System for emitting vibrations that generate a specific frequency in agricultural plant crops

Abstract

The invention relates to a method and system for emitting vibrations to increase conductivity towards plants and add different frequencies, thus improving the development of said plants.

Description

[0001] VIBRATION EMISSION SYSTEM THAT GENERATES A CERTAIN FREQUENCY IN AGRICULTURAL PLANT CROPS

[0002] A RT EPR EV IO

[0003] The technology of inferring or adding frequencies to plants and crops was described many years ago, and the multiple benefits of using vibrations on plants, achieving better growth and health in crops, have been studied.

[0004] This technology was developed over many years using the "Edisonian" approach. The goal has always been to find a safe, reliable, and economical way to improve agricultural production naturally and without chemicals. Because it is a new technology, the precise mechanisms by which it affects plant chemistry are still being studied in order to gain a more complete understanding of the processes at work.

[0005] The principle of action understands that the electrons that hold all matter together move, and these movements create vibrations. For any structure, these vibrations combine to form a composite frequency known as its natural frequency. We can identify such frequencies between atoms using technology such as infrared spectroscopy. We also know that externally applied frequencies can affect living organisms.

[0006] Kyminasi Plant Booster (KPB) technology is based on the theory that the natural frequencies of the vibrational bonds between a plant's atoms can affect that plant's chemistry and health. It is further theorized that adverse environmental conditions can alter a plant's normal frequencies in ways that negatively affect its health. Finally, it is theorized that by exposing plants to their ideal natural frequencies for various functions, the plant molecules will harmonize with their normal, ideal vibrational frequencies, thus improving the plant's health. KPB technology acts on plants in the same way a tuning fork is used to tune a musical instrument.

[0007] In 1978, document DE2830956 revealed that when water molecules are exposed to a strong magnetic field between two permanent magnets, their dipole moment can be affected so that the molecules become activated. In this state, they can adhere more strongly to other molecules and ions of organic and inorganic matter, thus curing surface tension problems. Aside from the permanent magnets, an Au electrode, which comes into contact with the water surface, is connected to the positive pole of a DC source, and a Pt electrode on the wall of a glass tank forms the negative pole. A crystal on the water surface was maintained at 18 degrees C to emit IR radiation into the water. Magnetized water was used to irrigate the plants, resulting in more luxurious growth.Document W00033954 describes an improved electrostatic device for energizing fluids, particularly water-based fluids, to be used to provide a benefit to living organisms, machinery, processes, and substances. The improved device of the invention includes an electrostatic voltage spike signal generator, two or more radio frequency signal generators, one or more antennas, one or more optional signal amplifiers, and a fluid conduit.When the fluid is treated with the improved device of the invention, the fluid will be energized and can be used to provide significant benefits in applications such as milk production, flower production, fruit production, crop production, vegetable production, shrimp production, egg production, meat production, gasoline combustion, waste fluid combustion, descaling, water purification, fluid tracing, fluid sterilization and more.

[0008] WO2015166371 describes a kinetic energy delivery system for promoting enhanced growth and health benefits to all living organisms in a correlated environment having a water source and a method for doing so. The system comprises a container medium and a plurality of energized materials provided within the container medium. The energized materials, when in contact with water from the water source, are capable of increasing the kinetic energy of the water molecules. The container medium, when installed in the correlated environment, causes water molecules with increased kinetic energy to come into contact with the correlated environment. This causes the water molecules with increased kinetic energy to be transferred from the correlated environment to the cells of the living organisms located in the correlated environment.The energy metabolism of the cells of living organisms is improved by increasing the kinetic energy of water molecules.

[0009] US 2020 / 0271625 describes a system for monitoring fruit growth that includes: a vibration exciter that imparts a predetermined vibration to a stem or branch between a fruit and a stem growing on a plant; a vibration sensor that detects vibration of the stem or branch caused by the vibration imparted by the vibration exciter; and a detector that detects a weight or change in weight of the fruit based on a vibration frequency detected by the vibration sensor.

[0010] It can be seen that all the cited prior art documents correspond to particular and specific solutions for providing plants with vibrations that allow for improved development and health. The present invention presents a process and system that allows, first, to determine the frequencies of healthy plants and then feed said information to the system that will deliver that frequency to the entire crop. The system has the particularity of providing various frequencies through the incorporation of interchangeable transmitter media. The system is arranged in the irrigation circuit so that when water passes through it, it allows the water to acquire the frequencies incorporated in the transmitter media and thus reach the entire crop, achieving its remarkable development and health.

[0011] BRIEF DESCRIPTION OF THE FIGURES

[0012] Figure 1: represents an exploded perspective view of the system of the invention. Figure 2: represents an exploded perspective view of the system of the invention arranged in a section of a water pipe that irrigates a specific crop.

