KR100428250B1 - Distiller with out filter. - Google Patents

Abstract

The present invention relates to a water-cooled distillation water filter without a filter as shown in the accompanying diagram,

Water supply of the water supply tank (4) when the contaminated tap water or other supply water is supplied to the water supply control tank (4) by the supply pipe (4A) and passed through the cooling water tank (3) to the boiler tank (2) Power supply installed in the lower part of the boiler cylinder 2 by the heater (heater) 2A which was replenished to the water level (horizontal: nebel) and installed inside the boiler cylinder 2 by the water load of the boiler cylinder 2 at the same time. By operating the switch (7) by boiling (boiling) the water in the boiler barrel 2 to the boiling point (100 ℃) to generate steam (gas) The process of supplying the distilled water produced by transfer condensation (cooling) to the spring type cooling tube (2F) installed in association with the boiler cylinder (2) inside the cooling water tank (3) formed in a magnetic shape to the adjustable reservoir (5). The gas generated from chlorine or other foreign substances (such as organic compounds) contained in tap water and other feed water is transported and condensed like distilled water and mixed with distilled water. The feed water valve 3E of the canister 2 is configured to be higher than the bottom.) Separate carbon filter or other filtration device is installed by separating chlorine gas or other compound gas and vaporizing it to the outside by conduction heat application method. Instead, it is a feature of the present invention to increase the amount of pure high quality distilled water in a power saving manner.

[Index]

1,1A, 1B, 1C, 1D: Body 3: Cooling water bottle group 4: Water supply control bottle group

2: boiler group 3: Type cooling water container 4: water supply container

2: boiler barrel 3A: through hole 4A: supply water pipe

2 ': Boiler cover 3B: Import pipe 4B, 4C: Feed valve

2 ": cover fastening bolt 3C: cooling water collecting cover 4D: water level buoyancy

2A: Heater (heater) 3C ': Gas discharge hole 6: Storage tank

2B: Load control coil spring 3D: Drain valve 6A: Ventilation valve tube

2C: Spring connection part 3E: Water supply valve 6B: Water supply ball

2D: Feedwater valve pipe 3A ': Through hole screen 2F + 3B: Distilled water supply port

2E: Tightening bolt 5: Distilled water control storage tank 2D + 3E: Water supply and drain pipe

2F: Cooling (condensing) spring tube 5A: Rotating shaft 7, 7A: Power control switch

2F ': Distilled water supply valve 5B: Distilled water supply valve 8: Power indicator

2F ": Secondary gas discharge pipe 5C: Ventilation air valve pipe 9: Supply drainage

Description

Filterless Distillers {DISTILLER WITH OUT FILTER.}

The present invention relates to a filter-free distilled water tank, and more particularly, to distilled distilled water twice to produce a greater amount of distilled water at the same power, as well as to discharge various harmful gases generated in the distillation process to the outside. You can get clean distilled water without it.

As is well known, as the industry developed, various pollutants (pesticides and other industrial chemical wastes, etc.) increased significantly from day to day. As a result, most of the water quality worsened and it was difficult to drink bottled water as it is. To solve the drinking water problem. However, when the water purifier is used, it is necessary to periodically replace the filter, which is cumbersome to replace the filter and expensive to replace the filter, and if the filter is not replaced on the presenter, foreign substances accumulate as well as various bacteria are cultivated. There is a disadvantage that results in inadequate results.

Of course, it can be used as drinking water by drilling underground water through deep rock layers, but in this case, too much minerals (mineral minerals) are contained in drinking water, which not only adversely affects the human body but also results in severe groundwater collection. Contaminated (pesticides and other industrial waste pollutants) surface water rapidly penetrates into the ground, resulting in rapid contamination of groundwater.

Therefore, drinking distilled water produced by evaporating water is much healthier than drinking various contaminated water, and several kinds of devices for producing such distilled water have been devised.

However, most distilled water is produced by evaporating the water by installing a heater in one boiler and condensing the water, so the production of distilled water is very small compared to the electricity use, and distilled water (tap water in the process of distilling water). Or other chlorine or other organic substances contained in surface water and ground water) are mixed with steam and condensed together during the condensation of distilled water, so that various bacteria and inorganic minerals (heavy metals) are removed, so that a good or minor amount of chlorine or other organic substances Has a closed end that cannot be completely removed, so to solve this problem, a carbon filter is installed between a distilled water outlet and a supply port of a distilled water storage tank in a conventional distilled water. Hassle-free installation and filter replacement costs It would have been a problem.

