JP2022120862A - Differential pressure type (space) propulsion and stay-in-air (stay-in-space) system mainly applying imbalance of force - Google Patents

Differential pressure type (space) propulsion and stay-in-air (stay-in-space) system mainly applying imbalance of force Download PDF

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JP2022120862A
JP2022120862A JP2021017885A JP2021017885A JP2022120862A JP 2022120862 A JP2022120862 A JP 2022120862A JP 2021017885 A JP2021017885 A JP 2021017885A JP 2021017885 A JP2021017885 A JP 2021017885A JP 2022120862 A JP2022120862 A JP 2022120862A
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space
force
pressure
propulsion
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金吾 上内
Kingo Kamiuchi
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Grace Marie World Corp
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Abstract

To generally achieve a space propulsion technology that is far safer than extremely dangerous rocket propulsion of the existing space propulsion technology.SOLUTION: To put it very briefly, not the physical phenomenon based on the established theoretical mathematical formula: F1+(-)F2=0, F1=(-)F2, which is the basis of a rocket engine, applying the physical phenomenon based on a new theoretical mathematical formula: F1+(-)F1=0, F2+(-)F2=0, F1≠F2, in a closed fluid system (system of a hollow body and various fluids mixed in the body), various types of flowable substances and fluids (including dangerous rocket liquid fuel, etc.) are intentionally circulated in the hollow body at all times, and while causing a corresponding pressure (internal pressure) difference around the opposite ends of the body, just like the buoyance (for gravity reduction) arising from a pressure (external pressure) difference in the earth sphere, especially in the space sphere, a (space propulsion) effect (named superpower) arising from the pressure (internal pressure) difference continues to be generated and generated naturally.SELECTED DRAWING: Figure 1

Description

本発明は、主なる航空宇宙分野の推進技術云々に関するものである。 The present invention relates primarily to aerospace propulsion technology and the like.

先ず、この圧力(内圧)差式推進システムの根本的(初歩的)な推力生成上の基本原理(今だ、未知なる物理上の普遍の大原則)を改めて、世界共通の標準言語である(英数字入りの)英語にて、概ね、下記の通り、概略(簡略)的にも記しておく。

~A new frontier of physical (space) science based mainly on Newton’s […] laws of motion (fused justly the existing dynamics & statics)~

Principally, fundamental principle of modern spacecraft (rocket) propulsion has been based on Newton’s third law of motion : action and reaction by decisive (immovable) definition as follows.

For every action, there is an equal and opposite reaction.

In other words,
if object A (1st body) exerts a force on object B (2nd body),
then the second body simultaneously exerts a force equal in magnitude and opposite in direction on the first body. (by NASA etc)

But, this description of the above forces equation (without dynamic external force) on the two different bodies would have been quite often misunderstood as static equilibrium of forces upon the one (undifferent) body.

*Note : It requires close attention that it couldn’t have been settled whether the object would have remained at rest or in uniform motion only with the fixed formula implicitly indicated equilibrium of forces in the statics : F = 0 (F1 + -F2 = 0).
---However, the above object’s alternative physical phenomenon of “at rest” or ”in motion” could (should) be so easily solved (selected) by the new (unknown) next equation [F1 + -.. = 0]….

Because the second (2nd) body has just returned naturally, equally the action force from the first body to the same (1st) body.
So, it should be properly interpreted that a spontaneous action force by the 2nd body itself has not been included in the interaction* between the two bodies.

For example, when a moving object 1 collides against an object 2 at rest with no action force spontaneously by itself, the dynamic body’s force (F1) and the static body’s force (F2) are obviously unbalanced at the collision (despite being established by the existing action reaction law as if F2 which ought to be just F0 with its (zero) velocity is the same as a standard for F1’s value), even though the momentum of the two bodies would have completely conserved before and after the collision....

*Note: The object 2 at rest has been certainly (undoubtedly) moved by the (external) force: F1, not the (internal) force: F2 at that collision.
And so, each basic equation related to the momentum conservation in this case is…

m1v1’- m1v1 = F1 (= dp1/dt) as to the object 1,
m2v2’ - m2v2 = -F1 (= dp2/dt) as to the object 2,
(not always m2v2’ - m2v2 = -F2 = dp2/dt)
--Because it’s been limited to equilibrium of forces with F1 only, if it is just -F2…

**As for the following fundamental equation of the momentum conservation,
m1v1 + m2v2 = m1v1’ + m2v2’
it could have been merely established by the (balanced) force in common: [F1=(-)F2].
But, this is nothing short of a blind spot for disregarding the true value of that (unbalanced) force: [F1≠(-)F2]....

**As for a pair of the above forces (F1&F2) acting on the two interacting objects, F2 should be a fictitious (inertial) force, not a real force, in case of the standard for F1’s value, regardless of any (non) inertial frame of reference….

After all, in the background of being quite capable of having a misunderstanding as if an action force of one body [A] & an action (not a reaction) force of the other body [B] had been equal at all in consideration of such an action-reaction between the same bodies [A & B], it is not too much to say that it has been confused by the definitional fixed word : “inter-Action” (like as action-action against action-reaction) and also, exactly the same formula [F1+(-)F2=0] for the force-equation (on one body) and the action-reaction (on two bodies) so far….

Therefore, the mathematical simple formula structure mainly (especially) in case of interaction with A&B’s (unbalanced) action forces : (F1≠F2, F1> F2 or F1 < F2) should be corrected as below.

F1 + (-)F1 = 0 F2 + (-)F2 = 0
(not F1 + -F2 = F net = 0 as Force equation)

F1 : an action force that a body [A] itself exerts.
(-)F1: a reaction force that the same body [A] is exerted.
F2 : an action force that a body [B] itself exerts.
(-)F2: a reaction force that the same body [B] is exerted.

Thus it is better (best) for the true formula of the action-reaction regarding it as force equation on each body, not both bodies, in case of being a difference (unbalance) between each action force of the interaction.

[The revised edition of the Newton’s third law]
(new)Third law
When one body exerts an action force on a second body, the first body simultaneously is exerted with a reaction force equal in magnitude and opposite in direction on the 1st body from the second body (whether an action force by the 2nd body itself is exerted or not).
And/or,
One body which exerts an action force to the 2nd body is simultaneously, equally reacted as (a kind of) reflection of the action force by the 1st body itself, not the other (another) force by the 2nd body.

