CN119360729A - An experimental system for achieving weight reduction by asymmetrically changing magnetic field - Google Patents

Abstract

An experimental system for achieving weight loss by using an asymmetric changing magnetic field, characterized in that the system comprises two parts, namely a weight loss device part and a special power supply part, wherein the weight loss device part can be any type of inductor coil, such as a toroidal inductor (9), an I-shaped inductor (3), a pancake-shaped inductor (5) or a Rodin coil inductor (6), and adopts the special power supply (11) of the present invention, and the sawtooth wave voltage output is used to power it and produce a certain weight loss effect, and the weight loss effect is tested by a high-precision electronic scale (7).

Description

Experimental system for realizing weight reduction of asymmetric variable magnetic field

Technical Field

The invention relates to the field of experiments of gravity research, in particular to an experiment system for realizing weight reduction by an asymmetrically-changed magnetic field.

Background

Gravity is ubiquitous, all large-mass celestial bodies including the earth have gravity, people research gravity related technologies for many years and do produce certain achievements, patent with publication number CN201310186964.5 discloses an experimental device for disturbing a gravity field, the gravity field of a central area in the device is disturbed through a magnetic field, patent with publication number CN201310186996.5 also discloses a circular ring type gravity field disturbing device, and the gravity field of a certain area above the device is disturbed through the magnetic field. The weight of the object in the area near the device is reduced by interfering the gravity field through the magnetic field, but the prior art only realizes the interference gravity field outside the device, so that the weight of the object outside the system is reduced, the interfered gravity field does not act on the system, so that the system can not generate the weight reduction phenomenon, and a set of device for realizing the weight reduction of the whole system is not constructed in a laboratory at present.

Disclosure of Invention

Aiming at the problems existing in the prior art, the invention aims to provide an experimental system for realizing weight reduction by an asymmetrically-changed magnetic field. In order to realize that the system interference gravity field also acts on the system, the system mainly comprises two parts, namely a power supply part and a weight reduction device part, wherein the weight reduction part is arranged on a high-precision scale for measuring the weight reduction effect, the power supply part is arranged aside, if a balanced pallet is large enough, the power supply and the weight reduction part can be arranged on the pallet, and the test effect is more strict. The invention discloses a weight-reducing part, which is various inductance coils, wherein a typical weight-reducing device adopts an annular magnetic conduction circular ring, and aims to construct a magnetic field with a changeable surrounding shape, and the material can adopt silicon steel, ferrite, a closed vacuum circular ring or the like, and electromagnetic coils are wound outside the circular ring. The purpose is to make the magnetic field change rapidly by using high voltage, or to increase the difference between the maximum magnetic field and the minimum magnetic field by using large current, the weight reduction effect is also increased, or both the high voltage and the large current are combined.

The power supply part of the invention is not a normal direct current or alternating current, but a pulse power with a certain gradient, and is characterized in that the time consumption of the two stages is different when the output voltage of the power supply is increased and decreased, and one stage is far larger than the other stage. Such as a rapid increase in voltage and then a slow decrease in voltage, or a slow increase in voltage and then a rapid decrease in voltage. Thereby forming a saw-tooth voltage waveform. The voltage can be obtained by two methods, the first method adopts a mode of combining direct-current high-voltage capacitor with spark gap discharge, and the high-voltage capacitor is adopted, so that the voltage is rapidly discharged when the voltage is high, and is slowly discharged when the voltage is low, and the phenomenon that the voltage is slowly reduced after being rapidly increased can occur. The second mode adopts a transistor circuit mode, and artificial modulation can conveniently control rapid increase and slow decrease or slow increase and rapid decrease, and the second mode can be more flexible and convenient and even can be adjusted into sawtooth wave alternating current, and can also produce weight reduction effect. When this special current is input into the toroidal coil, an asymmetrically changing magnetic field is generated which is unidirectional and surrounds, rapidly increases or rapidly decreases. The varying magnetic field causes the annular coil and the central region of the coil to simultaneously exhibit a weight loss phenomenon, resulting in a high accuracy reading of the weight loss effect exhibited by the scale.

The invention finds in experiments that the higher the frequency of the pulse voltage of the power supply is, the better the effect is, one case is that the voltage pulse peak is 950V, the current is 15A, and when the frequency reaches 9.65MHz, the suspension of 60 kg of inductors is realized. The invention has the following beneficial effects:

The invention constructs asymmetric changing magnetic field through special power supply in the system, which not only can disturb gravity field to realize the lightening of the object weight in the central area of the device, but also changes the area scope disturbing gravity field, realizes the enlargement of the influencing scope disturbing gravity field, and has influence on the system itself, which has not been published before the invention, the change is huge to the existing gravity research field, the change also represents the final result of the experiment, which is not the lightening of a target area, but the lightening of the system itself and the bigger area around the target area, then the invention has the beneficial effect that the system disturbing gravity field becomes a carrying tool, thereby realizing the remote transportation function of goods and personnel.

