INSTANTANEOUS WATER COOLING AND HEATING APPARATUS AND WATER TREATMENT APPARATUS HAVING SAME

To aid in the understanding of the present invention features such as said, hereinafter of the present invention in the embodiment associated with instantaneous wheel including water treatment device to more specifically illustrating the same sequences.

In the embodiment of the present invention to understand the technical features described hereinafter are most suitable in the embodiment to be described based on which, in the embodiment of the present invention is described by technical features that are not as number one, the present invention such as hereinafter described in the embodiment can be implemented to exemplify the UGT. Thus, in the embodiment of the present invention embodiment described below through various modifications within the present invention refers to techniques and is, in the embodiment of the present invention technique is such modifications within the scope other will. And, in the embodiment hereinafter described to aid in the understanding of the attached drawing in a code, each in the embodiment to function in the same component number components associated one-time uses a same or prolonged her.

[Instantaneous wheel number 1 in the embodiment of device and method for treating water]

Hereinafter, the present invention according to instantaneous wheel including water treatment device and also 1 to 6 also by reference number 1 in the embodiment of is described substrate.

Figure 1 shows a water treatment device including the same number 1 in the embodiment of the present invention according to instantaneous wheel and also drawing representing, also including water treatment device number 1 in the embodiment of Figure 6 the present invention according to operation of the indicating instantaneous wheel 2 to same are disclosed.

Instantaneous wheel

The present invention according to instantaneous wheel (100) of number 1 in the embodiment 1 is also shown in cold water compared voltage unit (200), prefabricated panel unit (300), thermoelectric module (400) and, number control unit (500) can be a.

1 also shown in cold water compared voltage unit (200) is a cold water flow water generating space (210) can be formed. Cold water generating space (210) or the like to flow water without specifically defined configuration of the shape configuration if, for example cylindrical or zigzag configuration for virtually any form of fluid even pivotably.

Cold water generating space (210) also 1 (LS1) number 1 and number 1 as shown in one side of supply line drain supply line are respectively connected (LDS1) can be. In addition, cold water generating space (210) and the other side of the cold water service applying water line (LCC) number 1 (LD1) can be are respectively connected.

Supply line number 1 (LS1) is prefabricated panel unit (300) formed [...] hot water generating space (310) on one side of the number 2 (LS2) connected with supply line can be connected to the flow channel switching valve supplying valve (VS). The present invention according to a connection line (LC) [...] by water supply valve (VS) device (10) of number 1 in the embodiment included in the filtering section (20) can be connected.

Drain supply line number 1 (LDS1) is prefabricated panel unit (300) for hot water generating space (310) is connected on one side of the number 2 (LDS2) drain supply line can be connected to drain supply valve with flow channel switching valve (VDS). (VDS) drain supply valve (not shown) which is connected to the raw water source is connected to the raw water supply line (LSS) can be coupled by way of line (LC). (VDS) drain supply valve (LSS) raw water supply line connecting the aforementioned connecting line (LC) is a flow sensor (SF1) can be with number 1.

The water line (LCC) [...] power set of cold water member (600) can be connected. The cold water water water water line (LCC) with valve (VC) can be.

(LDM) can be connected to the main service applying service applying number 1 (LD1). Service applying (LD1) number 1 (VD1) can be with drain valve is number 1.

The aforementioned supply valve (VS) (VDS) on drain supply valve, drain valve and water valve (VC) number 1 (VD1) water is number control unit (500) can be electrically connected.

And, number control unit (500) by supply valve (VS) (VDS) by operation of a drain supply valve or, as shown in also 4 filtering (20) water filtered in the, i.e. integer is turned cold water portion (200) of cold water generating space (210) or also 3 as shown in raw water supplied to raw water source of generating space (210) can be supplied.

The, instant cold water portion (200) of cold water generating space (210) water supplied to, e.g. integer or raw water is thermoelectric module (400) can be cooling.