And also,
For every action (force) by one object ((not by the two objects of interaction)) in nature there is an equal and opposite reaction (force) to its own object ((not to a pair of those objects with different forces)).

~~~
By the way, the law of momentum conservation which the total momentum is constant in a closed system has been implied by the action reaction principle and also it is a synonym for Newton’s first law that the velocity of the object is constant if the net force is zero.

F1 + -F2 = (F net) = 0 F1 = (-)F2
The above formula(s) shows only an object at rest in an inertial frame of reference.
This is still incomplete as to the same formula only compared to the next formulae (which could have expressed synchronously both states of the object at rest as well as uniform motion). .

F1 + (-)F1 = 0 and/or F2 + (-)F2 = 0 F1≠F2 (F1> F2 or F1 < F2)
The above formulae could indicate not only an object at rest, but also uniform motion, because of expressing a kind of synchronized physical phenomenon applying a principle of superposition in physics (quantum mechanics).

The superposition could have been defined by two simple properties ; additivity and homogeneity as follows.

Additivity F (x + y) = F (x) + F (y) [F (x, y) = x + y (= 0)]
Homogeneity F (ax) = aF (x) [= F (ay) = aF (y) = 0]
for scalar a. (F is a function)
x = F1 + (-)F1 (= 0) = F2 + (-)F2 = y
(F1&F2 are forces)

In conclusion, the following theorem(s) could have been proven really in accordance with Newton’ second law of motion (F=ma) which comes into effect (force) from the inequality (no equilibrium) of the action forces produced at the same time (moment) and a new unique concept for a closed [fluid] system on a frontier of modern physics (space science) would have been defined as below....

[The Zeroth law of Motion]
Even if there is no external forces (= 0) outside of the closed system, it could turn one object (a united body) from rest to (uniform) motion by unbalanced forces on each object of inter-action spontaneously without the movement of the center of mass (balance), regarding just a united spot of the mutual objects each other as that zero point (the starting point of the uniform motion)….

[The law of non conservation of momentum]
Especially in the closed fluid system device which has included a flowable substance in one hollow body, the momentum could not be conserved, as long as inner force (not internal force against external force of interaction) by internal pressure difference between both sides of the same hollow body has been exerted mainly in (outer) space, according to the principle of buoyancy which has justly produced buoyant force by external pressure difference between the top & bottom of a cube in the water of Earth….

Note1 : The above momentum in closed system is conserved only setting a standard of one force value of interaction in case of F1≠F2.
Note2 : Bernoulli’s principle in fluid dynamics is not always based on the law of momentum conservation, even though it corresponds to the law of conservation of energy.
Note3 : Although total pressure of dynamic pressure and static pressure is usually constant in the Bernoulli’s equation (regardless of an open or a closed system), it could never have been conserved in the closed fluid system devices which would have enabled to store up (potential) energy with non-steady flowable fluid (not the ideal = perfect fluid).

The buoyant force (= weight of displaced fluid) is equal to net force by the external pressure difference (see below).

(buoyancy) F = [eP2-eP1]*S
eP1: (external) Pressure which fluid pushes down to the top of the cube from the outside of the one body (the downward force on the cube)
eP2: (external) Pressure which fluid pushes up to the bottom of the cube from the outside of the one body (the upward force on the cube)
S: An area of the (exterior) surface upon the net force by the (external) pressure difference….

Then, substituting the next formula : [P = p0 + phg] of pressure in fluids in the atmosphere for P1 & P2 on the above formula, the buoyant force is described as below.

F = pVg (F = mg)
p : density of the fluid V : volume of the cube g : gravitational acceleration

Here, just in case of taking F1 & F2 for each action force by the fluid on P1 and P2, it may replace (interchange) their reaction forces (-F1 & -F2) equally with (apparent) action forces by the same cube(‘s both insides).

That means (indicates) the above forces which have been effective from the inside to the outside of that cube (as a kind of the hollow body).

So, pouring some fluid body appropriately into the above hollow body and producing pressure (unbalanced) force on fluid dynamics, not fluid statics, in some way (by certain methods), its body would (should) be able to be active by itself as a matter of course.

Therefore, the hollow body in the closed fluid system could be surely moved by the inner net force (named newly ”superer-force”) of the internal pressure difference between both sides of the same body, not by the reaction force….

Superer force : sF = [iP2-iP1]*S (= ma)
iP1: (internal) Pressure which fluid in a hollow body pushes backward to one side (an inner wall) of the same body (the backward force on the united body with the fluid in case of iP2 > iP1)
iP2: (internal) Pressure which fluid in a hollow body pushes forward to the other side (an inner wall) of the same body (the forward force on the united body with the fluid in case of iP2 > iP1)
S: An area of the (inner) surface upon the net force by the (internal) pressure difference….
m: Total (gross) mass of the united body with the fluid (etc)

Moreover, when the fluid is circulated in the hollow body repeatedly (many times), causing the pressure difference on the both sides of the same body, the one united (hollow) body would have been able to exert great-est power (the super-er force) with super high speed (of light) especially in the zero gravity space….

And in addition to that, this system device is the safest because of no rocket fuel and so forth.

*Needless to say, the superer force is distinguished from “super force” as unified force in a theory of everything.

[The supplement]
EM drive which really working of its thruster has been confirmed with engine tests by NASA etc has never violated the law of conservation of momentum, just applying that formula : F1 + (-)F1 = 0 and/or F2 + (-)F2 = 0, F1≠F2 (F1> F2 or F1 < F2).

And the driving device which belongs to a closed fluid system on account of including a kind of flowable substance : a photon(s) of an electromagnetic wave(s) inside its device as a closed container could have been propelled by net (unbalanced) force on the internal pressure difference, not the reaction force.

In summary, the above existing device has particularly different size as to each side (both areas of the inner surfaces on contact with the photon) of its hollow body, and therefore, the pressure difference between the both sides of the same body has been caused mathematically (necessarily).

P1≠P2 P1 = F/A1, P2 = F/A2 A1≠A2

~~~
Super Power Drive that exerts greater (greatest) power extraordinarily, incomparably than the EM drive which is said that it could get us in 4 hours to the moon has been already invented with brand-new several smarter ways (unique smartest methods) by this theorist (the inventor).

The above further information of the S.P.D. is mostly as described in these Japanese documents hereinto….

Especially, the space(craft) propulsion force with a lot of impulses by continuous circulation of the fluids sustainably causing the pressure difference will be able to bring about ultra high speed (semi-light speed) indeed to a brand-new unique spaceship (newly named "Super-Starship") with the super power drive engine, even the same one in the megaton range....

And also, just in case of (simultaneously) using super-er force (power) controllers and direction changing devices and so on, it could have really made the above spaceship stay at a (fixed) point in the (outer)space....

Therefore, the existing artificial satellites etc (which might be turned into space debris) required for orbiting around the earth will become unnecessary (obsolete) after this....

Furthermore, according to the new space apparatuses (and the like), it would (should) be able to achieve early realization of mainly Space Elevator, utilizing a flexible cable (space tether) etc with a very short length, not so long length (height) beyond the geostationary orbit, i.e., that means it's good enough for currently available materials (such as Kevlar etc), without mass production (difficultly manufacturing) of carbon nanotubes (CNTs)....and so forth.

