JP3075632U - Synthetic resin flying balloon - Google Patents
Synthetic resin flying balloonInfo
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- JP3075632U JP3075632U JP2000004775U JP2000004775U JP3075632U JP 3075632 U JP3075632 U JP 3075632U JP 2000004775 U JP2000004775 U JP 2000004775U JP 2000004775 U JP2000004775 U JP 2000004775U JP 3075632 U JP3075632 U JP 3075632U
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- bag
- flying
- synthetic resin
- bags
- fuselage
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Abstract
(57)【要約】
【課 題】 今までに飛び廻る飛行機の玩具は色々あっ
たと思ひますが、飛行機の形をしてぶんぶんと飛び廻る
飛行風船は未だないと思ひます、私は６年程前にも飛行
風船を申請しましたが、思ふ様に出来ず断念しました
が、或る日あゝしたら出来るのぢゃないか、出来る、あ
ゝそうか出来ると夢を見ました、それからと言ふもの飛
行風船が頭に浮ぶと、色々あゝしたら宣い、こうしたら
宣いと思ふようになり自信が深まって来ました、それ故
今回申請させて貰ふ事になりました、
【解決手段】 私が考案した今度の合成樹脂の飛行風船
は飛行機の形を分割して袋３個又は４個に分け、其の袋
にヘリュームガスを入れ、飛行機の姿に並べて其の上か
ら竹ヒゴと合成樹脂の粘着テープにて張りつけて１つの
飛行風船とします、後は（０００６）実施例で詳しく説
明した通りである、飛行風船は糸状体に引っ張られ逃げ
る事も出来ず、下では無線操縦スイッチにて上下左右に
飛び廻される事になると思ひます、初めの内は一寸むつ
かしいように思へるのですが馴れれば段々と面白くなる
と思ひます。
(57) [Summary] [Issue] I think that there have been various toys for airplanes flying around, but I don't think there are still flying balloons flying in the shape of an airplane, about six years ago. I applied for a flying balloon before and gave up because I couldn't seem to do it, but one day I couldn't do it, I could do it, I could do it, I dreamed that I could do it, then I said When flying balloons came to my mind, I declared in various ways, and as I said, I became more convinced of my declaration and my self-confidence was deepened, so I was asked to apply this time, [Solution] I The new synthetic resin flying balloon devised by this company divides the shape of the airplane and divides it into three or four bags, puts helium gas in the bags, arranges them in the shape of an airplane, and puts bamboo higo and synthetic resin on it from above Stick it with adhesive tape to make one flying balloon. 06) As explained in detail in the embodiment, the flying balloon cannot be escaped because it is pulled by the filament, and it is thought that it will be jumped up and down and left and right by the wireless control switch below. It seems difficult, but if you get used to it, it will become more and more interesting.
Description
【０００１】[0001]
私は６、７年前合成樹脂皮膜で作った飛行風船がぶんぶんと音をたてゝ飛んで いる夢を見ました、それから色々と実験もしましたが中々うまく行きません、併 し私の家は変形製袋をやって居りますので真当にやって見たいと思ふようになり ました、未だ幾多の難関も突破せなければならないと覚悟を致して居ります。製 袋機を利用すれば沢山作る事は可能だと思ひます、それ故値段も安価に出来ると 思ひます。 I dreamed of a flying balloon made of synthetic resin film 6 or 7 years ago making a banging noise, and then experimented a lot but it didn't work out well, The house is doing deformed bag making, so I came to want to see it right away, and I am still prepared to overcome many difficulties. I think that it is possible to make a lot by using a bag making machine, so I think it can be cheaper.
【０００２】[0002]
終戦後大変技術が進み、模型飛行機も実物の何分の一と殆んど同じようなもの まで出来、又無線を使って大空を模型飛行機が自由自在に飛び廻って居りました が、値段が高いのと又プーンプーンと音も高くて何時の間にかはやらなくなりま した、それ故私は比較的小さい子供達に喜んで貰ほうと思っています。 After the end of the war, the technology advanced very much, and model airplanes could be made to be almost the same as a fraction of the real thing, and model airplanes were flying freely over the sky using radio, but the price was expensive. It's so expensive and the sound is so high that it hasn't stopped in time, so I'm hoping to get the little kids happy.
【０００３】[0003]
今までに飛び廻る飛行機の玩具は色々あったと思ひますが、飛行機の形をして 飛び廻る飛行風船は未だないと思ひます、それ故安価に出来る事を第１の目標と して頑張り度いと思って居ります。 I think that there have been various toys of airplanes flying around, but I don't think there are still flying balloons that fly in the shape of an airplane. I am thinking.
