JP2008045532A - Electric power generation by inertia force rotating machine - Google Patents

Electric power generation by inertia force rotating machine Download PDF

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JP2008045532A
JP2008045532A JP2006247319A JP2006247319A JP2008045532A JP 2008045532 A JP2008045532 A JP 2008045532A JP 2006247319 A JP2006247319 A JP 2006247319A JP 2006247319 A JP2006247319 A JP 2006247319A JP 2008045532 A JP2008045532 A JP 2008045532A
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circular
main shaft
wheels
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rail
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Hajime Kamiya
肇 神谷
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Abstract

<P>PROBLEM TO BE SOLVED: To generate electric power by applying downward inertia force generated by a right-left weight difference force relation and weight of casted work pieces. <P>SOLUTION: In the inertia force rotating machine, a semi-circular rail side 17 is set so that its right side is formed as a circular shape and its left side is an elliptical shape. As a casted work pieces 13 provided with wheels 14 at both sides travel along the semicircular rail side 14, 135 casted work pieces are guided to outside by the circular right side and exert heavy weight and the 135 casted work pieces are guided to inside by the elliptical left side and exert light weight. 131 casted work pieces below a main shaft are guided to inside and 131 casted work pieces above it are guided to outside and the right-left weight difference force relation is established. Rotation force is generated by applying downward inertia force to lower with weight of the casted work pieces 13. The casted work piece 13 with the wheels 14 at both sides travel along the semi-circular rail side 17 with the wheels 14 and the rotation force generated by the travelling action is acquired by a steel pipe rail core rod 11 and transmitted to the main shaft 10 and thus the inertia rotation machine rotates by itself. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

本発明は、コースターの方法で重量物に走行用車輪を設置した物を、軌道レール上を高所から底辺へ向け落下をする。そして、底辺で逆転をし上昇をする。その方法の観点から重量物を鋳造加工物に走行用車輪を設置する。そして、軌道レールを円形状と楕円形状２通りの物を主軸に対して、右側は円形状、左側は楕円形状で２通りの形状物を一体化して、半円形レール側に設定をする。その半円形レール側に沿って鋳造加工物は車輪と共に走行移動動作をすることにより、右側は重く、左側は軽く、左右の重量較差力関係が成り立つ。さらに鋳造加工物の重みで下に下がる惰力の力を応用して回転力を生み出し、回転機は自力で回転をする。コースターの重量と下に下がる惰力の方法に関する。In the present invention, an object in which a traveling wheel is installed on a heavy object is dropped on a track rail from a high place to a bottom side by a coaster method. And it reverses at the bottom and rises. From the viewpoint of the method, a traveling wheel is installed on a cast product of a heavy object. The track rail is set to the semicircular rail side by integrating the circular rail and the elliptical shape with the main axis, the circular shape on the right side and the elliptical shape on the left side. The casting work moves along with the wheels along the semicircular rail side so that the right side is heavy, the left side is light, and the weight difference force relationship between the left and right is established. Furthermore, the revolving force is generated by applying the repulsive force that is lowered by the weight of the cast work, and the rotating machine rotates by itself. It relates to the weight of the coaster and the method of repulsion down.

従来回転機を回す物は様々な種類が数多くあるが、主に燃料の力を借りて行っている状態で環境汚染、資源確保の諸問題がいろいろと話題になっているのが現状である。Conventionally, there are many different types of rotating machines, but the current situation is that various problems of environmental pollution and resource securing have become a hot topic, mainly with the help of fuel.

上述の如く、従来の技術に係る回転機による電力の発電には、主に火力の力で回転機を回して発電を行っている状態で、燃料を使用せずに発電をする物は往々にして数多くあるが、量質等に短所があり、安定的、価額的には難しい状態である。As described above, in the power generation by the rotating machine according to the conventional technology, the thing that generates power without using fuel in the state where the rotating machine is rotated mainly by the power of thermal power and the fuel is not used is often used. However, there are disadvantages in quantity and quality, and it is difficult to stabilize and value.