Cold water generating space (210) water is supplied to the number control unit (500) cold water by water valve (VC) or open the drain valve number 1 (VD1), 4 water flowing through water line (LCC) as also shown in purified water in a member (600) or discharged to the outside through 3 (LD1) (LDM) and a main service applying service applying number 1 as shown in also flowing through the outer drain can be disclosed.

On the other hand, number 1 flow sensor (SF1) is number control unit (500) is electrically connected to, and drain supply valve (LSS) (VDS) is connected to a raw water supply line water flowing through line (LC), e.g. number variable flow rate control section (500) be capable of delivering.

Prefabricated panel unit (300) is also 1 as shown to flow water hot water generating space (310) can be formed. Hot water generating space (310) to flow water without limit are specially provided to write a shape of the shape configuration if, for example cylindrical or zigzag configuration for virtually any form of fluid even pivotably.

Also as shown in the 1 hot water generating space (310) (LS2) drain supply line and supply line are respectively connected one side of number 2 number 2 (LDS2) can be. In addition, hot water generating space (310) and the other side of the water line (LHH) exchange service applying number 2 (LD2) can be are respectively connected.

(LS2) number 2 supply line when it is cold water portion (200) of cold water generating space (210) number 1 (LS1) connected on one side of the supply line with the aforementioned flow channel switching valve as supplying valve (VS) can be connected.

Number 2 (LDS2) drain supply line when it is cold water portion (200) of cold water generating space (210) is connected on one side of the number 1 (LDS1) drain supply line can be connected to drain supply valve with flow channel switching valve (VDS).

Hot water water line (LHH) (LCC) water line connected to a cold water as aforementioned [...] power set of switch member (600) can be connected. Water line (LHH) (VH) can be exchange with hot water valve.

(LD2) (LDM) can be connected to the main service applying service applying number 2. (LD2) is number 2 (VD2) can be equipped with a drain valve service applying number 2.

Hot water flow switch valve (VC) and number 2 (VD2) drain valve also number control unit (500) can be electrically connected.

And, number control unit (500) by supply valve (VS) (VDS) by operation of a drain supply valve or, as shown in also 5 filtering (20) water filtered in the, i.e. constant prefabricated panel unit (300) for hot water generating space (310) also 2 as shown in raw water sources or for raw water supplied to hot water generating space (310) can be supplied.

Thus, prefabricated panel unit (300) for hot water generating space (310) water supplied to, e.g. integer or raw water is thermoelectric module (400) can be is heated by.

Hot water generating space (310) water is supplied to the number control unit (500) hot water by water valve (VH) or the open drain valve number 2 (VD2), the hot water flowing through water line (LHH) 5 also shown in purified water in a member (600) or discharged to the outside through 2 (LD2) (LDM) and a main service applying service applying number 2 as also shown in flow of the outer drain can be disclosed.

As also shown in thermoelectric module 1 (400) on one side the lam instant cold water portion (200) on prefabricated panel unit (300) can be connected.

Thermoelectric module (400) is spirally to voltage is applied to the other side and can be. Thermoelectric module (400) of are specially without limit, voltage is applied to the other side and is spirally pivotably even if any configuration known configuration.

Thermoelectric module (400) is number control unit (500) electrically connected, number control unit (500) by voltage, e.g. reverse pressure spectrum can be applied disclosed.

Upon application constant cooled thermoelectric module (400) 1 (CS) is also shown in the cooling-side of cold water portion compared voltage (200) connected to the prefabricated panel unit heated upon application the heating-side (HS) constant (300) can be connected.

Whereby, thermoelectric module (400) a constant voltage is applied to the instant cold water portion (200) of cold water generating space (210) flowing water is cooled and prefabricated panel unit (300) for hot water generating space (310) can be heated water flowing through.

