Preparation method and system of spiral magnetic matrix solution and spiral magnetic matrix solution

Abstract

The invention provides a preparation method and system of a spiral magnetic matrix solution and the spiral magnetic matrix solution. The method comprises the steps that a water body to be treated is placed in a physical energy field of a mineral excitation device, activated water is obtained, and the physical energy field is configured to be capable of destroying a hydrogen bond network among water molecules and exciting the activity of the water molecules; the physical energy field comprises ultrasonic energy and / or far infrared radiation energy excited by natural minerals; the activated water is guided into a spiral magnetic field generating device, water molecules of the activated water form a spiral series chain in a spiral magnetic field generated by the spiral magnetic field generating device, and the spiral magnetic matrix solution is obtained. A spiral magnetic theory and a functional aqueous solution preparation technology are deeply combined, a spiral magnetic matrix solution is obtained based on physical field effects of ultrasonic waves, far infrared rays, a spiral magnetic field and the like, chemical addition is avoided in the whole process, and extremely high biological safety and environment friendliness of a product are ensured.

Description

Technical Field

[0001] This application relates to the field of matrix solution preparation, and more specifically, to a method, system, and helical magnetic matrix solution preparation method. Background Technology

[0002] Currently, functionalized aqueous solutions are showing increasing application potential in fields such as biomedicine, cosmetics, and environmental remediation. Existing technologies commonly employ water treatment methods including chemical modification, electrolysis, conventional magnetization, and microwave treatment. While these methods can alter the physicochemical properties of water to some extent, they generally suffer from the following limitations: the treatment process easily introduces chemical residues, affecting biosafety; energy utilization efficiency is low, making it difficult to achieve deep optimization of water molecule cluster structures; even if optimization is achieved, it is difficult to maintain the structure for extended periods; functions are limited, making it difficult to simultaneously achieve multiple biological activities such as moisturizing, repairing, and antibacterial effects; and there is a lack of precise control over the water molecule-level structure, especially the inability to achieve efficient delivery and energy transfer of water molecules at the cellular level. Summary of the Invention

[0003] The purpose of this application is to provide a method, system, and solution for preparing a helical magnetic matrix solution to solve the above-mentioned technical problems.

[0004] In a first aspect, the present invention provides a method for preparing a helical magnetic matrix solution, comprising the following steps: The water to be treated is placed in the physical energy field of a mineral excitation device to obtain activated water. The physical energy field is configured to disrupt the hydrogen bond network between water molecules and excite the activity of water molecules. The physical energy field includes ultrasonic energy and / or far-infrared radiation energy excited by natural minerals. The activated water is introduced into a spiral magnetic field generating device, so that the water molecules of the activated water form a spiral series chain in the spiral magnetic field generated by the spiral magnetic field generating device, thereby obtaining a spiral magnetic matrix solution.

[0005] In an optional embodiment, the natural mineral is selected from Bian stone, jade, or natural minerals with high far-infrared emissivity and the characteristic of generating ultrasonic pulses through friction.

[0006] In an optional embodiment, the mineral activation device includes: An energy excitation module is used to drive the natural mineral fixed thereon to synchronously generate ultrasonic waves within a preset frequency range and to emit far-infrared radiation within a preset wavelength range. The first water action module is used to contain water and couple ultrasonic and far-infrared energy into the water, while ensuring uniform energy action through circulation and stirring. The first control module is used to control the power density of the ultrasonic waves, the intensity of the far-infrared radiation, the processing time, and the surface temperature of the mineral.

[0007] In an optional embodiment, the helical magnetic field generating device includes: The magnetic field generating module includes at least two sets of dynamically rotatable permanent magnet arrays, which are driven to rotate at high speed by a drive mechanism to generate a helical magnetic field. The second water action module is a fluid channel located within the effective action area of ​​the magnetic field generation module, used to allow the activated water to flow through and be exposed to the spiral magnetic field; The second control module is used to adjust the rotation speed, rotation direction, and relative spacing between the permanent magnet arrays, thereby controlling the intensity and shape of the spiral magnetic field.

[0008] In an optional embodiment, the inner wall of the second water-acting module is made of a magnetically conductive material to enhance the efficiency of transferring spiral magnetic field energy to the water.

[0009] Secondly, the present invention provides a helical magnetic matrix solution prepared by any of the methods described in the foregoing embodiments, wherein water molecules are organized into a stable helical tandem chain structure by means of the helical magnetic matrix.

[0010] In an optional embodiment, the solution has one or more of the following properties: moisturizing properties, soothing properties, repair-promoting properties, and antibacterial properties.

[0011] Thirdly, the present invention provides the use of the spiral magnetic matrix solution according to the foregoing embodiments as an active ingredient or medium carrier in the preparation of products with bioregulatory functions.

[0012] In an optional embodiment, the product is a cosmetic, skin care product, or topical skin repair preparation; or, the product is a medical dressing or rinsing solution used as an adjunct treatment for skin or mucous membrane damage, inflammation, or infection.

