JPS58174170A - Power plant for controlling weight - Google Patents

Power plant for controlling weight

Info

Publication number
JPS58174170A
JPS58174170A JP5775382A JP5775382A JPS58174170A JP S58174170 A JPS58174170 A JP S58174170A JP 5775382 A JP5775382 A JP 5775382A JP 5775382 A JP5775382 A JP 5775382A JP S58174170 A JPS58174170 A JP S58174170A
Authority
JP
Japan
Prior art keywords
weight
main body
spindle
vertical position
stop
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.)
Pending
Application number
JP5775382A
Other languages
Japanese (ja)
Inventor
Mitsunori Anchi
三徳 庵地
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
KYOSHIN SHOJI KK
Original Assignee
KYOSHIN SHOJI KK
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by KYOSHIN SHOJI KK filed Critical KYOSHIN SHOJI KK
Priority to JP5775382A priority Critical patent/JPS58174170A/en
Publication of JPS58174170A publication Critical patent/JPS58174170A/en
Pending legal-status Critical Current

Links

Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G3/00—Other motors, e.g. gravity or inertia motors

Landscapes

  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Motorcycle And Bicycle Frame (AREA)
  • Toys (AREA)

Abstract

PURPOSE:To utilize gravity energy for a power source by moving a weight provided on both spindle bodies of a plant body to turn up-side down or rotate said plant body by controlling the position of said body. CONSTITUTION:In the running position of a lever 17, a main body 2 is in the vertical position, with a weight 12 being right above a spindle 3 and the other weight 12 near the spindle 3, so that the main body 2 falls down to one side about the spindle 3.When the main body 2 takes the vertical position, both weights 12 are located at opposite position to each other and rotary weights 8 are also opposed to each other above and below the spindle 3. Then, after the vertical position of the main body 2 is held for an instant by a stop plug 15, a start lever 14 for the weight 8 is moved to drop the weight 8 which is rotated by a ball nut 4 and a screw 5 and stopped at a stop point 16. The weight 12 is moved by a force magnified by a shaft 9, worm and wheel gears 6, 7 connected to the weight 8 to operate the plug 15 so that the main body 2 falls down in one direction about the spindle 3. Then, the rotational motion generated in the spindle 3 is utilized.

Description

【発明の詳細な説明】 天秤と、てこの原理及び運動力比などを効率的に応用し
、装置本体の主軸を支点として、両端の重量を交互に移
動し、本体の姿勢を制御して、本体自体が倒立、又は回
転運動をする、このと倉の強力な工率ルキーを動、力源
として利用する装置である。[Detailed Description of the Invention] By efficiently applying the principles of balances, levers, and kinetic force ratios, the main axis of the main body of the device is used as a fulcrum, and the weight at both ends is alternately moved to control the posture of the main body. The main body itself can be turned upside down or rotated, and it is a device that utilizes the powerful power mechanism of the storage as a source of movement and power.

従来より重力エネルギーの利用について種膚研究開発が
なされて来たが、実用的な動力−としてのものは未開発
である。Research and development has been carried out on the use of gravitational energy, but it has not yet been developed as a practical power source.

本発明装置・は、比較的簡単な方法にて、重力エネルギ
ーの実用化が可縮で、しかも安全無公害で経済的であっ
て、正にｌＩ期的発明装置であ４その１１１ｍを説明す
ると、 本装置は、倒立運動装置、回転運動装置の２種類あるが
、ここでは回転連動装置ｌこつしＡ′℃解説する。The device of the present invention can put gravitational energy into practical use using a relatively simple method, is safe, non-polluting, and economical, and is truly an innovative device. There are two types of this device: an inverted motion device and a rotary motion device, but here we will explain the rotation interlocking device A'°C.

