201039497 '· 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種天線固定架及應用其之天線組，尤其 涉及一種衛星碟形天線固定架及應用其之衛星碟形天線組 0 【先前技術】 按，一般衛星碟形天線要接收穩定的信號，必須以一 ^ 固定架放置於一平面上，或以一固定架裝設於牆上，或以 〇 一固定架裝設於平板如桌面之邊緣，或以一固定架裝設於 一立桿上等等。而一種固定架只能裝設於一種物件或設備 上，以致於衛星天線受限於固定架之結合固定方式，而有 諸多限制，特別是在移動或旅行的過程當中，衛星天線無 法像在住家的建物上那麼的方便固定使用，因此，設計一 種具有多個組裝功能之衛星天線固定架為本發明之重要課 題。201039497 '· 6. Description of the invention: [Technical field] The present invention relates to an antenna holder and an antenna group using the same, and more particularly to a satellite dish holder and a satellite dish antenna group using the same Technology] Press, the general satellite dish should receive a stable signal, it must be placed on a plane with a fixed frame, or mounted on a wall with a fixed frame, or mounted on a flat plate such as a desktop with a fixed frame. The edge is either mounted on a pole with a fixed frame or the like. A kind of fixing frame can only be installed on an object or equipment, so that the satellite antenna is limited by the fixed fixing manner of the fixing frame, and there are many restrictions, especially in the process of moving or traveling, the satellite antenna cannot be like at home. The construction of the building is so convenient to use, therefore, designing a satellite antenna mount with multiple assembly functions is an important subject of the present invention.
Q 【發明内容】 有鑑於此，本發明主要乃在提供一種具有多個組裝功 能之衛星碟形天線固定架。 本發明另外在提供一種具有多個組裝功能之固定架之 衛星碟形天線組。 而本發明之衛星碟形天線固定架包含有包含有一固定 座，該衛星碟形天線則係結合固定在固定架上；一第一橫 架，該第一橫架末端具有一立架，該第一橫架係以立架呈 3 201039497 可轉動地轴設於固定座之左侧，並且可在水平及垂直向間 樞轉；一第二橫架，該第二橫架末端具有一立架，該第二 橫架係以立架呈可轉動地轴設於固定座之右側，並且可在 水平及垂直向間樞轉；該第一橫架、第二橫架軸轉於固定 座之左、右侧而呈展開狀之天線架；該第一橫架、第二橫 架軸轉於固定座之下側而呈摺疊之天線架。 依據本發明之衛星碟形天線固定架，其中，更包含有 0 —固定裝置可供將該摺疊之天線固定架組裝在一平板上部 之邊緣，其中，該固定裝置具有：一上夾體，係設於摺疊 之天線固定架上面，其具有一第一斜側邊及一第二斜側 邊，該第一斜侧邊及第二斜側邊位於平行之摺疊天線架之 上兩側邊緣；一下夾體，係設於平板下面；一拉桿，其具 有一彎部，彎部之上末端往上延伸一上直部，上直部則設 有螺紋段，而彎部則具有一下橫部，該拉桿之下橫部係固 Q 定在下夾體，而由彎部繞過平板，並由上直部穿過天線固 定架與上夾體，以及在拉桿直部具有一螺帽可供鎖固在螺 紋段。 依據本發明之衛星碟形天線固定架，其中，更包含有 利用一固定裝置可供將該摺疊之天線固定架組裝在一直立 之平板表面，其中，該固定裝置具有一吸盤，一控制把， 該控制把上具有一卡掣件；該第一橫架之前端具有一與其 呈約垂直角之直架，該第二橫架之前端具有一與其呈約垂 201039497 與卡j 料絲呈㈣狀，且於兩直㈣具有一 、拏件對應之掛槽’可供吊掛於控制把之卡擎件。Q SUMMARY OF THE INVENTION In view of the above, the present invention is primarily directed to a satellite dish mount having a plurality of assembly functions. The present invention further provides a satellite dish antenna assembly having a plurality of mounting functions. The satellite dish mount of the present invention comprises a fixed seat, the satellite dish is fixedly fixed to the fixed frame; a first cross frame, the first cross frame end has a stand, the first A cross frame is provided with a stand 3 201039497 rotatably mounted on the left side of the fixed seat and pivotable horizontally and vertically; a second cross frame having a stand at the end of the second cross frame The second transverse frame is rotatably disposed on the right side of the fixed seat, and can be pivoted horizontally and vertically; the first