TH8389C3 - Essential oil distillation machine without water circulating in condensing section. - Google Patents

Abstract

DC60 (13/06/56) Essential Oil Distillation Unit without Water Circulation in a Condensing Unit, which is characterized by three main working parts. Is the heating element The essential oil distiller. And the condensation of essential oils by heating the essential oil distiller is a flat plate heater which can be controlled. The boiling temperature of water or solvents within the aromatherapy boiler section The distiller The essential oil inside the pot has a sieve to separate the desired product from the water or the Can be boiled to generate steam. And at the pot there is a liquid discharge hole at the bottom for the release of water or solution. When the essential oil is distilled or when the water or solution is needed from the boiler Where the upper part of The boiler has a lid which is connected to the steam pipe. And the last part is the condensing unit which consists of two condensing units: condensing by heat pipes. It is a vibrating heat pipe with a closed end made of capillary copper filled tubes. The refrigerant is then installed so that there is a part that is exposed around the vapor duct. And the coil for cooling of the heat pipe, when the vapor inside the vapor duct flows through the condensing unit by the heat pipe set, it will condense as Part liquid The remaining liquids and vapors are then passed along the vapor ducts into the condensate by the chiller unit, which is a cylindrical tube containing water and a vapor conduit through the center of the cylinder containing water. The water-filled cylindrical surface of the water cooler has the chiller coil around the cylindrical pipe. The water contained in the cylindrical tube has a lower temperature than the vapor, resulting in the vapor to condense into an oily mixture. The essentials of the product are mixed. Which liquid blends containing the essential oil of the product are mixed from condensation The two condensers are combined and drip through the essential oil droplet at the end of the vapor duct. Essential oil distillation machine without water circulating in condensing section. Which has characteristics that consist of 3 main working parts Is the heating element The essential oil distiller. And the condensation of essential oils by heating the essential oil distiller is a flat plate heater which can be controlled. The boiling temperature of water or solvents within the aromatherapy boiler section The distiller The essential oil inside the pot has a sieve to separate the desired product from the water or the Can be boiled to create steam. And at the pot there is a liquid discharge hole at the bottom for the release of water or solution. When the essential oil is distilled or when the water or solution is needed from the boiler Where the upper part of The boiler has a lid which is connected to the steam pipe. And the last part is the condensing unit which consists of two condensing units: condensing by heat pipes. It is a vibrating heat pipe with a closed end made of capillary copper filled. The refrigerant is then installed so that there is a part that is exposed around the vapor duct. And the coil for cooling of the heat pipe, when the vapor inside the vapor duct flows through the condensing unit by the heat pipe set, it will condense as Part liquid The remaining liquids and vapors are then passed along the vapor ducts into the condensate by the chiller unit, which is a cylindrical tube containing water and a vapor conduit through the center of the cylinder containing water. The water-filled cylindrical surface of the water cooler has the water cooler coil around the cylindrical pipe. The water contained within the cylindrical tube has a lower temperature than the vapor, resulting in the vapor to condense into an oily mixture. Fragrance of the product mix. In which the liquid blends containing the essential oil of the product are mixed from condensation The two condensers are combined and drip through the essential oil droplet at the end of the vapor duct.

Claims (2)

1. The essential oil distiller without circulating water in the condenser consists of 3 main working parts: heating. The essential oil distiller (3) and the essential oil condenser (6) - the heating element is a flat plate heater (1) attached to the bottom of the oil distiller. The evaporator (3) is used to heat the water or the solution inside the essential oil distiller (3) by setting the temperature of the water or solution at the control box (9). Evaporator (3) looks like a hollow cylindrical pot. There is a grill inside. For separating the product to be distilled from water or boiling solution to generate vapor. And has a discharge channel Liquid waste (2) for the release of water or solvents when essential oil distillation or when water is needed or The solution is removed from the boiler by the boiler with a lid (4) which is connected to the steam pipe (5). In the essential oil condensation section (6), it consists of two parts: condensing by heat pipe set (6.1) and condensing section by water cooler (6.2), in which condensing section by heat pipe (6.1) is installed. Before the condensation section by the chiller unit (6.2) connected by a steam pipe (5) when the vapor obtained From the essential oil distiller (3), pass through the product placed in a sieve and take out the essential oils. The product floats through the vapor duct (5) through the condensation section by a set of heat pipes (6.1) where condensation is formed. Of the id turned into liquid Then flows through to condensate to the condensation section by the chiller (6.2) which when the vapor passes through the The two parts are condensed and then become a liquid containing volatile perfumes, dripping through the essential oil dropper (6.2.5) - condensation section by the heat pipe set (6.1) .Inside there is an open end oscillating heat pipe ( 6.1.2) which does From a capillary copper tube filled with refrigerant and installed, there is a part that contacts around the vapor duct (5). The evaporator section of the closed end oscillating heat pipe (6.1.2) and the non-contact with the vapor duct surface (5) are Condensation of the closed-end oscillating heat pipe (6.1.2) has an inlet fan (6.1.3) to suck in air to help. Cooling to closed-end oscillating heat ducts (6.1.2) and exhaust fans (6.1.1) to exhaust. Air comes out of the closed-end oscillating heat pipe condenser (6.1.2). The closed end (6.1.2) will drain the heat from the vapor duct (5) causing the vapor inside the vapor duct (5) to condense as Part liquid And the remaining liquid and vapor will flow along the vapor duct (5) and connect it to the condensate by Chiller unit (6.2) - Condensation section, where the chiller unit (6.2) is a cylindrical tube (6.2.2) inside, there is a steam pipe (5) through the center and between the vapor duct (5) and the pipe. The cylinder (6.2.2) is filled with water for use in Condensation of the vapor inside the vapor duct (5) to become a liquid. By adding water through the water inlet (6.2.1) and releasing the water Inside can be disposed at the drainage outlet (6.2.4), there is a section of the outdoor unit of the chiller unit (6.2.3) and the coil is insulated. The heat of the chiller unit (6.2.3) is wrapped outside of the cylinder tube (6.2.2) to make the water inside the pipe. The cylindrical temperature is so low that vapor condenses inside the vapor duct (5). The liquid of the mixture contains essential oils. Will drip through the essential oil dropper (6. 2.5)