JPH10122127A - Levitation using centrifugal force and power generation device - Google Patents
Levitation using centrifugal force and power generation deviceInfo
- Publication number
- JPH10122127A JPH10122127A JP30858096A JP30858096A JPH10122127A JP H10122127 A JPH10122127 A JP H10122127A JP 30858096 A JP30858096 A JP 30858096A JP 30858096 A JP30858096 A JP 30858096A JP H10122127 A JPH10122127 A JP H10122127A
- Authority
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- Japan
- Prior art keywords
- weights
- force
- rotation
- centrifugal force
- rises
- 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.)
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- Current-Collector Devices For Electrically Propelled Vehicles (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】車両航空機等の荷重の軽減に
利用する。BACKGROUND OF THE INVENTION The present invention is used to reduce the load of a vehicle such as an aircraft.
【０００２】[0002]
【従来の技術】車両等が走行する際車両が接地騒音を発
する。この車重を軽減する。従来の発電には公害が多
い。これをなくし宇宙空間でも単独発電可能にする。2. Description of the Related Art When a vehicle or the like travels, the vehicle emits ground noise. Reduce this vehicle weight. Conventional power generation has a lot of pollution. Eliminate this and enable independent power generation even in outer space.
【０００３】[0003]
【発明が解決しようとする課題】本装置を軌道車両等に
固定し車両等を浮上させる。本発明のモーターを回転す
る空間でも単独で発電を可能にする。The present device is fixed to a track vehicle or the like and the vehicle or the like is levitated. It is possible to generate power alone even in the space where the motor of the present invention rotates.
【０００４】[0004]
〔請求項１〕の場合 回転するものは重心が高くなるから（７）と（１４）は
互いに上昇し（７）が（９）まで上昇した時はワイヤー
（１１）は（１２）まで上昇して（１３）は（１）を上
昇させる重力圏外宇宙空間、でこの現象は明確である。 〔請求項２〕の場合 錘の質量を荷重合計と等しく又はそれ以上にする。
（７）（７′）に上昇舵（８）（８′）を設け錘に浮上
力をつけ上昇させ（１３）（１３′）により斜上方に
（１）を引き上げる。本発明装置も浮揚する。In the case of [Claim 1] Since the center of gravity of a rotating object becomes higher, (7) and (14) rise to each other, and when (7) rises to (9), the wire (11) rises to (12). (13) is a space outside the gravitational space that raises (1), and this phenomenon is clear. [Claim 2] The weight of the weight is equal to or greater than the total load.
(7) A lifting rudder (8) (8 ') is provided at (7'), and a levitation force is applied to the weight to raise the weight (13) and (13 ') to lift (1) obliquely upward. The device of the present invention also floats.
【０００５】[0005]
【発明の実施の形態】（７）（７′）の質量を荷重合計
と等しく又はそれ以上にする。中心軸（１）と（７）を
結ぶワイヤー（１１）が導枠（６）と水平平行になるま
で回転速度を増して（７）（７′）を浮かせそれ以上に
回転を上げると回転するものは重心が高くなるから
（７）（７′）が上昇する。（１４）（１４′）も上が
る。又（７）（７′）が上がる……で（７）（７′）は
上昇し（１３）（１３′）が（１）を引上げる。宇宙空
間では無重力であるから容易に上昇する。地上又は空気
中に於ては（７）（７′）に、上昇舵（８）（８′）を
つけると（７）（７′）は（９）（９′）に上昇する。
（１３）（１３′）は外側斜上方に張って（１）を引上
げる。その力が荷重より大となれば装置は浮上する。荷
重より小さい内は回転を増して遠心力を大にする。
（７）（７′）の浮上力が荷重合計より小さい内は装置
は地上に止まって上昇しない。(7) The mass of (7 ') is equal to or greater than the total load. The rotation speed is increased until the wire (11) connecting the central axes (1) and (7) is horizontally parallel to the conductive frame (6), and (7 ') is lifted up. Since the center of gravity of the object becomes higher, (7) and (7 ') rise. (14) (14 ') also goes up. Also, (7) and (7 ') go up, and (7) and (7') go up, and (13) and (13 ') pull up (1). It rises easily in space because it is weightless. When the elevator (8) (8 ') is turned on (7) (7') on the ground or in the air, (7) (7 ') rises to (9) (9').