horizontal frame and the second horizontal frame are rotated to the left and right sides of the fixed seat The antenna frame is in a deployed shape; the first horizontal frame and the second horizontal frame are turned to the lower side of the fixed seat to form a folded antenna frame. A satellite dish mount according to the present invention, further comprising a 0-fixing device for assembling the folded antenna mount to an edge of an upper portion of the flat plate, wherein the fixing device has: an upper clamp body Provided on the folded antenna holder, having a first oblique side and a second oblique side, the first oblique side and the second oblique side are located on opposite sides of the parallel folded antenna frame; The clip body is disposed under the flat plate; a pull rod has a bent portion, the upper end of the curved portion extends upwards with an upper straight portion, the upper straight portion is provided with a threaded portion, and the bent portion has a lower horizontal portion, The lower part of the tie rod is fixed to the lower clamp body, and the bent portion bypasses the flat plate, and the upper straight portion passes through the antenna fixing frame and the upper clamp body, and has a nut at the straight portion of the tie rod for locking Thread segment. A satellite dish mount according to the present invention, further comprising: a fixing device for assembling the folded antenna mount on an upright flat surface, wherein the fixing device has a suction cup, a control handle, The control handle has a latch member; the front end of the first cross frame has a straight frame at an angle perpendicular thereto, and the front end of the second cross frame has a shape of (4) which is about 201039497 and the card j filament And in the two straight (four) has one, take the corresponding corresponding hanging slot 'can be hung on the control card card.
G 依據本發明之衛星碟形天線固定架，其中，更包含利 用固定裝置可供將該摺疊之天線固定架組裝在一立桿， 而該固疋裝置則包含有—u形螺絲及對應之螺帽，該第一 橫架之前端具有-與其呈靜直肖之直架，且該直架之前 端内側具有一缺角’該第二橫架之前端具有一與其呈約垂 直角之直架，且該直架之前端内侧具有一缺角，前述兩直 架缺角呈相對狀，利用u形螺絲及對應之螺帽將立桿鎖附 於二直架之缺角間。 依據本發明之衛星碟形天線固定架，其中，該第一橫 架具有前端之橫部及後端之斜部，斜部則延伸出該立架； 該第二橫架具有前端之橫部及後端之斜部，斜部則延伸出 該立架。 依據本發明之衛星碟形天線固定架，其中，在該第一 橫架及第二橫架摺疊起來之相對面各設有墊體，使得第一 橫架及第二橫架摺疊起來時具有一間隙，當第一橫架及第 二橫架展開時，利用該墊體置於一平面上。 依據本發明之衛星碟形天線固定架’其中，更包含有 一結合裝置將該第一橫架及第二橫架摺疊起來時，結合固 定住，該結合裝置為一螺絲、螺帽組合。 依據本發明之衛星碟形天線固定架，其中，該第一橫 201039497 架及第二橫架摺疊起來之相對面各設有一長缺槽，在各該 長缺槽中可轉動地軸設有一穩定翼。 而本發明之衛星碟形天線組，則包含有一天線及一天 線固定架所組成，該天線固定架係使用前述之天線固定架 者。 與現有技術相比，本發明之衛星天線固定架中之第 一、第二橫架可以展開而放置在一平面上，也可以摺疊並 藉由不同固定裝置組裝在一平板上部之邊緣，或直立之平 板表面或其上緣，或者一立桿上，具有多個組裝功效，非 常方便且實用。 【實施方式】 為使貴審查委員能對本發明之特徵與特點有更進一 步之了解與認同，茲列舉以下較佳實施例說明如下： 請配合參閱第1圖，本發明之衛星碟形天線組包括一 天線1及一天線固定架2。 請配合參閱第1A圖，本發明中之天線1具有一天線 座1 1，該天線座1 1之底部具有一桿體1 2，而在天線 1與天線座1 1間則具有一仰角調整機構1 3，該仰角調 整機構1 3則包括有一組對稱之軸接板1 3 1，一軸接柱 1 4，一固定螺絲1 5，其中，在該轴接板1 3 1上貫設 有弧形長孔1 3 2 ;而軸接柱1 4主要在承托並固定住天 線1，其係以一轉軸141為支點而可轉動地轴設於軸接 板1 3 1間；該固定螺絲1 5則具有一螺帽1 5 1，固定 201039497 螺絲1 5係穿過該轴接柱1 4，以及穿設於轴接板工3工 之弧形長孔1 3 2間，且可以在弧形長孔1 3 2中自由活 動，而該軸接柱1 4則係以轉軸1 4 1為支點並以固定螺 絲1 5在弧形長孔1 3 2之範圍内轉動，在調整好天線之 仰角角度後’以固定螺絲1 5之螺帽1 5 1加以鎖固定 位。