【０００４】[0004]
ぶんぶんと飛び廻る飛行風船を作る為に大きな飛行機の金型を作ろうと思へ ば製袋機も大きい大きな機械を買わねばならないし、それでは飛行機の形をした 袋は高くなるし、袋を安価にしようと思へばとても大きな製袋機は買えない、小 さい製袋機で飛行機の袋を作るにはどうしたら宣いか色々と考へる、宣き案が頭 に浮かぶ、飛行機の形を分割して胴体２つ、翼２つ合計４つの袋にヘリウムガス を入れ固く入口を結び、其の袋４個を竹ヒゴと粘着テープにて固く結合すると立 派な飛行風船が出来上った、此の飛行風船の前部のエンジンの如く膨れた２箇所 と尾翼のへこんだ所に糸状体をを結び、其所から糸状体を３本下へ下げ、約３０ ｃｍ位下の処で１点に結び、其所より糸状体は１本となって下へ下げる、飛行風 船の腹の下ではプロペラ付きのモーターを固き紙を土台として取り付けて置く、 飛行風船より下がって来た１本の糸状体は下の方では糸状体の巻取機と連がれる 、其糸状体が縺れないようベアリング付の土台と直結する、そして無電操縦スイ ッチを使ひ、合成樹脂の飛行風船を上下左右色々の飛び方をするようにして関心 を引くようにしたのである。 If you want to make a big airplane mold to make a flying balloon flying around, you have to buy a big machine with a large bag making machine, so the bag in the shape of an airplane is expensive and the bag is cheap. You can't buy a very large bag-making machine if you think about it.How do you make a bag for an airplane with a small bag-making machine? Put the helium gas into the two fuselage and two wings bag, put the helium gas tightly, and tie the inlet tightly. Then, the four bags were tightly connected with bamboo higo and adhesive tape, and a fine flying balloon was made. At the front of the flying balloon, connect the filaments to the two bulging parts like the engine and the dent of the tail, and then lower the filaments three places from there, and tie them together at a point about 30 cm below. From there, the filament is lowered to a single thread. A motor with a propeller is mounted on solid paper as a base. One filament coming down from the flying balloon is connected to the filament winding machine at the bottom, so that the filament does not get tangled Directly connected to the base with bearings, and using an electroless steering switch, the flying balloon made of synthetic resin attracted interest by flying up, down, left and right in various ways.
【０００５】[0005]
此の考案の飛行風船は上記の構造であるから先づヘリウムガスを入れた飛行風 船の糸状体１本と繋がれる巻取機、ベアリング付土台、此の土台を自分の前に置 き、手には無電操縦スイッチを使って、合成樹脂の飛行風船を上下左右に飛び廻 すのである、初めの内は無線操縦は一寸むつかしいが馴れゝば面白いものである 。 Since the flying balloon of the present invention has the above-mentioned structure, the winder connected to one filament of the flying balloon filled with helium gas, the base with the bearing, and this base are placed in front of yourself. It uses a wireless control switch in his hand to fly a synthetic resin flying balloon up, down, left and right. At first, wireless control is a little difficult, but it will be interesting if familiar.
【０００６】[0006]
製袋機で飛行機の型を作るに当って色々と考へた挙句、思ひ付いたのは、先づ １の場合、型３個袋４つ、２の場合、型２個袋３個、３の場合、型３個袋３個、 ４の場合、型２個袋２個、５の場合、型３個袋４個、６の場合、型１個袋１個、 皆で６組あると言ふ事である、先づ此所で説明するのに１の場合、型３個袋４個 、を採用する、図１図２に於て、１は胴体の前部、２は胴体の後部にて尾翼も付 いている、３は左側の片翼であり、４は右側の片翼である、愈組立てるのである が、１の胴体前部と２の胴体後部の袋にヘリュームガスを入れる、そして袋が逃 げないようにビニールテープにて止めて置き、竹ヒゴ５、合成樹脂の粘着テープ ６を使って、素早く１の胴体前部と２の胴体後部を接続する、次に１の胴体と２ の胴体の裏側は竹ヒゴなしで合成樹脂の粘着テープにて接続する、同様にして、 ３、４の左右の翼も胴体の左右に接続してほしい、此のようにして４個の袋がか っちりと接続されゝば全体の半分は出来上ったも同様である、次に両翼の前にエ ンジンの如く膨ました前にある巾広いシール面７と８、そして胴体２の後のヘコ ンダ所にある巾広いシール面９の合計３個所に穴を明け、其の３個所の穴に糸状 体を通し、そして固く結ぶ、そして今結んだ合計３本の糸状体は下へ下げ、約３ ０ｃｍ位の処で１点に結び、更に下へと長く下げ、下の方では、糸状体の巻取機 １５、糸状体が縺れないようベアリング付土台１６と直結する、飛行風船の腹の 下ではプロペラ付きのモーターを固き紙の土台を使って取り付ける、次に補助翼 を上下に動かす昇降舵、又方向を左右に変へる方向舵は飛行風船にセットしてあ るものとして説明する、図３に於て、１０は昇降舵の補助翼、１１は糸が引っ張 るピン、１２は糸を引っ張る軽きアルミの丸き輪、１３は小さき左側をＮ極とし た磁石、そして１４は弱ボルトの電気磁石（右側がＳ）下の方で無線操縦スイッ チを使ひ、ボタンを押したとする、假に磁石１、２、３、の内３に電流が通じ、 １３の磁石は引き付けられる、従って車は左へ廻る、補助翼は上へ揚り、飛行風 船は上へ上昇する、此の様な原理である、図４に於ける方向舵に於ても同じ事が 言へると思ふから、説明は略す、此の様にして飛行風船は上の方では長き糸状体 に繋って自由自在に飛び廻る様にし、下では無電操縦スイッチを手に持ってボタ ンを押すだけである、色々とボタンを押し変えて、飛行風船を上下左右色々の飛 ばし方をするのも又面白いではありませんか、今は不景気だから無電操縦にする と電波関係は経費が高くつくから其の時の都合に依り電池式に切り換へる用意も ある。 