WO2010121402A1 - 一种卫星碟形天线固定架及应用其的卫星碟形天线组 - Google Patents
一种卫星碟形天线固定架及应用其的卫星碟形天线组 Download PDFInfo
- Publication number
- WO2010121402A1 WO2010121402A1 PCT/CN2009/000637 CN2009000637W WO2010121402A1 WO 2010121402 A1 WO2010121402 A1 WO 2010121402A1 CN 2009000637 W CN2009000637 W CN 2009000637W WO 2010121402 A1 WO2010121402 A1 WO 2010121402A1
- Authority
- WO
- WIPO (PCT)
- Prior art keywords
- antenna
- frame
- cross frame
- satellite dish
- fixing
- Prior art date
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Classifications
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01Q—ANTENNAS, i.e. RADIO AERIALS
- H01Q1/00—Details of, or arrangements associated with, antennas
- H01Q1/08—Means for collapsing antennas or parts thereof
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01Q—ANTENNAS, i.e. RADIO AERIALS
- H01Q1/00—Details of, or arrangements associated with, antennas
- H01Q1/12—Supports; Mounting means
- H01Q1/1207—Supports; Mounting means for fastening a rigid aerial element
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01Q—ANTENNAS, i.e. RADIO AERIALS
- H01Q1/00—Details of, or arrangements associated with, antennas
- H01Q1/12—Supports; Mounting means
- H01Q1/1235—Collapsible supports; Means for erecting a rigid antenna
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01Q—ANTENNAS, i.e. RADIO AERIALS
- H01Q1/00—Details of, or arrangements associated with, antennas
- H01Q1/12—Supports; Mounting means
- H01Q1/125—Means for positioning
Definitions
- the present invention relates to an antenna mount and an antenna set using the same, and more particularly to a satellite dish antenna mount and a satellite dish antenna assembly using the same. Background technique
- a satellite dish must receive a stable signal. It must be placed on a flat surface with a mounting bracket, or mounted on a wall with a mounting bracket, or mounted on the edge of a flat panel such as a desktop with a mounting bracket, or
- the fixing frame is mounted on a pole and the like.
- a fixed frame can only be installed on an object or device, so that the satellite antenna is limited by the fixed and fixed manner of the fixed frame, and there are many restrictions, especially during the process of moving or traveling, the satellite antenna cannot be like It is convenient and fixed to use on the construction of the home. Therefore, designing a satellite antenna mount with multiple assembly functions is an important issue of the present invention. Summary of the invention
- the satellite dish mount of the present invention includes a fixed seat, the satellite dish is fixedly coupled to the fixed frame; a first cross frame, the first horizontal end has a vertical frame, The first cross frame is rotatably axially disposed on the left side of the fixed seat, and is pivotable horizontally and vertically; a second cross frame, the second cross frame end has a vertical frame, The second cross frame is rotatably disposed on the right side of the fixed seat, and is pivotable horizontally and vertically; the first horizontal frame and the second horizontal frame are rotated to the left and right of the fixed seat An antenna frame that is deployed in a side view; the first cross frame and the second cross frame shaft 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 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 clip body, On the folded antenna holder, the upper clip has a first oblique side and a second oblique side, and the first oblique side and the second oblique side are located on the parallel folded antenna frame.
- a satellite dish mount further comprising: a fixing device for assembling the folded antenna mount on an upright flat surface, wherein the fixing device has a suction cup and a control
- the control handle has a 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 straight line at a vertical angle thereto
- the two straight frames are oppositely shaped, and have a hanging slot corresponding to the latching member between the two straight frames for hanging the latching member of the control device.
- a satellite dish mount further comprising: a fixing device for assembling the folded antenna mount in a stand, wherein the fixing device comprises a U-shaped screw and a corresponding nut
- the fixing device comprises a U-shaped screw and a corresponding nut
- the front end of the first cross frame has a straight frame at an angle perpendicular thereto, and a front end of the straight frame has a notch angle, and a front end of the second cross frame has a straight line perpendicular thereto
- the frame has a corner on the inner side of the front end of the straight frame, and the two straight frame corners are oppositely shaped.
- the U-shaped screw and the corresponding nut are used to lock the vertical rod between the corners of the two straight frames.
- a satellite dish antenna-fixing frame wherein the first cross frame has a lateral portion and a rear end inclined portion, the inclined portion extends out of the vertical frame; and the second horizontal frame has a front end An inclined portion of the lateral portion and the rear end, the inclined portion extending out of the vertical frame.
