KR20020059928A - A cold and heating apparatus - Google Patents

Abstract

PURPOSE: A device for heating and cooling is provided to selectively heat and cool with the single device using smaller energy. CONSTITUTION: A hot water tank(10) has an inner heat pipe(13) having a heat accumulating pipe(12) with a hot wire coil(11) built therein inserted therein and an ice pocket pipe(15) having a freezing pipe(14) inserted therein and all of which are wound nakedly and installed in an upper part and a lower part thereof, respectively; a hot and cold water control pipe(28) having an opening and closing rod(27) connected with a hot and cold water tube having a cock(24) and a valve(24') and connected with a lower end thereof, a plurality of water holes(25) formed on a location neighboring a central part of the ice pocket pipe at regular intervals and hung to a vertically moving rod(26) to open and close the water holes; and a rubber cap(27') installed on a location on the vertically moving rod neighboring a central part of the heat accumulating pipe and moving up and down to open and close to selectively supply hot water and cold water by moving up and down the vertically moving rod.

Description

Air Conditioning Units {A COLD AND HEATING APPARATUS}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a heating device that combines an underwater ice cooler and an underwater superheater to selectively perform cooling and heating as needed. An air-conditioning and heating system in which ice pocket pipes guided by a configured heat pipe and a refrigeration pipe using freon gas are guided to upper and lower portions of a hot water tank, respectively. It is about.

In general, known air conditioners and heating apparatuses are provided with separate functions of cooling and heating.

For example, in the case of the air conditioner, the air conditioner or the refrigerating motor is used to form and circulate cold air flow, while in the case of the air conditioner, various structures and functions such as heating and circulating hot water or refluxing the heated air are performed. Cooling and heating appliances having a widely used.

However, such air conditioners and air conditioners have a lot of energy consumption during the winter season, and in particular, due to the economic difficulty of using a separate air conditioner and heating device, the air conditioner and the heater are still combined. It is very rare that air conditioners are used.

The purpose of the present invention is to configure the device having a cooling and heating function in the upper part of the hot water tank so that the energy consumption can be effectively reduced during the winter season, so that the heating wire can be used for heating in the winter season and conversely in the summer season. Cooling function and heating function by selectively controlling the heat and freon gas refrigerant flowing through the ice pocket pipe formed by guiding the built-in heat storage pipe and guiding the freezing pipe to supply and circulate the heated and cooled water to the pipe. This can be done at the same time, and if necessary, it is also possible to use it separately.

The present invention provides heat storage pipes and refrigeration pipes by guiding heat storage pipes each having a heating wire built in upper and lower parts of a hot water tank to solve the drawbacks of the conventional cooling and heating devices as described above, and to provide a remarkable effect on achieving the object. Each of the guided ice pocket pipes is installed in a spiral wound, and the heating wire in the heat storage pipe is connected to both ends of the thermoelectric controller, and one end of the freezing pipe in the ice pocket pipe is connected to a freezing motor and a lighter operated by a freezing temperature controller. In order to solve the heating / cooling effect by supplying cold and hot water to the pipe according to the lifting operation of the lifting bar operating in the hot / cold water control pipe installed in the center of the heat pipe and the ice pocket pipe. A heating and cooling device is featured.

1 is a side view showing the overall configuration of the present invention

2 is a cross-sectional view showing the main configuration of the present invention.

3a is a perspective view of a heat pipe according to the present invention

3b is a perspective view of an ice pocket pipe according to the present invention

Figure 4 is a cross-sectional view showing the operating state of the cold and hot water control pipe to be supplied to regulate the hot and cold water supply according to the present invention

5a and 5b is a cross-sectional view of the main portion of the heat storage pipe and the ice pocket pipe according to the present invention

※ Explanation of symbols about main part of drawing ※

10-hot water tank 11-heating coil wire 12-heat storage pipe

13-heat pipe 14-frozen pipe 15-ice pocket pipe

110-Water receptacle wall 120,120'-Hand 111-Rubber ring

112 Adhesive 113 Tightening Nut 114 Heat Resistant

115-Sukring 116-Fixing Ring 118-Waterway

119 thermostat 23 hot and cold water piping 24 cock

24'-valve 25-water hole 26-lift bar

27-Opening / closing 27'-Rubber cap 28-Cold and hot water control tube

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

1 and 2 of the present invention is a side view and a cross-sectional view showing the overall configuration, according to the drawing guides the heat storage pipe 12, the heat transfer coil line 11 is built in the upper portion of the cylindrical hot water tank 10 The ice pocket pipe 15 to which the heat-resistant pipe 13 and the freezing pipe 14 which were comprised were guided, respectively, is provided with a spiral wound.

