Acceleration type gravitational field generator

Abstract

According to the method, a unified field theory and an interference field theory are taken as a foundation stone, and deep drilling and development of an artificial field and quality technology, an artificial field interference technology and an artificial field control space-time technology are realized. The core innovation is that positive and negative charges are driven to do accelerated motion by adopting an acceleration scheme, and electrostatic field generation is effectively avoided. Then, power is supplied to the coil, and the substance motion state and the mass change degree are enhanced along with rising of the electric field intensity. The invention relates to a simplified design of a device in an artificial field and quality technology (application number: 2025101271992), and aims to deeply explore the internal relation between a gravitational field and a substance.

Description

Technical Field

[0001] The present invention focuses on the cutting-edge field of artificial field technology and is a practical innovative technology developed by integrating artificial field plus mass technology, artificial field interference technology, and artificial field control of space-time technology. Its core value lies in being able to precisely control the gravitational field of matter, opening up new possibilities for the technical applications in related fields. Background Art

[0002] The present invention innovates based on the artificial field plus mass technology (application number: 2025101271992) and simplifies the design of the equipment in this technology. This simplification design is not a simple structural adjustment but a well-considered one, aiming to quickly verify the feasibility of the gravitational field generator with a more concise solution and promote its development process.

[0003] Compared with the existing complex equipment, the core advantage of the present invention is significant, that is, the design is simple and clear. This simple design greatly reduces the R & D difficulty and cost, enabling rapid development work in different fields. Whether it is a scientific research institution conducting basic research or an enterprise conducting technology transformation, they can quickly get started with the simple design of the present invention, saving a large amount of time and resources, thus accelerating the application and development of the gravitational field generator in various fields. Summary of the Invention

[0004] 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 new type of technology. Its core working principle is to accurately convert the change of the electromagnetic field into a gravitational field by means of high-precision control technology. The converted gravitational field is divided into a positive gravitational field and an anti-gravitational field, and the two act on the target matter respectively. In this way, the state change of matter under the action of different gravitational fields and the underlying physical mechanism are deeply explored and precisely regulated.

[0005] To achieve the established technical goals, the present invention has carried out 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, and has carefully designed an accelerating gravitational field generator. For the sake of simplicity in description, the new features and core components of this technology are elaborated below. The present invention uses an acceleration scheme to accelerate positive and negative charges, effectively avoiding the generation of an electrostatic field. At the connection of the terminal positive and negative poles, a capacitive scheme is used, that is, an insulating material is placed between the positive and negative poles to form a stable electric field. At the same time, it has the ability to output a DC high-voltage electric field for powering the coil. When matter is placed in the positive and negative pole regions, different phenomena will occur: the mass of the matter placed at the coil in the positive pole region shows a downward trend; while the mass of the matter placed at the coil in the negative pole region shows an upward trend.

[0006] Preferably, in the implementation of the present invention, two significant situations occur in the positive and negative electrode regions. When a substance is placed at the coil in the positive electrode region, its mass shows a downward trend; while when the substance is placed at the coil in the negative electrode region, the mass increases. The root cause of this phenomenon is that a changing electromagnetic field gives rise to a gravitational field, which can be further divided into a positive gravitational field and an anti-gravitational field. In the region of the anti-gravitational field, the mass of the substance decreases because the anti-gravitational field reduces the gravitational field of the substance; while in the region of the positive gravitational field, the mass of the substance increases because the positive gravitational field increases the gravitational field of the substance. It should be particularly noted that among these two gravitational fields, only the anti-gravitational field can act as a repulsive field. This is because the anti-gravitational field has a divergent property, and its effect tends to make objects move away from each other; while the positive gravitational field has a convergent property and usually shows an attractive effect, making objects approach each other.

[0007] Preferably, in the implementation of the present invention, the design of the wire parameters of the coil closely conforms to the changing requirements of the magnetic field and the electric field. Parameters such as wire diameter, length, and insulation layer need to be comprehensively considered. At the same time, the parameters of the coil itself, such as diameter, length, and number of turns, are also carefully designed according to the dynamic changes of the magnetic field and the electric field. In addition, the shape of the coil has a variety of choices, which can be a solenoid, a PCB coil, a square coil, a trapezoidal coil, etc., to adapt to different application scenarios.