<補足>
一般的に、(開いた系もしくは閉じた系を問わず)、任意のポンプ・管路内の全圧は、流路や流速が変わっても、以下の公式通り、一定であることが知られている。

全圧(総圧)=静圧+動圧
P0 = p + q q = 1/2pv2
p + 1/2pv2 =P0 (= constant)

しかしながら、上記の数式にかけては、特に(非圧縮性等の理想流体を主要に取り扱う)ベルヌーイの定理から、位置エネルギーの数値を抹消した(無視した)ものである為、たとえ、閉鎖流体系のもとであっても、適時(即時)、運動エネルギーへと変換し得る位置(ポテンシャル)エネルギーなど取り入れれば、(作為的にも局所的に、気体の圧縮等を起こしつつ、加圧もしくは減圧の高低差など付けられる)当該物体自体、図らずも、推進可能となり得る。

@尚、現代物理学に於いて、“系”の概念上、今だ、未定義の「閉鎖流体系」に属する(宇宙)推進体の発明品にあっては、既に本出願人によるものなど、多少たりとも、公開されているが、概ね、それ等など、特許法第二条のいう「自然法則」、即ち、自然科学の既定の物理法則(特に従前通りのニュートン力学・運動の第三法則)に照らし合わせれば、前々から、確固たる(不動の)作用反作用の法則 [F1 + -F2 = 0] に反したものだったと云わざるを得ず、以て、何人も、既存の発明品自体、主なる米国特許要件の有用性(産業上の利用可能性)等々、持ち合わせていない、、、などと頑なに見なしていたも同然であり、尚更、是をして、さほど、無知(無能)のごとく、長々しく黙認(黙殺)され続けてきた限り、専ら、特許法第29条第1~3項等で定められし、特許の要件の除外に関する「公知」と言える様な宇宙機器の代物でなかった、即ち、同特許法第二条にて定義する自然法則(・・法則)を利用した「発明」品類の対象でなかったことなど、予め、念の為にも付け加えておく次第なり。
First of all, the fundamental (rudimentary) basic principle of thrust generation of this pressure (internal pressure) differential propulsion system (the universal principle of physics that is still unknown) is reconsidered, and it is a universal standard language ( In English (with alphanumeric characters), it is generally described as follows.

~A new frontier of physical (space) science based mainly on Newton's […] laws of motion (fused just the existing dynamics & statics)~

Principally, fundamental principle of modern spacecraft (rocket) propulsion has been based on Newton's third law of motion: action and reaction by decisive (immovable) definition as follows.

For every action, there is an equal and opposite reaction.

In other words,
if object A (1st body) exerts a force on object B (2nd body),
then the second body simultaneously exerts a force equal in magnitude and opposite in direction on the first body. (by NASA etc)

But, this description of the above forces equation (without dynamic external force) on the two different bodies would have been quite often misunderstood as static equilibrium of forces upon the one (undifferent) body.

*Note : It requires close attention that it couldn't have been settled whether the object would have remained at rest or in uniform motion only with the fixed formula implicitly indicated equilibrium of forces in the statics : F = 0 (F1 + -F2 = 0).
---However, the above object's alternative physical phenomenon of “at rest” or “in motion” could (should) be so easily solved (selected) by the new (unknown) next equation [F1 + -.. = 0]… .

Because the second (2nd) body has just returned naturally, equally the action force from the first body to the same (1st) body.
So, it should be properly interpreted that a spontaneous action force by the 2nd body itself has not been included in the interaction* between the two bodies.

For example, when a moving object 1 collides against an object 2 at rest with no action force spontaneously by itself, the dynamic body's force (F1) and the static body's force (F2) are obviously unbalanced at the collision (despite being established by the existing action reaction law as if F2 which ought to be just F0 with its (zero) velocity is the same as a standard for F1's value), even though the momentum of the two bodies would have completely conserved before and after the collision... .

*Note: The object 2 at rest has been certainly (undoubtedly) moved by the (external) force: F1, not the (internal) force: F2 at that collision.
And so, each basic equation related to the momentum conservation in this case is…

m1v1'- m1v1 = F1 (= dp1/dt) as to the object 1,
m2v2' - m2v2 = -F1 (= dp2/dt) as to the object 2,
(not always m2v2' - m2v2 = -F2 = dp2/dt)
--Because it's been limited to equilibrium of forces with F1 only, if it is just -F2…

**As for the following fundamental equation of the momentum conservation,
m1v1 + m2v2 = m1v1' + m2v2'
it could have been merely established by the (balanced) force in common: [F1=(-)F2].
But, this is nothing short of a blind spot for disregarding the true value of that (unbalanced) force: [F1≠(-)F2]....

**As for a pair of the above forces (F1&F2) acting on the two interacting objects, F2 should be a fictitious (inertial) force, not a real force, in case of the standard for F1's value, regardless of any (non) inertial frame of reference….

After all, in the background of being quite capable of having a misunderstanding as if an action force of one body [A] & an action (not a reaction) force of the other body [B] had been equal at all in consideration of such an action-reaction between the same bodies [A & B], it is not too much to say that it has been confused by the definitional fixed word: “inter-Action” (like as action-action against action-reaction) and also , exactly the same formula [F1+(-)F2=0] for the force-equation (on one body) and the action-reaction (on two bodies) so far….

Therefore, the mathematical simple formula structure mainly (especially) in case of interaction with A&B's (unbalanced) action forces : (F1≠F2, F1> F2 or F1 < F2) should be corrected as below.

F1 + (-)F1 = 0 F2 + (-)F2 = 0
(not F1 + -F2 = F net = 0 as Force equation)

F1 : an action force that a body [A] itself exerts.
(-)F1: a reaction force that the same body [A] is exerted.
F2 : an action force that a body [B] itself exerts.
(-)F2: a reaction force that the same body [B] is exerted.

Thus it is better (best) for the true formula of the action-reaction regarding it as force equation on each body, not both bodies, in case of being a difference (unbalance) between each action force of the interaction.

[The revised edition of the Newton's third law]
(new) Third law
When one body exerts an action force on a second body, the first body simultaneously is exerted with a reaction force equal in magnitude and opposite in direction on the 1st body from the second body (whether an action force by the 2nd body itself is exerted or not).
And/or,
One body which exerts an action force to the 2nd body is simultaneously, equally reacted as (a kind of) reflection of the action force by the 1st body itself, not the other (another) force by the 2nd body .

