Ϊ357685 .九、發明說明： 【發明所屬之技術領诚】 - 本發明係關於/種天線托架結構及具有天線托架結構 之天線裝置，尤指一種在天線托架上形成有一定位及扣接 單元，藉以穩定地連結在電路板上，達到良好的定位性及 接觸性之天線托架結構及具有天線托架結構之天線裝置。 _ 【先前技術】 請參閱第一圖所示，為習知具有天線托架之天線裝置 之示意圖，其包括有天線支架1 a、一印刷電路板2 a及一微型天線3 a。該天線支架1 a係具有一天線承接 面1 1 a及、一固定部1 2 a及一設於該固定部丄2 a之 ，第一固定孔1 3 a，該天線承接面1 χ 3係提供該微型天 線3 a設置’該固定部1 2 a係固定謗印刷電路板2 ^， 該印刷電路板2 a設有一第二固定孔2 1 a，利用一鎖螺 鲁 件4 a及一配合該鎖螺件4 a之鎖螺固定件5 a間的螺合 方式’使該第一固定孔1 3 a與該第二固定孔2 1 a能對 齊且固定，藉以將印刷電路板2 a與天線托架丄a的固定 部1 2 a彼此連結及固定； .如此’該天線支架1 a與該電路板2 a間係藉由此鎖 固方式，使該天線支架1 a與該電路板2 a之間能達到定 位及鎖固效果，並且設置於天線承接面\ i a上之微型天 •、線3 a，其-天線接腳3 1 a係能固定地與該印刷電路板 . 2 a達到一接觸導通效果。 6 !357685 然而，由於天線支架1 a的形狀係利用二次彎曲成塑 方式，藉以形成該天線承接面1 1 a及該固定部1 2 a， 使得該天線支架1 a的結構強度較為脆，並且該固定部 1 2 a與該印刷電路板2 a固定時，容易造成不平穩及接 觸不良的情況，再者，該固定部i 2 a與該印刷電路板2 a間的固定機制，係利用鎖螺件4 a及鎖螺固定件5 a 間，以嫘合方式來進行鎖固，將該第一、二固定孔丄3 a、 2 1 a固定及連結，如果該鎖螺件4 a與該鎖螺固定件5 a之間的螺合不穩或螺合不適當時，將容易造成天線支架 1 a與印刷電路板2 a間的脫落，也將會導致天線接腳3 1 a或天線支架1 a與該印刷電路板2 a接觸不良的情 況。 由上可知，習知具有天線托架之天線裝置具有下列缺 點： 、 (1 )、天線支架的結構設計，係屬於二次彎曲成型，容 易造成印刷電路板與微型天線間的不良接觸，導致電性連 接的不穩定性。 (2) 、由於此天線結構設計使其支撐強度上較為不足， 無法保持電性連接的平穩性。 (3) 、電路板與天線支架間的連結及固定方式，係藉由 鎖螺元件與鎖螺固定件之螺合，若鎖螺元件與鎖螺固定件 的配合不足或出現脫落，即無法確保天線支架與電路板間 的連接的穩定性及定位性。 是以，由上可知，上述習知之具有天線托架之天線褒 1357685 f在刻上賴具有不便與缺失存在，而可待加以.改善 t ’本發明人有感上述缺失之可改善，且依據多年來從事 此方面之相關經驗，悉心觀察且研究之，並配合學理之運 用，而提出-觀計合理且有歧善上賴失之本發明。 【發明内容】 本發明的主要目的在於提供一種天線托架結構及具有Ϊ357685. Nine, invention description: [Technology of the invention] - The present invention relates to an antenna carrier structure and an antenna device having an antenna carrier structure, and more particularly, a positioning and fastening is formed on an antenna bracket. The antenna frame structure for stably positioning and contacting, and the antenna device having the antenna carrier structure, which are stably connected to the circuit board. _ [Prior Art] Referring to the first figure, there is shown a schematic view of an antenna device having an antenna holder, which includes an antenna holder 1a, a printed circuit board 2a, and a micro antenna 3a. The antenna holder 1a has an antenna receiving surface 1 1 a and a fixing portion 1 2 a and a first fixing hole 13 3 a, and the antenna receiving surface 1 χ 3 is disposed on the fixing portion 丄 2 a. Providing the micro antenna 3 a is provided that the fixing portion 1 2 a is fixed to the printed circuit board 2 ^, and the printed circuit board 2 a is provided with a second fixing hole 2 1 a, which is matched by a locking screw 4 a and a matching The screwing manner between the locking screw fixing members 5 a of the locking screw 4 a enables the first fixing hole 13 3 a and the second fixing hole 2 1 a to be aligned and fixed, thereby the printed circuit board 2 a and The fixing portions 1 2 a of the antenna bracket 丄a are connected and fixed to each other; such that the antenna holder 1 a and the circuit board 2 a are interlocked with each other such that the antenna holder 1 a and the circuit board 2 are A can achieve the positioning and locking effect, and is set on the antenna receiving surface \ ia on the micro-day, line 3 a, its - antenna pin 3 1 a can be fixed with the printed circuit board. 2 a reach A contact conduction effect. 