[0008] Preferably, in the implementation of the present invention, in terms of the acceleration scheme, the present invention provides two schemes of magnetic field and electric field, which can be further divided into unidirectional DC, bidirectional DC, AC, and pulse schemes according to the current type. Without additional power increase, a high-voltage alternating electric field can be led out from the secondary of the transformer to accelerate positive and negative charges. The shape of the coil used in the acceleration scheme is the same as the above-mentioned coil shape and has a variety of choices. The core function of this acceleration scheme is to accelerate positive and negative charges, thereby generating a changing electromagnetic field and effectively avoiding the generation of an electrostatic field.

[0009] Preferably, in the implementation of the present invention, for the magnetic core, the present invention is designed specifically according to the electric field frequency. When the electric field is in a high-frequency state, ferrite magnetic cores, iron powder cores, amorphous and nanocrystalline magnetic cores, iron-silicon-aluminum magnetic powder cores, iron-nickel-molybdenum magnetic powder cores, etc. are selected; when the electric field is low-frequency, a silicon steel rod (silicon steel sheet, silicon steel strip) magnetic core is used. The diameter and length of the magnetic core are determined according to the coil design requirements, and its main function is to store magnetic field energy.

[0010] Preferably, in the implementation of the present invention, at the connection of the positive and negative terminals, the present invention adopts a capacitive scheme. There are two key points in the design of the insulating material, one is to prevent breakdown, and the other is to prevent creepage. The materials can be selected from silicone rubber, epoxy resin, ceramics, PTFE, etc. Based on relevant principles, the insulating layer can be designed into various shapes, such as cube, cuboid, cylinder, sphere, etc., to meet different installation and use requirements.

[0011] Preferably, in the implementation of the present invention, the rectifier circuit plays a crucial role. It can efficiently convert alternating current (AC) into direct current (DC). Specifically, the rectifier circuit separates the positive and negative half-cycles of the AC waveform and outputs a unidirectional pulsating DC. Common types of rectifier circuits include: half-wave rectifier circuit, which only uses one half-cycle of the AC for rectification and outputs half-wave DC; full-wave rectifier circuit, which uses two half-cycles of the AC for rectification and requires a center-tapped transformer or a double-diode configuration to output full-wave DC; bridge rectifier circuit, which consists of four diodes forming a bridge structure, does not require a center tap, and outputs full-wave DC with high rectification efficiency; voltage multiplier rectifier circuit, which is composed of multiple stages of diodes and capacitors in series and can achieve voltage multiplication of the output. It is worth mentioning that the rectifier circuit is a key element in distinguishing positive and negative gravitational fields in this technology.

[0012] Preferably, in the implementation of the present invention, the present invention includes a signal amplification and drive circuit system. This system is responsible for generating electromagnetic field changes corresponding to the input signal, creating necessary conditions for the subsequent conversion of the electromagnetic field into a gravitational field. The signal amplification circuit part can be composed of a single tube or a combination of multiple tubes, accurately matching the required output power according to actual needs to effectively enhance the electromagnetic field signal. The drive circuit receives the output signal of the signal amplification circuit and further processes it, providing a stable and reliable signal basis for the boosting process to ensure the smooth progress of the entire conversion process.

[0013] Preferably, in the implementation of the present invention, to increase the electric field strength, the present invention adopts a variety of strategies. These strategies include increasing the power of the power supply to increase the electric field energy basis, increasing the number of turns and diameter of the secondary coil of the transformer to optimize the electromagnetic conversion efficiency and enhance the electric field output, adding a capacitor bank to store and release electrical energy, and adding an inductor bank to store magnetic field energy, thereby further stabilizing and enhancing the electric field. Through these comprehensive means, the electric field strength is effectively increased, laying a foundation for converting the gravitational field strength.