[0013] Fourthly, the present invention provides a system for preparing a helical magnetic matrix solution, comprising: a mineral excitation device and a helical magnetic field generating device; the mineral excitation device and the helical magnetic field generating device are sequentially connected via fluid pipes; The mineral excitation device is used to place the water to be treated in a physical energy field to obtain activated water. The physical energy field is configured to disrupt the hydrogen bond network between water molecules and excite the activity of water molecules. The physical energy field includes ultrasonic energy and / or far-infrared radiation energy excited by natural minerals. The spiral magnetic field generator is used to form a spiral series chain of water molecules in the activated water in the spiral magnetic field generated by the spiral magnetic field generator, thereby obtaining a spiral magnetic matrix solution.

[0014] This application deeply integrates helical magnetic theory with functional aqueous solution preparation technology. Based on the effects of physical fields such as ultrasound, far-infrared radiation, and helical magnetic fields, a helical magnetic matrix solution is obtained. The entire process involves zero chemical additives, ensuring extremely high biosafety and environmental friendliness of the product. Through a two-stage synergistic treatment of Bianstone energy activation and helical magnetic empowerment, water molecule clusters are not only broken down into smaller clusters, but also endowed with a unique helical magnetic matrix helical tandem chain structure. This structure has been proven to more easily penetrate cell membranes, achieving energy and information delivery at the cell nucleus level, fundamentally improving the bioavailability and physiological activity of water.

[0015] The resulting solution possesses multiple biological benefits, including excellent moisturizing, soothing, antibacterial, and wound-healing properties. Attached Figure Description

[0016] To more clearly illustrate the technical solutions of the embodiments of this application, the accompanying drawings used in the embodiments of this application will be briefly introduced below. It should be understood that the following drawings only show some embodiments of this application and should not be regarded as a limitation of the scope. For those skilled in the art, other related drawings can be obtained based on these drawings without creative effort.

[0017] Figure 1 A schematic diagram of a preparation system for a helical magnetic matrix solution provided in an embodiment of this application; Figure 2 A schematic flowchart of a method for preparing a helical magnetic matrix solution provided in an embodiment of this application; Figure 3 An example of the nuclear magnetic resonance detection results provided in the embodiments of this application; Figure 4 An example of a cell scratch experiment provided in the embodiments of this application; Figure 5 An example of a test spectrum provided for an embodiment of this application. Detailed Implementation

[0018] The technical solutions in the embodiments of this application will now be described with reference to the accompanying drawings.

[0019] Figure 1 This is a schematic diagram of a preparation system for a helical magnetic matrix solution provided in an embodiment of this application. Figure 1As shown, the system includes: a mineral excitation device 100 and a spiral magnetic field generator 200; the mineral excitation device 100 and the spiral magnetic field generator 200 are sequentially connected through fluid pipes; The mineral excitation device 100 is used to place the water to be treated in a physical energy field to obtain activated water. The physical energy field is configured to disrupt the hydrogen bond network between water molecules and excite the activity of water molecules; the physical energy field includes ultrasonic energy and / or far-infrared radiation energy excited by natural minerals.

[0020] In some embodiments, the natural minerals may be selected from Bian stone, jade, or natural minerals with high far-infrared emissivity and the ability to generate ultrasonic pulses through friction.

[0021] The mineral activation device 100 includes: The energy excitation module 110 is used to drive the natural mineral fixed thereon to synchronously generate ultrasonic waves within a preset frequency range and emit far-infrared radiation within a preset wavelength range. The first water action module 120 is used to contain water and couple ultrasonic and far-infrared energy into the water, while ensuring uniform energy action through circulation and stirring. The first control module 130 is used to control the power density of the ultrasonic waves, the intensity of the far-infrared radiation, the processing time, and the surface temperature of the mineral.

[0022] As an example, the mineral activation device 100 can be a Bian stone activation device.

[0023] The core purpose of the Bianstone activation device is to use a highly efficient Bianstone water treatment activation device, based on the natural physical properties of Bianstone (high far-infrared emissivity, ultrasonic pulses generated by friction), to change the hydrogen bond network structure between water molecules through energy activation and precise interaction with water, thereby transforming ordinary water into small molecule clusters that are more easily absorbed and utilized by organisms, and enhancing the biological utilization value of water.

[0024] The Bianstone excitation device can adopt a modular design, with the core consisting of three major units: an energy excitation module, a water interaction module, and a control module. The modules work together to achieve efficient energy transfer and optimization of water molecule structure.

[0025] The energy excitation module may include an ultrasonic excitation unit and an infrared excitation unit.

