TH146254A - Systems and methods for the prevention of the adhesion of aquatic organisms to the substrate in contact with water. - Google Patents

Abstract

DC60 (02/12/57) The current invention provides a system for the protection of adhesion of aquatic organisms to substrates in contact with water, where the substrate is The stret and the water flowing around The substrate is a treated area, composed of a generator for generating waves. Electromagnets with time variable frequency, a generator mentioned with at least two output terminals, one which is electrically connected to the first excitation position of the treated area; The avalance suppressor where one of its terminals is electrically connected to the other's output terminal. The generator and to its other terminal are connected to the second excitation position of the treated area; And an electric power source is connected to a generator for applying voltage Is selected to the generator, where voltage is applied until the generator is energized. To produce electromagnetic waves that can induce an avalance in water and / or on the surface of A substrate to suck up or kill living things The invention also provides a means for the prevention of adhesion. Of aquatic organisms with substrate in contact with water The present invention provides a system for the prevention of adhesion of aquatic organisms to substrates in contact with water, where the substrate and the surrounding water flow. The substrate is a treated area, composed of a generator for generating waves. Electromagnets with time variable frequency, the generator mentioned with at least two output terminals, one terminal which is electrically connected to the first excitation position of the region. Retained; the avalance suppressor at one of its terminals is electrically connected to the other output terminal of Generator, and with its other pole are connected to the second excitation position of the region where Was treated; and the electric power source was bridged to the generator for applying voltage. Is selected to the generator, where voltage is applied until the generator is energized. To produce electromagnetic waves that can induce avalance in water and / or on the surface of the A substrate to suck up or kill living things The invention also provides a means for the prevention of adhesion. Of aquatic organisms with substrate in contact with water

Claims (9)

Disclaimer (all) which will not appear on the advertisement page: Amendment 29/03/2019 Disclaimer None -------------------------------------------------- -------------------------------------------------- ------ 07/06/2018 ------ (OCR) Page 1 of 3 pages. 1. A system for the protection of the adhesion of aquatic organisms with a substrate in contact with water, whereby the substrate and the water flowing around the substrate form an affected area. Treat These include: a generator for generating electromagnetic waves with a variable frequency over time, a generator mentioned with at least two output terminals, one of which is electrically connected. With the first stimulation position of the treated area; The avalance suppressor where one of its terminals is electrically connected to the other's output terminal. The generator and to its other terminal are connected to the second excitation position of the treated area; And the electric power source is connected to the generator for using the correct voltage Selected with the generator, where the voltage has been applied until Until the generator is stimulated to produce waves Time-varying frequency electromagnets that can induce an avalance in water and / or On the surface of the substrate to suck or kill organisms. 2. The system referred to in claim 1, where the substrate is made up of a conductive material. 3. The system referred to in claim 1, where the substrate is made up of non-conductive material, and one or more metallic substances is provided at the relevant excitation location to Correct Electrically connected to a generator or suspension, if this excitation position is positioned on Non-conductive substrates 4. The system referred to in claim 3, where metallic substances are created as machines Filter or mesh sieve across the cross-section of the substrate. 5. The system referred to in any of the claims 1 to 4 claims, where both the first and second actuation positions are placed on the same surface of the substrate in respect of Term relationship 6. System referred to in any of claims 1 through 4 claims, where both the first and second actuation positions are placed on two different surfaces of the substrate. 7. System referred to in any one of Claims 1 to 4, where one of the The first or second actuation position was placed on the substrate surface, and the other was positioned in water. 8. System referred to in any one of Claims 1 to 4, where the emitter It is provided that one or each of the first and second excitation positions are electrically connected to the machine Generator and suppression through emitter respectively on page 2 of the number 3 pages. 9. System referred to in any of Claims 1 to 4, where a separate object is Electricity is placed around the first and second excitation positions 1 0. The system referred to in claim 1, where the substrate is made of non-conductive material, and if the first and / Or the second is placed on a non-conducting substrate, an emitter is provided at a specific excitation position to be electrically connected to the generator. Electricity or suppressors 1 1. The system referred to in claim 1, where the substrate is made of non-conductive material. And the treated area is completely or partially enclosed 1 2. The system referred to in claim 1, where the frequency of the electromagnetic wave is between approximately 100 Hz and approximately 1 MHz, preferably between approximately 100. Hertz and approximately 200 kHz 1 3. System referred to in claim 1, where the electromagnetic waves have a sweeping frequency between approximately 1 Hz and approximately 1 kHz 1 4. System referred to in claim 1. , Where the suppressor is selected from a group consisting of RLC circuits, inductance circuits, capacitor circuits, LC circuits, RL circuits, and RC circuits 1 5. System referred to in claim 1, where source Generator electrical energy supplied to the machine One peak to a voltage peak between approximately 24 V and 200 V is the excitation voltage 1 6. Methods for the protection of the adhesion of aquatic organisms to the substrate. That is in contact with water, where the substrate and the water flowing around the substrate form a prone area. This includes the steps of: Provision of a generator for producing electromagnetic waves with a variable frequency over time, providing a trited region to generate time-varying frequency electromagnetic waves, at which the voltage is selected. Was used on the generator until the generator was stimulated to produce Time-varying frequency electromagnetic waves can induce avalance currents in water and / or on substrate surfaces to suck or kill organisms, and to suppress avalance currents through affected areas. Treat 1 7. The method referred to in claim 16, where the substrate is made of non-conductive material and the treated area is completely or partially enclosed. Page 3 of Number 3 Page 1 8. Method referred to in claim 16, where the electromagnetic frequency is between approximately 100 Hz and approximately 1 MHz, preferably between approximately 100 Hz and approximately 200 kHz. 1 9. Method Claimed in claim 16, where the electromagnetic waves have a frequency between approximately 1 Hz and approximately 1 kHz 2 0. The method referred to in claim 16, where the suppressor is selected from the It consists of RLC circuit, inductance circuit, capacitor circuit, LC circuit, RL circuit, and RC circuit. ------------ 1. System for protection of organism adhesion in Water with the substrate in contact with Water, where the substrate and the water flowing around the substrate form a treated area Which includes: a generator for generating electromagnetic waves with a variable frequency over time; Reached generator with at least two output terminals, one of which is electrically connected. With the first stimulation position of the treated area; The avalance suppressor where one of its terminals is electrically connected to the other's output terminal. The generator and to its other terminal are connected to the second excitation position of the treated region; and the electric power source is connected to the generator for applying the corrected voltage. Selected with a generator, where a voltage is applied until the generator is stimulated to produce a wave. Electromagnets that can induce an avalance in water and / or on the surface of the substrate to Sucking or killing organisms