五、新型說明： 【新型所屬之技術領域】 本新坦疋有關於一種通訊 來進行無線訊號收發的無線^^特別是有關於一種 【先前技術】 由於科技通訊產業的快速 之愈趨普及，例如3G智慧^丰拖資訊產品的應用也隨 小筆電等好產品，鮮地出個人触舰(PDA)與 僅大幅提升生活上的便曰常周遭之中。而這不 了愿縮，使得現代的每個人不W疋在時間與空間上造成 間更緊密的結合互動以及大量訊息“ ' 達成共㈣益福祉最優化。是故，益線射 頻㈣電路及其配置儼然財發揮重要功能，使縣2 遞與知識交流更便捷、無阻礙。 t〜傳 …由於現 '無線通訊裝置規格日趨料化，務求講究輕 薄短]、及為了抑制RP訊號干擾效應所使用屏蔽措施， 往往使得㈣使心_得局促不足，舰必須使用導線 來進行天線與主板的IC訊號傳遞。 因為導線通常為一軟性線材，使得既易產生不規則變 形，而導致收納不易。如此在組裝中則會不單是會造成配 置上的困難度，並且對於其他零件產生干涉。 然而，目前一般解決方法是，採用膠帶以貼覆固定住 導線’避免導線形變亂跑。但此做法容易遇到組裝過程中 的不便之處而徒増其組裝時間與人力資源等製程成本，而 M381986 • · • . 且透過膠帶來予以固定亦不甚美觀。 【新型内容】 因此，本新型之目的是在提供一種無線通訊裝置，用 以解決導線與其他零件產生干涉的問題，以降低製程成本 且同時提升其效率。 本新型提出一種無線通訊裝置，包含一主板、複數個 . 屏蔽殼體、一天線模組、一中央處理器單元以及一導線。 • 其中至少一屏蔽殼體包含一卡勾，連接屏蔽殼體之一側 邊。天線模組配置於主板上，並且具有一饋入點。中央處 理器單元設置於屏蔽殼體與主板之間，並且中央處理器單 元具有一訊號傳輸端。一導線沿著屏蔽殼體電性連接訊號 傳輸端與天線模組之饋入點，並且導線固定於屏蔽殼體之 卡勾中。 依據本新型一實施例，屏蔽殼體的材質為一金屬材料。 依據本新型另一實施例 蔽殼體之一側邊。 依據本新型又一實施例 理器單元與訊號傳輸端。 依據本新型再一實施例 型。 依據本新型另一實施例 訊號傳輸端設置於對應之屏 一傳輸線電性連接於中央處 屏蔽殼體與其卡勾係一體成 屏蔽殼體之卡勾係藉由沖壓 成型之方式，製成於其側邊上。 依據本新型又一實施例，每一屏蔽殼體之側邊為一垂 直折邊。 5 M381986 應的屏蔽殼體之側邊 ^據本新型再—實施例，卡勾遠離屏蔽殼體之一端具 有一考折部，而且彎折部係朝向所對 彎折。 依據本新型另—實施例’導線扣接於屏蔽殼體 與所對應的彎折部之間。 一依據本新型又一實施例，屏蔽殼體之卡勾之一曲 彼匹配於導線之一外徑。 【實施方式】 為了使本新型之敘述更加詳盡與完備，可參照所附之 =及以下所述各種實施例’圖式中相同之號碼代表相同 =相似之树。另一方面，眾所週知的元件與步驟並未描 述於貫施例中，以避免造成本新型不必要的限制。 請參照第1圖，其繪示依照本新型一實施例之一種益 2訊裝置的㈣結構圖。如第1 _示…種無線通訊 裴置100包含一主板110、複數個屏蔽殼體i2〇a、i2〇b與 _、-天線模組13〇、-中央處理器單元14G以及一導 = 50。，中，屏蔽殻體12〇b〜e分別包含一對應卡勾 〜C，連接屏蔽殼體12〇b〜c之一對應側邊126b〜c。天 線模組130配置於主板；Π0上，並且具有一饋入點132。 中央處理II單S 14G設置於屏蔽殼體12Ga與主板削之 間，並且中央處理器單元140具有—訊號傳輸端Μ]。一 f線150沿著屏蔽殼體12G概連接訊號傳輪心42斑天 2組131ί饋入點132，並且導線150 ®定於屏蔽殼體 120b〜c之卡勾122b〜c中。 6 M381986 ，無線通訊裝置100具有射頻_ 路與基頻(BaSeBand)電路。其中無線射頻(RF)電路，隨著電 信科技的進步成熟與消費者多方面的需求，其 =pS，B—、gsm與.Fi等無線通㈣^^ 然而’為了避紐低絲彼此間的干擾， 組，之輕射場型與指向性，因此於主板11〇心= =二_叫如第1圖所示)作為屏蔽措施，以 隔離射頻電路與基頻電路中之輻射訊號，防止其影響其它 效能。另外，於一實施例中，屏蔽殼體㈣、麗 〇 ^的材質為金屬材料，用以阻絕無線通訊裝置1〇〇中 訊號與元件間的電磁干擾。 參照第1圖’欲使天線模組130具有較佳天線 曰益輪射效率，以破保無線通訊裝置刚的通訊品質， 击^且130 —般需設置於主板130之前端，以減少宜 ^ =號㈣干擾m由於無線通訊裝置1〇〇 i ^曰趨短小輕薄，造成其電路設計的限制，致使中央處理 p元140無法鄰接於天線模組，而需要藉由導線⑼連 號傳輪端142，來進行訊號傳送。另外，訊號傳輸 鸲M2則設置於屏蔽殼體120a之一側邊126a。 /如第1圖所示之中央處理器單元140係可用於GPS定 統上/並且藉由一傳輸線144電性連接於訊號傳輸端 。接著，由於導線15()分別電性連接於訊號傳輸端M2 。、天線模組130之饋入點132，所以中央處理器單元14〇 y透過導線150傳送訊號至天線模組13〇 ,進而使天線模 組13〇將訊號轉換為電磁波且予以輻射傳送至空中❶同 7 M381986 日可’中央處理器單元14〇亦可自天線模組13〇接收電磁波 訊號’從而進行GPS定位系統之無線通訊應用。 請參照第2圖，第2圖係繪示第1圖之局部結構圖（即 第1圖中之虛線所圈選部分）。如第2圖所示，屏蔽殼體 120b〜c與其所對應卡勾122b〜c係一體成型。更具體地來 說’卡勾122b〜c係藉由沖壓成型之方式，分別製成於其所 對應屏蔽殼體12〇b〜c之側邊126b〜c上。而且，每一屏蔽 咸，體120之每一側邊皆為一垂直折邊，以充分節省成本且 φ 同時提升製程上的便利性。 此外’第2圖中卡勾122b〜c遠離所連接屏蔽殼體 120b〜c之一端分別具有一彎折部124b〜c。彎折部124b〜c 朝向所對應的屏蔽殼體120b〜c之側邊126b〜c彎折，這不 僅形成凹槽以扣住導線150於其中，更是擴大卡勾122b〜c 與導線150的接觸面積’避免導線15〇於移動搖晃過程中， 脫離於卡勾122b〜c，從而有效固定其配置。 更進一步而s，如第2圖所示，導線150扣接於彎折 φ 部124b〜c與所對應屏蔽殼體120b〜c之側邊126b〜c之間。 • /另外，此些卡勾122b〜c之曲率半徑匹配於導線150之一外 裣長度，如此則使導線15〇嵌扣於卡勾122b〜c的過程中， 提供適切上下移動的私度，以更加便利導線15〇的組裝配 置。 上述本新型之具題實施例中雖以遮蔽殼體120a〜c盘所 之卡勾mb〜e來予關述本發原擁念，惟本新型不 受限於此？其適當合宜之卡勾數目及配置係端視實際應用 上需求以增減決定之。另外，遮蔽殼體的數量以及形狀大 8 M381986 小則是依據其電路走線設計而定。 然其並非用以限 雖然本新型已以實施方式揭露如上， 定本新型，任何熟習此技#者，在二、対 範圍内，當可作各種之更動與=離本新型之精神和 圍當視後附之巾請專利範_界定者^本新型之保護範 【圖式簡單說明】 為讓本新型之上述和其 能更明顯易懂，所附的、特徵、優點與實 第1圖係繪示依照本5 =下： 置的内部結構圖。 實施例之—種無線通訊裂 【主要元件符號說明】 &局部結構圖。 