KR20160138626A

KR20160138626A - Instant warm water for water heating bath mobules

Info

Publication number: KR20160138626A
Application number: KR1020150072688A
Authority: KR
Inventors: 임영범; 위승복
Original assignee: 주식회사 에이치비테크
Priority date: 2015-05-26
Filing date: 2015-05-26
Publication date: 2016-12-06
Also published as: KR101735824B1

Abstract

The present invention relates to an instantaneous hot water storage tank module, in which water introduced into a hot water tank is heated and discharged by a heater, resulting in a decrease in thermal efficiency and a correspondingly large heat loss.
Accordingly, in the present invention, the instantaneous water supply hot water supply module that instantaneously heats water supplied into the hot water tank 100 of the instantaneous water heater or the cold / hot water heater to supply the hot water to the hot water, includes an inlet passage 210 penetrating at the center The heating unit 220 is installed at the inlet 110 of the hot water tank 100 to heat the water flowing into the water inlet passage 210 and the water stored in the hot water tank 100, A heater 200; And is provided at an outlet portion 120 of the hot water tank 100 so as to heat the water stored in the hot water tank 100 and to discharge the water discharged into the water outlet passage 310 An outgoing heater 300 for performing heating together in the heating unit 320; The sensing units 410a and 410b are installed in the hot water tank 100 such that the sensing units 410a and 410b are located inside the inlet 110 and the outlet 120 of the hot water tank 100, The present invention is characterized in that the water introduced into the hot water tank 100 passes through the water heater 200 and is stored in the hot water tank 100 in a heated state, When the heated water is to be discharged, the heated water is discharged through the inside of the heater 300 again. This is a very useful invention in which the water is double heated, so that the heat efficiency is good as well as the heat loss. .

Description

{Instant warm water for heating water bath mobules}

The present invention relates to an instantaneous hot water storage tank module, and more particularly, to a hot water storage tank module capable of storing water in a hot water tank by passing the water through a heater and storing the hot water in a heated state. The present invention relates to a hot water storage tank module for instantaneous water storage, which is capable of heating water to be heated by being heated, thereby improving thermal efficiency and substantially no heat loss.

Generally, a hot water heater generates heat energy through an energy source and then heats the water that is generated by the generated heat energy and discharges it, so that hot water can be used when hot water is needed in a short time.

In this instantaneous water heater, various devices using electricity, gas, oil, etc. are used according to the energy source to be used, and the instantaneous water heater is installed separately on the upper part of the sink or on the wall of bathroom.

Alternatively, the instantaneous hot water function can be installed in a cold / hot water system and used to heat indoor water at room temperature or at room temperature provided by bottled water provider.

The instant hot water storage tank used in the instantaneous water heater or the cold / hot water storage tank has an inlet for water and an inlet for water to be formed. A heater is installed in the hot water tank to heat the water introduced into the hot water tank through the inlet, Through the outlet.

As a heater device for heating water in the instantaneous hot water device, there is a heater device for heating hot water of Korean Patent Laid-Open Publication No. 10-2011-0113852 (published on October 19, 2011) disclosed in the prior art document.

The prior art is a structure in which a heater is installed in a hot water tank and the water introduced into the hot water tank is heated by a heater and then discharged.

Korean Patent Publication No. 10-2011-0113852 (published on October 19, 2011) "Heater device for hot water heating"

However, in the prior art as described above, there is a problem that the heat loss is large and the water can not be heated smoothly.

That is, in the prior art, after the water is once supplied to the hot water tank, the water is heated by the heat emitted from the heater installed in the hot water tank, and then the water is discharged as it is.

The object of the present invention is to provide an instantaneous hot water storage tank module that instantly heats water supplied into the hot water tank of the instant water heater or the cold water heater to supply hot water to the hot water, and is formed into a cylindrical shape having an inlet passage penetrated at the center An inlet side heater installed at an inlet of the hot water tank for heating the water flowing into the inlet channel and heating the water stored in the hot water tank in the heating unit; A water outlet side heater installed at an outlet of the hot water tank and configured to heat water stored in the hot water tank and to heat the water flowing out through the water outlet passage; And the temperature sensor installed in the hot water tank and sensing the water temperature and the temperature of the water to be taken out so that the sensing unit is placed inside the inlet portion and the outlet portion of the hot water tank.

According to the present invention as described above, the water inlet side heater and the water outlet side heater are respectively installed in the hot water tank, the water entering into the hot water tank and the water discharged are allowed to pass through the inside of the inlet side heater and the outlet side heater, This has the effect of minimizing the heat loss as well as being extremely excellent.

1 is a perspective view illustrating an instantaneous hot water storage tank according to the present invention.
2 is a side cross-sectional view illustrating an instantaneous hot water tank according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view illustrating a hot water tank for instant water according to the present invention, and FIG. 2 is a side sectional view illustrating a hot water tank for instant water according to the present invention.