- the opposite sides 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 are folded when A gap is used to place the mat on a plane when the first cross frame and the second cross frame are unfolded.
- the joint device is a combination of a screw and a nut when the first cross frame and the second cross frame are folded together.
- the opposite sides of the first cross frame and the second cross frame are each provided with a long missing slot, and a rotatably axial shaft is provided in each of the long slots. wing.
- the satellite dish antenna assembly of the present invention comprises an antenna and an antenna holder, and the antenna holder uses the antenna holder described above.
- the first cross frame and the second cross frame of the satellite antenna mount of the present invention can be unfolded and placed on a plane, or can be folded and assembled on the edge of the upper part of a flat plate by different fixing devices. Or an upright flat surface or its upper edge, or a pole, with multiple assembly effects, very Convenient and practical.
- Figure 1 is a partially exploded view of the satellite dish antenna assembly of the present invention
- 1A is a majority of the solution of the satellite dish antenna assembly and various fixing devices of the present invention
- Figure 1B is an exploded bottom perspective view of the satellite dish mount of the present invention
- 1C is a bottom perspective view of the folding of the satellite dish mount 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 a three-dimensional embodiment of the satellite dish antenna assembly of the present invention assembled on a flat edge;
- FIG. 3A is a top plan view showing the relationship between the antenna holder and the tie rod in the fixing device of FIG. 3;
- Figure 3B is a side cross-sectional view of Figure 3 of the present invention.
- FIG. 4 is a view showing an embodiment of assembling a satellite dish antenna assembly of the present invention to an upright flat panel;
- FIG. 4A is a schematic diagram showing the relationship between the antenna holder (only the second cross frame) and the fixing device in the embodiment of FIG. 4;
- Figure 4B is a partial cross-sectional view of the plan view of Figure 4 of the present invention.
- Figure 5 is a perspective view showing an embodiment of the satellite dish antenna assembly of the present invention assembled on a pole;
- Figure 5A is a cross-sectional view, partly in section, of Figure 5 of the present invention.
- the satellite dish antenna assembly of the present invention includes an antenna 1 and an antenna holder 2.
- the antenna 1 of the present invention has an antenna base 11.
- the bottom of the antenna base 11 has a rod 12, and between the antenna 1 and the antenna base 11, an elevation adjustment mechanism 13 is provided.
- the adjusting mechanism 13 includes a set of symmetrical shaft plates 131, a shaft post 14 and a fixing screw 15, wherein an arcuate long hole 132 is arranged on the shaft plate 131; Supporting and fixing the antenna 1 , the shaft post is rotatably axially disposed between the shaft plates 131 with a rotating shaft 141 as a fulcrum; the fixing screw 15 has a nut 151 , and the fixing screw 15 passes through the The shaft post 14 and the arcuate long hole 132 passing through the yoke plate 131 are freely movable in the arc-shaped long hole 132, and the shaft post 14 is pivoted by the rotating shaft 141 and fixed by a screw 15 is rotated within the range of the arcuate long hole 132. After adjusting the elevation angle of the antenna, the nut 151 of the fixing screw 15 is locked and fixed.
- the antenna 1 of the present case is a prior art, and will not be described in the specification.
- the antenna holder 2 of the present invention comprises a fixing base 21, a first cross frame 22 and a second cross frame 23.
- the fixing base 21 is mainly configured to fix the antenna 1 and has a hole in the upper portion of the fixing base 21
- a fixing screw 212 is disposed on a side of the fixing base 21, and the rod body 12 of the antenna base 11 is inserted into the hole 211 and can be 360. After the adjustment of the rotation, after the antenna is adjusted, the fixing body 212 is used to lock the rod body 12 to position the antenna 1.
- the end of the first cross frame 22 in the present invention has a vertical frame 221, and the first cross frame 22 is rotatably axially disposed on the left side of the fixed seat 21, and can be pivoted horizontally and vertically.
- the first cross frame 22 mainly has a lateral portion 222 of the front end and an inclined portion 223 of the rear end, and the vertical frame 221 extends from the inclined portion 223.
- the second cross frame 23 in the present invention has a stand 231 at the end, and the second cross frame 23 is rotatably axially disposed on the right side of the mount 21 by the stand 231, and can be horizontally and vertically
- the second cross frame 23 mainly has a front end lateral portion 232 and a rear end inclined portion 233, and the vertical frame 231 is extended by the inclined portion 233.