[0013] Figure 3: represents a perspective view of the system of the invention.

[0014] Figure 4: represents a perspective view of the system of the invention already installed in a pipe that carries irrigation water for a specific crop.

[0015] DESCRIPTION OF THE INVENTION

[0016] For reasons strictly of order, we will begin by describing the process of the invention and then describe the system.

[0017] The process for improving conductivity comprises a first step of identifying the different natural frequencies associated with a plant's ideal function. The identified frequencies correspond to the vibrational frequencies of those plants that show the best development within a crop and that also appear healthier. The second step of the process involves storing the frequencies favorable to plant development and health in a database, which will be used to feed the system of the invention. The third step of the process involves feeding the desired frequencies into the system. To do this, transmitters are selected and activated by the resonance generated by the passage of water through the system. The transmitters, upon resonating, deliver the specific frequency to the water, transporting it throughout the crop.

[0018] The transmitters are metallic alloy bodies containing silicon, which allows the frequency to be loaded into the transmitter. The frequency loading of the transmitter is carried out through a signal amplifier, which records the desired frequencies into the transmitter. This loading stage takes several hours, depending on the frequency to be incorporated. However, on average, the loading of the different frequencies into the transmitter takes 24 hours.

[0019] The process also involves identifying the frequencies of the soil and water used to irrigate the best-developed and healthiest plants. This soil and water frequency is also stored and then, using an amplifier, recorded and loaded into a second transmitter to be placed in the system. In this way, the crop will not only be provided with the plant's frequency, but also with the desired soil and water frequency. The process involves placing at least one transmitter in the system, preferably at least two transmitters, one corresponding to the desired plant frequencies and the other corresponding to the water and soil frequencies. This combination provides the plants with the optimal combination of natural parameters for their optimal development.

[0020] The identified frequency emitted by the selected plants corresponds to vibratory bonds between the atoms in the plant's structure.

[0021] The system for improving conductivity and adding different frequencies to plants and crops in general consists of a metal body, preferably tubular, with coupling collars at its ends that allow connection to flanges that connect to pipe connection sleeves. Connections to the pipes through which irrigation water flows are made through American unions. The transmission media are arranged within the metal body of the system, at least one and preferably two, each with the frequencies of healthy plants and of the soil and irrigation water, respectively.

[0022] Material vapors were tested for the transmitters, and custom software was written to store the identified frequencies. Finally, a transmitter was developed, comprising a metal-and-silicon-based microtransmitter capable of storing and transmitting the necessary signals. The transmitters are attached to the metal body using adhesives, which can be adhesive tapes or specialized glues that do not interfere with the transmission of the desired frequencies. Furthermore, the transmitters are arranged horizontally and vertically, between 1 and 2 centimeters apart, thus ensuring that each frequency is delivered correctly and does not interfere with one another.

[0023] DESCRIPTION OF THE PREFERRED FASHION

[0024] For the purposes of a better understanding of the invention and a correct exemplification thereof, a preferred embodiment will be described in detail which does not limit in any way the dimensions or arrangements that the system of the invention may adopt and through which the process described above is executed.

[0025] The system for emitting vibrations that generate a certain frequency in agricultural plant crops, is made up of a metallic body (1) at the ends of which there are two coupling collars (2), which are connected to two flanges (3) by means of bolts (4) and nuts (5). Between the coupling collars (2) and the flanges (3) there are connection sleeves (6), in which between the connection sleeves (6) and the coupling collars (2) there are incorporated adjustment collars (7). On the surface of the metallic body (1) there are arranged the transmitting means (8) which are fixed to the metallic body (1) through an adhesive means (9) which in this case corresponds to an adhesive tape.

[0026] By means of the connection sleeves (6) the system of the invention is coupled to the pipe (10) through which the water that will be the carrier of the frequencies delivered by the transmitting means (8) previously loaded with said frequencies passes.

[0027] In another preferred embodiment of the system of the invention, the metal body (1) has at its ends two male coupling threads (11), which allow to receive in a screwed manner union nipples (12), which have female threads. In turn, each nipple (12) is connected to American unions (13), which will be the means of connection with a pipe (10) through which the irrigation water that carries the frequencies that are previously loaded in the transmitter means (8) passes.

[0028] The transmitter means (8) are arranged at a distance of 1 cm from each other and as many as necessary are arranged depending on the surface to be irrigated. Thus, for example, up to 5 hectares, two transmitter means are arranged, one with the frequency of the plants recorded and another with the frequency of the water and the soil recorded. In both preferred embodiments of the system, the transmitter means (8) correspond to micro-transmitters made of metal and silicon, which have been given the shape of a token or coin, basically due to their ease of recording, carrying and subsequently placing in the metal body of the system.

