TH6835C3 - Water distillation system using condensed air, steam generated from hot and boiling water. - Google Patents

Abstract

This water distiller uses condensed air, steam generated from hot and boiling water. It is developed from the autoclave that is commonly used in the household by adding additional equipment and components to Increase the surface of the device to experience more air. Resulting in more distilled water And use a basin to receive water and adjust the water level It is an optional accessory to feed raw water to the water distiller to enable continuous distillation and to add or reduce some equipment so that the distiller can be used in any area. Including to be used together with rice cookers, steamer pots and boilers that are used already in the household

Claims (2)

1. Water distiller system using condensed air, steam obtained from hot water and boiling water. Unique Consists of equipment and the function of the device as follows: radiator (1) is a cylindrical tank. The bottom of the radiator (1) is flat, the edge (1-1) of the radiator (1) has a shoulder shape for supporting the overlap. PED with the bottom (2-3-1) of the distilled water collector (2) on the top. On the side of the heating radiator (1) there is a water intake pipe (1-2) which penetrates the wall. Inside the hot radiator (1) the water intake pipe (1-2) is responsible for receiving water from the water tank (7) through the water reservoir (6) through the pipes (1-2,6-3) into the hot radiator ( 1) To heat water or boil water. Distilled water storage device (2) is a cylindrical shape with the upper lip (2-1) with a shoulder shape. For supporting the overlap to fit the lower floor (3-2-1) of the steam transmission device and the distilled water pipe (3) above the lower middle (2-3) of the distilled water collection device. (2) There is a steam vent (2-3-2) which penetrates the bottom (2- 3) of the water collection device. The steam vents (2-3-2) are round holes for steam to float upward. Into the distilled water collection device (2) through the steam outlet pipe (2-2), a hollow cylindrical tube with the top end (2- 2-1) inside the distilled water collection device (2) at the bottom edge. (2-2-2) of the steam outlet pipe (2-2) is fully welded. With the edge of the steam outlet (2-3-2) on the lower floor (2-3) of the distilled water storage device (2) the steam outlet pipe (2-2) in addition to serving as a drain for the steam from The hot radiator (1) floats up to the steam transmission device. And the distilled water pipe (3), which is located above it, also serves to help condense the steam when the steam hits the inner wall surface of the hot water collector. (2) where the temperature is lower than the steam The steam will condense as distilled water, flowing down the wall to the bottom of the distilled water collection device (2) the distilled water pipe (2-4) below the wall of the distilled water collection device. (2) It is a hollow tube that connects through the wall to one another. Distilled water storage tank (2) Distilled water tube (24) This discharges the distilled water from the distilled water storage device (2), the steam transfer device and the distilled water tube (3). The circular edge (3-1) on the top and the lower slab (3-2) are circular with diameter, cross-sectional area. Is equal to the line of the circle (3-1) above the line of the circle (3-1) and the lower slab (3-2). Between the perimeter of the four columns are poles (3-6) poles (3-7) poles (3-8) and poles (3-9). Perpendicular to the cross-sectional area of the lower slab (3-2). These four poles are intended to provide vapor transmission devices Water and distilled water (3) have a protruding structure. To increase the air contact surface of the pipe wall (3-3) of the steam transmission device and the distilled water pipe (3) in the lower middle (3-2) area there is a circular steam vent (3-5). Penetrates the ground (3-2) to allow the steam to float. Going upward through a steam vent (2-3), this steam outlet (3-3) has a hollow cylinder shape. Cross-sectional area Cross the top edge of the pipe (3-3-1) is slightly smaller than the diameter of the steam outlet (4-3-1) of the distillation device (4). -3-2) The bottom of the steam vent (3-3) is completely connected to the edge of the steam outlet (3-5) down to the bottom (3-2) the top edge (3-3-1). The steam outlet pipe (3-3) is slightly higher than the circular plane (3-1) of the steam pipe and distilled water pipe (3) along the top edge (3-3-1). To be attached to the inside of the pipe end between the steam (4-2) of the condensing device (4), which is above the steam outlet pipe (3-3), in addition to serving as a pipe to pass the steam up. It enters into the juicers (4) to condense the steam into distilled water, and also serves to assist condensation by steam when it hits the inner wall surface of the steam outlet pipe (3-3), where the temperature is lower than the vapor. water The water vapor will condense. Distilled water flows along the inside wall of the steam outlet pipe (3-3) into the distilled water reservoir (2), located below. Near the edge of the ground (3-2) of the steam transmission device and the distilled water pipe (3) there is a condensing drain (3-4) that penetrates the bottom (3-2) condensate drain (3-4). It is a hollow cylindrical tube with the upper end (3-4-1) which is in line with the circular border (3-1), with a diameter, a longer cross-sectional area than its diameter. The cross-sectional area of the lower end (4-4-1) of the pipe of the distillation apparatus (4) is slightly so that the lower end (4-4-1) of the distillation apparatus (4-4-1) goes down. Inside the top end of the pipe (3-4-1) of the steam transmission device and the distilled water pipe (3) the lower end (3-4-2) of the distilled water pipe (3-4), which is below the outside Of the steam transmission device and the distilled water pipe (3) have the same cross-section diameter as the lower-end cross-section diameter (4-4-1) of the distilled water