CN206905302U

CN206905302U - Water-heater system

Info

Publication number: CN206905302U
Application number: CN201720329757.4U
Authority: CN
Inventors: 万华新; 王�华; 姚振虎; 陈明明
Original assignee: AO Smith China Water Heater Co Ltd
Current assignee: AO Smith China Water Heater Co Ltd
Priority date: 2016-07-14
Filing date: 2017-03-31
Publication date: 2018-01-19
Anticipated expiration: 2027-03-31

Abstract

The utility model discloses a kind of water-heater system, and it includes：The heating unit that water can be heated；The tank body that can be connected with the heating unit, at least one of at least one inlet and outlet, the intake energy supplied gas, water is provided with the tank body and enters the tank body；Can be the pressurized source of tank body pressurization, the pressurized source can provide the pressure for being mixed gas in the tank body and water.A kind of water-heater system provided by the utility model, it can apply in any one existing water heater, including electric heater, gas heater, solar water heater and air-source water heater etc., it can generate microbubble water for users to use, can not only water-saving and environmental protection, and the microbubble water has stronger clean-up performance, so as to substantially increase the usage experience of user.

Description

Water-heater system

Technical field

Field of water heaters is the utility model is related to, more particularly to a kind of water-heater system.

Background technology

State's heater inside product mainly has electric heater, gas heater, solar water heater and air energy thermal water at present Device etc..Wherein, field of water heaters is mainly leading using traditional electric heater and gas heater.

With the increasingly raising of people's living standard, requirement of the people to water heater also more and more higher.For example, user is to heat Hydrophone requirement is in addition to safe and reliable basic demand, it is also proposed that water-saving and environmental protection, healthiness etc. further will Ask.

Therefore, it is necessary to be improved to current water heater, preferably to meet user's requirement, improve user's Usage experience.

Utility model content

The purpose of this utility model is to provide a kind of water-heater system, can generate microbubble water for users to use, not only Energy water-saving and environmental protection, and clean-up performance is strong, substantially increases the usage experience of user.

Above-mentioned purpose of the present utility model can be realized using following technical proposal：

A kind of water-heater system, including：

The heating unit that water can be heated；

The tank body that can be connected with the heating unit, is provided with least one inlet and outlet on the tank body, it is described enter At least one of mouth energy supplied gas, water enter the tank body；

Can be the pressurized source of tank body pressurization, the pressurized source, which can provide, is mixed gas in the tank body and water The pressure of conjunction.

Further, in addition to it is arranged on the pressure-regulating device in the tank body downstream.

Further, the pressurized source includes at least one of following：It can be connected with the tank body and being capable of convection current Enter the water in tank body the supercharging device of predetermined pressure is provided, there is the water of predetermined pressure.

Further, the import upstream of the tank body is provided with supply channel and supply air line, the intake energy with it is described Supply channel and/or supply air line connection, the pressurized source are supercharging device, the supercharging device and the supply channel And/or the supply air line connection.

Further, the supercharging device connects with the supply channel, and the supercharging device is water pump.

Further, the supercharging device connects with the supply air line, and the supercharging device is air pump.

Further, the heating unit includes：The inner bag of water can be filled, and for being carried out to the water in the inner bag The heating member of heating；The pressurized source is supercharging device, and the supercharging device is water pump, the water pump and the inner bag and described Tank body connects, and the water pump can drive water to flow into the tank body, and pressure required when water mixes with gas is provided for tank body；

The tank body downstream is provided with pressure-regulating device.

Further, the inner bag is provided with the water inlet pipe for water inlet and the outlet pipe for water outlet,

The water pump is arranged on the upstream of the water inlet pipe, and the tank body is arranged on the downstream of the outlet pipe.

Further, the inner bag is provided with the water inlet pipe for water inlet and the outlet pipe for water outlet；

The water-heater system also includes being arranged between the outlet pipe and the pressure-regulating device or the water outlet Temperature-adjusting device on pipe.

Further, in addition to the water inlet pipe cold water pipe connected, the tank body are arranged under the outlet pipe Trip, the temperature-adjusting device are arranged between the outlet pipe and the tank body, and it includes connecting first with the outlet pipe Port and the second port connected with the cold water pipe and the 3rd port connected with the tank body.

Further, in addition to the water inlet pipe cold water pipe connected, the tank body are arranged under the outlet pipe Trip, the temperature-adjusting device are arranged between the tank body and the pressure-regulating device, and it includes connecting with the tank body First port and the second port connected with the cold water pipe and the 3rd port connected with the pressure-regulating device.

Further, in addition to the water inlet pipe cold water pipe connected, the tank body are arranged at the outlet pipe Downstream, the temperature-adjusting device are arranged between the outlet pipe and the water pump, and it includes what is connected with the outlet pipe First port and the second port connected with affiliated cold water pipe and the 3rd port connected with the water pump.

The water pump, the tank body are arranged on the upstream of the water inlet pipe；The water pump is arranged on the upstream of the tank body.

The water pump, the tank body are arranged on the downstream of the outlet pipe；The water pump is arranged on the upstream of the tank body.

Further, the inner bag is provided with the water inlet pipe for water inlet and the outlet pipe for water outlet, and the water pump is set Put in the inner bag, the tank body is arranged on the downstream of the outlet pipe.

Further, the inner bag is provided with the water inlet pipe for water inlet and the outlet pipe for water outlet, the water pump and The tank body is arranged in the inner bag, and the water pump is arranged on the tank body upstream, the gas-liquid mixed water in the tank body The inner bag can be flowed out from the outlet pipe.

Further, the inner bag is provided with the water inlet pipe for water inlet and the outlet pipe for water outlet, and the tank body is set Put and be arranged on the upstream of the water inlet pipe in the inside of the inner bag, the water pump.

Further, the inner bag includes relative first end and the second end, close to the first end or the second end position Install and be equipped with end cap, the end cap cooperatively forms the tank body with the first end of the inner bag or the second end.

Further, the inner bag includes relative first end and the second end, and the first end or the second end are inner concave, End cap is set in face of the inner concave, the end cap cooperatively forms the tank body with the inner concave.

Further, the inner bag includes relative first end and the second end, and the first end or the second end are inner concave, At least part outside wall surface of the tank body is adapted and is arranged at the inner concave with the inner concave.

Further, the inner bag is pressure-bearing inner liner, and the courage pressure scope of the inner bag is：0.1 MPa to 0.8 MPa it Between.

Further, in addition to control device,

The tank body includes the first tank body, and inlet and outlet is provided with first tank body；

The water-heater system at least have can make first tank body to water terminal provide microbubble water the first work Make state and the second working condition of tonifying Qi can be emptied to first tank body；

Under first working condition, the control device can control the import of first tank body and the water pump phase Connection, the outlet of first tank body is controlled to be connected with water terminal；

Under second working condition, the control device can control the import of first tank body to be connected with gas circuit It is logical, control the outlet of first tank body to be connected with discharge pipe line.

Further, the tank body also includes second tank body in parallel with first tank body, is set on second tank body It is equipped with inlet and outlet；

The water-heater system, which also has, can make second tank body be worked to the 3rd of water terminal offer microbubble water State and the 4th working condition that tonifying Qi can be emptied to the second tank body；

Under the 3rd working condition, the control device can control the import of second tank body and the water pump phase Connection, the outlet of second tank body is controlled to be connected with water terminal；

Under the 4th working condition, the control device can control the import of second tank body to be connected with gas circuit It is logical, control the outlet of second tank body to be connected with discharge pipe line.