Circumference of the heat storage pipe 12 has a plurality of holes 120 irregularly drilled, both ends of the heat-resistant pipe 13 is a rubber ring 111 and the adhesive 112 and the fastening nut to the hot water tank wall 110, respectively. The heat transfer coil line 11 is installed in the heat transfer pipe 12 in a state where the heat transfer coil line 11 is fixed to the fixing ring 116 via a heat-resistant piece 114 made of ferroalloy and a stone ring 115. 117) to securely secure the heat transfer coil line 11, each end of the heat storage pipe 13 has a water passage 118 between the heat storage pipe 12, each end of the heat transfer coil line 11 Is connected to a temperature controller 119.

Reference numeral 120, which is not described herein, is an electric leakage preventing cover, and 121 denotes a sealing spring covered by the outer diameter of the heat storage pipe 12.

On the other hand, an ice pocket pipe 15 (aka ice pocket tank) having a refrigeration pipe 14 connected to the refrigerating motor M and the radiator R is installed in a spiral wound.

In the periphery of the ice pocket pipe 15, a plurality of holes 120 'are irregularly drilled.

Unexplained symbol SW indicates the refrigeration temperature controller.

In this way, the lower end is connected to the hot and cold water pipe 23, the cock 24 and the valve 24 'to the center of the heat pipe 13 and the ice pocket pipe 15 installed in the upper and lower parts of the hot water tank 10 is the ice pocket pipe Opening and closing rods 27 hung on the lifting bar 26 so that the periphery of the center portion 15 is pierced with a plurality of water holes 25 at regular intervals, and the water holes 25 can be opened and closed therein. And a hot and cold water control tube 28 having an upper portion of the elevating rod 26, that is, a rubber cap 27 ′ installed at the elevating rod 26 at the central portion of the heat storage pipe 13 to open and close the elevating rod 26.

The other end of the cold and hot water pipe 23 has a circulation pump (P) and the water (W) is connected to the hot water tank 10, other reference numeral 29 is a thermal insulation plate, 30 is a temperature sensor, 31 is a detector fixing stand, 32 is a hot water temperature electric controller, 33 is a hot and cold water outlet, 34 is an automatic water refiller, 34 'is a pot, 34 "is a water gauge, 35 is a pot, 36 is a water insulation plate.

In carrying out the present invention configured as described above, water is filled through the water polo 34 'to the water polo 35 of the hot water tank 10, and the insufficient amount of water is maintained while maintaining the proper water level by the water measuring stand 34 ". The proper amount is automatically introduced into the automatic water replenisher 34.

When you want to heat the water in the hot water tank 10 to supply hot water to the pipe 23, raise the lifting bar 26 of the cold and hot water control pipe 28 in the direction of the arrow (↑), the upper rubber cap (27) At the same time the opening and closing rod 27 is blocked by the water hole 25 so that the water in the hot water tank 10 through the hot and cold water control pipe 28 and the cock 24 again through the pipe 23 10) The heating action is performed by the circulation action flowing into the water, wherein the heating action of the heat is supplied by the heat transfer coil line 11 is heated by the power applied from the temperature controller 120, respectively, the heat preventing piece 114 and It is embedded in the pre-cutting 117 in a state fixed to the stone ring 115 and the fixed ring 116 to dissipate heat of very high temperature.