pipe. (4-4) of the water distillation apparatus (4) which is above Distilled water drain (3-4) is used to convey distilled water. From the distilled water device (4) into the distilled water storage device (2) which is below Water distillation equipment (4) is a cylindrical tank. In the middle of the lower ground (4-3) of the water distillation device (4) there is a steam vent (4-3-1), a round hole that penetrates the bottom (4-3) of the distillation device. (4) Inside this juicing device (4) is a steam outlet pipe (4-2), which is a hollow cylindrical tube by the 4-2-2 bottom end of the steam pipe (4-2). Completely welded to the edge of the steam vent (4-3-1) across the bottom (4-3) of the distillation device (4) the top end (4-2-1) of the steam vent. (4-2) inside the water distillation device (4) steam vent weave (4-2) this serves the steam Passed up inside the distillation device (4) to condense the steam into distilled water. Near the lower edge (4-3) of the distillation device (4), there is a drainage outlet. (4-3-2) pierced through the bottom (4-3) is a circular channel for distilled water to flow down to the bottom of the distilled water drainage box (4-3-2) with a distilled water drain (-4-4 ) Connected by the edge of the distillation pipe (4-4), the top is connected tightly to the edge of the distillation channel 4-3-2) The bottom end of the pipe (4-4-1) of The distillation drain hose (4-4) extends into the top end of the pipe. Of distilled water pipes (3-4) of steam transmission devices And the distilled water pipe (3), located below the distillation apparatus (4), along the edge of the bottom of the tank (4-3) of the distillation apparatus (4), which is completely overlaid with the shoulder of the circular edge (3- 1) which is the edge of the circle The upper part of the steam transmission device and the distilled water pipe (3) The distillation device cover (5) is an inverted cone-shaped cover. The lower lip (5-1) of the cover (5) fits snugly against the upper loop shoulder (4-1-1) of the distillation device (4). Prevents steam leaking out of the water distillation device (4) and acts as a surface exposed to the air outside the cover (5), which is lower than the steam temperature. Steam inside the distillation device cover (5-1) when cooling against the bottom wall of the lid. The distillation device cover (5) condenses into water droplets and flows down the wall to the bottom (4-3) of the distillation device (4). The water reservoir (6) is a cylindrical tube. At the bottom end of the water bath (6) there is a water pipe (6-2) for the water in the reservoir (6) to flow into the pipe (6-3) through the pipe (1-2,6-3) to enter. Boiler (1), pipe (1-2), on the side wall of the reservoir (6), there is an overhang (6-1), a hollow tube that connects through the wall to the collector in the reservoir. (6) This overhang (6-1) serves as an overflow pipe, allowing excess water in the hot radiator (1) to flow out. Pipe (6-4) is a pipe that connects a three-way pipe to a pipe ( 6-2) and pipes (6-3) pipes (6-4) are L-shaped, with the end of the pipe bent upward in Above the water level (1-3,6-5) this pipe (6-4) is used to drain the water from the hot radiator (1) and the sink (6) by lowering the end of the pipe (6). -4) descends on a level ground, which is lower than the water level (1-3,5-6). In addition, pipes (6-4) also serve the water. Hot from other sources to the hot radiator 1) The water level in other containers must be lower than the water level (1-3,6-5). Water reservoir (6) is a device for feeding water to the hot radiator (1) and serves to adjust the level. Water in the hot water boiler (1) at the same time by adjusting the water level in the hot water boiler (1) along the (1-3,6-5) line, which is the same as the water level (6-5) in the water reservoir (6). And at the bottom edge of the overflow pipe (6-1), the water reservoir (6) is used to feed water to the hot radiator (1) from the water tank (7) that is upside down on the shoulder of the water counter (6). Through the pipe (6-2) through the pipe (6-3) through the pipe (1-2,6-3) into the hot radiator (1 way pipe (1-2) this water sink will serve to feed water into the system Distillation without interruption until the water in the tank (7) will run out of pipes (1-2,6-3), which serves to convey water from the water reservoir (6) to the hot water boiler (1) with the characteristics of the A spring loop around the gas hob to block and receive heat, the gain of the gas burner that spills over from the bottom of conventional cooking utensils. It is the same with the tubular spiral as a steamer or cauldron, or curl in a steamer or boiler. Factory establishments to bring the remaining heat to use for hot water. The water tank (7) is a round tank (mouth (7-2) of the tank (7) has a narrow round shape. Used to contain water and put it upside down. On the shoulder of the water reservoir (6), the water flows into the water reservoir (6), in the same principle as the water in the upturned flask, the water does not flow out of the water flask while the flask is on the surface. As with the water tank (7), when the mouth of the tank (7-2) is out of the water level (6-5) in the basin (6), the air will flow through the mouth of the tank (7-2) into the tank (7) due to the pressure. Air above the water level (7-1) inside the tank (7) is less than the air pressure outside the tank (6) When air enters the tank (7) the water flows out of the tank (7) into the water reservoir (6). ) A heating device (8) is a direct source of heat to a hot radiator (1) to heat up or to boil water. This device is a gas stove. Heating stove (Hot Plate), 2. Juicers using condensed air, steam obtained from hot water and boiling water according to claim 1 pipe (1-2,6-3), which is a connection pipe between pipe (1-2) and pipe ( 6-3) If it is classified as solar energy use or This pipe (1-2,6-3) has a S-shaped (S) shape that is connected in layers in a horizontal plane so that Able to receive heat transfer from solar panels and furnace walls.