Further, in addition to the control device control valve being electrically connected with,

The control device controls the control valve to cut the water-heater system according to the first prearranged signals detected The first working condition and the 4th working condition are shifted to, or the control water-heater system switches to the second working condition and the 3rd Working condition.

Further, the control valve includes the first four-way valve and the second four-way valve, first tank body and the second tank body On be respectively provided with an import and one outlet；

The first port of first four-way valve connects with inner bag outlet pipe, and second port and the import of the first tank body connect Logical, the 3rd port connects with gas circuit, the 4th port and the inlet communication of the second tank body；

The first port of second four-way valve connects with water terminal, second port and the outlet of the first tank body, 3rd port connects with discharge pipe line, the 4th port and the outlet of the second tank body；

According to the first prearranged signals, the first port and second port for controlling first four-way valve connect the control device It is logical, control the first port of second four-way valve to be connected with second port, while control device control the described 1st 3rd port of port valve connects with the 4th port, controls the 3rd port of second four-way valve to be connected with the 4th port；

Or the control device is according to the first prearranged signals, the first port of control first four-way valve and the 4th end Mouthful connection, controls the first port of second four-way valve to be connected with the 4th port, while the control device controls described the The second port of one four-way valve connects with the 3rd port, controls the second port of second four-way valve to be connected with the 3rd port.

Further, in addition to the bypass line in parallel with first tank body, the bypass line, which has, relative enters Mouth end and the port of export,

The water-heater system has the 5th working condition；

Under the 5th working condition, the control device can control the arrival end of bypass line to be connected with the water pump It is logical, so that water is from the bypass line flow direction water terminal.

Further, under the 5th working condition, the control device can control the arrival end of the bypass line It is connected with the water pump, controls the port of export of the bypass line to be connected with water terminal.

The control device controls the control valve to cut the water-heater system according to the second prearranged signals detected Shift to the first working condition or the control water-heater system switches to the 5th working condition and the second working condition.

Further, the pressurized source is supercharging device, and the supercharging device is and the heater and the tank body The water pump of connection, the water pump include the first water pump and the second water pump, and second water pump passes through with first water pump connects Or mode in parallel connects.

Further, the pressure-regulating device can maintain the tank body to the pressure between the pressure-regulating device More than 0.1 MPa.

Further, the heating unit is provided with the water inlet for water inlet and the delivery port for water outlet；The increasing Potential source is water pump；

The water pump is arranged on the upstream of the water inlet, and the tank body is arranged on the downstream of the delivery port, or,

The water pump, the tank body are arranged on the upstream of the water inlet；Or

The water pump, the tank body are arranged on the downstream of the delivery port.

Further, the heating unit includes：Can be circulated the heat exchangers of current, and in the heat exchanger The burner that is heated of current.

Further, the water-heater system also includes the pressure-regulating device for being arranged on the tank body downstream.

Further, in the heating unit or the heating unit is additionally provided with temperature between the pressure-regulating device Spend adjusting means.

Further, the number of the tank body is at least one that the pressurized source is water pump, and the water-heater system also wraps Include control device, the water-heater system at least has and can make the tank body to the first state that microbubble water is provided with water terminal With the second state that tonifying Qi can be emptied to the tank body；

The control device can control the import of the tank body to be connected with the water pump according to the 3rd prearranged signals, control Its outlet is connected with water terminal, has the water-heater system and provides microbubble water to outlet pipe by the tank body First state；

Or the import of the tank body can be controlled to be connected with gas circuit, control its outlet to be connected with discharge pipe line, make described Water-heater system has the second state that can carry out emptying tonifying Qi to the tank body.

Further, the tank body includes the first tank body and the second tank body connected by parallel way, the water heater System also includes the control valve being electrically connected with the control device, and the control valve is arranged on first tank body, the second tank Between the import of body, outlet,

The control device according to the 3rd prearranged signals, can control the connected state of the control valve, so that described In first tank body, the second tank body it is at least one can to water terminal provide microbubble water.

Further, in addition to the bypass line in parallel with the tank body, the bypass line have relative arrival end And the port of export,

When the water-heater system is under the second state, the control device controls the arrival end of the bypass line It is connected with the water pump, controls the port of export of the bypass line to be connected with water terminal.

The control device controls the connected state of the control valve, makes the water heater system according to the 4th prearranged signals System switches between the first state or the second state.

Further, the pressure-regulating device has relative arrival end and the port of export, and it is internally provided with pressure tune Mechanism is saved, the pressure of the arrival end is more than the pressure of the port of export.

A kind of water-heater system, including：

The heating unit that water can be heated；

The tank body that can be connected with the heating unit；

It introducing mechanism, can connect with the tank body, and be deposited for the fluid flowed into it to be imported into the tank body The region of gas is contained, and the gas in the fluid and tank body of importing is subjected to gas-liquid mixed；

Further, at least one inlet and outlet is provided with the tank body, the importing is equipped with the import At least one of mechanism, the introducing mechanism energy supplied gas, water enters the tank body；The introducing mechanism upstream of the tank body is set Supply channel and supply air line are equipped with, the introducing mechanism can connect with the supply channel, the supply air line, the supercharging Source is supercharging device, and the supercharging device connects with the supply channel, the supply air line.

Further, in addition to control device,

The water-heater system at least have can make the tank body to water terminal provide microbubble water first work shape State and the second working condition that tonifying Qi can be emptied to the tank body；

Under second working condition, the control device can control the introducing mechanism of the tank body to be connected with gas circuit It is logical, control the outlet of the tank body to be connected with discharge pipe line, by the water discharge in the tank body and fill into air simultaneously；

Under first working condition, the control device can control the introducing mechanism of the tank body and the feed pipe Road is connected, and controls the outlet of the tank body to be connected with water terminal, in the presence of the pressurized source, in the tank body Gas and water carry out gas-liquid mixed.

The technical scheme provided from above the application embodiment, by setting the tank body connected with heating unit, And the pressurized source for tank body supercharging, wherein, be provided with the tank body can supplied gas, at least one in water enter institute State the import of tank body.In use, gas, liquid can be filled with by the import in the tank body and be by the pressurized source The tank body provides gas and the pressure of water mixing, is supplied so as to form microbubble water in the tank body to user.By Under identical flow, supply and be mixed with air into the water of user, the usage amount of water can be effectively saved；It is in addition, described Microbubble water has preferable clean-up performance, physical sterilization function for common water, therefore, substantially increases user Usage experience.

Brief description of the drawings

Fig. 1 is a kind of structural representation of the water-heater system provided in the application embodiment；

Fig. 2 is the structural representation of another water-heater system provided in the application embodiment；

Fig. 3 a, Fig. 3 b, Fig. 3 c are the principle signals that a kind of tank body provided in the application embodiment prepares microbubble water Figure；

Fig. 4 is the structural representation of another water-heater system provided in the application embodiment；

Fig. 5 A are a kind of structural representations of the pressure-regulating device provided in the application embodiment；

Fig. 5 B are a kind of structural representations of the pressure-regulating device provided in the application embodiment；

Fig. 6 is a kind of structural representation of the water-heater system with inner bag provided in the application embodiment；

Fig. 7 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Fig. 8 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Fig. 9 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 10 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 11 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 12 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 13 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 14 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 15 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 16 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 17 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 18 is the structural representation of another water-heater system with inner bag provided in the application embodiment；

Figure 19 is a kind of single tank operating diagram of the water-heater system with inner bag provided in the application embodiment；

Figure 20 is a kind of single tank operating diagram of the water-heater system with inner bag provided in the application embodiment；

Figure 21 is a kind of operating diagram of the water-heater system with inner bag provided in the application embodiment；

Figure 22 is a kind of operating diagram of the water-heater system with inner bag provided in the application embodiment；