本装置は、すべて金属で、できてしＡて、台枠（１）の
中央上部に本体（１）を、本体（２）の主軸（８）で取
付け、この本体（ｚ）が一方向に倒れ、そのとき主軸（
８）に発生する回転エネルギーを利用するものである１
本体（２１の内部に直１ｆｓ連動を回転運動番ご変換ス
るために、ホールナフト（４）と、スフ１ツユ−ねぢ（
６）ｔｒ取付け、又力率を拡大するため畢こ、・フォム
キャー（６）とホイールキャー（７）を取付（プてし）
る、中央部には、４下移動用、回転おもり（８）が取付
ケてあって、ホールナフト（４）、スフ’Ｊ　ＪＬ−ね
ぢ（５）の作用により回転しながら落丁するようになっ
ている。そして、それぞれをシャフト（９）にて連動で
きるように連結してあり、本体（ｆｉ）両端には、ホイ
ルキャー（γ）のシャツ）Ｂ嬶の一端に受腕（６）を介
して、おもり（ロ）が取付←すられてしする。又本体（
船自体は主軸（ｓ）を支点として、回転おもり（８１が
中央部−にあるときに、！（ランスがとれている、その
ために本体（１１の一方におもりｍ−を移動可能に取付
けている０回転おもり（８）の始動、停止レバ（２）が
、本体（２）の端についていて、本体（ｍｌの反転力奢
利用して、本体（ｊ）が垂直姿勢になる一関作動するよ
うになっている。すると、回転おもり（８）は、その重
力により藩丁を始めそれに連結した、ポールナツト（４
）、スクリューねぢ（５）の作用により回転しながら、
下方停止点（ロ）まで移動する。停止点（ロ）に到着と
同時に屓丸側の始動停止レバー（ロ）が作動して、停止
する。又そのとき本体偵）が瞬時垂直姿勢を保持するた
めに台枠（１）に瞬間停止栓−を取付けである、この作
動も、おもり受腕（ロ）の−反転力を利用している。そ
の他事装置の運転、始動、停止用、手動レバー−が台枠
（１）に取付けてあって、＋蛸にて、ビン（至）を出し
、入れして本体（ｚ）のｊ１１蛸を、運転始動停止でき
るように□しである。This device is made entirely of metal, and the main body (1) is attached to the upper center of the underframe (1) with the main shaft (8) of the main body (2), and the main body (z) is oriented in one direction. The main shaft (
8) It utilizes the rotational energy generated in 1.
In order to convert the direct 1fs interlocking to the rotational motion number inside the main body (21), install a hole shaft (4) and a Sufu 1 thread (
6) Install the tr, and install the foam carrier (6) and wheel carrier (7) to increase the power factor.
A rotary weight (8) for downward movement is attached to the central part of the machine, and the pages are dropped while rotating by the action of the hall napft (4) and the sufu'JJL-neji (5). ing. Each of them is connected so that they can be interlocked by a shaft (9), and a weight ( (b) is installed ← and it gets rubbed. Also, the main body (
The ship itself uses the main shaft (s) as a fulcrum, and when the rotating weight (81) is in the center part -, the lance is removed, so a weight m- is movably attached to one side of the main body (11). The start/stop lever (2) of the zero rotation weight (8) is attached to the end of the main body (2), and by using the reversing force of the main body (ml), the main body (j) is operated in a vertical position. Then, the rotating weight (8), due to its gravity, starts to move the block and the pole nuts (4) connected to it.
), while rotating due to the action of the screw (5),
Move to the downward stopping point (b). At the same time as it reaches the stopping point (b), the start/stop lever (b) on the side of the car activates and stops. At that time, an instantaneous stop plug is attached to the underframe (1) to maintain the vertical position of the main body for an instant; this operation also utilizes the reversing force of the weight receiving arm (b). A manual lever for operating, starting, and stopping the device is attached to the underframe (1). It is marked □ so that it can be started and stopped.

回転おもり（８）が、始動し落７ｓ動すると、これＩに
連結された、ホイルギヤー（η）駆動ニより、おもり−
は、主軸（１）の直上方向と、他のおもり−は、主軸（
１）上附近に移動する６両おもり（２）がその姿勢を完
了した瞬間、瞬間停止栓に）の作動により、本俸（２）
は一方向に倒れる。このとき主軸（畠）に半回転の回転
運動が発生する。このような運動を繰りかえすようにし
た装置である６本体ｃ粉が常に一方向に倒れるように、
おもり（ロ）の重心角度がＩＩＩできるようになってい
る。When the rotating weight (8) starts and moves for 7 seconds, the weight is driven by the wheel gear (η) drive connected to I.
is directly above the main shaft (1), and the other weights are directly above the main shaft (1).
1) At the moment when the six-car weight (2) moving near the top completes its position, the instant stop valve) is activated to stop the main salary (2).
falls in one direction. At this time, a half-rotation rotational motion occurs in the main shaft (hatake). The 6-body device is designed to repeat this movement so that the powder always falls in one direction.
The angle of the center of gravity of the weight (b) can be adjusted to three angles.

本装置を運転するには、 手動レバー（ロ）を運転始動の位置に手動する。To operate this device, Manually move the manual lever (b) to the start position.

