JPH0419722B2 - - Google Patents
Info
- Publication number
- JPH0419722B2 JPH0419722B2 JP582186A JP582186A JPH0419722B2 JP H0419722 B2 JPH0419722 B2 JP H0419722B2 JP 582186 A JP582186 A JP 582186A JP 582186 A JP582186 A JP 582186A JP H0419722 B2 JPH0419722 B2 JP H0419722B2
- Authority
- JP
- Japan
- Prior art keywords
- antenna
- movable part
- horizontal
- elevation
- angle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
- 238000009434 installation Methods 0.000 description 7
- 230000000694 effects Effects 0.000 description 2
- 230000001629 suppression Effects 0.000 description 2
- 239000003550 marker Substances 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
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- Variable-Direction Aerials And Aerial Arrays (AREA)
- Support Of Aerials (AREA)
Description
【発明の詳細な説明】
〔産業上の利用分野〕
本発明は衛星放送受信用アンテナを所定の向き
にセツトするためのアンテナ取付台に関する。DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an antenna mount for setting a satellite broadcast receiving antenna in a predetermined orientation.
衛星放送受信用アンテナで衛星放送を受信する
には、アンテナが放送衛星に正対するように予め
方位角及び仰角を調整しておく。そのため、方位
角調整用水平可動部と仰角調整用上下可動部とを
組合せたアンテナ取付台が提案されている。
To receive satellite broadcasts using a satellite broadcast reception antenna, the azimuth and elevation angles are adjusted in advance so that the antenna directly faces the broadcast satellite. Therefore, an antenna mount has been proposed that combines a horizontally movable section for adjusting the azimuth angle and a vertically movable section for adjusting the elevation angle.
例えば第８図に示すアンテナ取付台は伸縮自在
の三脚６１を取付けた基台６２に水準器（図示せ
ず）を有する水平可動部６３を取付け、この水平
可動部６３に上下可動部６４を取付けている。こ
の上下可動部６４のアンテナ取付面６５にオフセ
ツトパラボラアンテナ２３を取付け、予め計算上
算出された受信点における仰角（電波到来方向と
水平面とのなす角度）、例えば仰角25゜では、上下
可動部６４を上下方向に回転し、水平に保たれた
水平可動部６３の仰角目盛25゜に上下可動部６４
の指標を合わせてセツトしていた。 For example, in the antenna mount shown in FIG. 8, a horizontally movable part 63 having a spirit level (not shown) is attached to a base 62 on which a telescopic tripod 61 is attached, and a vertically movable part 64 is attached to this horizontally movable part 63. ing. The offset parabolic antenna 23 is attached to the antenna mounting surface 65 of the vertically movable section 64, and when the elevation angle (the angle between the radio wave arrival direction and the horizontal plane) at the reception point calculated in advance is 25 degrees, the vertically movable section 64 in the vertical direction, and the vertically movable part 64 is rotated at the elevation angle scale of 25 degrees of the horizontally movable part 63 which is kept horizontally.
The indicators were set together.
ところが、このアンテナ取付台でオフセツトパ
ラボラアンテナ以外のアンテナ、例えばパラボラ
アンテナ２４をオフセツトパラボラアンテナと同
じ仰角25゜にとるには、通常アンテナ取付面６５
がアンテナ開口端縁を含む平面６７と平行になつ
ているため、第９図に示すように取付面６５と上
下可動部６４との間に所定角度の角度補正用アダ
プタ６６を介装する必要があつた。 However, in order to set an antenna other than the offset parabolic antenna, for example, the parabolic antenna 24, at the same elevation angle of 25 degrees as the offset parabolic antenna with this antenna mounting base, the antenna mounting surface 65 is normally used.
is parallel to the plane 67 including the edge of the antenna opening, so it is necessary to interpose an angle correction adapter 66 having a predetermined angle between the mounting surface 65 and the vertically movable part 64, as shown in FIG. It was hot.
このため、アンテナ取付台または角度補正用ア
ダプタをパラボラアンテナのオフセットや平面ア
ンテナのビームチルトが相違する数だけそろえな
ければならない。しかし多数のアンテナ取付台を
用意するとか、多数の角度補正用アダプタを用意
しておくことは極めて不経済であり、また角度補
正用アダプタを備えるものではその選択・介装作
業が煩雑で、且つ時間がかかる不都合がある。
For this reason, it is necessary to prepare antenna mounts or angle correction adapters in numbers corresponding to the offsets of the parabolic antennas and the beam tilts of the planar antennas. However, it is extremely uneconomical to prepare a large number of antenna mounting stands or a large number of angle correction adapters, and if the antenna is equipped with an angle correction adapter, the selection and installation work is complicated. There is an inconvenience that it takes time.