[0026] The ultrasonic excitation unit can employ electromagnetic vibration drive technology to excite the Bian stone to generate ultrasonic waves with a frequency range of 2–200 kHz by matching the resonance characteristics of the Bian stone, with a power support of 0–10 W / cm. 2 Continuously adjustable, ensuring that the ultrasonic intensity can be adapted to different water volumes and treatment needs. The infrared excitation unit can use electromagnetic radiation directional excitation to precisely control the radiation wavelength in the 8-14μm far-infrared band of the high emissivity of Bian stone. At the same time, the surface temperature of Bian stone is stably controlled at 40-60℃ (fluctuation error ±2℃) through a closed-loop temperature control system, maximizing the far-infrared radiation efficiency of Bian stone and avoiding performance degradation caused by local overheating. The water action module may include an ultrasonic wave-guided water action unit, an infrared water action unit, and a water circulation unit.

[0027] Among them, the ultrasonic water conduction unit is equipped with a customized acoustic conduction medium and transducer structure to efficiently conduct the ultrasonic waves generated by the Bian stone to the water body, ensuring that the ultrasonic waves form a uniform cavitation effect and acoustic flow in the water, and fully act on the water molecule clusters. The infrared water interaction unit can adopt a parabolic reflective energy-concentrating design to focus the far-infrared energy radiated by Bianstone onto the water interaction area, thereby improving the absorption efficiency of far-infrared energy by water molecules and enhancing the effects of hydrogen bond breaking and molecular vibration. The water circulation unit can be equipped with a built-in silent circulation pump and a turbulence structure to achieve uniform circulation and stirring of water within the action area, avoid uneven energy distribution in local water bodies, and ensure that all water bodies can fully contact ultrasonic and far-infrared energy. The control module may include a control system consisting of a microprocessor and parameter feedback sensors such as ultrasonic frequency sensors and temperature sensors. This control module can precisely adjust energy parameters and control ultrasonic power (0~10W / cm²) and infrared excitation intensity (corresponding to Bian stone temperature 40~60℃) in real time. This control module allows for time program settings, presets the duration of a single processing session (1 to 60 minutes), and supports automatic start and stop. This control module can perform status monitoring and feedback, displaying key parameters such as ultrasonic frequency, Bian stone temperature, and water circulation speed in real time, and triggering alarms (such as over-temperature or flow interruption) when abnormalities occur. Specifically, the water treatment process based on the Bianstone activation device is as follows: Preparation stage: Fix the Bian stone sample that meets the specifications into the Bian stone slot of the energy activation module, and inject the preset amount of water to be treated into the water tank of the water action module (the water level must cover the energy action area). Parameter settings: Ultrasonic power, infrared temperature (40~60℃) and processing time can be set through the control module interface; Energy Excitation and Effect: The starting device and ultrasonic excitation unit drive the Bian stone to generate ultrasonic waves of 2-200kHz, which act on the water through the conduction unit to generate cavitation effect and acoustic flow to destroy the water molecule cluster structure; at the same time, the infrared excitation unit makes the Bian stone radiate far-infrared rays of 8-14μm, which are absorbed by water molecules and trigger molecular vibration and rotation, assisting in the destruction of hydrogen bonds. Homogenization process: The water circulation unit starts synchronously, driving the water circulation flow to ensure that ultrasonic and far-infrared energy are evenly applied to all water bodies; Completion stage: The device will automatically stop after the preset time is reached. After the water body stabilizes, the treated small molecule cluster water can be taken out.

[0028] In some embodiments, the control system may specifically include a microprocessor, sensors, and actuators. The sensors may include an ultrasonic frequency sensor, a temperature sensor, and a water circulation speed sensor. The temperature sensor may include: an NTC sensor for measuring the temperature of the Bian stone, and a digital temperature sensor for measuring the ambient temperature. A Hall effect flow sensor can be used as the water circulation speed sensor.

[0029] The actuator can include an ultrasonic power adjustment unit and an infrared excitation unit, etc.

[0030] The microprocessor can control the ultrasonic power (0~10W / cm) based on the following formula. 2 ): ; in: This is the effective value of the voltage. This is the effective value of the current; Power factor; The nominal efficiency of the transducer; / Nominal / real-time frequency; S is the radiating area; k is the load factor; The nominal impedance; For real-time impedance. By introducing frequency offset correction ( By combining load impedance compensation (denominator term), the accuracy of control is improved.

[0031] For example, the user sets the target power. It can collect , , ,calculate Then, the PWM duty cycle D is adjusted based on the following formula: ;in, The duty cycle before adjustment; The coefficient is used to reduce overshoot; For instantaneous error, i.e., the set power density Compared with actual calculated power density The difference is the starting point for the entire control action. The PID part in the formula corresponds to three regulating terms: proportional term... The system responds instantly based on the current error magnitude; the larger the error, the stronger the adjustment, used to quickly reduce deviation. However, using it alone can easily lead to system oscillation. (Integral term) Accumulated historical errors are specifically used to eliminate persistent, small steady-state errors, ensuring that the system eventually stabilizes precisely at the setpoint; differential terms Adjustments are made based on the trend of error changes. When the error decreases rapidly, a "damping" effect is applied in advance to suppress overshoot and accelerate the stabilization process. The feedforward term... This is key to improving dynamic performance. It does not rely on error feedback, but rather on the target setpoint and minimum adjustable power. The difference between the values ​​directly predicts and compensates for the required control quantity. This is equivalent to providing appropriate drive commands in advance before any deviation occurs, thereby significantly shortening the response time, reducing overshoot, and making the response more rapid and stable when facing changes in setpoints or known disturbances. The drive MOSFET adjusts the ultrasonic power until... .