(13) (13 ') is stretched obliquely outward and upward, and (1) is pulled up. If the force is greater than the load, the device will float. When the load is smaller than the load, the centrifugal force is increased by increasing the rotation.
(7) While the levitation force of (7 ') is smaller than the total load, the device stops on the ground and does not rise.
【０００６】[0006]
〔図３〕中心軸（１）と（１）の底部に固定した水平な
導枠（６）（６′）上に錘（７）（７′）をのせ（７）
（７′）を移動可能にしておく。（７）（７′）と
（１）をワイヤー等（１１）（１１′）で連結する。軸
（１）を回転させると（６）（６′）も回転し（７）
（７′）も回転すると（７）（７′）は遠心力により外
方に向う力が生じワイヤー（１１）（１１′）は水平と
なり（７）（７′）は下方に向う力はなくなり空気中を
飛翔する。（７）（７′）に上昇舵（８）（８′）を設
置しておくと（７）（７′）は軽く上昇し（９）
（９′）の位置迄上昇し（１１）（１１′）は（７）
（７′）の遠心力の方向即ち外方に向かう方向と（８）
（８′）による上方に向かう力との分力の方向に向か
う。（９）（９′）の位置に来るとワイヤー（１３）
（１３′）は（１）を斜外側上方に引張り上に引上げ
る。[FIG. 3] Weights (7) and (7 ') are placed on horizontal guide frames (6) and (6') fixed to the bottoms of the central axes (1) and (1) (7).
(7 ') is made movable. (7) (7 ') and (1) are connected by wires (11) (11'). When the shaft (1) is rotated, (6) and (6 ') are also rotated (7)
When (7 ') is also rotated, (7) and (7') generate outward force due to centrifugal force, the wires (11) and (11 ') become horizontal, and (7) and (7') no longer have downward force. Fly in the air. (7) If the rudders (8) and (8 ') are installed at (7'), (7) and (7 ') will rise slightly (9).
Ascend to the position of (9 ') (11) (11') becomes (7)
The direction of the centrifugal force of (7 '), that is, the outward direction, and (8)
In the direction of the component force with the upward force by (8 '). (9) When it comes to the position of (9 '), wire (13)
(13 ') pulls (1) upward on the oblique outside.
【０００７】（７）（７′）の質量を装置の重さ及びそ
の他の荷重合計と等しいかそれ以上にしておくと（１
４）（１４′）は（１５）（１５′）まで上昇する。実
際には（１４）が（１５）まで上昇するのではなく装置
自体が上昇し（１４）は（１５）の位置まで上昇する。
（９）（９′）にストッパー（１８）（１８′）を連結
しておくと（１）が回転している限り本装置は上昇す
る。遠心力は錘の重さと回転数が大となれば増大するか
ら錘の質量と回転数を増大調節すると上昇即ち空気中に
おいて反重力性が大となる。(7) If the mass of (7 ') is equal to or greater than the total weight of the apparatus and other loads, (1)
4) (14 ') rises to (15) (15'). Actually, instead of (14) rising to (15), the device itself rises and (14) rises to the position of (15).
(9) When the stoppers (18) and (18 ') are connected to (9'), the apparatus rises as long as (1) is rotating. The centrifugal force increases as the weight and the number of rotations of the weight increase. Therefore, when the weight and the number of rotations of the weight are adjusted to increase, the centrifugal force increases, that is, the antigravity in the air increases.
【０００８】回転するものは重心が高くなる性質がある
から〔図３〕に於ても（６）（６′）及びワイヤーと
（７）（７′）を結んだものは一体の回転物体とみなさ
れるから少しずつは上昇するが地球の重力が大きいから
なかなか困難であるけれど宇宙空間、無重力空間に於て
は重心が高くなれば（７）（７′）は上昇し（１）も上
昇し全体が上昇する。Since a rotating object has a property of increasing the center of gravity, even in FIG. 3, the one connecting (6) (6 ′) and the wire and (7) (7 ′) is an integral rotating object. Because it is considered, it rises little by little, but it is very difficult because the gravity of the earth is large, but in space and zero-gravity space, if the center of gravity rises, (7) (7 ') rises and (1) rises The whole rises.