6!357685 However, since the shape of the antenna holder 1 a is formed by a secondary bending plastic forming method, the antenna receiving surface 1 1 a and the fixing portion 1 2 a are formed, so that the structural strength of the antenna holder 1 a is relatively brittle. Further, when the fixing portion 1 2 a is fixed to the printed circuit board 2 a, it is likely to cause unevenness and poor contact. Further, the fixing mechanism between the fixing portion i 2 a and the printed circuit board 2 a is utilized. The locking screw 4 a and the locking screw fixing member 5 a are locked in a twisting manner, and the first and second fixing holes 丄 3 a, 2 1 a are fixed and connected, if the locking screw 4 a and If the screwing between the locking screw fixing members 5a is unstable or the screwing is improper, the antenna bracket 1a and the printed circuit board 2a may be easily detached, and the antenna pins 3 1 a or the antenna bracket may also be caused. 1 a case where the contact with the printed circuit board 2 a is poor. It can be seen from the above that the antenna device having the antenna bracket has the following disadvantages: (1) The structural design of the antenna bracket belongs to the secondary bending molding, which easily causes poor contact between the printed circuit board and the micro antenna, resulting in electricity. Instability of sexual connections. (2) Due to the structural design of the antenna, the support strength is insufficient, and the stability of the electrical connection cannot be maintained. (3) The connection and fixing between the circuit board and the antenna bracket are achieved by the screwing of the lock nut and the lock screw. If the lock screw and the lock screw are insufficiently fitted or loose, it cannot be ensured. Stability and positioning of the connection between the antenna holder and the circuit board. Therefore, it can be seen from the above that the above-mentioned antenna 褒1357685 f having an antenna bracket has inconvenience and absence in the engraving, and can be added. Improvement t 'The present inventor feels that the above-mentioned deficiency can be improved, and based on Over the years, I have been engaged in this field of experience, carefully observed and researched, and in conjunction with the use of academics, the present invention has been proposed to be reasonable and ambiguous. SUMMARY OF THE INVENTION A primary object of the present invention is to provide an antenna carrier structure and
=托架結構之天線裝置，係於天線托架上形成定位及扣 ，早元，該定位及扣接單元係可以與電路板產生穩定連 、、·。’以透過鼓線托架而_良好的紐關，有效保持 天線與電路板之間的通訊品質。 本發明的另-目的在於利用於天線托架，簡易地形成 該定位及扣接單元，藉叫不降低其結翻度之下，食電 路板達到較平穩的電性接觸，避免因結構受力傾斜而導致 接觸不良的情況。The antenna device of the bracket structure is formed on the antenna bracket to form a positioning and buckle. In the early element, the positioning and fastening unit can stably connect with the circuit board. ‘With a good button through the drum line bracket, the communication quality between the antenna and the circuit board is effectively maintained. Another object of the present invention is to easily form the positioning and fastening unit by using the antenna bracket, and the feeding circuit board can achieve a relatively smooth electrical contact without lowering the degree of the knot, thereby avoiding structural stress. Tilting leads to poor contact.