而本案之天線1則屬習有技術’在說明書中則不予以 贅述。 〇 請參閱第1、1A〜1C圖，本發明之天線固定架2 則包含有一固定座2 1，一第一橫架2 2，一第二橫架2 3 4所組成。 該固定座2 1，其主要係結合固定該天線1，而在固 定座2 1上部則設有一孔2 1 1，在其侧邊則設有一固定 螺絲2 1 2 ’前述之天線座1 1之桿體1 2則係插置於該 孔2 1 1中且可做360。旋轉之調整，待調整好天線後，利 〇 用該固定螺絲2 1 2鎖固桿體1 2，令天線1得以定位。 本發明中之第一橫架2 2末端則具有一立架2 21， 該第一橫架2 2係以立架2 2 1呈可轉動地轴設於固定座 2 1之左側，並且可在水平及垂直向間樞轉；另外，該第 一橫架2 2則主要具有前端之橫部2 2 2及後端之斜部2 2 3，前述之立架2 2 1則係由斜部2 2 3所延伸者。 再者’本發明中之第二橫架2 3末端則具有一立架2 3 1 ’該第二橫架2 3係以立架2 3 1呈可轉動地轴設於 固定座2 1之右侧，並且可在水平及垂直向間樞轉；另外， 7 201039497 -該第二橫架2 3則主要具有前端之橫部2 3 2及後端之斜 部2 3 3，前述之立架2 3 χ則係由斜部2 3 3所延伸者。 在第2圖之實施例中，該第一橫架22、第二橫架2 3軸轉於固定座2 1之左、右側而呈展開狀之天線架，而 可供放置於一平面3 1例如桌面、平台、車頂等上面使用。 另外，請參第ΙΑ、1 C、3〜5圖，第一橫架22、 第二橫架2 3軸轉於固定座2 1之下侧而呈摺疊狀之天線 ❹固定架時，藉由一固定裝置4可供組設於其他物件上（參 圖1A、3〜5);另外，該第一橫架22、第二橫架23 摺疊起來時，主要係利用一結合裝置2 4將之結合固定， 而該結合裝置2 4則如圖1A所示典型之螺絲及螺帽組合 者。 請參閱第1 A、3、3A、3B圖所示，在第3圖之 實施例當中，主要係利用一固定裝置4將該第一橫架2 ❹ 2、第二橫架2 3所摺疊成之天線固定架2組裝在一約呈 jc平之平板3 2上部邊緣，而該固定裝置4則係由一上夾 體4 1，-下夾體42，及一拉桿43等所構成，其中， 該上夾體4 1係設於平行之摺疊天線架上面，該上夾體4 具有苐斜侧邊411及一第二斜侧邊4 1 2，該第 斜側邊4 1 1及第二斜側邊4 1 2位於平行之摺疊天線 架之上兩侧邊緣；而該下夾體4 2則係設於平板3 2下 面，本案之拉桿4 3則具有-彎部4 3 1，彎部4 3 1之 201039497 上末端往上延伸一上直部4 3 2，上直部4 3 2設有螺紋 段4 3 4，而彎部4 3 1下方具有一下橫部4 3 3，其中， 該拉桿4 3之下橫部4 3 3係固定在下夾體4 2，而由彎 部4 3 1繞過平板3 2，並由上直部432穿過上夾體4 1，利用螺帽4 3 5以鎖固。 凊參閱第4、4A、4B圖所示，在第4圖之實施例當 中，主要係利用一固定裝置4將該第一橫架2 2、第二橫 〇 架2 3所摺疊成之天線固定架2架組裝固定在一直立平板 3 3表面，請配合參圖1 a、1 B所示，本實施例之固定 裝置4包含有一吸盤4 4，一操作吸盤4 4產生真空吸力 之控制把441，在該控制把441上具有一卡掣件44 2，而該第一橫架2 2之前端具有一與其呈約垂直角之直 架2 2 4，該第二橫架2 3之前端具有一與其呈約垂直角 之直架234，前述兩直架224、234呈相對狀，且 ° 於所述直架2 2 4和所述直架2"3 4間具有一與卡掣件4 4 2對應之掛槽2 6，以供吊掛於控制把4 4 1之卡掣件 4 4 2。另外，該控制把4 41在靠吸盤4 4之一侧則延 伸有一支#部4 4 3 ’當吸盤44吸附在一直立平板3 3 表面時’該支撐部4 4 3頂住該直立平板3 3表面，以增 加其穩固性。 請參閱第1A、5、5A圖所示，在第5圖之實施例當 中，主要係利用一固定裝置4將該第一橫架2 2、第二橫 201039497 架2 3所摺疊成之天線固定架2組裝固定在一立桿3 5 上’在圖示中，該固定裝置4則包含有一 U形螺絲4 5及 對應之螺帽4 5 1 ;另外，在第一橫架2 2之前端具有一 與其呈約垂直角之直架224，該直架22 4之前端内侧 具有一缺角225’又，該第二橫架2 3之前端具有一與 其呈約垂直角之直架234，該直架23 4之前端内侧具 有一缺角235，前述兩直架224、23 4之缺角呈相 〇 對狀，而立桿3 5則係利用ϋ形螺絲4 5、螺帽4 5 1組 鎖附於兩直架2 2 4、2 3 4之缺角2 2 5、2 3 5間。 另外，在第一橫架22、第二橫架2 3摺疊起來之相 對面各設有一長缺槽5 2，在長缺槽5 2中則轉動地轴設 有一穩定翼5 3，該穩定翼5 3平常係收納於長缺槽5 2 中，使用時再予以展開如圖2所示者。 在前述之各實施例當中，在第一橫架2 2、第二橫架 Ο 2 3及穩翼5 3摺疊起來之相對面各設有墊體5丄，使 得第一檢架2 2、第二橫架2 3展開時，得以利用該墊體 5 1置於一平面3工上，以增加其穩固性，當第一橫架2 2第一松架2 3摺疊起來時則具有一間隙2 7，得以讓 拉桿或其他之固定裝置穿置其中。而該塾體5 2較佳者則 係選用矽膠、橡膠、軟性塑膠材料。 相較於各有衛星碟形天線，本發明之衛星碟形天線， 其天線固定架之展開、摺疊容易操作’在展開後，只要有 201039497 一平坦之平面便可放置，而在摺疊後，搭配不同之固定裝 置4得以簡單地組裝於一平板邊緣或一直立平板表面或一 立桿上，具有多功能之組裝方式。 以上所揭，僅為本發明的較佳實施方式而已，不能以 此來限定本發明實施例的範圍，本技術領域内的一般技術 人員根據本發明所作的均等變化，以及本領域内技術人員 熟知的改變，都應仍屬本發明專利涵蓋的範圍。