M308510 . 八、新型說明： . 【新型所屬之技術領域】 本創作係關於一種天線定位裝置，更詳而言之，係關 於一種供電性連接至一電子設備以接收通訊信號之可調 式天線定位裝置。 【先前技術】 ^ 具備無線通訊功能之設備必裝有無線信號接收天 ~線，常見之無線信號接收天線具有兩種形式··一種係外置 _調整式接收天線，另-種係内置隱藏式接收天線。現就外 置凋正式接收天線而言，隨著具備無線通訊功能之設備的 普及，裝有無線外置接收天線的設備也越來越多，而此類 天線之特點就係需要調整它的角度來達到最佳的信號接 收效果。 例如臺灣公告第M249227號新型專利中揭示了一種 天線旋轉定位裝置，係包括：—天線接收部，其係由一接 =、Γ、外套體及—護套所組成，該接收體靠近迴轉部之 鳊形成有對樞耳，而另端形成一接收端，凸伸於外套 f之凸伸端’並於接收端外套置護套，而外套體另端則設 有一對夹制在樞耳外側之夹耳；—迴轉部，其係由一華 :以：t固π套及一樞轉軸所組成，該卡固套上形成有-凹 二f置放定位，並夾置於接收體樞耳之内側，而華 口J罪近固定座之一娘；；} ★、士 ,λ , 螭形成有一缺口，以供樞轉軸之Τ型頭 :定户：轴：另端連接一導線，並卡置於固定座内；」 U又於通訊機體之内部，該固定座破設有二通 19725 5 M3 08510M308510 . VIII. New description: . [New technical field] The present invention relates to an antenna positioning device, and more particularly to an adjustable antenna positioning device that is electrically connected to an electronic device to receive a communication signal. . [Prior Art] ^ Equipment with wireless communication function must be equipped with wireless signal receiving antenna~ line. Common wireless signal receiving antennas have two forms. · One type is external _ adjustment type receiving antenna, and the other type is built-in hidden type. Receive antenna. With regard to the external receiving antenna, with the popularization of devices with wireless communication functions, there are more and more devices equipped with wireless external receiving antennas, and the characteristics of such antennas need to adjust its angle. To achieve the best signal reception. For example, the Taiwan Patent Publication No. M249227 discloses an antenna rotation positioning device, which comprises: an antenna receiving portion, which is composed of a connection, a cymbal, an outer casing and a sheath, and the receiving body is close to the rotating portion. The cymbal is formed with a pair of pivoting ears, and the other end forms a receiving end protruding from the convex end of the outer casing f and is sheathed at the receiving end, and the other end of the outer casing is provided with a pair of clips on the outer side of the pivoting ear. The ear portion; the turning portion is composed of a hua: a t-solid π sleeve and a pivot shaft, and the locking sleeve is formed with a concave-f position and is placed on the receiving body Inside, and Huakou J sin near one of the fixed seat;;} ★, Shi, λ, 螭 formed a gap for the pivot axis of the head: the owner: the shaft: the other end is connected to a wire, and the card In the fixed seat; U is inside the communication body, the fixed seat is broken with two links 19725 5 M3 08510
.槽可供樞轉軸穿設，並使樞轉軸上之凸環於 赛卡槽上。 、彳日丨K 雖j此專利4案利用樞轉轴上之凸環可於固定座之 卡才曰内u旋轉’而使天線接收部可形成⑽度旋轉，藉以 確實選擇最佳之信號接收方位，然而此專利前案之外置接 收天線係㈣複雜的機械結構搭配諸多零件來達成旋轉 .”周正天線之功效，不僅結構複雜、組裝不易、且此類轉轴 蠱需要精密的加工工藝，因此其製作成本較高。此外，、習知 旋轉轉軸式天線具有安褒不便之缺點，且在長時間的旋轉 i屬轉軸’该金屬轉轴亦容易磨損而降低使用壽命。 因此，如何設計一種外置之可調式天線定位裝置，藉 以簡化結構、降低天線製作成本、並使其不易磨損而延長 使用哥命，實則乃當前業界亟待解決之問題。 【新型内容】 繁於以上習知技術之缺陷，本創作之一目的在於提供 _ 一種結構簡易之可調式天線定位裝置。 本们作之人目的在於提供一種防止磨損之可調式 天線定位裝置，藉以延長使用壽命。 本創作之另一目的在於提供一種易於組裝與製造之 可調式天線定位裝置。 為達成上述及其它目的，本創作提供一種可調式天線 定位裝置^係供電性連接至一電子設備，用則妾收通訊信 號’該可調式天線定位裝置包括：基座，其表面具有一開 口；皺摺體，係結合封閉該基座之開口，且中央設有一第 19725 6 M308510 -一結合部；以及接收體，用以接收通訊信號，且一端具有 - 對應結合至該第一結合部之第二結合部，以令該接收體透 過该皴摺體而可調方向地定位於該基座，並可透過一電導 體電性連接至該電子設備，以傳遞通訊信號。 前述之可調式天線定位裝置中，該皺摺體中央係可固 定一導電套圈，該第一結合部係形成於該導電套圈，而該 接收體之第二結合部則對應結合至該導電套圈之第一結 合部’且較佳地，該第一結合部與該第二結合部分別係可 為相對應之内螺紋與外螺紋。由於該皺摺體之中央係可固 疋一導電套圈之故，該接收體之第二結合部係可透過結合 及第一結合部而電性連接至該導電套圈，且可透過該電導 體電性連接該導電套圈與該電子設備，以達成接收體與該 電子設備之電性連接關係，並非以直接電性連接該接收體 與電子設備為限。 此外，該皺摺體係可例如由橡膠材質製成而具絕緣與 、鲁變形特性，於一較佳實施例中，該皺摺體係可為朝單一方 、向之連績彎折結構而具變性定位特性，俾使該接收體透過 忒皺摺體而可朝單一方向（雙向）調整地定位於該基座。於 另一較佳實施例中，該皺摺體係可為以該第一結合部為圓 ^朝外輻射之連續彎折結構，俾使該接收體透過該皺摺體 而可依該第一結合部為圓心朝多方向調整地定位於該基 座。 "亥基座中復可設有一電性連接至該電子設備之通訊 電路單元，而該接收體係可透過電導體電性連接至該通訊 7 19725 M308510 -電路單元，以達成該接收體與該電子設備之電性連接關 •係。另外，該基座-側復可具有—電性連接至該通訊電路 早凡之信號輸出埠，用以透過信號線與該電子設備電 接。 