【０００９】請求項３の場合、錘の回転が速くなれば速
くなる程回転に要する動力は少なくなるから回転により
得られる遠心力に依る電力で少なくてすむ必要電力を得
て（１）を回転する動力が得られれば永久に（１）を回
転するモーターの必要電力が得られるが地球上引力圏内
に於ては不可能である。In the case of claim 3, the higher the rotation of the weight, the smaller the power required for the rotation, the smaller the power required by the centrifugal force obtained by the rotation. If the required power is obtained, the required power of the motor rotating the (1) can be obtained permanently, but this is not possible in the gravitational range on the earth.
【００１０】継続的に空中に於て（１）を回転させるモ
ーターの必要電力を得る手段として遠心力発電による電
力の不足分を補う補助として太陽光発電等を用いて
（１）を回転させると云う装置の発明であります。空中
に於ても宇宙空間に於ても利用可能である。As a means for obtaining the required power of the motor for rotating (1) continuously in the air, (1) is rotated by using photovoltaic power generation or the like as an auxiliary to supplement the shortage of power due to centrifugal power generation. It is the invention of the device. It can be used both in the air and in outer space.
【００１１】[0011]
【発明の効果】回転による遠心力による錘の上昇で本装
置に反重力性が生じ浮上するので走行中の車両の対地摩
擦、騒音の減少等が出来る。航空機に於ては飛行中に停
止滞留も出来、滑走路も不要となる。宇宙飛行も容易と
なり又災害時等に絶大な救急力を発揮する同一中心軸で
縦長に又平面的にも装置を多数併用すれば大きな力とな
る。宇宙空間に於て、回転による重心の変化によって錘
の上昇によって本装置の上昇力は増し（１）が回転して
いる限り宇宙の移動が可能になる。According to the present invention, the weight rises due to the centrifugal force generated by the rotation, which causes antigravity to be generated in the device and causes the device to float, so that the ground friction and noise of the running vehicle can be reduced. Aircraft can stop and stay in flight, eliminating the need for a runway. Space flight is facilitated, and a great deal of power can be obtained by using a large number of devices both vertically and horizontally on the same central axis, which provides tremendous rescue power in the event of a disaster. In the outer space, the lifting force of the device is increased by the rise of the weight due to the change of the center of gravity due to the rotation, so that the space can be moved as long as (1) is rotating.
【００１２】遠心力発電が可能となれば本装置が浮上移
動可能となり地上及び宇宙空間に於て絶大な利用が与え
られる。If the centrifugal power generation becomes possible, the present apparatus can be moved up and down, so that the apparatus can be used on the ground and in space.
【図１】浮揚装置の実施例を示す斜視図FIG. 1 is a perspective view showing an embodiment of a flotation device.
【図２】浮揚装置図１のＡ−Ａ′の水平断面図FIG. 2 is a horizontal sectional view of AA ′ in FIG. 1;
【図３】浮揚装置の縦断面図FIG. 3 is a longitudinal sectional view of a flotation device.
【図４】錘及び上昇舵の断面図FIG. 4 is a sectional view of a weight and a rudder.