1〇〇 :無線通訊裝置 110 :主板 126a :側邊 120a :遮蔽殼體 l26b;側邊 120b :遮蔽殼體 l26c :側邊 120c :遮蔽殼體 130 :天線模組 122b :卡勾 132 :饋入點 122c :卡勾 140 :中央處理器單元 124b :彎折部 142 :訊號傳輸端 124c :彎折部 144 ··傳輸線 150 ··導線V. New description: [New technology field] This new tang is related to a kind of communication for wireless signal transmission and reception of wireless ^^ especially related to a [previous technology] due to the rapid spread of the technology communication industry, for example The application of 3G Wisdom ^Fengtuo Information Products is also accompanied by small notebooks and other good products, and the personal touch ship (PDA) is freshly developed and the daily convenience is only greatly improved. And this is not a contraction, so that everyone in modern times does not create a tighter interaction between time and space and a large number of messages "to achieve a total (four) benefits and optimization. Therefore, the benefits of the radio frequency (four) circuit and its configuration俨然财 plays an important function, making the county 2 transfer and knowledge exchange more convenient and unimpeded. t~ 传...Because the current 'wireless communication device specifications are becoming more and more demanding, we must pay attention to the short and light], and the shielding used to suppress the RP signal interference effect The measures often make (4) the heart _ insufficiency, the ship must use the wire to transmit the IC signal of the antenna and the motherboard. Because the wire is usually a soft wire, it is easy to produce irregular deformation, which makes the storage difficult. In the meantime, it will not only cause difficulty in configuration, but also interfere with other parts. However, the current general solution is to use tape to cover and fix the wire to avoid wire deformation. However, this method is easy to assemble. Inconvenience in the process, the cost of assembly time and human resources, etc., and M381986 • · • Therefore, the purpose of the present invention is to provide a wireless communication device for solving the problem of interference between wires and other parts, thereby reducing the process cost and improving the efficiency thereof. The invention provides a wireless communication device comprising a main board, a plurality of shielding housings, an antenna module, a central processing unit and a wire. The at least one shielding housing comprises a hook and one of the shielding housings. The antenna module is disposed on the main board and has a feeding point. The central processing unit is disposed between the shielding shell and the main board, and the central processing unit has a signal transmitting end. The signal transmission end is electrically connected to the feeding point of the antenna module, and the wire is fixed in the hook of the shielding shell. According to an embodiment of the invention, the shielding shell is made of a metal material. According to another implementation of the present invention One side of the housing is exemplified. According to still another embodiment of the present invention, the processor unit and the signal transmission end are further implemented according to the present invention. According to another embodiment of the present invention, the signal transmission end is disposed on the corresponding screen, the transmission line is electrically connected to the center, and the shielding shell and the hook hook are integrally formed into a shielding shell, and the hook is formed by stamping and forming. According to still another embodiment of the present invention, the side of each shielding shell is a vertical flange. 