相較於習知技術，本創作主要係透過_體來做為接 2體與基叙間的結合介f，並且利用該皺摺體可變形及 -定位之特性，使得該接收體可調方向地定位於該基座，俾 ·=化接收體之定位結構’並可根據通訊信號之接收效果任 思调整定位方向。因此，藉由本創作所提供之可調式天線 定位裝置，得以簡化結構、降低天線製作成本、並無機械 結構之磨損問題而可相對延長使用壽命，實則乃當前業界 亟待解決之問題’俾克服f知技術所存在的問題。 【實施方式】 以下藉由具體實施例說明本發明之實施方式，孰 技蟄之人士可由本說明書所揭示之内容輕易地瞭解本發 春明之其他優點及功效。本發明亦可藉由其他不同的具體實 施例加以施行或應用，本說明書中的各項細節亦可基於^ 同^觀點與應用，在不挣離本發明之精神下進行各種修飾 方一實施例 請參閱第i圖及第2圖所示者，係顯示本創作可調式 天線定位裝置之實施例示意圖及其側剖示意圖，該可調式 天線定位裝置係供電性連接至—電子設備，用以接收通訊 信號，於本實施财僅單㈣㈣關定位裝置本身 19725 8 M308510 設計，其可應用於整合安裝至一電子# 电于叹備中，亦可應用於 正合魏電路單元與信號輸出埠而構成一信號接收裝 置’再藉由信號線電性連接至電子設備巾。因此本創作所 ，之電子設備係可包括各式通信設備或者是具有通信功 能之設備，例如行動電話、衛星定位tl(Gps)、無線通 仏主機、無線對講機、筆記型電腦等，惟其形式非以所述 為限舉/L而要透過天線來接收無線信號之設備均屬本創 作所能應用之範圍。 ^如第1圖及第2圖所示，本創作所提供之可調式天線 ，位裝置’係包括具有—開σ u之基座i、結合並封閉 座1之開口 11的敵摺體2、以及結合至該皺摺體2 ，接收體3。藉由該皺摺體3可變形及定位之特性，使得 5亥，收體3可調方向地定位於該基座i，俾簡化接收體3 之定位結構’並可根據通訊信號之接收效果任意調整定位 方向。 於本貫施例中，該基座丨係呈半球型殼體結構或稱為 置之碗型結構，其表面之開口 11概呈圓形設計，且該 J 11係位於基座1頂部之中央位置。該皺摺體2係例 一由橡膠材質製成而具絕緣特性，且該皺摺體2係以該第 〜合部211為圓心朝外輻射之連續彎折結構而具變形 ^ L且如圖所式，該皺摺體2之中央係例如採用黏著方 疋一例如位金屬製之導電套圈21，再於該導電套圈 3之内部形成例如為内螺紋之第一結合部211。該接收體 係如用一金屬天線用以接收通訊信號，其一端具有對應 9 19725 M308510 結合至該第一結合部211例如為外螺紋之第二結合部31。 由前揭設計可知係透過皺摺體2來做為接收體3與基 座1之間的結合介質，並且利用該皺摺體2本身可變形及 定位之特性，使得該接收體3可依該第一結合部211為圓 心朝多方向調整地定位於該基座1，俾簡化接收體3之定 位、纟σ構，並可根據通訊信號之接收效果任意調整定位方 向。當然，本實施例中以内螺紋與外螺紋來例示該第一結 合部211與第二結合部31，並非用以限制該接收體3與 该皺摺體2之結合關係，舉凡可提供適當結構強度與結合 =度之結構均屬本創作所定義之第一結合部211與第二 、、口 a邛31，例如提供套接或扣合效果之凸緣與凹槽設 十准此等結構變化應為所屬技術領域中具有通常知識者 可理解並據以實施者，故不另外搭配圖式予以贅述。 敕由本實施例所提供之可調式天線定位裝置，可應用於 整合安裝至一電子設備中，例如藉由該基座丨 形成於所應用例如行動電話、衛星心裝置（Gps)、無線 私主機、無線對講機、筆記型電腦等電子設備，並由一 ΐί如為導^之電導體23電性連接該接收體3與該電子設 於本貝加例中由於係在敏摺體2中央固設有導電套圈 ’已與該接收體3相互電性連接，故可將電導體23直 =性連接至該導電套圈21與該電子設備即 通訊 k號。 貫施例 第3圖係顯示本創作可調式天線定位裝置之第二實 19725 10 M308510 =例所繪製之圖式，由於本實施例相較於第—實施例而 =主要差異在於改變該基座之構造設相整合通訊電路 單几與#號輸出埠而構成一信號接收裝置，為求說明書之 簡潔易懂，對於相同之元件符號料以沿用，不再另二定 義符號’且省略相同結構之詳細說明，併予陳明。如第3The groove is provided for the pivot shaft to pass and the convex ring on the pivot shaft is on the racing card slot.彳 丨 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此Orientation, however, this patent pre-existing external receiving antenna system (4) complex mechanical structure with many parts to achieve rotation." Zhou Zheng antenna effect, not only complex structure, assembly is not easy, and such shafts require precision machining process, Therefore, the manufacturing cost is high. In addition, the conventional rotary shaft antenna has the disadvantage of inconvenience, and the rotation of the shaft is prone to wear for a long time. The metal shaft is also prone to wear and reduces the service life. Therefore, how to design a kind The external adjustable antenna positioning device can simplify the structure, reduce the antenna manufacturing cost, and make it difficult to wear and prolong the use of the life. In fact, it is an urgent problem to be solved in the industry. [New content] Defects in the above-mentioned conventional technologies One of the purposes of this creation is to provide a tunable antenna positioning device that is simple in structure. The purpose of this is to provide a prevention. The adjustable antenna positioning device is used to extend the service life. Another object of the present invention is to provide an adjustable antenna positioning device that is easy to assemble and manufacture. To achieve the above and other objects, the present invention provides an adjustable antenna positioning device^ The power supply is connected to an electronic device, and the communication signal is collected. The adjustable antenna positioning device comprises: a base having an opening on the surface thereof; the wrinkle body is combined with the opening for closing the base, and the center is provided with a No. 19725 6 M308510 - a joint portion; and a receiving body for receiving a communication signal, and having a second end