Opposite binary power anti-gravity silencing bearing alternating stress separation gap guiding and releasing technology

Abstract

According to the alternating stress separation gap guiding and releasing technology of the opposite binary power anti-gravity silencing bearing, an air cold and hot gas separation guiding sheet technology is applied, and solid guiding sheets of the air cold and hot gas separation guiding sheet technology are designed into the alternating stress separation gap guiding and releasing technology in a void gap form; the circumferences of the inner ring and the outer ring of the bearing are divided into six equal parts; one equal part is used for keeping the bearing strength of the bearing, and the other equal part is designed and manufactured into an equal part of an alternating stress separation gap guiding and releasing technology; an inner ring and an outer ring of the bearing are respectively divided into three equal parts to keep the bearing strength of the bearing, and the other three equal parts are designed and manufactured to be equal parts of an alternating stress separation gap guiding and releasing technology; 1, an alternating stress separation cold stress guiding and releasing gap of the outer ring of the opposite binary power anti-gravity silencing bearing; 2, alternating stress and thermal stress guide and release separation gaps of the outer rings of the opposite binary power anti-gravity silencing bearings; and 3, an alternating stress separation thermal stress guiding and releasing gap of the outer ring of the opposite binary power anti-gravity silencing bearing.

Description

Technical fields:

[0001] This invention relates to the application of "opposite dual-phase power air-cold and hot gas separation technology": opposite dual-phase power technology air-cold and hot gas separation anti-gravity noise reduction technology; opposite dual-phase power healthy office technology and healthy sleep health ball technology; bearing production quality technology. Background technology:

[0002] Intel recently showcased its most advanced silicon spin qubit chip, containing 12 silicon spin qubits, which are a million times smaller than other types of qubits. Qubits are generated from the most mysterious electron particles. Electrons have no volume but can spin in different directions. When an electron spins upward, the data represents a binary value of 1, and when an electron spins downward, the data represents a binary value of 0. This phenomenon is the same as the principle of binary opposition dynamics in the macroscopic world, which is the same as the principle of the natural science of the Earth's motion.

[0003] Scientists at CERN announced on November 17, 2010, that they had captured a small amount of antimatter using the Large Hadron Collider. CERN had previously created nine antihydrogen atoms in 1995. These antihydrogen atoms annihilate upon contact with surrounding hydrogen atoms, revealing the dynamics of duality and the conservation and non-conservation of energy in the lifespan of antimatter.

[0004] The "vortex tube" was invented in 1931 by French physicist Georges J. Ranque. It was an industrial vacuum pump used to remove iron filings. During its development, he discovered what is now known as the Ranque effect, which is that an airflow can be split into two streams, one of hot air and the other of cold air. Through his continuous research, he applied for a patent for the vortex tube in 1931.

[0005] An anti-dielectric thermocouple is an electronic device that generates heat on one side and cooling on the other. Based on the Peltier effect, which is quite simple—when an electric current passes through a thermocouple, one junction dissipates heat while the other absorbs heat—this phenomenon was discovered by the French physicist Jean Peltier in 1834. When the current flows in the forward direction, the upper part cools and the lower part heats. When the current flows in the reverse direction, the upper part heats and the lower part cools.

[0006] In 1834, French physicist Jean Charles Athanase Peltier (pronounced / in English) 1 pεltje1 / ; French pronunciation: [pε***.tje], translated into Chinese as Peltier, Pertier or Pertier) discovered the Pertier effect.

[0007] Based on the natural scientific principle of the Earth's dual-phase dynamic motion, the inventor created the dual-phase dynamic air-hot-cold gas separation technology!

[0008] "Dual-Energy Power Technology Amphibious Artillery Vehicle Mobile Army Unlimited Endurance Power System" (Patent Application No.: 202210838275.7); The technical feature of the opposing "Dual-Energy Power Technology Wind-Powered Cooling Accelerator" is that it separates and diverts hot and cold airflows through the air inlet;

[0009] Each lightweight wind turbine in the duct is equipped with a dual-phase power technology wind cooling accelerator; the dual-phase power technology wind cooling accelerator consists of a dual-phase power technology air-cold-hot gas separator and a dual-phase power technology wind diversion accelerator structure, which separates hot and cold airflows.