さらに、回転機を回して電力の発電をするには、主に火力発電に頼っている状態で、燃料の確保、環境対策等に多額な諸経費が必要となる。そのため、安価で効率の良いクリーンエネルギー等を求めているのが現状である。Furthermore, in order to generate electric power by rotating a rotating machine, a large amount of expenses are required for securing fuel, environmental measures, etc. while relying mainly on thermal power generation. Therefore, the present situation is that cheap and efficient clean energy is demanded.

課題と解決するための手段Issues and means to solve them

上述の目的を達成する本発明の惰力回転機による電力の発電は、半円形レール側１７を円形状と楕円形状の２通りの形状の物を主軸１０に対して、右側は円形状、左側は楕円形状で２通りの形状物を一体化して、半円形レール側１７に設定をする。そして両サイドに車輪１４を設置した鋳造加工物１３は車輪１４と共に半円形レール側１７に沿って走行移動をすることにより、右側は円形状で、鋳造加工物１３５個は外側へ持って行き重く、左側は楕円形状で鋳造加工物１３５個は内側へ持って行き軽く、さらに、主軸１０に対して下側の鋳造加工物１３１個は内側へ、上側１個は外側へと持って行き、それを順次繰り返すことにより左右の重量較差力関係が成り立つ。さらに鋳造加工物１３の重みで下に下がる惰力の力を応用して回転力を生み出す。そして、鋳造加工物１３の縦中心部に縦穴を開け、主軸１０に設置した鋼管レール芯棒１１を縦穴に通す。そして、 両サイドに車輪１４を設置した鋳造加工物１３は車輪１４と共に半円形レール側１７に沿って走行移動動作で生じた回転力を鋼管レール芯棒１１が収得して主軸１０に伝え、惰力回転機は自力で回転をする。さらに、惰力回転機の主軸１０に発電機２１を接続をして共に回り電力の発電をするのを特徴とする。In the power generation by the repulsive rotating machine of the present invention that achieves the above-mentioned object, the semicircular rail side 17 has two shapes of a circular shape and an elliptical shape with respect to the main shaft 10 , the right side is circular, the left side Is an elliptical shape, and two different shapes are integrated and set on the semicircular rail side 17 . The cast workpiece 13 installed wheels 14 on both sides by a traveling movement along a semicircular rail side 17 with a wheel 14, the right side is a circular shape, cast workpieces 13 five is bring to the outside heavy, left cast workpiece in an elliptical shape 13 five lightly bring inward, further cast workpiece 13 one lower side of the main shaft 10 to the inside, one upper with the outside By going and repeating it sequentially, the left and right weight differential force relationship is established. Further, a repulsive force that falls downward with the weight of the cast work 13 is applied to generate a rotational force. And a vertical hole is made in the vertical center part of the cast workpiece 13 , and the steel pipe rail core rod 11 installed in the main shaft 10 is passed through the vertical hole. And the cast product 13 which installed the wheel 14 on both sides acquired the rotational force produced by the traveling movement operation along the semicircular rail side 17 together with the wheel 14 , and the steel tube rail core rod 11 acquired and transmitted to the main shaft 10. The power rotating machine rotates on its own. Furthermore, the generator 21 is connected to the main shaft 10 of the repulsive rotating machine and rotates together to generate electric power.

惰力回転機は、回転力を得るに必要な設備は比較的に単純であり、小柄の機体の作製が可能である。従って、広い場所は必要がなくなる。In the repulsive rotating machine, the equipment necessary for obtaining the rotating force is relatively simple, and a small-sized machine can be manufactured. Therefore, a large space is not necessary.

発明の効果The invention's effect

以上説明したように、本発明によれば、惰力回転機は両サイドに車輪１４を設置した鋳造加工物１３は車輪１４と共に半円形レール側１７に沿って走行移動をすることにより、右側は重く、左側は軽く左右の重量較差力関係と鋳造加工物１３の重みで下に下がる惰力の力を応用して、回転力を生み出し、惰力回転機は自力で回転をする。
その主軸１０に発電機２１を接続して共に回り、電力の発電をする機能を待たせる。この惰力回転機を用いることで燃料の確保、環境対策等は不要となり、安価な電力が生じるので極めて有効である。As described above, according to the present invention, inertia rotary machine by casting workpiece 13 installed wheels 14 on both sides of the traveling movement along a semicircular rail side 17 with a wheel 14, right Heavier, the left side is lighter, and the repulsive force is lowered by the weight difference force relationship between the left and right and the weight of the cast product 13 to produce a rotational force, and the repulsive rotating machine rotates by itself.
A power generator 21 is connected to the main shaft 10 and rotates together to await the function of generating electric power. Using this repulsive rotating machine eliminates the need for securing fuel, environmental measures, and the like, and is very effective because it generates inexpensive power.

