M354873 八、新型說明： 【新型所屬之技術領域】 暨方 本創作係關於一種調整架，尤指利用於連結 向。周正一熟線彳§號收發裝置之調整架。 【先前技術】 近年來由於無線通訊之發達，許多城市都提供益 線上網設備，以供行人隨時能_鱗轉進行資;L 的傳輸’該無線上網設備之架設方式為利用—天線事 置’收發由使用者傳來之無線訊號，再以—網^ =線裝置與數據機，讓使用者之訊號能傳送至網 為了能讓無線訊號能涵蓋到最大之範圍，一般羽 知之作法為於大樓戶外之牆壁上安裝—固定架，並將 =線架設於該固定架上’如此能減少如車輛等地面 t 触通訊。亦可將鼓線裝㈣向-特定區 =如行人座椅，或避免與另一天線裝置之收發範 另外時系人潮聚集之特定區域時常變動，或是 2近架設另—天線1料，時常需調整天線裝置之 方向。然而’習知之安震架時常沒有調整方向之 口此H周整方向’或是雖然可調整，但調整 之角度有限’或需具紅具進行複雜之拆_與安裝才 可調整。 M354873 然而，另有習知之固定架，雖然具備調整之功能， 但固定架於調整後無法穩固的固定天線裝置，特別於 天線裝置安裝於戶外，常面臨風吹雨打之情況，會使 得天線裝置偏移原本指向之方向，造成特定之區域收 訊不佳。 【新型内容】 綜觀以上所述，在習知之固定架，使用者無法簡 易的調整無線信號收發裝置之指向方向及所需之角 度，或是於調整後無法穩固的固定無線信號收發裝置。 因此本創作之目的在提供一種無線信號收發裝置之連 結暨方向調整架，其利用一固定機構、一連接機構及一 夾持裝置，藉由上述三者間相互配合之齒部及相互垂直 之旋轉方向，而能使使用者簡易的調整該無線信號收發 裝置之指向方向，並且能調整相當大範圍之角度，並於 該無線信號收發裝置調整後能有良好之定位。 為了達成上述之目的，本創作係提供一種無線信 號收發裝置之連結暨方向調整架，包含一固定機構、 一連接機構及夾持機構。 該固定機構係包含一第一固定部與一第二固定 部。該第二固定部係由該第一固定部延伸而出，該第 二固定部係設有沿一第一參考方向延伸之一固定齒 部。 該連接機構係設有沿該第一參考方向延伸之一第 6 M354873 一調整齒部，該第一調整齒部係與該固定齒部相互可 轉動地嚙合，以使該連接機構可旋轉地樞接於該固定 機構。 因此本創作可讓使用者僅施力扳動該連接機構相 對於該固定機構旋轉，或是該夾持機構與該連接機構相 對旋轉，以調整該無線信號收發裝置至一預定角度，而 不需額外之工具或複雜之拆卸與調整過程。當使用者調 整到該預定角度時，本創作之調整架可藉由該第一調整 齒部係與該固定齒部之相互嚙合，以及該第二調整齒部 與該干涉齒部之相互嚙合，使該連接機構卡合於該固定 機構，該夾持機構卡合於該連接機構。如此能防止該無 線信號收發裝置於風吹、雨淋等外力作用或老化等關 係，使得無線信號收發裝置之方向偏移。 另外，由於該夾持機構與連接機構相互垂直，因此 本創作之調整架可讓該無線信號收發裝置調整三維之 指向方向，以增加使用者便利性。 關於本創作之優點與精神可以藉由以下的創作詳 述及所附圖式得到進一步的暸解。 【實施方式】 請參閱第一圖，係本創作無線信號收發裝置之連 結暨方向調整架1000之立體圖。連結暨方向調整架 1000係可包含一基座100、一固定機構200、一連接機 構300、及一夾持機構400。基座100係可固定於一牆 7 M354873 壁或一裝置（圖未示），以將本創作之連結暨方向調整 1‘设於該牆壁或該裝置上。固定機構2〇0係固 疋方、基座100上。連接機構3⑻係樞接於固定機構 上，並可以—第一軸心A1相對於固定機構200旋轉。 一夾持機構4 〇 〇係用以夾持該無線信號收發裝置（圖 未示）5亥热線信號收發裝置係可為無線本地存取網路 (WLAN)，全球配合操作性微波存取(Wimax)，超寬頻帶 • (UWB)及手提式數位影像廣播（dvb_h)等應用於電 視、手機、無線網路等無線通訊之傳輸裝置，由於該無 線信號收發裝置並非本創作之重點，因此並不限於上述 之無線傳輪裝置。 夾持機構400係樞接於連接機構3〇〇上，並用以固 持。亥無線彳s號收發裝置。夾持機構4〇〇可以一第二轴心 A2相對於連接機構3〇〇旋轉。其中第一軸心A〗與第二 軸心A2係為垂直，因此可使得該無線傳輸裝置可於三 • 維空間中調整方向。 4參閱第二圖至第三圖，第二圖係本創作無線信 •號收發t置之連結暨方向調整架_之分解圖，第三 -圖係本創作固定機構200與連接機構300之立體圖。 基座100係可設有一固定面1〇1，複數個固定元件 110係由固定面101延伸而出，等固定元件11〇係可為 了柱狀體。等固定元件11〇係設置於固定面1〇1上之一 圓形軌跡上，兩兩該固定元件11〇係以該圓形軌跡之圓 心C1對稱排列。 8 M354873 固定機構200係包含一第一固定部210及一第二固 定部220。兩個以圓心C1對稱之固定元件110係穿設於 第一固定部210之兩端，以將第一固定部210固定於基 座100之固定面101上。 第二固定部220係可垂直於固定面101，而由第一 固定部210延伸而出。第二固定部220係設有一固定槽 222、一固定齒部223、及一第一限制孔224。固定槽222 及一固定齒部223係均沿一第一參考方向D1延伸。固 定齒部223係為環形，並設置於固定槽222之側壁。第 一限制孔224係沿第一參考方向D1貫穿第二固定部 220，並貫穿固定槽222之侧壁，以及貫穿出第二固定 部220之端部221。 連接機構300係沿一延伸方向DX1延伸，延伸方 向DX1係垂直於第一參考方向D1。連接機構300係設 有一調整柱310、一第一調整齒部320、一調整槽330、 一第二調整齒部340、及一第二限制孔350。其中調整 柱310及第一調整齒部320係均沿第一參考方向D1延 伸，調整槽330、第二調整齒部340係均沿第二參考方 向D2延伸。第一參考方向D1係與第二參考方向D2垂 直。第二限制孔350沿第二參考方向D2貫穿連接機構 300，並貫穿調整槽330之侧壁，且由連接機構300之 端部360貫穿而出。 第一調整齒部320及第二調整齒部340係可為環 形，第一調整齒部320係設置於調整柱310之侧壁，第 9 M354873 二調整齒部340係設置於調整槽330之側壁。其中調整 柱310係配合於固定槽222，固定齒部223與第一調整 齒部320具有沿第一參考方向D1延伸之第一轴心A1， 第一調整齒部32〇係與固定齒部223相互可轉動地嚙 合。 . 於本創作中更可包含一第一鎖固元件510，第一 鎖固元件51〇沿第一軸心A1穿設於第一調整齒部32〇 • 與固定齒部223之中心，以使連接機構300可繞第一軸 ^ A1可方疋轉地樞接於固定機構200。其中第一鎖固元 件510可為一螺絲與螺帽之組合，可將固定機構2⑻與 ，接機構300失持固定，以防止連接機構300鬆脫於固 疋機構200，以及加強連接機構3〇〇與固定機構2⑻結 合之強度。 本創作另可包含-第二鎖固元件52G，第二鎖固元 件520係可為一螺絲及螺帽組合，第二鎖固元件52〇係 • 可同日寸貫穿第二固定部220之端部221及第-限制孔 224。藉由調整第二鎖固元件52〇可使第一限制孔 變窄，如此可同時使得固定槽222縮小，以夾持固定 • 整柱310。 夾持機構400係設有—第一夾持元件41〇、—第二 夾持元件420、與一第三鎖固元件53〇。第—夾持元件 410係可設有一第一齒狀固定面411，第二夾持元件々如 係可設有一第二齒狀固定面421，其中第一齒狀固定面 411與第二齒狀固定面421向對應。第三鎖固元件53〇 10 M354873 係可連接並鎖固第一夾持元件410及第二失持元件 420，當該無線信號收發裝置係可設置於第〜齒狀固定 面411與第二齒狀固定面421之間時，藉由鎖緊第三二 固元件530係可使第一夾持元件410與第二失持:件 42〇之距離縮小，以使第一爽持元件41 〇與第_火# 一 件420之夾持該無線信號收發裝置。 