M346988 八、新型說明： 【新型所屬之技術領域】 本創作關於一種無線接收器(wireless receiver)，且特別是 關於一種使用繞線天線(coiled antenna)之無線接收器。 【先前技術】 • 隨著資訊產業的發展，目前無論是工作或個人用途，桌 上型黾細及筆g己型電細已經成為現代生活中的一部份。而就 _ 目前個人電腦的使用習慣而言，鍵盤及滑鼠已經成為不可或 缺的輪入裝置。 人一般而言，鍵盤或滑鼠係透過傳輸線連接至電腦的連接 "面’如通用序列匯流排(Universal Serial Bus，USB)介面等， 使用者輸入指令。然而，·受到傳輸線的限制，使用者常 =無法根據自己的使用習慣，將鍵盤或滑鼠擺放在容作 的位置上，在使用上不甚方便。M346988 VIII. New description: [New technical field] The present invention relates to a wireless receiver, and more particularly to a wireless receiver using a coiled antenna. [Prior Art] • With the development of the information industry, at present, whether it is for work or personal use, the shape of the table is fine and the type of pen has become a part of modern life. As far as the current computer usage habits are concerned, keyboards and mice have become indispensable wheeling devices. In general, a keyboard or a mouse is connected to a computer via a transmission line, such as a "Universal Serial Bus (USB) interface, etc., and the user inputs an instruction. However, due to the limitation of the transmission line, the user often = can not put the keyboard or mouse in the position of the tape according to his own usage habits, which is not convenient in use.
的輪入信號傳送至無線接收器， 腦，進而與電腦形成連線。 送态，用以將無線輪入裝置 再藉由無線接收器傳送至電 於先丽技術中，無線接收器中皆設置The wheeling signal is transmitted to the wireless receiver, the brain, and then connected to the computer. Sending state, which is used to transmit the wireless wheel to the device and then transmit it to the wireless system through the wireless receiver. The wireless receiver is set in the wireless receiver.
晶片天線(chip —般是由陶瓷材 求’然而， 為了達到不同諧振頻率的信號傳輪， ^然目前晶片天線可以達到小體積的設計要 询’晶片天線還 5 M346988 疋而要維持-疋大小的體積，以 傳統的無線接收器無法再進一牛丁大^的佈設。也因此， 便。 小體積，㈣上較為不 【新型内容】 本創作之一範疇在於提供一種I 天線，可進一步縮小無線接收器的體積。收裔’其使用繞線 本創作之無線接收器係用以配人益 線輸入裝置包含無線發送器。於實二；入，置，其中無 接至系統端(如電腦)之連接介面、接收器連 線射頻信號，進而控制系發送器的無 杜4根具體實施例，本創作之無線接收哭包含外雷 路板、金屬連接構件以及繞線。;j、電 與繞線天線皆設置在後料路板' 金屬連接構件Chip antenna (chip is generally made of ceramic material' However, in order to achieve signal transmission with different resonant frequencies, the current wafer antenna can achieve a small volume design. The chip antenna is also 5 M346988 and must be maintained - 疋 size The size of the traditional wireless receiver can no longer enter a large setting of the cow. Therefore, the small size, (four) is not [new content] One of the scope of this creation is to provide an I antenna, which can further reduce wireless The size of the receiver. The recipient of the wireless receiver is used to configure the wireless receiver to be equipped with a wireless transmitter. In the real two; input, set, which is not connected to the system (such as a computer) The connection interface and the receiver connect the radio frequency signal, and then control the transmitter without the four specific embodiments. The wireless receiving crying of the present invention includes the outer lightning board, the metal connecting member and the winding. j, electricity and winding Wire antennas are placed on the rear material board' metal connecting member
