Emitter based on acceleration type gravitational field generator

Abstract

The method is derived from deep exploration and development of a unified field theory and an interference field theory, and deep expansion and innovative research are performed on an artificial field plus quality technology, an artificial field interference technology and an artificial field control space-time technology on the basis of the deep exploration and development of the unified field theory and the interference field theory. The core of the invention lies in that an innovative gravitational field emission mechanism is constructed by applying a gravitational field generator. Specifically, the emitter is used for releasing the gravitational field, three-dimensional and directional release can be achieved, and in the process of directional emission of the gravitational field, a shielding device can be designed and applied according to a specific directional range so as to achieve accurate control over emission of the gravitational field. The emitter is ingeniously connected with a high-voltage positive electrode of the gravitational field generator, the shielding device is connected with a high-voltage negative electrode of the gravitational field generator, and the design ensures cooperative work of emission and shielding of the gravitational field. It is worth mentioning that the device is developed on the basis of the gravitational field generator technology in the applied patent'an accelerated gravitational field generator (the application number is 2025106177249) ', and the device capable of emitting the gravitational field efficiently and directionally is designed.

Description

Technical Field

[0001] The present invention focuses on the cutting-edge field of artificial field technology and is a practical innovative technology developed based on the comprehensive development of artificial field plus mass technology, artificial field interference technology, and artificial field control of space-time technology. Its core innovation and practical function lie in the ability to efficiently and accurately emit a gravitational field, providing a new technical means for research and application in related fields. Background Art

[0002] The present invention relies on in-depth research and development of the core device in the 'Accelerated Gravitational Field Generator (Application No.: 2025106177249)' whose application has been submitted, with the core goal of achieving the efficient emission of a gravitational field. Compared with the existing technology, the significant advantage of the present invention lies in its simple and ingenious design, which not only reduces the complexity of technical implementation but also significantly improves the development efficiency. This simplification in design enables the present invention to exhibit extremely high rapid development and application value in multiple fields. Whether it is scientific research exploration or industrial application, it can quickly respond to demands and promote the innovation and development of related technologies. Therefore, the present invention is not only a powerful supplement to the existing technology but also an important step leading the development of future gravitational field application technologies. Summary of the Invention

[0003] Based on the solid foundation of artificial field plus mass technology, artificial field interference technology, and artificial field control of space-time technology, the present invention innovatively develops a cutting-edge technology. Its core working mechanism is to achieve the precise capture and conversion of the dynamic change of the electromagnetic field through high-precision control means, and then cleverly convert it into a gravitational field. After the conversion process, the gravitational field is clearly divided into two key components: the positive gravitational field and the negative gravitational field, each with its unique physical properties and application potential. The core goal of the present invention is to achieve the effective emission of the gravitational field, opening up new paths for research and application in related fields and promoting scientific and technological progress and innovative development.

[0004] To achieve the established technical goals, the present invention has carried out comprehensive and in-depth expansion and optimization work on the existing artificial field plus mass technology, artificial field interference technology, and artificial field control of space-time technology systems. On this basis, an emitter based on an accelerated gravitational field generator is innovatively conceived and designed. For ease of understanding, the following will focus on the new features and core components of this technology. Specifically, the present invention uses a gravitational field generator to construct a gravitational field emission mechanism, and realizes the three-dimensional and directional release of the gravitational field through the emitter. During the directional emission process, in order to accurately control the emission range, a corresponding shield is designed according to specific requirements. Among them, the emitter is connected to the high-voltage positive pole of the gravitational field generator to obtain emission energy, and the shield is connected to the high-voltage negative pole, jointly ensuring the accuracy and efficiency of the gravitational field emission.

[0005] Preferably, in the specific implementation process of the present invention, when the transmitter performs a three-dimensional emission task, conductors are arranged in the x, y, and z directions respectively to support the omnidirectional gravitational field emission. In the directional emission scenario, a shield made of a conductor material is specifically designed according to the preset emission range to achieve precise control of the emission direction and range. The transmitter is connected to the high-voltage positive pole of the gravitational field generator to obtain emission energy, while the shield is connected to the high-voltage negative pole. The two work together to form a complete system for gravitational field emission and shielding. The principle of its emission and shielding is that the anti-gravitational field instantaneously diverges to infinity, and the positive gravitational field instantaneously converges to infinity.

