M420859 • ♦ * 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種無線電子裝置之收、發射器之天線，尤 指一種設置於無線麥克風收、發射器之天線。 【先前技術】 按，無線電子裝備需裝設有天線用以接受或發射無線訊 號’由於無線訊號的收發效果往往會直接影響到該些無線設備 春 之使用效能及表現，而由於無線訊號之傳遞易受外界條件干擾 或限制，使訊號傳遞和接收的效果大打折扣，故該些無線裝置 裝設之天線皆可調節變化其角度和方向，令使用者可調整該天 線之角度位置來達到最佳收發效果。而習知的天線係於電子設 備上固設有一座體，而該天線係樞設於該座體上，令該天線可 相對該座體樞擺，讓使用者調整該天線之方向位置。 然，上述之天線結構僅可於一平面上左右樞擺移動，無法 # 旋轉至不同平面上擺動，使該天線可收發訊號之角度及方向位 置過於狹小有限，無法供使用者大範圍地調整該天線之角度位 置，故有如中華民國專利號河375995和572371等可36〇度旋轉 並可同時轉擺動之天線結構，其主要包含有一旋轉單元和一 連接單元’該旋轉單元係與該連接單元可旋轉地連接，而該旋 轉單元上枢接有天線本體，而該連接單元顧設於無線收、發 射器上’藉此’樞接於該旋轉單元上之天線除可左右獅調整 位置外，該天線亦可相對該連接單元360度旋轉，令天線可旋 3 轉至不同平面上_左右_雜，使敍射Μ向地調整 改變方向和角度位置而不限於單-平面上。 准該天線之旋轉單元僅可相對該連接單元於單一轴線上 走轉該旋轉單元卻無法相對該連接單元擺動來改變兩者之間 之角度’使其天線可調整之位置仍有死料無法全面性地調整 天線之移動翻。再者，朗者於調整天線肢位置時，須先 將天線本難驗雜後再姉魏接單元獅該旋轉單 元，因此難以快速準確地調整該天線至收發良好之角度位置。 此外，由於天線經常須反覆地調整以配合不同使用環境以 及無線接收器和發射器之相對方向位置，故在調整天線時使用 者往往會直接地扳轉赃該天線，而其扳轉之方向往往並不是 該天線可蝴微轉單元樞擺之方向，甚至是無天線可枢擺 方向垂直之方向，而由於該旋轉單元係相對該連接單元固定於 單軸線上’因此只可於該軸線上旋轉而無法擺動改變兩者間 之角度，當該天線往該天線樞擺方向以外之方向扳折時，容易 造成該旋轉單元與該連接單元之間連接結構受損甚至造成斷 裂，長期使用下，容易造成連接於天線本體與該連接單元之間 的紅轉單元結構受損，甚至斷裂造成使用壽命減短，實為業界 亟待解決之技術課題。 有鑑於此，為提供一種解決上述習用結構之問題，並同時 達到結構簡單並可自由移動調整位置之功效。因此，本創作提 供如下文詳細說明中所述具創新性之無線麥克風收、發射器之 M420859 1 ♦ 天線。 【新型内容】 本創作之主要目的在於提供—可自由角度位置之無 線麥克風收、發射器之天線，且該天線在長時間往復板轉調整 位置後仍不易受損或斷裂’及克服任何環境阻礙限制。 為達成上述目的，本創作提供—種鱗麥克顺、發射器 之天線’包括有-天線本體、—連接體和—基座。該天線本體 包含有-天線桿體和一與該天線桿體連接之接合座；該連接體 包括有-框接部、-頸部和—球體，該頸部係連接於該枢接部 和該球體之間’該樞接部與該接合座相互樞接；該基座具有一 環狀之擋牆’該擋牆圍構有__容置空間，該容置空間具有一開 口 ’該開Π之最大徑小⑽賴之最大徑，該球體係位於該容 置空間内，令該連接體可轉動地連接該基座。 …藉此’本創作之天線本體除可相對該連接體樞擺移動外， 錢接體則可相對該基座旋轉，同時該連接體更可任意擺動至 不同轴線上_，讓該天線本體可全方位纽舰旋轉擺動， 俾利使用者可自由地扳轉該天線本駐_的訊號收發位 置’且不會因扳轉方向非該天線本體可相對該連接體樞擺之方 向’而扳折破壞該連接體之結構’因此本創作之天線即使在反 2扳轉調整錄能可使該天線財良好如_連接結構，不易 讀轉調整而受損或斷裂，達到優於習知結構之功效，且其連 接體之結湖單並無增加製造時之成本，相當符合成本效益。 5 M420859 【實施方式】 以下僅以實施例說明本創作可能之實施態樣，然並非用以 限制本創作所欲保護之範疇，合先敘明。 請參考圖1及圖2，本創作係一種無線麥克顺、發射器之 天線，其主要包括有一天線本體丨、一連接體2和一基座3。 該天線本體1包含有-天線桿體仲一與該天線桿體連接 之接合座10，該連接體2包括有一樞接部20、一頸部21和一球 體22 ’該頸部21係連接於該樞接部2〇和該球體22之間，而該樞_ 接部20與該結合座_互轉。更明確而言，該天線本體工主 要包合有一天線桿體11和一接合座1〇，該天線桿體21係固設於 該接合座10之一端，而該連接體2之枢接部2〇形成有二臂部 200、201，该二臂部2〇〇、201之間形成有一溝槽2〇2，該接合 座10遠離該天線桿體11之一端係容設於該溝槽2〇2中，而利用 一螺釘23或其他固定軸件穿過該二臂部2〇〇、2〇1以及該接合座 1〇形成一框轴，藉此，該接合座1〇樞接於該溝槽202中，而該鲁 天線主體1便可相對該連接體2樞擺移動。而該連接體2較佳者 係由該樞接部20、該頸部21及該球體22—體成型連接而成，令 該連接體2具有良好的結構強度’不易受彎折旋轉而產生變形 或斷裂。 該基座3係具有一環狀之擋牆30，該擋牆30圍構有一容置 空間31，該容置空間31具有一開口32，該開口32之最大徑小於 該球體22之最大徑’而該球體22係位於該容置空間31内，令該 6 連接體2可轉動地連接該基座3。於本實施例中’該基座3係設 置於一無線麥克風收、發射器4上，而該基座3係由該垂直凸起 且環狀排列之擋牆30所構成’如圖1所示；更具體而言該擋牆 33環繞構成該容置空間31，而該容置空間31之形狀相對應該球 體22之形狀而概呈球形狀’而該開口 32係位於該容置空間31 上方且與其相通連’如圖2所示。其中，該開口％係呈圓形， 而該開口32之最大徑小於該球體22之最大徑，藉此，當該球體 22容設於該容置空間31中時，該球體22係卡設於該擋牆内3〇 受該開口31限制而無法任意脫離，而該頸部21靠近該球體22 之部份則位於該開口32中，令該頸部21可相對該開口36〇度旋 轉並且多方位地擺動至不同軸線上。而該頸部21較佳者係自該 球體22朝雜接部20之方向漸擴，令麵概呈漏斗狀，如 圖2所不。藉此，該頸部21靠近該樞接部20之連接部份具有較 完整良好的結構強度’使其與該樞接部2〇之連接結構強硬不易 又相斷裂。於本實施例中，該擋牆3〇更具有至少一缺口％，該 缺口33係供該連接體2之轉21容設於其巾，換言之該缺口 33連通賴σ32和該容置空卿，讓該頸部琳僅可於 中旋轉，更可移動卡設至該缺σ33内，令該連接齡可旋 轉擺動之簡更加廣泛全面，科舰於關口32之範圍内。 請進-步參考圖3至圖6，其分別為本創作裝設於無線麥克 風收、發射114上_整至多種不财向和角度位置之示意 圖。由上述之結構碰可知，本創作之天線本體版設於該連 M420859 接體2上，再利用該連接體2之球體22與該基座3連接，藉此 該天線本體1不僅可於-平面上左右減，藉由該球體22 1 天線本體1更可萬向偏擺移動至不同平面上旋轉移動，同^ 可直接扳轉該連接體2至不同軸線上，使該天線本體1可雙重擺 動調整，讓其調整移動範圍和角度更為廣大全面，進而ς整該 天線本體至習知天線無法扳轉㈣之位置，舉例來說，該連接 體2之頸部22可鷄至該缺吟使該連接體2與該麥克風收、 發射器4之頂面平行，再跡接部2_天線本船枢擺至 疋位’如圖4所示。 值得注意的是’許多無線收、發射器，特別像是無線麥克 風收、發射器等需固定在使用者身上或是隨身攜帶的無線裝 置，其天線位置往往需要更加全面廣泛_整空間，俾利使用 者可隨意扳折該天線柯佔據過多空間同時亦可調整至較佳 的收發角度位置’而本創作則藉由該連接體之樞接部和球體來 連接該天線本體和該鱗麥克·、發射器，使該天線本體可 萬向偏擺轉動’而不會如習知天線有扳轉死角的限制產生，再 者，本創料健梓且具魏料天較大_整範圍， 且本創作在娜機過財林會抵_傷難連接體2之結 構’财在長咖❹下财保有絲蝴縣構強度。 