１ 中心軸 ２ 上床 ３ 側壁 ４，４′下床 ５，５′空気流通口 ６，６′導枠（中心軸底部に固定され水平） ７，７′錘 ８，８′７，７′の昇降舵 ９ ９′８，８′の上昇を示す １０，１０′９，９′の昇降舵 １１，１１′中心軸と錘７，７′との連結（ワイヤー
等） １２，１２′１１，１１′の上昇を示す １３ １３′７，７′が９ ９′まで上昇し１３が中心
軸を上方外側に引上げる １８ １８ ７，７′の上昇限度ストッパー1 Central axis 2 Upper floor 3 Side wall 4, 4 'Lower floor 5, 5' Air circulation port 6, 6 'Conductor frame (fixed at the bottom of central axis and horizontal) 7, 7' Weight 8, 8 '7, 7' Rudder 9 Shows rise of 9'8,8 '10,10'9,9' Elevator 11,11 'Connection between center axis and weight 7,7' (wire etc.) 12,12'11,11 ' 13 13'7, 7 'rises to 99' and 13 pulls the central axis upward and outward 18 18 7,7 'ascending limit stopper
─────────────────────────────────────────────────────
────────────────────────────────────────────────── ───
【手続補正書】[Procedure amendment]
【提出日】平成９年１１月２１日[Submission date] November 21, 1997
【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】特許請求の範囲[Correction target item name] Claims
【補正方法】変更[Correction method] Change
【補正内容】[Correction contents]
【特許請求の範囲】[Claims]
【手続補正２】[Procedure amendment 2]
【補正対象書類名】明細書[Document name to be amended] Statement
【補正対象項目名】０００６[Correction target item name] 0006
【補正方法】変更[Correction method] Change
【補正内容】[Correction contents]
【０００６】[0006]
【実施例】 〔図３〕中心軸（１）と（１）の底部に固定した水平な
導枠（６）（６´）上に錘（７）（７´）をのせ（７）
（７´）を移動可能にしておく。（７）（７´）と
（１）をワイヤー等（１１）（１１´）で連結する。軸
（１）を回転させると（６）（６´）も回転し（７）
（７´）も回転すると（７）（７´）は遠心力により外
方に向う力が生じワイヤー（１１）（１１´）は水平と
なり（７）（７´）は下方に向う力はなくなり空気中を
飛翔する。（７）（７´）に上昇舵（８）（８´）を設
置しておくと（７）（７´）は軽く上昇し（９）（９
´）の位置迄上昇し（１１）（１１´）は（７）（７
´）の遠心力の方向即ち外方に向かう方向と（８）（８
´）による上方に向かう力との分力の方向に向かう。
（９）（９´）の位置に来るとワイヤー（１３）（１３
´）は（１）を斜外側上方に引張り上に引上げる。図５
に示す様に錘（３，３´）を下方に（４，４´）を上方
にし中心軸の底部に固定した先端が上下可能な導枠上に
のせ（３，３´）及び（４，４´）の質量を等しくし又
（４，４´）の質量を（３，３´）の質量より大とす
る。（３，３´）の質量合計を円盤の荷重（１）及び
（２，２´）（７，７´）（９，９´）及び円盤の本体
及び荷重等の合計に等しいか又はそれより大とする。又
（３）（４）及び（３´）（４´）を（１３，１３´）
で連結する。中心軸（１）を高速回転すると錘（３，３
´）は遠心力により外側に移動しつつ浮上し導枠（２，
２´）と水平平行となる。（４，４´）も同時に回転す
る。（４，４´）は水平になろうとすると（４，４´）
は（３，３´）と同一中心軸であり且つ（１３，１３
´）で（３，３´）と連結している。又（４，４´）の
質量は（３，３´）より大きくワイヤー（９，９´）は
（７，７´）より長いから遠心力は（３，３´）より大
であり外側に向う力は（４，４´）の方が大であり回転
が一層速くなると（４，４´）が上昇し（３，３´）は
（１３，１３´）でスライドしながら（４，４´）につ
いて上昇し図５の（５，５´）と（６，６´）の位置ま
で上昇する。（３，３´）は遠心力が重力より大である
から容易に上昇する。高速回転している錘は中心軸
（１）を傾ける事は困難であるけれど中心軸を垂直のま
ま上下，前後，左右に移動する事は容易である。（５，
５´）の質量は荷重より大であり（６，６´）も下向き
の力はなく水平になろうとする上向きの力と外方への力
が働き（５，５´）は外方への力と（６，６´）の上向
きの力で共に斜上方向への力であるから（１）の回転が
速く継続する限り円盤は上昇する。（５，６）（５´，
６´）は（１）を中心軸とした（コマ）の状態となり重
心は高くなり（１２，１２´）に近くなる。回転が速い
程（６，６´）が高くなり（５，５´）も高くなり斜上
方への引く力（８，８´）が大となり（１）は浮上上昇
し円盤も上昇する。（３，３´）（４，４´）の質量そ
の他の空気抵抗，重力との関係錘の高低等を微調整して
回転に抵抗の少ない効率の良い大きさ、高さを調整して
回転がスムーズに継続して行く様にし発電に使用も出来
る。ヘリコプターのサブローダーの如く円盤の四方又は
六方に小円盤をつけて中心軸をある程度減速して小円盤
を個別に急速回転すると円盤の方向転換が可能である。
又円盤が（１）の回転と共に回転しない為にモーターの
回転と逆回転向きの小円盤を必要に応じて設ける。[FIG. 3] The weights (7) and (7 ') are placed on horizontal guide frames (6) and (6') fixed to the bottoms of the center axes (1) and (1) (7).