On the other hand, the thermoelectric module (400) voltage, e.g. constant voltage type are instant cold water portion (200) of cold water generating space (210) flowing water is cooled and prefabricated panel unit (300) for hot water generating space (310) flowing water is heated, thermoelectric module (400) cold guiding exits (200) on prefabricated panel unit (300) connected to arrangement permits not specifically defined.

For example, thermoelectric module (400) of the cooling-side (CS) when it is cold water portion (200) of cold water generating space (210) in direct contact with the water flowing through cold water through heat transfer member (not shown) or otherwise generating space (210) water flowing through can be contact indirectly.

In addition, thermoelectric module (400) of the warm side (HS) is prefabricated panel unit (300) for hot water generating space (310) in direct contact with the water flowing through heat transfer member (not shown) or otherwise through hot water generating space (310) can be indirectly contact water flow.

Number control unit (500) is instant cold water portion (200) of cold water generating space (210) and prefabricated panel unit (300) for hot water generating space (310) can be water flow. In addition, thermoelectric module (400) applies a voltage to the cold water generating space (210) is made in the momentary water or hot water generating space (310) can be made to momentarily in hot water.

The, one thermoelectric module (400) can be momentarily to cold water or operating an. Whereby, instantaneous wheel (100) and the biopesticides including water treatment device (10) can be small, energy saving can be used to make cold and hot.

Number control unit (500) input unit (510) can be a. Number control unit (500) at the input portion (510) through instant cold water portion (200) made in cold water to cold water or prefabricated panel unit (300) made hot water from a hot-water input to a user to select a can.

Number control unit (500) at the input portion (510) whether or cold water to a hot-water, number control unit (500) is also shown in the first 2 or 3 also as prefabricated panel unit (300) for hot water generating space (310) or immediate cold water portion (200) of cold water generating space (210) is provided that can be water flow.

For example, input (510) to cold water mode is inputted, number control unit (500) includes a drain supply line number 2 (LDS2) side is open drain supply valve by operating the drain valve number 2 (VD2) (VDS) in identifying a disclosed.

Whereby, as shown in also 2 raw water source, i.e. for raw water and raw water supply line (LSS) number 2 (LDS2) drain supply line through prefabricated panel unit (300) for hot water generating space (310) after flowing number 2 (LD2) (LDM) and a main service applying service applying supplied to outside via a drain can be disclosed.

In addition, input (510) to whether hot water generating mode, number control unit (500) includes a drain supply line number 1 (LDS1) side drain supply valve by operating the drain valve is open (VDS) number 1 (VD1) identifying a disclosed.

Whereby, as shown in also 3 raw water source, i.e. for raw water and raw water supply line (LSS) number 1 (LDS1) momentarily to drain supply line through cold water portion (200) of cold water generating space (210) and a main service applying service applying number 1 (LD1) after flowing supplied to outside via a drain 1308. (LDM).

This cold water mode in prefabricated panel unit (300) for hot water generating space (310) in instantaneous hot-water of water flow or cold water portion (200) of cold water generating space (210) of water flow can be continued until cold water or hot water mode is terminated.

The, first prefabricated panel unit in cold water or hot water generating mode (300) water generating space (310) or immediate cold water portion (200) of cold water generating space (210) since water flow, thermoelectric module (400) can be in the temperature range of operation for the to hereinafter. The, thermoelectric module (400) can be minimize misfunction of.

As aforementioned, in cold water or hot water generating mode first prefabricated panel unit (300) for hot water generating space (310) or immediate cold water portion (200) of cold water generating space (210) to flow water to expose the, number control unit (500) includes a thermoelectric module (400) voltage, e.g. constant voltage capable of applying disclosed.

The, thermoelectric module (400) voltage is applied across the terminals or voltage which corresponds to number control unit (500) is also shown in 4 or 5 also compared voltage cold water portion (200) of cold water generating space (210) or prefabricated panel unit (300) for hot water generating space (310) is provided that can be water flow.