、M354873 VIII. New description: [New technical field] The genre creation department is about an adjustment frame, especially for the connection direction. Zhou Zhengyi cooked line 彳 § No. transceiver bracket. [Prior Art] In recent years, due to the development of wireless communication, many cities have provided Internet access equipment for pedestrians to use at any time. The transmission of L's wireless Internet access device is based on the use of antennas. Send and receive the wireless signal transmitted by the user, and then use the network to connect the data device to the data machine, so that the user's signal can be transmitted to the network. In order to allow the wireless signal to cover the maximum range, the general practice is to build the building. Installation on the outdoor wall—fixing frame and erecting the wire on the mounting frame—can reduce ground t-communication such as vehicles. It is also necessary to install the drum wire (4) to a specific area = such as a pedestrian seat, or to avoid the transmission and reception with another antenna device, or to change the specific area where the crowd gathers, or 2 to erect another antenna. Adjust the direction of the antenna unit. However, the conventional anti-shock is often not adjusted in the direction of the H-round direction or although it can be adjusted, but the angle of adjustment is limited, or it needs to be red with complicated disassembly _ and installation can be adjusted. M354873 However, there is another known fixing frame, although it has the function of adjustment, but the fixing frame cannot be stably fixed after adjusting the antenna device, especially when the antenna device is installed outdoors, often facing the situation of wind and rain, which will make the antenna device biased. Moving in the direction of the original, resulting in poor reception in a specific area. [New content] As described above, in the conventional holder, the user cannot easily adjust the pointing direction and the required angle of the wireless signal transmitting and receiving device, or the fixed wireless signal transmitting and receiving device cannot be stably fixed after the adjustment. Therefore, the purpose of the present invention is to provide a connection and direction adjustment bracket for a wireless signal transceiving device, which utilizes a fixing mechanism, a connecting mechanism and a clamping device, and the teeth and the perpendicular rotation thereof are mutually coordinated by the above three. The direction allows the user to easily adjust the pointing direction of the wireless signal transmitting and receiving device, and can adjust a relatively wide range of angles, and can have a good positioning after the wireless signal transmitting and receiving device is adjusted. In order to achieve the above object, the present invention provides a connection and direction adjustment bracket for a wireless signal transceiving device, comprising a fixing mechanism, a connecting mechanism and a clamping mechanism. The fixing mechanism includes a first fixing portion and a second fixing portion. The second fixing portion is extended from the first fixing portion, and the second fixing portion is provided with one fixing tooth extending in a first reference direction. The connecting mechanism is provided with a sixth M354873 adjusting tooth portion extending along the first reference direction, the first adjusting tooth portion and the fixed tooth portion are rotatably engaged