以下、本発明の実施の形態を図面に基づき説明をする。Hereinafter, embodiments of the present invention will be described with reference to the drawings.

図１〜図３は、本発明の実施の形態に係り、図１は外観前断面図、図２は外観鋳造加工物断面図、図３は外観横断面図である1 to 3 relate to an embodiment of the present invention, FIG. 1 is a cross-sectional view before appearance, FIG. 2 is a cross-sectional view of an outer appearance cast product, and FIG. 3 is a cross-sectional view of the appearance.

主軸１０には、回転に必要な重要関連施設が備えてあり、主軸１０に発電機２１を接続して共に回り、電力の発電をする。主軸１０には重量、回転力、遠心力が伴い芯振れ等が生じでくる。従って、丈夫で強度のある主軸１０が望ましい。The main shaft 10 is equipped with important facilities necessary for rotation, and a power generator 21 is connected to the main shaft 10 to rotate together to generate electric power. The main shaft 10 is subject to weight, rotational force, centrifugal force, and core runout. Therefore, a strong and strong spindle 10 is desirable.

鋼管レール芯棒１１は、主軸１０に確実に固定をして設置をする。そして、縦中心部に縦穴を開けた鋳造加工物１３に鋼管レール芯棒１１を通す。そして、両サイドに車輪１４を設置した鋳造加工物１３は車輪１４と共に、半円形レール側１７に沿って走行移動をして、左右の重量較差力関係と鋳造加工物１３の重みで下に下がる惰力の力を応用して回転力を生み出す。その回転力を鋼管レール芯棒１１が収得して主軸１０にその回転力を伝える重要な部分である。鋳造加工物１３の重量物が連続で繰り返して上げ下げの動作と回転力等で疲労が生じて曲がり、捩じれ、折れ等が生じてくる。従って、鋼管レール芯棒１１は頑丈で丈夫な物では鋳造加工物１３の重量が圧縮されやすい。そのため、軽量で強度のある物が望ましい。The steel pipe rail core rod 11 is securely fixed to the main shaft 10 and installed. Then, the steel pipe rail core rod 11 is passed through a cast product 13 having a vertical hole in the vertical center. Then, the cast workpiece 13 with the wheels 14 installed on both sides travels along the semicircular rail side 17 together with the wheels 14 , and falls down due to the weight differential force relationship between the left and right and the weight of the cast workpiece 13. Applying the power of repulsive force to generate rotational force. This is an important part in which the steel pipe rail core rod 11 acquires the rotational force and transmits the rotational force to the main shaft 10 . The heavy workpiece of the cast product 13 is continuously and repeatedly fatigued by the raising and lowering operation and the rotational force, and the bending, twisting, bending, and the like occur. Therefore, if the steel tube rail core 11 is strong and strong, the weight of the cast product 13 is easily compressed. Therefore, a lightweight and strong object is desirable.

鋼管レール芯棒１１を固定をする外径固定具１２は円形状で鋼管レール芯棒１１に曲がり、捩じれ、外れ等が生じないようにしっかりと外径固定具１２で固定をする。The outer diameter fixing tool 12 for fixing the steel pipe rail core rod 11 is circular and is firmly fixed by the outer diameter fixing tool 12 so as not to be bent, twisted or detached from the steel pipe rail core rod 11 .