本発明は前記の点に鑑みてなされたもので、比
較的簡潔な構成によつて各種の衛星放送受信用ア
ンテナを所望仰角にセツトできるようにしたアン
テナ取付台の提供を目的とする。 The present invention has been made in view of the above points, and an object of the present invention is to provide an antenna mount that allows various satellite broadcast receiving antennas to be set at desired elevation angles with a relatively simple structure.
前記の目的を達成するため本発明においては、
上面に縦軸を突設した水平支持台、前記縦軸に回
転・軸着可能に取付けられ且つ横軸を突設した水
平可動部、前記横軸に回転・軸着可能に取付けら
れ且つ前記横軸と平行または同心上に第２の横軸
を突設した第２仰角調整用可動部、前記第２の横
軸に回転・軸着可能に取付けられ且つ第２の横軸
と平行なアンテナ取付面を有する第１仰角調整用
可動部、前記第２の横軸に対する第１仰角調整用
可動部の取付角を示すものであつて衛星放送受信
用パラボラアンテナのオフセツトから定まるアン
テナ取付角および衛星放送受信用平面アンテナの
ビームチルトから定まるアンテナ取付角を表示す
るアンテナ取付角目盛板と指標および前記横軸に
対する第２仰角調整用可動部の取付角を表示する
仰角目盛板と指標とを備えたことを特徴とするも
のである。
In order to achieve the above object, the present invention includes:
a horizontal support base having a vertical shaft protruding from its upper surface; a horizontal movable part rotatably and rotatably mounted on the vertical shaft and having a horizontal shaft protruding; a second elevation adjustment movable part with a second horizontal axis protruding parallel to or concentric with the axis; an antenna mounted rotatably and rotatably on the second horizontal axis and parallel to the second horizontal axis; A first elevation adjustment movable part having a surface, the mounting angle of the first elevation adjustment movable part with respect to the second horizontal axis, and the antenna mounting angle determined from the offset of the parabolic antenna for satellite broadcast reception and satellite broadcasting. An antenna mounting angle scale plate and index displaying the antenna mounting angle determined from the beam tilt of the receiving planar antenna, and an elevation angle scale plate and index displaying the mounting angle of the second elevation adjustment movable part with respect to the horizontal axis. It is characterized by:
衛星放送受信用アンテナを所定仰角に設定する
には、取付けるべきアンテナのアンテナ取付角の
設定と、所定アンテナ仰角の設定と、水平可動部
３の水平設定と、第１仰角調整用可動部のアンテ
ナ取付面３２へのアンテナ取付けとが必要であ
り、その作業順序は任意である。
In order to set the satellite broadcast receiving antenna to a predetermined elevation angle, it is necessary to set the antenna mounting angle of the antenna to be attached, to set the predetermined antenna elevation angle, to set the horizontal movable part 3 horizontally, and to set the antenna of the first elevation adjustment movable part. It is necessary to attach the antenna to the mounting surface 32, and the order of the operations is arbitrary.
アンテナ取付角の設定は、第２仰角調整用可動
部１１，３６の第２の横軸１５，３７を軸に第１
仰角調整可動部１６，３８を回転し、取付けるべ
きアンテナがパラボラアンテナではオフセツトか
ら定まるアンテナ取付角、平面アンテナではビー
ムチルトから定まるアンテナ取付角に対応する目
盛板２５，４６の目盛に指標２６を合わせてか
ら、第２仰角調整用可動部１１，３６に第１仰角
調整用可動部１６，３８をセツトする。所定アン
テナ仰角の設定は、水平可動部３の横軸１０を軸
に第２仰角調整用可動部１１，３６を回転し、仰
角目盛板２９，４７の所定仰角目盛に指標２６を
合わせてから、水平可動部３に第２仰角調整用可
動部１６，３８をセツトする。 The setting of the antenna mounting angle is based on the first horizontal axis 15, 37 of the second elevation adjustment movable part 11, 36.
