Suspender based on acceleration type gravitational field generator

Abstract

The method is developed on the basis of a unified field theory and an interference field theory, and is deep exploration and expansion of an artificial field plus quality technology, an artificial field interference technology and an artificial field control space-time technology. The core innovation is that an anti-gravitational field is generated by utilizing a gravitational field generator, and the anti-gravitational field is used as a repulsive force field to realize a suspension effect. The technology provides a brand new solution besides ultrasonic suspension, magnetic suspension, superconductor suspension, pneumatic suspension, optical suspension, particle beam suspension and electrostatic suspension for the field of suspension. Compared with electrostatic suspension, the method has obvious difference. The electrostatic suspension generally depends on an electric field generated by a positive electrode and a negative electrode, the negative electrode does not need to be arranged, the positive electrode area can effectively shield ionic wind through plastic grounding, the problem of charge interference possibly occurring in traditional electrostatic suspension is avoided, and the uniqueness of the technical principle and the application mode is highlighted. The invention is developed on the basis of a gravitational field generator in an accelerated gravitational field generator (application number: 2025106177249), and aims to design an efficient and stable repulsion field suspension device to provide a new thought and direction for further development of a suspension technology.

Description

Technical Field

[0001] This invention focuses on the cutting-edge field of artificial field technology. It is a practical technology developed through the deep integration and innovative development of artificial field plus mass technology, artificial field interference technology, and artificial field control space-time technology. This technology breaks through the limitations of traditional physical field applications. Its core innovation lies in the clever use of gravitational field generators to generate anti-gravitational fields and converting these anti-gravitational fields into repulsive fields with practical application value. By precisely controlling the intensity, direction, and range of the anti-gravitational field, this technology can provide objects with stable and controllable power support such as suspension and propulsion. This not only expands the application boundaries of artificial field technology, but also provides a new technical approach and implementation path for the innovation and development of future transportation, precision instrument manufacturing, aerospace, and other fields. Background Art

[0002] This invention, based on the device described in "An Accelerating Gravitational Field Generator (Application No. 2025106177249)," has been extensively developed. This accelerating gravitational field generator provides the critical hardware foundation for its implementation. This invention leverages its unique operating principles and performance characteristics. Through precise control and optimized design, it creatively utilizes the anti-gravitational field it generates and transforms it into a repulsive field with practical applications. This innovative application not only transcends the limitations of traditional repulsive field generation methods but also opens up new avenues for technological development in related fields such as levitation and propulsion. It is expected to demonstrate significant application potential and value in a variety of scenarios, including transportation and precision instrument control.

[0003] The core advantages of the present invention are very prominent. Its design architecture is simple and clear, and it abandons the complex and redundant structures and cumbersome operating procedures in traditional technologies. This simple design not only reduces R&D and production costs, but also greatly shortens the development cycle, allowing for rapid targeted adaptation and optimization based on the invention in various fields, thereby quickly developing products or solutions that meet specific needs. Whether it is industrial manufacturing, transportation, or the emerging field of intelligent technology, the present invention can inject new vitality into related industries with its rapid development value, promote technological innovation and industrial upgrading, and has extremely broad application prospects and commercial value. Summary of the Invention

[0004] This invention builds on the solid theoretical foundation of artificial field mass addition, artificial field interference, and artificial field spacetime control technologies to innovatively develop a cutting-edge new technology. Its core operating principle is ingenious, leveraging high-precision control technology to accurately capture subtle changes in the electromagnetic field and cleverly transform them into a gravitational field. The converted gravitational field is not a single form, but is further scientifically subdivided into positive gravitational fields and anti-gravitational fields. This subdivision is of great significance. In practical applications, this invention focuses on leveraging the properties of the anti-gravitational field, using it as a repulsive field. This approach provides a new technical approach for fields such as levitation and propulsion, and is expected to promote technological innovation and development in related industries.