In the present invention, the instantaneous hot water storage tank module for instantaneous heating water supplied to the hot water tank 100 of the instantaneous water heater or the cold / hot water heater is supplied to the hot water, and the water inlet passage 210 penetrating through the center is provided The heating unit 220 is installed at the inlet 110 of the hot water tank 100 to heat the water flowing into the water inlet passage 210 and the water stored in the hot water tank 100, Side heater 200; And is provided at an outlet portion 120 of the hot water tank 100 so as to heat the water stored in the hot water tank 100 and to discharge the water discharged into the water outlet passage 310 An outgoing heater 300 for performing heating together in the heating unit 320; The water temperature and the water temperature of the water supplied to the hot water tank 100 such that the sensing units 410a and 410b are positioned inside the inlet 110 and the outlet 120 of the hot water tank 100, And a temperature sensor 400a (400b) for sensing temperature.

In the present invention, a heater is installed in the hot water tank 100 to heat the water introduced into the hot water tank 100 with a heater, and then the heated water is discharged to the outside.

However, the feature of the present invention is that the water introduced into the hot water tank 100 flows into the hot water tank 100 through the heater and is discharged to the outside of the hot water tank 100 through the heater, So that the heat efficiency can be enhanced and the heat loss can be minimized.

That is, in the present invention, the heater for heating the water, which is installed in the hot water tank 100, is divided into the inlet-side heater 200 and the outlet-side heater 300 while the inlet-side heater 200 and the outlet- The water inlet passage 210 and the water outlet passage 310 are formed at the center of the water inlet and outlet ports, respectively.

The inlet side heater 200 is installed at the inlet 110 of the hot water tank 100 and the outlet side heater 300 is installed at the outlet 120 of the hot water tank 100.

The inlet side heater (200) and the outlet side heater (300) are formed in a cylindrical shape.

The water entering the hot water tank 100 is once stored in the hot water tank 100 through the inside of the water heater 200 through the inside of the water heater 200. That is, The water stored in the hot water tank 100 through the inside of the water heater 200 is again heated by the external heating unit 220 of the water heater 200, .

When the heated water passing through the inside of the water heater 200 is stored in the water heater 100, the heated water is heated again by the heating unit 220 of the water heater 200.

In the present invention, when the heated water in the hot water tank 100 is discharged to the outside, the water is discharged through the inside of the outgoing heater 300. That is, the incoming water is heated by the heater 200 on the incoming side, Since the water heated and discharged is reheated by the heater 300 on the outgoing side, it is possible to minimize the heat loss as well as the heat efficiency.

The outgoing heater 300 not only heats the water passing through the outgoing heater 300 but also heats the water stored in the heated water tank 100 by the heating unit 320 of the outgoing heater 300.

In the present invention, the water entering the hot water tank 100 is stored in the hot water tank 100 while being heated while passing through the inlet side heater 200. The water stored in the first heated state is again supplied to the inlet side When the second heating is performed by the heater 200 and the heating units 220 and 320 of the outgoing heater 300 and the second heated water is discharged, Therefore, in the present invention, the water is heated several times to significantly improve the thermal efficiency.

In the present invention, two temperature sensors 400a and 400b are installed to detect the temperature of the water stored in the hot water tank 100. The temperature sensor 400a is installed in the inlet 110 of the hot water tank 100, And the temperature sensor 400b is disposed inside the outlet 120 of the hot water tank 100 to detect the temperature of the water and the temperature of the water to be taken out.

The temperature sensors 400a and 400b installed inside the inlet 110 and the outlet 120 are arranged such that the front ends of the sensing units 410a and 410b are connected to the inlet side heater 200 and the outlet side heater 300 The water temperature and the temperature of the outgoing water can be precisely sensed only by being installed on both sides of the hot water tank 100 so as to be closer to the outer circumferential surface of the heating units 220 and 320 of the hot water tank 100. [

100: Hot water tank 110:
120: outlet part 200: inlet side heater
210: inlet passage 220, 320:
300: Outside heater 310: Outflow channel
400a, 400b: Temperature sensor 410a.410b:

Claims

The instantaneous hot water supply tank module that instantly heats the water supplied into the hot water tank 100 of the instantaneous water heater or the cold / hot water heater to supply it to the hot water,
And is provided at the inlet 110 of the hot water tank 100 to heat the water flowing into the water inlet passage 210 and to cool the water stored in the hot water tank 100 Side heater (200) for heating together with the heating unit (220);
And is provided at an outlet portion 120 of the hot water tank 100 so as to heat the water stored in the hot water tank 100 and to discharge the water discharged into the water outlet passage 310 An outgoing heater 300 for performing heating together in the heating unit 320;
The water temperature and the water temperature of the water supplied to the hot water tank 100 such that the sensing units 410a and 410b are positioned inside the inlet 110 and the outlet 120 of the hot water tank 100, A temperature sensor 400a (400b) for sensing temperature;
And the heat loss in the double heating furnace by the cylindrical inlet-side heater (200) and the outlet-side heater (300) is minimized.

The method according to claim 1,
The temperature sensors 400a and 400b
The front ends of the sensing units 410a and 410b are installed on both sides of the water heater 100 so that the front ends of the sensing units 410a and 410b are close to the outer circumferential surfaces of the heater 200 and the heating units 220 and 320 of the water heater 300
Wherein the water temperature sensor detects the water temperature and the water temperature at which the water is taken out.