Figure 23 is a kind of double tank switching principle schematic diagrames of the water-heater system provided in the application embodiment；

Figure 24 is a kind of operating diagram of the water-heater system provided in the application embodiment；

Figure 25 is a kind of operating diagram of the water-heater system provided in the application embodiment；

Figure 26 is that single tank, the switching principle of bypass line are shown in a kind of water-heater system provided in the application embodiment It is intended to；

Figure 27 is a kind of structural representation of the water-heater system without inner bag provided in the application embodiment；

Figure 28 is the structural representation of another water-heater system without inner bag provided in the application embodiment；

Figure 29 is the structural representation of another water-heater system without inner bag provided in the application embodiment；

Figure 30 is the structural representation that a kind of introducing mechanism provided in the application embodiment is combined with tank body

Figure 31 A are a kind of schematic cross-sections in the variable cross-section product portion of the introducing mechanism provided in the application embodiment；

Figure 31 B are the schematic cross-sections in the variable cross-section product portion of another introducing mechanism provided in the application embodiment；

Figure 31 C are the structural representations in the variable cross-section product portion of another introducing mechanism provided in the application embodiment；

Figure 31 D are the structural representations in the variable cross-section product portion of another introducing mechanism provided in the application embodiment；

Figure 32 is a kind of step flow chart of the control method of the water-heater system provided in the application embodiment.

Embodiment

Below in conjunction with the drawings and specific embodiments, the technical solution of the utility model is elaborated, it should be understood that this A little embodiments are merely to illustrate the utility model rather than limitation the scope of the utility model, read the utility model it Afterwards, modification of the those skilled in the art to the various equivalent form of values of the present utility model each falls within the application appended claims and limited In fixed scope.

It should be noted that when element is referred to as " being arranged at " another element, it can be directly on another element Or there may also be element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " on ", " under ", "left", "right" and similar statement for illustrative purposes only, it is unique embodiment to be not offered as.

Unless otherwise defined, all of technologies and scientific terms used here by the article and the technical field of the application is belonged to The implication that technical staff is generally understood that is identical.The term used in the description of the present application is intended merely to description tool herein The purpose of the embodiment of body, it is not intended that in limitation the application.Term as used herein "and/or" includes one or more The arbitrary and all combination of related Listed Items.

The utility model provides a kind of water-heater system, can generate microbubble water for users to use, can not only water-saving ring Protect, moreover it is possible to improve the clean-up performance of water, substantially increase the usage experience of user.

Fig. 1 to Fig. 2 is please referred to, a kind of water-heater system provided in the application embodiment can include：Can be right The heating unit 1 that water is heated；The tank body 2 that can be connected with the heating unit 1, it is provided with the tank body 2 at least one At least one of import 21 and outlet 22, the energy of import 21 supplied gas, water enter the tank body 2；It can add for the tank body 2 The pressurized source of pressure, the pressurized source can provide the pressure for being mixed gas in the tank body 2 and water.

In the present embodiment, the water-heater system can be applied in any one existing water heater, including electricity Water heater, gas heater, solar water heater and air-source water heater etc., the application do not make specific limit herein.

In the present embodiment, the pressurized source can be carried out for the gas in the tank body 2 and water needed for mixing provides Pressure.Specifically, the pressurized source can be including at least one of following：It can be connected with the tank body 2 and being capable of convection current Enter the water in tank body 2 and the supercharging device 3 of predetermined pressure, the water with predetermined pressure etc. are provided.

In the present embodiment, the heating unit 1 can be used to heat water.The form of the heating unit 1 can According to the different and different of specific heater types, not make specific limit in the application herein.For example, work as the heat When hydrophone is electric heater, the heating unit 1 can include the electrically heated rod in inner bag and inner bag；When the water heater is combustion During gas water heater, the heating unit 1 can include burner and heat exchanger.

In the present embodiment, the tank body 2 can be connected with the heating unit 1.It can be provided with the tank body 2 At least one import.The energy of import 21 at least one of the supplied gas or liquid enter the tank body 2.Specifically, such as Fig. 1 institutes Show, when being provided with an import on the tank body 2, the import 21 both can be used for circulated gases, can be used for circulating Liquid.As shown in Fig. 2 when being provided with two imports on the tank body 2, one of import can be connected with air inlet, For circulated gases, another import can be used for circulating liquid.In addition, the outlet number on the tank body 2 can also be one Individual or multiple, the application does not make specific limit herein.When the number of the outlet is one, its energy and discharge pipe line Or it is connected with water terminal.

In the present embodiment, the shape of the tank body 2 can be hollow cylindrical type, and it has relative top and bottom End.The top, bottom can be provided with arc transition.The tank body 2 is under using position, and its top is in upper, bottom under. Wherein, the import 21 can be positioned close to the position on top, and the outlet 22 can be close to the position of bottom.Certainly, institute The shape for stating tank body 2 can also be other forms, and the application does not make specific limit herein.

In the present embodiment, the supercharging device 3 can be that the tank body 2 pressurizes.Specifically, the supercharging device 3 Form can be water pump or air pump, can also be that other can realize the device of function of increasing pressure certainly, the application is herein simultaneously Do not limit specifically.When the tank body 2 is in the state for preparing microbubble water, the supercharging device 3 can provide tank body 2 and make During standby microbubble water, the pressure needed for gas and water mixing.

Water-heater system described herein can be engaged preparation microbubble water by the tank body 2 and supercharging device 3. Wherein, a kind of principle that microbubble is prepared in the tank body 2 can combine and refer to Fig. 3 a to Fig. 3 c.

When needing to prepare microbubble water in the tank body 2, as shown in Figure 3 a, first air can will be full of in tank body 2. As shown in Figure 3 b, then under the pressurization of supercharging device 3, water with pressure is sprayed from import 21 for the closing of outlet 22 In the air for entering the tank body 2.As water with pressure constantly sprays into from import 21, the pressure increase in the tank body 2, tank body 2 In water it is gentle be in contact, compressed and mixed under the effect of the pressure.As described in Fig. 3 c, the outlet 22 is opened, you can will The microbubble water discharge, there is provided to user.

Water-heater system described herein can pass through the tank body 2 and supercharging device 3 connected with heating unit 1 Microbubble water is prepared to supply to user.The microbubble refers to size in several or tens microns bubble.Microbubble Surface carries faint negative electrical charge in water, can adsorb the materials such as grease, protein, so as to which they are taken away into skin and hair Deng.It is per minute to there is substantial amounts of micro-bubble to be deep into hair root when carrying out bathing using the microbubble water with microbubble Portion etc. is difficult to the position cleared up originally, will accumulate herein, such as the dirt such as sebum, grease is thoroughly removed.

In addition, the microbubble water also has the function that the sterilization of uniqueness.Specifically, the sterilization process of the microbubble water Including attracting with killing two processes, the microbubble carries electrostatic, and it can be with the bacterium in adsorbed water body and virus；Then, With the rupture of bubble, superhigh-temperature and-pressure caused by substantial amounts of free radical and rupture is excited around bubble, the thin of absorption Bacterium virus is killed.The process of above-mentioned killing is that a complete physical killing process has essence with conventional disinfection method Difference, so the more environmentally friendly health for the chemical sterilization of routine.

Water-heater system described in the application embodiment, by setting the tank body 2 and energy that are connected with heating unit 1 The supercharging device 3 to be pressurizeed for the tank body 2, in use, the supercharging device 3 is engaged with the tank body 2, can be in the tank Microbubble water microbubble water can be prepared in body 2 to supply to user.Due under identical flow, supplying and being mixed with into the water of user Air, the usage amount of water can be effectively saved；In addition, the microbubble water has preferably clearly for common water Clean performance, physical sterilization function, therefore, substantially increase the usage experience of user.