[0010] The air inlet design of the dual-phase power technology wind-powered cooling accelerator is a dual-phase power technology air inlet with airflow diversion. The second air inlet is an acceleration air inlet, which not only has the function of acceleration but also the function of separating cold and hot airflows, allowing only cold airflow to pass through while hot airflow is discharged out of the air duct through the first air inlet. The third air inlet is a dual-phase power technology wind-powered diversion accelerator. The central tube of the third dual-phase power technology wind-powered diversion accelerator only allows 40% of the airflow to pass through, while 60% of the airflow is discharged through the outer tube of the central tube, forming the dual-phase power technology. The wind speed in the central tube of the wind-powered diversion accelerator is higher than that in the outer tube. The wind speed in the central tube drives the airflow in the outer tube to form an inertial airflow, producing a wind acceleration effect.

[0011] (Patent Application No.: 202320082336.1) "Air Conditioner Cold and Hot Gas Separation, Diversion, and Opposite Dual-Energy Technology Energy Saver Controller"

[0012] This air conditioner features a dual-phase power technology that separates and diverts hot and cold gases. At the air inlet, hot and cold gases are separated and diverted once; two miniature fans are also installed at the air inlet to increase the airflow and power. At the air outlet, a second separation and diversion of hot and cold gases is implemented, further increasing the cooling capacity. This dual-phase power technology creates opposing positions for the air inlet and outlet. Through these two gas separations and diversions, and the increased airflow and cooling capacity at the outlet, the air conditioner achieves this dual-phase power technology, which utilizes both Earth's dual-phase power science and traditional Chinese dual-phase power science and cultural theories.

[0013] The opposing dual-phase power air-cooled gas separation technology consists of a three-blade air guide structure. The middle air guide is a gas separation blade. Cool gas is separated downwards and discharged forward through the lower cool gas guide blade; hot gas is separated upwards and discharged backwards through the upper hot gas guide blade. This creates opposing hot and cold gas separation and discharge in opposing directions, resulting in the cold gas being discharged forward and the hot gas being discharged backwards.

[0014] Anti-gravity technology:

[0015] A century ago, the United States began researching anti-gravity technology. In 1927, an entomologist named Viktor K. Bennickev accidentally discovered, while moving a beehive, that it emitted both hot and cold air from the inside out. Prolonged exposure to this air caused severe dizziness. This greatly intrigued Bennickev, who used numerous instruments to investigate the phenomenon, but to no avail. He believed it to be an unknown field-like phenomenon. After years of research, he finally discovered that it was a sponge-like structural field generated by special microwaves. He named it the "cavity structure effect."

[0016] He later used this principle to successfully create some small anti-gravity devices. However, these devices only represented a very rudimentary application of anti-gravity technology.

[0017] Until 2002, British inventor Marcus successfully invented an anti-gravity device; when the machine is fed with an electric current of 4.1 kilowatts, the device can levitate an object weighing 2,040 kilograms in the air.

[0018] In 2018, the U.S. Navy applied for six patents for this technology, including three systems: inclinometer technology, exoclinometer technology, and microwave transmitter. After being unable to figure out the principle of how a honeycomb emits hot and cold air from the inside out, countries around the world created microwave anti-gravity flight technology.

[0019] (Patent Application No.: 202210808554.9) "Dual-Engine Military Science and Technology for Coastal Defense and Naval Warfare: Expanding Military Strength and Weaponry - Electric Combat Fish with and without Shadows"

[0020] 6. Noise-absorbing superconducting technology is currently the most advanced military technology, and anti-surveillance stealth radar is a technological contradiction that the world's military urgently needs to solve.

[0021] The noise-absorbing superconducting technology is a stealth technology that counters radar detection. The noise-absorbing superconducting technology uses graphene superconducting materials. The superconducting material can produce stealth because the real world is only one ten-thousandth of a second real. The real dynamic changes that occur after one ten-thousandth of a second make the previous one ten-thousandth of a second real into history. The real dynamic of the superconducting one ten-thousandth of a second can produce stealth.