[0032] For temperature control of Bian stone (40~60℃), it can be based on the following formula (ambient temperature compensation): ; Where I is the infrared driving current; R is the lamp bead resistance; and t is the excitation time; For infrared efficiency; h is the heat capacity of the Bian stone; h is the heat dissipation coefficient. The heat dissipation area is used. Temperature is predicted based on energy conservation (input energy = heating energy + heat dissipation loss), and the ambient temperature is compensated for. This improves accuracy.

[0033] In some embodiments, the spiral magnetic field generator is used to form a spiral series chain of water molecules in the activated water in a spiral magnetic field generated by the spiral magnetic field generator, thereby obtaining a spiral magnetic matrix solution.

[0034] Spiral magnetism is a novel physical concept first proposed by Professor Gao Ge, a Chinese scientist. It refers to an active spiral magnetic field, existing beyond the passive vector magnetic field described by traditional electromagnetic theory. This active magnetic field arises when vector magnetic field strength is reduced due to cutting, crossing, collision, or torsional deformation between vector magnetic field lines. The direction of the spiral magnetism is its propagation axis. This differs from magnetic field strength-only magnetic field. Unlike traditional vector magnetic fields with three spatial components, spiral magnetic fields introduce an independent spiral magnetic divergence theorem, giving the vector components of the spiral magnetic induction intensity. This makes the description of magnetic fields closer to their microscopic nature and macroscopic evolution. The concept has been published in the field of cutting-edge science (Gao Ge, Xu Lijuan, Helical Magnetism - A Modification of Maxwell's Equations [J], Frontier Science, 2014, 8(32): 41-47; Gao Ge, On Helical Magnetism - Natural Existence and Human Application [J]. Frontier Science, 2017, 11(43): 18-23), and has a solid theoretical foundation.

[0035] By introducing the concept of "spiral magnetism" based on the traditional vector magnetic field, it is possible to distinguish it from the magnetic induction intensity in classical electromagnetic theory. ,by Instead. Traditional vector magnetic fields only pass through The three spatial components of the vector describe magnitude and direction, ignoring the helical topological properties; helical magnetism requires the introduction of an additional helical magnetic component. , and Together, they constitute a "complete magnetic field vector field." Helical magnetic components. Special phenomena that cannot be explained by traditional theories, such as the spiral polarization of electromagnetic waves and the spiral propagation of magnetic field energy, are inherent properties of magnetic fields, rather than derivative effects.

[0036] In classical electromagnetic theory, the "overdetermined problem" of Maxwell's equations reveals the incompleteness of its mathematical description. However, the introduction of "spiral magnetism" achieves mathematical self-consistency by supplementing unknowns and equations, providing rigorous theoretical support for a complete description of magnetic fields.

[0037] The classical Maxwell's equations consist of four core equations, and their component form in three-dimensional Cartesian coordinates contains eight independent component equations. However, the only unknown quantity to be solved is the electric field. (3 components) and magnetic field (3 components), a total of 6 unknowns. The number of equations (8) is greater than the number of unknowns (6), forming an overdetermined system of equations. This indicates that there is an inherent mathematical contradiction in the classical theory's description of the electromagnetic field, and it may have omitted a key component of the magnetic field (i.e., the helical magnetic component). ).

[0038] To solve the overdeterminacy problem, a helical magnetic vector is introduced. (3 components) expand the unknown magnetic field quantity to (3 components) + (3 components) + (3 components), a total of 9 unknowns; simultaneously, a modified Maxwell's equations system containing 9 independent components is constructed to strictly match the number of equations with the number of unknowns, eliminating overdeterministic contradictions, thereby obtaining a uniquely determined electromagnetic field solution. The vector form of the modified equations system is as follows:

[0039] In the formula , ,in, It is a divergence operator that describes the flux source density of a vector field at a point in space.

[0040] It is the electric displacement vector (electric flux density), which characterizes the relationship between charge distribution and electric field strength when a dielectric exists in the electric field.

[0041] Free charge volume density refers to the spatial distribution density of freely moving charges within a volume.

[0042] is the vector magnetic induction intensity, a fundamental physical quantity describing a vector magnetic field.

[0043] × is the curl operator, which describes the vortex source density of the vector field at a point in space.

[0044] The electric field strength is the force exerted by the electric field on a unit positive charge.

[0045] / t is the partial derivative operator.

[0046] The helical magnetic induction intensity is the contribution of the electric field generated by the changing magnetic field, which, together with the vector magnetic induction intensity component, constitutes the electric field in the modified Faraday law.