Fig. 4 is please referred to, in one embodiment, the import upstream of the tank body 2 is provided with supply channel and confession Air pipe, the intake energy connect with the supply channel and/or the supply air line, the supercharging device 3 and the water supply Pipeline and/or supply air line connection.

In the present embodiment, the import of the tank body 2 can be one, and the import upstream is provided with can be coupled Logical supply channel and supply air line.When the import is connected with the supply air line, the supply air line can be to institute State in tank body 2 and be filled with gas.In general, the gas can be air, and certain gas is not limited to air, and the application exists This is not limited specifically.When the import is connected with the supply channel, the supply channel can be to the tank Water is filled with body 2.In the present embodiment, the supercharging device 3 can be with least one in the supply channel, supply air line It is individual to be connected.

Fig. 1 or Fig. 2 is referred to, in a specific embodiment, the supercharging device 3 can connect with the supply channel Logical, the supercharging device 3 can be water pump.

In the present embodiment, when the supercharging device 3 is connected with the supply channel, the supercharging device 3 has Body can be water pump.When the water pump, which is opened, to be run, the water pump can be to flow through its water supercharging, while can also be The tank body 2 communicated therewith is pressurized, i.e., when the tank body 2 prepares microbubble water, the water pump can provide gas and water is mixed Required pressure during conjunction.In addition, the water pump can also be as the power set of water-heater system water circulation.

In general, water pump can be provided with to provide the power of water circulation in water-heater system.In the present embodiment, when When the supercharging device 3 is water pump, it can utilize existing water pump in water-heater system, and without individually setting up supercharging dress again 3 are put, it is cost-effective so as to be advantageous to, the space of whole water-heater system is saved, is optimized product structure.

In one embodiment, the supercharging device 3 can be the water connected with the heater and the tank body 2 Pump, the water pump include the first water pump and the second water pump, and second water pump passes through serial or parallel connection with first water pump Mode connects.

In the present embodiment, the concrete form of the supercharging device 3 can be water pump, itself and the heater and institute Tank body 2 is stated to be connected.Specifically, the number of the water pump can be 2 or more than 2, the application does not make specific herein Limit.Such as the water pump can include the first water pump and the second water pump, first water pump can lead to second water pump The mode crossed in parallel or in series is attached.

Wherein, when the pressure needed for the water-heater system is larger, can select first water pump and described Two water pumps are connected in series.The pressure that first water pump, the second water pump can be provided when being in series is relative to list Have for the pressure that individual water pump can be provided and greatly improve, so as to meet the pressure need of the water-heater system Ask.

Wherein, when the flow needed for the water-heater system is larger, can select first water pump and described Two water pumps are connected in parallel.The flow that first water pump, the second water pump can be provided when being in parallel is relative to list Have for the flow that individual water pump can be provided and greatly provide, so as to meet the flow need of the water-heater system Ask.

In addition, in general, the water-heater system needs to be arranged in shell, in the certain situation of the outer casing space Under, scattered space that described two small water pumps can be in flexible utilization shell can also reduce water heater to a certain extent The overall space-consuming of system.

Referring to Fig. 4, in a specific embodiment, the supercharging device 3 connects with the supply air line, described Supercharging device 3 is air pump.

In the present embodiment, when the supercharging device 3 can connect with the supply air line, the supercharging device 3 has Body can be air pump.When the air pump, which is opened, to be run, the air pump can be to flow through its gas supercharging, while can also be The tank body 2 communicated therewith is pressurized, i.e., when the tank body 2 prepares microbubble water, the air pump can provide gas and water is mixed Required pressure during conjunction.

In one embodiment, the water-heater system can also include the pressure tune for being arranged on the downstream of tank body 2 Regulating device 4.

In the present embodiment, the pressure-regulating device 4 is used for tank body 2 between the pressure-regulating device 4 Pressure is maintained in predetermined scope.Specifically, the form of the pressure-regulating device 4 can be one in pressure-regulating valve Kind, such as self-contained pressure regulator；Or hydraulic pressure control valve 6, such as overflow valve；Can also be that pressure can control Electric expansion valve, heating power expansion valve etc., or can also be other forms, the application does not make specific limit herein.

In a specific embodiment, when the supercharging device 3 is in opening, the pressure-regulating device The tank body 2 to the pressure between the pressure-regulating device 4 can be maintained more than 0.1 MPa by 4.

In the present embodiment, when the supercharging device 3, which is opened, to be run, the pressure for being arranged on the downstream of tank body 2 is adjusted Regulating device 4 can control the tank body 2 to the pressure between the pressure-regulating device 4 in predetermined pressure range.Specifically, The control principle of the pressure-regulating device 4 can be according to the different and different of the concrete structure of the pressure-regulating device 4, this Specific limit is not made in application herein.

Wherein, the predetermined pressure range can be more than 0.1 MPa.When pass through the pressure-regulating device 4 control institute State tank body 2 to the pressure between the pressure-regulating device 4 more than 0.1 MPa when, the pressure can be advantageous to generate micro- The generation and maintenance of bubble.Specifically, on the one hand when the pressure is when more than 0.1 MPa, it is molten to be advantageous to more air In Xie Shui, the larger microbubble water of solubility is formed；On the other hand, when being advantageous to the microbubble water and being flowed in pipeline, dimension The state of microbubble water is held, prevents the bubble in water from becoming larger.

Certainly, the scope of the predetermined pressure be also not limited to it is above-mentioned enumerate, one of ordinary skill in the art are in the application skill Under the enlightenment of art marrow, other changes can also be made, but as long as its function of realizing and the effect and the application phase that reach It is same or similar, it all should be covered by the application protection domain.

In a specific embodiment, the pressure-regulating device 4 has relative arrival end and the port of export, in it Portion is provided with pressure regulating mechanism, the pressure of the arrival end is more than the pressure of the port of export.

When the higher gas-liquid mixture of pressure flows through the pressure-regulating device 4, in the tune of the pressure-regulating device 4 Under section effect, the pressure of gas-liquid mixture is reduced rapidly, so that the gas volume in gas-liquid mixture becomes big, is formed Microbubble is blended in water, as microbubble water.

Specifically, pressure-regulating device 4 is step by step or prominent at least formed with actual internal area along on the direction of flow of fluid The throttle mechanism of change, the i.e. pressure regulating mechanism can be throttle structure.Using the throttle mechanism can reduction of blood pressure in high-speed, realization releases Gas.

Fig. 5 A are referred to, such as on the direction along flow of fluid, is provided with least one-level and becomes aperture structure, the pressure Adjusting means 4 includes a hollow body, and at least one throttle part is provided with its body.The throttle part can be hole Footpath is less than the structure of the internal diameter of tube body.In addition, it can be offered out successively along on fluid flow direction on the choke block The opening that hole number increases successively so that on the whole along on fluid flow direction, actual internal area increases step by step.Fluid stream During through the throttle mechanism, because actual internal area diminishes suddenly, the pressure of its fluid can accordingly increase, so as to realize that pressure is tieed up The function of holding.

Fig. 5 B are referred to, the pressure-regulating device 4 is also provided with the back pressure spring of actual internal area change, or Other throttle mechanisms, the application do not limit specifically herein.One of ordinary skill in the art enlighten in the technical spirit of the application Under, it is also possible to other changes are made, but as long as the function and effect of its realization are same as the present application or similar, all should be covered by In the application protection domain.