with each other such that the connecting mechanism is rotatably pivoted Connected to the fixing mechanism. Therefore, the present invention allows the user to only force the connecting mechanism to rotate relative to the fixing mechanism, or the clamping mechanism and the connecting mechanism rotate relative to adjust the wireless signal transceiving device to a predetermined angle without Additional tools or complicated disassembly and adjustment processes. When the user adjusts to the predetermined angle, the fixture of the present invention can be engaged with the fixed tooth portion by the first adjusting tooth portion and the second adjusting tooth portion and the interference tooth portion. The connecting mechanism is engaged with the fixing mechanism, and the clamping mechanism is engaged with the connecting mechanism. In this way, the wireless signal transmitting and receiving device can be prevented from being subjected to external force or aging such as wind blowing or rain, and the direction of the wireless signal transmitting and receiving device is shifted. In addition, since the clamping mechanism and the connecting mechanism are perpendicular to each other, the fixture of the present invention allows the wireless signal transmitting and receiving device to adjust the three-dimensional pointing direction to increase user convenience. The advantages and spirit of this creation can be further understood by the following details of the creation and the drawings. [Embodiment] Please refer to the first figure, which is a perspective view of the connection and orientation adjustment frame 1000 of the present wireless signal transmitting and receiving device. The connection and orientation adjustment frame 1000 can include a base 100, a fixing mechanism 200, a connecting mechanism 300, and a clamping mechanism 400. The base 100 can be fixed to a wall 7 M354873 wall or a device (not shown) to adjust the connection and orientation of the creation 1 'on the wall or the device. The fixing mechanism 2〇0 is fixed to the base and the base 100. The connecting mechanism 3 (8) is pivotally connected to the fixing mechanism, and the first axis A1 can be rotated relative to the fixing mechanism 200. A clamping mechanism 4 is used for clamping the wireless signal transceiving device (not shown). The hotline signal transceiver device can be a wireless local access network (WLAN), and the global cooperation with operational microwave access ( Wimax), ultra-wideband (UWB) and portable digital video broadcasting (dvb_h) are used in transmission devices for wireless communication such as televisions, mobile phones, and wireless networks. Since the wireless signal transceiver is not the focus of this creation, It is not limited to the wireless transmission device described above. The clamping mechanism 400 is pivotally connected to the connecting mechanism 3〇〇 and is for holding. Hai wireless 彳s number transceiver. The clamping mechanism 4A can be rotated relative to the connecting mechanism 3A by a second axis A2. The first axis A is perpendicular to the second axis A2, so that the wireless transmission device can adjust the direction in the three-dimensional space. 