[0014] Preferably, in the implementation of the present invention, the gravitational field fluctuations generated by the present invention are controlled by the output signal. This output signal consists of two major components, a modulation signal and a carrier signal, where the carrier signal can be provided through an efficient LC oscillation scheme. The role of this output signal is to adjust the gravitational field fluctuations to achieve a resonance state with the gravitational field of matter.

[0015] In summary, the technical effects and advantages of the present invention.

[0016] With a groundbreaking concept, the present invention successfully generates a gravitational field by utilizing a changing electromagnetic field. On this basis, we have delved deep into and clearly distinguished and defined two distinct forms of gravitational fields: the positive gravitational field and the anti-gravitational field. The present invention generates positive and anti-gravitational fields with a gravitational field generator and uses them to interfere with matter. The interference effects exhibit two obvious characteristics: under the interference of the anti-gravitational field, the gravitational field of matter gradually weakens; while under the interference of the positive gravitational field, the gravitational field of matter gradually strengthens. It is worth mentioning that the anti-gravitational field has the characteristic of acting as a repulsive field.

[0017] An acceleration-type gravitational field generator proposed by the present invention pursues simplicity in design, providing a practical solution for the quantitative analysis of gravitational fields. Its core advantage lies in its simple design, which makes it valuable for rapid development in multiple fields. For example, in the fields of artificial field scanning and artificial field imaging, it can help achieve more accurate detection and imaging; in the research and development of large electromagnetic guns, it can provide new technical ideas; and in the development of repulsive fields, it also has important application prospects. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] To comprehensively and accurately present the specific details of the technical solutions in the embodiments of the present invention or the prior art, the following will briefly describe the content of the drawings cited when elaborating the solutions. It should be emphasized that the drawings mentioned here are only visual references for some embodiments of the present invention, aiming to show intuitively and do not cover all possible application examples. For those skilled in the art, based on the basic principles revealed by the drawings, they can relatively easily derive other related or derivative figures and corresponding implementation manners without much creative effort. The core role of these drawings is to provide an intuitive and clear perspective, helping to deeply understand the technical concept of the present invention and stimulating its innovative vitality in diverse application scenarios.

[0019] Figure 1 Shows schematic diagrams of two circuits of the gravitational field generator.

[0020] Figure 2 Shows a mind map overview of the gravitational field generator.

[0021] Figure 3 Shows a schematic diagram of coil parameters.

[0022] Figure 4 Shows a schematic diagram of the available design types of the coil when using a PCB.

[0023] Figure 5 Shows a schematic diagram of the types of electric field frequencies selected by the magnetic core.

[0024] Figure 6 Shows a schematic diagram of the design principle of the capacitive scheme.

[0025] Figure 7 Shows a schematic diagram of the types of insulating layers that can be designed according to the design principle of the capacitive scheme.

[0026] Figure 8 Shows a schematic diagram of the types and functions of the acceleration scheme.

[0027] Figure 9 Shows a schematic diagram where the electric field, magnetic field, and gravitational field are perpendicular to each other, with the maximum value of the gravitational field.

[0028] Figure 10 Shows the division of the gravitational field into a positive gravitational field and an anti - gravitational field.

[0029] Figure 11 Shows a schematic diagram of the structure of the LC oscillation circuit and the corresponding frequency calculation formula.

[0030] Figure 12 Shows a schematic diagram of the waveform of the electromagnetic wave, along with the calculation formula for its frequency.

[0031] Figure 13 Shows the mathematical expression form of the space - time unification equation, along with the corresponding schematic diagram to help understand its physical meaning.

[0032] Figure 14 Shows a schematic diagram of how to generate an output signal through the combination of a modulation signal and a carrier signal.

[0033] Figure 15 Shows the derivation process, revealing the similarity between the space - time unification equation and the speed of the electromagnetic wave.

[0034] Figure 16 Shows a schematic diagram of the positive and anti - gravitational fields acting on the matter gravitational field respectively.

[0035] Figure 17 Shows a schematic diagram of the relationship between the universal gravitational constant of the gravitational field and the scalar speed of light.

[0036] Figure 18 Shows the core theoretical framework and its key formulas on which the present invention is based.