- the first cross frame 22 and the second cross frame 23 are pivoted to the left and right sides of the fixing base 21 to form an unfolded antenna frame, and can be placed on the antenna frame.
- the plane 31 is used, for example, on a table top, a platform, a roof, and the like.
- FIG. 1A, FIG. 1C, FIG. 3 to FIG. 5 when the first cross frame 22 and the second cross frame 23 are pivoted to the lower side of the fixing base 21 and are folded in an antenna holder, a fixing device is adopted. 4 available for grouping in other On the object (refer to FIG. 1A, FIG. 3 and FIG. 5); in addition, when the first cross frame 22 and the second cross frame 23 are folded, the first cross frame 22 and the main body are mainly used by a combining device 24.
- the second cross frame 23 is fixedly coupled, and the bonding device 24 is a combination of a typical screw and nut as shown in FIG. 1A.
- the first cross frame 22 and the second cross frame 23 are mainly folded by a fixing device 4.
- the antenna holder 2 is assembled on an upper edge of the horizontally-shaped flat plate 32, and the fixing device 4 is composed of an upper body 41, a lower body 42 and a tie rod 43, etc., wherein the upper body 41
- the upper clamping body 41 has a first oblique side 41 1 and a second oblique side 412, and the first oblique side 41 1 and the second oblique side 412 are located on the parallel folded antenna frame.
- the upper side edge of the antenna frame is folded in parallel; and the lower body 42 is disposed under the flat plate 32; the tie rod 43 of the present case has a curved portion 431, and the upper end of the curved portion 431 extends upwardly with an upper straight portion 432.
- the upper straight portion 432 is provided with a threaded portion 434, and the curved portion 431 has a lower lateral portion 433, wherein the lower lateral portion 433 of the pull rod 43 is fixed to the lower clamp body 42 and the curved portion 431 bypasses the flat plate 32, and
- the upper straight portion 432 passes through the upper clamp body 41 and is locked by a nut 435.
- FIG. 4A, FIG. 4B in the embodiment of FIG. 4, the first horizontal frame 22 and the second horizontal frame 23 are folded into two antenna holders by using a fixing device 4.
- the assembly is fixed on the surface of the standing plate 33.
- the fixing device 4 of the embodiment includes a suction cup 44 and a control handle 441 for operating the suction cup 44 to generate vacuum suction.
- the control handle 441 has a latch member 442; and the front end of the first cross frame 22 has a straight frame 224 at an angle perpendicular thereto, and the front end of the second cross frame 23 has an angle perpendicular thereto
- the straight frame 234, the two straight frames 224 and 234 are opposite to each other, and a hanging slot 26 corresponding to the latching member 442 is disposed between the straight frame 224 and the straight frame 234, and the hanging slot 26 is suspended.
- the control handle 441 extends a support portion 443 on a side of the suction cup 44. When the suction cup 44 is attracted to the surface of the vertical plate 33, the support portion 443 bears against the surface of the upright plate 33 to increase its stability.
- the antenna of the first cross frame 22 and the second cross frame 23 is mainly folded by a fixing device 4.
- the fixing frame 2 is assembled and fixed on a vertical rod 35.
- the fixing device 4 includes a U-shaped screw 45 and a corresponding nut 451.
- the front end of the first horizontal frame 22 has an approximate a straight frame 224 of a vertical angle
- the front end of the straight frame 224 has a notch 225
- the front end of the second cross frame 23 has a straight frame 234 at an angle perpendicular thereto, the straight frame 234
- the front side of the front end has a notch 235
- the angles of the two straight frames 224, 234 are opposite, and the uprights 35 are locked by the U-shaped screws 45 and the nut 451 to the notches 225 and 235 of the two straight frames 224 and 234. between.
- a long missing slot 52 is defined in each of the opposite faces 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 53 is normally stored in the long In the missing slot 52, it is expanded as shown in Fig. 2.
- the pad body 51 is provided on each of the opposite sides of the first cross frame 22, the second cross frame 23, and the stabilizing wing 53 so that the first cross frame 22 and the second cross frame 23 are unfolded.
- the pad body 51 can be placed on a flat surface 31 to increase its stability.
- the pad body 51 is made of a silicone rubber, a rubber or a soft plastic material.
- the satellite dish antenna of the present invention has an antenna holder that is easy to operate for unfolding and folding. After being deployed, it can be placed as long as a flat plane, and after folding, with different
- the fixing device 4 can be easily assembled on a flat edge or an upright flat surface or a vertical pole, and has a multifunctional assembly method.