図２に示すように、鋳造加工物１３は鋳造物を長方形に加工した物で重量は統一にする。そして、縦中心部に縦穴を開け、主軸１０に設置した鋼管レール芯棒１１を通すそして、縦穴の上側、下側、２面に鋼管レール芯棒１１の接触部真向いに、各４個の小型の車輪１６を設置して、鋳造加工物１３が鋼管レール芯棒１１に、上げ下げの動作時に摩擦等が生じないようにする。さらに、鋳造加工物１３両サイドに走行用車輪１４を各１個づつ設置をして、半円形レール側１７に沿って走行移動が出来るようにする。そして、鋳造加工物１３の形状は正方形、長方形、球形と用途に応じて変更して使用をする。材質は、鋳造材、鋼材、鉄材で重量があり加工が出来る物なら何れでも構わない。As shown in FIG. 2, the cast product 13 is a product obtained by processing a cast product into a rectangular shape, and the weight is unified. Then, opening the vertical hole in the longitudinal center portion, and passing the steel rail mandrel 11 which is installed on the main shaft 10, the upper vertical hole, the contact portion directly opposite the lower, steel rails mandrel 11 into two sides, each of four small These wheels 16 are installed so that the cast product 13 does not cause friction or the like in the steel pipe rail core rod 11 during the raising / lowering operation. Further, one traveling wheel 14 is installed on each side of the cast product 13 so that the traveling movement can be performed along the semicircular rail side 17 . The shape of the cast workpiece 13 is changed to a square, rectangle, or sphere according to the application. Any material can be used as long as it is a cast material, a steel material, and an iron material and can be processed.

図２に示すように鋳造加工物１３両サイドに走行用車輪１４を各１個づつ設置をして半円形レール側１７に沿って走行移動をする。鋳造加工物１３は重量があり連続で走行移動する際、車輪１４に多くの力が加わって、摩耗、破損等が生じてくる。従って車輪１４は摩耗、破損等に強い特殊な車輪１４等が望ましい。As shown in FIG. 2, one traveling wheel 14 is installed on each side of the cast product 13 and travels along the semicircular rail side 17 . When the cast product 13 is heavy and travels continuously, a large amount of force is applied to the wheel 14 to cause wear, breakage, and the like. Accordingly, it is desirable that the wheel 14 be a special wheel 14 that is resistant to wear, breakage, and the like.

上記に示すように重量がある鋳造加工物１３を車輪１４で支え、半円形レール側１７に沿って連続で走行移動をする。その際、車軸１５には疲労等で、曲がり、捩じれ、破損等が生じてくる。従って、車軸１５の取付け部にはしっかりと固定をして、強度のある車軸１５が望ましい。As shown above, a heavy cast work 13 is supported by wheels 14 and travels continuously along the semicircular rail side 17 . At that time, the axle 15 is bent, twisted, broken or the like due to fatigue or the like. Thus, the mounting portion of the axle 15 with a firmly fixed axle 15 with a strength is desirable.

図２に示すように鋳造加工物１３は鋼管レール芯棒１１を、上がったり下がったりの動作を連続で繰り返して行う。その際、鋳造加工物１３と鋼管レール芯棒１１の接触部に摩擦等が生じてくると鋳造加工物１３の動作に支障が生じてくる。そこで、鋼管レール芯棒１１の接触部真向いに各４個づつの小型の車輪１６を、上側と下側２面に嵌め込みで設置して、鋳造加工物１３の上げ下げ動作が容易に出来るようにする。As shown in FIG. 2, the cast product 13 repeats the operation of raising and lowering the steel pipe rail core rod 11 continuously. At that time, if friction or the like occurs in the contact portion between the cast workpiece 13 and the steel pipe rail core rod 11 , the operation of the cast workpiece 13 is hindered. Therefore, four small wheels 16 are installed in the upper and lower two surfaces so as to face the contact portion of the steel tube rail core rod 11 so that the cast workpiece 13 can be easily moved up and down. .