And also,
For every action (force) by one object ((not by the two objects of interaction)) in nature there is an equal and opposite reaction (force) to its own object ((not to a pair of those objects with different forces)) .

~~~
By the way, the law of momentum conservation which the total momentum is constant in a closed system has been implied by the action reaction principle and also it is a synonym for Newton's first law that the velocity of the object is constant if the net force is zero.

F1 + -F2 = (Fnet) = 0 F1 = (-)F2
The above formula(s) shows only an object at rest in an inertial frame of reference.
This is still incomplete as to the same formula only compared to the next formula (which could have expressed synchronously both states of the object at rest as well as uniform motion).

F1 + (-)F1 = 0 and/or F2 + (-)F2 = 0 F1≠F2 (F1> F2 or F1 < F2)
The above formula could indicate not only an object at rest, but also uniform motion, because of expressing a kind of synchronized physical phenomenon applying a principle of superposition in physics (quantum mechanics).

The superposition could have been defined by two simple properties; additivity and homogeneity as follows.

Additivity F (x + y) = F (x) + F (y) [F (x, y) = x + y (= 0)]
Homogeneity F(ax) = aF(x) [= F(ay) = aF(y) = 0]
for scalar a. (F is a function)
x = F1 + (-)F1 (= 0) = F2 + (-)F2 = y
(F1&F2 are forces)

In conclusion, the following theorem(s) could have been proven really in accordance with Newton's second law of motion (F=ma) which comes into effect (force) from the inequality (no equilibrium) of the action forces produced at the same time (moment) and a new unique concept for a closed [fluid] system on a frontier of modern physics (space science) would have been defined as below....

[The Zeroth Law of Motion]
Even if there is no external forces (= 0) outside of the closed system, it could turn one object (a united body) from rest to (uniform) motion by unbalanced forces on each object of inter-action spontaneously without the movement of the center of mass (balance), regarding just a united spot of the mutual objects each other as that zero point (the starting point of the uniform motion)….

[The law of non-conservation of momentum]
Especially in the closed fluid system device which has included a flowable substance in one hollow body, the momentum could not be conserved, as long as inner force (not internal force against external force of interaction) by internal pressure difference between both sides of the same hollow body has been exerted mainly in (outer) space, according to the principle of buoyancy which has justly produced buoyant force by external pressure difference between the top & bottom of a cube in the water of Earth….

Note1 : The above momentum in closed system is conserved only setting a standard of one force value of interaction in case of F1≠F2.
Note2 : Bernoulli's principle in fluid dynamics is not always based on the law of momentum conservation, even though it corresponds to the law of conservation of energy.
Note3 : Although total pressure of dynamic pressure and static pressure is usually constant in the Bernoulli's equation (regardless of an open or a closed system), it could never have been conserved in the closed fluid system devices which would have enabled to store up (potential ) energy with non-steady flowable fluid (not the ideal = perfect fluid).

The buoyant force (= weight of displaced fluid) is equal to net force by the external pressure difference (see below).

(buoyancy) F = [eP2-eP1]*S
eP1: (external) Pressure which fluid pushes down to the top of the cube from the outside of the one body (the downward force on the cube)
eP2: (external) Pressure which fluid pushes up to the bottom of the cube from the outside of the one body (the upward force on the cube)
S: An area of the (exterior) surface upon the net force by the (external) pressure difference….

Then, substituting the next formula : [P = p0 + phg] of pressure in fluids in the atmosphere for P1 & P2 on the above formula, the buoyant force is described as below.

F = pVg (F = mg)
p: density of the fluid V: volume of the cube g: gravitational acceleration

Here, just in case of taking F1 & F2 for each action force by the fluid on P1 and P2, it may replace (interchange) their reaction forces (-F1 & -F2) equally with (apparent) action forces by the same cube( 's both insides).

That means (indicates) the above forces which have been effective from the inside to the outside of that cube (as a kind of the hollow body).

So, pouring some fluid body appropriately into the above hollow body and producing pressure (unbalanced) force on fluid dynamics, not fluid statics, in some way (by certain methods), its body would (should) be able to be active by itself as a matter of course.

Therefore, the hollow body in the closed fluid system could surely be moved by the inner net force (named newly ”super-force”) of the internal pressure difference between both sides of the same body, not by the reaction force….

Super force : sF = [iP2-iP1]*S (= ma)
iP1: (internal) Pressure which fluid in a hollow body pushes backward to one side (an inner wall) of the same body (the backward force on the united body with the fluid in case of iP2 > iP1)
iP2: (internal) Pressure which fluid in a hollow body pushes forward to the other side (an inner wall) of the same body (the forward force on the united body with the fluid in case of iP2 > iP1)
S: An area of the (inner) surface upon the net force by the (internal) pressure difference….
m: Total (gross) mass of the united body with the fluid (etc)

Moreover, when the fluid is circulated in the hollow body repeatedly (many times), causing the pressure difference on the both sides of the same body, the one united (hollow) body would have been able to exert great-est power (the super -er force) with super high speed (of light) especially in the zero gravity space….

And in addition to that, this system device is the safest because of no rocket fuel and so forth.

*Needless to say, the superer force is distinguished from “super force” as unified force in a theory of everything.

[The supplement]
EM drive which really working of its thruster has been confirmed with engine tests by NASA etc has never violated the law of conservation of momentum, just applying that formula : F1 + (-)F1 = 0 and/or F2 + (-)F2 = 0, F1≠F2 (F1> F2 or F1 < F2).

And the driving device which belongs to a closed fluid system on account of including a kind of flowable substance : a photon(s) of an electromagnetic wave(s) inside its device as a closed container could have been propelled by net (unbalanced) force on the internal pressure difference, not the reaction force.

In summary, the above existing device has particularly different size as to each side (both areas of the inner surfaces on contact with the photon) of its hollow body, and therefore, the pressure difference between the both sides of the same body has been caused Mathematically (necessarily).

P1 ≠ P2 P1 = F/A1, P2 = F/A2 A1 ≠ A2

~~~
Super Power Drive that exerts greater (greatest) power extraordinarily, incomparably than the EM drive which is said that it could get us in 4 hours to the moon has been already invented with brand-new several smarter ways (unique smartest methods) by this theorist (the inventor).

The above further information of the SPD is mostly as described in these Japanese documents hereinto….

Especially, the space(craft) propulsion force with a lot of impulses by continuous circulation of the fluids sustainably causing the pressure difference will be able to bring about ultra high speed (semi-light speed) indeed to a brand-new unique spaceship (newly named "Super-Starship") with the super power drive engine, even the same one in the megaton range....

And also, just in case of (simultaneously) using super-er force (power) controllers and direction changing devices and so on, it could have really made the above spaceship stay at a (fixed) point in the (outer)space.. ..

Therefore, the existing artificial satellites etc (which might be turned into space debris) required for orbiting around the earth will become unnecessary (obsolete) after this....

Furthermore, according to the new space (and the like), it would (should) be able to achieve early realization of mainly Space Elevator, utilizing a flexible cable (space tether) etc with a very short length, not so long length ( height) beyond the geostationary orbit, ie, that means it's good enough for currently available materials (such as Kevlar etc), without mass production (difficultly manufacturing) of carbon nanotubes (CNTs)....and so forth.

<Supplement>
In general, it is known that the total pressure in any pump/line (whether open or closed) is constant according to the following formula, even if the flow path and flow velocity are changed: ing.

Total pressure (total pressure) = static pressure + dynamic pressure
P0 = p + qq = 1/2pv2
p + 1/2pv2 = P0 (= constant)

However, in the above formula, especially from Bernoulli's theorem (mainly dealing with ideal fluids such as incompressibility), the numerical value of the potential energy is canceled (ignored), so even in a closed fluid system Even so, if we take in potential energy that can be converted to kinetic energy in a timely manner (immediately), we can pressurize or depressurize while (intentionally and locally) compressing the gas. The object itself (with a height difference, etc.) can inadvertently become propellable.

@In modern physics, in terms of the concept of "system", the (space) propellant invention belonging to the undefined "closed fluid system" has already been made by the applicant. , to some extent, have been made public, but in general, the "laws of nature" referred to in Article 2 of the Patent Act, that is, the established physical laws of natural science (especially the conventional Newtonian mechanics and motion, In light of the law), it must be said that it has been contrary to the firm (immovable) law of action and reaction [F1 + -F2 = 0] for a long time. It was as if they stubbornly considered that they did not have the usefulness (industrial applicability) of the main US patent requirements, etc. As long as it has been acquiesced (ignored) for a long time like incompetence), the universe that can be said to be "publicly known" regarding the exclusion of patent requirements, as defined in Article 29, Paragraphs 1 to 3, etc. of the Patent Law It was not a substitute for equipment, that is, it was not subject to the category of "invention" using the law of nature (law) defined in Article 2 of the same Patent Act, etc. It's up to you.