繞線天線則與金屬連接構件電;S =接觸形成饋人部，以接收從無線發送器發 屬線乍之無線接收器’由於繞線天線係由金 而製成’其設踩殼體中所佔用的空間會 姑之凉接=片=線來得小。此外，當無線接收器連接至系統 车綠b人=面日守，金屬連接構件會與金屬元件接觸，又繞線 ^線父，屬連接構件電性連接，無線射頻信號即可沿繞線天 f、至屬連接構件及系統端的金屬元件傳遞，進而增加輻射 %強度及接收靈敏度。 關於本創作之優點與精神可以藉由以下的創作詳述及所 附圖式付到進一步的瞭解。 6 M346988 【實施方式】 應用==：* 示根作—具體實施例之實際 等。一般而ί接貝不）’如通用序列匯流排(USB)介面 無線接收器1形成電，二:白：有1^屬兀件(未顯示)，以與 ίΐϊ，1ί:但不以此為限。於其它實施例中，系統端 疋桌上里電腦或其它具有類似功能的電子裝置Ζ、The wound antenna is electrically connected to the metal connecting member; S = contact forms a feeding portion to receive the wireless receiver from the wireless transmitter; since the winding antenna is made of gold, it is placed in the housing The space occupied will be cold and cool = piece = line to get small. In addition, when the wireless receiver is connected to the system car green b person = face guard, the metal connecting member will be in contact with the metal component, and the winding wire parent, the connecting member is electrically connected, and the wireless radio frequency signal can be wound along the wire day. f. Transfer to the metal components of the connecting member and the system end, thereby increasing the radiation % intensity and receiving sensitivity. The advantages and spirit of this creation can be further understood by the following detailed description of the creation and the drawings. 6 M346988 [Embodiment] Application ==:* shows the actual operation of the specific embodiment. Generally, ί接贝不)' such as universal serial bus (USB) interface wireless receiver 1 to form electricity, two: white: there is 1^ belonging to the element (not shown), with ίΐϊ, 1 ί: but not for this limit. In other embodiments, the system is on a desktop computer or other electronic device having similar functions,
如中2統端3中設有運作時必要的軟硬體元件， 中央处里早兀(Central processmg Unit，cpu)、 «(Random Access Memory, RAM) ^ ^t||£ttli(Read Only :諸存裝置(她ge device)、電源模組、作I 運用在此知祕之人可御達成並加以 一無線接收器1係用以配合無線輸入裝置5。圖一中合 示的無線輸人裝置5是以無線滑鼠為例，但不以此為限。: 其匕實她例巾，本創作之無線輸人裝置也可以是無線鍵般。 如圖一所示，無線輸入裝置5包含無線發送器5〇。於實&應 ^中，無線接收器1可接收來自無線輸入裝置5之無線發^ 器50的無線射頻信號，進而控制系統端3執行對應的指^。' 請麥閱圖二至圖四。圖二繪示圖一中無線接收器丨之内 部元件示意圖。圖三繪示圖二中繞線天線16設置在電路板 12上之示意圖。圖四繪示圖三中繞線天線16之示意圖。本 創作之無線接收器1包含殼體10、電路板12、金屬^接構件 14以及繞線天線16。電路板12、金屬連接構件14與繞線天 線16皆設置在殼體10中。金屬連接構件14位於電路板ο 上。圖三中所繪示的金屬連接構件14是以金屬彈片為例，但 7 M346988 不以此為限。於其它實施例中，本創作之金屬連接構件也可 以是導線。 如圖三所示，繞線天線16.之一端與電路板12接 饋入部160 ’以接收從無線輸入裝置5之無線發送器关 之無線射頻彳§號。此外，繞線天線16與金屬連接構件 带 性連接。於實際應用中，可在電路板12上進行電路佈 笔 使繞線天線16與金屬連接構件14電性連接。如圖二所丄以 銅箔電路18連接繞線天線16與金屬連接構件14。^不各 無線接收器1連接至系統端3之連接介面時， 當 Μ會與連接介面中的金料件接觸，又繞線天 連接構件14電性連接，無線射頻信號即可沿繞结、^蜀 金屬連接構件14及系統端3的金屬元件傳遞，進描、 場強度及触錄度。 谓&细增加輻射 如圖四所示，繞線天線16係由金屬線纏 成。因此，繞線天線16設置在殼體1〇中^製 傳統的晶片天線來得小。 Τ斤佔用的工間會比 於此實施例中，繞線天線16之譜振 兹至2.5G赫兹之間。需說明的是===赫 係由下列公式一所決定。 踝16之粕振頻率 公式一 2^VZc 、於公式-中，f表示讀振頻率，L表示 感值，且c表不饋人部處的等效 ^ 1 之電 的諸涵率。本^或長絲獲得所想要 述介於2.4G赫兹至達成的魏頻率不，上 8 M346988 睛麥閱圖五至圖七。圖五繪示電路板12與繞 電/生接觸點的史密斯圖(Smith chart)。圖六繪示電路板 16形成單電性接觸點的回波損耗㈣m㈣測 =壓路板12與繞線天線16形成單電性接觸點 、:'、波匕(Voltage Standing Wave Ratio, VSWR)測試圖。 如圖五至圖七所示，諧振頻率介於2.4G赫兹至25G赫^之 . 回波損耗及賴駐波比皆較低，因此，本創作Ϊ结線 線16可適用於譜振頻率介於Z4G赫兹至2 5G赫兹之^。 癱 前技術，根據本創作之無線接收器，由於结緩 連接至二小。此外，當無線接收器 觸，又構件ί:屬元件接 可沿繞線天線、金屬連接構件二ί、線射頻信號即 而增加輻射場強度及接收靈敏度：、、、、孟翁兀件傳遞，進 藉由以上較佳具體實施例之詳 本創作之特徵與精神，而並非 ^加 疋描述 » ，各種改變及具相等性的安排 能涵 以及具相等性的安排。 