図３に示すように、半円形レール側１７は鋳造加工物１３を抱えるようにして半円形レール側１７を２列設置する。鋳造加工物１３の両サイドに設置してある走行用車輪１４が、半円形レール側１７に沿って走行時に、半円形レール側１７から車輪１４が外れないように車輪１４を半円形レール側１７の上側と下側で車輪１４をガードするように半円形レール側１７を設置する。そして、半円形レール側１７は円形状と楕円形状の２通りの物を主軸に対して、右側は円形状、左側は楕円形状の２通りの形状物を一体化して半円形レール側１７に設定をする。両サイドに車輪１４を設置した鋳造加工物１３は、車輪１４と共に半円形レール側１７に沿って走行移動をする。そのことにより、主軸１０に対して右側は円形状で、鋳造加工物１３は外側で重く、左側は楕円形状で、鋳造加工物１３は内側で軽く、左右の重量較差力関係と鋳造加工物１３の重みで下に下がる惰力の力を応用して回転力に結び付け、回転力を生み出す重要な部分である。そして、半円形レール側１７に重量物が連続で繰り返して走行移動をするため半円形レール側１７に変形、曲がり、歪み等が生じてくる。従って、半円形レール側１７を外枠固定具１８にしっかりと固定をして形状、取付け部等に細心の注意が望ましい。As shown in FIG. 3, a semi-circular rail side 17 cast workpiece 13 so as facing the installing semicircular rail side 17 two rows. Cast workpiece road wheels 14 which are installed on both sides of 13, during running along a semi-circular rail side 17, the wheel 14 as the wheel 14 from the semi-circular rail side 17 does not come off semicircular rail side 17 The semicircular rail side 17 is installed so as to guard the wheel 14 on the upper side and the lower side. Then, setting the semicircular rail side 17 to the main axis of those two types of circular and elliptical shape, right circular, left by integrating shape of two types of elliptical semicircular rail side 17 do. The cast product 13 with the wheels 14 installed on both sides travels along the semicircular rail side 17 together with the wheels 14 . As a result, the right side is circular with respect to the main shaft 10 , the cast product 13 is heavy on the outside, the left side is elliptical, the cast product 13 is light on the inside, and the weight differential force relationship between the left and right and the cast product 13 It is an important part that generates the rotational force by applying the repulsive force that falls down with the weight of the tie to the rotational force. Then, deformation semicircular rail side 17 for heavy semicircular rail side 17 traveling movement is repeated in a continuous bend, strain or the like arises. Accordingly, it is desirable that the semicircular rail side 17 is firmly fixed to the outer frame fixing tool 18 so that careful attention is paid to the shape, attachment portion, and the like.

図３に示すように外枠固定具１８に、半円形レール側１７が設置してあり半円形レール側１７に沿って鋳造加工物１３の重量物が連続で繰返し走行移動をする。そのため外枠固定具１８に疲労等で、振れ、変形、曲がり、歪み等が生じてくる。従って、外枠固定具１８は頑丈で丈夫な構造物が望ましい。The outer frame fixture 18 as shown in FIG. 3, the weight of the cast workpiece 13 along the Yes semicircular rail side 17 is placed semicircular rail side 17 to repeatedly travel and move continuously. For this reason, the outer frame fixture 18 may be shaken, deformed, bent, or distorted due to fatigue or the like. Therefore, the outer frame fixture 18 is preferably a sturdy and durable structure.

主軸１０には、回転に必要な重要関連施設が多く備えてあり、重量があり、回転時には回転力、遠心力を伴う。従って、軸受け１９には丈夫で強度のある物が望ましい。The main shaft 10 has many important related facilities necessary for rotation, is heavy, and is accompanied by rotational force and centrifugal force during rotation. Therefore, it is desirable that the bearing 19 is strong and strong.

主軸１０に発電機２１を接続をして、主軸１０と共に回す接続部２０。And the connection of the generator 21 to the main shaft 10, the connection portion 20 to turn together with the main shaft 10.

発電機２１は主軸１０に接続をして、惰力回転機が回転に必要な各施設を駆動させて回転力を生み出す。その回転力で発電機２１は回り、電力の発電をする。The generator 21 is connected to the main shaft 10 , and the repulsive rotating machine drives each facility necessary for rotation to generate a rotational force. The generator 21 is rotated by the rotational force to generate electric power.