4 Referring to the second to third figures, the second figure is an exploded view of the connection and direction adjustment frame of the wireless signal transmission and reception t-setting, and the third-picture is a perspective view of the creation fixing mechanism 200 and the connection mechanism 300. . The base 100 can be provided with a fixing surface 1〇1, and a plurality of fixing members 110 are extended by the fixing surface 101, and the fixing member 11 can be a columnar body. The fixing member 11 is disposed on one of the circular tracks on the fixed surface 1〇1, and the two fixed members 11 are symmetrically arranged at the center C1 of the circular track. 8 M354873 The fixing mechanism 200 includes a first fixing portion 210 and a second fixing portion 220. Two fixing members 110 symmetrically centered on the center C1 are provided at both ends of the first fixing portion 210 to fix the first fixing portion 210 to the fixing surface 101 of the base 100. The second fixing portion 220 is perpendicular to the fixing surface 101 and extends from the first fixing portion 210. The second fixing portion 220 is provided with a fixing groove 222, a fixing tooth portion 223, and a first limiting hole 224. The fixing groove 222 and a fixing tooth portion 223 extend in a first reference direction D1. The fixing tooth portion 223 is annular and is disposed on the side wall of the fixing groove 222. The first restricting hole 224 penetrates the second fixing portion 220 in the first reference direction D1, penetrates the side wall of the fixing groove 222, and penetrates the end portion 221 of the second fixing portion 220. The connecting mechanism 300 extends in an extending direction DX1, and the extending direction DX1 is perpendicular to the first reference direction D1. The connecting mechanism 300 is provided with an adjusting post 310, a first adjusting tooth portion 320, an adjusting groove 330, a second adjusting tooth portion 340, and a second limiting hole 350. The adjustment post 310 and the first adjustment tooth portion 320 all extend along the first reference direction D1, and the adjustment groove 330 and the second adjustment tooth portion 340 all extend along the second reference direction D2. The first reference direction D1 is perpendicular to the second reference direction D2. The second restricting hole 350 penetrates the connecting mechanism 300 in the second reference direction D2 and penetrates the side wall of the adjusting groove 330, and is penetrated by the end portion 360 of the connecting mechanism 300. The first adjusting tooth portion 320 and the second adjusting tooth portion 340 are annular, and the first adjusting tooth portion 320 is disposed on the side wall of the adjusting column 310, and the ninth M354873 adjusting tooth portion 340 is disposed on the side wall of the adjusting groove 330. . The adjustment post 310 is fitted to the fixing groove 222. The fixing tooth portion 223 and the first adjusting tooth portion 320 have a first axis A1 extending along the first reference direction D1. The first adjusting tooth portion 32 and the fixing tooth portion 223 Engaged in rotation with each other. In the present invention, a first locking component 510 is further included, and the first locking component 51 is disposed along the first axis A1 at the center of the first adjusting tooth portion 32 and the fixed tooth portion 223, so that The connecting mechanism 300 can be pivotally connected to the fixing mechanism 200 about the first axis ^ A1 . The first locking component 510 can be a combination of a screw and a nut, and the fixing mechanism 2 (8) and the fastening mechanism 300 can be lost and fixed to prevent the connecting mechanism 300 from being loosened from the fixing mechanism 200, and the connecting mechanism is strengthened. The strength of the combination of the 〇 and the fixing mechanism 2 (8). The present invention may further include a second locking component 52G, the second locking component 520 may be a screw and nut combination, and the second locking component 52 may be connected to the end of the second fixing portion 220. 