[0006] Preferably, in the practical application of the present invention, to precisely control the fluctuation characteristics of the generated gravitational field, a set of output signal control systems is specifically designed. The output signal is carefully constructed on two core components, namely the modulation signal and the carrier signal. The two work together to achieve fine control of the gravitational field fluctuations. Among them, the carrier signal is stably generated by adopting an efficient LC oscillation scheme to provide the basic frequency support for the gravitational field fluctuations; while the modulation signal, as the information carrier, dominates the key information in the output signal, such as the dynamic adjustment of parameters such as the fluctuation frequency, amplitude, and phase. Through this design, the present invention can flexibly and accurately control the fluctuations of the gravitational field, meet the requirements in different application scenarios, and demonstrate a high degree of technical flexibility and practicality.

[0007] Preferably, in the implementation of the present invention, to deeply explain the operating mechanism of the present invention, the following specific description is made. When an object moves in a uniform straight line along the x-axis at a speed v, according to the theory of relativity, this motion state will cause a relative change in the spatial structure, which is intuitively reflected as the x-axis tilting. As the object's motion speed continuously approaches the speed of light, this tilting effect will become more and more significant until the x-axis rotates 90 degrees at the theoretical level. At this time, the projected length of the space along the object's motion direction on the x-axis will theoretically be reduced to zero, that is, the three-dimensional space degenerates into a two-dimensional space form in this specific direction. Given that the wave propagation speed of the gravitational field is the same as the speed of light (specifically, see the attached drawings), in the extreme case where the object reaches the speed of light, an analogical analysis can be carried out: the anti-gravitational field instantaneously diverges to infinity, and the positive gravitational field instantaneously converges to infinity. This phenomenon provides an important theoretical basis for understanding the operating characteristics of the gravitational field of the present invention.

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

[0009] The present invention has break throughly utilized the changing electromagnetic field to generate the gravitational field, which has opened up a new path for the research and application of the gravitational field. Based on this innovation, we have for the first time clearly distinguished and scientifically defined two unique gravitational field forms, namely the positive gravitational field and the anti-gravitational field. In practical applications, the present invention precisely generates positive and anti-gravitational fields with the help of a gravitational field generator, and realizes their three-dimensional emission and directional emission through a special transmitter.

[0010] The significant advantage of the present invention lies in its simple and efficient design, which greatly reduces the complexity and cost of technical implementation, thus showing great potential for rapid development and application in multiple fields. For example, in the field of artificial field scanning, the characteristics of positive and negative gravitational fields can be utilized to achieve high-precision detection; in artificial field imaging, clearer images can be obtained by regulating the distribution of the gravitational field; in artificial field communication, new communication methods can be explored by taking advantage of the unique properties of the gravitational field. Therefore, the present invention not only promotes the progress of gravitational field technology, but also provides strong support for the innovative development of related fields. Brief Description of the Drawings

[0011] To comprehensively and accurately present the specific details of the embodiments of the present invention or the prior art solutions, a brief description of the content of the drawings cited in the elaboration process is now provided. It should be emphasized that the drawings here are only intuitive references for some embodiments of the present invention, aiming to assist understanding, rather than covering all potential application scenarios. For those skilled in the art, based on the basic principles shown in the drawings, it is relatively convenient to deduce other related graphics and corresponding implementation strategies without additional substantial creative efforts. The core value of these drawings lies in providing an intuitive and clear perspective to help deeply understand the technical concept of the present invention and explore its innovative possibilities in diverse application scenarios.

[0012] Figure 1 A schematic diagram showing two emission modes of the transmitter.

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

[0014] Figure 3 A schematic diagram showing the design principles of the transmitter and the shield.

[0015] Figure 4 A schematic diagram showing the coil parameters.

[0016] Figure 5 A schematic diagram showing the available design types of the coil when using a PCB.

[0017] Figure 6 A schematic diagram showing the insulation design principle.

[0018] Figure 7 A schematic diagram showing the available design types of the insulation layer according to the insulation design principle.