本体（８）の運転停止姿勢は、常に垂直姿勢にしてあっ
て、おもり（ロ）は主軸（ｊ）の直上方向と、他のおも
り（ロ）は、主軸（ｓ）上附近にあるため、主軸（８）
を支点として、その直上方向が菖いので、一方向に倒れ
る。そして、本体（３）は、垂直姿勢になると、両おも
り■は、位置が反対方向になり又回転おもり（ａ）も、
上下が反対になる。すると瞬間停止栓に）の作動により
、一時その垂直姿勢が保持されると同時に、回転おもり
（ＩＩ）の始動レバー（ロ）が作動し、回転おもり（８
）は、その重力により落Ｆを始め、ｌ−ルナフト（４）
スクリューねぢ（５）の作用により、回転しながら落下
し、停止点（ロ）の位置まで移動すると同時に反対側の
停止レバー（ロ）が作動し停止する０回転おもり（８１
が、始動して、回転移動すると、これに連結されたシャ
フト（９）を介して、ウォムギャ−（６）及びホイール
ギヤー（ηにより、力率が数１０倍に拡大された駆動力
により、おもり（ロ）は、一方が主軸（Ｓ）の直上方向
に他方は主軸（８１上附近に移動する。すると、瞬間停
止＆に）が作動して、本体（８）は、主軸ｆｊ）を支点
として一方向に倒れる。このとぎの主軸（ａ）に発生す
る回転運動を有効的に利用するものでこの運動を輸りか
えすのである。The operation stop position of the main body (8) is always vertical, and the weight (b) is located directly above the main shaft (j), and the other weights (b) are located near the top of the main shaft (s). Main shaft (8)
With this as a fulcrum, the irises are directly above it, so it falls in one direction. When the main body (3) is in a vertical position, the positions of both weights (■) are in opposite directions, and the rotating weight (a) is also
The top and bottom will be reversed. Then, due to the activation of the instantaneous stop valve), its vertical position is temporarily maintained, and at the same time, the starting lever (B) of the rotating weight (II) is activated, and the rotating weight (8) is activated.
) begins to fall due to its gravity, and l-runaft (4)
Due to the action of the screw thread (5), the zero-rotation weight (81) falls while rotating and moves to the stopping point (b), at the same time the stop lever (b) on the opposite side operates and stops.
When the worm gear (6) and wheel gear (η) are started and rotated, a driving force whose power factor is increased by several tens of times is applied to the weight through the shaft (9) connected to the worm gear (6) and the wheel gear (η). In (b), one moves directly above the main shaft (S) and the other moves near the top of the main shaft (81. Then, the instantaneous stop & ) is activated, and the main body (8) moves with the main shaft fj) as a fulcrum. Falling in one direction. It effectively utilizes the rotational motion generated in the main shaft (a) of the knife, and redirects this motion.

手動レバー（ロ）を停止の位置に手動すると、本体（３
）は垂直姿勢をして停止する。When the manual lever (B) is manually moved to the stop position, the main body (3)
) stops in a vertical position.

このように本体（１）の両端の重量を交互に変えて、本
体（３）が倒立、又は回転運動を、時差４１１Ｊ的に繰
りかえすのであって、このときの主軸ｔＢ）に発生する
強、力なエネルギーを動力源として利用するものである
。In this way, by alternating the weights at both ends of the main body (1), the main body (3) repeats the inverted or rotational movement with a time difference of 411 J, and at this time the strong force generated on the main axis tB) It uses energy as a power source.

本装置に使用した主要部品の特徴 ｌ−ルナット（４）、スクリューねぢ（５）の直線運動
を回転運動への変換効率には９０襲以上の部品を使用し
た。Characteristics of the main parts used in this device: More than 90 parts were used to convert the linear motion of the nut (4) and screw thread (5) into rotational motion.

ウォムギャ−（６）、ホイールギヤー（７）の力率比は
、受腕（ロ）を介しておもり（ロ）がホイールキャー（
７）に与える最大重量値よりも、数倍大きくなるように
回転おもり（匍の重量を計算しである。The power factor ratio of the worm gear (6) and the wheel gear (7) is such that the weight (b) is connected to the wheel carrier (b) via the receiving arm (b).
7) Calculate the weight of the rotating weight (sword) so that it is several times larger than the maximum weight value given to it.

又ホイールギヤー（７）が半回転したとき、おもり一が
移動して、本体（ｚ）が姿勢制御されるように、回転お
もり（８）の回転数も計算されている。The number of rotations of the rotating weight (8) is also calculated so that when the wheel gear (7) makes a half turn, the weight 1 moves and the attitude of the main body (z) is controlled.

本装置の倒立、回転の運動は、その運動発生までに　重
量おちりの移動姿勢制御などの時間差力率運動を利用し
ているため、動力源として実用化するには、運転時差を
なくするためと、力量を増すために、二台以上４１Ｗｋ
白を連結して利用すれば効率的である。The inverted and rotational motions of this device utilize time difference power factor motion, such as control of the movement and posture of the weight dust, so in order to put it into practical use as a power source, it is necessary to eliminate the operation time difference. And, in order to increase the ability, two or more 41Wk
It is efficient to use white in combination.