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Description
一种卫星碟形天线固定架及应用其的卫星碟形天线组 技术领域
本发明涉及一种天线固定架及应用其的天线组, 尤其涉及一种卫星碟形天 线固定架及应用其的卫星碟形天线组, 。 背景技术
一般卫星碟形天线要接收稳定的信号, 必须以一固定架放置于一平面上, 或以一固定架装设于墙上, 或以一固定架装设于平板如桌面的边缘, 或以一固 定架装设于一立杆上等等。 而一种固定架只能装设于一种物件或设备上, 以致 于卫星天线受限于固定架的结合固定方式, 而有诸多限制, 特别是在移动或旅 行的过程当中, 卫星天线无法像在住家的建物上那么的方便固定使用, 因此, 设计一种具有多个组装功能的卫星天线固定架为本发明的重要课题。 发明内容
有鉴于此, 本发明的主要目的在于提供一种具有多个组装功能的卫星碟形 天线固定架。
本发明的主要目的还在于提供一种具有多个组装功能的固定架的卫星碟形 天线组。
而本发明的卫星碟形天线固定架包含有包含有一固定座, 所述卫星碟形天 线结合固定在固定架上; 一第一横架, 所述第一横架末端具有一立架, 所述第 一横架以立架呈可转动地轴设于固定座的左侧, 并且可在水平及垂直向间枢转; 一第二横架, 所述第二横架末端具有一立架, 所述第二横架以立架呈可转动地 轴设于固定座的右侧, 并且可在水平及垂直向间枢转; 所述第一横架、 第二横 架轴转于固定座的左、 右侧而呈展开状的天线架; 所述第一横架、 第二横架轴 转于固定座的下側而呈折叠的天线架。
依据本发明的卫星碟形天线固定架, 其中, 还包含有一固定装置可供将所 述折叠的天线固定架组装在一平板上部的边缘, 其中, 所述固定装置具有: 一 上夹体, 设于折叠的天线固定架上面, 所述上夹体具有一第一斜侧边及一第二 斜侧边, 所述第一斜侧边及所述第二斜侧边位于平行的折叠天线架的上两侧边 缘; 一下夹体, 设于平板下面; 一拉杆, 其具有一弯部, 弯部的上末端往上延
伸一上直部, 上直部设有螺纹段, 而弯部则具有一下横部, 所述拉杆的下横部 固定在下夹体, 而由弯部绕过平板, 并由上直部穿过天线固定架与上夹体, 以 及所述上直部具有一螺帽可供锁固在螺纹段。
依据本发明的卫星碟形天线固定架, 其中, 还包含有利用一固定装置可供 将所述折叠的天线固定架组装在一直立的平板表面, 其中, 所述固定装置具有 一吸盘和一控制把, 所述控制把上具有一^ ^掣件; 所述第一横架的前端具有一 与其呈约垂直角的直架, 所述第二横架的前端具有一与其呈约垂直角的直架, 前述两直架呈相对状, 且在两直架间具有一与卡掣件对应的挂槽, 可供吊挂于 控制粑的卡掣件。
依据本发明的卫星碟形天线固定架, 其中, 还包含利用一固定装置可供将 所述折叠的天线固定架组装在一立杵, 而所述固定装置包含有一 U形螺丝及对 应的螺帽, 所述第一横架的前端具有一与其呈约垂直角的直架, 且所述直架的 前端内侧具有一缺角, 所述第二横架的前端具有一与其呈约垂直角的直架, 且 所述直架的前端内侧具有一缺角, 前述两直架缺角呈相对状, 利用 U形螺丝及 对应的螺帽将立杆锁附于二直架的缺角间。
依据本发明的卫星碟形天线—固定架, 其中, 所述第一横架具有前端的横部 及后端的斜部, 该斜部延伸出所述立架; 所述第二横架具有前端的横部及后端 的斜部, 该斜部延伸出所述立架。
依据本发明的卫星碟形天线固定架, 其中, 在所述第一横架及第二横架折 叠起来的相对面各设有垫体, 使得第一横架及第二横架折叠起来时具有一间隙, 当第一横架及第二横架展开时, 利用所述垫体置于一平面上。
依据本发明的卫星碟形天线固定架, 其中, 还包含有一结合装置将所述第 一横架及第二横架折叠起来时, 结合固定住, 所述结合装置为一螺丝、 螺帽组 合。
依据本发明的卫星碟形天线固定架, 其中, 所述第一横架及第二横架折叠 起来的相对面各设有一长缺槽, 在各所述长缺槽中可转动地轴设有一稳定翼。
而本发明的卫星碟形天线組, 包含有一天线及一天线固定架, 所述天线固 定架使用前述的天线固定架。
与现有技术相比, 本发明的卫星天线固定架中的第一横架、 第二横架可以 展开而放置在一平面上, 也可以折叠并通过不同固定装置组装在一平板上部的 边缘, 或直立的平板表面或其上缘, 或者一立杆上, 具有多个组装功效, 非常