5 M381986 The side of the shielding shell is required. According to the novel embodiment, the hook is far away. One end of the shielding shell has a bending portion, and the bending portion is bent toward the pair. According to another embodiment of the present invention, the wire is fastened between the shielding shell and the corresponding bending portion. In another embodiment, the one of the hooks of the shielding case is matched with the outer diameter of one of the wires. [Embodiment] In order to make the description of the present invention more detailed and complete, reference may be made to the attached = and below. The same numbers in the embodiment 'scheme' represent the same = similar tree. On the other hand, well-known components and steps are not described in the examples to avoid unnecessary limitations of the present invention. Please refer to FIG. 1 , which illustrates a (four) structural diagram of a device according to an embodiment of the present invention. For example, the wireless communication device 100 includes a main board 110, a plurality of shielding housings i2〇a, i2〇b and _, an antenna module 13〇, a central processing unit 14G, and a guide=50. . The shield housings 12〇b to e respectively include a corresponding hooks ～C, and one of the shield housings 12〇b to c is connected to the corresponding side 126b~c. The antenna module 130 is disposed on the main board; Π0 and has a feed point 132. The central processing unit II S 14G is disposed between the shield case 12Ga and the main board, and the central processing unit 140 has a signal transmission port. An f-line 150 is coupled to the shield housing 12G to substantially connect the signal transmitting cores 42 to the group 131, and the wires 150 are disposed in the hooks 122b to c of the shield housings 120b to c. 6 M381986, the wireless communication device 100 has a radio frequency_channel and a baseband (BaSeBand) circuit. Among them, radio frequency (RF) circuits, with the advancement of telecommunications technology and the multi-faceted needs of consumers, its =PS, B-, gsm and .Fi and other wireless communication (four) ^^ However, in order to avoid the low-wire between each other Interference, group, light field type and directivity, so the motherboard 11 〇 = = _ _ as shown in Figure 1) as a shielding measure to isolate the radiation signal in the RF circuit and the baseband circuit to prevent its influence Other performance. In addition, in an embodiment, the shielding shell (4) and the material of the lining are made of a metal material for blocking electromagnetic interference between the signal and the component in the wireless communication device. Referring to FIG. 1 'to make the antenna module 130 have better antenna efficiency, in order to break the communication quality of the wireless communication device, the switch 130 is generally required to be disposed at the front end of the main board 130, so as to reduce the ^ = (4) Interference m Due to the shortness and lightness of the wireless communication device, the circuit design is limited, so that the central processing p-unit 140 cannot be adjacent to the antenna module, but needs to be connected by the wire (9). 