The present invention has been proposed in view of this point, and distilled water is firstly obtained by evaporating distilled water from a boiler, and a cooling spring tube passing through the second is heated secondly to obtain the distilled water. By using the same electric power, a large amount of distilled water can be obtained, and the upper part of the water supply pipe that introduces distilled water from the cooling water tank to the boiler can be extended to 2/3 of the highest level of the cooling water tank so that only clean water free of boilers In addition to the flow of water into the tank, a plurality of gas discharge holes are formed in the cover of the cooling water tank to discharge the harmful gas generated in the distillation process to the outside, and the remaining harmful gas is connected to the outside by connecting the gas discharge pipe to the collecting pipe of the distilled water. Air for discharging distilled water into storage tank and sump collecting distilled water. At the same time the influx Sikkim connect the air inlet pipe for discharging the residual toxic gases is intended to provide an filterless distilled water to get the pure distilled water, without any filter.

1 is an external configuration of the filter-free distilled water according to the present invention.

2 is a cross-sectional view taken along the line A-A of FIG.

3 is a cross-sectional view of main parts of the present invention.

*** Explanation of symbols for the main parts of the drawings *** 10: Body 11: Outlet 12: Drain 13: Power cord wire 14: Power indicator 20: Water supply 21, 24, 41: Water supply 22 22 : Water supply valve 30: Boiler barrel 31: Heater 32: Compression spring 33,53: Power switch 40: Cooling water tank 42,43: Outlet pipe 44: Water supply and drainage fixing part 45: Cooling spring pipe 46: Pipe 47: Water collecting cover 47a: Gas Outlet hole 48: Collection pipe 49: Gas discharge pipe 50: Storage tank 51: Hinge 52: Inlet pipe 54,61: Air inlet pipe 60: Reservoir