In making a model of an airplane with a bag making machine, I thought about various things, and first came to the conclusion that in case of 1, three molds in four bags, in case of two, two molds in three bags, three In the case of, 3 mold bags 3, 4 mold 2 bag 2, 5 mold, 3 mold bag 4, 6 mold 1 mold bag 1 First of all, in order to explain here first, in the case of 1, three molds and four bags are adopted. In FIG. 1 and FIG. 2, 1 is a front part of a body, and 2 is a rear part of a body. 3 is the left one wing and 4 is the right wing, which is also assembled. Put the helium gas in the bag at the front of the fuselage and the bag at the rear of the fuselage. Use a plastic tape to prevent escape, and use bamboo higo 5 and synthetic resin adhesive tape 6 to quickly connect the front part of the body and the rear part of the body. On the back of the torso Connect with synthetic resin adhesive tape without stalks. In the same way, I want the left and right wings of 3 and 4 to be connected to the left and right of the fuselage. In this way, the four bags are tightly connected. Half of the whole is the same as the finished one, then the wide sealing surfaces 7 and 8 before the wings are swollen like an engine, and at the rear of the fuselage 2 at the header. Drill holes in a total of three places on the wide sealing surface 9, pass the filaments through the three holes, and tie them tightly, and lower the three filaments just tied down to about 30 cm. At the point, it is connected to one point, and then it is lowered further downward. At the bottom, it is directly connected to the winding machine 15 of the filament and the base 16 with the bearing so that the filament is not entangled. With a propeller under the belly of the flying balloon The motor is mounted on a solid paper base, then the elevator to move the aileron up and down. The rudder that turns the left and right will be described as being set on a flying balloon. In FIG. 3, reference numeral 10 denotes an auxiliary wing for an elevator, 11 denotes a pin that pulls a thread, and 12 denotes a light aluminum that pulls a thread. 13 is a small magnet with a north pole on the left side, and 14 is a magnet with a radio-controlled switch below the electromagnet (right side is S) under the weak bolt, and pushes the button. Current passes through 3 out of 1, 2, 3 and 13 magnets are attracted, so the car turns to the left, the aileron lifts up, and the flying balloon rises up, such principle The same is true for the rudder in FIG. 4, so the explanation is omitted. In this way, the flying balloon flies freely on the upper side by connecting to a long thread. Turn it around, and below, just hold the wireless control switch in your hand and press the button. It is also interesting to fly the flying balloon up, down, left and right in various ways.Because it is currently in recession, if you operate without electric power, the cost of radio waves will be high, so battery-powered operation will be necessary depending on the circumstances at that time. We are ready to switch.
【０００７】[0007]
此の飛行風船は合成樹脂で出来ていて、又色々の型の袋の集合であるので、假 に１つの翼の袋が破れて使えなくなっても、同じ型の袋を入替えれば又元の飛行 風船になり大変便利であると思ふ、又飛行風船の操縦は総て無線操縦であるので 、初めの内は少しむつかしいように思はれるが馴れゝば段々と面白くなると思ふ 。 These flying balloons are made of synthetic resin and are a collection of bags of various types. Therefore, even if one wing bag is broken and cannot be used anymore, the same type of bag can be replaced. I think flying balloons are very convenient, and flying balloons are all radio controlled, so it seems a little difficult at first, but if you get used to it, it will become more and more interesting.
【提出日】平成１２年７月１８日（２０００．７．１８）[Submission date] July 18, 2000 (2000.7.18)
【手続補正１】[Procedure amendment 1]
【補正対象書類名】明細書[Document name to be amended] Statement
【補正対象項目名】全文[Correction target item name] Full text
【補正方法】変更[Correction method] Change
【０００１】[0001]
私は６、７年前合成樹脂皮膜で作った飛行風船がぶんぶんと音をたてゝ飛んで いる夢を見ました、それから色々と実験もしましたが中々うまく行きません、併 し私の家は変形製袋をやって居りますので真当にやって見たいと思ふようになり ました、未だ幾多の難関も突破せなければならないと覚悟を致して居ります。製 袋機を利用すれば沢山作る事は可能だと思ひます、それ故値段も安価に出来ると 思ひます。 I dreamed of a flying balloon made of synthetic resin film 6 or 7 years ago making a banging noise, and then experimented a lot but it didn't work out well, The house is doing deformed bag making, so I came to want to see it right away, and I am still prepared to overcome many difficulties. I think that it is possible to make a lot by using a bag making machine, so I think it can be cheaper.
