KR19990068847A - A filtration apparatus - Google Patents

Abstract

The present invention relates to a water purifier that can be treated as a healthy coolant by cooling the room temperature water in a cool water condition for drinking well through the Peltier effect of the thermoelectric element 24 while filtering by an atmospheric pressure difference without a separate pressurizing means. With the room temperature reservoir 40 which can open the water replenishing stopper 41 and optionally replenish the room temperature water, and the normal temperature water charged into the charging inlet 45 is purified by the filter 42 at atmospheric pressure. Cooling rods 20 are installed at the bottom of the cooling water storage tank 12 above the support bulkheads 13, and are dropped and stored through the upper temperature water inlet 11 at the upper side to exchange heat by the cooling rods 20. A sensing sensor 36 is installed and attached, and the heat dissipation tank 14 below the support bulkhead 13 together with a thermoelectric element 24 connected to and electrically connected to the cooling rod 20 is used to heat the thermoelectric element. A heat dissipation plate 25 for dissipating heat of normal temperature water absorbed through the 24 is assembled and blown between the bottom of the heat dissipation tank 14 through which a plurality of heat dissipation holes 18 pass and the bottom of the heat dissipation plate 25. The fan 28 is installed and assembled, and the thermoelectric element 24, the blower fan 28, and the detection sensor 36 are connected and energized to one side of the radiator device 14 to the external display unit 30. A controller 35 is provided for selecting and displaying the measurement state of the room temperature water. A cooling reservoir (10) and; It characterized in that it comprises a pedestal 19, which is assembled and fixed to the bottom of the cooling reservoir (10).

Description

Water Purifier {A filtration apparatus}

The present invention relates to a water purifier for filtration and cooling the room temperature water to drink purified water as a cool water that is good for drinking, and more particularly, the Peltier effect of the thermoelectric element while filtering the room temperature water by an atmospheric pressure difference without a separate pressurizing means. (Peltier effect) is a water purifier that can be cooled to a healthy coolant by drinking in a cool water condition for drinking.

In contrast to the civilization benefits of modern industrial development, serious problems such as environmental pollution are emerging. Especially, due to water pollution, most households avoid drinking tap water and boil tap water or drink groundwater or commercial bottled water instead of tap water. It is true.

As such, the bottled water used as drinking water instead of tap water is mounted on the upper side of the cooling water reservoir, which is a water purifier, in a storage state, which is usually stored in a water storage tank of 18-19 liters, and naturally falls into the cooling water storage tank of the cooling water reservoir. In addition, the drinker may select and drink cold or hot water that has been cooled or heated in the cooling water storage tank through a drainage tap of the cooling reservoir.

On the other hand, bottled water is a natural water resource, which has a limited amount and can cause environmental pollution and depletion of water resources due to indiscriminate development. Therefore, water purifiers that use purified water of general tap water, ground water or spring water are used. In addition, there is a demand for a water purifier capable of cooling the purified water more effectively and drinking it as a healthy cooling water.

Accordingly, the present invention has been invented in view of the above situation, and can be used to mount ordinary room temperature water reservoirs capable of charging not only bottled water but also general tap water or ground water, which is not treated with water. It is the purpose of the present invention to provide a water purifier that can be treated as a healthy cooling water by cooling the room temperature water in a cool water condition to drink by the Peltier effect of the thermoelectric element while being filtered by the atmospheric pressure difference of.

1 is a perspective view showing the external structure of the water purifier of the present invention.

Figure 2 is a cross-sectional view showing the internal structure of the water purifier of the present invention.

Figure 3 is an exploded perspective view of a cooling device for cooling the room temperature water with cooling water through the Peltier effect of the thermoelectric device according to the present invention.

* Explanation of symbols for main parts of the drawings

10: cooling reservoir 11: room temperature water inlet

12: cooling water storage tank 13: support bulkhead

14: heat dissipation tank 15: drainage faucet

16: collecting pipe 17: support rib

18: heat sink 19: pedestal

20: cooling rod 21: screw portion

22: fastener 23: airtight

24: thermoelectric element 25: heat sink

26: fixing screw 27: blowing fan

28: set screw 29: shield

30: display unit 31: operation button

32: Select Button 35: Controller

36: sensor 37: power cable

38: adapter 39: plug

40: room temperature reservoir 41: water refill stopper

42: filter 43: holder

45: charging

The water purifier of the present invention for achieving the above object, with a room temperature reservoir, which can be replenished at room temperature and optionally replenishing the room temperature water, the room temperature water is charged into the charging inlet by the filter; A cooling sensor is installed at the bottom of the cooling water storage tank on the upper side of the support bulkhead and is dropped and stored through the upper temperature hot water inlet at the upper side, and a detection sensor is installed to detect the temperature of the hot water exchanged by the cooling bar. The heat dissipation tank of the heat dissipation tank connected to the cooling rod and the heat conduction plate for dissipating the heat of the normal temperature water absorbed through the thermoelectric element is connected and assembled, while the heat dissipation tank bottom and the heat dissipation plate bottom through the heat radiation holes A blower fan is installed and assembled therebetween, and a controller is installed and fixed on the inner side of the heat dissipation tank so that a measurement state of room temperature water is selected and displayed by an externally mounted display unit while the thermoelectric element, the blower fan, and the sensing sensor are connected and energized. A cooling reservoir and; It characterized in that it comprises a pedestal that is fixed to the cooling reservoir bottom assembly is supported.