For example, cold water mode number control unit (500) includes a supply line number 1 (LS1) side is open supply valve (VS) cold water by operating the water valve (VC) identifying a disclosed.

Whereby, as shown in also 4 filtering (20) in a filtration water, i.e. constant number 1 (LS1) momentarily to supply line through cold water portion (200) of cold water generating space (210) can be supplied. Cold water generating space (210) cold water is supplied to the generating space (210) flowing through the thermal module (410) (CS) after cooling-side of the water line (LCC) and cooling water water water member (600) can be the user's out through the exit.

In this case, the thermoelectric module (400) aforementioned of the warm side (HS) as prefabricated panel unit (300) for hot water generating space (310) water flowing through, for example cooling water can be. I.e., prefabricated panel unit (300) for hot water generating space (310) water is flowing through the thermoelectric module (400) is heated by of the warm side (HS) can be.

The, thermoelectric module (400) by the number of revolutions of the cooling-side (CS) cold water portion (200) of cold water generating space (210) can be main cooling water flow.

In addition, in hot water generating mode number control unit (500) is number 2 supply line (LS2) side is open supply valve (VS) by operating the hot water water valve (VH) in identifying a disclosed.

Whereby, as shown in also 5 filtering (20) in a filtration water, i.e. constant supply line (LS2) number 2 through prefabricated panel unit (300) for hot water generating space (310) can be supplied. Hot water generating space (310) to a hot water supplied to the generating space (310) flowing through the thermal module (410) of the warm side (HS) after hot water is heated by a water line (LHH) water member and the hot water (600) out through the exit can be the user's nose.

In this case, the thermoelectric module (400) of the cooling-side (CS) by instant cold water portion (200) of cold water generating space (210) flowing water, e.g. for raw water can be cooled. I.e., thermoelectric module (400) of the cooling-side (CS) when it is cold water portion (200) of cold water generating space (210) can be heated by a water flow.

The, thermoelectric module (400) of the warm side (HS) by prefabricated panel unit (300) for hot water generating space (310) can be main water heating flow.

On the other hand, number control unit (500) at the input portion (510) corresponded to either of cold water to a hot-water mode when, number control unit (500) includes a thermoelectric module (400) prior to applying a voltage, in the case of instant water mode cold water portion (200) of cold water generating space (210) to, in the case of prefabricated panel part of hot water generating mode (300) water generating space (310) can be supplied a predetermined amount of water to flow.

For example, a hot-water mode during cold water mode number control unit (500) at the input portion (510) when the corresponded to, number control unit (500) includes a drain supply line number 2 (LDS2) side is open drain supply valve by operating the drain valve number 2 (VD2) (VDS) in identifying a disclosed.

Parts, number control unit (500) includes a supply line number 1 (LS1) side is open supply valve (VS) by operating the water valve (VC) number 1 (VD1) water or drain valve in identifying a disclosed.

Whereby, prefabricated panel unit (300) for hot water generating space (310) as well as, instant cold water portion (200) of cold water generating space (210) even water, e.g. filtering section (20) can be filtered clean flow is fed in.

And, instant cold water portion (200) of cold water generating space (210) water flowing through water line (LCC) and the upper part of water member (600) or discharged to the outside through, number 1 (LD1) (LDM) and a main service applying service applying outside via a drain can be disclosed.

Instant cold water portion (200) of cold water generating space (210) is provided that is a predetermined amount of water flow, number control unit (500) thereof can closed supply valve (VS).

The, prefabricated panel unit (300) for hot water generating space (310) and continues to flow water is, instant cold water portion (200) of cold water generating space (210) is measured by a prescribed amount of water to flow only is equal to.

In addition, a hot-water mode during hot water mode is number control unit (500) at the input portion (510) when the corresponded to, number control unit (500) includes a drain supply line number 1 (LDS1) side drain supply valve by operating the drain valve is open (VDS) number 1 (VD1) identifying a disclosed.