方便且实用。 附图说明
图 1是本发明卫星碟形天线组的部份分解图;
图 1A是本发明卫星碟形天线组及各种固定装置的大部分解图;
图 1B是本发明卫星碟形天线固定架的展开仰视立体图;
图 1C是本发明卫星碟形天线固定架折叠的仰视立体图;
图 2是本发明卫星碟形天线组其天线固定架展开时放置于一平面的立体实 施例图;
图 3是本发明卫星碟形天线组组装于一平板边缘的立体实施例图; 图 3A是本发明图 3中有关天线固定架与固定装置中的拉杆的关系俯视示意 图;
图 3B是本发明图 3的侧面剖视图;
图 4是本发明卫星碟形天线组组装于一直立平板的实施例图;
图 4A是本发明图' 4的实施例中有关天线固定架(只表示第二横架)与固定 装置组合的关系示意图;
图 4B是本发明图 4的俯视的部份剖视图;
图 5是本发明卫星碟形天线组组装于一立杆的实施例立体图;
图 5A是本发明图 5的俯视部份剖视图。
附图标记说明: 1-天线; 1 1-天线座; 2-天线固定架; 12-杆体; 4-固定装置;
43-拉杆; 21-固定座; 13-仰角调整机构; 14-轴接柱; 15-固定螺丝; 22-第一横 架; 131-轴接板; 23-第二横架; 132-弧形长孔; 31-平面; 141-转轴; 32-平板; 151-螺帽; 26-挂槽; 211-孔; 27-间隙; 212-固定螺丝; 41-上夹体; 221-立架; 42-下夹体; 222-横部; 231-立架; 232-横部; 224-直架; 223-斜部; 234-直架; 233-斜部; 225-缺角; 235-缺角; 24-结合装置; 411-第一斜侧边; 45-U型螺丝; 431-弯部; 33-直立平板; 412-第二斜侧边; 35-立杆; 432-上直部; 51-垫体; 433-下横部; 52-长缺槽; 434-螺纹段; 53-稳定翼; 435-螺帽; 44-吸盘; 443-支 撑部; 441-控制把; 442-卡掣件; 451-螺帽。 具体实施方式
为使贵审查员能对本发明的特征与特点有更进一步的了解与认同, 列举以
下较佳实施例说明如下:
请配合参阅图 1,本发明的卫星碟形天线组包括一天线 1及一天线固定架 2。 请配合参阅图 1A, 本发明中的天线 1具有一天线座 11 , 所述天线座 11的 底部具有一杆体 12, 而在天线 1与天线座 11间则具有一仰角调整机构 13 , 所 述仰角调整机构 13包括有一组对称的轴接板 131、 一轴接柱 14和一固定螺丝 15 , 其中, 在所述轴接板 131上贯设有弧形长孔 132; 而轴接柱 14主要承托并 固定住天线 1 ,所述轴接柱以一转轴 141为支点而可转动地轴设于轴接板 131间; 所述固定螺丝 15具有一螺帽 151 , 所述固定螺丝 15穿过所述轴接柱 14, 以及 穿设亍轴接板 131的弧形长孔 132间, 且可以在弧.形长孔 132中自由活动, 而 所述轴接柱 14以转轴 141为支点并以固定螺丝 15在弧形长孔 132的范围内转 动, 在调整好天线的仰角角度后, 以固定螺丝 15的螺帽 151加以锁固定位。 而 本案的天线 1则属现有技术, 在说明书中则不予以赘述。
请参阅图 1、 图 1A-图 1C, 本发明的天线固定架 2包含有一固定座 21、 一 第一横架 22和一第二横架 23。
所述固定座 21 , 其主要结合固定所述天线 1 , 而在固定座 21上部设有一孔
211 , 在所述固定座 21侧边设有一固定螺丝 212, 所述的天线座 11的杆体 12插 置于所述孔 211中且可做 360。 旋转的调整, 待调整好天线后, 利用所述固定螺 丝 212锁固杆体 12, 令天线 1得以定位。
本发明中的第一横架 22末端具有一立架 221 , 所述第一横架 22以立架 221 呈可转动地轴设于固定座 21的左侧, 并且可在水平及垂直向间枢转; 另外, 所 述第一横架 22主要具有前端的横部 222及后端的斜部 223 , 所述的立架 221由 斜部 223延伸。
再者, 本发明中的第二横架 23末端则具有一立架 231 , 所述第二横架 23以 立架 231呈可转动地轴设于固定座 21的右侧, 并且可在水平及垂直向间枢转; 另外, 所述第二横架 23主要具有前端的横部 232及后端的斜部 233 , 所述的立 架 231由斜部 233所延伸。