Rotate the elevation adjustment movable parts 16 and 38, and align the index 26 with the scale of the scale plates 25 and 46 corresponding to the antenna to be installed, which corresponds to the antenna installation angle determined from the offset for a parabolic antenna, and the antenna installation angle determined from the beam tilt for a planar antenna. Then, the first elevation adjustment movable parts 16, 38 are set to the second elevation adjustment movable parts 11, 36. To set the predetermined antenna elevation angle, rotate the second elevation adjusting movable parts 11 and 36 about the horizontal axis 10 of the horizontal movable part 3, align the index 26 with the predetermined elevation angle scale of the elevation angle scale plates 29 and 47, and then The second elevation adjustment movable parts 16 and 38 are set on the horizontal movable part 3.
本発明の実施例を図面に基づいて説明する。第
１図〜第４図において、１は開閉・伸縮自在の三
脚２を備えた水平支持台、３を水平可動部で、本
体部５に水準器３１を備え且つ水平支持台１上に
固着された段付の縦軸４の小径軸に水平回転可能
に取付けられ小径軸に取付けた押え板９が抜け止
めとなり、この水平可動部３のクランプは、本体
部５に形成されて縦軸４の小径軸に達するスリツ
ト６に直交して先端部が本体部５に螺合するねじ
軸７の締付けによつて行う。
Embodiments of the present invention will be described based on the drawings. In FIGS. 1 to 4, 1 is a horizontal support stand equipped with a tripod 2 that can be opened and closed, and 3 is a horizontal movable part. A holding plate 9 is attached to the small diameter shaft of the stepped vertical shaft 4 so as to be horizontally rotatable and prevents it from coming off. This is done by tightening a screw shaft 7 whose tip end is screwed into the main body 5 and is perpendicular to the slit 6 that reaches the small diameter shaft.
水平可動部３は、本体部５におけるねじ軸７先
端側の側面にねじ軸７と平行な横軸１０を突設
し、これに第２仰角調整用可動部１１の一端部を
回転可能に嵌め、横軸１０先端には可動部抜止め
用当板２８をビス２７で取付けている。水平可動
部４に対する可動部１１のクランプは、可動部１
１の一側から横軸１０に達する斜め方向のスリツ
ト１２に交叉して先端のねじ部１３で可動部１１
に螺合する段付きのパーン棒１４の締付けによつ
て行う。第２仰角調整用可動部１１の本体部５と
接する側面の他端部には水平可動部３の横軸１０
と平行な第２の横軸１５を突設し、この第２の横
軸１５に第１仰角調整用可動部１６を回転可能に
嵌め、横軸１５の先端には可動部抜け止め用当板
２２をボルト２１で取付けている。 The horizontal movable part 3 has a horizontal shaft 10 protruding from the side surface of the main body 5 on the tip side of the screw shaft 7, which is parallel to the screw shaft 7, and one end of the second elevation adjustment movable part 11 is rotatably fitted into this. A stop plate 28 for preventing the movable part from coming off is attached to the tip of the horizontal shaft 10 with screws 27. The movable part 11 is clamped to the horizontal movable part 4 by the movable part 1
The movable part 11 crosses the diagonal slit 12 reaching the horizontal axis 10 from one side of the
This is done by tightening a stepped pawn rod 14 that is screwed into the hole. The horizontal axis 10 of the horizontal movable part 3 is located at the other end of the side surface of the second elevation adjustment movable part 11 that is in contact with the main body part 5.
A second horizontal shaft 15 is provided protrudingly parallel to the second horizontal shaft 15, and a first elevation adjustment movable part 16 is rotatably fitted to the second horizontal shaft 15, and a stop plate for preventing the movable part from falling off is provided at the tip of the horizontal shaft 15. 22 is attached with bolt 21.
第１仰角調整用可動部１６には第２の横軸１５
と平行なアンテナ取付面３２を有するアンテナ取
付座１７を設け、アンテナ取付面３２には二つの
位置決めピン１８とクランプボルト１９のねじ部
とが突き出ている。 The first elevation adjustment movable part 16 has a second horizontal shaft 15.
An antenna mounting seat 17 is provided having an antenna mounting surface 32 parallel to the antenna mounting surface 32, and two positioning pins 18 and a threaded portion of a clamp bolt 19 protrude from the antenna mounting surface 32.
尚、２０は第１仰角調整用可動部１６を第２仰
角調整用可動部１１に位置決め固定するボルトで
ある。 Note that 20 is a bolt for positioning and fixing the first elevation adjustment movable part 16 to the second elevation adjustment movable part 11.