Referring to Fig. 6, in one embodiment, the heating unit 1 can include：The inner bag 11 of water can be filled, with And the heating member 13 for being heated to the water in the inner bag 11；The supercharging device 3 is water pump, the water pump with it is described Inner bag 11 connects with the tank body 2, and the water pump can drive water to flow into the tank body 2, and when providing water for tank body 2 and being mixed with gas Required pressure；The downstream of tank body 2 is provided with pressure-regulating device 4.

In the present embodiment, the water-heater system can be applied in the water heater for being provided with inner bag 11.Specifically, The heating unit 1 can include：Inner bag 11 and heating member 13.Wherein, the inner bag 11 can be used for filling water.Specifically, institute It can be in integrally hollow cylindrical housings to state inner bag 11, and certainly, it can also be other shapes, and the application does not make to have herein The restriction of body.The set-up mode of the inner bag 11 can be with horizontal, or vertical, the application does not make specific limit herein It is fixed.

Wherein, what the type of the heating member 13 and set-up mode can be with heater types is different and different.For example, When the water heater is electric heater, the heating member 13 can be electrically heated rod.The electrically heated rod can be fixed with one end On the wall of inner bag 11, the other end is stretched into inner bag 11, is the water heating in inner bag 11.When the water heater is Teat pump boiler When, the heating member 13 can be the heat exchanger being arranged on the inner bag 11.For example, the heat exchanger can be wrapped in it is described Being circulated on the outer wall of inner bag 11, in the heat exchanger has the refrigerant of HTHP.When the refrigerant of HTHP flows through the heat exchange During device, the water that can transfer heat in inner bag 11.

In the present embodiment, the supercharging device 3 can be water pump, the water pump and the inner bag 11 and the tank body 2 connections.The water pump can drive water to flow into the tank body 2, also can be that tank body 2 provides pressure required when water mixes with gas.

In the present embodiment, the water-heater system is also provided with for the detection with control device electrical communication Unit.The detection unit is used for after enabling signal is detected, the enabling signal is sent into the control device, passed through The control device controls the unlatching of the water pump.

Specifically, the detection unit can be at least one of flow switch, pressure switch or temp probe.Example Such as,, can be to control when the flow of flow switch detection is more than predetermined value when the detection unit is flow switch Device sends electric signal.When the detection unit is pressure switch, it is more than in the pressure oscillation that the pressure switch detects During predetermined value, control signal can be sent to control device.When the detection unit is temp probe, in the temp probe When the temperature detected is more than predetermined value, electric signal can be sent to control device.Certainly, the detection unit is not limited to Citing is stated, in addition, the condition for starting the pump working is also not necessarily limited to the mode detected above by detection unit, art Technical staff can also make other changes under the enlightenment of present techniques marrow, but as long as its realize function and reach The effect arrived is same as the present application or similar, all should be covered by the application protection domain.

In the present embodiment, the water heater of inner bag 11, such as electric heater, Teat pump boiler etc. are provided with inner bag Water-heater system can be provided with pressure-regulating device 4 in the downstream of the tank body 2.

In the present embodiment, the pressure-regulating device 4 is used for tank body 2 between the pressure-regulating device 4 Pressure is maintained in predetermined scope.Specifically, the form of the pressure-regulating device 4 can be one in pressure-regulating valve Kind, such as self-contained pressure regulator；Or hydraulic pressure control valve, such as overflow valve；Can also be that pressure can control Electric expansion valve, heating power expansion valve etc., or can also be other forms, the application does not make specific limit herein.

In the present embodiment, when the water pump 2, which is opened, to be run, it is arranged on the pressure regulation dress in the downstream of tank body 2 Putting 4 can control the tank body 2 to the pressure between the pressure-regulating device 4 in predetermined pressure range.It is specifically, described The control principle of pressure-regulating device 4 can be according to different and different, the application of the concrete structure of the pressure-regulating device 4 Specific limit is not made herein.

The inner bag 11 is pressure-bearing inner liner, and the courage pressure scope of the inner bag 11 is：Between 0.1 MPa to 0.8 MPa.

In the present embodiment, because the inner bag 11 is connected with the water pump, the inner bag 11 is by the water pump 2 Influence, it is also desirable to bear certain pressure.In addition, due to the change of water temperature in inner bag 11, the influence expanded with heat and contract with cold It may require that inner bag 11 has certain bearing capacity.For to sum up, the inner bag 11 being connected with the water pump 2 needs when in use Bear predetermined pressure.Specifically, the pressure may range between 0.1 MPa to 0.8 MPa.For example, work as the water Relative when pump 2 is located at the downstream of the inner bag 11, the courage pressure scope of the inner bag 11 can be relatively smaller；When the water When pump 2 is located at the upstream of the inner bag 11, due to flowing through the microbubble water exported in the water pump 2 in the inner bag 11, because This, comparatively, the scope of its courage pressure can be with higher, to maintain the pressure needed for the microbubble water.

In the present embodiment, when the water heated object 13 in the inner bag 11 heats, based on the principle expanded with heat and contract with cold, With the rise of temperature, the pressure in the inner bag 11 can also raise.Such as when the tank body 2 is located under the inner bag 11 Trip, and the tank body 2 is in the state of preparing microbubble water, the water with elevated pressures flows out from inner bag 11, there is provided gives During the tank body 2, be advantageous to merge to form microbubble water with the gas rapidity in tank body 2.On the other hand, in the inner bag 11 Water can improve the pressure in inner bag 11 after being heated, and equivalent to before the unlatching of supercharging device 3, just be formed in the inner bag 11 Precompressed.Because the precompressed can provide required pressure for the gas in the tank body 2 and water mixing, therefore, when the supercharging After device 3 starts, when user is opened with water terminal, it at most only needs to bleed off tank body 2 to the water in water terminal pipeline, with regard to energy Preferable microbubble water is enough obtained, the time that user obtains microbubble water is effectively shortened, improves Consumer's Experience.

Referring to Fig. 6, in a detailed embodiment, the inner bag 11 is provided with the He of water inlet pipe 111 for water inlet For the outlet pipe 112 of water outlet, the water pump is arranged on the upstream of the water inlet pipe 111, and the tank body 2 is arranged on the water outlet The downstream of pipe 112.

In the present embodiment, the inner bag 11 is provided with the water inlet pipe 111 for water inlet, and the water outlet for water outlet Pipe 112.The normal-temperature water provided from supply channel can be entered in the inner bag 11 by the water inlet pipe 111 to be heated, then Water after heating flows out from the outlet pipe 112.

In the present embodiment, the water pump 2 can be arranged on the upstream of the water inlet pipe 111 of inner bag 11.When the water When pump 2 is arranged on the upstream of the water inlet pipe 111 of inner bag 11, the water after being heated in inner bag 11 does not flow through the water pump 2.Relatively For, the water for flowing through the water pump 2 is the normal-temperature water that supply channel provides, therefore, for the water pump 2, without resistance to height The requirement of temperature.Further, since the water for flowing through the water pump 2 is normal-temperature water, the calcium and magnesium plasma in water is not easy to separate out, therefore in it Portion is not easy fouling.

In the present embodiment, the tank body 2 can be arranged on the downstream of the outlet pipe 112.When the tank body 2 is set At the downstream of the outlet pipe 112, from the tank body 2 outflow microbubble water can after the pressure-regulating device 4, Directly feed to user and use water terminal.Comparatively, when being arranged on 112 downstream of outlet pipe from tank body 2, from its outflow Microbubble water be not passed through the inner bag 11, on the one hand user can be allowed to obtain microbubble water in a short time；On the other hand, The microbubble water can be avoided to be heated after entering the inner bag 11 by the water dilution stored in inner bag 11 or heated object 13, Produce temperature rise fluctuation interference.