在图 2的实施例中, 所述第一横架 22、 所述第二横架 23轴转于所述固定座 21的左、 右侧而呈展开状的天线架, 而可供放置于一平面 31例如桌面、 平台、 车顶等上面使用。
另外, 请参图 1A、 图 1C、 图 3-图 5, 第一横架 22、 第二横架 23轴转于固 定座 21的下侧而呈折叠状的天线固定架时, 通过一固定装置 4可供组设于其他
物件上(参图 1A、 图 3 图 5 ) ; 另外, 所述第一横架 22和所述第二横架 23 折叠起来时, 主要利用一结合装置 24将所迷第一横架 22和所述第二横架 23结 合固定, 而所述结合装置 24则如图 1A所示典型的螺丝及螺帽组合。
请参阅图 1A、 图 3、 图 3A、 图 3B所示, 在图 3的实施例当中, 主要利用 一固定装置 4将所述第一横架 22、所述第二横架 23所折叠成的天线固定架 2组 装在一约呈水平的平板 32上部边缘, 而所述固定装置 4则由一上夹体 41 , 一下 夹体 42及一拉杆 43等所构成, 其中, 所述上夹体 41设于平行的折叠天线架上 面, 所述上夹体 41具有一第一斜侧边 41 1及一第二斜側边 412 , 所述第一斜侧 边 41 1及第二斜侧边 412位于平行的折叠天线架的上两侧边缘; 而所述下夹体 42则设于平板 32下面; 本案的拉杆 43则具有一弯部 431 , 弯部 431的上末端 往上延伸一上直部 432, 上直部 432设有螺紋段 434, 而弯部 431下方具有一下 横部 433 , 其中, 所述拉杆 43的下横部 433固定在下夹体 42, 而由弯部 431绕 过平板 32, 并由上直部 432穿过上夹体 41 , 利用螺帽 435以锁固。
请参阅图 4、 图 4A、 图 4B所示, 在图 4的实施例当中, 主要利用一固定装 置 4将所述第一横架 22、第二横架 23所折叠成的天线固定架 2架組装固定在一 直立平板 33表面, 请配合参图 1A、 图 1B所示, 本实施例的固定装置 4包含有 一吸盘 44和一操作所述吸盘 44产生真空吸力的控制把 441 , 在所述控制把 441 上具有一卡掣件 442; 而所述第一横架 22的前端具有一与其呈约垂直角的直架 224, 所述第二横架 23的前端具有一与其呈约垂直角的直架 234 , 前述两直架 224、 234呈相对状, 且在所述直架 224和所述直架 234间具有一与卡掣件 442 对应的挂槽 26 , 所述挂槽 26供吊挂于控制把 441的卡掣件 442。 另外, 所述控 制把 441在靠吸盘 44的一侧延伸有一支撑部 443 ,当吸盘 44吸附在一直立平板 33表面时, 所述支撑部 443顶住所述直立平板 33表面, 以增加其稳固性„ 请参阅图 1A、 图 5、 图 5A所示, 在图 5的实施例当中, 主要利用一固定 装置 4将所述第一横架 22、所述第二横架 23所折叠成的天线固定架 2组装固定 在一立杆 35上, 在图示中, 所述固定装置 4包含有一 U形螺丝 45及对应的螺 帽 451 ; 另外, 在第一横架 22的前端具有一与其呈约垂直角的直架 224 , 所述 直架 224的前端内侧具有一缺角 225 , 又, 所述第二横架 23的前端具有一与其 呈约垂直角的直架 234, 所述直架 234的前端内侧具有一缺角 235 , 前述两直架 224、 234的缺角呈相对状, 而立杆 35利用 U形螺丝 45、 螺帽 451組锁附于两 直架 224、 234的缺角 225、 235间。
另外, 在第一横架 22、 第二横架 23折叠起来的相对面各设有一长缺槽 52 , 在长缺槽 52中转动地轴设有一稳定翼 53 , 所述稳定翼 53平常收纳于长缺槽 52 中, 使用时再予以展开如图 2所示。
在前述的各实施例当中, 在第一横架 22、 第二横架 23及稳定翼 53折叠起 来的相对面各设有垫体 51 , 使得第一横架 22、 第二横架 23展开时, 得以利用 所述垫体 51置于一平面 31上, 以增加其稳固性, 当第一横架 22、 第二横架 23 折叠起来时具有一间隙 27, 得以让拉杆或其他的固定装置穿置其中。 而所述垫 体 51优选选用硅胶、 橡胶、 软性塑胶材料。