G. The satellite dish mount according to the present invention, further comprising: a fixing device for assembling the folded antenna mount to a pole, wherein the fixing device comprises a u-shaped screw and a corresponding screw a cap, the front end of the first cross frame has a straight frame with a straight line, and the inner side of the front end of the straight frame has a notch angle. The front end of the second cross frame has a straight frame at a vertical angle thereof. The front side of the straight frame has a notch angle, and the two straight frame corners are oppositely shaped, and the vertical rod is locked between the corners of the two straight frames by using a u-shaped screw and a corresponding nut. A satellite dish mount according to the present invention, wherein the first cross frame has a lateral portion and a rear end inclined portion, and the inclined portion extends out of the vertical frame; the second cross frame has a front end and a horizontal portion The inclined portion of the rear end extends from the stand. According to the satellite dish mount of the present invention, the opposite side of the first cross frame and the second cross frame are respectively provided with a pad body, so that the first cross frame and the second cross frame have a fold when folded The gap is used to place the cushion body on a plane when the first cross frame and the second cross frame are deployed. According to the satellite dish holder of the present invention, the coupling device is a combination of a screw and a nut when the first cross frame and the second cross frame are folded together. According to the satellite dish mount of the present invention, the opposite sides of the first horizontal 201039497 frame and the second cross frame are respectively provided with a long missing slot, and a stable wing is rotatably mounted on each of the long slots. . The satellite dish antenna assembly of the present invention comprises an antenna and a one-day wire holder, which uses the aforementioned antenna holder. Compared with the prior art, the first and second cross frames of the satellite antenna mount of the present invention can be unfolded and placed on a plane, or can be folded and assembled by the different fixing devices on the edge of the upper part of the flat plate, or erect The flat surface or its upper edge, or a pole, has multiple assembly functions, which is very convenient and practical. [Embodiment] In order to enable the reviewing committee to further understand and agree with the features and features of the present invention, the following preferred embodiments are described as follows: Please refer to FIG. 1, the satellite dish antenna set of the present invention includes An antenna 1 and an antenna holder 2. Referring to FIG. 1A, the antenna 1 of the present invention has an antenna base 1 1 having a pole 1 2 at the bottom of the antenna mount 1 1 and an elevation adjustment mechanism between the antenna 1 and the antenna mount 1 1 . 