(必要なら)追って提示する。(if necessary) will be presented later.

(必要なら)追って提示する。(if necessary) will be presented later.

既存の宇宙推進技法の主流たる(危険極まりない)ロケット推進などよりも、遥かに(桁違いに)効率的な(極力、安全性のある)宇宙推進技術を普く実現化させる上、既定の圧力(内圧)差式(宇宙)推進機器等よりも、数段、優れた推進効率の良いものなどを実質的に完成させる。 In addition to the common realization of space propulsion technology that is far (by orders of magnitude) more efficient (and as safe as possible) than rocket propulsion, which is the mainstream of existing space propulsion technology (which is extremely dangerous), given pressure (Internal pressure) Differential (space) propulsion equipment, etc., will be substantially completed with better propulsion efficiency by several steps.

改めて、上述通りの圧力(内圧)差式宇宙推進システムに於ける英数理上の推進技術論の正当性を確と実証すべく、概ね、ロケットエンジンのもととなる既定の理論上の数式: F1+(-)F2=0, F1=(-)F2に基づく(一種、力の釣り合いとも見誤ってしまう)物理現象でなく、新規の理論上の数式:F1+(-)F1=0= F2+(-)F2, F1≠F2に基づく(或種、力の不釣り合いとも見間違わない)自然現象を応用して、随時、閉鎖流体系(本中空体とその体内に各種の流体が混入する系)に、同中空体内で、各種類の流動性物質・流体(危険性のあるロケット液体燃料など、全く不要の混合・液体等含む)を作為的に循環させては、本体の両端あたりに、それ相当の圧力(内圧)差を生じさせながら、恰も、地球圏にて、圧力(外圧)差から生じる(重力軽減用の)浮力の様に、特段、宇宙圏にて、圧力(内圧)差から生じる(宇宙推進用の)効力(=超力と命名)を自ずと発生・生成し続ければ良い・・・・云々。
特に、従前よりの(本出願人自らの)考案品類などよりも、格段、優れた改良品(発明品)を製造するには、、、先んじて、同出願人自身により、ある一つの閉鎖流体系に属する(一種以上の流体を挿入した)中空体内にて、主に中央上部(前部)に配した推進(前進)用メインファン類から吹き出される強風(風力)等が、本体下部(後部)の内壁を押すことにより生じてしまう後進力(下降力)を少なからず、軽減させるエアバリアー装置等々を用いた圧力(内圧)差式推進システムなど考案されたが、専ら、その特種機器(主に気体などを封入した専用容器)の場合、さほど、エアバリアーの作用によって、本推進体の後方壁もしくは下方壁(内壁)にかかる後進力或いは下降力をそれ相応に抑制し得るものの、本体後方(下方)から、同体前方(上方)へと回り続ける空気循環の際、どうしても、(推進用空気流路とエアバリア用空気流路が一体化した)本体内部の所々での小規模な乱気流(渦巻き流)の局部的な発生とともに、主なる空気粒子が、自ずから、斜め方向沿いの後面(下面)の湾曲状の一部を押して、前面(上面)へと向かう際、それなりに後進力(下降力)が掛かってしまう傾向にあった為、先ず、さしたる流体(気体)の流れが、なおスムーズになるよう、本推進用の空気通り道(垂直方向沿いルート)と数段の(段々式の)エアバリアー用の空気通り道(水平方向沿いルート)をそれぞれ、必要空気量を確保したエアタンク類を付帯しつつ、適当に分けた上で、順次、主要な(垂直方向沿いの)推進用ルートでの空気循環につき、一旦、水平方向沿いの空気通り道(エア・バイパス)を介して、先に強風を吹き下ろした下降気流域とは、ちょうど、反対側の上昇気流域まで、これを迂回させ、尚も、稼働時の推進用メインファン類の下方噴射に伴い、連結上の(半)トーラス状等の空気管・エアチューブ類を介した上方への空気吸込み効果(隣接のメインファン類のブレードが空回りしないよう、別段、通風の速度調整など為し得る、通気口の小穴が多数、空いた整流板類を挟むことにより、予め、当該上面の面積をできる限り、大きく広く取った同上管類の頂上半部に、送風中の空気を一時的に蓄積させては、上方への圧力、即ち、押上力を高めた圧縮空気による押上効果)を応用して、本推進剤の空気粒子の大半が、本体下面にかかることなく、即ち、同体底面を押すことなく(換言すれば、下降力をかけることなく)、自ずから、(同期的にも)一気に吸い上げればよく、至って、こうすれば、本推進体自体、ほとんど、下降力が、(ほぼ)ゼロのまま、浮上させることができ、概ね、その基本形・基礎的な簡易構造をごく簡略的に鑑みれば、先ず、(比較的、大サイズの)浮き輪風の円形状のものなどを複数、準備し、順次、各容器内に適量の流体(気体)を入れ、水平方向沿いに気流を生じさせる(数段式の)ものと垂直方向沿いに気流を起こす(一段又は多段式の)ものを一部(局部的に)、交差させるように配置すれば良い・・・等々。
尚、(本系体内の流体を気体のみと為した場合に於ける)本推進剤となる空気粒子(の大半)が、本体下面(内面)を押しつつ、下降力を生じさせるものでない限り、推力重量比の計算上、本体総重量に、それほど、空気粒子の全部の重量(本体下面に接する部分のみの気体の質量から概算した一部の重量分除く)を加算する必要がないことに加え、さしたる気体に、必要以上の水蒸気など含まれている場合には、なるべく、飽和蒸気圧に達していない状態で、適程・適量に気流を起こすことなどが望ましい旨を予め、補填しておく。
Once again, in order to firmly demonstrate the validity of the alphamathematical propulsion technology theory in the above-mentioned pressure (internal pressure) differential space propulsion system, the fixed theoretical formula that is the basis of the rocket engine is roughly: A new theoretical formula, not a physical phenomenon based on F1+(-)F2=0, F1=(-)F2 (a kind of force balance): F1+(-)F1=0= F2+( -) Applying natural phenomena based on F2, F1 ≠ F2 (a kind of force imbalance), a closed fluid system (a system in which various fluids are mixed in the hollow body and its body) at any time In addition, in the same hollow body, various types of fluid substances and fluids (including completely unnecessary mixtures and liquids, such as dangerous rocket liquid fuel) are intentionally circulated, and around both ends of the body, While creating a considerable pressure (internal pressure) difference, just like the buoyancy (for gravity reduction) resulting from the pressure (external pressure) difference in the earth sphere, especially in the space sphere, from the pressure (internal pressure) difference It is enough to continue to generate and generate the effect (for space propulsion) (named superpower) by itself... and so on.
In particular, in order to manufacture improved products (inventions) that are significantly superior to the conventional (applicant's own) devised products, etc. In the hollow body (in which more than one kind of fluid is inserted) belonging to the system, the strong wind (wind force) etc. blown out from the main fan for propulsion (advance) mainly arranged in the upper center (front part) A pressure (internal pressure) differential propulsion system that uses an air barrier device to reduce the backward force (downward force) generated by pushing the inner wall of the rear) was devised. In the case of a dedicated container that mainly contains gas etc., the action of the air barrier can suppress the rearward or downward force applied to the rear wall or lower wall (inner wall) of the propellant body accordingly, but the main body When the air circulates continuously from the rear (lower) to the front (upper) of the body, inevitably, small-scale turbulence ( Along with the local generation of vortex flow), the main air particles naturally push a part of the curved rear surface (lower surface) along the oblique direction and move toward the front surface (upper surface). Since there was a tendency to apply force), first, in order to make the flow of the fluid (gas) smoother, the air passage for main propulsion (route along the vertical direction) and several stages (tiered type) Each air passage for the air barrier (horizontal route) is accompanied by an air tank that secures the required amount of air, and after dividing it appropriately, the main (vertical direction) propulsion route is used sequentially. Regarding the air circulation, once the strong wind blows down, the downdraft region that blows down the strong winds is bypassed to the updraft region on the opposite side through the horizontal air path (air bypass). Also, due to the downward injection of the main propulsion fans during operation, the air suction effect upwards through the (half) torus-shaped air pipes and air tubes on the connection (the blades of the adjacent main fans In order to prevent idling, it is possible to separately adjust the speed of the ventilation, etc., by inserting a rectifying plate that has many small holes in the ventilation port and is empty, in advance, the area of the top surface is made as large as possible. By temporarily accumulating the air being blown in the top half, the majority of the air particles of this propellant are , without touching the bottom surface of the body, that is, without pushing the bottom surface of the body (in other words, For example, without applying a descending force), it is possible to suck it up all at once (even synchronously). In general, considering its basic shape and basic simple structure, first, prepare a plurality of (relatively large size) floating ring-like circular ones, and then sequentially Place an appropriate amount of fluid (gas) in a container, and partially (locally ).
In addition, unless the air particles (most of them) that act as the propellant (assuming that the fluid in the system is gas only) are those that push the lower surface (inner surface) of the main body and generate downward force, In calculating the thrust-to-weight ratio, it is not necessary to add the total weight of the air particles (excluding the part of the weight roughly calculated from the mass of the gas in contact with the lower surface of the main body) to the total weight of the main body. If the gas contains water vapor more than necessary, it should be supplemented in advance that it is desirable to generate an appropriate amount of air flow in a state where the saturated vapor pressure is not reached as much as possible. .