停車、と変速機を取付け、？ｉ＆逮にして発電機に利用
すると、始動、停止レバーの作動は、すべて電磁作動が
でき、発生する電力の一部の消費で簡単にできて、作動
も確実にできる。又発電機に利用する場合は、小規模の
とき直流発＆機を用いて、蓄電器に充電して利用する方
が、さらに効率的である。用途や必要力量により各々の
部品を交換したり装置の台数を調整して、大きい剛力源
から小さい動力源まで、比較的簡単に工作で倉消費材も
少なく、経済的で、全くの無公害、安全、部品などの研
究改＠な重ねることに依り、益々強力な代替エネルギー
として、人類に大きく貢献できる装置であると確信する
ものである。Stopped, and installed the transmission? When used in a generator, the start and stop levers can be operated electromagnetically, making it easy to operate and operating reliably by consuming only a portion of the electricity generated. In addition, when using it as a generator, it is more efficient to use a DC generator and charge it in a condenser when it is small-scale. By replacing each part and adjusting the number of devices depending on the application and required power, it is relatively easy to work from a large rigid force source to a small power source, consumes few materials, is economical, and is completely pollution-free. We are confident that through repeated research on safety, parts, etc., this device will be able to greatly contribute to humanity as an increasingly powerful alternative energy source.

本装置の他、片側のみのおもりを移動＠饗しても、同様
の目的達成が可能である。In addition to this device, the same purpose can be achieved by moving the weight on only one side.

【図面の簡単な説明】[Brief explanation of drawings]

第１図、側圓図 ！ｓ２図、平面図 第３図、回転おもりと始動、停止レバーの図第４図、片
側のみのおもりの平□面図 〈１）　　台　枠　　　　（４）　　ポールナツト（８
）　　本　体　　　　　（荀　スクリューねぢ（８）　
　主　軸　　　　（６）　　ウォムギャ−（７）　ホイ
ールギヤー　（ロ）　手動レノ＜＝（ａ）ｕ＆おもり　
　　　（ロ）　ストロークペア１ノンク゛（１）　　シ
ャフト　　　　■　ベアリング伽鳴　　　シ　ャ　７｝
Ｂ　　　　　　　　　＠嶋　　　　キ　ー　ミ　ゾ（ロ
）　　受　　　　腕　　　　　　　（５）　　ピ　　　
　ン（ロ）　　　お　ち　　リ　　　　　　　　　ー　
　　ギ　　ャ　　ｍ−　おもり捧　　　　碍　正金Ａ 開始動停止レバー　一　手動レバービン−　瞬間停止橙
　　　（至）　安定スプリング−停止点　　（自）止金
Ｂ 特許出願人　佐　竹　　仁 第　１　図Figure 1, side circle view! Figure s2, Plan view Figure 3, Rotating weight and start/stop lever Figure 4, Plane view of weight on one side only (1) Base Frame (4) Pole nut (8)
) Main body (Xun Screw Neji (8)
Main shaft (6) Worm gear (7) Wheel gear (b) Manual reno <= (a) u & weight
(b) Stroke pair 1 non-quad (1) Shaft ■ Bearing ringer 7}
B @ Shima key Mizo (B) Uke arm (5) Pi
(Ro) Ochi Lee
Gear M- Weight Socket Metal A Start/Stop Lever 1 Manual Lever Bin - Instant Stop Orange (To) Stability Spring - Stopping Point (Auto) Stop B Patent Applicant Hitoshi Satake No. 1

Claims (1)

【特許請求の範囲】[Claims] 重量おもりの落下エネルギー舎−大して、他の重量おも
りを移動し本体°の姿勢を１ｌｌｌｌＬ、て、本体が倒
立、又は回転運動をするようにした装をDropping energy of a weight - In most cases, move another weight and change the posture of the main body to 1lllllL, so that the main body stands upside down or rotates.
JP5775382A 1982-04-06 1982-04-06 Power plant for controlling weight Pending JPS58174170A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP5775382A JPS58174170A (en) 1982-04-06 1982-04-06 Power plant for controlling weight

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP5775382A JPS58174170A (en) 1982-04-06 1982-04-06 Power plant for controlling weight

Publications (1)

Publication Number Publication Date
JPS58174170A true JPS58174170A (en) 1983-10-13

Family

ID=13064638

Family Applications (1)

Application Number Title Priority Date Filing Date
JP5775382A Pending JPS58174170A (en) 1982-04-06 1982-04-06 Power plant for controlling weight

Country Status (1)

Country Link
JP (1) JPS58174170A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2378725A1 (en) * 2009-12-28 2012-04-17 Fernando Lozano Expósito Rotating and turning system of an axis. (Machine-translation by Google Translate, not legally binding)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2378725A1 (en) * 2009-12-28 2012-04-17 Fernando Lozano Expósito Rotating and turning system of an axis. (Machine-translation by Google Translate, not legally binding)

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