[0047] denoted as magnetic field strength, describing the relationship between magnetic field and magnetization.

[0048] The conduction current density is the current density that guides the directional movement of free charges in the volume.

[0049] The strength of the spiral magnetic field is a physical quantity in the "spiral magnetic divergence theorem," and its divergence characterizes the source properties of the spiral magnetic field.

[0050] is the vacuum permittivity, which describes the electric field properties in a vacuum, and is a constant on the right side of equation (5).

[0051] Equations (1) to (4) are vector equations. Each equation can be decomposed into three component equations in three-dimensional space. For example, equation (3) can be decomposed into... wait; Equation (5) is a specific equation for helical magnetism, which is also decomposed into three component equations; There are a total of 9 component equations and 9 unknowns ( 3 portions+ 3 portions+ The three components are in one-to-one correspondence, achieving mathematical self-consistency.

[0052] In summary, "spiral magnetism" introduces independent vector components. This study revealed the spiral topological nature of magnetic fields. The modified Maxwell's equations achieved a unity of mathematics and physics, and are an important supplement and improvement to electromagnetic theory. Their scientific validity has been verified by cutting-edge research.

[0053] The spiral magnetic field generator 200 may include: The magnetic field generating module 210 includes at least two sets of dynamically rotatable permanent magnet arrays, which are driven to rotate at high speed by a drive mechanism to generate a spiral magnetic field; wherein, the intensity range of the spiral magnetic field can be 800~2000Gs, and the permanent magnet array can be radially magnetized and arranged in an alternating NSNS pattern.

[0054] The second water action module 220 is a fluid channel located within the effective action area of ​​the magnetic field generation module, used to allow the activated water to flow through and be exposed to the spiral magnetic field; The second control module 230 is used to adjust the rotation speed, rotation direction and relative spacing between the permanent magnet array, thereby controlling the intensity and shape of the spiral magnetic field.

[0055] The spiral magnetic field generator 200 generates a high-intensity spiral magnetic field through a combination of permanent magnets with a specific structure and dynamic drive. This magnetic field further interacts with the small molecular clusters of water treated by the Bianstone excitation device, enhancing the spiral magnetic response characteristics of the water and improving the subsequent application effects of the water. Among them, the helical magnetic induction intensity component of the helical magnetic field Through directional interaction with the dipole moment of water molecules, water molecules are induced to form regular helical chain chains; the ultrasonic waves (cavitation effect) generated by the mineral excitation device and the far-infrared waves (molecular vibration) work together to first break the water molecule clusters into smaller clusters (NMR full width at half maximum <100Hz), and the smaller clusters are then subjected to the helical magnetic field. Under the influence of various factors, hydrogen bonds undergo directional recombination, forming a stable helical tandem chain structure. This structure more easily penetrates the cell membrane, enabling energy and information delivery at the cell nucleus level.

[0056] The magnetic field generation module 210 may include a permanent magnet assembly, a dynamic driving structure, and a magnetic shielding structure.

[0057] The permanent magnet assembly can use neodymium iron boron permanent magnets (with a single side length of about 200-250mm and a single piece of magnetic flux meeting the standard) or ferrite magnets (with a single side length of about 400-500mm, all positions need to be magnetized, and the single piece of magnetic flux meets the standard) that can be achievable by domestic magnetizers. After saturation magnetization, they are assembled into two independent magnet groups according to a specific pattern, and each group is embedded in two high-strength rotating disks (made of non-magnetic alloy to avoid magnetic field loss). Note that the two rotating disks need to be leveled.

[0058] The dynamic drive structure can be equipped with two high-precision servo motors to drive two rotating disks respectively. The distance between the disks is adjustable (range 2mm~30cm), supporting relatively high-speed rotation. Helical magnetism is generated through the dynamic rotation of the magnet assembly. A magnetic shielding structure can be installed on the outside of the rotating disk to reduce the outward diffusion of the magnetic field and ensure that the magnetic field energy is concentrated on the water-affected area. The second water action module 220 can adopt a "surround flow channel design". The water flow channel is close to the magnetic field action area of ​​the spiral magnetic excitation module (outside the rotating disk). The inner wall of the flow channel is made of magnetically conductive material to improve the absorption efficiency of the water for the spiral magnetic energy. At the same time, a built-in flow regulating valve can control the water flow rate to ensure that the water is in full contact with the spiral magnetic field. The second control module 230 can be a PLC control system with the following functions: speed and direction control: adjust the speed of two servo motors through a frequency converter, supporting forward and reverse switching to adjust the strength and direction of the helical magnetic field; water circulation control: link the flow regulating valve of the water action module to set the water flow rate and circulation number; safety protection: have motor overload protection, abnormal speed alarm, and flow channel water interruption detection functions to ensure stable operation of the device. The working process of the spiral magnetic field generator 200 is as follows: Preliminary inspection and debugging: Check the connection status of each component of the device, verify the relative distance between the two rotating discs, confirm that the magnetic shielding cover is installed in place, and test the smoothness of the water circulation channel; Water circulation start-up: Inject water treated by the Bianstone device into the water tank of the second water action module 220, start the water circulation system, and adjust the flow valve to make the water circulate in the surrounding channel at a preset flow rate (0.5~5L / min); Helical magnetic excitation: The frequency modulator is started by the second control module 230, which drives two servo motors to rotate the rotating disk at high speed, generating a helical magnetic field. The magnetic field energy acts on the water flowing through the channel. Continuous action and monitoring: The device is kept running for a preset duration, and parameters such as motor speed and water flow are monitored in real time to ensure that the spiral magnetic energy interacts fully with the water. Shutdown and completion: After the set time is reached, first stop the motor, and after the magnetic field has stabilized and dissipated, turn off the water circulation system, take out the treated water, and clean the inside of the flow channel to avoid residual scale affecting the next use.