142, for signal transmission. In addition, the signal transmission 鸲M2 is disposed on one side 126a of the shield case 120a. The central processing unit 140 as shown in Fig. 1 can be used for GPS programming and is electrically connected to the signal transmission terminal by a transmission line 144. Then, the wires 15 () are electrically connected to the signal transmitting end M2, respectively. The feed point 132 of the antenna module 130, so that the central processing unit 14 〇y transmits a signal to the antenna module 13 through the wire 150, so that the antenna module 13 converts the signal into electromagnetic waves and transmits the radiation to the air. Same as 7 M381986, the central processing unit 14 can also receive electromagnetic wave signals from the antenna module 13〇 to perform wireless communication applications of the GPS positioning system. Please refer to Fig. 2, which is a partial structural view of Fig. 1 (i.e., a portion circled by a broken line in Fig. 1). As shown in Fig. 2, the shield cases 120b to c are integrally formed with the corresponding hooks 122b to c. More specifically, the hooks 122b to c are formed on the side edges 126b to c of the corresponding shield cases 12〇b to c by press molding. Moreover, each shielded salt body has a vertical flange on each side of the body 120 to provide sufficient cost savings and φ to simultaneously improve process convenience. Further, in the second drawing, the hooks 122b to cc have a bent portion 124b to c away from one end of the shield housings 120b to c. The bent portions 124b to c are bent toward the side edges 126b to c of the corresponding shield cases 120b to c, which not only form a groove to hold the wire 150 therein, but also enlarge the hooks 122b to c and the wire 150. The contact area 'avoids the wire 15 from being detached from the hooks 122b to c during the movement and shaking, thereby effectively fixing the configuration. Further, as shown in Fig. 2, the wire 150 is fastened between the bent φ portions 124b to c and the side edges 126b to c of the corresponding shield cases 120b to c. • In addition, the curvature radii of the hooks 122b to c are matched to the outer diameter of one of the wires 150, so that the wires 15 are embedded in the hooks 122b to c, providing the flexibility to move up and down. In order to facilitate the assembly of the wire 15 。. In the above-mentioned embodiment of the present invention, the card mb~e of the cover case 120a-c is used to cover the original idea, but the present invention is not limited thereto. The appropriate number of hooks and configuration systems are determined by the increase or decrease depending on the actual application requirements. In addition, the number and shape of the shielding shells are large. 8 M381986 is based on the design of the circuit traces. However, it is not intended to limit the scope of the present invention. However, in the scope of the second and third parties, it is possible to make various changes and to deviate from the spirit and scope of the present invention. Attached to the towel, please patent paradigm _ definer ^ this new type of protection [simplified description of the diagram] In order to make the above and more obvious and understandable, the attached, features, advantages and realities of the first figure Show the internal structure diagram according to this 5 = lower: Embodiment of the wireless communication split [main component symbol description] & local structure diagram. 1〇〇: wireless communication device 110: main board 126a: side 120a: shielding case l26b; side 120b: shielding case l26c: side 120c: shielding case 130: antenna module 122b: hook 132: feeding Point 122c: hook 140: central processor unit 124b: bent portion 142: signal transmitting end 124c: bent portion 144 · · transmission line 150 · wire