何よりも先ず、本宇宙推進装置(空気循環式等の各種機器含む)の稼働により、(それ程の電気量など要さない必要最低限・最小限の電力が尽きない限り)、絶えず生成し得る(度重なる力積を加えた)推力にあっては、特段、宇宙圏の無重力空間にかけて、実に超高速(準光速)をもたらし、且つ又、同上装置と方向変換機器、位置角度センサー等を(同期的に)駆使すれば、専ら、本宇宙機自体、地球周回など要することなく、宇宙上の一点に定点滞空、否、滞宙し得ることから、本に、前々よりの地球周回要の人工衛星など、何ら、不要と相成り、尚且つ、さしたる滞空・滞宙上の保持力・補強力を応用して、大体、以下の各種の(複合)構造物建造にかかる物理学上の仕事をする能力、即ち、所定の物体を引っ張り上げようとする上昇力・押上力へと効力・効率的に転用させることにより、わざわざ、地球から、遥か遠方の静止軌道上をも超越したケーブル(テザー)など、延々と伸ばすまでもなく、概ね、前述通り、定点滞空(滞宙)上にも、(地上より、低めの)主なる垂直上の軌道に沿って、的確に建設し得る宇宙エレベーター等々の(新型の)宇宙構造物の早期実現化が、普く成し遂げられるだろう、、、、云々。 First and foremost, the operation of this space propulsion device (including various equipment such as air circulation type) can constantly generate In the case of thrust with repeated impulses, especially in the zero-gravity space of the outer space, it brings about a really ultra-high speed (quasi-light speed), and also the same device, direction change device, position angle sensor, etc. If you make full use of it, this spacecraft itself can stay in space at a fixed point in space, no, it can stay in space without needing to go around the earth. Satellites, etc., are unnecessary, and by applying the holding power and reinforcing power of staying in the air and staying in the air, the following physical work related to the construction of various (composite) structures is generally performed. In other words, by effectively and efficiently diverting it to a lifting force that tries to pull a predetermined object up, a cable (tether) that transcends even a geostationary orbit far away from the earth. , without needing to extend endlessly, as mentioned above, space elevators etc. ( The early realization of new (new) space structures will generally be achieved, and so on.

追って、手続補正にて表記する。 Later, it will be described in the procedure amendment.

追って、手続補正にて表記する。 Later, it will be described in the procedure amendment.

本理論(新規の数理)上の正当性を示す(思考)実験の基本(初歩)的な一例など、概略的に表した簡略図。*必要性があれば、追って、図2等々を提示する。尚、念の為、本出願公開により、後々、他者による特許・意匠上等の不正な盗用・盗作云々を回避すべく、差し詰め、所定の概略図程度に留めておく(が、審査上等、なお必要なら、この限りでない)。A simplified diagram showing a basic (elementary) example of a (thought) experiment that shows the validity of this theory (new mathematics). * If necessary, we will present Figure 2 and other figures later. As a precaution, in order to avoid illegal plagiarism and plagiarism of patents, designs, etc. etc., if still necessary, this does not apply).

Claims (9)