Fig. 7 to Fig. 9 is referred to, in one embodiment, the inner bag 11 is provided with the He of water inlet pipe 111 for water inlet Outlet pipe 112 for water outlet；The water-heater system also includes being arranged on the outlet pipe 112 and the pressure-regulating device Temperature-adjusting device 5 between 4 or on the outlet pipe 112.

In the present embodiment, the heating unit 1 may also include temperature-adjusting device 5, and the temperature-adjusting device 5 can The water temperature in the tank body 2 is flowed in or out for regulation.Specifically, the temperature-adjusting device 5 can be mechanical temperature Adjusting means 5 is spent, it can manually enter the regulation of trip temperature；Can be electronic temp adjusting means 5, it can root Temperature is automatically adjusted according to the control program of control device.In addition, the temperature setting range of the temperature-adjusting device 5 can be solid Fixed, or it is adjustable.Specifically, when the temperature setting range of the temperature-adjusting device 5 is fixes, it goes out water temperature Degree is fixed within the setting range.When the temperature-adjusting device 5 temperature setting range for can timing, its leaving water temperature It can be adjusted as needed.Specifically, the form of the temperature-adjusting device 5 can be water mixing valve, thermostatic valve etc., also may be used Think the constant-temperature effluent structure set on the outlet pipe 112 of the inner bag 11.The form of certain temperature-adjusting device 5 is simultaneously Be not limited to it is above-mentioned enumerate, one of ordinary skill in the art can also make other changes under the enlightenment of present techniques marrow, But as long as its function of realizing and the effect reached are same as the present application or similar, all should be covered by the application protection domain.

In the present embodiment, the temperature-adjusting device 5 can be arranged on the outlet pipe 112 and be adjusted with the pressure Between device 4 or on the outlet pipe 112, for adjusting the water temperature flowed in or out in the tank body 2, approach the water temperature The setting leaving water temperature of user.When flow into the water of the tank body 2 close to user setting leaving water temperature when, utilize the water of the temperature Design temperature with the microbubble water that gas is mixed to get also close to user.Now need not or it need to only be mixed into the microbubble water Enter the output water temperature that a small amount of cold water can reach user's setting.When not or thering is a small amount of cold water to add the microbubble water When, it can preferably ensure the content of microbubble in microbubble water, be advantageous to user and obtain the higher microbubble water of concentration.Equally , when flow out the microbubble water of the tank body 2 close to user design temperature when, without or only need to be into the microbubble water It is mixed into the output water temperature that a small amount of cold water can reach user's setting.When not or thering is a small amount of cold water to add the microbubble It during water, can preferably ensure the content of microbubble in microbubble water, be advantageous to user and obtain the higher microbubble water of concentration.

Referring to Fig. 7, in one embodiment, the temperature-adjusting device 5 can be arranged on the outlet pipe.Tool Body, the temperature-adjusting device 5 can be the constant temperature structure being arranged on the outlet pipe 112, and the constant temperature structure can Automatically adjust the leaving water temperature of the outlet pipe 112.When the tank body 2 is in 5 downstream of temperature-adjusting device, it is ensured that Water from the outlet pipe 112 into the tank body 2 is between predetermined scope, to approach the setting leaving water temperature of user.

Referring to Fig. 8, in a specific embodiment, the water-heater system can also include and the water inlet pipe The cold water pipe 15 of 111 connections, the tank body 2 are arranged on the downstream of the outlet pipe 112, and the temperature-adjusting device 5 is arranged on Between the outlet pipe 112 and the tank body 2, it include connecting with the outlet pipe 112 first port and with the cold water pipe The second port of 15 connections and the 3rd port connected with the tank body 2.

In the present embodiment, the water pump can be arranged on the upstream of the water inlet pipe 111.When the water pump 2 is set At the upstream of the water inlet pipe 111 of inner bag 11, the water after being heated in inner bag 11 does not flow through the water pump 2.Comparatively, flow Water through the water pump 2 is the normal-temperature water that supply channel provides, and therefore, for the water pump 2, is wanted without resistant to elevated temperatures Ask.Further, since the water for flowing through the water pump 2 is normal-temperature water, the calcium and magnesium plasma in water is not easy to separate out, therefore does not allow inside it Easy fouling.

, can from the microbubble water of the tank body 2 outflow when the tank body 2 is arranged on the downstream of the outlet pipe 112 After the pressure-regulating device 4, directly feed to user and use water terminal.Comparatively, when being arranged on institute from tank body 2 When stating 112 downstream of outlet pipe, the inner bag 11 is not passed through from the microbubble water of its outflow, on the one hand can allow user in the short time Interior acquisition microbubble water；On the other hand, the microbubble water can also be avoided to be stored after entering the inner bag 11 in inner bag 11 Water dilution or heated object 13 heat, produce heating temperature fluctuation interference.

The water-heater system also includes the cold water pipe 15 being connected with the water inlet pipe 111, when the starting mode of pump, Circulation has the cold water flowed into from water inlet end in the cold water pipe 15 being connected with the water inlet pipe 111.The temperature-adjusting device 5 is set Put on the pipeline between the outlet pipe 112 and the tank body 2.Specifically, the temperature-adjusting device 5 can include and institute The first port for stating the connection of outlet pipe 112 and the second port that is connected with the cold water pipe 15 and connected with the tank body 2 3rd port.The outlet pipe 111 can be passed through heated unit by the first port into the temperature-adjusting device 5 Hot water after 1 heating.The cold water pipe 15 can be passed through from water inlet end by the second port to the temperature-adjusting device 5 The cold water of inflow.When the hot water temperature of the outlet pipe 111 outflow is too high, the cold water can be mixed in hot water, obtained The water of leaving water temperature is set after mixing close to user.3rd port is delivery port, for will be filled by the temperature adjustment 5 temperature mixed are put to flow into the tank body 2 close to the water of user's design temperature.

Specifically, at least one in the first port, second port can be the port that can adjust of aperture.It is described Temperature induction unit can be provided with temperature-adjusting device 5, when the water temperature that the temperature induction unit senses exceedes user Setting leaving water temperature when, can by opening the second port, adjust second port or adjust simultaneously first port and The aperture of second port, so as to flow into coolant-temperature gage the setting close to user of tank body 2 from the 3rd port of the temperature-adjusting device 5 Make coolant-temperature gage.When flow into the water of the tank body 2 close to user setting leaving water temperature when, mixed using the water of the temperature with gas Design temperature of the obtained microbubble water also close to user.Now need not or it need to be only mixed into the microbubble water a small amount of Cold water is the output water temperature that can reach user's setting., can when not or when thering is a small amount of cold water to add the microbubble water Preferably ensure the content of microbubble in microbubble water, be advantageous to user and obtain the higher microbubble water of concentration.

Referring to Fig. 9, in a specific embodiment, the water-heater system can also include and the water inlet pipe The cold water pipe 15 of connection, the tank body 2 are arranged on the downstream of the outlet pipe 112, and the temperature-adjusting device 5 is arranged on described Between tank body 2 and the pressure-regulating device 4, it include the first port connected with the tank body 2 and with the cold water pipe 15 The second port of connection and the 3rd port connected with the pressure-regulating device 4.