τ上所陳可見糊料僅結構购，更具顯著進步之功 =善習用技藝之缺失，符合本國專利法相關規定，妥依法 ㈣專物，爾_喝翻，實感德便。 M420859 【圖式簡單說明】 圖1係本創作之立體圖。 圖2係本創作之立體分解圖。 圖3係本創作之使用狀態示意圖（一）。 圖4係本創作之使用狀態示意圖（二）。 圖5係本創作之使用狀態示意圖（三）。 圖6係本創作之使用狀態示意圖（四）。 【主要元件符號說明】 1 :天線本體 22 :球體 10 :接合座 23 :螺釘 11 :天線桿體 3 :基座 2 :連接體 30 :擋牆 20 :樞接部 31 :容置空間 200、201 :臂部 32 :開口 202 :溝槽 33 :缺口 21 :頸部 4:無線麥克風收、發射器 9M420859 • ♦ * V. New Description: [New Technology Field] This is an antenna for receiving and transmitting wireless electronic devices, especially an antenna for wireless microphone receivers and transmitters. [Prior Art] According to the wireless electronic equipment, an antenna is required to receive or transmit wireless signals. The wireless transceivers often directly affect the performance and performance of the wireless devices. Due to interference or limitation of external conditions, the effect of signal transmission and reception is greatly reduced. Therefore, the antennas of the wireless devices can be adjusted to change their angles and directions, so that the user can adjust the angular position of the antenna to achieve optimal transmission and reception. effect. The conventional antenna is fixed on the electronic device, and the antenna is pivotally disposed on the base, so that the antenna can be pivoted relative to the base, and the user can adjust the position of the antenna. However, the above-mentioned antenna structure can only be pivoted to the left and right on a plane, and cannot be rotated to swing on different planes, so that the angle and direction of the signal that can be transmitted and received by the antenna are too narrow and limited, and cannot be widely adjusted by the user. The angular position of the antenna is such that the antenna structure of the Republic of China Patent No. 375995 and 572371 can be rotated by 36 degrees and can be swung at the same time, and mainly comprises a rotating unit and a connecting unit. The rotating unit can be connected to the connecting unit. Rotatingly connected, the rotating unit is pivotally connected to the antenna body, and the connecting unit is disposed on the wireless receiving and transmitting device, and the antenna that is pivotally connected to the rotating unit can adjust the position of the left and right lions. The antenna can also be rotated 360 degrees with respect to the connecting unit, so that the antenna can be rotated 3 to different planes, so that the direction of the change direction and the angular position is not limited to the single-plane. The rotating unit of the antenna can only move the rotating unit on a single axis with respect to the connecting unit, but cannot swing relative to the connecting unit to change the angle between the two, so that the position of the antenna can be adjusted, and the dead material cannot be comprehensive. Adjust the movement of the antenna. In addition, when the Langer adjusts the position of the antenna limb, it is necessary to first check the antenna and then connect the lion to the rotating unit. Therefore, it is difficult to quickly and accurately adjust the antenna to a good angular position. In addition, since the antenna is often adjusted repeatedly to match the different use environments and the relative position of the wireless receiver and the transmitter, the user tends to directly turn the antenna when adjusting the antenna, and the direction of