[0037] Figure 19 Shows the unity of gravitational force, electric field force, and magnetic field force.

[0038] Figure 20 Shows the unity of gravitational force, electric field force, and magnetic field force.

[0039] In the displays of FIGS. 1 to 8, the specific meanings represented by each reference numeral are described as follows: Gravitational field generator 101: This is the initial scheme, but it has obvious defects. That is, when the voltage increases, the region for accelerating positive and negative charges is extremely prone to breakdown. Gravitational field generator 102: This scheme is an improved version of gravitational field generator 101, and the main improvement lies in effectively isolating the region for accelerating positive and negative charges. Acceleration scheme 201: This scheme leads out an alternating high-voltage electric field through a transformer and uses this electric field to accelerate positive and negative charges. Acceleration scheme 202: This scheme includes two forms of magnetic field and electric field, and can be further divided into unidirectional DC, bidirectional DC, AC, and pulse schemes according to the current type. Coils 301, 302, 401, 402, 501, 502: The positions of these coils are different, and there are also various design options for their types. For example, materials such as wires, copper foils, aluminum foils, and PCBs can be used. Insulation 601, 602: Their main functions are to prevent high-voltage breakdown and creepage. Magnetic cores 701, 702: The selection of magnetic cores needs to be determined according to the electric field frequency. The different markings here are only because of the differences in their placement positions in the figure. Substances 801, 802: These two belong to the same type of target to be measured, but only the placement positions are different. Substance 801 is placed in the positive electrode region, and substance 802 is placed in the negative electrode region. Their materials can be metals or non-metals. Detailed implementation manners

[0040] Next, in combination with the drawings attached to the embodiments of the present invention, the technical solution details in this embodiment will be deeply and carefully analyzed. It must be clear that the embodiments listed here are only some representatives of the many feasible implementation schemes of the present invention. Their main functions are to illustrate through specific examples and do not mean to exhaust all possible application scenarios. The implementation schemes covered by the present invention have extensive extensibility. Based on the core content disclosed in this embodiment, those skilled in the art can relatively easily derive other related implementation schemes by virtue of their professional knowledge and skills. These derived schemes are essentially in line with the technical principles and ideas disclosed by the present invention, and therefore should all be regarded as being included in the technical scope claimed by the present invention.

[0041] Overview of the Embodiment: This embodiment is a breakthrough achievement obtained through further exploration and research based on the long-term accumulation of artificial field plus mass technology, artificial field interference technology, and artificial field control of space-time technology. In this embodiment, the present invention uses a specific acceleration scheme to accelerate positive and negative charges, thereby effectively preventing the generation of an electrostatic field. At the connection of the positive and negative terminals of the terminal, a capacitive structure design is adopted, that is, an insulating material is arranged between the positive and negative electrodes, thus constructing a stable electric field environment. The coil is powered by a DC high-voltage electric field with an output signal, and different phenomena occur in the positive and negative electrode regions: when a substance is placed at the coil in the positive electrode region, its mass shows a downward trend; while when the substance is placed at the coil in the negative electrode region, the mass of the substance shows an upward trend.

[0042] Specifically, at the level of the structure of the gravitational field generator, key components such as its power supply circuit, signal transmission circuit, drive control circuit, and rectifier filter circuit are all carefully and scientifically designed and optimized after a comprehensive and in-depth analysis of the existing technology and full integration of the relevant technical advantages. Since these components and their working principles are relatively mature in this field, to avoid redundant content, the specific mechanisms will not be elaborated in detail here. It should be emphasized that in this embodiment, the gravitational field generator is used to generate a positive gravitational field and an anti-gravitational field, and the two gravitational fields are used to irradiate substances respectively. Through this process, the movement degree and mass change degree of substances under the action of different gravitational fields are deeply explored, so as to provide strong support for the research and application in related fields.

[0043] Specifically, in this embodiment, as Figures 1 to 8 presented, it covers multiple key aspects involved in constructing the gravitational field generator, including detailed circuit diagrams, clear mind maps, various coil design types, different magnetic core design types, scientific insulation design principles, and various acceleration scheme types, etc. These together constitute the specific embodiment of the present invention.