(7 ') is made movable. (7) (7 ') and (1) are connected by wires (11) and (11'). When the shaft (1) is rotated, (6) and (6 ′) are also rotated (7)
When (7 ') also rotates, (7) and (7') generate an outward force due to centrifugal force, the wires (11) and (11 ') become horizontal, and (7) and (7') no longer have a downward force. Fly in the air. (7) If the rudder (8) (8 ') is installed at (7'), (7) (7 ') rises lightly (9) (9)
(11) (11 ') rises to the position of (7) (7) (7)
(8) (8) (8)
′) In the direction of the component force with the upward force.
(9) When it comes to the position of (9 '), the wire (13) (13)
') Pulls (1) upward on the oblique outside. FIG.
The weight (3, 3 ') is set downward (4, 4') upward, and the tip fixed to the bottom of the central shaft is placed on a vertically movable guide frame as shown in (3, 3 ') and (4, 3'). The mass of (4 ') is made equal, and the mass of (4,4') is made larger than the mass of (3,3 '). The total mass of (3, 3 ') is equal to or greater than the sum of the loads (1) and (2, 2') (7, 7 ') (9, 9') of the disk and the body and load of the disk. To be large. (3) (4) and (3 ') (4') are replaced with (13, 13 ')
Connect with. When the central shaft (1) rotates at high speed, the weight (3, 3
′) Floats while moving outward by centrifugal force,
2 ′) is horizontally parallel. (4, 4 ') also rotates at the same time. (4,4 ') tries to be horizontal (4,4')
Is the same central axis as (3,3 ′) and (13,13 ′)
') And (3, 3'). Also, since the mass of (4,4 ') is larger than (3,3') and the wire (9,9 ') is longer than (7,7'), the centrifugal force is larger than (3,3 ') and (4, 4 ') is larger in the direction of the force, and (4, 4') rises when the rotation is further accelerated, and (3, 3 ') slides at (13, 13') while sliding (4, 4 '). 5) and rises to the positions (5, 5 ') and (6, 6') in FIG. (3, 3 ') easily rises because the centrifugal force is greater than gravity. It is difficult for the weight rotating at high speed to tilt the center axis (1), but it is easy to move up and down, back and forth, and left and right while keeping the center axis vertical. (5,
5 ') is larger than the load (6, 6'), and there is no downward force, but an upward force and an outward force that try to level (5, 5 '). Since the force and the upward force of (6, 6 ′) are both upward and oblique, the disk rises as long as the rotation of (1) continues rapidly. (5,6) (5 ',
6 ′) is in the state of (frame) with (1) as the central axis, and the center of gravity is high and is close to (12, 12 ′). The faster the rotation, the higher (6, 6 ') and the higher (5, 5'), the greater the pulling force (8, 8 ') obliquely upward, and (1) rises and the disk rises. (3, 3 ') (4, 4') Mass and other air resistance, relation to gravity Fine adjustment of the height of the weight, etc., and efficient rotation with less resistance to rotation, rotation by adjusting the height It can be used for power generation as it continues smoothly. Like a subloader of a helicopter, a small disk is attached to each side of the disk or to the six sides, the center axis is decelerated to some extent, and the small disks are individually rapidly rotated to enable the direction change of the disk.
In order to prevent the disk from rotating with the rotation of (1), a small disk in the direction opposite to the rotation of the motor is provided as necessary.