the flipping is often It is not the antenna that can pivot the direction of the micro-rotation unit, even the direction in which the antenna can be pivoted perpendicularly, and since the rotating unit is fixed to the single axis with respect to the connecting unit, it can only rotate on the axis. The angle between the two cannot be oscillated. When the antenna is folded in a direction other than the pivoting direction of the antenna, the connection structure between the rotating unit and the connecting unit is easily damaged or even broken, and it is easy to use under long-term use. The structure of the red-turn unit connected between the antenna body and the connecting unit is damaged, and even the breakage results in a shortened service life, which is an urgent technical problem to be solved in the industry. In view of this, in order to provide a solution to the above-mentioned conventional structure, and at the same time, it is simple in structure and free to move and adjust the position. Therefore, this creation provides an innovative M420859 1 ♦ antenna for the wireless microphone receiver and transmitter described in the detailed description below. [New content] The main purpose of this creation is to provide an antenna for a wireless microphone receiver and transmitter that can be freely angled, and the antenna is not easily damaged or broken after long-term reciprocating plate rotation adjustment position and overcome any environmental obstacles. limit. In order to achieve the above object, the present invention provides a squaring chip, an antenna of a transmitter, including an antenna body, a connector, and a pedestal. The antenna body includes an antenna rod body and a joint seat connected to the antenna rod body; the connector body includes a frame portion, a neck portion and a ball body, and the neck portion is coupled to the pivot portion and the The pivoting portion of the ball is pivotally connected to the joint; the base has an annular retaining wall. The retaining wall is surrounded by a __ accommodating space, and the accommodating space has an opening. The maximum diameter is small (10), and the ball system is located in the accommodating space, so that the connecting body is rotatably connected to the pedestal. ...in this way, in addition to the pivoting movement of the antenna body of the present invention, the money body can be rotated relative to the base, and the connecting body can be arbitrarily oscillated to different axes _, let the antenna body The omni-directional ship can be rotated and oscillated, and the user can freely turn the signal transmitting and receiving position of the antenna _ and not because the direction of the pivoting body is not the direction in which the antenna body can pivot relative to the connecting body. The structure of the connector is broken. Therefore, even if the antenna of the present invention is adjusted in the reverse 2, the antenna can be good as a connection structure, and it is not easy to read and adjust to be damaged or broken, which is superior to the conventional structure. Efficacy, and the connection of the connector to the lake list does not increase the cost of manufacturing, which is quite cost-effective. 