次に実施例のアンテナ取付台に衛星放送受信用
アンテナを所定仰角にセツトする手順を説明す
る。まず水平可動部３の水準器３１が水平面を指
すように水平支持台１の三脚２の高さを調節す
る。調節が終わると第２仰角調整用可動部１１の
第２の横軸１５を軸に第１仰角調整用可動部１６
を上下回転し、可動部１１の上部正面に設けたア
ンテナ取付角目盛板２５を用いて、アンテナがパ
ラボラアンテナ２４ではオフセツト零である目盛
P1に、オフセツトパラボラアンテナ２３ではそ
のオフセツトから定まるアンテナ取付角を表示し
た目盛、例えば目盛P2に、平面アンテナではビ
ームチルトが零では目盛P3に、ビームチルトが
ある場合、ビームチルトから定まるアンテナ取付
角を表示した目盛、例えば目盛P4に、指標２６
を合わせてボルト２０により可動部１６を可動部
１１にセツトする。 Next, a procedure for setting a satellite broadcast receiving antenna at a predetermined elevation angle on the antenna mount of the embodiment will be explained. First, the height of the tripod 2 of the horizontal support stand 1 is adjusted so that the spirit level 31 of the horizontal movable part 3 points to the horizontal plane. When the adjustment is completed, the first elevation adjustment movable part 16 is moved around the second horizontal axis 15 of the second elevation adjustment movable part 11.
Rotate up and down, and use the antenna mounting angle scale plate 25 provided on the front of the upper part of the movable part 11 to set the scale at which the offset is zero when the antenna is a parabolic antenna 24.
For the offset parabolic antenna 23, the antenna mounting angle determined from the offset is shown on the scale P1 , for example, on the scale P2 , when the beam tilt is zero for a flat antenna, the scale P3 is shown, and when there is a beam tilt, it is shown on the scale P3. Marker 26 is placed on the scale indicating the fixed antenna installation angle, for example, scale P4 .
and set the movable part 16 to the movable part 11 with the bolts 20.
ここでアンテナを位置決めピン１８及びクラン
プボルト１９で取付座１７に取付けると、パーン
棒１４を操作して水平可動部３の横軸１０を軸に
第２仰角調整用可動部１１を上下回転し、可動部
１１の下部正面に位置する仰角目盛板２９を用い
て、受信点におけるアンテナ仰角を表示した目盛
に可動部１１の指標３０を合わせ、パーン棒１４
により可動部１１を可動部３にセツトする。 Here, when the antenna is attached to the mounting seat 17 with the positioning pin 18 and the clamp bolt 19, the second elevation adjustment movable part 11 is rotated up and down about the horizontal axis 10 of the horizontal movable part 3 by operating the pan rod 14, Using the elevation scale plate 29 located on the lower front side of the movable part 11, align the index 30 of the movable part 11 with the scale indicating the antenna elevation angle at the receiving point, and press the pan bar 14.
The movable part 11 is set to the movable part 3 by the following steps.
パーン棒１４による仰角セツトが終わると、パ
ーン棒１４で水平可動部３を左右方向に回転しア
ンテナを受信点における方位角にとり、ねじ軸７
で可動部３を縦軸４にセツトすれば、アンテナは
放送衛星に正対する。 When the angle of elevation has been set using the pan rod 14, the horizontal movable part 3 is rotated left and right using the pan rod 14 to set the antenna at the azimuth angle at the receiving point, and the screw shaft 7
If the movable part 3 is set on the vertical axis 4, the antenna will directly face the broadcasting satellite.
第５図〜第７図に示すものは、第２仰角調整用
可動部３６は段付円筒部の大径部外周面部にパー
ン棒を固着し、小径部である案内円筒部３７（前
記実施例の第２の横軸１５に対応する）に第１仰
角調整用可動部３８を回転可能に嵌挿し、この状
態で水平可動部３の横軸１０に孔部３９で回転可
能に嵌挿し、可動部３６と３８の軸移動はビス４
０により横軸１０の端面に取付けられた当板４１
と水平可動部３の段部４２とで拘束している。セ
ツトボルト４４は、第２仰角調整用可動部３６を
水平可動部３に、ボルト４３は第１仰角調整用可
動部３８を第２仰角調整用可動部３６にそれぞれ
位置決め固定するものである。さらに、水平可動
部３は横軸１０を長くした点、第１仰角調整用可
動部３８は直立部が大型である点を除いては第１
図〜第４図に示した水平可動部３、第１仰角調整
用可動部１６とほぼ同じ構成である。 5 to 7, the second elevation adjustment movable part 36 has a pan rod fixed to the outer peripheral surface of the large diameter part of the stepped cylindrical part, and the guide cylindrical part 37 (the small diameter part) The first elevation adjustment movable part 38 is rotatably fitted into the horizontal axis 10 of the horizontal movable part 3 (corresponding to the second horizontal axis 15 of Axial movement of parts 36 and 38 is done using screw 4.