Parts, number control unit (500) is number 2 supply line (LS2) side is open supply valve (VS) (VH) or water valve by operating the hot water drain valve number 2 (VD2) identifying a disclosed.

Whereby, instant cold water portion (200) of cold water generating space (210) as well as, prefabricated panel unit (300) for hot water generating space (310) even water, e.g. filtering section (20) can be filtered clean flow is fed in.

And, prefabricated panel unit (300) for hot water generating space (310) to a hot water line (LHH) and water flowing through water member (600) or discharged to the outside through, number 2 (LD2) (LDM) and a main service applying service applying outside via a drain can be disclosed.

Prefabricated panel unit (300) for hot water generating space (310) when a predetermined amount of water to flow supplied, number control unit (500) thereof can closed supply valve (VS).

The, instant cold water portion (200) of cold water generating space (210) continues to flow water is and, prefabricated panel unit (300) for hot water generating space (310) with a desired amount of water to flow only submerged water to be coated.

Whereby, number control unit (500) at the input portion (510) corresponded to either of cold water to a hot-water mode even when, thermoelectric module (400) before being applied voltage, prefabricated panel unit (300) for hot water generating space (310) or immediate cold water portion (200) of cold water generating space (210) is enclosed emptied possible may be disclosed.

The, thermoelectric module (400) can be in the temperature range of operation for to hereinafter in, thermoelectric module (400) can be minimize misfunction of.

On the other hand, number control unit (500) restraining unit prefabricated panel unit includes a cold water (300) water generating space (310) to, of instantly when hot-cold water portion (200) of cold water generating space (210) is provided that water flow only if a thermoelectric module (400) capable of applying a voltage to the edifice.

For example, the aforementioned drain supply valve (LSS) (VDS) as a raw water supply line and a connecting line (LC) is number 1 with flow sensor (SF1) can be.

And, number control unit (500) is water or hot water flowing through the water drain supply line number 2 mode (LDS2) mode number 1 (SF1) the flow rate of water flowing through the drain supply line (LDS1) delivered to a thermoelectric module only if measured by flow sensor number 1 (400) a process for applying a, otherwise when the number control unit (500) includes a thermoelectric module (400) not be a voltage is applied.

This, input (510) or cold water to a hot-water is entered and a thermoelectric module (400) as well as voltage before applying, thermoelectric module (400) a process for applying a cold water mode inverts the signal of the water portion (200) of cold water generating space (210) to, hot water generating mode in prefabricated panel unit (300) for hot water generating space (310) to flow water to the thermoelectric module (400) can be applied to cooling or when heated.

Whereby, thermoelectric module (400) can be in the temperature range of operation for to hereinafter in, thermoelectric module (400) can be minimize misfunction of.

Water treatment device

Number 1 in the embodiment 1 of the present invention according to water treatment device also includes a filtering as shown in (20) on, filtering section (20) connected to the aforementioned instantaneous wheel (100) can be a.

Instantaneous wheel (100) since the aforementioned, hereinafter the filtering section (20) only described as follows.

Filtering section (20) includes a water filtration water filter (21, 22) can be a. Filtering section (20) is, for example 2 of water filter (21, 22) can be a. And, 2 of water filter (21, 22) includes a connecting line (LC) can be by the bolt.

However, filtering section (20) contained in the water filter (21, 22) without any even number the number of specifically defined pivotably.

Filtering section (20) of 1 as shown in instantaneous wheel also face (100) of number 1 and number 2 (LDS2) raw water supply line connected to a drain supply line (LDS1) drain supply line can be connected to (LSS).

For example, the aforementioned 2 of water filter (21, 22) interconnecting the connecting line (LC) raw water supply line can be connected to one side of (LSS).

In addition, as shown in also 1 filtering (20) and another side of instantaneous wheel (100) of number 1 and number 2 supply line (LS1) is connected to a connection line (LC) and supply line (LS2) (LP) can be connected to the essence.