5 M420859 [Embodiment] The following is a description of possible implementations of this creation, but it is not intended to limit the scope of the creation of this creation. Referring to FIG. 1 and FIG. 2, the present invention is an antenna for a wireless mic and transmitter, which mainly includes an antenna body 丨, a connecting body 2 and a pedestal 3. The antenna body 1 includes an antenna housing 10 and a connector base 10 connected to the antenna rod body. The connector body 2 includes a pivoting portion 20, a neck portion 21 and a ball 22' The pivoting portion 2 is interposed between the ball 22 and the pivoting portion 20 and the coupling seat. More specifically, the antenna body mainly includes an antenna rod body 11 and a joint base 1 , the antenna rod body 21 is fixed to one end of the joint base 10 , and the pivot joint portion 2 of the joint body 2 The second arm portion 200, 201 is formed, and a groove 2〇2 is formed between the two arm portions 2, 201. The joint seat 10 is received in the groove 2 away from one end of the antenna rod body 11. 2, a frame shaft is formed by a screw 23 or other fixed shaft member passing through the two arm portions 2, 2, 1 and the joint seat 1 , whereby the joint seat 1 is pivotally connected to the groove In the slot 202, the Lu antenna body 1 is pivotally movable relative to the connector 2. Preferably, the connecting body 2 is formed by integrally connecting the pivoting portion 20, the neck portion 21 and the spherical body 22, so that the connecting body 2 has good structural strength and is not easily deformed by bending and deformation. Or break. The pedestal 3 has an annular retaining wall 30. The retaining wall 30 defines an accommodating space 31. The accommodating space 31 has an opening 32. The maximum diameter of the opening 32 is smaller than the maximum diameter of the spherical body 22 The ball 22 is located in the accommodating space 31, so that the 6 connector 2 is rotatably connected to the pedestal 3. In the present embodiment, the base 3 is disposed on a wireless microphone receiving and transmitting device 4, and the base 3 is formed by the vertically protruding and annularly arranged retaining wall 30. More specifically, the retaining wall 33 surrounds the accommodating space 31, and the shape of the accommodating space 31 is substantially spherical in shape corresponding to the shape of the ball 22, and the opening 32 is located above the accommodating space 31 and Connect with it' as shown in Figure 2. The opening % is circular, and the largest diameter of the opening 32 is smaller than the maximum diameter of the spherical body 22, whereby the spherical body 22 is locked when the spherical body 22 is received in the accommodating space 31. The inside of the retaining wall is restricted by the opening 31 and cannot be arbitrarily detached, and the portion of the neck 21 adjacent to the ball 22 is located in the opening 32, so that the neck 21 can be rotated relative to the opening 36 and Azimuth swings onto different axes. Preferably, the neck portion 21 is gradually expanded from the spherical body 22 toward the miscellaneous portion 20, and the surface is substantially funnel-shaped, as shown in Fig. 2. Thereby, the connecting portion of the neck portion 21 close to the pivoting portion 20 has a relatively good structural strength, so that the connection structure with the pivoting portion 2 is hard and not easily broken. In this embodiment, the retaining wall 3 〇 has at least one notch %, and the notch 33 