1 3, the elevation adjusting mechanism 13 includes a set of symmetrical shaft plates 133, a shaft connecting rods 14, and a fixing screw 15, wherein the shaft plate 1 3 1 is curved The long hole 1 3 2 ; the shaft pin 14 is mainly supported and fixed to the antenna 1 , which is rotatably shafted between the shaft plates 1 3 1 with a rotating shaft 141 as a fulcrum; the fixing screw 15 With a nut 1 5 1, fixed 201039497 screw 1 5 through the shaft column 14 4, and through the arc-shaped long hole 1 3 2 of the shaft plate work, and can be in the curved long hole 1 3 2 is free to move, and the shaft connecting rod 14 is rotated by the rotating shaft 1 4 1 and is fixed by the fixing screw 15 in the range of the curved long hole 1 3 2 , after adjusting the elevation angle of the antenna 'Lock the fixed position with the screw 1 5 1 of the fixing screw 1 5 . The antenna 1 of this case is a prior art, and will not be described in the specification. 〇 Referring to Figures 1, 1A to 1C, the antenna holder 2 of the present invention comprises a fixing base 2 1, a first cross frame 2 2 and a second cross frame 2 34. The fixing base 2 1 mainly fixes the antenna 1 in combination, and a hole 2 1 1 is disposed on the upper portion of the fixing base 2 1 , and a fixing screw 2 1 2 'the aforementioned antenna seat 1 1 is disposed on the side of the fixing base 2 1 The rod body 1 2 is inserted into the hole 21 1 and can be made 360. After the adjustment of the rotation, after the antenna is adjusted, the fixing rod 2 1 2 is used to lock the rod body 1 2, so that the antenna 1 can be positioned. The first cross frame 2 2 end of the present invention has a vertical frame 2 21 , the first cross frame 2 2 is rotatably axially disposed on the left side of the fixed seat 2 1 , and can be horizontal And pivoting vertically; in addition, the first cross frame 2 2 mainly has a front end portion 2 2 2 and a rear end inclined portion 2 2 3 , and the aforementioned vertical frame 2 2 1 is a slope portion 2 2 3 extensions. Furthermore, the second cross frame 2 3 end of the present invention has a stand 2 3 1 '. The second cross frame 2 3 is rotatably mounted on the right side of the fixed seat 2 1 with the stand 2 3 1 And can pivot between horizontal and vertical directions; in addition, 7 201039497 - the second cross frame 2 3 mainly has a front end of the horizontal portion 2 3 2 and a rear end of the inclined portion 2 3 3, the aforementioned stand 2 3 The raft is extended by the slanting portion 2 3 3 . In the embodiment of FIG. 2, the first cross frame 22 and the second cross frame 23 are pivoted to the left and right sides of the fixed seat 2 1 to form a deployed antenna frame, and can be placed on a plane 3 1 For example, desktop, platform, roof, etc. are used above. In addition, please refer to the figure 1, 1 C, 3 〜 5, when the first cross frame 22 and the second cross frame 2 3 axis are turned to the lower side of the fixed seat 2 1 to form a folded antenna ❹ holder, by A fixing device 4 can be assembled on other objects (see FIGS. 1A, 3 to 5); in addition, when the first cross frame 22 and the second cross frame 23 are folded, they are mainly used by a bonding device 24 The combination is fixed, and the bonding device 24 is a typical screw and nut combination as shown in FIG. 1A. Referring to FIGS. 