[0019] Figure 8 A schematic diagram showing the types and functions of the acceleration scheme.

[0020] Figure 9 A schematic diagram showing that the electric field, magnetic field, and gravitational field are perpendicular to each other and the maximum value of the gravitational field.

[0021] Figure 10 Shows the division of the gravitational field into a positive gravitational field and an anti-gravitational field.

[0022] Figure 11 Shows a schematic diagram of the structure of an LC oscillation circuit and the corresponding frequency calculation formula.

[0023] Figure 12 Shows a schematic diagram of the waveform of an electromagnetic wave, accompanied by the calculation formula for its frequency.

[0024] Figure 13 Shows the mathematical expression form of the space-time unification equation, and is accompanied by a corresponding schematic diagram to help understand its physical meaning.

[0025] Figure 14 Shows a schematic diagram of how to generate an output signal by combining a modulation signal and a carrier signal.

[0026] Figure 15 Shows the derivation process, revealing the similarity between the space-time unification equation and the wave speed of electromagnetic waves.

[0027] Figure 16 Shows schematic diagrams of the positive and anti-gravitational fields acting on the gravitational field of matter respectively.

[0028] Figure 17 Shows a schematic diagram of the rotation of a certain axis of space when matter moves.

[0029] Figure 18 Shows a schematic diagram of the anti-gravitational field instantaneously diverging to infinity and the positive gravitational field instantaneously converging to infinity.

[0030] Figure 19 Shows a schematic diagram of the relationship between the universal gravitational constant of the gravitational field and the scalar speed of light.

[0031] Figure 20 Shows the core theoretical framework and its key formulas on which the present invention is based.

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

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

[0034] At Figures 1 to 3In the display, the specific meanings represented by each label are elaborated in detail as follows: Gravitational field generator 101: This is a three-dimensional gravitational field emission mode, and its core component is a transmitter. The transmitter is designed to be able to emit gravitational fields omnidirectionally in three-dimensional space to meet the multi-dimensional emission requirements. Gravitational field generator 102: This is a directional gravitational field emission mode, which consists of a transmitter and a shield. Through the coordinated work of the two, precise control of the gravitational field emission direction can be achieved. Transmitter 201: In the three-dimensional emission mode, it is designed to be equipped with conductors in the x, y, and z directions to support omnidirectional emission. When performing directional range emission, the conductors in two of the directions are removed, and only the emission ability in a specific direction is retained, and a high-voltage positive electrode is connected to obtain the emission energy. Shield 202: Its design is completely based on the directional emission range of the transmitter 201. It is also composed of conductors and is connected to the high-voltage negative electrode to shield the gravitational fields in non-emission directions and ensure the accuracy of emission. Detailed implementation mode

[0035] The following will combine the drawings of the embodiments of the present invention to deeply and carefully analyze the details of the technical solutions. It should be clear that the embodiments listed here are only some examples of the many feasible solutions of the present invention, mainly for illustrative purposes, and do not cover all possible application scenarios. Those skilled in the art can relatively easily derive other related implementation solutions based on the content of the embodiments disclosed in the present invention, and such solutions should all be included in the technical scope claimed by the present invention.

[0036] Embodiment overview: This embodiment is a major achievement obtained through long-term research and practice accumulation in frontier fields such as artificial field plus mass technology, artificial field interference technology, and artificial field control of space-time, and through continuous technological innovation and R & D breakthroughs. In this embodiment, the present invention cleverly uses gravitational field generators to construct an efficient gravitational field emission mechanism, and uses a special transmitter to achieve three-dimensional and directional release of gravitational fields. When directional emission is required, the system will accurately design and adapt a corresponding shield according to the preset emission range to ensure the accuracy and effectiveness of gravitational field emission. Specifically, the transmitter obtains the emission energy by connecting to the high-voltage positive electrode of the gravitational field generator, while the shield is connected to the high-voltage negative electrode, and the two work together to jointly achieve precise control of the gravitational field emission direction and range.

