KR20050029347A - Wall tapestry cool clean water of thermoelectric module - Google Patents

Abstract

A wall-mounting type cool water purifier by using thermoelectric module cooling is provided to quickly cool purified water and to easily install a water purifier on a wall of any place which a user wants. Cooling fins(5) are installed inside a cold water storage tub(1) to increase the cooling ability of the cold water storage tub. A cold water control temperature sensor(7) is installed in the cold water storage tub to take the temperature of cold water filled in the cold water storage tub. The inside of the cold water storage tub is coated with Teflon or Alumite. A thermoelectric module(10) is arranged on a lower surface of the cold water storage tub. A heat dissipating plate(8) is installed to radiate heat generated from the cooling fins and the thermoelectric module.

Description

Wall-mounted cold water purifier using thermoelectric semiconductor cooling method {Wall tapestry cool clean water of Thermoelectric Module}

The present invention relates to a wall-mounted cold water purifier using a semiconductor cooling method, and many homes are purified by drinking water due to environmental pollution, rust and decay due to corrosion of water pipes, and are mostly bulky and heavy. It is using a general water purifier with compressor cooling method that has high vibration and noise.

In addition, there is a problem that is not suitable as a wall-mounted water purifier due to the various problems listed above.

Therefore, the present inventors can use the environment-friendly thermoelectric semiconductor, the noise is small, can be minimized, and the electricity consumption is extremely low, can be attached to the wall of the apartment, the kitchen of the house, the living room or the office to provide convenience to the user. Wall mounted cold water purifier.

Conventional water purifiers are very unsuitable for hanging on the wall of a kitchen, living room or office due to various problems.

In addition, one or two cups of unpleasant dissatisfaction of users who used general water purifiers using thermoelectric semiconductors are cool, but the water that comes after is not lukewarm.

There has been a problem of dissatisfaction with general tap water.

Therefore, the present invention has been made in order to solve the above problems, the object of the present invention is to lighten the weight of the water purifier in order to attach the water purifier to the wall and to separate the water purification filter for miniaturization, installed on the inner wall surface of the sink, light weight And did not use heavy compressors

It is equipped with a rapid cooling system unit equipped with a rapid cooling system unit using a thermoelectric semiconductor so that it can be refreshed even after drinking several glasses.

It is a wall-mounted cold water purifier that can be easily installed on the walls of kitchens, living rooms and offices in order to provide convenience to users.

The present invention relates to a cold water purifier capable of cooling the purified water coolly by a cooling device, and more particularly, to a cooling device system of a cold water purifier that maximizes the thermal conductivity of the cooling device to improve cooling efficiency.

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

1 is a configuration diagram illustrating a cold water purifier using the thermoelectric semiconductor 10.

Although not shown in the drawings, purified water purified through a water filter installed on the inner wall of the sink is introduced into the aluminum cold water storage tank 1 through the purified water inlet 14.

Aluminum cold water storage tank (1) to improve the cooling method by maximizing the cooling capacity of the cooling system so that even after drinking a few glasses of purified water to drink cool

Same as the structure.

In order to increase the cooling capacity of the aluminum cold water storage tank (1), a cooling fin (5) is installed inside the cold water storage tank (1), and the cooling fin (5) is made of aluminum and one body, so the thermal conductivity is very high. It is characterized by easy cooling.

In addition, the cooling fin (5) is a staggered structure as shown in Figure 1 so that the purified water is first-in, first-out is a wall-mounted cold water purifier with excellent cooling effect.

In addition, the semiconductor wall-mounted cold water purifier constituting the present invention as described above is controlled by cooling means and filter replacement by the PCB board 13. The time for which the life of the filter is purified as an apparatus that automatically controls and controls all systems of the cold water purifier. Indicate the filter replacement time on the LED display by setting the value, and the cooling temperature can be determined by the LED distribution.

The cold water control temperature sensor 7 for sensing the temperature of the filled cold water in the aluminum cold water storage tank 1 is built in to control the temperature.

In addition, the inside of the aluminum cold water reservoir (1) is coated with Teflon to prevent corrosion.