1A, 3, 3A, and 3B, in the embodiment of FIG. 3, the first cross frame 2 ❹ 2 and the second cross frame 2 3 are mainly folded by a fixing device 4. The antenna holder 2 is assembled on an upper edge of the flat plate 3 2 of the jc flat plate, and the fixing device 4 is composed of an upper clamp body 4 1 - a lower clamp body 42 , a pull rod 43 , etc., wherein The upper clamping body 4 1 is disposed on a parallel folding antenna frame. The upper clamping body 4 has a skewed side 411 and a second oblique side 4 1 2 , and the inclined side 4 1 1 and the second oblique The side edge 4 1 2 is located on both sides of the parallel folded antenna frame; and the lower clamp body 42 is disposed under the flat plate 3 2 , and the tie rod 4 3 of the present case has a curved portion 4 3 1 and a curved portion 4 3 1 of 201039497, the upper end extends upwards with an upper straight part 4 3 2 , the upper straight part 4 3 2 is provided with a threaded section 4 3 4 , and the curved part 4 3 1 has a lower transverse part 4 3 3 , wherein the pulling rod 4 3 lower lateral portion 4 3 3 is fixed to the lower collet 4 2, and the flat portion 3 2 is bypassed by the curved portion 43 and passes through the upper collet 4 1 from the upper straight portion 432, and the nut 4 3 5 is used. To lock. Referring to Figures 4, 4A, and 4B, in the embodiment of Fig. 4, the first cross frame 2 and the second cross truss 2 are folded by the fixing device 4 to fix the antenna. The frame 2 is assembled and fixed on the surface of the vertical plate 3 3 , as shown in FIG. 1 a , 1 B , the fixing device 4 of the embodiment includes a suction cup 4 4 , and an operation suction cup 4 4 generates a vacuum suction control 441 . The control handle 441 has a latch member 44 2 , and the front end of the first cross frame 2 2 has a straight frame 2 2 4 at a vertical angle thereof, and the front end of the second cross frame 2 3 has a The two straight frames 224, 234 are opposite to each other, and the two straight frames 224, 234 are opposite to each other, and have a and the clamping member 4 4 between the straight frame 2 24 and the straight frame 2 " Corresponding to the hanging slot 2 6, for hanging from the control button 4 4 1 of the card 4 4 2 . In addition, the control unit 4 41 extends on one side of the suction cup 4 4 with a #4 4 3 ' when the suction cup 44 is attracted to the surface of the vertical plate 3 3 'the support portion 4 4 3 bears against the upright plate 3 3 surface to increase its stability. Referring to FIGS. 1A, 5, and 5A, in the embodiment of FIG. 5, the antenna of the first cross frame 2 and the second horizontal 201039497 frame 2 is mainly fixed by a fixing device 4. The frame 2 is assembled and fixed on a vertical rod 3 5 'In the illustration, the fixing device 4 comprises a U-shaped screw 4 5 and a corresponding nut 4 5 1 ; in addition, at the front end of the first transverse frame 2 2 a straight frame 224 having a vertical