[0059] The second control module 230 dynamically adjusts the rotational speed of the permanent magnet array, the spacing between the rotating disks, and the water flow velocity by monitoring system status parameters in real time. This optimizes the coupling efficiency between the helical magnetic field energy and the water, ensuring uniformity of magnetic response characteristics and processing stability. Preset target parameters (target magnetic field strength) can be input. Target magnetic energy dose (e.g., safety thresholds), and load the initial model parameters corresponding to the magnet type (neodymium iron boron / ferrite).

[0060] Feedback parameters are collected via sensors: real-time speed of the two servo motors. Real-time spacing d of the rotating disk, real-time flow velocity v of the water body, and real-time current of the motor. Real-time water temperature Traffic fluctuations .

[0061] Real-time magnetic field strength estimated based on rotation speed, spacing, and magnet type. ; Real-time magnetic energy dose per unit volume of water calculated by combining flow velocity (Magnetic field energy × contact time).

[0062] Calculate the magnetic field strength deviation Magnetic energy dose deviation ; Based on deviations and interference factors (temperature, flow fluctuations, motor load), the control quantity (speed) is adjusted through adaptive rules. ,spacing Flow rate ).

[0063] If the motor current exceeds the limit, the speed is abnormal, or the flow is interrupted, the protection mechanism is triggered (reduce the speed, increase the spacing, and stop the water flow). After recovery, it will re-enter adaptive adjustment.

[0064] Based on historical data and real-time deviations, the model parameters (such as the permeability correction coefficient and the load compensation coefficient) are updated by learning factors to improve long-term operational stability.

[0065] Magnetic field strength compensation: If (If the magnetic field strength is insufficient), then: (Increase rotation speed) Reduce spacing (to increase the magnetic field strength).

[0066] Magnetic energy dose compensation: If (If the magnetic energy dose is insufficient), then: (Reduce flow rate) (Extend contact time).

[0067] Overload protection: If or ,but: (Increase the spacing by 5mm, reduce the rotation speed by 10%, and reduce magnetic resistance).

[0068] Temperature compensation: If If ≠25, then correct. To maintain the stability of the magnetic field strength.

[0069] Adjusted speed ,spacing Flow rate The PLC output is sent to the actuators (frequency controller, spacing adjustment motor, flow valve), and the process of collecting, calculating and adjusting is repeated periodically to achieve dynamic adaptive control.

[0070] in, This is a magnet type correction coefficient used to distinguish the differences in magnetic properties between neodymium iron boron and ferrite, and to correct the magnetic field strength estimation model. The spacing attenuation coefficient describes the attenuation effect of spacing on magnetic field strength. The calculation formula is... ; As the baseline spacing, when the spacing increases... As the magnetic field strength decreases, it decays exponentially. is the rotational speed gain coefficient, which is the contribution coefficient of rotational speed to magnetic field strength. This is an adaptive learning factor used to control the dynamics of the parameter adjustment step size. The larger the value, the faster the deviation response, but the more prone to overshoot; The smaller the value, the smoother the adjustment, but the slower the convergence. This is the maximum allowable current for the motor; This is the temperature correction factor.

[0071] This application deeply integrates helical magnetic theory with functional aqueous solution preparation technology. Based on the effects of physical fields such as ultrasound, far-infrared radiation, and helical magnetic fields, a helical magnetic matrix solution is obtained. The entire process involves zero chemical additives, ensuring extremely high biosafety and environmental friendliness of the product. Through a two-stage synergistic treatment of Bianstone energy activation and helical magnetic empowerment, water molecule clusters are not only broken down into smaller clusters, but also endowed with a unique helical magnetic matrix helical tandem chain structure. This structure has been proven to more easily penetrate cell membranes, achieving energy and information delivery at the cell nucleus level, fundamentally improving the bioavailability and physiological activity of water.