In addition, the display unit is provided with a selection button is installed with the operation button is purified through the filter according to the pressing operation of the selection button, the cooling water cooled by heat exchange with the cooling rod of the thermoelectric element and the turbidity (Tuebidity) and inorganic mineral water and Characterized in that selected by the corresponding measurement of the hydrogen ion concentration (pH).

In addition, the controller is characterized in that the adapter and the plug is connected via a power cable to rectify the AC power as a DC power supply to apply a constant voltage power.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the external structure of the water purifier of the present invention, Figure 2 is a view showing the internal structure of the water purifier of the present invention, the water purifier of the present invention is a room temperature reservoir where the normal temperature is charged through the filter 42 ( A pedestal for supporting the cooling reservoir 10 together with a cooling reservoir 10 capable of heat-cooling the purified normal temperature water from the normal temperature reservoir 40 by the Peltier effect of the 40 and the thermoelectric element 24. It consists of 19.

The room temperature reservoir 40 may optionally replenish the room temperature water at the bottom of the opposite side of the charging inlet 45 together with a charging inlet 45 for charging normal temperature water, such as general tap water or groundwater, as well as bottled water. While the water replenishment stopper 41 is installed and assembled, the charging opening so that normal temperature water can be freely dropped into the cooling water storage tank 12 inside the cooling reservoir 10 so as to be purified by a pressure difference between the inside and outside of the container without a separate pressurizing means. The filter 45 is inserted into 45 and is assembled and fixed by the holder 43.

The cooling reservoir 10 is formed with a cooling water storage tank 12 in which the room temperature water from the room temperature reservoir 40 is dropped in the upper space between the support bulkhead 13, while the cooling water storage tank 12 in the opposite lower space The heat storage device 14 is formed so that the room temperature water stored in the heat exchanger is cooled by the cooling rod 20 of the thermoelectric element 24 so that the room temperature water can be absorbed to a cooling temperature of about 4 ° C, which is activated by hexagonal water. The components are installed and assembled.

That is, the thermoelectric element 24 having the cooling rod 20 integrally absorbs heat from the normal temperature of the cooling water storage tank 12 in which the cooling rod 20 protrudes due to the Peltier effect when DC power is applied. Cool down to temperature.

As shown in the internal structure of the water purifier of FIG. 2 and the cooling device separation perspective view of FIG. 3, the thermoelectric element 24 is integrally formed with a cooling bar 20 while being screwed into the supporting partition wall 13. Protruding toward the cooling water storage tank 12, wherein the cooling rod 20 is sealed at the bottom of the cooling water storage tank 12 through the fastening of the sealing opening 23 and the fastener 22 through the center and at the same time the thermoelectric element ( 24 is shielded through the center through the cross-sectional shape of the fastener 29 is fastened, and the bottom of the thermoelectric element 24 so that the heat of the room temperature water absorbed through the cooling rod 20 to effectively heat the outside to cool. A heat sink 25 is installed and fixed to each other by fastening the fixing screw 26.

In addition, a blower fan 27 is installed at the bottom of the heat sink 25 so as to force discharge of the heat-exchanged normal-temperature water to the outside, and is assembled to each other by fastening a fixing screw, wherein the blower fan 27 is installed and fixed. The support ribs 17 protrude from the bottom of the heat dissipation tank 14 so that the bottom of the blower fan 27 can be tightly adjusted, and a plurality of heat dissipation holes 18 are formed therethrough at a predetermined interval. The absorption heat from the normal temperature water blown by the blowing fan 27 can be easily discharged to the outside of the cooling reservoir (10).

On the other hand, the cooling water storage tank 12 is transmitted to the controller 35 while sensing the storage state of the cooling water that is heat-exchanged by the cooling rod 20 to the bottom of the cooling water storage tank 12, turbidity in the display unit 30 outside the cooling reservoir 10 And a plurality of detection sensors 36 are installed to select and display water quality measurement elements such as inorganic mineral water and hydrogen ion concentration, and the detection sensors 36 include a thermoelectric element 24 and a blower fan of a cooling device. 27) is connected to the controller 35 so that the DC voltage can be supplied with the display unit 30.

In addition, the controller 35 is installed and fixed inside the heat dissipation tank 14 toward the display unit 30 on which the cooling device is installed, and the adapter 38 for rectifying the AC power applied through the plug 39 into a stable DC power. ) Is installed in the middle of the power cable 37 is connected to the controller 35 via the power cable 37.

In addition, a water collection pipe 16 is installed in the cooling water storage tank 12 so that the cooling water in the cooling water storage tank 12 is collected through the water collection pipe 16, and the drain faucet 15 installed and protruded outside the cooling reservoir 10 is provided. Can be discharged to outside.