[0022] Bearing manufacturing technology is a widely used production technology worldwide. Summary of the Invention:

[0023] Opposite dual-phase dynamic anti-gravity noise-absorbing bearing alternating stress separation gap conduction technology:

[0024] Earth's gravity, electromagnetic fields, and ultrasound not only have a significant impact on human life and health, but also generate various stresses on moving matter on Earth, causing fatigue in metallic materials and affecting the lifespan of mechanical equipment.

[0025] The "vortex tube" is a dual-phase dynamics technology created using the principles of cosmic dual-phase dynamics. It utilizes compressors, air pumps, and blowers to force seasonally heated air into the vortex tube, creating an energy-conserving seasonally heated air dynamics technology. The vortex generated by the vortex tube technology transforms the energy-conserving seasonally heated air dynamics into energy-non-conserving dual-phase dynamics of hot and cold gases, resulting in high and low temperatures.

[0026] The Peltier effect in semiconductor heating and cooling devices: When current flows through a circuit composed of different conductors (a and b), (in addition to generating irreversible Joule heating) heat absorption and release phenomena will occur at the junction of the different conductors depending on the direction of the current. If the current flows from end a, where the free electron density is higher, to end b, where the free electron density is lower, the temperature at end b will rise; conversely, the temperature at end b will decrease.

[0027] The advantages of semiconductor refrigeration are: it can be made very small, has no moving parts (so it has a longer lifespan), does not require a refrigerant, and has a fast start-up response.

[0028] Opposite dual-stage powered air-cooled and hot gas separation technology:

[0029] The technology of separating hot and cold gases by opposing dual-phase dynamic air is also a technology for creating seasonal space temperature energy conservation aerodynamics; and for changing the energy-conserving seasonal space normal temperature aerodynamics into high-temperature and low-temperature opposing dual-phase dynamic hot and cold temperature gas science and technology that does not conserve energy!

[0030] The air-to-cold-gas separation technology consists of a three-plate structure: the middle gas-separating plate is a gas-separating plate; the middle gas-separating plate and the lower cold-gas plate form a cone; when seasonally warm air is blown into the cone-shaped space between the middle gas-separating plate and the lower cold-gas plate using a blower, air pump, or compressor energy conservation technology, the middle gas-separating plate compresses the gas downwards, while the lower cold-gas plate compresses the gas upwards; the air is accelerated by the compression of the middle gas-separating plate and the cold-gas plate; the gas compressed downwards by the middle gas-separating plate generates a cold airflow, which is discharged forward by the cold-gas plate; the gas compressed upwards by the cold-gas plate is separated into hot and cold gases by the middle gas-separating plate; the hot gas rises and is discharged backwards by the parallel hot-gas heat-conducting plate above the middle gas-separating plate, resulting in a non-conservation of energy in the separation of hot and cold gases—cold gas is discharged forward, and hot gas is discharged backwards—a science and technology of opposing dual-energy non-conservation.

[0031] Opposite dual-stage dynamic air-cooled gas separation anti-gravity technology:

[0032] The dual-stage dynamic anti-gravity technology is a technology created by applying "hot and cold gas separation technology". The dual-stage dynamic air hot and cold gas separation technology is composed of multiple groups, thus becoming a multi-stage air hot and cold gas separation anti-gravity technology.

[0033] The dual-phase dynamic air-cold-hot gas separation technology uses rotational motion and anti-gravity technology to gradually separate the sound wave field in the air until the sound waves disappear and the air is restored to a non-electromagnetic gas field, thus creating a dual-phase dynamic separation sound wave silencing technology.

[0034] The Dual-Energy Powered Air-Cold and Gas Separation Anti-Gravity Noise Reduction Technology can be designed in various shapes. The "Dual-Energy Powered Office Health and Sleep Health Anti-Gravity Noise Reduction Health Ball" is composed of triangular multi-stage air-cold and gas separation guide plates. The outer sphere of the Dual-Energy Powered Office Health and Sleep Health Anti-Gravity Noise Reduction Health Ball is composed of square multi-stage air-cold and gas separation guide plates.