本發明的再一目的在於利用該定位及扣接單元之定位 部’以方便組裝及定位在電路板上，藉以提供天 、、、更谷易且穩定地與電路板作接觸。 為了達成上述之目的，本發明係提供—種天線托架結 構，係包括支撐托架及—定減扣接單心i中該定 位及扣接單元錄成於該切㈣上，且綠定及扣接單 :係具有一定位部及一與該定位部互相配合之扣接部;藉 用該定位部與該扣接部之_配合，使該支撲托架 穩足地與一電路板產生電性連接。 1357685 為了達成上述之目的，本發明另提供一種具有天線托 架結構之天線裝置，其包括：一天線、一支撐托架及一定 . 位及扣接單元；其中該支撐托'架係具有一提供該天線詨置 之承接面與一用以固定該天線之卡合部；該定位及扣接單 元係形成於該支撐托架上，並且該位定及扣接單元具有一 定位部及一與該定位部互相配合之扣接部；藉此，利用該 定位部與該扣接部間的配合，使得該支撐托架穩定地與一 電路板產生電性連接。 • 本發明係利用於天線托架，可以簡易地形成該定位及 扣接單元，在不降低其結構強度之下，與電路板達到較平 穩的電性接觸，避免因結構受力傾斜而導致接觸不良的情 況。 同時，利用該定位及扣接單元之定位部及扣接部，以 方便組裝及定位在電路板上，藉以提供天線更容易且穩定 地與電路板作接觸。 為了使貴審查委員能更進一步瞭解本發明為連成預 • 定目的所採取之技術、手段及功效，請參閱以下有關本發 明之詳細說明與附圖，相信本發明之目的、特徵與特點， •當可由此得一深入且具體之瞭解，然而所附圖式僅提供參 考與說明用，並非用來對本發明加以限制者。 【實施方式】 為能更進一步瞭解本發明之特徵與技術内容，請參閱 以下有關本發明之詳細說明與所附圖式。 1357685 請參閱第二圖至第五圖所示，為該本發明天線托架結 構之實施例，由圖中得知，該天線托架結構係包括有：一 •天線托架1及一定位及扣#單元2，該定位及扣接單元2 係形成於該天線托架1上，並且該位定及扣接單元2係具 有一定位部2 1及一與該定位部2 1互相配合之扣接部2 2 ； 藉此，本發明係可利用該定位部2 1與該扣接部2 2 之間的配合，使得該天線托架1可以穩定地與一電路板（圖 未示）產生電性連接。 該天線托架Γ具有一承接面1 1及一對應該承接面1 1之卡合部1 2，在本實施例中，該卡合部1 2係為分別 .設置於該天線托架1側邊之卡合件，該承接面1 1係用以 承接一天線（圖未示），並且該卡合部1 2係用以卡合且固 定該天線（圖未示），本實施中，該天線可為一平面天線或 微型天線。 本發明中，該天線托架1係為一板金，該定位及扣接 單元2係為一沖壓成型之定位扣接板金，該定位及扣接單 元2係藉由一沖壓成型方式，從該天線托架1之承接面1 1沖壓而延伸出來。於本實施例中，該定位及扣接單元2 係由該天線托架1延伸且彎曲向下所形成。 . 該定位及扣接單元2中，該定位部2 1係具有複數個 定位臂2 1 0，在本實施例中，該定位部2 1具有二個定 位臂2 1 0，該二定位臂2 1 0係彼此互相平行，每一個 定位臂2 1 0係設有一定位柱2 1 1。 10 该扣接部2 2係具有至少一扣接臂2 2 Ο，在本實施 例中扣接部2 2係具有-扣接臂2 2 Q。該扣接臂2 2 0 ^係設有一可相對於婊定位柱2 1 1之扣接凸塊2 2 1 : 疋位柱2 1 1係用以定位該電路板（圖未示），該扣接凸 2 1係用以固定該電路板（圖未示），藉此，透過該等 足位# 2 1 〇與該扣接臂2 2 〇間的相互配合，以穩定地 固定一電路板。其中每一定位臂2丄〇與該扣接臂2 2 〇 係互相平行且間隔交錯。 凊參閱第六圖至第九圖所示，為本發明具有天線托架 結構之天線裝置之實施例，本實施例在於說明.：該天線裝 置係利用上述之天線托架結構來結合一天線，並利用該天 線托架結構固定於一電路板上，以使該天線可以與該電路 板產生良好的接觸效果。 如第六圖所示，一天線托架1係提供一天線3設置， 並且4天線托架1係固定於一電路板4上，其中該天線3 係ex置於5亥天線托架1上之承接面1 1上’並且利用--^ 合部1 2來固定讓天線3，其中該卡合部i 2係為分別設 置於該天線托架1側邊之卡合件，該天線3為一平面天線 或微型天線。 如第七圖及第九圖所示，該天線托架丄係藉由一定位 及扣接單;^2 (请參閱第二圖）來固定於該電路板4上， 該位定及扣接單元2係具有一定位部2 1及一與該定位部 2互相配合之扣接部2 2，利用該定位部21與該扣接部 2 2間的配合，使该天線托架1能夠穩定地與該電路板4 11 1357685 產生電性連接，其中該天線托架1為一板金，該定位及扣 接單元2係為一沖壓成型之定位扣接板金，並且該定位及 扣接單元2係由t亥天線托架1所沖壓而延伸出來。' 在本實施例中，該定位部2 1係具有至少二定位臂2 1 0，每一定位臂2 1 0係設有一定位柱2 1 1，該扣接 部2 2係具有至少一扣接臂2 2 0，該扣接臂2 2 0係設 有一相對於該定位柱2 1 1之扣接凸塊2 2 1，該定位柱 .2 1 1係用以定位該電路板4，該扣接凸塊2 2 1係甩以 固定該電路板4 〇 其中設置於承接面1 1上之天線3係具有一天線接腳 3 1 (如第八圖所示），該天線接腳3 1係延伸且透過該承 接面1 1而得以與該電路板4產生接觸，另外，該電路板 4係具有二個分別對應每一定位柱2 1 1之固定孔4 0 (如第九圖所示），每一定位柱2 1 1係穿設於每一固定孔 4 0，該扣接凸塊2 2 1係扣接該電路板4，並且藉由焊 料（圖未示）焊接方式，固定於該電路板4上。 此外，利用定位臂2 1 0與該扣接臂2 2 0互相平行 且間隔交錯之設計，當定位柱2 1 1、扣接凸塊2 2 1與 該電路板4固定的同時，使該電路板4保持一平行狀態。 綜上所述，本發明藉由在天線托架形成一定位及扣接 < . 單元，利用定位部及扣接部之配合，使天線托架結構及具 有天線托架結構之天線裝置具有以下優點：’ 1、在天線托架上形成定位及扣接單元，利用定位及扣 接單元與電路板間穩定的電性連接，以透過該天線托架來 12 1357685 達到良好的接觸。 2、 在不影響天線托架結構之整體強度下，能有效與電 路板達到平'穩的電性接觸，避免結構強度不足‘成受力傾 斜而接觸不良。 3、 可利用定位及扣接單元之定位部及扣接部的設計， 使天線托架方便地組裝及定位在電路板上，以使得天線有 效且穩定地接觸電路板。 惟，以上所述’.僅為本發明最佳之一的具體實施例之 詳細說明與圖式，惟本發明之特徵並不侷限於此，並非用 以限制本發明，本發明之所有範圍應以下述之申請專利範 圍為準，凡合於本發明申請專利範圍之精神與其類似變: ^實施例，皆應.包含於本發明之範壽中，任何熟悉該 蟄者在本發明之領域内，可輕易思及之變化或 可 蓋在以下本案之專利範圍。 