Alternatively, the coating is treated so that there is no problem in drinking by anodizing.

Looking at existing water purifiers, most water purifiers using compressors. The disadvantages of the compressor are heavy weight, vibration, and the volume is so large that it is very inappropriate to attach or hang the compressor-type water purifier on the wall of the kitchen, living room or user's convenient place.

Therefore, the present invention uses a rapid cooling system as a cooling means by using a thermoelectric semiconductor (10) cooling method rather than a compressor, and separates the filter into the sink so that it is light and bulky and can be conveniently attached to the kitchen, living room, or office wall. It is a wall-mounted cold water purifier using the thermoelectric semiconductor 10 to be used.

The present invention to achieve this object

The cooling means may be made of a thermoelectric module 10. The thermoelectric semiconductor 10 is a type of heat pump in which one side is cooled and the other side generates heat when a power supply DC: 12V is supplied. As the bulky, heavy, vibration and noise of the problem of the compressor method is very easy to configure, there is no noise and vibration, it is easy to apply to the wall-mounted cold water purifier of the present invention made of a compact

The heat insulating material (2) of the aluminum cold water storage tank (1) of the cooling means is used to block air from the outside, and the heat generated by the thermoelectric element semiconductor (10) as the cooling means through the air inlet (11) 9) to blow out the heat.

In addition, the thermoelectric element semiconductor 10 is disposed on the lower side of the aluminum cold water storage tank 1, and an integrated cooling fin is formed inside the aluminum cold water storage tank 1 to further increase the cooling action of the thermoelectric element semiconductor 10. (5) and a heat sink 8 for dissipating heat generated from the thermoelectric semiconductor 10.

In the above, the structure of the aluminum storage tank 1 of the cold water purifier is not limited to the water purifier, and can be applied to the cooling device of the cold ion water purifier.

Accordingly, the wall-mounted cold water purifier using the thermoelectric semiconductor of the present invention cools the purified water using the thermoelectric semiconductor 10 to be attached to the wall of the kitchen, living room, office, or the user's convenient space and is always fresh and cool. It is about a wall-mounted cold water purifier that can drink drinking water conveniently.

As described above, the present invention rapidly cools the purified water purified by the thermoelectric semiconductor, and can be installed at a convenient location in the kitchen, living room, or use to drink cool purified water, thereby providing convenience to the user. The electricity consumption is extremely low, which saves electricity.

1 is a side configuration diagram showing a cold water purifier

2 is a block diagram of a wall-mounted cold water purifier using a thermoelectric semiconductor cooling method

Explanation of symbols for the main components of the drawings

1: cold water reservoir, 2: insulation, 5: cooling fin, 7: temperature sensor

8: heat sink, 9: heat sink, 10: thermoelectric semiconductor, 13: PCB substrate

Claims (6)

In a cold water storage tank comprising an aluminum cold water storage tank having excellent thermal conductivity, a cooling fin, a thermoelectric element semiconductor, and a heat dissipation plate therein, and blowing heat from the heat sink to a cooling fan, the inside of the cold water storage tank is corroded. Cooling system, characterized in that the Teflon coating or anodized for prevention. The cooling system of claim 1, wherein the thermoelectric semiconductor unit is attached to the lower end of the cold water reservoir so that the cold water purifier is suitable for attaching to a wall. In order to maximize the thermal conductivity, the aluminum cold water storage tank is integrated, and the cooling fins are also integrally designed inside the container so that the purified water can be first-in-first-out. A cold water purifier using a thermoelectric element semiconductor, characterized by a built-in silver filter with excellent antibacterial, antibacterial and bactericidal effects and a temperature sensor capable of detecting cold water temperature. The filter is a wall-mounted cold water purifier using a thermoelectric semiconductor that attaches to the inner wall of the sink and attaches or hangs the cold water storage tank unit to the kitchen or the required wall. In order to maximize the cooling of the cold water storage tank, the wall-mounted cold water purifier using the thermoelectric element semiconductor that blocks cold air leakage by keeping the aluminum cold water storage tank with urethane foam or heat insulating material having good thermal insulation effect.