【０００２】[0002]
終戦後大変技術が進み、模型飛行機も実物の何分の一と殆んど同じようなもの まで出来、又無線を使って大空を模型飛行機が自由自在に飛び廻って居りました が、値段が高いのと又プーンプーンと音も高くて何時の間にかはやらなくなりま した、それ故私は比較的小さい子供達に喜んで貰ほうと思っています。 After the end of the war, the technology advanced very much, and model airplanes could be made to be almost the same as a fraction of the real thing, and model airplanes were flying freely over the sky using radio, but the price was expensive. It's so expensive and the sound is so high that it hasn't stopped in time, so I'm hoping to get the little kids happy.
【０００３】[0003]
今までに飛び廻る飛行機の玩具は色々あったと思ひますが、飛行機の形をして 飛び廻る飛行風船は未だないと思ひます、それ故安価に出来る事を第１の目標と して頑張り度いと思って居ります。 I think that there have been various toys of airplanes flying around, but I don't think there are still flying balloons that fly in the shape of an airplane. I am thinking.
【０００４】[0004]
ぶんぶんと飛び廻る飛行風船を作る為に大きな飛行機の金型を作ろうと思へ ば製袋機も大きい大きな機械を買わねばならないし、それでは飛行機の形をした 袋は高くなるし、袋を安価にしようと思へばとても大きな製袋機は買えない、小 さい製袋機で飛行機の袋を作るにはどうしたら宣いか色々と考へる、宣き案が頭 に浮かぶ、飛行機の形を分割して胴体２つ、翼２つ合計４つの袋にヘリウムガス を入れ固く入口を結び、其の袋４個を竹ヒゴと粘着テープにて固く結合すると立 派な飛行風船が出来上った、此の飛行風船の前部のエンジンの如く膨れた２箇所 と尾翼のへこんだ所に糸状体を結び、其所から糸状体を３本下へ下げ、約３０ｃ ｍ位下の処で１点に結び、其所より糸状体は１本となって下へ下げる、飛行風船 の腹の下ではプロペラ付きのモーターを固き紙を土台として取り付けて置く、そ して無線の部品も付けておく、 飛行風船より下がって来た１本の糸状体は下の方 では糸状体の巻取機と連がれる、其糸状体が縺れないようベアリング付の土台と 直結する、そして無電操縦スイッチを使ひ、合成樹脂の飛行風船を上下左右色々 の飛び方をするようにして関心を引くようにしたのである。If you want to make a big airplane mold to make a flying balloon flying around, you have to buy a big machine with a large bag making machine, so the bag in the shape of an airplane is expensive and the bag is cheap. You can't buy a very large bag-making machine if you think about it.How do you make a bag for an airplane with a small bag-making machine? Put the helium gas into the two fuselage and two wings bag, put the helium gas tightly, and tie the inlet tightly. Then, the four bags were tightly connected with bamboo higo and adhesive tape, and a fine flying balloon was made. At the front of the flying balloon, connect the filaments to the two inflated parts like the engine and the dent of the tail, and then lower the filaments by three, and connect them to a point about 30 cm below. From there, the filament is lowered down to a single thread. Put attach the La with a motor of the solid-gas paper as a foundation, and its keep with even radio of parts, one of the filamentous body came down from flying balloons and the machine the winding of the filament in the bottom It is connected to the base with bearings so that the filaments do not get tangled, and by using an electroless steering switch, the synthetic resin flying balloon is made to attract various interests by flying in various ways up, down, left and right It is.
【０００５】[0005]
此の考案の飛行風船は上記の構造であるから先ずヘリウムガスを入れた飛行風 船の糸状体１本と繋がれる巻取機、ベアリング付土台、此の土台を自分の前に置 き、手には無電操縦スイッチを使って、合成樹脂の飛行風船を上下左右に飛び廻 すのである、初めの内は無線操縦は一寸むつかしいが馴れゝば面白いものである 。 The flying balloon of the present invention has the above-mentioned structure. First, the winder connected to one filament of the flying balloon filled with helium gas, the base with bearing, and this base are placed in front of yourself. In the first case, a wireless balloon was used to fly a synthetic resin flying balloon up, down, left and right. At first, radio control was a little difficult, but it would be interesting if familiar.