[0072] Based on the same inventive concept, such as Figure 2As shown in the embodiments, this application also provides a method for preparing a helical magnetic matrix solution. This method can be implemented based on the system described in the foregoing embodiments, such as... Figure 2 As shown, the method may include the following steps: S310, The water to be treated is placed in the physical energy field of the mineral excitation device to obtain activated water. The physical energy field is configured to break the hydrogen bond network between water molecules and excite the activity of water molecules. The physical energy field includes ultrasonic energy and / or far-infrared radiation energy excited by natural minerals. S320, activated water is introduced into a spiral magnetic field generator, so that the water molecules of the activated water form a spiral series chain in the spiral magnetic field generated by the spiral magnetic field generator, thus obtaining a spiral magnetic matrix solution.

[0073] This application embodiment also provides a helical magnetic matrix solution, which is composed of the aforementioned... Figure 2 The solution is prepared by any of the methods described in the illustrated embodiments, wherein the water molecules in the helical magnetic matrix solution are organized into a stable helical tandem chain structure.

[0074] In some embodiments, the solution has one or more of the following properties: moisturizing properties, soothing properties, far-infrared properties, repair-promoting properties, and antibacterial properties.

[0075] This application also provides the use of a helical magnetic matrix solution as an active ingredient or carrier in the preparation of products with bioregulatory functions.

[0076] The aforementioned products may be cosmetics, skin care products, or topical skin repair preparations; or, the aforementioned products may be medical dressings or rinsing solutions used as adjunctive treatments for skin and mucous membrane injuries, inflammation, or infections.

[0077] The helical magnetic matrix solution may include the following properties: Particle characteristics: It is a submicroscopic particle.

[0078] Small molecular clusters in various states: such as Figure 3 As shown, via 17 ONMR nuclear magnetic resonance detection showed a full width at half maximum (FWHM) of 84.506 Hz, which is less than 100 Hz, indicating a small molecular cluster state.

[0079] Moisturizing properties: When DL-glutamic acid was used as a positive control group, the moisturizing rate of the samples was higher than that of the blank control group and the positive control group, indicating that the test samples have moisturizing effects. Specific data are as follows: Table of moisturizing rate test results

[0080] The relative moisturizing rate is calculated as follows: (Sample moisturizing rate - Blank group moisturizing rate) / (Positive control group moisturizing rate - Blank group moisturizing rate) × 100%.

[0081] Soothing properties: The test sample inhibited hyaluronidase activity by 33.5%, indicating that the test sample has a certain soothing effect.

[0082] When the concentration of the test sample was 500 mg / mL, its hyaluronidase inhibition rate was 43.22%. The inhibition rate of the test sample was higher than that of the blank control group, and the statistical difference was P < 0.05. The test sample has a soothing effect.

[0083] Safety characteristics: The cosmetic safety evaluation showed that all nine routine tests were qualified (total bacterial count, total mold and yeast count, thermotolerant coliforms, Staphylococcus aureus, Pseudomonas aeruginosa, mercury, lead, arsenic, cadmium, and copper).

[0084] Antibacterial properties: The antibacterial rates of this product against Escherichia coli at 2 min, 5 min, 10 min, and 20 min are 87.22%, 92.60%, 94.11%, and 97.09%, respectively. It has an antibacterial effect at 2 min and a strong antibacterial effect at 5 min, 10 min, and 20 min.

[0085] Properties that promote wound healing: such as Figure 4 As shown, in the cell scratch assay, both the sample group and the blank control group were applied to human immortalized keratinocytes for comparison. After 18 hours, the cell migration rate of the blank group was 27.77%, while the cell migration rate of the sample group at 2% concentration reached 85.33%, indicating a significant increase in repair ability and a repairing effect.

[0086] Far-infrared characteristics: The sample has a normal total emissivity of 0.89 and an emission wavelength range of 2-25 μm, indicating that it possesses far-infrared properties. The test spectrum is shown below. Figure 5 As shown.

[0087] Applications of helical magnetic matrix solutions: Cosmetic ingredient: Spiral magnetic matrix solution has small molecular clusters and moisturizing, soothing, antibacterial, and wound-healing properties for daily skin care. It is easily absorbed by the skin and can reach the basal layer of the skin. It can be used as a cosmetic ingredient to provide a practical method to improve the quality and efficacy of other cosmetics.

[0088] Ingredients for adjunctive treatment of diseases: It has a good soothing and skin repair effect on the surface of the human body, such as sunburn, burns, allergies, scratches, diabetic foot, athlete's foot, eczema, etc.

[0089] It also has a good moisturizing, soothing, and anti-inflammatory adjunctive therapeutic effect on mucous membranes of the human body, such as dry eyes, cataracts, oral ulcers, rhinitis, and hemorrhoids.

[0090] In the embodiments provided in this application, it should be understood that the disclosed apparatus and methods can be implemented in other ways. The apparatus embodiments described above are merely illustrative. For example, the division of units is only a logical functional division, and in actual implementation, there may be other division methods. Furthermore, multiple units or components may be combined or integrated into another system, or some features may be ignored or not executed. Additionally, the displayed or discussed mutual couplings, direct couplings, or communication connections may be through some communication interfaces; indirect couplings or communication connections between devices or units may be electrical, mechanical, or other forms.

