M336556 八、新型說明： 【新型所屬之技術領域】 本創作係與衛星接收模組有關，更詳而言之，尤指衛 星接收模組毋需另外組裝體積大的天線或外接連結天線， 而將天線印刷於衛星接收模組上，以方便組裝、縮小體積 的一種衛星接收模組之天線裝置。 【先前技術】 丨 知：，先行所知，習知衛星接收模組需要有一組天線， 傳統的作法是將天線置於衛星接收模組外，以外接連線方 式將天線與衛星接收模組相連，然此方式組裝上不方便， 所以往後如第一、二圖所示，直接將天線i組裝於衛星接 收模組2上，該衛星接收模組2必需預留一大位置，將天 線1定位於上，又為了避免天線i之干擾，於衛星接收模 組2下方，相對於天線i位置，組裝一防干擾的金屬罩3 ’而且献線1具有—厚度，此天線丨厚度高出或相等於 1 衛星接收模組2上的USB接頭4，所以作組裝外殼5時 :肢5厚私妓，跡糾祕，磐錢， 衛星接收模組2裝於一般手機内，更受限於手機之空間或 厚度而無法組裝，業者困擾不已； 一 有鑑於此，本案創作人乃基於上述弊端，仍積極努力 開毛、研九改良’並累積多年製造、生產經驗，而終於有 一足以解決上述弊端之創作產生。 【新型内容】 即，本創作一種衛星接收模組之天線裝置，其主要目 M336556 的係提供直接將天線印刷於衛星接收模組上，天線薄而不 佔空間，可減少組裝之體積，方便應用於更多物件。 緣是’本創作一種衛星接收模組之天線裝置，其係一 基板，該基板上設有電子組件；其特徵在於：於該基板一 預定位置預留一面積，該面積印刷有天線，天線一端連接 於基板上之電子組件；據此，該天線以印刷方式直接設於 基板上，達到輕薄，減少天線體積者。 _ 為使貴審查委員，對本創作之内容、特徵及目的， 有著更進一步之瞭解與認同，茲舉一較佳實施例，並配合 圖式、圖號說明於后： 【實施方式】 本創作一種衛星接收模組之天線裝置，如第三圖所 不’其係一基板1 0，該基板1 0為印刷電路板（Print Circuit Baard _PCB) ’該基板i Qji設有電子組件 1 1，電子組件1 1為用於衛星接收之、组件，於該基板工 1 Q —端設有—接頭12，該接頭1 2主要為U S B接頭， 或可設定為各種規格之接頭，於該基板丄〇另一端預留一 _13，該面積13印刷有天線14，該天線工斗為迴 %來回分佈’天線丨4_端連接於基板丨q上之電子組件 11天線14另-端為開放式，不連接組件，基板工〇 整體可以組裝於一外殼15内，作保護基板i 〇及隨身攜 行之用； 藉由上权結構裝置，本創作—種魅接賴組之天 、、、叙置’該天線1 4以印刷方式直接設於基板工〇上，減 6 M336556 、 少傳統天線所佔據之體積，由於天線工4為印刷方式，所 f極為薄而輕，不妨礙空間之設計，組裝外殼15時，外 殼15可輕薄小巧，若要將衛星接收模組10裝於—般手 機内，更可用於超薄之手機； 又 而且由於天線i 4為印刷方式，所以天線工4的整個 面積係大於4又傳統天線面積，所以收訊均可達一定之標 準之上；也可將基板2 Q翻之面積2 3再擴大，如第: 騎不’天線2 4的整個面積將再增大，其收訊效果更佳 ，可用於更需高靈敏度的物體； - 本案可如-般衛星接收模組，應用於筆計型電腦3 〇 (如第五圖所示）^應用於迷你掌上電腦pDA4〇 ( 如第五圖所示），或汽車上的定位等等，只要將接頭工2 與各主财接即可，毋需糾連結天線，非常方便； 凡舉本案相關簡易變換實施，都應含納本案實施範嘴 之内； 綜上所述’本創作-種衛星接收模組之天線裝置，立 新穎性、實用性乃毋庸置疑，為此懇祈#審查委員，一 秉國人努力創作初衷’賜准本案專利，則申請人是幸丨 7 M336556 【圖式簡單說明】 第一圖係習知衛星接收模組立體分解示意圖。 第二圖係係習知衛星接收模組立體組合示意圖。 第三圖係本創作之立體示意圖。 第四圖係本創作第二實施例之立體示意圖。 第五圖係本創作應用於筆計型電腦之立體示意圖。 第六圖係本創作應用於PDA之立體示意圖。M336556 VIII. New description: [New technical field] This creation is related to the satellite receiving module. In more detail, especially the satellite receiving module does not need to assemble a large antenna or an external connecting antenna. The antenna is printed on the satellite receiving module to facilitate assembly and reduction of the size of a satellite receiving module antenna device. [Prior Art] I know: As far as we know, the conventional satellite receiving module needs to have a set of antennas. The traditional method is to place the antenna outside the satellite receiving module, and the external connection method connects the antenna to the satellite receiving module. However, this method is inconvenient to assemble, so as shown in the first and second figures, the antenna i is directly assembled on the satellite receiving module 2, and the satellite receiving module 2 must reserve a large position, and the antenna 1 Positioned above, and in order to avoid the interference of the antenna i, under the satellite receiving module 2, with respect to the position of the antenna i, an anti-interference metal cover 3' is assembled and the wire 1 has a thickness, and the thickness of the antenna is higher or It is equal to 1 USB connector 4 on the satellite receiving module 2, so when assembling the outer casing 5: the limb 5 is thick and private, the trace is secreted, and the money is saved. The satellite receiving module 2 is installed in the general mobile phone, and is more limited to the mobile phone. The space or thickness can not be assembled, and the operators are troubled. In view of this, the creators of this case are still working hard to open the hair and research the nine improvements based on the above drawbacks, and accumulated years of manufacturing and production experience, and finally have enough to solve The creation of the malpractice is produced. [New content] That is, the antenna device of the satellite receiving module is created. The main purpose of the M336556 system is to directly print the antenna on the satellite receiving module. The antenna is thin and does not occupy space, which can reduce the volume of assembly and facilitate application. For more objects. The present invention is an antenna device for a satellite receiving module, which is a substrate on which an electronic component is disposed; and is characterized