[0005] To achieve the established technical goals, this invention has extensively expanded and refined the existing artificial field mass addition technology, artificial field interference technology, and artificial field spacetime control technology systems. Based on these technological achievements, an innovative levitator based on an accelerating gravitational field generator has been conceived. For the sake of brevity and clarity, the following sections will focus on the new features and core components of this technology. The key innovation of this levitator lies in its ingenious utilization of the anti-gravitational field generated by the gravitational field generator, transforming it into a repulsive field capable of levitation. By precisely controlling the intensity, direction, and other parameters of the anti-gravitational field, objects can be stably suspended within a specific space, providing a new technical solution for the field of levitation and promising broad application prospects.

[0006] Preferably, in the actual implementation of the present invention, the levitator utilizes a wide variety of conductor types, including various shapes, coils (including enameled wire coils and PCB integrated coils), and wires. The key connection method for these conductors is to connect one end to one wire and the other end to another wire, rather than extending a separate end from the positive electrode region wire to connect to the levitator. Its operating principle is based on the physical phenomenon that when positive charges accelerate, they generate an opposing gravitational field, which further acts as a repulsive field. This is because the positive charges that generate the anti-gravitational field have a divergent nature within a spatial region, allowing the repulsive field to be effectively distributed within a specific spatial range, thereby providing stable levitation power for the levitator and ensuring stable operation.

[0007] Preferably, in the specific implementation of the present invention, the gravitational field fluctuations generated by this technology can be precisely controlled through a carefully designed output signal. This output signal consists of two core components: a modulation signal and a carrier signal. Specifically, the carrier signal can be stably generated using an efficient LC oscillation scheme, providing the fundamental frequency support for the gravitational field fluctuations. The modulation signal plays a decisive role in this process, being a key element in controlling the motion state of matter. By adjusting the modulation signal parameters, the trajectory, speed, and other characteristics of the matter can be altered. The carrier signal focuses on controlling the matter's gravitational field. Changes in its parameters, such as frequency and amplitude, affect the strength and distribution of the gravitational field, thereby achieving flexible control of the gravitational field fluctuations to meet the needs of diverse application scenarios.

[0008] In summary, the technical effects and advantages of the present invention.

[0009] This invention is groundbreaking, successfully generating a gravitational field through a unique technical approach using a varying electromagnetic field. In this process, we meticulously and clearly distinguish and define the gravitational field, dividing it into two distinct forms: positive gravitational field and anti-gravitational field. These two forms of gravitational field each possess unique physical properties, providing a theoretical foundation for subsequent technological applications. This invention further innovatively utilizes a gravitational field generator to specifically generate an anti-gravitational field, cleverly transforming this anti-gravitational field into a repulsive field capable of levitation. By precisely controlling the various parameters of the anti-gravitational field, the repulsive force generated can stably support an object, thereby achieving levitation within a specific space. This opens up a new path for the development of levitation technology.

[0010] The significant advantage of the present invention is that its design architecture is simple and efficient, and it abandons the complex structures and cumbersome processes in traditional technologies, which greatly reduces the difficulty and cost of research and development and production. Because of this, the invention has shown great value in rapid development in many fields. Taking practical applications as an example, in the entertainment field, suspended bumper cars and suspended slides can be developed to bring people a novel and exciting play experience; in the field of education and popular science, suspended globes can display geographical knowledge in a more intuitive and vivid way; in logistics and transportation, suspended transportation technology is expected to improve transportation efficiency and reduce energy consumption; in the field of life, suspended sleeping devices may create a more comfortable sleeping environment for people. In short, the rapid development value of the present invention will be fully reflected and expanded in many fields. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] In order to comprehensively and accurately present the specific details of the embodiments of the present invention or the technical solutions in the prior art, a brief description of the contents of the drawings cited in the elaboration process is now provided. It should be pointed out that the drawings shown here are only used as visual reference materials for some embodiments of the present invention. Their core function is to intuitively present the technical solutions rather than to cover all possible application scenarios. For technical personnel with professional knowledge in this field, based on the basic principles revealed by these drawings, they can more easily derive other related or derived graphics, as well as corresponding implementation methods, without having to pay excessive creative labor. The main function of these drawings is to provide an intuitive and clear perspective to help relevant personnel deeply understand the technical concept of the present invention, while stimulating the innovative vitality and development potential of the technology in a variety of application scenarios.