For example, the aforementioned 2 of water filter (21, 22) interconnecting the connecting line (LC) of number 1 and number 2 (LS2) supply line lam (LS1) is connected to a connection line (LC) and supply line (LP) can be connected to the essence.

In addition, the integer is the essence (LP) with a water valve (VP), the essence water line (LCC) (LP) (LHH) water line is connected to the cold water and hot water flow switch member (600) can be connected.

The, number control unit (500) supplied by valve (VS) or open the water valve (VP) integer, raw water source, i.e. raw raw water supply line (LSS) and filtering section (20) of connection line (LC) through water filter (21, 22) can be filtered to enter.

The filtering section (20) clean water filter (21, 22) filtered by water, i.e. integer the filtering section (20) of connection line (LC) number 1 and number 2 (LS1) through supply line connected to a connection line (LC) supply line (LS2) (LP) is the essence or can be introduced.

And, number control unit (500) (VP) by integer supply valve is open, as shown in also 6 filtering (20) water filtered in the, i.e. the integer (LP) is the essence flowing water in a member (600) can be the user's out through the exit.

[Instantaneous wheel number 2 in the embodiment of device and method for treating water]

Hereinafter, reference number 2 in the embodiment of the present invention according to instantaneous wheel device 7 and also by water and also 8 is described substrate.

Figure 8 shows a water treatment device including the same number 2 in the embodiment of the present invention according to 7 and also representing the instantaneous wheel also are disclosed.

Wherein, number 2 in the embodiment of the present invention according to said water treatment device including the same instantaneous wheel is also described by the present invention according to reference 1 to 6 also including water treatment device number 1 in the embodiment of water line (LCC) on same instantaneous wheel (LDC) cold water service applying cold water to a hot water service applying (LDH) middle (LHH) connected water line that connected in both disclosed.

Therefore, in the rest configuration generally described hereinafter point differential configuration also can be replaced through a browser with reference to the order 1 to 6 also said to be.

As shown in 7 and 8 also including water treatment device of the present invention according to instantaneous wheel also same cold water in water line (LCC) (LDC) connected to the middle number 2 in the embodiment cold water service applying water line (LHH) can be connected to a hot water service applying (LDH).

In this case, water line (LCC) water with cold water and the cold water service applying (LDC) switch valve (VC) channel switch valve is connected to the water valve (VC) can be water. In addition, hot water water line (LHH) (VH) channel switch valve and hot water service applying hot water with water valve is connected to said hot water valve (VH) (LDH) is a flow switch can be.

And, cold water water line (LCC) (LHH) water temperature sensor (TDC) water line connected to the cold water and hot water to hot water with water temperature sensor (TDH) can be.

In this configuration, number control unit (500) is a cold water generating space (210) or hot water generating space (310) in water line (LCC) is made water line (LHH) cold water or hot water or cold water flowing through the hot water is within range of a predetermined target temperature (LCC) cold water or hot water is cold water service applying cold water before water line (LDC) or hot water service applying (LDH) so that the gate can be.

In addition, number control unit (500) is a cold water generating space (210) or hot water generating space (310) is made water line (LCC) (LHH) in cold water or hot water flowing through cold water or hot water is water line is within a predetermined target temperature range, water line (LCC) cold water or hot water can be discharged through water line (LHH).

For example, in cold water temperature sensor (TDC) number in water is measured water level (500) transmitted, instant cold water portion (200) of cold water generating space (210) is made water flow in water line (LCC) does not fall within the predetermined temperature of the cool water target temperature range thereof can.

In addition, hot water from hot water temperature sensor (TDH) is measured in number control unit (500) transmitted, prefabricated panel unit (300) for hot water generating space (310) in hot water temperature of the cool water flowing through water line (LCC) is made does not fall within the predetermined target temperature range thereof can.