[0044] Specifically, in this embodiment, as Figures 9 to 20 shown, it mainly demonstrates the relevant principles and theories for constructing the gravitational field generator. These principles and theories are the important cornerstones for the realization of the artificial field technology, provide a solid theoretical support for the development and application of the artificial field technology, clarify the direction and path of technology implementation, and are the key to promoting the artificial field technology from theory to practice.

[0045] Specifically, in this embodiment, as Figure 1As shown, the gravitational field generator 101 is an initial design scheme. In this scheme, the high-voltage DC electric field signal is passed into the coils 301, 302, 401, 402, 501, 502. The acceleration scheme 201 draws out a high-voltage AC electric field from the secondary end of the transformer to accelerate the positive and negative charges in the coils 401 and 402. The acceleration scheme 202 is used as a backup scheme and is put into use when the speed of the positive and negative charges does not meet the requirements. This scheme includes magnetic field and electric field schemes, which can be subdivided into unidirectional DC, bidirectional DC, AC, and pulse according to the type of current. Its function is to generate a changing electromagnetic field, thereby avoiding the generation of an electrostatic field. In the coil design, the coils 401 and 402 are separated by insulation 602, and the coils 501 and 502 are separated by insulation 601. However, there is no acceleration scheme at the coils 501 and 502. As terminals, their main function is to prevent arcing so as to further stably generate positive and negative gravitational fields. The coils 301 and 302 will select appropriate magnetic cores 701 and 702 according to the frequency of the electric field, and their function is to store magnetic field energy. The gravitational field generator 102 is an improved solution of the gravitational field generator 101, and has two main improvements: first, the coils 401 and 402 are no longer separated by insulation 602, but are directly separated; second, the coils 401 and 402 each draw a high-voltage AC electric field from the secondary end of the transformer as the acceleration solution 201, and each uses the acceleration solution 202 to accelerate the positive and negative charges. These two improvements prevent high-voltage leakage.

[0046] Specifically, in this embodiment, if Figure 1 As shown, the gravitational field generators 101 and 102 have two common effects. First, when the substance 801 is placed in the coil 301 in the positive region, an anti-gravitational field fluctuation will be output. If the anti-gravitational field fluctuation is in a high-frequency state, the movement degree of the substance 801 will change dramatically; if it is in a low-frequency state, the movement amplitude of the substance 801 will also change greatly. And, as time goes by, as Figure 16 As shown, the mass of substance 801 will gradually decrease. Second, when substance 802 is placed in coil 302 in the negative region, positive gravitational field fluctuations will be output. When the positive gravitational field fluctuations are high frequency, the movement degree of substance 802 changes dramatically; when they are low frequency, the movement amplitude of substance 802 changes greatly. Similarly, as time goes by, Figure 16 As shown, the mass of matter 802 will gradually increase. The reason for the above phenomenon is that the anti-gravitational field can offset the gravitational field of matter, thereby reducing the mass of matter 801; while the positive gravitational field will increase the gravitational field of matter, causing the mass of matter 802 to increase.

[0047] Specifically, in this embodiment, Figure 1It can be seen that in the schemes of the gravitational field generators 101 and 102, a repulsive force field can only be developed at the coil 301 in the positive electrode region, while the coil 302 in the negative electrode region does not have this ability. This is because the anti-gravitational field has a divergent characteristic, corresponding to the positive electrode region; while the positive gravitational field has a convergent characteristic, corresponding to the negative electrode region.

[0048] Specifically, in this embodiment, from Figure 3 it can be seen that the coil parameters of the acceleration schemes 201 and 202 and the coils 301, 302, 401, 402, 501, and 502, such as diameter, length, number of turns, insulation layer thickness, etc., as well as the wire parameters of the coils, are all carefully designed according to the changes in the magnetic field and electric field.

[0049] Specifically, in this embodiment, Figure 4 it shows that when the acceleration schemes 201 and 202 and the coils 301 and 302 adopt PCB coils, the design types of the coils are rich and diverse, including various spiral lines and double spiral lines such as spiral line, double spiral line, square spiral line, square double spiral line, trapezoidal spiral line, trapezoidal double spiral line, etc.