[0035] The stress generated during the use of bearings is alternating stress. Sparks are generated in the bearing under alternating stress during high-speed rotation. The thermal expansion defects of the bearing cause a contradiction between shortening the service life of the bearing and causing production accidents that destroy the bearing.

[0036] The anti-gravity noise-absorbing bearing of the dual-stage power technology health ball utilizes "air-cooled and hot gas separation guide plate technology" to resolve the contradiction between the thermal expansion caused by alternating stress in the bearing, which shortens the bearing's service life and causes bearing failure.

[0037] The "opposite dual-phase dynamic anti-gravity silencer bearing" applies the "air-cooled and hot gas separation guide plate technology", which designs the solid guide plate of the "air-cooled and hot gas separation guide plate technology" as an alternating stress separation gap guide plate in the form of a void gap.

[0038] The "opposite dual-phase power anti-gravity silencer bearing" applies "hot and cold gas separation technology", which is then invented as an opposing dual-phase power alternating stress separation gap conduction technology.

[0039] Structural scheme for the opposing dual-phase dynamic anti-gravity noise-absorbing bearing with opposing dual-phase dynamic alternating stress separation gap conduction technology:

[0040] The opposing dual-stage power anti-gravity silencing bearing alternating stress separation gap conduction technology divides the circumference of the inner and outer rings of the bearing into six equal parts; one part maintains the bearing's pressure and load-bearing strength, while another part is designed and manufactured as the alternating stress separation gap conduction technology; the inner and outer rings are each divided into three equal parts to maintain the bearing's pressure and load-bearing strength, while the other three parts are designed and manufactured as the alternating stress separation gap conduction technology.

[0041] The positive effect of the opposing dual-phase dynamic anti-gravity noise-absorbing bearing alternating stress separation gap conduction technology is to resolve the contradiction between the life of stress materials and the contradiction between the production quality and production safety hazards caused by the thermal expansion of bearing material metal stress. Attached image description:

[0042] Instruction manual illustrations Figure 1 This is a side view of the bearing structure using the opposing dual-phase dynamic anti-gravity noise-absorbing bearing and alternating stress separation gap conduction technology:

[0043] The inner and outer rings of the bearing are divided into three equal parts to maintain the bearing's pressure and load-bearing strength, while the other three parts are designed and manufactured using alternating stress separation gap conduction technology.

[0044] 1. Alternating stress separation and cold stress conduction gap of the outer ring of the dual-stage power anti-gravity noise-absorbing bearing; 2. Alternating stress and thermal stress conduction and separation gap of the outer ring of the dual-stage power anti-gravity noise-absorbing bearing; 3. Alternating stress separation and thermal stress conduction gap of the outer ring of the dual-stage power anti-gravity noise-absorbing bearing; 4. Outer ring of the dual-stage power anti-gravity noise-absorbing bearing;

[0045] Instruction manual illustrations Figure 2 This is a front view of the structure of the opposing dual-phase dynamic anti-gravity noise-absorbing bearing alternating stress separation gap conduction technology:

[0046] 5. The alternating stress separation gap conduction technology of the inner ring of the dual-stage power anti-gravity noise-absorbing bearing is divided into three equal parts; 6. The alternating stress separation gap conduction technology of the outer ring of the dual-stage power anti-gravity noise-absorbing bearing is divided into three equal parts.

[0047] Instruction manual illustrations Figure 3 This is a schematic diagram of the principle of dual-stage power technology for separating hot and cold gases from opposing gases:

[0048] Figure A is a front view of the air-cooled and hot-gas separation superconducting sheet structure; Figure B is a side view of the air-cooled and hot-gas separation superconducting sheet structure; 1, upper hot gas superconducting sheet for air-cooled and hot-gas separation; 2, middle gas separation superconducting sheet for air-cooled and hot-gas separation; 3, cold gas superconducting sheet for air-cooled and hot-gas separation; 4, left fixing post of the air-cooled and hot-gas separation superconducting sheet; 5, right fixing post of the air-cooled and hot-gas separation superconducting sheet. Detailed implementation method:

[0049] Bearings are a globally widespread technology. Opposite-phase dual-power anti-gravity noise-absorbing bearings with alternating stress separation and gap conduction technology can be ordered from bearing manufacturers.