In this case, number control unit (500) is also 7 or 8 as shown in the flow channel switching valve is also a chilled water valve (VC) or hot water valve (VH) is operated to, cold water or hot water water water water line (LCC) of cold water or hot water service applying service applying (LDC) (LDH) line (LHH) warm water so that the gate can be.

The molten, hot water from a hot-water water water water temperature sensor (TDC) or in water temperature sensor (TDH) is measured in number control unit (500) transmitted, cold water or hot water line (LCC) water line (LHH) for hot water of a predetermined target temperature can be in a range that enables.

After, number control unit (500) is a chilled water valve (VC) or hot water line (LCC) of cold water or hot water water water water water valve (VH) is operated to water line (LCC) hot water or cold water and a warm water line (LHH) water line (LHH) and switch member (600) to the user's can be out through the exit.

, the user is within a cold water or hot water supplied from a target temperature at any desired be.

[Instantaneous wheel number 3 in the embodiment of device and method for treating water]

Hereinafter, reference number 3 in the embodiment of the present invention according to device and method for treating water by instantaneous wheel 10 are symmetrically 9 also is described substrate.

Figure 10 shows a water treatment device including the same number 3 in the embodiment of the present invention according to 9 also on representing the instantaneous wheel also are disclosed.

Wherein, number 3 in the embodiment of the present invention according to said water treatment device including the same instantaneous wheel is also 1 to 6 described the present invention according to instantaneous wheel including water treatment device also by same reference number 1 in the embodiment of momentary on cold water portion (200) to cold water generating space (210) (TSC) spatial temperature sensor measuring a temperature of cold water with a prefabricated panel unit (300) a hot water generating space (310) with spatial temperature sensor measuring a temperature of hot water (TSH) that in both disclosed.

Therefore, in the rest configuration generally described hereinafter point differential configuration also can be replaced through a browser with reference to the order 1 to 6 also said to be.

As shown in the same instantaneous wheel 10 are symmetrically 9 also including water treatment device of the present invention according to cold water portion inverts the signal of the number 3 in the embodiment (200) the cold water generating space (210) (TSC) spatial temperature sensor measuring a temperature of cold water with a prefabricated panel unit (300) exchange generating space (310) with spatial temperature sensor measuring a temperature of hot water (TSH) can be.

In this configuration, number control unit (500) is a cold water generating space (210) or hot water generating space (310) water supplied to thermoelectric module (400) is cooled by cold water or hot water or heating water of a predetermined temperature within a temperature range target only after the generating space (210) or hot water generating space (310) by connection while water line (LCC) water supplies water through water line (LHH) hot water or cold water or hot water can be ejected.

For example, spatial temperature sensor (TSC) cold water in water is measured in number control unit (500) transmitted, instant cold water portion (200) of cold water generating space (210) does not fall within the predetermined temperature of the cool water made in target temperature range thereof can.

In addition, hot water from a hot-water space sensor (TSH) is measured in number control unit (500) transmitted, prefabricated panel unit (300) for hot water generating space (310) in the hot water is made does not fall within a predetermined target temperature range thereof can.

In this case, number control unit (500) (VS) so that the supply valve closed, cold water generating space (210) or hot water generating space (310) by connection to supplies water can.

In this state thermoelectric module (400) cold water mode by cold water generating space (210) of water flows, hot water mode hot water generating space (310) continues to warm water can be cooled or heated.

Whereby, in spatial temperature sensor (TSC) or hot water from a hot-water water water spatial temperature sensor (TSH) is measured in number control unit (500) transmitted, cold water generating space (210) is made cold water or hot water generating space (310) is made of hot water can be in a range that enables a predetermined target temperature.

After, number control unit (500) is a flow switch valve (VC) chilled water valve (VH) in hot water or cold water heat generating space (210) is made cold water or hot water generating space (310) is made hot water line (LCC) cold water or hot water and water line (LHH) water member (600) to the user's can be out through the exit.