221 and the first-restricted hole 224. The first restriction hole can be narrowed by adjusting the second locking member 52, so that the fixing groove 222 can be simultaneously narrowed to clamp and fix the entire column 310. The clamping mechanism 400 is provided with a first clamping element 41〇, a second clamping element 420, and a third locking element 53〇. The first clamping element 410 can be provided with a first toothed fixing surface 411, and the second clamping element can be provided with a second toothed fixing surface 421, wherein the first toothed fixing surface 411 and the second toothed shape The fixing surface 421 is correspondingly aligned. The third locking component 53〇10 M354873 can connect and lock the first clamping component 410 and the second loss component 420, and the wireless signal transceiving device can be disposed on the first toothed fixing surface 411 and the second tooth. When the fixing surface 421 is between the fixing surfaces 421, the distance between the first clamping element 410 and the second missing member 42 is reduced by locking the third two-solid element 530, so that the first holding element 41 is The first _ fire # one 420 clamps the wireless signal transceiver. ,
木—处符元件410另設有一干涉桎412與—干涉齒 部413，干涉柱412與干涉齒部413係均沿第二參^二 向D2延伸。干涉齒部413係設置於干涉桎 > 干涉柱412係配合於調整槽330。第二調整齒部34〇盥 干涉齒部413具有沿第二參考方向D2延伸之第二轴二 A2’干涉齒部413係與第二調整齒部34〇相互可&動二 嚙合，以使失持機構4⑻可繞第二軸心 接於連接機構2 %轉地樞The wood-intervening element 410 is further provided with an interference 桎 412 and an interference tooth 413, and both the interference column 412 and the interference tooth 413 extend along the second reference line D2. The interference tooth portion 413 is provided in the interference 桎 > The interference column 412 is fitted to the adjustment groove 330. The second adjustment tooth portion 34 〇盥 the interference tooth portion 413 has a second axis two A2 ′ the interference tooth portion 413 extending in the second reference direction D2 and the second adjustment tooth portion 34 〇 are mutually movable and movable The lost mechanism 4 (8) can be connected to the connecting mechanism 2% to the ground pivot around the second axis
^叙第—調整齒部32G係與固定齒部223之齒 歎、以及弟二調整齒部34〇與干涉齒部413 為如360個、18〇個或其他個數，以配合角户户: 此使用者可將無線信號收發裝置調整至精確σ 於本創作中更可包含一第三鎖固元件53〇广 鎖固元件530沿該第二軸心A2穿 苐一 340盥钴工、、止止 牙叹於该弟二調整齒部 繞部仍之中心，以使該夾持機構400可 :2可旋轉地樞接於連接機構300。苴中第 二鎖口兀件530可為―螺絲與 ㈣ 構3⑽與夾持機構4〇〇夾持固 可將連接機 以防止夾持機構400 M354873 脫於連接機構3⑽，以及加強夾持機構與連接機 構300結合之強度。 