【０００６】[0006]
製袋機で飛行機の型を作るに当って色々と考へた挙句、思ひ付いたのは、先づ １の場合、型３個袋４つ、２の場合、型２個袋３個、３の場合、型３個袋３個、 ４の場合、型２個袋２個、５の場合、型３個袋４個、６の場合、型１個袋１個、 皆で６組あると言ふ事である、先ず此所で説明するのに１の場合、型３個袋４個 、を採用する、図１図２に於て、１は胴体の前部、２は胴体の後部にて尾翼も付 いている、３は左側の片翼であり、４は右側の片翼である、愈組立てるのである が、１の胴体前部と２の胴体後部の袋にヘリュームガスを入れる、そして袋が逃 げないようにビニールテープにて止めて置き、竹ヒゴ５、合成樹脂の粘着テープ ６を使って、素早く１の胴体前部と２の胴体後部を接続する、次に１の胴体と２ の胴体の裏側は竹ヒゴなしで合成樹脂の粘着テープにて接続する、同様にして、 ３、４の左右の翼も胴体の左右に接続してほしい、此のようにして４個の袋がか っちりと接続されゝば全体の半分は出来上ったも同様である、次に両翼の前にエ ンジンの如く膨ました前にある巾広いシール面７と８、そして胴体２の後のヘコ ンダ所にある巾広いシール面９の合計３個所に穴を明け、其の３個所の穴に糸状 体を通し、そして固く結ぶ、そして今結んだ合計３本の糸状体は下へ下げ、約３ ０ｃｍ位の処で１点に結び、更に下へと長く下げ、下の方では、糸状体の巻取機 １５、糸状体が縺れないようベアリング付土台１６と直結する、飛行風船の腹の 下ではプロペラ付きのモーターを固き紙の土台を使って取り付ける、それから図 ２に於て、制御器１９、太陽電池２０、受信器１８も縦に並べて固く止めて置く 。 次に補助翼を上下に動かす昇降舵、又方向を左右に変へる方向舵は飛行風船に セットしてあるものとして説明する、図３に於て、１０は昇降舵の補助翼、１１ は糸が引っ張るピン、１２は糸を引っ張る軽きアルミの丸き輪、１３は小さき左 側をＮ極とした磁石、そして１４は弱ボルトの電気磁石（右側がＳ）下の方で無 線操縦スイッチを使ひ、ボタンを押したとする、假に磁石１、２、３、の内３に 電流が通じ、１３の磁石は引き付けられる、従って車は左へ廻る、補助翼は上へ 揚り、飛行風船は上へ上昇する、此の様な原理である、図４に於ける方向舵に於 ても同じ事が言へると思ふから、説明は略す、此の様にして飛行風船は上の方で は長き糸状体に繋って自由自在に飛び廻る様にし、下では無電操縦スイッチを手 に持ってボタンを押すだけである、一寸此所で無線操縦１７スイッチを説明すれ ば、充電器、電池、無線発振器が内臓されている、 色々とボタンを押し変えて、 飛行風船を上下左右色々の飛ばし方をするのも又面白いではありませんか。 次に図５を参照されたい、此は有線式の図であり、従って飛行風船の下にはプロ ペラ付きのモーターが一つ取り付けているだけであり、モーターから下へ下がっ て来た２本の細き電線と上から下がっている糸状体の合計３本を纏めて巻取器２ １に巻取り、其の下に電池箱２２、ベアリング２３、持ち歩き出来る手提げスイ ッチ２４と連る、此の手提げスイッチを持って、飛行風船をグルグル廻して飛ば してほしいと思ふ、有線式で飛行風船をグルグル廻わそうと思へば後の方向舵の 補助翼を手にて右か左に曲げて貰へば宜い、有線式で喜ばれるのは３才〜５才位 の子供さんのように思ふ。 In making a model of an airplane with a bag making machine, I thought about various things, and first came to the conclusion that in case of 1, three molds in four bags, in case of two, two molds in three bags, three In the case of, 3 mold bags 3, 4 mold 2 bag 2, 5 mold, 3 mold bag 4, 6 mold 1 mold bag 1 First, in order to explain here, in the case of 1, three molds and four bags are adopted. In FIG. 1 and FIG. 2, 1 is the front part of the body, and 2 is the rear part of the body. The tail wings are also attached, 3 is the left wing, 4 is the right wing, which is to be assembled, but put helium gas into the bag at the front of the fuselage and the bag at the rear of the fuselage. Fasten with plastic tape so that it does not escape, use bamboo higo 5 and synthetic resin adhesive tape 6 to quickly connect the front of the body and the rear of the body. On the back of the fuselage Connect with synthetic resin adhesive tape without stalks. In the same way, I want the left and right wings of 3 and 4 to be connected to the left and right of the fuselage. In this way, the four bags are tightly connected. Half of the whole is the same as the finished one, then the wide sealing surfaces 7 and 8 before the wings are swollen like an engine, and at the rear of the fuselage 2 at the header. Drill holes in a total of three places on the wide sealing surface 9, pass the filaments through the three holes, and tie them tightly, and lower the three filaments just tied down to about 30 cm. At the point, it is connected to one point, and then it is lowered further downward. At the bottom, it is directly connected to the winding machine 15 of the filament and the base 16 with the bearing so that the filament is not entangled. With a propeller under the belly of the flying balloon motor the mounting with the foundation of the solid-gas paper, then at a 2, a controller 19, solar The pond 20 and the receiver 18 are also arranged vertically and securely fixed . Next, a description will be given assuming that the elevator for moving the auxiliary wing up and down and the rudder for changing the direction to the left and right are set on the flying balloon. In FIG. 3, reference numeral 10 denotes an auxiliary wing of the elevator, and 11 denotes a thread. Is a pin that pulls, 12 is a light aluminum round ring that pulls a thread, 13 is a small left side magnet with N pole on the left side, and 14 is a low voltage electric magnet (right side is S). When the button is pressed, the current passes through three of the magnets 1, 2, 3, and 13 magnets are attracted, and the thirteen magnets are attracted, so the car turns left, the aileron lifts up, and the flying balloon This is the principle that goes up. This principle is the same for the rudder in FIG. 4, so the explanation is omitted. Is connected to a long filamentous body so that it can fly freely, and below, hold the wireless control switch in your hand and press the button Only press, an inch will be described a radio-controlled 17 switch in 此所, charger, battery, wireless oscillator is built, instead of pressing the various ways button, the skip way of flying balloons up, down, left and right variety Isn't that interesting too? Then see Fig. 5, 此are diagrams wired, thus under the flight balloons are only propeller with a motor is mounted one, two came down to bottom from the motor winder 2 1 wound up together a total of three filaments which have fallen from the Hosoki wire and the upper battery box 22 in its bottom, a bearing 23, carry it tote switches 24 and Renru,此with a handbag switch, Omou and I want you to fly by turning round and round the flying balloons, bending to the right or left of the auxiliary wing of the rudder after it Omoe flying balloons round and round around the kimono in wired at hand If you get it, it would seem like a 3-5 year old child who would be pleased with the wired system .