[0037] Specifically, in terms of the construction of the gravitational field generator, its power supply circuit is responsible for providing stable power support for the entire system, the signal transmission circuit ensures the accurate transmission of various instructions and data, the drive control circuit precisely regulates the operating states of each component, and the rectifier filter circuit optimizes the current to ensure the stable operation of the system. These circuits have been carefully and reasonably planned, designed, and optimized based on a full investigation, in-depth analysis, and effective integration of existing technologies. Since these components and their working principles are relatively mature and widely recognized in this technical field, to avoid redundant content, the specific operating mechanisms will not be elaborated in detail here. It is emphasized that the present invention successfully generates positive and negative gravitational fields using the gravitational field generator and realizes their three-dimensional emission and directional emission through the emitter, opening up a new path for the practical application of gravitational field-related technologies.

[0038] Specifically, in this embodiment, comprehensive and systematic design materials are provided for constructing the gravitational field generator. As Figures 1 to 8 shown, these diagrams detail the circuit diagrams required for constructing the gravitational field generator, intuitively presenting the connection relationships of each circuit module; the mind map clearly organizes the design ideas for easy understanding of the overall architecture; the coil design types present different coil structure schemes to meet diverse requirements; the insulation design principle elaborates on the insulation measures to ensure the safe and stable operation of the system; the acceleration scheme types provide multiple acceleration strategies to improve the generation efficiency of the gravitational field. Among them, as Figure 3 highlighted, the design principles of the emitter and the shield are presented, providing a key basis for the emission and control of the gravitational field.

[0039] Specifically, in this embodiment, the principles and theories involved in constructing the gravitational field generator are the key foundation for the establishment and operation of the entire artificial field technology system. As Figures 9 to 22 shown, these diagrams and related elaborations deeply analyze the construction principles of the gravitational field generator, providing in-depth interpretations from the physical mechanisms at the microscopic level to the system architecture at the macroscopic level; at the same time, the theoretical system relied on provides a scientific guiding direction for the design and optimization of the gravitational field generator, clarifying the value ranges and interrelationships of various parameters. It is precisely based on these principles and theories that we can accurately design and manufacture the gravitational field generator so that it can stably and efficiently generate a gravitational field, thereby laying a solid foundation for the application of artificial field technology in multiple fields and promoting the continuous innovation and development of related technologies.

[0040] Specifically, in this embodiment, as Figure 1 、 Figure 3As shown, the gravitational field generator 101 adopts a three-dimensional emission scheme. Its emitter 201 is arranged with conductors in the x, y, and z directions to achieve omnidirectional gravitational field emission. In the acceleration scheme, when positive and negative charges in the acceleration coil interact to generate a gravitational field, the emitter 201 is connected to the positive electrode region, and at this time, an anti-gravitational field can be generated and instantaneously emitted. The information contained in the fluctuations of this anti-gravitational field is controlled by the output signal, and the key information is precisely regulated by the modulation signal.

[0041] Specifically, in this embodiment, as Figure 1 , Figure 3 shown, the gravitational field generator 102 adopts a directional emission scheme. It is based on the gravitational field generator 101 and an additional shield 202 is added. This shield 202 is connected to the negative electrode region. When designing the conductors of the emitter 201, in order to reduce costs, the conductors on two direction axes can be removed. As Figure 17 , 18 shown, the working principle of the emitter and the shield is: the anti-gravitational field instantaneously diverges to infinity, and the positive gravitational field instantaneously converges to infinity. The shield 202 is designed to surround the emitter 201. The information carried by the fluctuations of the anti-gravitational field is also controlled by the output signal, and the key information is controlled by the modulation signal.

[0042] The working principle of the present invention is deeply rooted in an innovative theory, that is, by specific technical means, the changing electromagnetic field is effectively converted into a gravitational field. On this basis, the present invention further makes a fine division of the gravitational field, clearly distinguishing between two different types of gravitational fields: positive gravitational field and anti-gravitational field. In practical applications, the present invention uses the emitter to achieve the emission of the gravitational field, and at the same time, cleverly uses the shield to precisely control the emission direction of the gravitational field to ensure that the gravitational field can be directionally emitted. The remarkable advantage of the present invention is its simple and efficient design, with high operability and versatility, and it can be quickly adapted and applied to multiple fields, such as artificial field scanning technology, artificial field imaging technology, and artificial field communication technology, etc., showing broad application prospects and development value.