発電機２１で発電した電力をバッテリー２２に充電をして、用途に応じてバッテリーから使用個所へ電力を供給する。バッテリーに自動制御装置、電動ブレーキを組み合わせてバッテリー２２に充電が満杯になると自動制御装置が働き、主軸１０に設置した電動ブレーキが掛り、惰力回転機は停止をする。そして、バッテリー２２内の電力が減少すれば自動制御装置が働き、電動ブレーキが解除して惰力回転機は始動する。バッテリー２２の容量、物体の大小は使用用途に応じて変更していくのが望ましい。The battery 22 is charged with the electric power generated by the generator 21 , and the electric power is supplied from the battery to the place of use according to the application. When the battery 22 is fully charged by combining the battery with an automatic control device and an electric brake, the automatic control device operates, the electric brake installed on the main shaft 10 is applied, and the repulsive rotating machine stops. When the electric power in the battery 22 decreases, the automatic control device works, the electric brake is released, and the repulsive rotating machine starts. It is desirable to change the capacity of the battery 22 and the size of the object according to the intended use.

鋳造加工物１３が半円形レール側１７に沿って走行移動動作で、右側は外側で重く、左側は内側で軽く、重量較差力関係を推進をするには、半円形レール側１７の主軸１０に対して左側の楕円形状の曲線を、右側円形状の上辺と下辺の点から楕円形状の曲線を描く。そして、右側円形状と左側楕円形状の左右の寸法較差は鋳造加工物１３の縦長さの８５％前後位の長さを内側へ持っていく楕円形状の曲線が適当である。Cast workpiece 13 is in the running movement along the semicircular rails side 17, right side heavier outside, left lightly inside, To promote weight hidden force relationship to the main axis 10 of the semi-circular rail side 17 On the other hand, an elliptical curve is drawn on the left side, and an elliptical curve is drawn from the upper and lower points of the right circular shape. The right and left dimensional difference between the right circular shape and the left elliptical shape is suitably an elliptical curve having a length of about 85% of the vertical length of the cast product 13 inward.

鋳造加工物１３の縦中心部に縦穴を開け、主軸１０に設置した鋼管レール芯棒１１を縦穴に通す。そして、鋳造加工物１３が車輪１４と共に半円形レール側１７を走行移動動作に鋼管レール芯棒１１に上げ下げの動作をする際、接触部に摩擦等が生じてくる。そのため、鋳造加工物１３、縦穴と鋼管レール芯棒１１の接触部に小型の支え車輪１６を真向いに各４個づつ鋳造加工物１３の縦穴上側下側２面に嵌め込みで設置をする。そして、鋼管レール芯棒１１と支え車輪１６の間隔は少し余裕を持って設置するのが望ましい。A vertical hole is made in the vertical center portion of the cast product 13 , and the steel pipe rail core rod 11 installed on the main shaft 10 is passed through the vertical hole. When the cast workpiece 13 moves up and down the steel pipe rail core rod 11 along the wheel 14 and travels on the semicircular rail side 17 along the wheel 14 , friction or the like is generated at the contact portion. Therefore, the cast product 13 is installed by fitting four small support wheels 16 in the contact portion between the vertical hole and the steel pipe rail core rod 11 on the lower two upper surfaces of the vertical hole 13 of the cast product 13 . And it is desirable to install the steel pipe rail core rod 11 and the support wheel 16 with a slight margin.