θStill another object of the present invention is to utilize the positioning portion of the positioning and fastening unit to facilitate assembly and positioning on the circuit board to provide easy, and stable contact with the circuit board. In order to achieve the above object, the present invention provides an antenna carrier structure, which comprises a support bracket and a positioning and fastening unit in which the positioning and fastening unit is recorded on the cutting (4), and The fastening unit has a positioning portion and a fastening portion that cooperates with the positioning portion; and the positioning portion cooperates with the fastening portion to make the support bracket stably generate a circuit board Electrical connection. 1357685 In order to achieve the above object, the present invention further provides an antenna device having an antenna carrier structure, comprising: an antenna, a support bracket, and a fixed position and fastening unit; wherein the support tray has a provided a receiving surface of the antenna device and a locking portion for fixing the antenna; the positioning and fastening unit is formed on the support bracket, and the positioning and fastening unit has a positioning portion and a The fastening portion of the positioning portion cooperates with each other; thereby, the support bracket is stably electrically connected to a circuit board by the cooperation between the positioning portion and the fastening portion. The present invention is applied to an antenna bracket, and the positioning and fastening unit can be easily formed, and a smoother electrical contact with the circuit board can be achieved without reducing the structural strength, thereby avoiding contact due to structural stress. Bad situation. At the same time, the positioning and fastening portions of the positioning and fastening unit are utilized to facilitate assembly and positioning on the circuit board, thereby providing an antenna for easier and stable contact with the circuit board. In order to enable the reviewing committee to further understand the techniques, means and functions of the present invention for the purpose of the present invention, reference is made to the following detailed description of the invention and the accompanying drawings. It is to be understood that the invention is not limited by the scope of the invention. [Embodiment] In order to further understand the features and technical contents of the present invention, reference should be made to the detailed description of the invention and the accompanying drawings. 1357685 Please refer to the second to fifth embodiments. In the embodiment of the antenna carrier structure of the present invention, it is known that the antenna carrier structure includes: an antenna bracket 1 and a positioning and The locating and fastening unit 2 is formed on the antenna bracket 1 , and the positioning and fastening unit 2 has a positioning portion 2 1 and a buckle matching the positioning portion 2 1 . The connecting portion 2 2; thereby, the present invention can utilize the cooperation between the positioning portion 21 