in that an area is reserved at a predetermined position of the substrate, the area is printed with an antenna, and one end of the antenna The electronic component is connected to the substrate; accordingly, the antenna is directly disposed on the substrate in a printing manner to achieve a light weight and reduce the antenna volume. _ In order to enable your review committee to have a better understanding and recognition of the content, features and purposes of this creation, a preferred embodiment will be described with reference to the drawings and drawings: [Embodiment] The antenna device of the satellite receiving module is not a substrate 10 as shown in the third figure, and the substrate 10 is a printed circuit board (Print Circuit Baard _PCB). The substrate i Qji is provided with an electronic component 1 and an electronic component. 1 1 is a component for satellite reception, and a connector 12 is provided at the Q-terminal of the substrate, and the connector 12 is mainly a USB connector, or can be set as a connector of various specifications, and the other end of the substrate Reserve a _13, the area 13 is printed with an antenna 14, the antenna bucket is distributed back and forth. The antenna 丨4_ end is connected to the electronic component 11 on the substrate 丨q. The antenna 14 is open-ended, not connected. The component, the substrate process can be assembled in a casing 15 as a protective substrate i and carried around; by means of the upper right structure device, the creation - the kind of the enchanting group, the day, the Antenna 14 is directly placed on the substrate in print mode On the ,, minus 6 M336556, the volume occupied by the less traditional antenna, because the antenna worker 4 is the printing method, the f is extremely thin and light, and does not hinder the design of the space. When the outer casing 15 is assembled, the outer casing 15 can be light and small, to be The satellite receiving module 10 is installed in a general mobile phone, and can be used for an ultra-thin mobile phone. Moreover, since the antenna i 4 is a printing method, the entire area of the antenna worker 4 is greater than 4 and the conventional antenna area, so the receiving can be Up to a certain standard; can also enlarge the area of the substrate 2 Q 2 3, as the first: the entire area of the antenna 2 4 will be increased, the receiving effect is better, can be used for higher demand Sensitive object; - The case can be like a satellite receiving module, applied to a pen type computer 3 〇 (as shown in the fifth figure) ^ applied to the mini handheld pDA4 〇 (as shown in the fifth figure), or a car Positioning and so on, as long as the joint worker 2 and each main finance can be connected, it is very convenient to entangle the antenna, and the simple implementation of the relevant case of this case should be included in the implementation of the case; Said 'this creation - the day of the satellite receiving module The installation, the novelty and the practicality are unquestionable. For this reason, the praying member of the reviewing committee, the one who has worked hard to create the original intention of the applicant, is the applicant of the case, the applicant is lucky 7 M336556 [simple description of the figure] A schematic exploded view of a conventional satellite receiving module. The second figure is a three-dimensional combination diagram of a conventional satellite receiving module. The third picture is a three-dimensional diagram of the creation. The fourth figure is a perspective view of the second embodiment of the present creation. The fifth picture is a three-dimensional diagram of the creation of the pen-type computer. The sixth picture is a three-dimensional diagram of the creation of the PDA.
【主要元件符號說明】 10基板 11電子組件 12接頭 13面積 14天線 15外殼 2 0基板 2 3面積 2 4天線[Main component symbol description] 10 substrate 11 electronic component 12 connector 13 area 14 antenna 15 housing 2 0 substrate 2 3 area 2 4 antenna
3 0筆計型電腦 4 0迷你掌上電腦PDA3 0 pen type computer 4 0 mini handheld computer PDA