本創作另可包含一第四鎖固元件540，第四鎖固元 件540係可為—螺絲及螺帽組合，第四鎖固元件540係 可同時貫穿連接機構3⑻之端部221及第二限制孔 藉由調整第四鎖固元件540可使第二限制孔35〇The sigh of the adjustment tooth portion 32G and the fixed tooth portion 223, and the adjustment tooth portion 34 and the interference tooth portion 413 are, for example, 360, 18, or other numbers to match the angle household: The user can adjust the wireless signal transceiver to an accurate σ. In the present invention, a third locking component 53 can be included. The wide locking component 530 passes through a 340 盥 cobalt work along the second axis A2. The sigh of the second sigh adjusts the center of the tooth winding so that the clamping mechanism 400 can be rotatably pivotally connected to the connecting mechanism 300. The second locking member 530 of the cymbal can be a screw and (4) structure 3 (10) and the clamping mechanism 4 〇〇 can be clamped to prevent the clamping mechanism 400 M354873 from being detached from the connecting mechanism 3 (10), and the clamping mechanism is strengthened The strength of the connection mechanism 300 is combined. The creation may further include a fourth locking component 540, the fourth locking component 540 may be a combination of a screw and a nut, and the fourth locking component 540 may simultaneously pass through the end portion 221 of the connecting mechanism 3 (8) and the second restriction. The second limiting hole 35 can be made by adjusting the fourth locking component 540.
變窄’如此可同時使得調整槽330、缩小，以炎持固定干 涉柱412。 於另一貫施例中，調整柱31〇可設置於第二固定部 220 ’固疋槽222可設置於連接機構300，調整槽330可 汉置於该夾持機構4〇〇 ,該干涉柱412可設置於連接機 構300。忍即，連接機構3⑽係設有沿第一參考方向D1 之固定槽222，第一調整齒部32〇係設置於固定槽222 之側壁，第二固定部220係設有沿第一參考方向Di延 伸之調整柱310，固定齒部223係設置於調整柱31〇之 側壁，其中調整柱310係配合於固定槽222。夾持機構 4 〇 〇係設有沿第二參考方向D 2之調整槽3 3 〇，干涉齒部 413係設置於調整槽330之侧壁，連接機構3〇〇係設有 沿第二參考方向D2延伸之干涉柱412，第二調整齒部 340係設置於干涉柱412之侧壁，其中干涉柱412係配 合於調整槽330内。 綜上所述，使用者亦可以藉由簡易的鎖固第二鎖固 元件520與第四鎖固元件540，以固定連接機構3〇〇與 夾持機構400。鬆開第二鎖固元件520與第四鎖固元件 M354873 540，則可讓使用者施力扳動連接機構300相對於固定 機構200旋轉，或是夾持機構400與連接機構300相對 旋轉，以調整該無線信號收發裝置至一預定角度。 當使用者調整到該預定角度時，本創作之調整架可 藉由第一調整齒部320係與固定齒部223之相互嚙合， 以及第二調整齒部340與干涉齒部413之相互嚙合，使 連接機構300卡合於固定機構200，夾持機構400卡合 於連接機構300。如此能防止該無線信號收發裝置於風 吹、雨淋等外力作用或老化等關係，使得無線信號收發 裝置之方向偏移。 另外，由於第一軸心A1與第二軸心A2相互垂直， 因此本創作之調整架可讓無線信號收發裝置調整三維 之指向方向，以增加使用者便利性。 藉由以上較佳具體實施例之詳述，希望能更加清 楚描述本創作之特徵與精神，而並非以上述所揭露的 較佳具體實施例來對本創作之範疇加以限制。相反 地，其目的是希望能涵蓋各種改變及具相等性的安排 於本創作所欲申請之專利範圍的範疇内。 【圖式簡單說明】 第一圖係本創作無線信號收發裝置之連結暨方向調 整架之立體圖； 第二圖係本創作無線信號收發裝置之連結暨方向調 整架之分解圖；以及 M354873 第三圖係本創作固定機構與連接機構之立體圖。 【主要元件符號說明】 連結暨方向調整架1000 基座100 固定面101 固定元件110 固定機構200 第一固定部210 第二固定部220 端部221 固定槽222 固定齒部223 第一限制孔224 連接機構300 調整柱310 第一調整齒部320 調整槽330 第二調整齒部340 第二限制孔350 端部360 夾持機構400 第一夾持元件410 第一齒狀固定面411 干涉柱412 14 M354873 干涉齒部413 第二夾持元件420 第二齒狀固定面421 第三鎖固元件430 第一鎖固元件510 第二鎖固元件520 第三鎖固元件530 第四鎖固元件540 圓心C1 第一轴心A1 第二轴心A2 第一參考方向D1 第二參考方向D2 延伸方向DX1Narrowing' can thus cause the adjustment slot 330 to be shrunk to hold the interference column 412. In another embodiment, the adjustment post 31 can be disposed on the second fixing portion 220. The fixing groove 222 can be disposed on the connecting mechanism 300, and the adjusting groove 330 can be placed on the clamping mechanism 4, the interference column 412. It can be disposed in the connection mechanism 300. For example, the connecting mechanism 3 (10) is provided with a fixing slot 222 along the first reference direction D1. The first adjusting tooth portion 32 is disposed on the side wall of the fixing slot 222, and the second fixing portion 220 is disposed along the first reference direction Di. The adjusting column 310 and the fixing tooth portion 223 are disposed on the side wall of the adjusting column 31 , wherein the adjusting column 310 is fitted to the fixing groove 222 . The clamping mechanism 4 is provided with an adjusting groove 3 3 沿 along the second reference direction D 2 , the interference tooth portion 413 is disposed on the side wall of the adjusting groove 330 , and the connecting mechanism 3 is provided