and the fastening portion 2 2, so that the antenna bracket 1 can stably generate electricity with a circuit board (not shown). Sexual connection. The antenna bracket Γ has a receiving surface 1 1 and a pair of engaging portions 1 1 of the receiving surface 1 1 . In the embodiment, the engaging portions 12 are respectively disposed on the antenna bracket 1 side. The engaging surface 1 1 is for receiving an antenna (not shown), and the engaging portion 12 is for engaging and fixing the antenna (not shown). In this embodiment, the receiving portion 1 2 is used for engaging and fixing the antenna (not shown). The antenna can be a planar antenna or a miniature antenna. In the present invention, the antenna bracket 1 is a sheet metal, and the positioning and fastening unit 2 is a stamped and formed positioning buckle sheet metal. The positioning and fastening unit 2 is formed by a stamping method from the antenna. The receiving surface 11 of the bracket 1 is stamped and extended. In the present embodiment, the positioning and fastening unit 2 is formed by the antenna bracket 1 extending and bent downward. In the positioning and fastening unit 2, the positioning portion 2 1 has a plurality of positioning arms 2 1 0. In the embodiment, the positioning portion 2 1 has two positioning arms 2 1 0 , and the two positioning arms 2 The 10 series are parallel to each other, and each of the positioning arms 2 1 0 is provided with a positioning post 2 1 1 . 10 The fastening portion 2 2 has at least one fastening arm 2 2 Ο. In the present embodiment, the fastening portion 2 2 has a fastening arm 2 2 Q. The fastening arm 2 2 0 ^ is provided with a fastening protrusion 2 2 1 relative to the positioning post 2 1 1 : the clamping post 2 1 1 is used for positioning the circuit board (not shown), the buckle The protruding protrusions 2 1 are used for fixing the circuit board (not shown), thereby stably supporting a circuit board through the mutual cooperation between the foot positions # 2 1 〇 and the fastening arms 2 2 . Each of the positioning arms 2丄〇 and the fastening arm 2 2 are parallel and spaced apart from each other. Referring to FIG. 6 to FIG. 9 , an embodiment of an antenna device having an antenna carrier structure according to the present invention is described in the present embodiment. The antenna device uses an antenna carrier structure as described above to combine an antenna. And the antenna bracket structure is fixed on a circuit board, so that the antenna can have good contact with the circuit board. As shown in the sixth figure, an antenna bracket 1 is provided with an antenna 3, and the four antenna bracket 1 is fixed to a circuit board 4, wherein the antenna 3 is placed on the 5-inch antenna bracket 1. The receiving surface 1 1 is '' and the antenna 3 is fixed by the hinge portion 1 2, wherein the engaging portion i 2 is a locking member respectively disposed on the side of the antenna bracket 1 , and the antenna 3 is a Planar antenna or micro antenna. As shown in the seventh and ninth figures, the antenna bracket is fixed to the circuit board 4 by a positioning