Claims

1. Opposite dual-phase dynamic anti-gravity noise-absorbing bearing alternating stress separation gap conduction technology: Earth's gravity, electromagnetic fields, and ultrasound not only have a great impact on human life and health, but also generate various stresses on the moving matter on Earth, causing fatigue in metallic materials and affecting the lifespan of mechanical equipment. The "vortex tube" is a dual-phase dynamics technology created using the principles of cosmic duality dynamics. It utilizes compressors, air pumps, and blowers to force seasonally heated air into the vortex tube, creating an energy-conserving seasonally heated air dynamics technology. The vortex generated by the vortex tube technology transforms the energy-conserving seasonally heated air dynamics into energy-non-conserving dual-phase dynamics of hot and cold gases, resulting in high and low temperatures. The technology of separating hot and cold gases by opposing dual-phase dynamic air is also a technology for creating seasonal space temperature energy conservation aerodynamics; and for changing the energy-conserving seasonal space normal temperature aerodynamics into high-temperature and low-temperature opposing dual-phase dynamic hot and cold temperature gas science and technology that does not conserve energy! The air-to-cold-gas separation technology consists of a three-plate structure: the middle gas-separating plate is a gas-separating plate; the middle gas-separating plate and the lower cold-gas plate form a cone; when seasonally warm air is blown into the cone-shaped space between the middle gas-separating plate and the lower cold-gas plate using a blower, air pump, or compressor energy conservation technology, the middle gas-separating plate compresses the gas downwards, while the lower cold-gas plate compresses the gas upwards; the air is accelerated by the compression of the middle gas-separating plate and the cold-gas plate; the gas compressed downwards by the middle gas-separating plate generates a cold airflow, which is discharged forward by the cold-gas plate; the gas compressed upwards by the cold-gas plate is separated into hot and cold gases by the middle gas-separating plate; the hot gas rises and is discharged backwards by the parallel hot-gas heat-conducting plate above the middle gas-separating plate, resulting in a non-conservation of energy in the separation of hot and cold gases—cold gas is discharged forward, and hot gas is discharged backwards—a science and technology of opposing dual-energy non-conservation. The dual-phase dynamic air-cold-hot gas separation technology uses rotational motion and anti-gravity technology to gradually separate the sound wave field in the air until the sound waves disappear and the air is restored to a non-electromagnetic gas field, thus creating a dual-phase dynamic separation sound wave silencing technology. The technical features of the opposing dual-phase power anti-gravity noise-absorbing bearing alternating stress separation gap conduction technology are: applying "air-cold and hot gas separation guide plate technology" to design the solid guide plate of "air-cold and hot gas separation guide plate technology" as an alternating stress separation gap conduction technology in the form of a void gap; the alternating stress separation gap conduction technology separates alternating stress: cold alternating stress is restored inward and hot alternating stress is discharged outward, eliminating the thermal expansion of bearing alternating stress and extending the service life of the bearing; The opposing dual-phase power anti-gravity noise-absorbing bearing alternating stress separation gap conduction technology divides the circumference of the inner and outer rings of the bearing into six equal parts; one part maintains the bearing's pressure and load-bearing strength, while another part is designed and manufactured as the alternating stress separation gap conduction technology; the inner and outer rings are each divided into three equal parts to maintain the bearing's pressure and load-bearing strength, while the other three parts are designed and manufactured as the alternating stress separation gap conduction technology.

1. Alternating stress separation and cold stress conduction gap of the outer ring of the dual-stage power anti-gravity silencer bearing; 2. Alternating stress and thermal stress conduction and separation gap of the outer ring of the dual-stage power anti-gravity silencer bearing; 3. Alternating stress separation and thermal stress conduction gap of the outer ring of the dual-stage power anti-gravity silencer bearing; 4. Outer ring of the dual-stage power anti-gravity silencer bearing; 5. Alternating stress separation gap conduction technology of the inner ring of the dual-stage power anti-gravity silencer bearing, divided into three equal parts; 6. Alternating stress separation gap conduction technology of the outer ring of the dual-stage power anti-gravity silencer bearing, divided into three equal parts.

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