portion corresponding to the first joint portion at one end to adjust the receiving body through the fold body Oriented to the pedestal, and electrically connected to the electronic device through an electrical conductor to transmit a communication signal. In the adjustable antenna positioning device, the center of the crease body can fix a conductive ferrule. a first bonding portion is formed on the conductive collar, and a second bonding portion of the receiving body is correspondingly coupled to the first bonding portion of the conductive collar Preferably, the first joint portion and the second joint portion are respectively corresponding internal threads and external threads. Since the center of the wrinkle body can fix a conductive ring, the receiving body The second bonding portion is electrically connected to the conductive ferrule through the bonding and the first bonding portion, and electrically connected to the conductive ferrule and the electronic device through the electrical conductor to achieve the receiving body and the electronic device The electrical connection relationship is not limited to the direct electrical connection between the receiver and the electronic device. In addition, the wrinkle system can be made of, for example, a rubber material and has an insulating property and a deformation property. In a preferred embodiment, The wrinkle system can have a denatured positioning characteristic toward a single side and a continuous bending structure, and the receiving body can be positioned on the base in a single direction (bidirectional) through the wrinkle body. In another preferred embodiment, the wrinkle system may be a continuous bending structure that is radiated outwardly by the first joint portion, so that the receiving body can pass through the corrugated body according to the first joint portion. Positioning the center of the circle in multiple directions Seat. And a communication circuit unit electrically connected to the electronic device, wherein the receiving system is electrically connected to the communication 7 19725 M308510 - circuit unit through an electrical conductor to achieve the receiver and the Electrical connection of electronic equipment. In addition, the pedestal-side can be electrically connected to the signal output port of the communication circuit for electrically connecting to the electronic device through the signal line. Compared with the prior art, this creation mainly uses the _ body as the interface between the body and the base, and utilizes the characteristics of the wrinkle body to be deformed and positioned to make the receiver adjustable. The grounding is located on the base, and the positioning structure of the receiving body is adjusted, and the positioning direction can be adjusted according to the receiving effect of the communication signal. Therefore, the adjustable antenna positioning device provided by the present invention can simplify the structure, reduce the antenna manufacturing cost, and have no mechanical structure wear problem, and can prolong the service life. In fact, it is an urgent problem to be solved in the industry. Problems with technology. [Embodiment] Hereinafter, the embodiments of the present invention will be described by way of specific embodiments, and those skilled in the art can easily understand other advantages and effects of the present invention by the contents disclosed in the present specification. The present invention may be embodied or applied in various other specific embodiments. The details of the present invention can also be applied to various embodiments without departing from the spirit and scope of the invention. Please refer to the figures of FIG. 1 and FIG. 2 , which are schematic diagrams showing an embodiment of the tunable antenna positioning device of the present invention and a side cross-sectional view thereof. The adjustable antenna positioning device is electrically connected to an electronic device for receiving The communication signal is only designed in this implementation (4) (4). The positioning device itself is designed in 19725 8 M308510. It can be applied to the integrated installation to an electronic device. It can also be applied to the positive and negative circuit units and the signal output. The signal receiving device ' is electrically connected to the electronic device towel by a signal line. Therefore, the electronic device of the present invention may include various communication devices or devices having communication functions, such as a mobile phone, a satellite positioning tl (Gps), a wireless communication host, a wireless walkie-talkie, a notebook computer, etc., but the form is not The device that receives the wireless signal through the antenna in the above-mentioned limit/L is within the scope of the present application. ^ As shown in Figures 1 and 2, the adjustable antenna provided by the present invention, the position device 'includes a base i having an open σ u, and an enemy body 2 that joins and closes the opening 11 of the seat 1 And the body 3 is coupled to the wrinkle body 2. By the deformation and positioning characteristics of the corrugated body 3, the 5 hai, the body 3 is positioned in the adjustable direction of the pedestal i, simplifies the positioning structure of the receiving body 3, and can be arbitrarily received according to the communication signal. Adjust the positioning direction. In the present embodiment, the base raft is a hemispherical shell structure or a bowl-shaped structure, and the opening 11 of the surface has a circular design, and the J 11 system is located at the center of the top of the pedestal 1. position. The wrinkle body 2 is made of a rubber material and has an insulating property, and the wrinkle body 2 is deformed by a continuous bending structure in which the first joint portion 211 is radiated outward. In the center of the corrugated body 2, for example, a conductive ferrule 21 made of, for example, a metal, is used, and a first joint portion 211 such as an internal thread is formed inside the conductive ferrule 3. The receiving system uses a metal antenna for receiving a communication signal, and has a second coupling portion 31 at one end thereof corresponding to the 9 19725 M308510 and coupled to the first joint portion 211, for example, an external thread. It can be seen from the foregoing design that the corrugated body 2 is used as a bonding medium between the receiving body 3 and the susceptor 1, and the characteristics of the wrinkle body 2 itself can be deformed and positioned, so that the receiving body 3 can be The first joint portion 211 is positioned at the center of the susceptor 1 so as to adjust the orientation of the receiving body 3, and the positioning direction can be arbitrarily adjusted according to the receiving effect of the communication signal. Of course, in the embodiment, the first joint portion 211 and the second joint portion 31 are exemplified by the internal thread and the external thread, and are not used to limit the joint relationship between the receiver 3 and the wrinkle body 2, and the appropriate structural strength can be provided. And the structure of the combination = degree is the first joint portion 211 and the second, port a 邛 31 defined by the present creation, for example, the flange and the groove provided for the socket or the buckle effect are required to be structurally changed. It is understood by those