along the second reference direction The second adjustment tooth portion 340 is disposed on the side wall of the interference column 412, and the interference column 412 is fitted into the adjustment groove 330. In summary, the user can also fix the connecting mechanism 3 and the clamping mechanism 400 by simply locking the second locking component 520 and the fourth locking component 540. When the second locking component 520 and the fourth locking component M354873 540 are loosened, the user can be forced to rotate the connecting mechanism 300 relative to the fixing mechanism 200, or the clamping mechanism 400 and the connecting mechanism 300 are relatively rotated to Adjusting the wireless signal transceiver to a predetermined angle. When the user adjusts to the predetermined angle, the first adjustment tooth portion 320 and the fixed tooth portion 223 are in mesh with each other, and the second adjustment tooth portion 340 and the interference tooth portion 413 are in mesh with each other. The connection mechanism 300 is engaged with the fixing mechanism 200, and the clamping mechanism 400 is engaged with the connection mechanism 300. In this way, the wireless signal transmitting and receiving device can prevent the external force or aging of the air blowing or raining, and the direction of the wireless signal transmitting and receiving device is shifted. In addition, since the first axis A1 and the second axis A2 are perpendicular to each other, the fixture of the present invention allows the wireless signal transmitting and receiving device to adjust the three-dimensional pointing direction to increase user convenience. The features and spirit of the present invention are more clearly described in the detailed description of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. On the contrary, the purpose is to cover a variety of changes and equivalence arrangements within the scope of the patent application to which this creation is intended. [Simple diagram of the diagram] The first picture is a perspective view of the connection and direction adjustment frame of the wireless signal transceiver device of the present creation; the second picture is an exploded view of the connection and direction adjustment frame of the wireless signal transceiver device of the present creation; and the third figure of M354873 A perspective view of the creation of the fixing mechanism and the connection mechanism. [Main component symbol description] Connection and direction adjustment frame 1000 Base 100 Fixing surface 101 Fixing element 110 Fixing mechanism 200 First fixing portion 210 Second fixing portion 220 End portion 221 Fixing groove 222 Fixing tooth portion 223 First restricting hole 224 Connection Mechanism 300 Adjustment column 310 First adjustment tooth portion 320 Adjustment groove 330 Second adjustment tooth portion 340 Second restriction hole 350 End portion 360 Clamping mechanism 400 First clamping element 410 First toothed fixing surface 411 Interference column 412 14 M354873 Interference tooth 413 second clamping element 420 second toothed fixing surface 421 third locking element 430 first locking element 510 second locking element 520 third locking element 530 fourth locking element 540 center C1 One axis A1 Second axis A2 First reference direction D1 Second reference direction D2 Extension direction DX1
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