文使函盍所有可能的改變 M346988 【圖式簡單說明】 圖^— 4备千如ϊ上 圖。1 ’、拫據本創作一具體實施例之實際應用的示意 圖一％不_一中無線接收器之内部元件示意圖。 圖三洛干 、曰圖二中繞線天線設置在電路板上之示意圖。 _%示1中繞線天線之示意圖。 廣|五絡千泰 圖。、、'曰不免路板與繞線天線形成單電性接觸點的史密斯 耗測試固、9示電路板與繞線天線形成單電性接觸點的回波損 波比^示電路板與繞線天線形成單電性接觸點的電壓駐 【主要元件符號說明】 10 :殼] 14 :金屬連接構件 160 ·饋入部 3 :系統端 5〇 :無線發送器 1 :無線接收器 12 :電路板 16 :繞線天線 18 :鋼箔電路 5:無線輸入裝置For example, in the middle 2 terminal 3, there are necessary hardware and software components for operation, Central processmg Unit (cpu), «(Random Access Memory, RAM) ^ ^t||£ttli(Read Only : The storage device (herge device), the power module, and the person using the I know can achieve and use a wireless receiver 1 to cooperate with the wireless input device 5. The wireless input device shown in Figure 1 The device 5 is a wireless mouse as an example, but is not limited thereto.: The tampering of her case, the wireless input device of the present invention may also be a wireless button. As shown in FIG. 1, the wireless input device 5 includes The wireless transmitter 5 can receive the wireless radio frequency signal from the wireless transmitter 50 of the wireless input device 5, thereby controlling the system 3 to execute the corresponding finger. 2 to 4. Figure 2 is a schematic diagram showing the internal components of the wireless receiver 图 in Figure 1. Figure 3 is a schematic diagram showing the winding antenna 16 of Figure 2 disposed on the circuit board 12. Figure 4 is a diagram of Figure 3. A schematic diagram of the wound antenna 16. The wireless receiver 1 of the present invention comprises a housing 10, a circuit board 12, and a metal connection. The device 14 and the wound antenna 16. The circuit board 12, the metal connecting member 14 and the wound antenna 16 are all disposed in the housing 10. The metal connecting member 14 is located on the circuit board ο. The metal connecting member 14 is illustrated in FIG. The metal dome is taken as an example, but 7 M346988 is not limited thereto. In other embodiments, the metal connecting member of the present invention may also be a wire. As shown in FIG. 3, one end of the wound antenna 16. and the circuit board 12 The feed-in portion 160' is received to receive the radio frequency signal from the wireless transmitter of the wireless input device 5. In addition, the wire-wound antenna 16 is connected to the metal connecting member. In practical applications, it can be performed on the circuit board 12. The circuit board pen electrically connects the wound antenna 16 with the metal connecting member 14. As shown in Fig. 2, the copper wire circuit 18 is connected to the wound antenna 16 and the metal connecting member 14. The wireless receiver 1 is not connected to the system end 3. When the interface is connected, when the crucible is in contact with the gold material in the connection interface, and the winding connection member 14 is electrically connected, the radio frequency signal can be along the metal of the winding, the metal connecting member 14 and the system end 3. Component transfer Field