angle thereto, the front side of the straight frame 22 4 has a notch 225 ′, and the front end of the second cross frame 2 3 has a straight frame 234 at a vertical angle thereof. The inner side of the front end of the frame 23 4 has a notch 235, the corners of the two straight frames 224, 23 4 are opposite to each other, and the uprights 35 are locked by the set of screws 45 and the nut of the cage 45 In the two straight frames 2 2 4, 2 3 4, the corners are 2 2 5, 2 3 5 . In addition, a long slot 52 is provided on each of the opposite sides of the first cross frame 22 and the second cross frame 23, and a stabilizing wing 53 is disposed on the rotating shaft in the long slot 52. The stabilizing wing 5 is provided. 3 Normally, it is stored in the long missing groove 5 2, and it is expanded as shown in Fig. 2 when it is used. In each of the foregoing embodiments, the opposite side of the first cross frame 2 2, the second cross frame Ο 2 3 and the stable wing 5 3 are respectively provided with a cushion body 5丄, so that the first inspection frame 2 2 When the two transverse frames 2 3 are unfolded, the pad body 51 can be placed on a plane 3 to increase its stability. When the first cross frame 2 2 is folded, the first loose frame 2 3 has a gap 2 7. Allow the lever or other fixture to be placed there. The preferred body of the body 5 2 is made of silicone rubber, rubber or soft plastic material. Compared with the satellite dish antennas of the present invention, the satellite dish antenna of the present invention has the antenna holder unfolded and folded easily. 'After unfolding, as long as there is a flat plane of 201039497, it can be placed after folding. Different fixing devices 4 can be simply assembled on a flat edge or an upright flat surface or a vertical pole, and have a multifunctional assembly method. The above is only the preferred embodiment of the present invention, and the scope of the embodiments of the present invention is not limited thereto, and the average changes made by those skilled in the art according to the present invention are well known to those skilled in the art. Changes shall remain within the scope of the invention patent.
11 201039497 * 【圖式簡單說明】 第1圖係本發明衛星碟形天線組之部份分解圖。 第1A圖係本發明衛星碟形天線組及各種固定裝置之大部 分解圖。 第1 B圖係本發明衛星碟形天線固定架之展開仰視立體 圖。 第1 C圖係本發明衛星碟形天線固定架摺疊之仰視立體 〇圖。 第2圖係本發明衛星碟形天線組其天線固定架展開時放置 於一平面之立體實施例圖。 第3圖係本發明衛星碟形天線組組裝於一平板邊緣之立體 實施例圖。 第3 A圖係本發明第3圖中有關天線固定架與固定裝置中 之拉桿之關係俯視示意圖。 》第3 B圖係本發明第3圖之側面剖視圖。 第4圖係本發明衛星碟形天線組組裝於—直立平板之實施 例圖。 第4A圖係本發明第4圖之實施例中有關天線固定架（只 表示第二橫架）與固定裝置組合之關係示意圖。 第4 B _本發明第4圖之俯視之部份剖視圖。 第5圖係本發明衛星碟形天線組組裝於一 體圖。 只儿 第5A圖係本發明第5圖之俯視部份剖視圖。 