[0050] Specifically, in this embodiment, from Figure 5 it can be known that the selection of the magnetic cores 701 and 702 is closely related to the electric field frequency. When the electric field frequency is high, ferrite magnetic cores, iron powder cores, amorphous and nanocrystalline magnetic cores, iron silicon aluminum magnetic powder cores, iron nickel molybdenum magnetic powder cores, etc. can be selected; when the electric field frequency is low, a silicon steel bar (silicon steel sheet, silicon steel strip) magnetic core is a suitable choice.

[0051] Specifically, in this embodiment, Figure 6 , Figure 7 shows the design principles and designable types of the insulations 601 and 602. Their main function is to prevent high-voltage breakdown and high-voltage creepage, and the materials can be selected from silicone rubber, epoxy resin, ceramic, PTFE, etc.

[0052] Specifically, in this embodiment, from Figure 8 it can be known that the acceleration scheme 202 includes magnetic field and electric field schemes, which can be divided into unidirectional DC, bidirectional DC, AC, and pulse according to the current. Its function is to generate a changing electromagnetic field to prevent the generation of an electrostatic field. And Figure 1 shows that the acceleration scheme 201 is a high-voltage AC electric field scheme.

[0053] Specifically, in this embodiment, such as Figure 1 , Figure 2As shown, the rectifier circuit can be divided into four main types according to its working principle and characteristics. The first is the half-wave rectifier circuit, which cleverly utilizes the unidirectional conductivity of the diode. In a complete cycle of alternating current, only allows current to pass through the load in half a cycle, and the other half cycle is blocked by the diode. Therefore, its output voltage is approximately half of the original alternating voltage. The second is the full-wave rectifier circuit, aiming to improve the rectification efficiency and the smoothness of the output voltage, and can be further divided into two categories: the center-tapped full-wave rectifier circuit of the transformer. This circuit requires the secondary winding of the transformer to have a center tap to divide the positive and negative half waves of the alternating voltage, ensuring that the positive and negative half wave currents can continuously supply the load; the bridge full-wave rectifier circuit, which consists of four diodes to form a rectifier bridge structure. When the positive and negative half waves of the sinusoidal alternating current come, the on and off states of the diodes alternate, making the current flowing through the load in the same direction and outputting a stable DC voltage. The third is the full-wave bridge rectifier circuit, which can be regarded as a special case of the full-wave rectifier circuit, and also uses a rectifier bridge composed of four diodes to achieve full-wave rectification, with high efficiency and stable output. The fourth is the voltage multiplier rectifier circuit, the unique feature of this circuit is to combine the rectification function of the diode and the energy storage characteristic of the capacitor, which can boost a lower AC voltage to a higher DC voltage to meet specific requirements.

[0054] Specifically, in this embodiment, as Figure 1 , Figure 2 shown, this embodiment includes a signal amplification and drive circuit system, which is responsible for generating the electromagnetic field change corresponding to the input signal, providing a necessary prerequisite for the subsequent conversion of the electromagnetic field into a gravitational field. The signal amplification circuit can be composed of a single tube or a combination of multiple tubes to match the required output power and enhance the electromagnetic field signal; the drive circuit receives the output signal of the signal amplification circuit and further processes it, providing a stable and reliable signal basis for the boosting process to ensure the smooth progress of the conversion process.

[0055] Specifically, in this embodiment, as Figure 1 , Figure 2 shown, this embodiment adopts a variety of strategies to increase the electric field strength, including increasing the power of the power supply to increase the electric field energy basis, increasing the number of turns and diameter of the secondary coil of the transformer to optimize the electromagnetic conversion efficiency, adding a capacitor bank to store and release electrical energy, adding an inductor bank to store magnetic field energy. By these comprehensive means, the electric field strength is increased to provide a basis for the conversion of the gravitational field.