閉鎖流体系(ある密閉体とその中に各種流体:気体and/or液体等が、専用又は汎用の電子計算機等に於ける独特的な算出プログラムなどにより、以下の当該物体にかかる体積・容積云々の数値データ等々をもとに、適切に割り出された適量をもって、適度に混入する一種の閉じた系)に属する(一様或いは多様な形態の)物体・中空体に於いて、主に、さしたる相互作用上の二つ物体(中空体と流体)にかかる力の釣り合い(既定の理論上の数式: F1+(-)F2=0, F1=(-)F2に基づく不適当*な物理現象)でなく、力の不釣り合い(新規の理論上の数式:F1+(-)F1=0, F2+(-)F2=0, F1≠F2に基づく尚妥当な物理現象)を応用して、随時、同中空体内にて、各種流体(様々な流動性物質)を所定の方法・機械操作により、往復・循環させながら、同じく中空体の(局所的な体積や面積等の大きさなどが相違する)両端・両面(内面)あたりに、関連上の数式:P=F/Sに基づく、相対的な各面に対比した圧力(内圧)・各々の動圧上等にかかる差圧を少なからず、生じさせることにより、本(中空)体自体に、物理学上の仕事をなし得る推進力(前進力もしくは後進力)を自ずと発生させることが出来るという圧力(内圧)差式(宇宙)推進システム及び関連機器一式。(*本項中の「不適当」という表示・表記上の正当事由にあっては、本特願内の英文等参照) A closed fluid system (a closed body and various fluids in it: gas and/or liquid, etc.) is calculated by a unique calculation program in a dedicated or general-purpose computer, etc. Based on the numerical data of , etc., with an appropriate amount calculated appropriately, in an object / hollow body (uniform or various forms) belonging to a closed system), mainly: Equilibrium of forces acting on two bodies (hollow body and fluid) in direct interaction (inappropriate* physics based on given theoretical formulas: F1+(-)F2=0, F1=(-)F2) Instead, applying force imbalance (new theoretical formulas: F1+(-)F1=0, F2+(-)F2=0, still valid physical phenomenon based on F1≠F2), the same While reciprocating and circulating various fluids (various fluid substances) in the hollow body by a predetermined method and mechanical operation, both ends of the hollow body (locally different in volume, area, etc.)・On both sides (inner surface), based on the related formula: P = F / S, relative pressure (internal pressure) that contrasts with each surface ・Differential pressure on each dynamic pressure etc. is generated not a little A pressure (internal pressure) differential (space) propulsion system and related equipment that can generate a propulsive force (forward or backward force) that can perform physical work in the (hollow) body itself. One set. (*Refer to the English text in this patent application for justifiable grounds for the display/notation of “inappropriate” in this section) 前項の閉鎖流体系に属する物体・中空体に於いて、主なる相互作用上の二つ物体(中空体と流体)にかかる力の不釣り合い(新規の理論上の数式:F1+(-)F1=0=F2+(-)F2, F1≠F2に基づく妥当な物理現象)を応用して、随時、(運動エネルギーなど秘めた)同中空体内にて、各種流体(様々な流動性物質)を所定の方法・機械操作により、往復・循環させる際、とりわけ、当の流動性物質が、(各種形状の)同中空体の後方部の壁面(内面)を押す場面・局面にて生じる後進力を少なからず、軽減させる流動障壁・防壁方式(当該流体が、概ね、気体の場合には、主に進行方向の前方から、後方へと吹き降ろす際、その前後と直交する横風などを人工的に起こし、ほぼ同期に(予期すべき)発生(派生)上の後進力を効率的に阻止させるというエアーバリア方式や気体と液体との混合によるエアー&ウオーター<ジェット>バリア方式)云々を採用しつつ、同中空体の両端(両面・内面)あたりに、それ相当、圧力(内圧)差を生じさせながら、極力、推進力を効果的にも持続的に起こせるという圧力(内圧)差式(宇宙)推進システム及び関連機器一式。 In the object/hollow body belonging to the closed fluid system described in the previous section, the force imbalance (new theoretical formula: F1+(-)F1= 0 = F2 + (-) F2, F1 ≠ F2), various fluids (various fluid substances) are generated in the same hollow body (with hidden kinetic energy) at any time. When reciprocating or circulating due to the method or machine operation, especially when the fluid substance in question pushes the wall surface (inner surface) of the rear part of the same hollow body (of various shapes), not a little rearward force is generated. , The flow barrier / barrier method to reduce (if the fluid is generally gaseous, when blowing down mainly from the front in the direction of travel to the rear, crosswinds that are perpendicular to the front and back are artificially caused, and almost While adopting an air barrier method that efficiently blocks the backward force generated (derivative) on synchronization (expected) and an air & water <jet> barrier method by mixing gas and liquid) etc., the same hollow A pressure (internal pressure) differential (space) propulsion system that can effectively and continuously generate propulsive force as much as possible while creating a corresponding pressure (internal pressure) difference around both ends (both sides / inside) of the body, and A set of related equipment. 請求項2にかかる所定の各バリアー流路用の作動流体(流動性物質)を本中空体内にて、絶えず、両側の後方(下方)から、先頭あたりの前方(上方)へと循環させる際に生じる後進力を極力、軽減させるべく、一旦、主なる推進力生成用の流路と各種バリアー用の流路を交差上の接点(交点)から分けた上で、とりわけ、当のバリアー用流体を別段、付設したバイパス流路などにて迂回させながら、さして、流体自体、自ずから、後進力(下降力)を掛けることなく、前方(上方)付近の流体機械(各種型含む)により、大方、吸い込め(吸い上げ)られる様に為した(単体又は複合構造上の)一段或いは多段流路方式による差圧式推進力増強システム及び関連機器一式。 When the working fluid (fluid substance) for each predetermined barrier flow path according to claim 2 is constantly circulated in the main hollow body from the rear (lower) of both sides to the front (upper) around the head In order to reduce the rearward force generated as much as possible, once the flow path for main propulsive force generation and the flow paths for various barriers are separated from the point of intersection (point of intersection), especially the fluid for the barrier While detouring through an attached bypass channel, the fluid itself does not naturally apply backward force (downward force), and is mostly sucked by the fluid machinery (including various types) near the front (upper). A set of differential pressure propulsion augmentation systems and associated equipment of single or multi-stage channel type (single or composite structure) designed to be immersed (siphoned). 請求項1等にかかる(宇宙)推進システムにつき、特段、主なる推力補強用の手法・技法として、随時、本推進体(中空体)の前方寄りの両側辺りから、所定の流体(気体等)を押し縮めることが出来る圧縮機類(必要なら、所々、小さ目の通気口の空いた押板類含む)を用いて、主流の流体(主に気体)に、それ相当、高圧力をかけ続けたり、或いは、 一種、風車もしくは水車の様な特殊回転体(特に、羽ブレードの角度云々を変更・変形し得る、お椀状等の羽根車等々を付けたもので、別段、必須なら、極小孔の空いたバケット・ランナー類)などを用いながら、さしたる気圧や(水管ボイラー等の稼働による)水蒸気圧、(混合状態の)水圧や油圧等を圧縮化させた上で、適時(即時)、それ等を主に本体の前面(直近の内面)の方へ、立て続けに、なお強く押し出すことなどにより、さしたる前面と後面あたりに、高低の差圧を発生し続けながら、かく云う推進原理上の圧力(内圧)差を生じさせるように為した差圧式推進補強システム及び関連機器一式。 Regarding the (space) propulsion system according to claim 1, in particular, as a main method and technique for thrust reinforcement, a predetermined fluid (gas, etc.) using compressors (including, if necessary, push plates with small vents in some places) that can compress the mainstream fluid (mainly gas) at a correspondingly high pressure. Or, a kind of special rotating body such as a windmill or a watermill (especially, a bowl-shaped impeller etc. that can change and transform the angle of the blade blades, etc., and if necessary, a very small hole While using empty buckets and runners, etc., after compressing the pressure, steam pressure (due to the operation of a water tube boiler, etc.), water pressure (in a mixed state), hydraulic pressure, etc., Mainly toward the front (nearest inner surface) of the main body, by pushing it out continuously and strongly, while continuing to generate a high and low differential pressure between the front and rear surfaces, the pressure based on the principle of propulsion ( A set of differential pressure type propulsion reinforcement system and related equipment designed to create an internal pressure difference. 