201039497 【主要元件符號說明】 (1)天線 （11)天線座 (2)天線固定架 (1 2)桿體 (4)固定裝置 (4 3)拉桿 (21)固定座 (13)仰角調整機構 (14)軸接柱 (15)固定螺絲 (2 2)第一橫架 (1 3 1)軸接板 Ο (2 3)第二橫架 (1 3 2)弧形長孔 (3 1 )平面 (141)轉軸 (3 2 )平板 (151)螺帽 (2 6)掛槽 (2 1 1 )孔 (2 7 )間隙 (212)固定螺絲 (41)上夾體 (2 2 1 )立架 (4 2)下夾體 (2 2 2)橫部 〇 (2 3 1)立架 (2 3 2)橫部 (2 2 4)直架 (2 2 3 )斜部 (2 3 4 )直架 (2 3 3)斜部 (2 2 5)缺角 (2 3 5 )缺角 (2 4)結合裝置 (411)第一斜側邊 (4 5)U型螺絲 (4 3 1)彎部 (3 3)直立平板 (412)第二斜側邊 (3 5)立桿 (4 3 2)上直部 13 201039497 • (51)墊體 (4 3 3 )下橫部 (5 2)長缺槽 (4 3 4)螺紋段 (53)穩定翼 (4 3 5 )螺帽 (4 4)吸盤 (4 4 3)支撐部 (4 41)控制把 (4 51)螺帽 (4 4 2)卡掣件 〇 〇 1411 201039497 * [Simplified description of the drawings] Fig. 1 is a partially exploded view of the satellite dish antenna assembly of the present invention. Fig. 1A is an exploded view of a portion of the satellite dish antenna assembly and various fixing devices of the present invention. Fig. 1B is a perspective view showing the unfolded bottom view of the satellite dish mount of the present invention. Fig. 1C is a bottom view of the folded dish of the satellite dish holder of the present invention. Fig. 2 is a perspective view showing a three-dimensional embodiment of the satellite dish antenna of the present invention placed on a plane when the antenna holder is deployed. Fig. 3 is a perspective view showing the arrangement of the satellite dish antenna assembly of the present invention assembled on the edge of a flat plate. Fig. 3A is a top plan view showing the relationship between the antenna holder and the tie rod in the fixing device in Fig. 3 of the present invention. 3B is a side cross-sectional view of Fig. 3 of the present invention. Fig. 4 is a view showing an example of assembling a satellite dish antenna assembly of the present invention to an upright flat plate. Fig. 4A is a view showing the relationship between the antenna holder (only the second cross frame) and the fixing device in the embodiment of Fig. 4 of the present invention. 4B is a partial cross-sectional view of a plan view of Fig. 4 of the present invention. Fig. 5 is a perspective view showing the assembly of the satellite dish antenna of the present invention. Fig. 5A is a cross-sectional view, partly in section, of Fig. 5 of the present invention. 201039497 [Explanation of main component symbols] (1) Antenna (11) Antenna holder (2) Antenna holder (1 2) Rod body (4) Fixing device (4 3) Pull rod (21) Fixing seat (13) Elevation angle adjustment mechanism ( 14) Shaft post (15) fixing screw (2 2) First cross frame (1 3 1) Shaft plate Ο (2 3) Second cross frame (1 3 2) Curved long hole (3 1 ) plane ( 141) Shaft (3 2 ) Plate (151) Nut (2 6) Hanging groove (2 1 1 ) Hole (2 7) Clearance (212) Fixing screw (41) Upper body (2 2 1 ) Stand (4 2) Lower clamp body (2 2 2) Cross section 2 (2 3 1) Stand (2 3 2) Cross section (2 2 4) Straight frame (2 2 3 ) Inclined section (2 3 4 ) Straight frame (2 3 3) Inclined part (2 2 5) Notched angle (2 3 5 ) Notched angle (2 4) Combined device (411) First oblique side (4 5) U-screw (4 3 1) Bend (3 3 ) erect flat plate (412) second oblique side (3 5) upright (4 3 2) upper straight part 13 201039497 • (51) cushion body (4 3 3 ) lower lateral part (5 2) long missing groove (4 3 4) Threaded section (53) Stabilizing wing (4 3 5 ) Nut (4 4) Suction cup (4 4 3) Support (4 41) Control handle (4 51) Nut (4 4 2) Card 〇 〇14