[0091] Furthermore, the units described as separate components may or may not be physically separate. The components shown as units may or may not be physical units; that is, they may be located in one place or distributed across multiple network units. Some or all of the units can be selected to achieve the purpose of this embodiment according to actual needs.

[0092] Furthermore, the functional modules in the various embodiments of this application can be integrated together to form an independent part, or each module can exist independently, or two or more modules can be integrated to form an independent part.

[0093] It should be noted that if the function is implemented as a software functional module and sold or used as an independent product, it can be stored in a computer-readable storage medium. Based on this understanding, the technical solution of this application, in essence, or the part that contributes to the prior art, or part of the technical solution, can be embodied in the form of a software product. This computer software product is stored in a storage medium and includes several instructions to cause a computer device (which may be a personal computer, server, or network device, etc.) to execute all or part of the steps of the methods described in the various embodiments of this application. The aforementioned storage medium includes various media capable of storing program code, such as USB flash drives, portable hard drives, read-only memory (ROM), random access memory (RAM), magnetic disks, or optical disks.

[0094] In this document, relational terms such as first and second are used only to distinguish one entity or operation from another entity or operation, without necessarily requiring or implying any such actual relationship or order between these entities or operations.

[0095] The above description is merely an embodiment of this application and is not intended to limit the scope of protection of this application. Various modifications and variations can be made to this application by those skilled in the art. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of this application should be included within the scope of protection of this application.

Claims

1. A method for preparing a helical magnetic matrix solution, characterized in that, Includes the following steps: The water to be treated is placed in the physical energy field of a mineral excitation device to obtain activated water. The physical energy field is configured to disrupt the hydrogen bond network between water molecules and excite the activity of water molecules. The physical energy field includes ultrasonic energy and / or far-infrared radiation energy excited by natural minerals. The activated water is introduced into a spiral magnetic field generating device, so that the water molecules of the activated water form a spiral series chain in the spiral magnetic field generated by the spiral magnetic field generating device, thereby obtaining a spiral magnetic matrix solution.

2. The preparation method according to claim 1, characterized in that, The natural minerals are selected from Bian stone, jade, or natural minerals with high far-infrared emissivity and the ability to generate ultrasonic pulses through friction.

3. The preparation method according to claim 1 or 2, characterized in that, The mineral activation device includes: An energy excitation module is used to drive the natural mineral fixed thereon to synchronously generate ultrasonic waves within a preset frequency range and to emit far-infrared radiation within a preset wavelength range. The first water action module is used to contain water and couple ultrasonic and far-infrared energy into the water, while ensuring uniform energy action through circulation and stirring. The first control module is used to control the power density of the ultrasonic waves, the intensity of the far-infrared radiation, the processing time, and the surface temperature of the mineral.

4. The preparation method according to claim 1, characterized in that, The spiral magnetic field generating device includes: The magnetic field generating module includes at least two sets of dynamically rotatable permanent magnet arrays, which are driven to rotate at high speed by a drive mechanism to generate a helical magnetic field. The second water action module is a fluid channel located within the effective action area of ​​the magnetic field generation module, used to allow the activated water to flow through and be exposed to the spiral magnetic field; The second control module is used to adjust the rotation speed, rotation direction, and relative spacing between the permanent magnet arrays, thereby controlling the intensity and shape of the spiral magnetic field.

5. The preparation method according to claim 4, characterized in that, The inner wall of the second water-acting module is made of magnetically conductive material to enhance the efficiency of energy transfer from the spiral magnetic field to the water.

6. A helical magnetic matrix solution, characterized in that, Prepared by the method of any one of claims 1 to 5, wherein water molecules are organized into a stable helical tandem chain structure by the helical magnetic matrix.

7. The helical magnetic matrix solution according to claim 6, characterized in that, The solution has one or more of the following properties: moisturizing properties, soothing properties, repair-promoting properties, and antibacterial properties.

8. The use of the helical magnetic matrix solution according to claim 6 or 7 as an active ingredient or carrier in the preparation of products with bioregulatory functions.

9. The use according to claim 8, characterized in that, The product is a cosmetic, skin care product, or topical skin repair preparation; or, the product is a medical dressing or rinsing solution used as an adjunct treatment for skin or mucous membrane damage, inflammation, or infection.

10. A system for preparing a helical magnetic matrix solution, characterized in that, include: A mineral excitation device and a spiral magnetic field generator; the mineral excitation device and the spiral magnetic field generator are sequentially connected via fluid pipes. The mineral excitation device is used to place the water to be treated in a physical energy field to obtain activated water. The physical energy field is configured to disrupt the hydrogen bond network between water molecules and excite the activity of water molecules. The physical energy field includes ultrasonic energy and / or far-infrared radiation energy excited by natural minerals. The spiral magnetic field generator is used to form a spiral series chain of water molecules in the activated water in the spiral magnetic field generated by the spiral magnetic field generator, thereby obtaining a spiral magnetic matrix solution.

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