Drawings

FIG. 1 is a schematic diagram of a toroidal inductor weight loss device

FIG. 2 is a schematic diagram of another inductance weight-reducing device

FIG. 3 is a schematic diagram of the weight reduction system

The reference numerals in the figures illustrate:

1. annular magnetic conduction ring 2, electromagnetic coil 3, I-shaped inductor 4, coil 5, pancake coil 6, rhodamine coil 7, high-precision electronic scale 8, tray 9, annular inductor 10, weight 11 of any material, and special power supply

Detailed Description

The system mainly comprises two parts, namely a power supply part and a weight reduction part, wherein the weight reduction part is arranged on a high-precision scale (7) for measuring the weight reduction effect, the power supply part (11) is arranged aside, and if a scale tray (8) is large enough, the power supply (11) and the weight reduction parts (9) and (10) can be arranged on the measuring tray, so that the testing process is more rigorous. Meanwhile, in order to increase the stringency again, the invention can also adopt a mechanical weighing mode to prevent the problems of inaccurate reading and the like caused by interference of an electronic weighing.

As shown in fig. 1 and 2, the weight reducing device of the present invention is an inductance coil with various shapes, and because the core technology of the present invention is on the power source, the weight reducing phenomenon can be generated when any inductance coil is electrified, the difference is that the inductance shape is different, and the flow direction of the magnetic field in the inductance coil is also different. Such as the toroidal electromagnetic coil (2) of fig. 1 and the rhodamine coil inductor (6) of fig. 2, the generated magnetic field is in a surrounding shape, and the weight (10) of any material placed at the center of the magnetic field can also generate weight reduction phenomenon because the changed surrounding magnetic field can generate a gravitational field in the surrounding axial direction.

In fig. 2, the i-shaped inductor (3) is also wound with a coil (4) which generates a typical one-side N-pole and one-side S-pole non-conservative magnetic field, and the pancake coil (5) has a magnetic field similar to that of the i-shaped inductor (3). Weights in this magnetic field range will all produce weight loss. However, the difference is that the magnetic field generated by the rhodamine coil (6) in fig. 2 comprises a typical non-conservative magnetic field and also has a surrounding magnetic field similar to the annular electromagnetic coil (2), and the weight reduction effect is more obvious. However, no matter the shape of the inductor, the saw-tooth wave power supply can be used for supplying power to various induction coils, so that obvious weight reduction phenomenon can be generated.

Next, explanation is made by taking an annular magnetic ring inductor (1) of fig. 1 as an example, and an annular magnetic conductive ring (1) is adopted, and materials of the annular magnetic ring inductor can be silicon steel, ferrite, a closed vacuum ring or the like, and an electromagnetic coil (2) is wound outside the ring, so that the weight reduction effect is obvious, two schemes of high-voltage small current or low-voltage large current can be adopted, and thousands of turns of thin wires or hundreds of turns of thick wires of turns of thin wires can be wound respectively. When high voltage is adopted, the voltage is as high as tens of thousands of volts, so the current can be released instantaneously, the generated magnetic field change speed can be relatively high, and the weight reduction effect can be more obvious due to the higher magnetic field change speed. When high current is used, the current reaches hundreds of amperes, so that a stronger magnetic field can be generated, the difference value of the change of the magnetic field from small to large or from large to small is increased, and an obvious weight reduction effect can be generated.

As shown in fig. 3, the weight-reducing system is schematically shown, the left side is a high-precision electronic scale, the right side is a special power supply (11) of the invention, the power supply (11) of the invention is not a common direct current or alternating current power supply, but has a certain gradient waveform, and pulse electricity of the waveform is repeated, commonly called sawtooth wave. The power supply is characterized in that the time consumed by the two phases is different when the voltage output by the power supply is increased and decreased, one being much larger than the other. Such as a rapid increase in voltage followed by a slow decrease in voltage, or a slow increase in voltage followed by a rapid decrease in voltage. Thereby forming a saw-tooth voltage waveform. The voltage can be obtained by two methods, namely, a high-voltage capacitor is combined with a spark gap discharging mode, namely, a high-voltage generator is used for generating direct current, then the capacitor is charged, a spark gap switch is connected in series between the capacitor and a load, when the voltage of the capacitor is generated to a voltage value which can enable the spark gap switch to break down air and conduct, the spark gap is broken down, the capacitor is rapidly discharged, and the discharging gradually becomes slow along with the voltage reduction. The sawtooth voltage can be obtained rapidly by using the mode, and the principle is that the high-voltage capacitor is adopted, so that the voltage is discharged rapidly when the voltage is high, and is discharged slowly when the voltage is low, so that the coil can generate the phenomenon that the voltage is increased rapidly and then is reduced slowly from the view of a load end.