【手続補正３】[Procedure amendment 3]
【補正対象書類名】明細書[Document name to be amended] Statement
【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】 浮揚する円盤内の錘の移動状況を表わした断
面図FIG. 5 is a cross-sectional view showing the movement of the weight in the floating disk.
【手続補正４】[Procedure amendment 4]
【補正対象書類名】明細書[Document name to be amended] Statement
【補正対象項目名】符号の説明[Correction target item name] Explanation of sign
【補正方法】変更[Correction method] Change
【補正内容】[Correction contents]
【符号の説明】 １ 中心軸 ２，２´ １の底部に固定した錘の導枠 ３，３´ 導枠上の錘（２，２´）と水平浮揚し同じ質
量 ４，４´ 中心軸の上部に固定されたワイヤーで接続さ
れた錘、同質量（３，３´）より質量大 ５，５´ （３，３´）が上昇したところを表わす ６，６´ （４，４´）の上昇したところを表わす ７，７´ １の底部に近いところと（１）と（３，３
´）の連結ワイヤー（下部） ８，８´ （３，３´）が浮揚したときのワイヤーの状
態を表わす ９，９´ 上方の錘と中心軸の上部との連結ワイヤー １０，１０´ 上方の錘が浮上して水平になったときの
ワイヤー １１，１１´ 錘（３，３´）と中心軸を連結したワイ
ヤーの連結点 １２，１２´ 中心軸と上方ワイヤーの連結点 １３，１３´ 下方錘と上方錘の連結を表わす １４，１４´ （１３，１３´）の上昇したところを表
わす １５，１６ モーターとの連結部[Description of Signs] 1 Center axis 2, 2 'Weight guide frame fixed to the bottom of 1, 3 and 3' Weight that floats horizontally with weights (2, 2 ') on the guide frame 4, 4' Same as center axis 4, 4 ' The weight connected by the wire fixed to the upper part, of 6,6 '(4,4') indicating that the mass 5,5 '(3,3') has risen from the same mass (3,3 ') 7,7 'represents the ascending position, near the bottom of 1 and (1) and (3,3)
') Connection wire (lower) 8, 8' (3, 3 ') Represents the state of the wire when levitated 9, 9' Connection wire between upper weight and upper part of central axis 10, 10 ' Wires 11 and 11 'when the weight floats up and becomes horizontal. Connection points 12 and 12' between the weights (3 and 3 ') and the central axis. Connection points 13 and 13' between the central axis and the upper wire. Represents the connection between the weight and the upper weight 14,14 '(13,13') Represents the ascending point 15,16 Connection with the motor
【手続補正５】[Procedure amendment 5]
【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 (3)
た円板に導枠（６）（６′）を設け（６）（６′）上に
錘（７）（７′）をのせ（７）（７′）を移動可能にす
る。（１）を高速回転させると（６）（６′）上の錘
（７）（７′）は遠心力により外側に移動しようとす
る。〔図３〕に示す様に（７）（７′）の中央部と
（１）とを（１４）（１４′）でワイヤ等（１１）で結
ぶ。（７）（７′）の中央部点と（１４）（１４′）の
導枠からの高さを等しくする。回転が速くなると（１
１）と（６）は水平平行になる。（７）（７′）は重力
はなくなり（６）から浮き上がる。（１）及び（２）
（３）（４）等の荷重合計と錘（７）（７′）の質量合
計とを同じ又はそれ以上にしておく。回転するものは重
心が高くなるから（７）（７′）は少しずつ上昇する。
（７）（７′）が上昇すると同時に（１４）（１４′）
も上昇し（１４）が上がると（７）も上がる。お互いに
ほとんど同時に上がる。（７）（７′）が（９）
（９′）まで上がるとワイヤー（１３）（１３′）は斜
外側上方に（１）を引き上げる、即ち装置も上昇する。
無重力の宇宙空間では上昇が速く容易である。この
（７）（７′）の上昇力を用いて物を浮揚する発明であ
る。1. A guide frame (6) (6 ') is provided on a disk fixed horizontally at the lower bottom of a vertical center axis (1), and weights (7) (7') are provided on (6) (6 '). (7) and (7 ') are made movable. When (1) is rotated at high speed, the weights (7) and (7 ') on (6) and (6') tend to move outward due to centrifugal force. As shown in FIG. 3, the central portion of (7) (7 ') and (1) are connected by wires (11) with (14) (14'). (7) The height of the center point of (7 ') and the height of the conductor frame of (14) and (14') are made equal. When the rotation becomes faster (1
1) and (6) are horizontally parallel. (7) (7 ') is lifted from (6) without the gravitational force. (1) and (2)
(3) The total load of (4) and the like and the total mass of the weights (7) and (7 ') are set to be the same or more. Since a rotating object has a higher center of gravity, (7) and (7 ') gradually rise.