[0043] Finally, it must be emphasized that the above content only elaborates in detail on a preferred embodiment of the present invention, and is not intended to limit the broad scope of protection that the present invention should enjoy in any way. Although the present invention has been comprehensively and deeply interpreted around this embodiment, those skilled in the art should clearly recognize that they can flexibly adjust according to the technical core disclosed in the foregoing embodiment, combined with specific application scenarios, and make equivalent replacements or innovative improvements to key technical elements. As long as these adjustments, replacements or improvements do not deviate from the core idea and basic principles of the present invention, whether it is a change in form, equivalent substitution or performance upgrade, it should be considered to fall within the protection scope of the present invention. The present invention actively advocates and encourages continuous exploration and innovation in this field to continuously expand its application fields and technical boundaries, and contribute to scientific and technological progress and development.

Claims

1. A transmitter based on an accelerated gravitational field generator, whose core features lie in the integration and breakthrough development of artificial field mass addition technology, artificial field interference technology, and artificial field space-time control technology. For the sake of concise elaboration, this article will focus on the innovation highlights of this technology and its key components. Specifically, this device ingeniously utilizes the gravitational field generator to construct a unique gravitational field emission mechanism, and realizes the three-dimensional and directional release of the gravitational field through the transmitter. During the directional emission process, a matching shield is specially designed to precisely control the emission range. The design of this shield is based on the specific requirements of directional emission to ensure the accuracy and efficiency of gravitational field emission. It should be noted that the transmitter obtains power by connecting to the high-voltage positive pole of the gravitational field generator, while the shield is ingeniously connected from the high-voltage negative pole to achieve the coordinated operation and precise regulation of the emission and shielding functions.

2. The emitter based on an accelerated gravitational field generator according to claim 1, wherein: When realizing the three-dimensional emission function, the transmitter is equipped with conductor structures in the x, y, and z spatial directions to support the all-round emission of the gravitational field. When directional emission is required, a shield composed of conductor materials is specially designed and applied according to the established directional emission range to achieve precise control of the emission direction and range. Among them, the transmitter is connected to the high-voltage positive pole of the gravitational field generator to obtain emission energy, while the shield is connected to the high-voltage negative pole to jointly form a complete emission and shielding system. The physical principle of its emission and shielding is that the anti-gravitational field instantaneously diverges to infinity, and the positive gravitational field instantaneously converges to infinity, and the directional control of the gravitational field is achieved through the coordinated action of the positive and negative poles.

3. The emitter based on an acceleration-type gravitational field generator according to claim 1, characterized in that: The gravitational field fluctuations generated by this technology are completely regulated by the output signal. This output signal consists of two core parts: the modulation signal and the carrier signal. Among them, the carrier signal is stably generated through an efficient LC oscillation scheme to provide the basic frequency for the gravitational field fluctuations. The key information in the output signal, such as the emission direction, intensity, etc., is mainly carried and dominated by the modulation signal to ensure the accuracy and flexibility of gravitational field emission.

4. The emitter based on an accelerated gravitational field generator according to claim 1, characterized in that: To elaborate its operating mechanism in depth, the following specific description is made. When an object moves in a uniform straight line along the x-axis at a speed v, its motion state will cause a relative change in the spatial structure, specifically manifested as an inclination in the x-axis direction. As the object's motion speed gradually approaches the speed of light, this inclination effect will become more and more significant. In the theoretical limit, the x-axis will rotate 90 degrees. At this time, the projected length of the space along the object's motion direction on the x-axis will theoretically be reduced to zero, indicating that in this specific direction, the three-dimensional space will degenerate into a two-dimensional space form. Given that the wave propagation speed of the gravitational field is the same as the speed of light (the specific basis can be seen in the attached drawings), in the extreme situation where the object reaches the speed of light, it can be analogously inferred that the anti-gravitational field instantaneously diverges to infinity, and the positive gravitational field instantaneously converges to infinity. This phenomenon provides an important theoretical support for understanding the operating characteristics of the gravitational field of the present invention under high-speed motion conditions.

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