The second mode adopts a transistor mode, which is an artificial modulation voltage waveform, can conveniently control rapid increase and slow decrease, or slow increase and rapid decrease, can more flexibly and conveniently obtain sawtooth wave voltages with any desired various frequencies, even adjusts the sawtooth wave voltages into sawtooth wave alternating current to supply power to the inductor, for example, when the sawtooth wave alternating current is adopted, the N of the inductor is rapidly increased to N and slowly weakened, then the S is very slowly increased to S, and the weight reduction effect can be generated. When this special current is input into the electromagnetic coil (2), an asymmetrically changing magnetic field which surrounds in a single direction and increases or decreases rapidly is generated. The varying magnetic field causes the annular coil and the central region of the coil to simultaneously exhibit a weight loss phenomenon, resulting in a high accuracy reading of the weight loss effect exhibited by the scale.

At the same time, the special current is input into any shape of inductance coil, such as a cylindrical inductance (3), a pancake inductance (5), a rhodamine coil inductance (6) and the like, so that a certain weight reduction effect is generated.

The embodiment of the invention finds that the higher the pulse frequency of the power supply is, the better the effect is, wherein the peak of the voltage pulse of one weight reduction experiment is 950V, the current is 15A, and when the frequency reaches 9.65MHz, the suspension of 60 kg of I-shaped inductors is realized, and the striking height of one meter is achieved.

The foregoing description of the preferred embodiments of the present invention should not be taken as limiting the scope of the invention, which is defined by the appended claims, and all such modifications as would be obvious to one skilled in the art to which this invention pertains are deemed to be covered by the principles and concepts of the invention.

Claims (10)

1. An experimental system for achieving weight reduction by using an asymmetric changing magnetic field, characterized in that the system comprises two parts, namely a weight reduction device part and a special power supply part, wherein the weight reduction device part can be any type of inductor coil, such as a toroidal inductor (9), an I-shaped inductor (3), a pancake-shaped inductor (5) or a Rodin coil inductor (6), and adopts the special power supply (11) of the present invention, and the sawtooth wave voltage output is used to power it and produce a certain weight reduction effect, and the weight reduction effect is tested by a high-precision electronic scale (7). 2. According to claim 1, an experimental system for achieving weight loss by asymmetric changing magnetic field is characterized in that: various types of inductor coils can all adopt tens of thousands of volts of high voltage electricity, that is, an inductor device composed of thousands of turns of thin wire. The higher the voltage, the faster the voltage at the inductor end changes, the faster the magnetic field generated by the inductor changes, and the more obvious the weight loss effect. 3. According to claim 1, an experimental system for achieving weight reduction by using an asymmetric changing magnetic field is characterized in that various types of inductance coils can also be used in the form of large currents of several hundred amperes, that is, an inductance device composed of hundreds of turns of thick wire. The greater the current, the greater the difference between the maximum magnetic field and the minimum magnetic field of the changing magnetic field generated by the inductor, and the more obvious the weight reduction effect. 4. An experimental system for achieving weight reduction by using an asymmetric changing magnetic field according to claim 1 is characterized in that the inductor of the weight reduction device of the present invention can have any shape, and can be any one of a toroidal inductor (9), an I-shaped inductor (3), a pancake-shaped inductor (5) or a Rodin coil inductor (6). The difference is that a heavy object (10) made of any material can be placed in the central area of the toroidal inductor (9) and the Rodin coil inductor (6), which will also produce a weight reduction phenomenon. 5. According to claim 1, an experimental system for achieving weight loss by using an asymmetric changing magnetic field is characterized in that: when the output voltage waveform of the power supply (11) increases and decreases, the time consumed in these two stages is different, and one of them is much faster than the other, that is, the power supply voltage of the present invention is in the form of a sawtooth wave. This waveform shows that there is an obvious asymmetry between the speed of voltage increase and the speed of voltage decrease, thereby achieving an asymmetric changing magnetic field. 6. An experimental system for achieving weight loss by using an asymmetric changing magnetic field according to claim 1, characterized in that when the voltage of the power supply (11) of the present invention is a sawtooth pulse DC voltage, its voltage increases rapidly and decreases slowly. 7. An experimental system for achieving weight loss by using an asymmetric changing magnetic field according to claim 1, characterized in that when the voltage of the power supply (11) of the present invention is a sawtooth pulse DC voltage, another form of the voltage is a continuous slow increase and rapid decrease. 8. An experimental system for achieving weight loss by using an asymmetric changing magnetic field according to claim 1, characterized in that when the voltage of the power supply (11) of the present invention is a sawtooth pulse DC voltage, it can be obtained by using a DC high-voltage capacitor combined with a spark gap discharge. 9. An experimental system for achieving weight loss by using an asymmetric changing magnetic field according to claim 1, characterized in that the voltage of the power supply (11) of the present invention can be a sawtooth pulse DC voltage as well as a sawtooth AC voltage, and any desired sawtooth waveform voltage can be obtained by using a transistor circuit. 10. An experimental system for achieving weight loss by using an asymmetric changing magnetic field according to claim 1, characterized in that the higher the pulse frequency of the power supply (11) of the present invention, the better the effect, and the optimal frequency is 9.65 MHZ.