TH25650B - Salt shaker - Google Patents

Abstract

DC60 (19/01/42) The desalination apparatus has been revealed for the removal of dissolved solids from seawater and brackish water. The desalination machine (10) consists of a fitting (12) in which the pump (14) is driven by a motor (16) pumps seawater or brackish water under pressure. The desalination trunks (76) within the cleat (12) consist of a semi-permeable material that acts as a reverse osmosis membrane and through which the permeability is forced. To pass through to separate it from seawater or brackish water Solids dissolved in brackish or sea water have been trapped. In the saline passageway (76), three electric coils (94, 96 and 98) surround the hull (76) and are embedded in the wall of the casing (12). Various have been entered as well. The current from the supply (112), as it should have been, is a 50 kHz, 380 volt three-phase supply.The coils are also connected by wires (108) to the variable frequency alternator. (110), which, meanwhile, is connected to the motor (16). The coils (94, 96 and 98) force a magnetic field against seawater or brackish water in the salt passageway, which causes the rate at which the water penetrates the membrane. Reverse osmosis and also prevent clogging. In addition to this, the windings (94, 96 and 98) also act as chokes for the motors (16), a desalter has been revealed. For the removal of dissolved solids from sea water and brackish water, the desalination apparatus (10) consists of a fitting (12) in which a pump (14) driven by a motor (16) pumps seawater or brackish water under pressure. push The desalination trunks (76) within the cleat (12) consist of a semi-permeable material that acts as a reverse osmosis membrane and through which the permeability is forced. To pass through to separate it from seawater or brackish water Solids dissolved in brackish or sea water have been trapped. In the saline passageway (76), three electric coils (94, 96 and 98) surround the hull (76) and are embedded in the wall of the dug (12). Various have been entered as well. The current from the supply (112), as it should have been, is a 50 kHz, 380 volt three-phase supply.The coils are also connected by wires (108) to the variable frequency alternator. (110) at the same time The motor (16) coils (94, 96 and 98) are then connected to the magnetic field to force the seawater or brackish water in the salt passageway, which causes the rate at which the water penetrates the membrane. Reverse osmosis and also prevent clogging. Besides this, the windings (94, 96 and 98) also act as chokes for the motor (16).

Claims (1)

1.Methods for removing dissolved solids Where the method consists of Enter the water mentioned above. Through the salt retention closed by the reverse osmosis membrane and its conduction. Water in the passage of salt retention And the water that has passed through that membrane is subjected to a variable magnetic field. It is characterized in the process of feeding a variable sized current to each of at least two coils (96,98) spaced. Each along the length of the passage of salt as mentioned above The water in the passages is salt retention in The magnetic field of such a coil And the magnetic field generated by the coil will have different phases and overlap. 2. Method according to claim 1 and consist of the phase of alternating current. Three-phase to three windings (94, 96, 98-162, 164, 166) that are spaced each other along the The length of the salt passageway mentioned above Each winding receives one phase input. According to the phase sequence mentioned above. 3. Machine for removing dissolved solids from water. Which includes The long, slender salt passageway has been closed. By the reverse osmosis membranes and routes (14,16) for feeding water to the aforementioned salt passageways. To keep the water flowing Along the way through the detention Such salt The machine is characterized in that at least two coils (96,98) are spaced. Distances along the length of the salt pass and route (112) for varying voltages. For each of the aforementioned coils In order to make each The coil generates a variable magnetic field. This magnetic field has different phases and overlaps, and the water passes through it. When in use, the device will receive a magnetic field. The variance obtained from the aforementioned coils. 4. The instrument according to claim 3 and consists of a wear (12) in a long form and a tube (76) in a long form inside the aforementioned wearer. The tube consists of membranes. Semi-permeable, blocking the passage of large amounts of salt The coils have been spaced apart. Along the length of the wear set 5. The machine according to claim 4 and consists of three coils. (94,96,98-162,164, 166) spaced along the length of the wear. And the way to pay Three-phase alternating current Each winding is connected to one phase in sequence of phase, where the field is generated by three windings. Are not in direct phase with each other 6. The machine according to claim 5, whereby the aforementioned route for water supply consists of a pump (14) that is driven by a three-phase electric motor (16), a motor (16) that As mentioned above, it has been connected to the aforementioned three-phase (112) AC supply. Through a coil that acts as a choke for the motor 7. The machine according to claim 6 and consists of a variable frequency alternating current driver (110) between the aforementioned windings and the motor as mentioned. Holds the 7th right and contains a pressure receptor (114) for perceiving pressure at the pump pressure chamber. And the input of control signals to the aforementioned driver (110) Where the driver will control the motor mentioned above in a way that 9. The machine according to claim 4 and consists of a plaque (52) with multiple holes (54) in the plate between the aforementioned path (14) for water feeding and The aforementioned pipe (76) holes in the metal plate divide the water into a stream. And the aforementioned stream of water is applied to the end of the tube (76), where the water entering the salt pass has a circulating current in it and a pressure drop at the aforementioned plate 1 0. Device according to claim 4, which the set is wearing (12) mentioned above There is a cylindrical wall that Is a resilient resin That have been reinforced with fiber The coil has been implanted. In the aforementioned cylinder wall 1 1. The machine follows claim 10 and consists of a layer of gel (100, 102) that is inward, radius and radially outward of each coil. For protection and as a secondary To each coil