請求項1等にかかる(宇宙)推進システムにつき、別段、主なる推力増強用の手法・技法として、随時、本推進体(中空体)の後方の両側・左右から、とりわけ、湾曲状等のルートを介して、鉄球等の個体や(特種な)磁性流体などを主なる電磁投射砲等々により、(必要なら、婉曲状等に掛かりし、球打出しによる遠心力・後進力軽減用に配した関係品類を加えたものなどをもって)、本中空体の前方へと連続的に投射しては、適度に同体の前面(必要不可欠なら、衝撃吸収材等を付けた内面)を押し出しつつ、順次、当の射出物が、大体、先頭あたりに達すれば、直ちに、所定の転回用通路等を通して、Uターンさせては、逐次、同射出物自体に、本体の前後方向と相対する左右の方向(方角)から、(やや後面辺りに付設した)電磁石関係の付属機器の作動による磁力(主に吸引力)を適切にも適量程度、かけ続けることなどにより、追々、吸着しない程度に、投射物(鉄球等)を引き付けながら、尚も、後方へと向かおうとする同射物の速度云々を弱めつつ、かの後方にかかりし、後進力を極力、軽減させては、元の場所の鉄玉打ち出し器の方(後方の局部方面)へと続々と還元させるという 主なる電磁気上の 差圧式推進力補強システム及び関連機器一式。 Regarding the (space) propulsion system according to claim 1, etc., as a main method and technique for increasing thrust, from both sides, left and right behind the main propellant body (hollow body), especially curved routes (If necessary, it can be hung in a curved shape, etc., and arranged to reduce the centrifugal force and backward force caused by hitting the ball.) with related items added), continuously projecting to the front of the hollow body, pushing out the front surface of the same body (if essential, the inner surface with shock absorbing material etc.) , When the projectile in question reaches roughly the top, it is immediately made to make a U-turn through a predetermined turning passage, etc. From the direction), by continuing to apply an appropriate amount of magnetic force (mainly attractive force) due to the operation of an electromagnet-related accessory (attached slightly to the rear), the projectile ( While attracting an iron ball, etc.), while weakening the speed of the same projectile trying to move backward, it will be applied to the rear and reduce the backward force as much as possible, and the iron in the original place. A set of main electromagnetic differential pressure type propulsion reinforcement systems and related equipment that continuously return to the ball launcher (rear local area). 請求項1等にかかる本中空体内の各々の流路中に、格段、本体と接した翼平面形状のもの(各種型版)などを要所々々に付帯させ、必要なら、局部に流量(風量)調整板・整流板類を付加した上で、さしたる翼形自体にかかる圧力(外圧)差発生・生成上の揚力を(翼板の外部周囲・周辺にある)本体全体にかかる推進力に延々と転じさせるという翼型方式・圧力(内圧)差式推進システム及び関連機器(流量・風量コントローラー等含む)一式。 In each flow path in the main hollow body according to claim 1, etc., a blade plane shape (various types) that is in contact with the main body is attached at key points, and if necessary, the flow rate (air volume ) After adding adjusting plates and rectifying plates, the pressure (external pressure) difference generated and generated lift applied to the airfoil itself is extended to the propulsive force applied to the entire main body (outside and around the blade) A set of airfoil type, pressure (internal pressure) differential propulsion system and related equipment (including flow rate, air volume controller, etc.). 請求項1等にかかる本中空体の(前後又は左右の)両端部分に、各々の動圧が相違する別々の流路を敷設した上で、適時、さしたる両側にて、当の流体と本体(路面)との衝突角度など鑑みつつ、それ相応の(進路変更用の)差圧を生じさせたり、同中空体内の局部云々に、別段、回転モーメント・角運動量等を応用した方向転換機などを付設した特種構造からなる本推進用方向変換システム及び関連機器一式。 After laying separate flow paths with different dynamic pressures at both ends (front and back or left and right) of the hollow body according to claim 1 etc., the fluid and the main body ( Considering the angle of collision with the road surface, etc., a suitable differential pressure (for changing the course) is generated, and a direction changer that applies rotational moment, angular momentum, etc. separately in the hollow body. A set of this propulsion direction change system and related equipment consisting of a special structure attached. 請求項1等の本推進体に、特段、(力積を加えた)推力の度合い云々を調節し得る推進力調整・(位置)制御装置等々、適所に付設し、随時、同上装置と前項の方向変換機器や角度・位置センサー等を(同期的に)駆使しつつ、主なる宇宙圏にて、同体自体に、一定の保持力・補強力など持たせながら、定点滞空ならぬ滞宙(宇宙上の任意の一点・定点に留まること)など、実質的にも、正確に相可能にするという、従前よりの地球周回要の人工衛星の代用となり得る(地球周回不要の)本推進機器を用いた通信や気象等々のグローバル・ネットワーク・システム及び(極大宇宙という大海に於ける)宇宙圏での灯台云々の役目を果たす位置情報システム並びに関連機器(関係上の電子情報・通信機器含む)一式。 To the propulsion body of claim 1, etc., a propulsion force adjustment/(position) control device, etc., which can adjust the degree of thrust (in addition to the impulse), etc., is attached at an appropriate place, and the same device and the preceding paragraph are attached at any time. While making full use of direction changing devices, angle/position sensors, etc. (synchronously), in the main space sphere, while giving the body itself a certain holding power and reinforcing power, it can stay in space (space Using this propulsion device (which does not need to orbit the earth), it can replace the conventional artificial satellites that need to orbit the earth. A set of global network systems for communications, weather, etc., and a position information system and related equipment (including related electronic information and communication equipment) that serve as a lighthouse in the outer space (in the ocean of extreme space). 請求項1~8の主なる宇宙推進用の各種機器類の稼働により生じ続ける(前項の力積・力量調整可能なものなど含めた)推力エネルギー或いは、(所定の位置に備えた)同上機器自体の自転・回転力エネルギー等を概ね、以下の各々の構造物(の一片々々)など、地球圏外の無重力空間から、(難なく)引っ張り上げられる(物理学上の仕事をする)能力・引き揚げ力に補強的にも代用しつつ、特段、(かの静止軌道上をも超えた高さ・長さのスペース・テザーなど要さない、主に低点・定点滞空・滞宙上等の)宇宙エレベーター及び(同スペースエレベーターの主なる垂直上の軌道などとつながった)成層圏(飛行船)プラットフォーム、それ等の派生アイデアから生まれる(複合的な)航空・宇宙構造物等々、普く実現し得る独特的な施工方法(宇宙建設システム)及び関連機器一式。 Thrust energy that continues to be generated by the operation of various equipment for space propulsion according to claims 1 to 8 (including those whose impulse and force can be adjusted in the preceding paragraph), or the same equipment itself (provided at a predetermined position) In general, the ability to pull up (do physical work) from the weightless space outside the earth sphere, such as the following structures (one by one) While also being used as a reinforcement for , in particular, space (mainly low point, fixed point stay in space, stay in space, etc., which does not require a space tether with a height or length that exceeds that of geostationary orbit) Elevators and stratospheric (airship) platforms (connected to the main vertical orbit of the space elevator), (complex) aerospace structures derived from these ideas, etc. construction method (space construction system) and a set of related equipment.
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