【０００７】[0007]
此の飛行風船は合成樹脂で出来ていて、又色々の型の袋の集合であるので、假 に１つの翼の袋が破れて使えなくなっても、同じ型の袋を入替えれば又元の飛行 風船になり大変便利であると思ふ、又飛行風船の操縦は総て無線操縦であるので 、初めの内は少しむつかしいように思はれるが馴れゝば段々と面白くなると思ふ 。 These flying balloons are made of synthetic resin and are a collection of bags of various types. Therefore, even if one wing bag is broken and cannot be used anymore, the same type of bag can be replaced. I think flying balloons are very convenient, and flying balloons are all radio controlled, so it seems a little difficult at first, but if you get used to it, it will become more and more interesting.
【図１】此の考案の合成樹脂皮膜の飛行風船の平面図。FIG. 1 is a plan view of a flying balloon having a synthetic resin film according to the present invention.
【図２】合成樹脂皮膜の飛行風船の空中浮遊している立
面図。FIG. 2 is an elevational view of a flying balloon made of a synthetic resin film floating in the air.
【図３】合成樹脂皮膜の飛行風船の尾翼の後に付けた補
助翼を操縦する説明図。FIG. 3 is an explanatory view for steering an auxiliary wing attached to a tail of a flying balloon made of a synthetic resin film.
【図４】図３と同じ飛行風船の方向舵の後に付けた補助
翼を操縦する説明図。FIG. 4 is an explanatory diagram for steering an auxiliary wing attached to a rudder of the same flying balloon as that in FIG. 3;
１．飛行風船の胴体の前部。 ２．飛行風船の胴体の後部。 ３．飛行風船の左側の片翼。 ４．飛行風船の右側の片翼。 ５．袋と袋を接続するのに使ふ竹ヒゴ。 ６．同じく袋と袋とを接続するのに使ふ合成樹脂の粘着
テープ。 ７．両翼の前にエンジンの如く膨ました前にある左側の
シール面。 ８．両翼の前にエンジンの如く膨ました前にある右側の
シール面。 ９．胴体の後部の袋の後のヘコンダ所にある巾広いシー
ル面。 １０．昇降舵の補助翼。 １１．尾翼の後にある補助翼を引っ張るピン。 １２．補助翼のピンの糸を引っ張る軽きアルミの丸き
輪。 １３．丸きアルミの輪に取り付けた小さき左側をＮ極と
した磁石。 １４．弱ボルトの電気磁石（右側がＳ極にて３個あ
る）。 １５．糸状体の巻取機。 １６．糸状体を縺れないようベアリングを付けた土台。1. Front of the fuselage of the flying balloon. 2. Rear of the fuselage of the flying balloon. 3. One wing on the left side of the flying balloon. 4. One wing on the right side of the flying balloon. 5. Bamboo higo used to connect bags. 6. Also used for connecting bags between bags is synthetic resin adhesive tape. 7. The left seal face in front of the two wings, like an engine. 8. Right seal face in front of both wings, like an engine. 9. A wide sealing surface at Hekonda behind the bag at the rear of the fuselage. 10. Elevator auxiliary wing. 11. A pin that pulls the aileron behind the tail. 12. A light aluminum round wheel that pulls the thread of the pin on the aileron. 13. A magnet attached to a round aluminum wheel with the small left side as the north pole. 14． Weak bolt electric magnet (there are three S poles on the right side). 15. Filament winding machine. 16. A base with bearings so that the filaments are not entangled.
─────────────────────────────────────────────────────
────────────────────────────────────────────────── ───
【手続補正書】[Procedure amendment]
【提出日】平成１２年７月１８日（２０００．７．１
８）[Submission date] July 18, 2000 (2007.1.
8)
【手続補正１】[Procedure amendment 1]
【補正対象書類名】明細書[Document name to be amended] Statement
【補正対象項目名】全文[Correction target item name] Full text
【補正方法】変更[Correction method] Change
【補正内容】[Correction contents]
【書類名】 明細書[Document Name] Statement
【考案の名称】 合成樹脂の飛行風船[Name of the device] Flying balloon made of synthetic resin
【実用新案登録請求の範囲】[Utility model registration claims]
【図面の簡単な説明】[Brief description of the drawings]
【図１】此の考案の合成樹脂皮膜の飛行風船の平面図。FIG. 1 is a plan view of a flying balloon having a synthetic resin film according to the present invention.
【図２】合成樹脂皮膜の飛行風船の空中浮遊している立
面図。FIG. 2 is an elevational view of a flying balloon made of a synthetic resin film floating in the air.