strength and susceptibility. The sum of the radiation is increased as shown in Fig. 4. The wound antenna 16 is entangled by a metal wire. Therefore, the wound antenna 16 is disposed in the casing 1 to obtain a conventional wafer antenna. The work space occupied by the jacks is higher than the spectrum of the wound antenna 16 to 2.5 GHz in this embodiment. It should be noted that the === Hertz is determined by the following formula 1. The vibration frequency formula is 2^VZc, in the formula -, f is the frequency of reading, L is the sense value, and c is not the ratio of the electricity of the equivalent ^ 1 at the human part. This ^ or filament obtained the desired Wei frequency of 2.4G Hz to reach the upper 8 M346988 eye wheat to see Figure 5 to Figure 7. Figure 5 shows the Smith chart of the circuit board 12 and the electrical/synchronous contact point. Figure 6 shows the return loss of the circuit board 16 forming a single electrical contact point. (4) m (four) measurement = the single circuit contact point between the pressure plate 12 and the wound antenna 16 is formed: ', Voltage Standing Wave Ratio (VSWR) test Figure. As shown in Figure 5 to Figure 7, the resonant frequency is between 2.4G Hz and 25G Hz. The return loss and the lag-to-wave ratio are both low. Therefore, the proposed splicing line 16 can be applied to the spectral frequency. From Z4G Hertz to 2 5G Hertz.瘫 The former technology, according to the wireless receiver of this creation, is connected to the second small due to the slow connection. In addition, when the wireless receiver touches, the component ί: is a component that can increase the radiation field intensity and the receiving sensitivity along the winding antenna, the metal connecting member, and the line RF signal: ,,,,,,,,,, The features and spirit of the detailed description of the preferred embodiments above are not to be construed as a description of the invention, the various modifications and equivalent arrangements, and the equivalent arrangements. All possible changes in the text of the letter M346988 [Simple description of the figure] Figure ^ - 4 prepared as shown above. 1 ', a schematic diagram of an internal component of a wireless receiver according to a practical embodiment of a specific embodiment of the present invention. Figure 3 is a schematic diagram of the winding antenna in Logan and Figure 2 on the circuit board. _% shows a schematic diagram of the wound antenna in 1. Guang | Wuluo Qiantai. , 'The Smith's power consumption test that forms a single electrical contact point between the road board and the wound antenna, and the return loss ratio of the 9-circuit board and the wound antenna to form a single electrical contact point ^ circuit board and winding The voltage at which the antenna forms a single electrical contact point [Description of main component symbols] 10: Shell] 14: Metal connection member 160 • Feeding portion 3: System terminal 5: Wireless transmitter 1: Wireless receiver 12: Circuit board 16: Winding antenna 18: steel foil circuit 5: wireless input device