(7) At the same time as (7 ') rises, (14) (14')
(14) goes up and (7) goes up. Rise almost simultaneously with each other. (7) (7 ') becomes (9)
When the wire (13) (13 ') rises to (9'), the wire (13) pulls (1) upward and obliquely outward, that is, the device also rises.
It is fast and easy to ascend in the space of zero gravity. The present invention (7) and (7 ') is an invention in which an object is levitated using the lifting force.
外形を空気抵抗を少くし浮力を得るために飛行機の主翼
の形としその上部に昇降舵（８）（８′）を設け（８）
（８′）を上昇角度にすると空気中に於て（７）
（７′）は（１）の回転によって飛翔しているから
（７）（７′）は上昇舵の上昇力と遠心力による外側方
向への力との分力の方向、外側斜上方に向うワイヤー
（１３）は（１）を引上げる、装置全体も浮揚する。
（１）が回転している限り装置は浮揚し続ける。この浮
揚力を用いて荷重を浮揚する発明である。2. As shown in FIGS. 3 and 4, the weights (7) and (7 ') are formed in the shape of a main wing of an airplane in order to reduce air resistance and obtain buoyancy. ') (8)
When (8 ') is set to the rising angle, in the air (7)
Since (7 ') is flying by the rotation of (1), (7) and (7') are directed upward in the direction of the component force of the upward force of the rudder and the outward force due to the centrifugal force. The wire (13) pulls up (1), the whole device also floats.
The device continues to levitate as long as (1) is rotating. This is an invention in which a load is levitated by using this levitating force.
（７′）は回転し遠心力が生じ回転が速い程その回転に
要する動力は小となる。必要動力の余分な動力を利用し
て永久に（１）を動かすモーターを回す事はエネルギー
保存の法則から不可能であるので空気中に於て又は宇宙
空間に於て継続的に（１）を回転させるために遠心力発
電の不足分を太陽光発電の補足援助によって（１）を回
転させる電力を得る発明である。3. The rotation of (1) and (6) causes (7)
(7 ') rotates and generates centrifugal force, and the faster the rotation, the smaller the power required for the rotation. It is impossible to rotate the motor that moves (1) permanently using the extra power of the necessary power, because of the law of conservation of energy, it is not possible to continuously (1) in air or in space. This is an invention that obtains electric power for rotating (1) by supplementing solar power with the shortage of centrifugal power generation to rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP30858096A JPH10122127A (en) | 1996-10-15 | 1996-10-15 | Levitation using centrifugal force and power generation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP30858096A JPH10122127A (en) | 1996-10-15 | 1996-10-15 | Levitation using centrifugal force and power generation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH10122127A true JPH10122127A (en) | 1998-05-12 |
Family
ID=17982748
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP30858096A Pending JPH10122127A (en) | 1996-10-15 | 1996-10-15 | Levitation using centrifugal force and power generation device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH10122127A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2009527693A (en) * | 2006-02-21 | 2009-07-30 | スーン セン シン | Levitation propulsion unit (LPU) |
| CN102493938A (en) * | 2011-12-30 | 2012-06-13 | 南开大学 | Electric propeller for spaceship |
-
1996
- 1996-10-15 JP JP30858096A patent/JPH10122127A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2009527693A (en) * | 2006-02-21 | 2009-07-30 | スーン セン シン | Levitation propulsion unit (LPU) |
| CN102493938A (en) * | 2011-12-30 | 2012-06-13 | 南开大学 | Electric propeller for spaceship |
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