figure is another perspective view of a preferred embodiment of the present invention. Description] Integrated wireless communication and camera module (10) Top surface (111) Camera unit (12) Wireless communication unit (14) Connector (16) Bare copper (171) Cover (19) Board (Π) Bottom surface (112) Antenna external unit (13) Hub controller (15) Mounting hole (17) Print antenna (18)