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 1 to 3, the filterless distilled water according to the present invention has a discharge port 11 for discharging distilled water in the middle of the front surface thereof, and a body in which a drainage container 12 for extracting water is detachably inserted therein. 10, inside the water supply pipe 21, when the water flows through the water inlet 22 is floated to a certain level, the water supply tank 20 for blocking the water supply valve 23 is installed, and parallel to the water supply tank 20 The boiler barrel 30 and the cooling water tank 40 are installed, respectively, between the water supply tank 20 and the cooling water tank 40, and between the cooling water tank 40 and the boiler water tank 30, respectively. Connected to the 41 so that the water in the water supply tank 20 is supplied only to the height of the mouth opening 22 to the boiler 30, the cooling water tank 40, connecting the boiler 30 and the cooling water tank 40 The upper end of the water supply pipe 41 is extended to the height of 2/3 of the highest level of the cooling water tank 40 while the discharge pipe 42 communicating with the drainage tank 12 in the middle thereof. It is formed in a sieve, the lower portion of the cooling water tank 40 is connected to the discharge pipe 43 and the discharge pipe 12, and each of the discharge pipes 42, 43 is provided with a water supply and drainage fixing portion 44 in the middle portion of the discharge pipe (42) To adjust, it is provided with a heater 31 for evaporating the water inside the boiler barrel 30, the upper end is drawn out to the upper end of the boiler barrel 30 and the lower end is drawn out to the inside of the cooling water tank 40 The cooling spring pipe 45 is installed to produce distilled water primarily, and the cooling water container 40 forms a pipe 46 leading to the upper and lower portions at the center thereof, and a water collecting cover 47 having a “V” shape in cross section at the top thereof. ) To collect the distilled water to collect the distilled water falling from the vertex of the sump cover 47, the second inside of the pipe 46 to collect the distilled water, the cooling spring pipe 45 and the house Storage tank (5) which rotates around the hinge (51) on one side by joining the water pipe (48) 0) and the distilled water is collected into the sump (60) by connecting the sump (60) and the storage tank (50) through the outlet (11) to the inlet (52), but the boiler sump (30). A power switch that is selectively switched as the boiler barrel 30 and the storage tank 50 are raised and lowered while being elastically supported through the compression spring 32 around the boiler barrel 30 and the storage tank 50. (33) and (53), respectively, the cooling spring pipe 45 and the sump of the collection pipe 48 is connected to the gas discharge pipe (49) for discharging the harmful gas transferred to the outside, such as distilled water, the water collecting cover The barrel 47 is formed with a plurality of gas discharge holes (47a) for discharging the harmful gas generated in the distillation process of the distillation water to the outside, and discharges the harmful gas on the upper portion of the storage tank 50 and the sump (60). While collecting the air inlet pipe (54, 61) for introducing air to facilitate the discharge of distilled water The reference numeral 13 in the drawing indicates a power cord line, and 14 indicates a power indicator. The filter-free distilled water according to the present invention configured as described above has the following functions. First, when water is supplied to the water tank 20 through the water supply pipe 21, the float 22 gradually rises, and when the water level reaches the highest level, the float 22 blocks the water supply valve 23 to supply water. Shut off, because the water supply and drain fixing portion 44 is blocking the discharge pipe 43 and the discharge pipe 42 connected to the water supply pipe 24 and the boiler barrel 30 connected to the lower portion of the cooling water tank 40 is filled with water in the water supply tank 20 In the process, the water is introduced into the cooling water tank 40 through the water supply pipe 24, and then the water is cooled in the boiler water tank 41 through the water supply pipe 41 connecting the cooling water tank 40 and the boiler water tank 30. At this time, the upper end of the water supply pipe 41 for connecting the boiler 30 and the cooling water tank 40 Since it extends to the height of 2/3 of the highest level of the cooling water tank 40, only the clean upper water in which foreign substances such as chlorine and other organic compounds are deposited can be introduced into the boiler 30, and the boiler can 30 Water can be prevented from being detained into the cooling water container 40. When the water is filled in the boiler container 30, it is elastically supported by the compression spring 32 installed around the boiler container 30, When the water is completely filled down to operate the power switch 33, by this switching the heater 31 is activated to boil the water filled in the boiler barrel 30. Since the upper portion of the boiler barrel 30 is blocked When the water in the boiler 30 is boiled and evaporated, the steam flows through the cooling spring pipe 45, and the cooling spring pipe 45 is spirally installed in the cooling water container 40, so the flowing steam Coolant In the process of heat-exchanging with the water filled in (40), it is condensed and distilled into distilled water. However, since water used for distilled water contains various foreign matters, its boiling point is 100 ° C. or lower, and thus the cooling spring from the flowing steam. The heat conducted to the pipe 45 causes the water in the upper portion of the cooling water tank 40 to boil and evaporate from the surface, and the vapor in the gas condenses while contacting the upper “V” shaped water collecting container 47, and the chlorine Noxious gas such as gas is discharged to the outside through the gas discharge hole 47a formed in the collecting cover container 47. The distilled water condensed while being in contact with the collecting cover container 47 is a vertex portion of the collecting cover container 47, That is, it falls to the central portion of the cooling water tank 40, and the collecting pipe 48 is located directly below the distilled water flows through it. In addition, the cooling spring 45 and the collecting pipe 48 are combined to the lower portion Storage tanks (50 The gas discharge pipe 49 is connected to the haptic part so that the residual harmful gas contained in the distilled water can be discharged to the outside during the flow of the distilled water. The storage tank 50 is hinged 51. Since it is configured to be rotated around, the more distilled water is introduced, the more it rotates, and at some point, the power switch 53 is elastically installed. When the power switch 53 is pressed in this way, the water supply pump (Miscellaneous) is cut off, the power supply to the heater 31 is cut off to stop all the distilled water production work, the storage tank 50 and the sump (60) is connected to the inlet pipe 52 As the distilled water is introduced into the storage tank 50 as described above, the distilled water may immediately flow into the sump container 60, and when the distilled water is completely filled in the sump container 60 and the storage tank 50, power is supplied through the power switch 51. Block me In addition, the storage tank (50) and the sump (60), respectively, the air inlet pipe (54, 61) is connected to communicate with the lower portion of the sump lid 47, that is, the upper portion of the cooling water tank (40) Finally, the harmful gas component contained in the distilled water can be discharged to the outside to obtain clean distilled water, and at the same time, the distilled water can be discharged smoothly by introducing air. Thus, the storage tank 50 and the sump can The distilled water collected at (60) is produced at the same time through the cooling spring pipe 45 and the collecting pipe 48, so if the same power is used, the output per unit time may be much higher than that of a general distilled water generator. If the output is the same, the power consumption can be significantly reduced. In addition, when the water in the boiler barrel 30 is evaporated, the power is automatically turned on, the water is continuously filled with the boiler barrel 30 When the distilled water collected in the sump container 60 is discharged, the storage tank 50 is returned by the elasticity of the power switch 53, and power is applied again to start the operation again. Opening the water supply and drainage part 44 after or during production can discharge all the water contained in the boiler 30 and the coolant 40 to the drain 12, and the drain 12 is removable. You can easily throw it away.