The water-heater system also includes the cold water pipe 15 being connected with the water inlet pipe 111.When the starting mode of pump, Circulation has the cold water flowed into from water inlet end in the cold water pipe 15 being connected with the water inlet pipe 111.The temperature-adjusting device 5 is set Put between the tank body 2 and the pressure-regulating device 4.Specifically, the temperature-adjusting device 5 can include and the tank The first port and the second port that is connected with the cold water pipe 15 and connected with the pressure-regulating device 4 that body 2 connects 3rd port.The tank body 2 can be passed through microbubble water by the first port into the temperature-adjusting device 5.It is described Cold water pipe 15 can be passed through the cold water flowed into from water inlet end by the second port to the temperature-adjusting device 5.When described When the microbubble water temperature that tank body 2 flows out is too high, the cold water can be mixed in microbubble water, close to user after being mixed Set the water of leaving water temperature.3rd port is delivery port, for the temperature that will be mixed by the temperature-adjusting device 5 Water close to user's design temperature flows out, by being supplied to user after the pressure-regulating device 4.Specifically, the first end Mouthful, at least one in second port can be port that aperture can be adjusted.It can be provided with the temperature-adjusting device 5 Temperature induction unit, when the water temperature that the temperature induction unit senses exceedes the setting leaving water temperature of user, it can pass through Open the second port, adjust second port or adjust the aperture of first port and second port simultaneously, so that from described Setting leaving water temperature of the coolant-temperature gage of the 3rd port outflow of temperature-adjusting device 5 close to user.

In the present embodiment, when the microbubble water formed in the tank body 2 is under hypersaturated state, such as normally The concentration of microbubble water is 5%, and when under hypersaturated state, the concentration of the microbubble is more than 5%.Because the temperature is adjusted Regulating device 5 is located at the upstream of the pressure-regulating device 4, and under the maintenance effect of the pressure of pressure-regulating device 4, the temperature is adjusted Pressure in regulating device 5 can also reach the pressure prepared needed for microbubble water.When from second port to described oversaturated micro- In air-bubble mix cold water when, the cold water can with the microbubble water new with bubble formation unnecessary in the microbubble water, on Stating the process of secondary generation microbubble water can not only ensure to be supplied to the microbubble water of user terminal to meet that predetermined concentration will Ask, and under the gas of same volume, it is possible to increase the yield of microbubble water.

In addition, for air, with the reduction of temperature, its solubility can be raised accordingly.When from second port to institute When stating incorporation cold water in the microbubble water of saturation, the temperature of the microbubble water can be reduced, so as to improve the solubility of air. Now, air unnecessary in tank body can be further dissolved in the microbubble water of incorporation cold water, and then can be offset or effectively Slowing down the solubility caused by microbubble water mixes cold water reduces phenomenon, ensures that the microbubble water satisfaction of supply user terminal is predetermined Concentration requirement.

Referring to Fig. 10, in a specific embodiment, the water-heater system can also include and the water inlet The cold water pipe 15 that pipe 111 connects, the tank body 2 are arranged at the downstream of the outlet pipe 112, and the temperature-adjusting device 5 is set Put between the outlet pipe 112 and the water pump, it include the first port connected with the outlet pipe 112 and with it is described The second port of the connection of cold water pipe 15 and the 3rd port connected with the water pump.

In the present embodiment, the water pump can be arranged on the downstream of the outlet pipe 112.When the water pump is arranged on During the downstream of the outlet pipe 112, its press water provided can be supplied directly to tank body 2, and require no the inner bag 11. After the press water that the water pump provides is without inner bag 11, it can accurately control the pressure for the water for flowing into tank body 2, avoid this Pressure oscillation when water is because flowing through inner bag 11 by inner bag 11 is disturbed.

When the tank body 2 is arranged on the downstream of the outlet pipe 112, from the gas-liquid mixture energy of the tank body 2 outflow Enough after the pressure-regulating device 4, directly feed to user and use water terminal.Comparatively, when being arranged on institute from tank body 2 When stating 112 downstream of outlet pipe, the inner bag 11 is not passed through from the gas-liquid mixture of its outflow, on the one hand can allow user in short-term Interior acquisition microbubble water；On the other hand, the gas-liquid mixture can also be avoided to enter after the inner bag 11 by inner bag 11 The water dilution of storage or heated object 13 heat, and produce the temperature fluctuation interference of heating.

The water-heater system also includes the cold water pipe 15 being connected with the water inlet pipe 111, when the starting mode of pump, Circulation has the cold water flowed into from water inlet end in the cold water pipe 15 being connected with the water inlet pipe 111.The temperature-adjusting device 5 is set Put between the outlet pipe 112 and the water pump.Specifically, the temperature-adjusting device 5 can include and the outlet pipe The first port of 112 connections and the second port connected with the cold water pipe 15 and the 3rd port connected with the water pump. After the outlet pipe 112 can be passed through the heated heating of unit 1 by the first port into the temperature-adjusting device 5 Hot water.The cold water pipe 15 can be passed through from the cold of water inlet end inflow by the second port to the temperature-adjusting device 5 Water.When the hot water temperature of the outlet pipe 112 outflow is too high, the cold water can be mixed in hot water, obtain mixing and be followed by Nearly user sets the water of leaving water temperature.3rd port is delivery port, for will be mixed by the temperature-adjusting device 5 Temperature flowed into close to the water of user's design temperature in the water pump, after being pressurized by the water pump, inflow is located at the water pump In the tank body 2 in downstream.

Specifically, at least one in the first port, second port can be the port that can adjust of aperture.It is described Temperature induction unit can be provided with temperature-adjusting device 5, when the water temperature that the temperature induction unit senses exceedes user Setting leaving water temperature when, can by opening the second port, adjust second port or adjust simultaneously first port and The aperture of second port, so as to flow into coolant-temperature gage the setting close to user of tank body 2 from the 3rd port of the temperature-adjusting device 5 Make coolant-temperature gage.When flow into the water of the tank body 2 close to user setting leaving water temperature when, mixed using the water of the temperature with gas Design temperature of the obtained gas-liquid mixture also close to user.Now need not or it need to be only mixed into the gas-liquid mixture few The cold water of amount is the output water temperature that can reach user's setting.When not or when thering is a small amount of cold water to add the microbubble water, The content of gas in gas-liquid mixture can preferably be ensured, be advantageous to user and obtain the higher microbubble water of concentration.

Under a kind of specific application scenarios, the cold water entered from water inlet pipe directly can be entered by the cold water pipe 15 The water pump, the tank body 2 is supplied to after being pressurized by water pump.In these cases, there is provided prepare microbubble to the tank body 2 The press water of water is all provided by cold water pipe 15, and now inner bag 11 does not provide hot water to temperature-adjusting device.In addition, another In the case of kind, there is provided the press water that microbubble water is prepared to the tank body 2 can be provided all by inner bag 11, now cold water pipe 15 Cold water is not entered to temperature-adjusting device.That is, the press water provided by water pump to tank body 2 is entirely hot water.

Refer to Figure 11, in one embodiment, the inner bag 11 be provided with for water inlet water inlet pipe 111 and be used for The outlet pipe 112 of water outlet, the water pump, the tank body 2 are arranged on the upstream of the water inlet pipe 111；The water pump is arranged on institute State the upstream of tank body 2.

In the present embodiment, the tank body 2 can also be arranged on the upstream of the water inlet pipe 111 of inner bag 11, the water The downstream of pump.When the tank body 2 is located at the water pump between the water inlet pipe 111 of inner bag 11, after being heated in inner bag 11 Water does not flow through the tank body 2.Comparatively, the water for flowing through the tank body 2 is the normal-temperature water that supply channel provides, therefore, right For the tank body 2, without resistant to elevated temperatures requirement.Further, since the water for flowing through the tank body 2 is normal-temperature water, the calcium in water Magnesium plasma is not easy to separate out, therefore is not easy fouling inside it.

