「"ほうしゃど"」に関連した英語例文の一覧と使い方 - Weblio英語例文検索

来訪者動向調査情報提供システム例文帳に追加

VISITOR TREND SURVEY INFORMATION PROVIDING SYSTEM - 特許庁

第１の放射導体１１１は一端が給電点１０１に接続され、第２の放射導体の一端は接地点１０２に接続され、第１の放射導体の途中に第３の放射導体１３１が接続されている。例文帳に追加

One end of the first radiation conductor 111 is connected to a feeding point 101, one end of the second radiation conductor is connected to a ground point 102, and a third radiation conductor 131 is connected in the middle of the first radiation conductor. - 特許庁

導線部４は、放射導体２と同様に直線状に形成され、その一方端は放射導体３に接続される。例文帳に追加

The lead wire part 4 is formed linear similarly to the radiation conductor and its one-side end is connected to the radiation conductor 3. - 特許庁

放射導体３は矩形状に形成され、その幅方向の長さは、放射導体２の線幅よりも大きい。例文帳に追加

The radiation conductor 3 is formed rectangular, and its length in a width direction is greater than a line width of the radiation conductor 2. - 特許庁

放射導体と反射導体を備えたアンテナにおいて，前記放射導体は左右方向に第１の所定角度で揺動自在に固着されている。例文帳に追加

In the antenna provided with a radiation conductor and a reflection conductor, the radiation conductor is fixed freely rockingly at a first prescribed angle in a horizontal direction. - 特許庁

ダイポールアンテナ１００は、放射導体１０Ａ，１０Ｂは、線状放射導体１１，１２と、ヘリカル構造の導体１３，１４とから構成される。例文帳に追加

In the dipole antenna 100, radiation conductors 10A and 10B consist of linear radiation conductors 11 and 12, and helical structure conductors 13 and 14. - 特許庁

励振素子１１０が励振されると容量結合により第１の放射導体１２０が励振され、さらに第２の放射導体１３０が励振される。例文帳に追加

When the driven element 110 is excited, the first radiation conductor 120 is excited by capacitive coupling, and furthermore the second radiation conductor 130 is excited. - 特許庁

第１の放射導体板１２は第１の周波数にて共振し、第２の放射導体板１５はより高周波な第２の周波数にて共振する。例文帳に追加

The first radiation conductor plate 12 is resonated with a first frequency and the second radiation conductor plate 15 is resonated with a second frequency higher than the first frequency. - 特許庁

給電端子５は、放射導体２に接続され、放射導体２の表面と交わる方向に突出した形状を有する。例文帳に追加

The power feeding terminal 5 is connected to the radiation conductor 2 and has a shape protruding in a direction crossing a surface of the radiation conductor 2. - 特許庁

第１の放射導体１１１は、一端が給電点１０１に接続され、他端が第２の放射導体１２１と接続されている。例文帳に追加

The first radiation conductor 111 has one end connected to a feeding point 101, and another end connected to the second radiation conductor 121. - 特許庁

第３の放射導体１０６は、第２の表面１２０ｂ上に配置されて第２の放射導体１０４に接続される。例文帳に追加

The third radiation conductor 106 is located on the second surface 120b and connected to the second radiation conductor 104. - 特許庁

第２の放射導体１０４は、第２の表面上に配置されて第１の放射導体１０２に接続される。例文帳に追加

The second radiation conductor 104 is disposed on the second surface and connected to the first radiation conductor 102. - 特許庁

また、放射導体１３が、短絡導体１８を介して接地導体１４とのみ接続される第２の放射導体となる。例文帳に追加

Furthermore, the radiation conductor 13 acts like a 2nd radiation conductor that is connected only to the ground conductor 14 via the short-circuit conductor 18. - 特許庁

また、第２の放射導体板１５は第１の放射導体板１２との間隔を変更可能な構造にしてある。例文帳に追加

Further, the second radiation conductor plate 15 is structured such that the interval with respect to the first radiation conductor plate 12 can be changed. - 特許庁

給電部５から放射導体２の外形端までの経路長が長くなり、放射導体２の外形の寸法を小さくすることができる。例文帳に追加

The length of the route from the feeding part 5 to the external terminal of the radiation conductor 2 is extended and the external dimension of the radiation conductor 2 can be reduced. - 特許庁

放射導体の垂直部分（１４１Ａ）が、ミアンダ形状をしている。例文帳に追加

The vertical part (141A) of the radiation conductor forms a meander form. - 特許庁

ガラス板（リアガラス）５１には放射導体２が形成されている。例文帳に追加

Radiation conductors 2 are formed to a glass plate (rear glass) 51. - 特許庁

この放射導体素子７には、ストリップ線路８を接続する。例文帳に追加

A strip line 8 is connected to the radiation conductor element 7. - 特許庁

また、第２の放射導体１４の内周縁部には複数のショートピン１７を接続して接地導体１５と短絡しておき、第２の放射導体１４が第１の放射導体１３と実質的に電磁結合されるように両放射導体１３，１４の間隔Ｇを狭めておく。例文帳に追加