【図３】合成樹脂皮膜の飛行風船の尾翼の後に付けた補
助翼を操縦する説明図。FIG. 3 is an explanatory view for steering an auxiliary wing attached to a tail of a flying balloon made of a synthetic resin film.
【図４】図３と同じ飛行風船の方向舵の後に付けた補助
翼を操縦する説明図。FIG. 4 is an explanatory diagram for steering an auxiliary wing attached to a rudder of the same flying balloon as that in FIG. 3;
【図５】有線式の合成樹脂皮膜の飛行風船の空中浮遊し
ている立面図。 Fig. 5 Floating air balloon of wired synthetic resin film
Elevation view.
【符号の説明】 １．飛行風船の胴体の前部。 ２．飛行風船の胴体の後部。 ３．飛行風船の左側の片翼。 ４．飛行風船の右側の片翼。 ５．袋と袋を接続するのに使ふ竹ヒゴ。 ６．同じく袋と袋とを接続するのに使ふ合成樹脂の粘着
テープ。 ７．両翼の前にエンジンの如く膨ました前にある左側の
シール面。 ８．両翼の前にエンジンの如く膨ました前にある右側の
シール面。 ９．胴体の後部の袋の後のヘコンダ所にある巾広いシー
ル面。 １０．昇降舵の補助翼。 １１．尾翼の後にある補助翼を引っ張るピン。 １２．補助翼のピンの糸を引っ張る軽きアルミの丸き
輪。 １３．丸きアルミの輪に取り付けた小さき左側をＮ極と
した磁石。 １４．弱ボルトの電気磁石（右側がＳ極にて３個あ
る）。 １５．糸状体の巻取機。 １６．糸状体を縺れないようベアリングを付けた土台。１７．無線操縦スイッチ。 １８．同じく受信器。 １９．同じく制御器 ２０．同じく太陽電池。 ２１．有線式糸状体と２本の細き電線の巻取機。 ２２．電池箱。 ２３．飛行風船から下がっている１本の糸状体と２本の
電線が縺れない為のベアリング。 ２４．スイッチ付の土台（又はハンドル） [Explanation of Codes] Front of the fuselage of the flying balloon. 2. Rear of the fuselage of the flying balloon. 3. One wing on the left side of the flying balloon. 4. One wing on the right side of the flying balloon. 5. Bamboo higo used to connect bags. 6. Also used for connecting bags between bags is synthetic resin adhesive tape. 7. The left seal face in front of the two wings, like an engine. 8. Right seal face in front of both wings, like an engine. 9. A wide sealing surface at Hekonda behind the bag at the rear of the fuselage. 10. Elevator auxiliary wing. 11. A pin that pulls the aileron behind the tail. 12. A light aluminum round wheel that pulls the thread of the pin on the aileron. 13. A magnet attached to a round aluminum wheel with the small left side as the north pole. 14． Weak bolt electric magnet (there are three S poles on the right side). 15. Filament winding machine. 16. A base with bearings so that the thread is not entangled. 17． Radio control switch. 18. Also a receiver. 19. Controller 20. Also a solar cell. 21. Winding machine for wire-type thread and two thin electric wires. 22. Battery box. 23. A bearing that keeps one filament and two wires hanging from the flying balloon from getting tangled . 24. Base (or handle) with switch
【手続補正３】[Procedure amendment 3]
【補正対象書類名】図面[Document name to be amended] Drawing
【補正対象項目名】図５[Correction target item name] Fig. 5
【補正方法】追加[Correction method] Added
【補正内容】[Correction contents]
【図５】 FIG. 5
Claims (6)
樹脂の袋１個、胴体の後部の形をした合成樹脂の袋１
個、そして片翼にて、胴体の近い所で、エンジンの如く
前と後に膨した形をした合成樹脂の袋２個、合計４個の
袋にヘリュームガスを入れ固く入口を結び、其の袋４個
を竹ヒゴと粘着テープにて固く結合された飛行風船。 ２．上記１の中で述べた翼の胴体の近い所でエンジンの
如く膨ませた２枚の袋の前のシール面を広くし、其のシ
ール面に穴を明け、左右２本の糸状体を通し、固く結
ぶ、又胴体の後部の形をした袋の１番後のヘコンダ所の
シール面も同じく広くし、其のシール面に穴を明け糸状
体を通し、固く結び、合計３本の糸状体を下へ下げ、約
３０ｃｍ位の所で１点に結び、更に下へと長く下げ、下
の方では、糸状体の巻取機、糸状体が縺れないようベア
リング付土台と直結し、飛行風船の腹の下ではプロペラ
付きのモーターを固き紙の土台を使って取り付け、そし
て無線操縦スイッチを使ひ、飛行風船の上では磁石を使
ひ、補助翼を上下に動かす昇降舵、又方向舵の補助翼を
左右に動かす方向舵を使って上下左右色々の飛び方をす
るようになった機構。 以上の構成からなることを特徴とする合成樹脂の飛行風
船。Claims 1. 1 plastic bag in the shape of the front of the fuselage of an airplane, 1 plastic bag in the shape of the rear of the fuselage
In one piece and one wing, near the fuselage, put two pieces of synthetic resin bags inflated forward and backward like an engine, a total of four bags, put helium gas into them, and tightly tie the inlet. A flying balloon that is firmly connected with bamboo higo and adhesive tape. 2. Widen the sealing surface in front of the two bags inflated like an engine near the wing fuselage described in 1 above, make a hole in the sealing surface, and pass the two filaments on the left and right. The sealing surface at the bottom of the bag, which is tightly tied and the rear of the body, is also widened, and a hole is made in the sealing surface, a thread is passed through, and the thread is tightly tied, for a total of three filaments. Is lowered to a point at about 30 cm, and then lowered further down for a long time. In the lower part, the thread winder is directly connected to the base with bearings so that the thread is not entangled. Under the belly, a motor with a propeller is mounted on a solid paper base, and a radio control switch is used.On a flying balloon, a magnet is used. A mechanism that uses the rudder to move the ailerons to the left and right to fly in various directions up, down, left, and right. A synthetic resin flying balloon having the above configuration.