and fastening unit; 2 (refer to the second figure), and the position is fixed and fastened. The unit 2 has a positioning portion 2 1 and a fastening portion 2 2 that cooperates with the positioning portion 2 . The cooperation between the positioning portion 21 and the fastening portion 2 2 enables the antenna bracket 1 to be stably Electrically connecting with the circuit board 4 11 1357685, wherein the antenna bracket 1 is a sheet metal, the positioning and fastening unit 2 is a stamped and formed positioning buckle sheet metal, and the positioning and fastening unit 2 is The t-hai antenna bracket 1 is stamped and extended. In the present embodiment, the positioning portion 2 1 has at least two positioning arms 2 1 0 , and each positioning arm 2 1 0 is provided with a positioning post 2 1 1 , and the fastening portion 2 2 has at least one fastening. The arm 2 2 0, the fastening arm 2 2 0 is provided with a fastening protrusion 2 2 1 relative to the positioning post 2 1 1 , and the positioning post .2 1 1 is used for positioning the circuit board 4 , the buckle The antenna 2 is fixed to the circuit board 4, and the antenna 3 disposed on the receiving surface 11 has an antenna pin 3 1 (as shown in FIG. 8 ), and the antenna pin 3 1 is Extendingly and in contact with the circuit board 4 through the receiving surface 1 1 , the circuit board 4 has two fixing holes 40 corresponding to each positioning post 21 1 (as shown in FIG. 9 ) Each of the positioning posts 2 1 1 is disposed in each of the fixing holes 40 , and the fastening bumps 2 2 1 are fastened to the circuit board 4 and fixed by soldering (not shown). On the circuit board 4. In addition, the positioning arm 2 1 0 and the fastening arm 2 2 0 are parallel and spaced apart from each other, and the positioning pole 2 1 1 and the fastening protrusion 2 2 1 are fixed to the circuit board 4 while the circuit is fixed. The plate 4 is maintained in a parallel state. In summary, the present invention forms a positioning and fastening unit in the antenna bracket, and the antenna bracket structure and the antenna device having the antenna bracket structure have the following components by the cooperation of the positioning portion and the fastening portion. Advantages: '1. Forming a positioning and fastening unit on the antenna bracket, and using a stable electrical connection between the positioning and fastening unit and the circuit board to achieve good contact through the antenna bracket 12 1357685. 2. Without affecting the overall strength of the antenna bracket structure, it can effectively achieve a smooth and stable electrical contact with the circuit board, and avoid structural insufficiency ‘the force is inclined and the contact is poor. 3. The positioning and fastening portions of the positioning and fastening unit can be used to facilitate assembly and positioning of the antenna carrier on the circuit board, so that the antenna can effectively and stably contact the circuit board. However, the above description is only a detailed description of the specific embodiments of the present invention, and