is provided for the turn 21 of the connecting body 2 to be accommodated in the towel, in other words, the notch 33 is connected to the σ 32 32 and the accommodating space. The neck can only be rotated in the middle, and can be moved to the missing σ33, so that the connection can be rotated and swept more comprehensively, and the ship is within the range of the gate 32. Please refer to FIG. 3 to FIG. 6 for further steps, which are schematic diagrams of the creation of the wireless microphone receiving and transmitting 114 to a plurality of non-financial and angular positions. It can be seen from the above structure that the antenna body plate of the present invention is disposed on the connector 2 of the M420859, and the ball 22 of the connector 2 is connected to the base 3, whereby the antenna body 1 can be used not only in the plane Up and down, the antenna body 1 can be moved to different planes by the yaw yaw 1 , and the connecting body 2 can be directly rotated to different axes, so that the antenna body 1 can be double oscillated. Adjusting, so that the adjustment range and angle of movement are more comprehensive, and then the antenna body is adjusted to a position where the conventional antenna cannot be turned (4). For example, the neck 22 of the connecting body 2 can be used for the defect. The connecting body 2 is parallel to the top surface of the microphone receiving and transmitting device 4, and the tracking portion 2_the antenna is pivoted to the clamp position as shown in FIG. It is worth noting that 'many wireless receivers and transmitters, especially wireless microphone receivers, transmitters, etc., need to be fixed on the user or carry wireless devices. The antenna position often needs to be more comprehensive and extensive. The user can fold the antenna to occupy too much space and adjust to a better transmission and reception angle position. The present invention connects the antenna body and the scale microphone by the pivotal portion and the sphere of the connector. The transmitter enables the antenna body to be unilaterally yawed 'without being limited by the conventional antenna having a turning dead angle. Moreover, the original material is strong and has a large amount of _ full range, and this The creation of the machine in the financial forest will be _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The viscous paste on the τ is only purchased by structure, and it is more remarkable. The lack of good skills is in line with the relevant provisions of the national patent law, and it is appropriate according to the law (4) special objects, _ _ turn over, really feel good. M420859 [Simple description of the diagram] Figure 1 is a perspective view of the creation. Figure 2 is an exploded perspective view of the present creation. Figure 3 is a schematic diagram of the use state of this creation (1). Figure 4 is a schematic diagram of the use state of the creation (2). Figure 5 is a schematic diagram of the use state of the creation (3). Figure 6 is a schematic diagram of the state of use of the present creation (4). [Description of main components] 1 : Antenna body 22 : Ball 10 : Joint 23 : Screw 11 : Antenna body 3 : Base 2 : Connector 30 : Retaining wall 20 : Pivot part 31 : accommodating space 200 , 201 : Arm 32: Opening 202: Groove 33: Notch 21: Neck 4: Wireless microphone receiver, transmitter 9