By the heat of the hot water tank 10 introduced through the gap between the water hole 120 and the water pipe 118 or the water pipe 118 of the heat pipe 13 configured around the heat storage pipe (12). As the water is rapidly heated, the water flows down into the cold / hot water control pipe 28 placed in the center of the heat storage pipe 12, and the heating operation as described above is simply performed.

In the case of the cooling operation, the temperature controller 120 is stopped, and the elevation bar 26 of the cold / hot water control tube 28 is operated by operating the freezing temperature controller SW to operate the freezing motor M and the radiator R. ) In the direction of the arrow (↓), the upper part is sealed by the rubber cap 27 and at the same time the opening and closing rods 27 hanging on the lifting rods 26 open the water holes 25 of the control pipe 28. As the water in the hot water tank 10 is circulated through the water hole 25 to the pipe 23 at a very low temperature, cooling is performed.

The water flowing into the water hole 25 is circulated by the Freon gas through the refrigeration pipe 20 guided to the center, the water flowing through the water hole 120 'perforated around the ice pocket pipe 21 Cooling action is simplified by cold water circulating in the pipe 23 because it passes through the water hole 25 of the cold / hot water control pipe 28 installed at the center in the state of being frozen at a very low temperature below zero by the refrigerant action. It can be carried out.

As described above, the present invention is a heat storage pipe with a built-in heating wire to selectively perform the heating and cooling action to install a heat-resistant pipe having a plurality of manual and water passages in a spiral wound in the upper portion of the bucket, and frozen in the lower portion The ice pocket pipe with built-in pipe is composed of spiral wound, and the water around the heat pipe, which is heated by high temperature heat by heating wire, flows into the cold / hot water control tube for heating. On the contrary, when cooling, the refrigerant of the lower freon gas Cooling effect in the ice pocket pipe lowered to the freezing temperature caused by the action, supplying the surrounding water rapidly to the cold and hot water control pipe to provide a cooling effect while creating the effect of two-trillion two tanks with less energy, Optional heating and cooling can be easily operated by any method during the winter season. In addition, in some cases, it can provide a usable effect even if it is installed separately.

Claims (5)

In constructing the heating system, The heat-seal pipe 13 and the ice pocket pipe 15 guided by the refrigeration pipe 14 constituted by guiding the heat storage pipes 12 with the heat transfer coil lines 11 to the upper and lower portions of the hot water tank 10 respectively are wound up. It is installed in the center and the lower end is connected to the hot and cold water pipe 24 having the cock 24 and the valve 24 'and the water pocket (15) at regular intervals around the central portion of the ice pocket pipe (15) The opening bar 27 hanging on the elevating rod 26 and the upper portion of the elevating rod 26, ie, the center portion of the heat storage pipe 12, drilled through the hole 25 and open and close the water hole 25 therein. The hot and cold water pipe 23 is provided with a rubber cap 27 'which is installed on the elevating rod 26 to lift and open. It can be carried out by separating or combining heating and cooling by selectively supplying and adjusting the lifting and lowering of the steel bar 26. Heating and cooling device characterized in that. The method of claim 1, The heat pipe 13 and the ice pocket pipe 15 around the plurality of holes 120, 120 'irregularly bored and each end of the heat pipe 13 has a water passage 118 is formed Heating and cooling device characterized in that. The method of claim 1, Both ends of the heat storage pipe 12 are respectively installed with a rubber ring 111, an adhesive 112, and a fastening nut 113 on the hot water tank wall 110, and the heat-resistant coil 11 is heat-resistant to the center thereof. The heat storage pipe 12 is configured to fix the coil wire 11 by filling the total cutting 117 therein while being fixed to the fixing ring 116 through the 114 and the seat ring 115. Heating and cooling device characterized in that. The method according to claim 1 and 2, The refrigeration pipe 14 guided to the ice pocket pipe 15 is connected to the refrigeration motor (M) and the radiator (R) and rapidly around the cold / hot water control pipe (28) located at the center thereof by the refrigerant action by the freon gas. Cooling and heating device, characterized by cooling. The method of claim 1, Heating and cooling device characterized in that the configuration of the heat storage pipe (12) by winding the peripheral edge of the heat storage pipe (12) with a sealed spring (121).