[0056] The working principle of the present invention is based on the innovative theory of converting a changing electromagnetic field into a gravitational field. On this basis, the gravitational field is further accurately divided into two major categories: the positive gravitational field and the negative gravitational field. In the actual application process, the present invention cleverly uses a voltage with a specific signal to supply power to the coil. When an electric current passes through the coil, a corresponding change in the electromagnetic field will occur. According to the aforementioned innovative theory, this changing electromagnetic field will further be converted into gravitational field fluctuations. Through these gravitational field fluctuations, we can deeply explore the changes in the degree of material movement and the degree of mass change, providing new ways and methods for related research. The remarkable advantage of the present invention is that its design is simple and clear, and the structure is not complex, which makes it have great value for rapid development and application in various fields. For example, in the field of artificial field scanning, the gravitational field fluctuations generated by it can be used for more accurate scanning; in artificial field imaging, it can provide a unique field source for imaging; in the field of large electromagnetic guns, it may bring new ideas for improving their performance; in the development of repulsive force fields, it can also play a unique role.

[0057] Finally, it should be emphasized that the above content only elaborates in detail on a certain preferred embodiment proposed for the present invention, and is not intended to limit the protection scope of the present invention in any way. Although a comprehensive and in-depth analysis has been carried out around this embodiment, professionals in the field should clearly recognize that they can flexibly adjust according to the technical key points shown in the aforementioned embodiment, combined with specific application scenarios, make equivalent replacements or innovative optimizations of key technical elements. As long as these measures do not deviate from the core idea and basic principles of the present invention, whether it is a morphological change, equivalent replacement or performance improvement, it should be included in the protection scope of the present invention. The present invention actively encourages continuous exploration and innovation in this field to expand the application fields and technical boundaries and promote scientific and technological progress.

Claims

1. An accelerated gravitational field generator, whose core feature lies in that this device is an innovative integration and development of artificial field plus mass technology, artificial field interference technology, and artificial field space-time control technology. For the convenience of elaboration, the following will focus on its new features and core components. This invention adopts an acceleration scheme to drive the accelerated movement of positive and negative charges to avoid the generation of an electrostatic field. The connection between the terminals of the positive and negative poles adopts a capacitive design, that is, an insulating material is set between the positive and negative poles to form a stable electric field. A DC high-voltage electric field with an output signal is used to supply power to the coil. In the positive and negative pole regions, substances show different mass changes: the mass of substances in the coil in the positive pole region decreases, while the mass in the negative pole region increases.

2. The acceleration-type gravitational field generator according to claim 1, characterized in that: In the positive and negative pole regions, substances show two mass change states. The mass of substances placed in the coil in the positive pole region shows a decrease; while the mass of substances in the coil in the negative pole region shows an increase. This phenomenon is due to the fact that a changing electromagnetic field can generate a gravitational field, and this gravitational field can be further divided into positive and anti-gravitational fields. The mass of substances decreases in the anti-gravitational field region and increases in the positive gravitational field region. Moreover, only the anti-gravitational field can act as a repulsive field because it has a divergent characteristic, while the positive gravitational field has a convergent characteristic.

3. An acceleration-type gravitational field generator according to claim 1, characterized in that: In terms of coil design, the relevant parameters of the wire, including diameter, length, and wire insulation layer, etc., are all designed specifically in close combination with the changes in the magnetic field and electric field. At the same time, the parameters of the coil itself, such as diameter, length, number of turns, etc., are also optimized according to the changes in the magnetic field and electric field. In addition, the shape of the coil is not fixed and single, but there are various choices. For example, common solenoids, PCB coils with higher integration, regular square coils, and special trapezoidal coils, etc., can all be selected according to actual needs to meet the working requirements in different scenarios.

4. An acceleration-type gravitational field generator according to claim 1, characterized in that: The acceleration scheme is one of the key technologies of this generator, which includes two schemes of magnetic field and electric field. From the perspective of current type, it can be divided into various forms such as unidirectional DC, bidirectional DC, AC, and pulse. Without the need to additionally increase power, a high-voltage AC electric field can be led out from the secondary of the transformer, and this electric field is used to accelerate positive and negative charges. Moreover, the shape of the coil used in the acceleration scheme is the same as the various coil shapes mentioned above, providing flexible and diverse hardware support for the acceleration process. The core role of the acceleration scheme is to accelerate the movement of positive and negative charges, thereby generating a changing electromagnetic field, effectively avoiding the generation of an electrostatic field, and ensuring the stable operation of the generator.