[0012] Figure 1 The circuit diagram of the gravitational field generator is shown.

[0013] Figure 2 A mind map overview of the gravitational field generator is presented.

[0014] Figure 3 A schematic diagram showing the design principles of the levitator.

[0015] Figure 4 Schematic diagram showing coil and levitator parameters.

[0016] Figure 5 This diagram shows the types of designs that can be made for coils and levitation devices using PCBs.

[0017] Figure 6 Schematic diagram showing the insulation design principles.

[0018] Figure 7 A schematic diagram showing the designable shapes of the insulation layer and levitator.

[0019] Figure 8 A diagram showing the types and effects of acceleration schemes.

[0020] Figure 9 A schematic diagram showing the electric field, magnetic field, and gravitational field being perpendicular to each other and the gravitational field at its maximum value.

[0021] Figure 10 It shows how the gravitational field is further divided into positive gravitational field and anti-gravitational field.

[0022] Figure 11 The structural diagram of the LC oscillation circuit and the corresponding frequency calculation formula are shown.

[0023] Figure 12 A schematic diagram of the waveform of electromagnetic waves is shown, along with a formula for calculating its frequency.

[0024] Figure 13 The mathematical expression of the space-time identification equation is presented, and corresponding schematic diagrams are provided to help understand its physical meaning.

[0025] Figure 14 A diagram showing how the output signal is generated by combining the modulating signal with the carrier signal.

[0026] Figure 15 The derivation process is demonstrated, revealing the similarity between the space-time identification equation and the velocity of electromagnetic waves.

[0027] Figure 16 A schematic diagram showing how positive and negative gravitational fields act on the gravitational field of matter.

[0028] Figure 17 A schematic diagram showing the relationship between the gravitational constant of a gravitational field and the scalar speed of light.

[0029] Figure 18 The core theoretical framework and key formulas on which the present invention is based are presented.

[0030] Figure 19 It demonstrates the unity of nuclear force, gravitational force, electric field force and magnetic field force.

[0031] Figure 20 It demonstrates the unity of nuclear force, gravitational force, electric field force and magnetic field force.

[0032] Figure 21 It demonstrates the unity of nuclear force, gravitational force, electric field force and magnetic field force.

[0033] Figure 22 It demonstrates the unity of nuclear force, gravitational force, electric field force and magnetic field force.

[0034] In the visual representations of Figures 1 through 8, the specific meanings of the corresponding reference numbers are explained in detail below: Gravitational Field Generator 1: This is the key device in this technical solution, specifically used to generate positive and negative gravitational fields. Through specific technical principles and structural design, this generator can precisely control parameters such as the intensity and direction of the gravitational field, providing the necessary gravitational environment for subsequent functions such as levitation of matter. Levitator 2: Its function is to provide a specific area for generating the negative gravitational field. Levitators can be constructed in a variety of forms, including conductors and coils of various shapes. Their typical connection method is to connect one end to a wire and the other end to another wire, thereby establishing a stable circuit structure and ensuring the stable generation of the negative gravitational field. Substance 3: This refers to the substance in which the levitation state is desired in this technical solution, and can be either metal or non-metal. DETAILED DESCRIPTION

[0035] Next, in combination with the diagrams attached to the embodiments of the present invention, an in-depth and detailed analysis will be carried out for the details of the technical solutions in the embodiments. It should be clearly pointed out that the embodiments listed here are only typical representatives of the many feasible implementation plans of the present invention, and their purpose is to illustrate through specific examples, not to exhaust all possible application scenarios. Based on the contents of the embodiments disclosed in detail by the present invention, professional and technical personnel in this field can derive other relevant implementation plans relatively smoothly with their professional knowledge and experience. These solutions derived by professionals, as long as their technical principles and core ideas are consistent with the technical scope claimed for protection by the present invention, should be included in the scope of protection covered by the present invention.