Claims

VIBRATION EMISSION SYSTEM THAT GENERATES A CERTAIN FREQUENCY IN AGRICULTURAL PLANT CROPS CLAIMS 1. Process of emitting vibrations that generate a certain frequency in agricultural plant crops that allows increasing conductivity and adding different frequencies to the plants, improving their development, CHARACTERIZED in that it comprises the following stages: a. a first stage of identifying the different natural frequencies associated with the ideal function of a plant; b. a second stage that comprises that, once the frequencies have been identified, they are stored in a database; c. a third stage that comprises feeding the desired frequencies to transmitting means, where these are activated by the resonance generated by the passage of water through the body of a vibration emission system that generates a certain frequency in agricultural plant crops, such that the transmitting means, when resonating, deliver the specific frequency to the water, transporting it to the entire crop.

2. Process of emitting vibrations that generate a certain frequency in crops according to claim 1, CHARACTERIZED in that said identified frequencies correspond to vibration frequencies of those plants that show better development within a crop and that also look healthier.

3. Process of emitting vibrations that generate a certain frequency in crops according to claim 1, CHARACTERIZED in that said frequency is recorded in transmitting media that are metallic alloy bodies comprising silicon.

4. Process of emitting vibrations that generate a certain frequency in crops according to claim 3, CHARACTERIZED in that said frequency recording comprises loading the frequency into the transmitting medium through a signal amplifier.

5. Process of emitting vibrations that generate a certain frequency in crops according to claim 3, CHARACTERIZED in that said frequency load is carried out during an average period of 24 hours.

6. Process of emitting vibrations that generate a certain frequency in crops according to claim 1, CHARACTERIZED because it also includes identifying the frequencies of the earth and water with which the best developed and healthiest plants are irrigated.

7. Process of emitting vibrations that generate a certain frequency in crops according to claim 1, CHARACTERIZED in that it comprises having at least two transmission means in which one of them corresponds to the desired frequencies of the plants and the other corresponds to the frequency of the water and the earth.

8. Process of emitting vibrations that generate a certain frequency in crops according to claim 1, CHARACTERIZED because These frequencies identified and emitted by the chosen plants correspond to vibratory links between the atoms in the plant's structure.

9. Vibration emission system that generates a certain frequency in agricultural plant crops that allows increasing conductivity and adding different frequencies to the plants, improving their development, CHARACTERIZED in that it is made up of a metallic body, which at its ends has coupling means that allow it to be connected to a water irrigation pipe, where the connections to said pipe through which the irrigation water passes are carried out through joining means, in which said metallic body has transmitting means, at least one, each with the frequencies of healthy plants and of the soil and irrigation water, respectively.

10. Vibration emission system that generates a certain frequency in agricultural crops according to claim 9, CHARACTERIZED in that said coupling means comprise coupling collars arranged at the ends of said metal body.

11. Vibration emission system that generates a certain frequency in agricultural crops according to claim 10, CHARACTERIZED in that said coupling collars are connected to flanges that catch connection sleeves of said pipe.

12. Vibration emission system that generates a certain frequency in agricultural crops according to claim 9, CHARACTERIZED because said transmitting means comprise a micro-transmitter based on metal and silicon.

13. Vibration emission system that generates a certain frequency in agricultural crops according to claim 9, CHARACTERIZED in that said transmitting means are attached to the metal body by means of adhesives or adhesive tapes.

14. Vibration emission system that generates a certain frequency in agricultural crops according to claim 9, CHARACTERIZED in that said transmitting means are arranged separated in the metallic body by one to two centimeters of distance.

15. Vibration emission system that generates a certain frequency in agricultural crops according to claim 11, CHARACTERIZED in that said coupling collars are connected to said flanges by means of bolts and nuts.

16. Vibration emission system that generates a certain frequency in agricultural crops according to claim 15, CHARACTERIZED in that said connection sleeves are arranged between the coupling collars and the flanges, in which adjustment collars are incorporated between these and the coupling collars.

17. Vibration emission system that generates a certain frequency in agricultural crops according to claim 16, CHARACTERIZED in that the pipe through which the irrigation water passes is coupled through said connection sleeves.

18. Vibration emission system that generates a certain frequency in agricultural crops according to claim 9, CHARACTERIZED in that said metallic body also comprises at its ends two coupling wires that are connected to union nipples.

19. Vibration emission system that generates a specific frequency in agricultural crops according to claim 9, CHARACTERIZED in that each nipple is connected to American unions and these to the pipe through which the irrigation water passes that carries the frequencies that are previously loaded into the transmitting media.

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