5. An acceleration-type gravitational field generator according to claim 1, characterized in that: In the selection of the magnetic core, the influence of the electric field frequency is fully considered. When the electric field is in a high-frequency state, magnetic cores with good high-frequency characteristics such as ferrite cores, iron powder cores, amorphous and nanocrystalline cores, iron silicon aluminum magnetic powder cores, and iron nickel molybdenum magnetic powder cores are selected; while when the electric field is low-frequency, silicon steel rods (silicon steel sheets, silicon steel strips) cores are used. The diameter and length of the magnetic core are not set randomly, but are reasonably matched according to the design requirements of the coil. The magnetic core plays an important role in the generator, and its main function is to store magnetic field energy and provide energy support for the generation and regulation of the gravitational field.

6. An acceleration-type gravitational field generator according to claim 1, characterized in that: The positive and negative connection points of the terminal adopt a capacitive solution. For the insulating material among them, two key points are emphasized in the design. One is to prevent breakdown phenomena from occurring to ensure the safe and stable operation of the device; the other is to prevent creepage and avoid failures caused by creepage. The material selection of the insulating material is rich and diverse, and common ones include silicone rubber, epoxy resin, ceramics, PTFE, etc. Based on the principle of the capacitive solution, the insulating layer can be designed into various shapes, such as cubes, cuboids, cylinders, spheres, etc., to adapt to different installation environments and space requirements.

7. An acceleration-type gravitational field generator according to claim 1, characterized in that: The rectifier circuit undertakes the key task of efficiently converting alternating current (AC) into direct current (DC) in this technology. It separates the positive and negative half-cycles of the alternating current waveform and outputs unidirectional pulsating direct current. Specifically, there are various types of rectifier circuits. The half-wave rectifier circuit only uses one half-cycle for rectification and outputs half-wave direct current; the full-wave rectifier circuit uses two half-cycles and requires a center-tapped transformer or a double-diode configuration to output full-wave direct current; the bridge rectifier circuit uses a four-diode bridge structure, does not require a center tap, outputs full-wave direct current and has a high rectification efficiency; the voltage multiplier rectifier circuit realizes voltage multiplication at the output through a series connection of multiple diodes and capacitors. It should be noted that the different direct current characteristics output by the rectifier circuit are the key factors for distinguishing positive and negative gravitational fields.

8. An acceleration-type gravitational field generator according to claim 1, characterized in that: This generator is equipped with a signal amplification and drive circuit system, which is an important prerequisite for the conversion of electromagnetic fields into gravitational fields. The signal amplification circuit part can be composed of a single tube or a combination of multiple tubes, and can be accurately matched according to the required output power to effectively enhance the electromagnetic field signal. The drive circuit is responsible for receiving the output signal of the signal amplification circuit and further processing it to provide stable and reliable signal support for the subsequent step-up process and ensure the smooth progress of the conversion process.

9. An acceleration-type gravitational field generator according to claim 1, characterized in that: To increase the electric field strength, this generator adopts various strategies. By increasing the power of the power supply to increase the basis of electric field energy, increasing the number of turns and diameter of the secondary coil of the transformer to optimize the electromagnetic conversion efficiency and enhance the electric field output, adding a capacitor bank to store and release electrical energy, and adding an inductor bank to store magnetic field energy, jointly stabilize and strengthen the electric field and lay the foundation for the conversion of gravitational field strength.

10. An acceleration-type gravitational field generator according to claim 1, characterized in that: The gravitational field fluctuations generated by this technology are precisely regulated by the output signal. This output signal consists of two major components, the modulation signal and the carrier signal, among which the carrier signal is generated by means of an efficient LC oscillation scheme. The main function of the output signal is to regulate the gravitational field fluctuations so that they can reach a resonance state with the gravitational field of matter.

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