As described above, in the present invention, the distilled water is evaporated from the boiler barrel to obtain distilled water firstly, and the cooling spring tube through which the distilled water passes is heated secondly to obtain distilled water by heating the water in the cooling water bottle secondly. Since the same power can be used, a large amount of distilled water can be obtained, and the upper part of the water supply pipe for introducing distilled water from the cooling water tank to the boiler can be extended to 2/3 of the highest level of the cooling water tank so that foreign substances such as chlorine and other organic compounds are Since only the clean and settled water can flow into the boiler, there is a small amount of harmful gas, and even if harmful gas is generated with distilled water in the distillation process, it can be discharged to the outside through the gas discharge hole and the gas discharge pipe. Very useful to get clean distilled water without filter It will be effective.

Claims (1)

A discharge port 11 for discharging distilled water is formed in the middle of the front surface, and when the water flows in through the water supply pipe 21 inside the body 10 in which the discharge container 12 for extracting water is removably inserted therein, While the water supply unit 22 floats up to a predetermined level and blocks the water supply valve 23, the water supply tank 20 is installed, and the boiler water tank 30 and the cooling water tank 40 are installed in parallel with the water supply tank 20. , Between the water supply tank 20 and the cooling water tank 40, and between the cooling water tank 40 and the boiler barrel 30, respectively, by supplying water supply pipes 24 and 41 to the water supply tank 20. Of the water supply pipe 41 for supplying only the height of the float 22 to the boiler barrel 30, the cooling water tank 10, and connects the boiler barrel 30 and the cooling water tank (40) The upper end is extended to the height of 2/3 of the highest water level of the cooling water container 40 while the discharge pipe 42 communicating with the discharge container 12 in the middle thereof And a discharge pipe 43 communicating with the discharge water container 12 to the lower portion of the cooling water container 40, and a water supply and drainage fixing part 44 is provided at the middle of each of the discharge pipes 42 and 43. By adjusting the water supply, the heater 31 is installed inside the boiler barrel 30 to evaporate water, the upper end of the cooling water tank 40 is drawn out to the upper end of the boiler barrel 30, The lower end is provided with a cooling spring pipe 45 drawn out to the lower portion of the cooling water tank 40 to produce distilled water primarily, and the cooling water container 45 forms a pipe 46 leading to the upper and lower portions at the center thereof. And the upper part is covered with a "V" shaped collection cover 47 in the cross-section and the inside of the pipe 46 to install the collection pipe 48 to receive the distilled water falling from the vertex of the collection cover 47 To take distilled water to the secondary, the cooling spring pipe 45 Integrate the water collecting pipe (48) into the storage tank (50) which rotates around the hinge (51) on one side, and the water collecting tank (60) and the storage tank (50) through the outlet (11). To the inlet pipe (52) to collect the distilled water into the sump (60), but around the boiler barrel (30) through the compression spring 32 to support the elasticity while the boiler barrel (30) And the storage tank 50 is connected to each of the power switch 33, 53 which is selectively switched as the boiler barrel 30 and the storage tank 50 ascend, and the cooling spring pipe 45 And a gas discharge pipe 49 for discharging the harmful gas transferred to the outside to the haptic part of the collecting pipe 48 and the distillation liquor, and the collecting cover 47 is a harmful gas generated during the distillation of distilled water. Forming a plurality of gas discharge hole (47a) for discharging the outside, the At the upper portion of the storage tank 50 and the sump 60, air inlet pipes 54 and 61 for introducing air to facilitate the discharge of the distilled water while discharging noxious gas are collected in the sump lid 47. Distilled water without filter, characterized in that formed to communicate with the lower portion of each.