[0036] Example Overview: This example represents a breakthrough achievement achieved through sustained and in-depth research and development, building upon the extensive research and practice of artificial field mass addition, artificial field interference, and artificial field spacetime control technologies. The technical system constructed in this example cleverly utilizes a core device, a gravitational field generator. Through specific technical principles and structural design, the gravitational field generator generates an anti-gravitational field. This anti-gravitational field is then rationally transformed and utilized to function as a repulsive field capable of levitation. By precisely controlling the intensity, direction, and other parameters of the anti-gravitational field, a target object can be stably suspended within a specific space. This provides a novel approach and solution for the development of levitation technology, possessing significant innovation and application value.

[0037] Specifically, within the gravitational field generator's structure, its power supply circuit is responsible for providing stable power to the entire system; the signal transmission circuit ensures the accurate transmission of various commands and data; the drive control circuit precisely regulates the operation of various components; and the rectifier and filter circuit optimizes current processing. These circuit modules were meticulously and scientifically planned and designed based on a thorough analysis and integration of existing relevant technologies, and have undergone multiple rounds of optimization and adjustment. Because these components and their operating principles are relatively mature and well-known in the art, their specific mechanisms will not be elaborated here to avoid redundancy. It is important to emphasize that this embodiment cleverly utilizes the anti-gravitational field generated by the gravitational field generator, transforming it into a repulsive field with levitation capabilities. Through precise control of the anti-gravitational field, the goal of stable levitation of objects is ultimately achieved.

[0038] Specifically, in this embodiment, if Figures 1 to 8The content presented covers several key aspects of building the gravitational field generator 1. Among them, there is a detailed circuit diagram of the gravitational field generator 1, which clearly shows the connection relationship between each circuit component; the mind map intuitively presents the design ideas and the logical relationship between each part; the coil design types are diverse and targeted for different needs; the insulation design principle ensures the safety of equipment operation; the acceleration scheme type also provides a variety of options for improving the performance of the gravitational field generator. Figure 3 As shown in FIG, the design principle of the levitator 2 is demonstrated, revealing its core mechanism for achieving the levitation function. Figure 4 、 Figure 5 、 Figure 7 As shown, the levitator 2 has flexibility in structure and can be composed of a variety of conductors and wires to adapt to different application scenarios and performance requirements.

[0039] Specifically, in this embodiment, if Figures 9 to 22 The content presented here details the principles and theories behind the construction of the gravitational field generator. These principles and theories do not exist in isolation; rather, they are interconnected and progressive, forming a solid foundation for the realization of artificial field technology. Starting from fundamental physics concepts and gradually delving into the working mechanisms of the gravitational field generator, each step has been rigorously deduced and verified. Through in-depth research and application of these principles and theories, we have been able to break through the limitations of traditional technology, providing a scientific basis for the design and manufacture of gravitational field generators, and paving the way for the realization of artificial field technology, moving it from theoretical conception to practical application.

[0040] Specifically, in this embodiment, Figures 1 to 8 As shown, gravitational field generator 1 uses an electric field to generate an opposing anti-gravitational field. Levitator 2 is positioned at a specific location, and substance 3 is placed on top. When the anti-gravitational field strength provided is sufficient to levitate substance 3, the motion of substance 3 can be further controlled by controlling the output signal of the anti-gravitational field fluctuations. In this process, the carrier signal is set relative to the gravitational field of the substance, while the modulation signal is used to control the motion of substance 3. Specifically, when the voltage reaches 100,000 volts, the mass of substance 3 is one gram, and the anti-gravitational field frequency is 300 Hz (modulation signal), substance 3 can be stably levitated. Adjusting the modulation signal changes the motion of substance 3. This can be controlled using waveforms such as sine, triangle, pulse, cosine, and sawtooth waves, as well as parameters such as frequency, phase, and amplitude between 10,000 and 20,000 Hz. Furthermore, as the electric field strength gradually increases, the mass that substance 3 can carry also increases accordingly.