本発明の惰力回転機は、両サイドに車輪１４を設置をした鋳造加工物１３は、車輪１４と共に半円形レール側１７に沿って走行移動をする。そして、主軸１０に対して、右側の鋳造加工物１３は外側へ持って行き重く、左側の鋳造加工物１３は内側へ持って行き軽く、左右の重量較差力関係と鋳造加工物１３の重みで下に下がる惰力の力を応用して回転力を生み出して惰力回転機は自力で回転をする。その主軸１０に発電機２１を接続をして共に回り電力の発電をする。そのために、燃料の確保、環境対策等は不要となる。さらに、惰力回転機は回転力を得る必要な設備は比較的に単純であり小柄で安価な機体の作製が可能となる。また、広い場所は不要となり、さらに、バッテリー、自動制御装置、電動ブレーキ等を組合わせて使用すれば、使用用途が幅広く利用が可能となる。そして、惰力回転機を拡大して縦列に数機を設置すれば電力の発電能力は計り知れない程、良好な効果を得ることが出来る。In the repulsive rotating machine of the present invention, the cast product 13 having the wheels 14 installed on both sides travels along the semicircular rail side 17 together with the wheels 14 . Then, the main axis 10, the right side of the cast workpiece 13 is heavier bring outward, cast workpiece 13 on the left lightly bring inward, under the weight of the right and left weight hidden force relationship cast workpiece 13 The repulsive rotating machine rotates by itself by applying the force of the repulsive force that descends to produce rotational force. A generator 21 is connected to the main shaft 10 and rotates together to generate electric power. Therefore, it is not necessary to secure fuel and take environmental measures. Furthermore, the repulsive rotating machine has a relatively simple facility for obtaining a rotating force, and can produce a small and inexpensive airframe. In addition, a wide space is not necessary, and if a battery, an automatic control device, an electric brake, or the like is used in combination, the usage can be widely used. And if a repulsion rotary machine is expanded and several machines are installed in a column, the power generation capability of power can be immeasurable, and a good effect can be obtained.

本発明の第一実施形態に係る外観前断面図Cross sectional view before appearance according to the first embodiment of the present invention 図１の外観鋳造加工物断面図Figure 1 is a cross-sectional view of the outer appearance cast workpiece 本発明の第二実施形態に係る外観横断面図External cross-sectional view according to the second embodiment of the present invention

符号の説明Explanation of symbols

１０：主軸
１１：鋼管レール芯棒
１２：鋼管レール芯棒外径固定具
１３：鋳造加工物
１４：鋳造加工物両サイド車輪
１５：車輪軸
１６：鋼管レール芯棒支え車輪
１７：半円形レール側
１８：半円形レール側外枠固定具
１９：軸受け
２０：主軸と発電機の接続部
２１：発電機
２２：バッテリー 10 : Spindle
11 : Steel pipe rail core rod
12 : Steel pipe rail core rod outer diameter fixing tool
13 : Cast product
14 : Cast product both side wheels
15 : Wheel axle
16 : Steel pipe rail core rod support wheel
17 : Semicircular rail side
18 : Semicircular rail side outer frame fixture
19 : Bearing
20 : Connection between main shaft and generator
21 : Generator
22 : Battery

Claims (4)