Also, a plurality of short pins 17 are connected to the inner circumference edge of the radiating conductor 14 to be short-circuited with the ground conductor 15, and a distance G between both the radiating conductors 13 and 14 is narrowed so that the radiating conductor 14 is substantially electromagnetically coupled with the radiating conductor 13. - 特許庁

鉛直放射導体２３を、略鉛直方向下方に伸びる第２放射導体２３ａと、第２放射導体２３ａの鉛直方向下方の端部において略水平方向で互いに異なる方向に分岐する１対の第３放射導体２３ｂ，２３ｂとを備えた略Ｔ字型に形成した。例文帳に追加

The vertical radiation conductor 23 is formed to have nearly a T shape provided with a second radiation conductor 23a extended downward nearly in a vertical direction; and a pair of third radiation conductors 23b, 23b branched in different directions nearly in a horizontal direction at an end downward in a vertical direction of the second radiation conductor 23a. - 特許庁

シャドウマスク用素材、その製造方法、シャドウマスク及び受像管例文帳に追加

RAW MATERIAL FOR SHADOW MASK, ITS PRODUCING METHOD, SHADOW MASK AND PICTURE TUBE - 特許庁

給電時に第１の放射導体板１３と電磁結合する第２の放射導体板１４に誘導電流が流れるため、該放射導体板１４を無給電アンテナの放射素子として動作させることができる。例文帳に追加

Since an induction current flows to the second radiation conductor plate 14 electromagnetically coupled to the first radiation conductor plate 13 at the time of feeding, the second radiation conductor plate 14 can act like a radiation element of a parasitic antenna. - 特許庁

第１放射導体２１の中抜き部２３にて露出する車室内側表面上に、第２放射導体３１および第２放射導体３１を外側から囲む第２接地導体３２からなる第２平面アンテナ１２を配置した。例文帳に追加

The second planar antenna 12 comprising a second radiation conductor 31 and a second ground conductor 23 surrounding the second radiation conductor 31 in the outside is placed on the interior surface exposed at the void part 23 of the first radiation conductors 21. - 特許庁

誘電体基板１２の上面に第１の放射導体１３と第２の放射導体１４を同心状に形成すると共に、誘電体基板１２の下面に接地導体１５を形成し、第１の放射導体１３の給電点に給電ピン１６を接続する。例文帳に追加

A first radiating conductor 13 and a second radiating conductor 14 are concentrically formed on the top surface of a dielectric substrate 12, a ground conductor 15 is formed on the bottom surface of the dielectric substrate 12, and a feeding pin 16 is connected to the feeding point of the first radiating conductor 13. - 特許庁

各放射周波数毎の複数の放射導体７，１０の配列をそのままに、高周波用の放射導体１０と地導体１との間であって且つ低周波放射導体７とは反対側に無給電線状導体１２を設けるものである。例文帳に追加

A passive line conductor 12 is placed between a high frequency radiating conductor 10 and a ground conductor 1 and on the side opposite to a low frequency radiating conductor 7 while unchanging the arrangement of the radiating conductors 7, 10 for each radiation frequency. - 特許庁

平行２線アンテナ１００は１８０°折り返す第１の折り返し部１１２を有する第１の放射導体１１１と、１８０°折り返す第２の折り返し部１２２を有し、第１の放射導体と略平行に近接配置された第２の放射導体１２１とを備えている。例文帳に追加

The parallel two-wire antenna 100 has: a first radiation conductor 111 having a first folding part 112 which folds back by 180 degrees; and a second radiation conductor 121 having a second folding part 122 which folds back by 180 degrees and arranged close to and in parallel with the first radiation conductor. - 特許庁

電界アンテナの放射導体２を磁性体３で囲み、前記放射導体２の長手方向に沿って当該磁性体３に空隙部３１を設け、放射導体２周りの磁性体３中の磁路９に対しての磁気ギャップを形成した。例文帳に追加

The antenna unit has a structure, in which a radiation conductor 2 of an electric field antenna is surrounded by a magnetic body 3, and a gap 31 is provided in the magnetic body 3, along the longitudinal direction of the radiation conductor 2 and a magnetic gap with respect to a magnetic path 9 in the magnetic body 3 around the radiation conductor 2 is formed. - 特許庁

内側の放射導体３の給電点に給電ピン５を接続し、外側の放射導体４の給電点に給電ピン６を接続することにより、各放射導体３，４は１点給電で励振される円偏波アンテナの放射素子として動作する。例文帳に追加

The radiation conductors 3, 4 act as radiation elements of a circularly polarized wave antenna, excited at one-point feeding by connecting a feed pin 5 to the feed point of the inner radiation conductor 3 and connecting a feed pin 6 to the feed point of the outer radiation conductor 4. - 特許庁

共振周波数が異なる各放射導体層３，４と接地導体層９との間隔を、高域周波数帯に対応する第１放射導体層３では狭く、低域周波数帯に対応する第２放射導体層４では広く設定しておく。例文帳に追加