相较于现有卫星碟形天线, 本发明的卫星碟形天线, 其天线固定架的展开、 折叠容易操作, 在展开后, 只要有一平坦的平面便可放置, 而在折叠后, 搭配 不同的固定装置 4得以简单地组装于一平板边缘或一直立平板表面或一立杆上, 具有多功能的组装方式。
以上所揭, 仅为本发明的较佳实施方式而已, 不能以此来限定本发明实施 例的范围, 本技术领域内的一般技术人员根据本发明所作的均等变化, 以及本 领域内技术人员熟知的改变, 都应仍属本发明专利涵盖的范围。
Claims
1、 一种卫星碟形天线固定架, 其特征在于, 其包含有:
一固定座, 所述卫星碟形天线结合固定在固定架上;
一第一横架, 所述第一横架末端具有一立架, 所述第一横架以所述立架能 转动地轴设于所述固定座的左侧, 并且所述第一横架能在水平及垂直向间枢转; 一第二横架, 所述第二横架末端具有一立架, 所述第二横架以立架能转动 地轴设于所述固定座的右侧, 并且所述第二横架能在水平及垂直向间枢转; 所述第一横架、 第二横架轴转于所述固定座的左、 右侧而呈展开状的天线 固定.架; 所述第一横架、 第二横架轴转于所述固^座的下侧而呈折叠的天线固 定架。
2、 如权利要求 1所述的卫星碟形天线固定架, 其特征在于, 其还包含有一 固定装置, 所述固定装置供将所述折叠的天线固定架组装在一平板上部的边缘, 其中, 所述固定装置具有:
一上夹体, 设于所述折叠的天线固定架上面, 所述上夹体具有一第一斜側 边及一第二斜侧边, 所述第一斜側边及所述第二斜侧边位于所述折叠的天线固 定架的上两侧边缘;
一下夹体, 设于所述平板下面;
一拉杆, 其具有一弯部, 所述弯部的上末端往上延伸一上直部, 所述上直 部设有螺纹段, 而所述弯部具有一下横部, 所述拉杆的下横部固定在所述下夹 体, 而由所述弯部绕过所述平板, 并由所述上直部穿过该天线固定架与所述上 夹体, 以及在拉杆的上直部具有一螺帽, 所述螺帽能供锁固在螺纹段。
3、 如权利要求 1所述的卫星碟形天线固定架, 其特征在于, 其还包含有一 固定装置, 所述固定装置能供将所述折叠的天线固定架组装在一直立的平板表 面, 其中, 所述固定装置具有一吸盘和一控制把, 所述控制把上具有一卡掣件; 所述第一横架的前端具有一与其呈垂直角的直架, 所述第二横架的 端具有一 与其呈垂直角的直架, 所述两直架呈相对状, 且在两直架间具有一与所述卡掣 件对应的挂槽, 所述挂槽供吊挂于控制把的卡掣件。
4、 如权利要求 1所述的卫星碟形天线固定架, 其特征在于, 其还包含一固 定装置, 所述固定装置供将所述折叠的天线固定架组装在一立杆, 而所述固定 装置包含有一 U形螺丝及对应的螺帽, 所述第一横架的前端具有一与其呈垂直 角的直架, 且所述直架的前端内侧具有一缺角, 所述第二横架的前端具有一与
其呈垂直角的直架, 且所述直架的前端内侧具有一缺角, 所述两直架缺角呈相 对状, 利用所述 U形螺丝及对应的螺帽将所述立杆锁附在所述直架的缺角间。
5、 如权利要求 1所述的卫星碟形天线固定架, 其特征在于, 所述第一横架 具有前端的横部及后端的斜部, 所述斜部延伸出所述立架; 所述第二横架具有 前端的横部及后端的斜部, 该斜部延伸出所述立架。
6、 如权利要求 1、 2、 3、 4或 5所述的卫星碟形天线固定架, 其特征在于, 在所述第一横架及所述第二横架折叠起来的相对面各设有垫体, 使得所述第一 横架及所述第二横架折叠起来时具有一间隙, 当所述第一横架及所述第二横架 展开时, 利用所述垫体置于一平面上。
7、 如权利要求 1、 2、 3、 4或 5所述的卫星碟形天线固定架, 其特征在于, 其还包含有一结合装置, 其将所述第一横架及所述第二橫架折叠起来时, 结合 固定住。
8、 如权利要求 7所述的卫星碟形天线固定架, 其特征在于, 所述结合装置 为一螺丝和螺帽的组合。
9、 如权利要求 1、 2、 3、 4或 5所述的卫星碟形天线固定架, 其特征在于, 所述第一横架及所述第二横架折叠起来的相对面各设有一长缺槽, 在各所述长 缺槽中能转动地轴设有一稳定翼。
10、 如权利要求 1所述的卫星碟形天线固定架, 其特征在于, 在所述固定 座上设有一孔, 并在所述固定座的侧边设有一固定螺丝; 所述天线具有一天线 座, 所述天线座底部具有一杆体, 所述杆体***所述孔中且能做 360° 旋转, 所 迷固定螺丝能锁固所述杆体, 令所述天线定位。