The water purifier of the present invention constituted as described above mounts the room temperature reservoir 40 into which the normal temperature water, such as general tap water or ground water, as well as bottled water, is inserted in the room temperature water inlet 11 above the cooling reservoir 10. When the normal temperature water of the room temperature reservoir 40 is dropped through the filter 42 assembled and fixed to the charging hole 45, the water is stored in the cooling water storage tank 12 of the cooling reservoir 10.

At this time, the room temperature water of the room temperature reservoir 40 is dropped and stored in the coolant storage tank 12 while being treated with a pressure difference between the inside and outside of the container through a filter 42 having a multi-layered filter layer (not shown) without a separate pressurizing means. .

On the other hand, the controller 35 of the heat dissipation tank 14 which is connected to the external AC power via the power cable 37 is a direct current with stable AC power from the outside through the adapter 38 in the middle of the power cable 37 The cooling water storage tank 12 is rectified by a power supply, and is supplied with power through the cooling rod 20 protruding from the cooling water storage tank 12 in an integrated structure with the thermoelectric element 24 of the cooling device connected to the controller 35. Heat exchange is performed by the Peltier effect of the room temperature water, and accordingly, the room temperature water of the cooling water storage tank 12 may be stored while cooling to around 4 ° C. in which water may be activated by hexagonal water, which is an influence water.

In addition, the heat of the normal temperature water absorbed while being heat exchanged by the cooling rod 20 of the thermoelectric element 24 is absorbed by the blower fan 27 connected to the controller 35 while being absorbed more effectively through the heat sink 25. It may be discharged to the outside through the heat radiation hole 18 formed through the bottom of the heat dissipation device 14.

On the other hand, the cooling water cooled by the heat exchanger through the cooling rod 20 of the thermoelectric element 24 is good for drinking nutrient water is detected by the plurality of detection sensors 36 and the signal is transmitted to the controller 35 In addition, the measurement state may be displayed on the display unit 30 attached to the cooling reservoir 10.

That is, if the selection button 32 is sequentially pressed while the operation button 31 of the display unit 30 is turned on, the coolant storage tank 12 is simultaneously purified while being filtered through the filter 42 of the room temperature reservoir 40. By using the cooling rod 20 of the heat exchange cooling treatment, the turbidity and inorganic mineral water and hydrogen ion concentration of the cooling water can be visually confirmed.

In addition, the drinker can always drink the coolant of the water purifier discharged through the drain tap 15 in a cool cooling state at the same time, and at the same time can also visually check the measurement state of the coolant displayed on the display unit 30 to psychologically drink Reliable cooling water

As described above, according to the water purifier of the present invention, ordinary water and ground water, as well as bottled water, as well as bottled water can be replenished and supplemented at any time through the normal temperature reservoir, and the container of the normal temperature reservoir of the normal temperature reservoir is not pressurized. At the same time, it can be used as a healthy hexagonal coolant by heat-cooling the room temperature water stored in the cooling reservoir through the cooling device operated by AC power while purifying by the difference of atmospheric pressure.

In addition, the water quality of the coolant stored while being cooled in the cooling reservoir can be visually checked through the display unit at any time, thereby providing a very useful effect of reliably cooling water at the time of drinking.

Claims (3)

With the normal temperature reservoir 40 which can open the water replenishing stopper 41 and optionally replenish the normal temperature water, and the normal temperature water charged into the charging inlet 45 is purified by the filter 42 to the atmospheric pressure difference; Cooling rods 20 are installed at the bottom of the cooling water storage tank 12 above the support bulkheads 13, and are dropped and stored through the upper temperature water inlet 11 at the upper side to exchange heat by the cooling rods 20. A sensing sensor 36 is installed and attached, and the heat dissipation tank 14 below the support bulkhead 13 together with a thermoelectric element 24 connected to and electrically connected to the cooling rod 20 is used to heat the thermoelectric element. A heat dissipation plate 25 for dissipating heat of normal temperature water absorbed through the 24 is assembled and blown between the bottom of the heat dissipation tank 14 through which a plurality of heat dissipation holes 18 pass and the bottom of the heat dissipation plate 25. The fan 28 is installed and assembled, and the thermoelectric element 24, the blower fan 28, and the detection sensor 36 are connected and energized to one side of the radiator device 14 to the external display unit 30. A controller 35 is provided for selecting and displaying the measurement state of the room temperature water. A cooling reservoir (10) and; Water purifier characterized in that it comprises a pedestal (19) which is assembled and fixed to the bottom of the cooling reservoir (10). The thermoelectric device of claim 1, wherein the display unit 30 is provided with a selection button 32 together with an operation button 31 so as to be purified through the filter 42 according to the pressing operation of the selection button 32. And a cooling water cooled by heat exchange with the cooling rods 20 of the element 24 is selected and displayed as a corresponding measurement of turbidity, inorganic mineral water and hydrogen ion concentration. The method of claim 1, wherein the controller 35 is connected to the adapter 38 and the plug 39 via a power cable 37, the AC power is rectified as a DC power supply, characterized in that the constant voltage power is applied water purifier.