Energy storage.

Abstract

Energy storage device containing identical gyroscopes rotating in opposite directions, characterized in that the number of gyroscopes is increased and their size is reduced to the size of atoms.

Description

[0001] https: / / cloud.mail.ru / public / 9hts / RE5eRVBHe

[0002] DE202020000341U1

[0003] http: / / www.newtheory.ru / support / energeticheskaya-emkost-obektov-t7063.html http: / / www.newtheory.ru / physics / pretendent-na-nazvanie-temnaya-energiyat6028.html?sid=0238439e6d12a9459556618032ec3438 https: / / cloud.mail.ru / public / 4gy6 / 3UebxzWmG

[0004] 1. Fig. shows two identical gyroscopes 2 and 3, mounted on bearings 4 and 5 at base 1. The gyroscopes rotate in opposite directions with velocities ω and -ω. The momentum L of such a construction is zero.

[0005] Let us close the Fig. shown construction with the cover 6. The test of the construction in Fig. with the classical parameters force F, acceleration a, velocity V, path S, time t, mass m will not allow us to determine the presence of impulsive moments in this construction.

[0006] The construction in Fig. behaves exactly like the construction in Fig. . Here, tops 2 and 3 do not rotate at all. The total energy E ( Fig. ) of the device in Fig. will be much larger than the total energy E ( Fig. ), although this cannot be determined using classical methods.

[0007] Assuming that all rotating elementary particles in object 1 generate momentum, we can represent the amount of energy in these momentum moments. So far, we have considered material bodies and their associated energy using the classical parameters force F, acceleration a, velocity V, distance S, time t, and mass m.

[0008] Practical observations have shown that the momentum moments of tops 2 and 3 are added and subtracted as vectors. But what is the medium of information transfer between the two momentum moments? Such a carrier can be the set of momentum moments of object 1 to which the tops are attached. The momentum moments of the tops are added to the momentum moments of all rotating particles of object 1. The addition and subtraction of the momentum moments occurs without any loss of momentum energy. The article "Measuring the Momentum by Two Forces" shows that the momentum moment is characterized by energy E. The energy E of tops is proportional to their kinetic energy. No kinetic energy means no momentum and no energy E. The interaction of momentum with Newtonian forces F occurs with a change in momentum energy.Therefore, Newtonian forces are not taken into account. The energy of any physical body includes the energy of the momentum moments of all rotating elementary particles of that body. The resulting momentum of a physical body is zero.

[0009] https: / / cloud.mail.ru / public / tLt3 / 1yovbs6aR (http: / / www.newtheory.ru / physics / izmeren ... ml#p134367), https: / / cloud.mail.ru / public / 4gy6 / 3UebxzWmG

[0010] 2. Now we will increase the number of rotating tops on the base and at the same time reduce their size to the size of an atom.

[0011] Kinetic energy of the rotating body Ek=Izω22 where Iz is the moment of inertia of the body with respect to the axis of rotation

[0012] Relationship between angular velocity and linear velocity 2πrω=v ω=V2πr

[0013] Moment of inertia of a sphere I=2m5r2

[0014] Then Ek=Izω22=mV2r22πr2πr5×2≈m(3×10)164×3.14×3.14×5×2≈(10)1644J

[0015] The speed of light V is 3 · 10 8 m / sec.

[0016] At m = 1kg Ek≈(10)1644J

[0017] When we consider groups of atoms, energy decreases inversely proportional to the number of atoms N in the group. How many atoms must be in a group for 1 kg of material to store 4.184 kJ of energy? N=(10)1644×4184≈261127239617202589≈2.6×1016

[0018] For comparison - 1 milligram of trinitrotoluene releases 1 thermochemical calorie or 4.184 joules; - 1 gram of TNT = 4.184 103 J = 4.184 KJ; - 1 kilogram of TNT = 4.184 106 J = 4.184 MJ; - 1 ton of TNT = 4.184 109 J = 4.184 GJ; - 1 kiloton (KT) TNT = 4.184 1012 J = 4.184 TJ Summary

[0019] Two identical tops, rotating at the same speed in opposite directions and attached to an object, do not change the object's momentum. By increasing the number of tops while reducing their size to the size of atoms, we estimate the maximum value of energy that this object can absorb. QUOTES CONTAINED IN THE DESCRIPTION

[0000] This list of documents submitted by the applicant was generated automatically and is included solely for the convenience of the reader. This list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions. Cited patent literature

[0000] DE 202020000341U1

[0002] Cited non-patent literature

[0000] https: / / cloud.mail.ru / public / 9hts / RE5eRVBHe

[0001] http: / / www.newtheory.ru / support / energeticheskaya-emkost-obektov-t7063.html

[0003] http: / / www.newtheory.ru / physics / pretendent-na-nazvanie-temnaya-energiyat6028.html?sid=0238439e6d12a9459556618032ec3438

[0003] https: / / cloud.mail.ru / public / 4gy6 / 3UebxzWmG [0003, 0009] https: / / cloud.mail.ru / public / tLt3 / 1yovbs6aR

[0009] http: / / www.newtheory.ru / physics / izmeren ... ml#p134367

[0009]

Claims

[1] Energy storage device containing identical gyroscopes rotating in opposite directions, characterized by that the number of spinning tops is increased and their size is reduced to the size of atoms.

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