, the user is within a cold water or hot water supplied from a target temperature at any desired be.

[Device number 4 in the embodiment of water and instantaneous wheel]

Hereinafter, the present invention according to instantaneous wheel 11 and 12 also by reference to the device number 4 in the embodiment of water and also is described substrate.

Figure 12 shows a water treatment device including the same number 4 in the embodiment of the present invention according to also representing the instantaneous wheel 11 and also are disclosed.

Wherein, number 4 in the embodiment 1 of the present invention according to said water treatment device including the same instantaneous wheel 6 is also described by the present invention according to same reference also to instantaneous wheel on number 1 in the embodiment of device including water treatment, water water water water water line (LHH) temperature sensor (TDC) respectively (LCC) and hot water line on hot water while water temperature sensor (TDH), supply valve connecting line (LC) (VS) is number 2 flow sensor (SF2) with flow control valve (VF) on that in both disclosed.

Therefore, in the rest configuration generally described hereinafter point differential configuration also can be replaced through a browser with reference to the order 1 to 6 also said to be.

As also shown in the present invention according to instantaneous wheel 11 and 12 also including the same device number 4 in the embodiment of water line (LCC) (LHH) of cold water and hot water water water water water water temperature sensor on the hot water temperature sensor (TDC) line is respectively with (TDH) can be.

In addition, number 1 and number 2 (LS1) (LS2) supply line connected to a supply line supplying valve connecting line (LC) flow channel switching valve (VS) number 2 flow sensor (SF2) is on flow control valve (VF) can be with.

In this configuration, number control unit (500) is in a cold water supply line (LS1) number 1 or number 2 (LS2) in a hot-water supply line through instant cold water portion (200) of cold water generating space (210) or prefabricated panel unit (300) for hot water generating space (310) can be regulating the flow rate of water supplied to the.

And, thermoelectric module (400) or heated cooling water line (LCC) cold water or hot water through a discharge water line (LHH) adjust the temperature of the hot water or cold water can be.

For example, cold water mode number control unit (500) includes a flow control valve (VF) number 1 to number 2 flow sensor (SF2) (LS1) by generating space through cold water supply line (210) to regulating the flow rate of the inflowing water can be.

Whereby a thermoelectric module (400) are cooled by cold water generating space (210) is made water and cold water in water line (LCC) member (600) can be discharged through the temperature of cold water.

I.e., cold water generating space (210) is increased when the flow rate of water entering, and water line (LCC) cold water member (600) can be discharged through temperature is raised of cold water.

In addition, cold water generating space (210) is the flow rate of water flowing into the less and as a result, water line (LCC) and cold water member (600) can be supports of cold water discharged through.

And, in a hot-water control section number (500) includes a flow sensor (SF2) number 2 on flow control valve (VF) (LS2) number 2 by supply line through hot water generating space (310) can be regulating the flow rate of the inflowing water to.

Whereby a thermoelectric module (400) is heated by the hot water generating space (310) in hot water and water line (LHH) is made water member (600) can be discharged to the outside through hot water temperature.

I.e., hot water generating space (310) is increased when the flow rate of water entering, and water line (LHH) hot water member (600) can be discharged to the outside through hot water supports.

In addition, hot water generating space (310) the flow rate of water entering the less and as a result, water line (LHH) and hot water member (600) can be discharged to the outside through hot water temperature is raised.

In this case, the thermoelectric module (400) power applied can be constant.

Whereby, the user various cold and hot temperature be supplied.

Water treatment device including the same according to the present invention according to instantaneous wheel diode, one thermoelectric module or the user's cold water momentarily in operating an can, device can be small and energy savings are possible, the malfunction of a thermoelectric module can be minimized.

Said device including the same instantaneous wheel such as described in the embodiment can be applied to the configuration of said water is defined which is described, various modifications can be made in the embodiment of each said in the embodiment are all or part of a front end of the selectively combined disapproval.