11、 如权利要求 10所述的卫星碟形天线固定架, 其特征在于, 所述天线与 所述天线座间具有一仰角调整机构 , 所述仰角调整机构包括有:
一组对称的轴接板, 所述轴接板上贯设有弧形长孔;
一轴接柱, 承托并固定住所述天线, 所述轴接柱以一转轴为支点而能转动 地轴设于所述轴接板间;
一固定螺丝, 其具有一螺帽; 该固定螺丝穿过所述轴接柱, 以及穿设于所 述轴接板的弧形长孔间, 且能在所述弧形长孔中自由活动; 所述轴接柱以所述 转轴为支点并以该固定螺丝在所述弧形长孔的范围内转动, 在调整好所述天线 的仰角角度后, 以该固定螺丝的螺帽加以锁固定位。
12、 如权利要求 3所述的卫星碟形天线固定架, 其特征在于, 所述控制把
在靠所述吸盘的一側则延伸有一支撑部。
13、 一种卫星碟形天线组, 包含有一天线及一天线固定架所组成, 其特征 在于, 所述天线固定架使用权利要求 1至权利要求 12中任一权利要求所述的天 线固定架。
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CN112821029A (zh) * | 2020-12-31 | 2021-05-18 | 桂林长海发展有限责任公司 | 一种船载卫星天线座和船载卫星天线跟踪*** |
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CN108987886B (zh) * | 2018-08-02 | 2020-07-17 | 铭宸(唐山)航天电子装备科技有限公司 | 一种通信传输用卫星天线 |
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US20040069915A1 (en) * | 2002-09-20 | 2004-04-15 | Alain Guennec | Satellite antenna holder |
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US5526010A (en) * | 1995-02-09 | 1996-06-11 | Plunk; Richard L. | Support device for portable satellite dish |
TW495104U (en) * | 2000-12-21 | 2002-07-11 | Janky Technology Co Ltd | Improvement of fixed base stand for dish-shaped antenna |
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JPS6030202A (ja) * | 1983-07-28 | 1985-02-15 | Maspro Denkoh Corp | パラボラアンテナ |
US20040069915A1 (en) * | 2002-09-20 | 2004-04-15 | Alain Guennec | Satellite antenna holder |
US6734830B1 (en) * | 2002-09-27 | 2004-05-11 | Comazell Bickham | Portable adjustable stand for satellite dish antennas |
CN2604783Y (zh) * | 2003-01-23 | 2004-02-25 | 中卫实业股份有限公司 | 卫星天线旋转固定座 |
CN1700516A (zh) * | 2004-05-17 | 2005-11-23 | 启碁科技股份有限公司 | 旋转角度微调机构及应用该微调机构的卫星天线 |
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CN112821029A (zh) * | 2020-12-31 | 2021-05-18 | 桂林长海发展有限责任公司 | 一种船载卫星天线座和船载卫星天线跟踪*** |
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