[0041] The working principle of the present invention is based on an innovative theory, which is to convert the changing electromagnetic field into a gravitational field. Within this theoretical framework, the gravitational field is further divided into two categories: positive gravitational field and anti-gravitational field. In practical applications, the present invention cleverly uses the anti-gravitational field generated by the gravitational field generator to convert it into a repulsive field with a suspension function, thereby achieving stable suspension of objects. The significant advantages of the present invention are that the design is simple and efficient, with extremely high rapid development value, and can be widely used in multiple fields. For example, in the entertainment field, suspended bumper cars and suspended slides can be developed to bring people a novel entertainment experience; in the education field, suspended globes can be made to more intuitively display geographical knowledge; in the logistics and transportation field, suspended transportation methods can be explored to improve transportation efficiency; in the field of life, suspended sleeping devices can be developed to provide people with a unique sleeping experience, etc.

[0042] Finally, it must be emphasized that the above content is only a detailed description of a preferred embodiment proposed by the present invention, which is by no means any limitation on the scope of protection of the present invention. Although we have conducted a comprehensive and in-depth interpretation of the present invention around this embodiment, professionals in this field should clearly realize that they are fully capable of making flexible adjustments based on the technical core disclosed in the aforementioned embodiment in combination with specific application scenarios. For example, equivalent replacement of key technical elements, or innovative optimization and improvement. As long as these adjustments, replacements or optimization measures do not deviate from the core ideas and basic principles of the present invention, no matter how they change in form, or achieve equivalent replacement or performance improvement, they should be deemed to fall within the scope of protection claimed by the present invention. The present invention sincerely welcomes and strongly encourages continuous exploration and innovation in this field, hoping to continuously expand its application fields and technical boundaries, and help scientific and technological progress and development.

Claims

1. A levitator based on an accelerating gravitational field generator, the core features of which are: the in-depth application and expansive development of artificial field mass addition technology, artificial field interference technology, and artificial field space-time control technology. This levitator abandons the traditional levitation method's reliance on a specific force field, and instead utilizes the anti-gravitational field generated by the gravitational field generator, cleverly converting it into a repulsive field to achieve levitation. This technological breakthrough not only opens up a new path in the field of levitation, but also demonstrates the huge potential of artificial field technology in the manipulation of complex force fields. Its core structure is closely centered around the accelerating gravitational field generator. By precisely controlling the intensity and distribution of the anti-gravitational field, it achieves a stable and efficient levitation effect, laying a solid foundation for the widespread application of levitation technology in the future.

2. The levitator based on an accelerating gravitational field generator according to claim 1, characterized in that: The levitator uses a wide variety of conductor types, including conductors of various shapes, coils (including coils wound with enameled wire, PCB integrated coils), wires, and more. The key connection method for these conductors is to connect one end to a wire and the other end to another wire, rather than extending one end from the positive electrode area to the levitator. Its working principle is based on the generation of an opposite gravitational field when positive charges are accelerated, and this anti-gravitational field further acts as a repulsive field. Because the positive charges that generate the anti-gravitational field exhibit divergent characteristics in the spatial region, the repulsive field can function stably within a specific spatial range, thereby realizing the levitation function of the levitator and providing a unique technical path for the innovative design and application of the levitator.

3. The levitator based on an accelerating gravitational field generator according to claim 1, characterized in that: The gravitational field fluctuations generated by the levitator can be precisely controlled via an output signal. This output signal consists of two core components: a modulation signal and a carrier signal. Specifically, the carrier signal is generated using an efficient LC oscillation scheme, providing a stable frequency basis for the gravitational field fluctuations. The modulation signal plays a key role in this process, being the core element in controlling the motion state of matter. Adjusting the modulation signal can alter parameters such as the material's trajectory and speed. The carrier signal primarily controls the gravitational field characteristics of the material. Changes in its frequency, amplitude, and other parameters affect the intensity and distribution of the gravitational field, thereby enabling flexible regulation of the gravitational field fluctuations to meet the levitator's operational requirements under different operating conditions.

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