skilled in the art and is implemented by those skilled in the art, and therefore will not be further described in conjunction with the drawings. The adjustable antenna positioning device provided by the embodiment can be applied to an integrated electronic device, for example, by using the base device to be applied to, for example, a mobile phone, a satellite device (Gps), a wireless private host, An electronic device such as a walkie-talkie, a notebook computer, and the like, and is electrically connected to the receiving body 3 by an electric conductor 23, and the electronic device is disposed in the Benbega case because it is fixed in the center of the sensitive body 2 The conductive collar ' has been electrically connected to the receiving body 3, so that the electrical conductor 23 can be directly connected to the conductive collar 21 and the electronic device, that is, the communication k number. The third embodiment of the present embodiment shows the second embodiment of the present invention. The second embodiment of the present invention is shown in the following example. Since the present embodiment is different from the first embodiment, the main difference is that the base is changed. The structure is provided with a phase-integrated communication circuit and a number of output signals to form a signal receiving device. For the sake of simplicity and ease of understanding of the specification, the same symbolic material is used in the same way, and the symbol is no longer defined and the same structure is omitted. Detailed explanation, and to Chen Ming. As the third
圖所示，該可調式天線定位裝置，係包括具有一開口 W 之基座4、結合並封閉該基座4之開口 41的皺摺體5、以 及結合至該_體5之接收體3。藉由該_體5可變带 及定位之特性’使得該接收體3可調方向地定位於該基座 [俾簡化接收體3之定位結構，並可根據通訊信號 收效果任意調整定位方向。 於本實施例中，該基座4係設計呈一罩體，且除了 ::央具有一開口 41之外，該基座4中復設有一透過電 蛉體53電性連接至該導電套圈51之通訊電路單元“， 另外該基座4-側復具有—電性連接至該通訊電路單元 43之信號輸出埠45 ’用以透過例如信號線與外部之 設備電性連接。因此，本實施例與第—實施例最大之差里 即^於改㈣基座4之構造設計以整合通訊電路單元u 與信號輸出4 45而構成—信號接收裝置，俾 設備。 饮电卞 此外，本實施例所揭示之皺摺體5亦不同於第一實施 例’該_體5係例如由橡㈣f製成而具絕緣特性汽^ 該皺摺體5係為朝單-方向之連續彎折結構而具變性定 位特性’俾使該接收體3透過賴摺體5而可朝單一方向 19725 11 M308510 ，（雙向）調整地定位於該基座4。 ^ ’本創作所揭示之兩種實施例變&中，該等 „之變化亦可相互對調配置，端視其用途與調：功 月匕而疋/亦即格配交化之其餘兩種變化例應視為根據本 作所能輕易思及者，屬於本創作之技術思想所涵蓋。 由於天線接收信號時具有方向性，當利用本創作所提 i、之可调式天線定位裝置接收信號時，需調整接收體的接 方位4吏其達到最佳仏號接收效果，藉由該敏擅體易變 形與疋位之特性，當需調整該可調式天線定位震置的信號 ^收方位時’只需傾斜扳動該接收體的角度使其達到最佳 仏唬接收效果時，該接收體即可定位於該最佳方位。 相較於習知技術’本創作可調式天線定位裳置係透過 敵擅體來做為接收體與基座之間的結合介質，並且利用該 鈹摺體可變形及定位之特性，使得接收體受傾斜扳動之後 又力的皺摺體一側彎折結構被壓縮，而相對的另一側彎折 籲結構被拉伸，因此可維持這㈣縮和拉伸之定位狀離，使 得該接收體可調方向地定位於該基座，俾簡化接收體之定 位結構’並可根據通訊信號之接收效果任意調整定位方 向，、而該皺摺體在加工工藝及材料成本上遠低於習知技術 之複雜金屬旋轉軸，且在調整天線方位時，該皺 類似旋轉轴在旋轉時的轴磨損現象，俾降低製作與組裝成 本、並使其防止磨損藉以延長使用壽命。 【圖式簡單説明】 第1圖係減示本創作可調式天線定位裝置之第一實 19725 12 M3 08510 施例示意圖； 弟2圖係盈黃+ 士 -、、不本創作可 — 施例側剖示意圖；以及 ϋ式天線疋位裝置之第一實 昂3圖係顯示本創作可 — 施例側剖示意圖。 ϋ周式天線定位裝置之第二實 【主要元件符號說明】 1 基座 . Π 開口 _ 2敵摺體 21導電套圈 211 第一結合部 23 電導體 3 接收體 31 第二結合部 4 基座 、· 41 開口 . 43 通訊電路單元 45 信號輸出埠 5 皺摺體 51導電套圈 53 電導體 19725 13As shown, the adjustable antenna positioning device includes a base 4 having an opening W, a corrugated body 5 that joins and closes the opening 41 of the base 4, and a receiving body 3 coupled to the body 5. The responsive body of the _body 5 and the characteristics of the positioning enable the receiving body 3 to be positioned in the directional direction of the susceptor [俾 simplifies the positioning structure of the receiving body 3, and can arbitrarily adjust the positioning direction according to the communication signal receiving effect. In this embodiment, the pedestal 4 is designed as a cover, and the susceptor 4 is electrically connected to the conductive ferrule 53 except that the central portion has an opening 41. The communication circuit unit of 51, the base 4 - side has a signal output 埠 45 ' electrically connected to the communication circuit