惰力回転機の半円形レール側を、円形状と楕円形状の２通りの形状の物を主軸に対して右側は円形状、左側は楕円形状で、２通りの形状物を一体化して半円形レール側に設定をする。そして、両サイドに車輪を設置した鋳造加工物は、車輪と共に半円形レール側に沿って走行移動することにより、右側は円形状で鋳造加工物５個は外側へ持って行き重く、左側は楕円形状で鋳造加工物５個は内側へ持って行き軽くそして、主軸に対して下側の鋳造加工物１個は内側へ、上側の１個は外側へ持って行き、それを順次繰り返すことにより左右の重量較差力関係が成り立つ。さらに、鋳造加工物の重みで下に下がる惰力の力を応用して回転力を生み出す。鋳造加工物の縦中心部に縦穴を開け、主軸に設置した鋼管レール芯棒を縦穴に通す。そして、両サイドに車輪を設置した鋳造加工物は車輪と共に半円形レール側に沿って走行移動動作で生じた回転力を鋼管レール芯棒が収得して主軸に伝え、惰力回転機は自力で回転をする。そして、主軸に発電機を接続して共に回ることにより電力の発電をするのを特徴とする。The semi-circular rail side of the repulsive rotating machine has two shapes, circular and elliptical, with the circular shape on the right side of the main axis and the elliptical shape on the left side. Set on the rail side. And the cast work with the wheels installed on both sides travels along the semi-circular rail side with the wheels, so that the right side is circular and the 5 cast work pieces are heavy and the left side is oval. By shape, 5 castings are brought inward and light, and one lower casting with respect to the main shaft is brought inward, and the upper one is taken outwards. The weight difference power relationship is established. In addition, it creates a rotational force by applying the repulsive force that falls with the weight of the cast workpiece. A vertical hole is made in the longitudinal center of the cast product, and a steel pipe rail core rod installed on the main shaft is passed through the vertical hole. The cast product with wheels on both sides acquires the rotational force generated by the traveling movement along the semicircular rail side along with the wheels, and the steel tube rail core rod acquires it and transmits it to the main shaft. Rotate. And it is characterized by generating electric power by connecting a generator to the main shaft and turning together. 前記半円形レール側は、円形状と楕円形状の２通りの形状の物を主軸に対して、右側は円形状、左側は楕円形状で左右の２通りの形状物を一体化して半円形レール側に設定をする。そして、主軸に対して、右側は円形状で鋳造加工物は外側へ持って行き重く、左側は楕円形状で鋳造加工物は内側へ持って行き軽く、左右の重量較差力関係を生み出して行くのを特徴とする。The semicircular rail side has two circular and elliptical shapes as the main axis, the right side is circular, the left side is elliptical, and the two left and right shapes are integrated into the semicircular rail side. Set to. And with respect to the main shaft, the right side is circular and the cast product is heavy to carry outwards, the left side is elliptical and the cast product is light to carry inward, creating a weight difference relationship between the left and right It is characterized by. 前記鋳造加工物の縦中心部に縦穴を開け、主軸に設置した鋼管レール芯棒を縦穴に通して共に回り、両サイドに車輪を設置した鋳造加工物は、車輪と共に半円形レール側に沿って走行移動をすることにより生じた回転力を鋼管レール芯棒が収得して主軸にその回転力を伝えるのを特徴とする。A cast hole in which a vertical hole is made in the vertical center of the cast workpiece, a steel pipe rail core rod installed on the main shaft is passed through the vertical hole, and wheels are installed on both sides, along with the wheel along the semicircular rail side. The steel pipe rail core rod acquires the rotational force generated by the traveling movement and transmits the rotational force to the main shaft. 惰力回転機の回転力を得るに必要な設備は比較的単純であり、小柄の機体の作製が可能であり、バッテリー、自動制御装置、電動ブレーキ等を組み合わせて使用をすれば使用用途が幅広く利用が可能であるのを特徴とする。The equipment necessary to obtain the rotational force of a repulsive rotating machine is relatively simple, and it is possible to produce a small aircraft. If it is used in combination with a battery, automatic control device, electric brake, etc., it can be used in a wide range of applications. It can be used.
JP2006247319A 2006-08-16 2006-08-16 Electric power generation by inertia force rotating machine Pending JP2008045532A (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2010025502A1 (en) * 2008-09-04 2010-03-11 John Walter Ham A power producing wheel using gravity
WO2011086970A1 (en) * 2010-01-14 2011-07-21 株式会社シンプル東京 Power device
JP2012207654A (en) * 2011-03-29 2012-10-25 Yuichi Otaku Eccentric rotation type power generation apparatus
JP2012207653A (en) * 2011-03-29 2012-10-25 Yuichi Otaku Eccentric rotation type power generation apparatus
JP2013164060A (en) * 2012-02-13 2013-08-22 Takashi Sakamoto Power generation apparatus

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2010025502A1 (en) * 2008-09-04 2010-03-11 John Walter Ham A power producing wheel using gravity
WO2011086970A1 (en) * 2010-01-14 2011-07-21 株式会社シンプル東京 Power device
JP2012145118A (en) * 2010-01-14 2012-08-02 Keiko Kondo Power device
JPWO2011086970A1 (en) * 2010-01-14 2013-05-20 圭子 近藤 Power equipment
US8604628B2 (en) 2010-01-14 2013-12-10 Simple Tokyo Co., Ltd. Rotation device
JP2012207654A (en) * 2011-03-29 2012-10-25 Yuichi Otaku Eccentric rotation type power generation apparatus
JP2012207653A (en) * 2011-03-29 2012-10-25 Yuichi Otaku Eccentric rotation type power generation apparatus
JP2013164060A (en) * 2012-02-13 2013-08-22 Takashi Sakamoto Power generation apparatus

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