A contact plate 41 attached to the end face of the horizontal shaft 10 by 0
and the stepped portion 42 of the horizontal movable portion 3. The set bolt 44 positions and fixes the second elevation adjustment movable part 36 to the horizontal movable part 3, and the bolt 43 positions and fixes the first elevation adjustment movable part 38 to the second elevation adjustment movable part 36. Furthermore, the horizontal movable part 3 has a longer horizontal axis 10, and the first elevation adjustment movable part 38 has a larger upright part.
It has almost the same configuration as the horizontal movable part 3 and the first elevation adjustment movable part 16 shown in FIGS.
この実施例も第２仰角調整用可動部３６の第２
の横軸３７を軸に第１仰角調整用可動部３８を上
下回転し、目盛板４８のアンテナ取付角目盛板４
６を用いて前述の実施例と同様に、アンテナがパ
ラボラアンテナ２４ではオフセツトが零である目
盛P1に、オフセツトパラボラアンテナ２３では
そのオフセツトから定まるアンテナ取付角を表示
した目盛、例えば目盛P2に、平面アンテナでは
ビームチルトから定まるアンテナ取付角を表示し
た目盛例えばP3あるいはP4に、指標２６を合わ
せて、可動部３６に可動部３８をボルト４３でセ
ツトし、さらに水平可動部３の横軸１０を軸に第
２仰角調整用可動部３６を上下回転し、目盛板４
８の仰角目盛板４７を用いて、受信点におけるア
ンテナ仰角を表示した目盛に指標３０を合わせ、
可動部３に可動部３６をセツトボルト４４でセツ
トする。そして、水平可動部３を左右方向に回転
し、アンテナを受信点における方位角に合わせて
水平可動部３を縦軸４にセツトしている。 In this embodiment, the second elevation adjustment movable part 36
The first elevation adjustment movable part 38 is rotated up and down about the horizontal axis 37 of the antenna mounting angle scale plate 4 of the scale plate 48.
Similarly to the above-mentioned embodiment, the parabolic antenna 24 has a scale P1 where the offset is zero, and the offset parabolic antenna 23 has a scale indicating the antenna installation angle determined from the offset, for example, P2 . For a flat antenna, align the indicator 26 with the scale indicating the antenna installation angle determined from the beam tilt, for example, P 3 or P 4 , set the movable part 38 on the movable part 36 with the bolt 43, and then set the movable part 38 on the movable part 36 with the bolt 43. The second elevation adjustment movable part 36 is rotated up and down about the horizontal axis 10, and the scale plate 4
Using the elevation angle scale plate 47 of No. 8, align the index 30 with the scale indicating the antenna elevation angle at the reception point,
The movable part 36 is set to the movable part 3 with the set bolt 44. Then, the horizontal movable part 3 is rotated in the left-right direction, and the horizontal movable part 3 is set on the vertical axis 4 in accordance with the azimuth angle of the antenna at the receiving point.
以上の説明より明らかなように本発明によれ
ば、水平支持台上の水平可動部にアンテナ抑角設
定機構とアンテナ取付角設定機構とを備える１台
のアンテナ取付台によつてパラボラアンテナのオ
フセツトや平面アンテナのビームチルトが異なる
衛星放送受信用アンテナを所定仰角に設定できる
ようにしているので、前記オフセツトや前記ビー
ムチルトが変わるたびにアンテナ取付台又は角度
補正用アダプタをそろえる無駄がなくなり、真に
経済的である。しかも比較的簡潔な構成であるか
ら安価に提供できる。
As is clear from the above description, according to the present invention, the offset of a parabolic antenna can be adjusted using one antenna mounting base, which has an antenna suppression angle setting mechanism and an antenna installation angle setting mechanism on the horizontal movable part on the horizontal support base. Since satellite broadcasting receiving antennas with different beam tilts and flat antennas can be set to a predetermined elevation angle, there is no need to prepare antenna mounts or angle correction adapters every time the offset or beam tilt changes. It is economical. Moreover, since it has a relatively simple configuration, it can be provided at low cost.