unit 43 for electrically connecting to an external device through, for example, a signal line. Therefore, the present embodiment The maximum difference between the example and the first embodiment is that the structure of the base 4 is modified to integrate the communication circuit unit u and the signal output 4 45 to form a signal receiving device, a device, a drinking device, and the present embodiment. The disclosed wrinkle body 5 is also different from the first embodiment. The body 5 is made of, for example, rubber (four) f and has an insulating property. The wrinkle body 5 is a continuous bending structure in a single direction. The denatured positioning characteristic '俾 enables the receiving body 3 to pass through the lamella 5 and can be positioned in a single direction 19725 11 M308510 (bidirectionally) to the pedestal 4. ^ 'Two embodiments of the present disclosure change & In the case, the changes can be adjusted to each other, depending on their use. Transfer: Reactive months dagger and Cloth / cell i.e. with deposit of the other two changes should be considered according to the present embodiment can be easily thought and who belong to the technical idea of the present Creation covered. Since the antenna has directionality when receiving signals, when receiving the signal by using the adjustable antenna positioning device proposed by the present invention, it is necessary to adjust the receiving position of the receiving body to achieve the best nickname receiving effect, The characteristics of the body easy to deform and clamp, when the adjustment of the position of the adjustable antenna positioning vibration is required to adjust the orientation of the receiver, the receiver is only required to tilt the angle of the receiver to achieve the best reception effect. It can be positioned in the best orientation. Compared with the prior art, the adjustable antenna positioning device of the present invention is used as a bonding medium between the receiving body and the base through the enemy body, and the deformable body is deformed and positioned to make the receiving body After the tilting is pulled, the force of the wrinkle body side bending structure is compressed, and the opposite side of the bending structure is stretched, so that the (4) contraction and the stretching position can be maintained, so that the receiving The body is directionally positioned on the base, and the positioning structure of the receiving body is simplified, and the positioning direction can be arbitrarily adjusted according to the receiving effect of the communication signal, and the wrinkle body is far lower than the conventional processing technology and material cost. The technical complex metal rotating shaft, and when adjusting the antenna orientation, the wrinkle is similar to the shaft wear phenomenon of the rotating shaft during rotation, which reduces the manufacturing and assembly costs and prevents wear and tear to extend the service life. [Simple description of the diagram] The first picture is a schematic diagram of the first real 19725 12 M3 08510 embodiment of the adjustable antenna positioning device; the second picture is the yellow + 士-,, not the creation can be - the side of the application The cross-sectional view; and the first real 3 diagram of the 疋-type antenna 疋 device show the schematic view of the creation. The second embodiment of the ϋ 式 antenna positioning device [main symbol description] 1 pedestal. 开口 opening _ 2 enemy body 21 conductive ferrule 211 first joint 23 electrical conductor 3 receiver 31 second joint 4 pedestal , · 41 opening. 43 Communication circuit unit 45 Signal output 埠5 Wrinkle body 51 Conductive ferrule 53 Electrical conductor 19725 13