The interval between the radiation conductor layers 3, 4 whose resonance frequencies differ from each other and the ground conductor layer 9 is set to be narrow for the first radiation conductor layer 3 compatible with the high frequency band, and wide for the second radiation conductor layer 4 compatible with the low frequency band. - 特許庁

平行２線アンテナ１００は、１８０°折り返した第１の折り返し部１１２を有する第１の放射導体１１１と、同じく１８０°折り返した第２の折り返し部１２２を有する第２の放射導体１２１の２つの放射導体を備えている。例文帳に追加

The parallel 2-wire antenna 100 comprises two radiation conductors, one of which is a first radiation conductor 111 having a first folding portion 112 bending at 180°, another of which is a second radiation conductor 121 having a second folding portion 122 bending at 180°. - 特許庁

接地面１上で起立する誘電体基板２の表面に、長さ寸法が僅かに異なる第１の放射導体３と第２の放射導体４を上下方向に沿って設け、これら一対の放射導体３，４の各給電点に同一周波数の信号を給電する。例文帳に追加

On the surface of a dielectric substrate 2 that is raised on a ground surface 1, first and second radiation conductors 3 and 4 where lengthwise dimensions are slightly different are provided along upper and lower directions. - 特許庁

デジタルテレビジョンアンテナ１００は、第１の表面と、第１の表面と表裏の関係にある第２の表面とを有する基板１２０上に配置され、接地面１０８、第１の放射導体１０２、第２の放射導体１０４および第３の放射導体１０６を備える。例文帳に追加

The digital TV antenna 100 is disposed on a substrate 120 including a first surface and a second surface in a front/rear relationship with the first surface and includes a grounding plane 108, a first radiation conductor 102, a second radiation conductor 104 and a third radiation conductor 106. - 特許庁

アンテナ１は、放射導体２，３と、導線部４と、給電端子５とを備える。例文帳に追加

The antenna 1 includes radiation conductors 2, 3, a lead wire part 4 and a power feeding terminal 5. - 特許庁

シャドウマスクの洗浄方法、シャドウマスクの洗浄装置、シャドウマスク、および陰極線管例文帳に追加

CLEANING METHOD OF SHADOW MASK, CLEANING DEVICE OF SHADOW MASK, SHADOW MASK AND CATHODE-RAY TUBE - 特許庁

小型アンテナ用共通放射導体パターン及び小型アンテナの製造方法例文帳に追加

COMMON RADIATION CONDUCTOR PATTERN AND MANUFACTURING METHOD FOR SMALL-SIZED ANTENNA - 特許庁

プラスチックシート12の片面に放射導体パターン13を一体に形成する。例文帳に追加

A radiation electrode pattern 13 is formed integrally with one face of a plastic sheet 12. - 特許庁

ＲＦモジュール１５が樹脂基板１の平面放射導体部５と反対面に設けられる。例文帳に追加

An RF module 15 is provided on the surface opposite to the conductor 5 of the resin substrate 1. - 特許庁

放射導体に抵抗を装荷することによりコニカル・アンテナの広帯域化を図る。例文帳に追加

To widen the band of a conical antenna by loading a resistor on a radiation conductor. - 特許庁

１枚の金属板から螺旋状の放射導体を形成可能なアンテナ装置を提供する。例文帳に追加

To provide an antenna device which enables a spiral radiation conductor to be formed using one metal plate. - 特許庁

平行２線アンテナ１１０、１２０は、一端が給電点１３１、１３２に接続された給電側放射導体１１１、１２１と、一端が接地点１３５、１３６に接続された接地側放射導体１１２、１２２と、給電側放射導体１１１、１２１と接地側放射導体１１２、１２２とをそれぞれ短絡する短絡導体１１４、１２４を備えている。例文帳に追加

The parallel two-wire antennas 110, 120 are provided with: feeding side radiation conductors 111, 121 whose one sides are connected to feeding points 131, 132; ground side radiation conductors 112, 122 whose one ends are connected to grounding points 135, 136; and short-circuit conductors 114, 124 which short-circuit the feeding side conductors 111, 121 and the ground side conductors 112, 122. - 特許庁

放射導体１１に給電する同軸ケーブル１４を誘電体基板１０の裏面から導出する。例文帳に追加

A coaxial cable 14 feeding the conductor 11 is guided out of the rear surface of the substrate 10. - 特許庁

放射導体を基体に確実に保持可能なアンテナ装置を提供する。例文帳に追加

To provide an antenna device which enables a radiation conductor to be securely held on a base body. - 特許庁

他方の面には放射導体板２と平行に接地導体板３を密着させる。例文帳に追加

A ground conductor plate 3 is brought into close contact with the other face, in parallel with the radiation conductor plate 2. - 特許庁

逆Ｆ素子は、Ｌ字形の放射導体（１４Ａ）と短絡導体（１６Ａ）とから構成される。例文帳に追加

The reverse F elements are composed of an L-shaped radiation conductor (14A) and a short conductor (16A). - 特許庁

放射導体パターン13を箱形のプラスチックシート12の内面に位置させる。例文帳に追加

The pattern 13 is made to locate at the inner surface of the box-shaped plastic sheet 12. - 特許庁