第１図は本発明の実施例の側面図、第２図は同
実施例の一部切欠き正面図、第３図は同一部切欠
き一部断面した側面図、第４図は第３図における
Ａ−Ａ線断面図、第５図は他の実施例の一部切欠
き正面図、第６図は同一部切欠き一部断面した側
面図、第７図は第６図におけるＢ−Ｂ線断面図、
第８図及び第９図はそれぞれアンテナを取付けた
従来品の側面図である。
１……水平支持台、３……水平可動部、４……
縦軸、１０……横軸、１１，３６……第２抑角調
整用可動部、１５，３７……第２の横軸、１６，
３８……第１仰角調整用可動部、２５，４６……
アンテナ取付角目盛板、２６，３０……指標、２
９，４７……仰角目盛板、３２……アンテナ取付
面。
FIG. 1 is a side view of an embodiment of the present invention, FIG. 2 is a partially cutaway front view of the same embodiment, FIG. 3 is a partially cutaway side view of the same embodiment, and FIG. 5 is a partially cutaway front view of another embodiment, FIG. 6 is a partially cutaway side view of the same, and FIG. 7 is a sectional view taken along line B-B in FIG. 6. line cross section,
FIGS. 8 and 9 are side views of a conventional product with an antenna attached, respectively. 1...Horizontal support base, 3...Horizontal movable part, 4...
Vertical axis, 10... Horizontal axis, 11, 36... Second suppression angle adjustment movable part, 15, 37... Second horizontal axis, 16,
38... First elevation adjustment movable part, 25, 46...
Antenna mounting angle scale plate, 26, 30... index, 2
9, 47...Elevation angle scale plate, 32...Antenna mounting surface.
Claims (1)
縦軸に回転・軸着可能に取付けられ且つ横軸１０
を突設した水平可動部３、前記横軸に回転・軸着
可能に取付けられ且つ前記横軸と平行または同心
上に第２の横軸１５，３７を突設した第２仰角調
整用可動部１１，３６、前記第２の横軸に回転・
軸着可能に取付けられ且つ第２の横軸と平行なア
ンテナ取付面３２を有する第１仰角調整用可動部
１６，３８、前記第２の横軸に対する第１仰角調
整用可動部１６，３８の取付角を示すものであつ
て衛星放送受信用パラボラアンテナのオフセツト
から定まるアンテナ取付角および衛星放送受信用
平面アンテナのビームチルトから定まるアンテナ
取付角を表示するアンテナ取付角目盛板２５，４
６と指標２６および前記横軸１０に対する第２仰
角調整用可動部１１，３６の取付角を表示する仰
角目盛板２９，４７と指標３０とを備えたことを
特徴とするアンテナ取付台。1. A horizontal support 1 having a vertical shaft 4 protruding from its upper surface, which is rotatably and rotatably attached to the vertical shaft, and has a horizontal shaft 10.
a horizontal movable part 3 protruding from the horizontal movable part 3; a second elevation adjustment movable part which is rotatably and pivotably attached to the horizontal axis and has second horizontal shafts 15, 37 protruding parallel to or concentrically with the horizontal axis; 11, 36, rotation on the second horizontal axis
A first elevation angle adjustment movable section 16, 38 that is mounted so as to be pivotable and has an antenna mounting surface 32 parallel to the second horizontal axis; Antenna mounting angle scale plates 25, 4 that indicate the mounting angle and display the antenna mounting angle determined from the offset of the satellite broadcast receiving parabolic antenna and the antenna mounting angle determined from the beam tilt of the satellite broadcast receiving flat antenna.
6, an index 26, elevation scale plates 29, 47 for displaying the mounting angle of the second elevation adjustment movable parts 11, 36 with respect to the horizontal axis 10, and an index 30.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP582186A JPS62164303A (en) | 1986-01-14 | 1986-01-14 | Fitting stand |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP582186A JPS62164303A (en) | 1986-01-14 | 1986-01-14 | Fitting stand |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS62164303A JPS62164303A (en) | 1987-07-21 |
| JPH0419722B2 true JPH0419722B2 (en) | 1992-03-31 |
Family
ID=11621739
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP582186A Granted JPS62164303A (en) | 1986-01-14 | 1986-01-14 | Fitting stand |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS62164303A (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3229850B2 (en) * | 1997-12-08 | 2001-11-19 | 日本アンテナ株式会社 | Portable antenna device |
-
1986
- 1986-01-14 JP JP582186A patent/JPS62164303A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS62164303A (en) | 1987-07-21 |
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