の形をした袋を１つにした合成樹脂の袋１個と、そして
片翼にて、胴体の近い所でエンジンの如く前と後に膨し
た形をした合成樹脂の袋２個、合計３個の袋にヘリュー
ムガスを入れ固く入口を結び、其の袋３個を竹ヒゴと粘
着テープにて固く結合された請求項１項に記載の飛行風
船。2. A bag in the shape of the front of the fuselage, a bag of synthetic resin in which the bag in the shape of the rear of the fuselage is integrated into one, and one side of the engine, close to the fuselage. 2. A bag made of synthetic resin having a shape inflated before and after two times, a total of three bags filled with helium gas and tightly connected with the inlet, and the three bags are firmly connected with bamboo higo with an adhesive tape. Flying balloon according to the paragraph.
近い所で２個のエンジンの如く前と後に膨した合成樹脂
の大きな袋１個と、両翼より前の胴体前部の合成樹脂の
袋１個と、大きな両翼から胴体後部の合成樹脂の袋１
個、合計３個の袋にヘリュームガスを入れ固く入口を結
び、其の袋３個を竹ヒゴと粘着テープにて固く結合され
た請求項１項に記載の飛行風船。3. Combining a large bag of synthetic resin inflated forward and backward like two engines near the both sides of the fuselage with one left and right wings, and a fuselage front part in front of both wings 1 plastic bag and 1 synthetic resin bag from the large wings to the rear of the fuselage
The flying balloon according to claim 1, wherein the helium gas is put into a total of three bags, the inlet is tightly connected, and the three bags are firmly connected to the bamboo higo with an adhesive tape.
前部をも付けた大きな合成樹脂の袋１個と、胴体の後部
の合成樹脂の袋１個、合計２個の袋にヘリュームガスを
入れ固く入口を結び、其の袋２個を竹ヒゴと粘着テープ
にて固く結合された請求項１項に記載の飛行風船。4. A large synthetic resin bag with one wing and a front part of the fuselage, and one synthetic resin bag on the rear part of the fuselage. 2. The flying balloon according to claim 1, wherein helium gas is put into the air balloon and the inlet is tightly connected, and two of the bags are firmly connected with bamboo higo with adhesive tape.
翼にて、胴体の近い所で、エンジンの如く前と後に膨し
た形をした合成樹脂の袋２個、胴体は前部と尾翼のない
後部とを１つにした合成樹脂の袋１個、そして尾翼の袋
１個、合計４個の袋にヘリュームガスを入れ固く入口を
結び、其の袋４個を竹ヒゴと粘着テープにて固く結合さ
れた請求項１項に記載の飛行風船。5. Two bags of synthetic resin, which are inflated forward and backward like an engine, at one wing, in the same manner as in the first and second aspects, in the vicinity of the fuselage. And a tail bag without tail, one synthetic resin bag, and one tail bag, put helium gas in a total of four bags, tightly tie the inlet, and connect the four bags with bamboo higo and adhesive tape The flying balloon according to claim 1, wherein the flying balloon is firmly connected.
脂の１個の袋にヘリュームガスを入れ固く入口を結んだ
請求項１項に記載の飛行風船。6. The flying balloon according to claim 1, wherein the helium gas is put into one bag of synthetic resin in the shape of a complete airplane and the inlet is tightly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2000004775U JP3075632U (en) | 2000-06-02 | 2000-06-02 | Synthetic resin flying balloon |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2000004775U JP3075632U (en) | 2000-06-02 | 2000-06-02 | Synthetic resin flying balloon |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3075632U true JP3075632U (en) | 2001-02-27 |
Family
ID=43208742
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2000004775U Expired - Fee Related JP3075632U (en) | 2000-06-02 | 2000-06-02 | Synthetic resin flying balloon |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3075632U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2016011018A (en) * | 2014-06-27 | 2016-01-21 | 株式会社エスアイ | Radio-controlled balloon kite |
-
2000
- 2000-06-02 JP JP2000004775U patent/JP3075632U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2016011018A (en) * | 2014-06-27 | 2016-01-21 | 株式会社エスアイ | Radio-controlled balloon kite |
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