the present invention is not limited thereto, and is not intended to limit the present invention, and all the scope of the present invention should be In the following claims, the spirit of the invention is similar to that of the scope of the invention. The embodiments are included in the scope of the invention, and any one skilled in the art is within the scope of the invention. , can be easily thought of changes or can be covered in the scope of the patent in this case. θ
【圖式簡單說明】[Simple description of the map]
圖為習知天線托架結構及具有天線托架結構之天線 置之不意圖。 天線 天線 天線 第二圖為本發明天線托架結構及具有天線托架結構之 裝置，該天線托架結構之一立體圖。 第三圖為本發明天線托架結構及具有天線托架結構之 裝置中.，該天線托架結構另一角度之立體1 圖。 第四圖為本發明天線托架結構及具有天線托架結構之 裝置的第二圖之俯視圖。 1357685 第五圖為本㈣戏減結構及具有天線姑結構之天線 裝置的第二圖之仰視圖。 第六圖為本發明天線脑結構及具有天線托諸構之天線 震置中，該具有天線托架結構之天線裝置之立體圖。 第七圖為本Μ天線托架結構及具有天線絲結構之天線The figure shows a conventional antenna carrier structure and an antenna having an antenna carrier structure. Antenna Antenna Antenna The second figure is a perspective view of the antenna bracket structure and the apparatus having the antenna bracket structure of the present invention. The third figure is a perspective view of the antenna carrier structure of the present invention and the device having the structure of the antenna bracket. Figure 4 is a plan view of a second view of the antenna carrier structure of the present invention and the apparatus having the antenna carrier structure. 1357685 The fifth figure is a bottom view of the second figure of the (4) play structure and the antenna device with the antenna structure. Fig. 6 is a perspective view of the antenna device having the antenna carrier structure in the antenna brain structure of the present invention and the antenna having the antenna holder structure. The seventh figure is the antenna frame structure and the antenna with the antenna wire structure.
裝置H具有天線托架結構之天線裝置另一角度 之立體圖。 X 第八圖為本發明天線托架結構及具有天線姑結構之天線 裝置的第六圖之前視圖。 第九圖為本Μ天線絲結構及具有天線托架結構之天線 裝置的第六圖之側視圖。 【主要元件符號說明】 [習知] 天線支架 1 a 天線承接面 11a 固定部 12a 第一固定孔 13a 印刷電路板 2a 第二固定孔2 1 a 微型天線 3 a 天線接腳 31a 鎖螺件 4 a . 鎖螺固定件 5 a > [本發明] 天線托架 1 1357685 承接面 1 1 * - 卡合部 定位及扣接單元2 定位部 定位臂 2 1 0 定位柱 扣接部 2 2 扣接臂 2 2 0 扣接凸塊 微型天線 3 天線接腳 電路板 4The device H has a perspective view of another angle of the antenna device of the antenna carrier structure. X Fig. 8 is a front view of the sixth embodiment of the antenna bracket structure of the present invention and the antenna device having the antenna structure. Fig. 9 is a side view showing a sixth embodiment of the antenna wire structure and the antenna device having the antenna carrier structure. [Main component symbol description] [Generally known] Antenna holder 1 a Antenna receiving surface 11a Fixing portion 12a First fixing hole 13a Printed circuit board 2a Second fixing hole 2 1 a Micro antenna 3 a Antenna pin 31a Locking screw 4 a Locking screw fixing member 5 a > [Invention] Antenna bracket 1 1357685 Receiving surface 1 1 * - Engagement portion positioning and fastening unit 2 Positioning portion positioning arm 2 1 0 Positioning post fastening portion 2 2 Buckle arm 2 2 0 buckled bump micro antenna 3 antenna pin circuit board 4