Refer to Figure 12, in one embodiment, the inner bag 11 be provided with for water inlet water inlet pipe 111 and be used for The outlet pipe 112 of water outlet, the water pump, the tank body 2 are arranged on the downstream of the outlet pipe 112；The water pump is arranged on institute State the upstream of tank body 2.

In the present embodiment, the water pump, the tank body 2 can be arranged on the downstream of the outlet pipe 112.

When the water pump is arranged on 112 downstream of outlet pipe, its press water provided can be supplied directly to tank body 2, and require no the inner bag 11.After the press water that the water pump provides is without inner bag 11, it can accurate controlling stream Enter the pressure of the water of tank body 2, fluctuation when avoiding the water because flowing through inner bag 11 by pressure in the courage of inner bag 11 is disturbed.

When the tank body 2 is arranged on the downstream of the outlet pipe 112, from the gas-liquid mixture energy of the tank body 2 outflow Enough that pressure is discharged after the pressure-regulating device 4, formation microbubble water directly feeds to user and uses water terminal.It is relative and Speech, when being arranged on 112 downstream of outlet pipe from tank body 2, the inner bag 11 is not passed through from the gas-liquid mixture of its outflow, On the one hand user can be allowed to obtain microbubble water in a short time；On the other hand, the gas-liquid mixture can also be avoided to enter Heated after the inner bag 11 by the water dilution stored in inner bag 11 or heated object 13, produce the temperature fluctuation interference of heating.

Refer to Figure 13, in one embodiment, the inner bag 11 be provided with for water inlet water inlet pipe 111 and be used for The outlet pipe 112 of water outlet, the water pump are arranged in the inner bag 11, and the tank body 2 is arranged under the outlet pipe 112 Trip.

In the present embodiment, the water pump can be arranged in the inner bag 11, and the tank body 2 can be arranged on described The downstream of outlet pipe 112.

When the water pump is arranged in the inner bag 11, the volume of the water-heater system can be reduced, described in reduction Space-consuming needed for water-heater system, be advantageous to the miniaturization of structure.Specifically, the water pump can be arranged on the inner bag On 11 outlet pipes.When the water pump is located on the outlet pipe 112, the hot water heated in inner bag 11 can be pumped into water outlet by it In pipe 112, accelerate the speed that the hot water in inner bag 11 flows into the outlet pipe 112.

When the tank body 2 is arranged on the downstream of the outlet pipe 112, from the gas-liquid mixture energy of the tank body 2 outflow Enough that pressure is discharged after the pressure-regulating device 4, formation microbubble water directly feeds to user and uses water terminal.It is relative and Speech, when being arranged on 112 downstream of outlet pipe from tank body 2, the inner bag 11 is not passed through from the gas-liquid mixture of its outflow, one Aspect can allow user to obtain microbubble water in a short time；On the other hand, can also avoid described in the microbubble water entrance Heated after inner bag 11 by the water dilution stored in inner bag 11 or heated object 13, produce the temperature fluctuation interference of heating.

Refer to Figure 14, in one embodiment, the inner bag 11 be provided with for water inlet water inlet pipe 111 and be used for The outlet pipe 112 of water outlet, the water pump and the tank body 2 are arranged in the inner bag 11, and the water pump is arranged on the tank The upstream of body 2, the gas-liquid mixed water in the tank body 2 can flow out the inner bag 11 from the outlet pipe 112.

In the present embodiment, the water pump and the tank body 2 can be arranged in the inner bag 11.

When the water pump is arranged in the inner bag 11, the volume of the water-heater system can be reduced, described in reduction Space-consuming needed for water-heater system, be advantageous to the miniaturization of structure.Specifically, the water pump can be arranged on the inner bag On 11 outlet pipes.When the water pump is located on the outlet pipe, the hot water heated in inner bag 11 can be pumped into outlet pipe by it In, accelerate the speed that the hot water in inner bag 11 flows into the outlet pipe.

When the tank body 2 is also disposed in the inner bag 11, it can further reduce the volume of the water-heater system, The space-consuming needed for the water-heater system is reduced, is advantageous to the miniaturization of structure.Specifically, the tank body 2 can be set On the outlet pipe, and positioned at the downstream of the water pump.For example, the import of the tank body 2 can be two.One of them enters Mouth can be used for into water；Another import can be used for air inlet.Conduit 24, institute can be provided with the import for air inlet State conduit 24 to stretch into inside the tank body 2, in order to supply into tank body 2 for preparing the gas required for microbubble water.

Refer to Figure 15, in one embodiment, the inner bag 11 be provided with for water inlet water inlet pipe 111 and be used for The outlet pipe 112 of water outlet, the tank body 2 are arranged on the inside of the inner bag 11, and the water pump is arranged on the water inlet pipe 111 Upstream.

In the present embodiment, the tank body 2 is arranged on the inside of the inner bag 11, and the water pump is arranged on the water inlet The upstream of pipe 111.

It when the tank body 2 is arranged in the inner bag 11, can further reduce the volume of the water-heater system, drop Space-consuming needed for the low water-heater system, is advantageous to the miniaturization of structure.Specifically, import and the institute of the tank body 2 Outlet pipe is stated to be connected, and positioned at the downstream of the water pump.For example, the import of the tank body 2 can be two.One of import Connected with outlet pipe, for intaking；Another import can be used for air inlet.It can be provided with and lead in the import for air inlet Pipe 24, the conduit 24 are stretched into inside the tank body 2, in order to be supplied into tank body 2 for required for producing microbubble water Gas.

Figure 16 is referred to, in one embodiment, the inner bag 11 includes relative first end and the second end, close The first end or the second end position are provided with end cap, and the end cap cooperatively forms with the first end of the inner bag 11 or the second end The tank body 2.

In the present embodiment, the inner bag 11 can be in integrally hollow cylinder, and certainly, it can also be other shapes Shape, the application do not make specific limit herein.The inner bag 11 has relative both ends, respectively first end and the second end. In general, it is at least one in the first end of the inner bag 11, the second end that there is certain radian, and non-flat structure.

In the present embodiment, the first end with radian or the second end position can be provided with end cap. The end cap coordinates with the first end of the inner bag 11 or the second end can form the structure of tank body 2.Due to the tank body 2 of formation A side wall part has the end face of radian using the inner bag 11, effectively utilizes the space outside the end face with radian, i.e., The scattered space that can not be utilized using script is used to be provided with tank body 2, is advantageous to the diminution of water-heater system volume, structure Compact, miniaturization.

Figure 17 is referred to, in one embodiment, the inner bag 11 includes relative first end and the second end, and described One end or the second end are inner concave, set end cap in face of the inner concave, the end cap cooperatively forms described with the inner concave Tank body 2.

In the present embodiment, the inner bag 11 can be in integrally hollow cylinder, and certainly, it can also be other shapes Shape, the application do not make specific limit herein.The inner bag 11 has relative both ends, respectively first end and the second end. Wherein, at least one in the first end of the inner bag 11, the second end is inner concave, and nonplanar structure.

In the present embodiment, the inner concave can be utilized, end cap is being set in face of the inner concave position.The end cap The tank body 2 is cooperatively formed with the inner concave.Because the side wall of the tank body 2 part for formation has using the inner bag 11 The end face of inner concave, i.e., the scattered space outside inner concave that can not be utilized using script are provided with tank body 2, are advantageous to water heater The diminution of system bulk, compact, the miniaturization of structure.

Figure 18 is referred to, in one embodiment, the inner bag 11 includes relative first end and the second end, and described One end or the second end are inner concave, and at least part outside wall surface of the tank body 2 is adapted with the inner concave and is arranged on described At inner concave.

In the present embodiment, the inner concave position can be provided with tank body 2.Outside at least part of the tank body 2 Wall is adapted and is arranged at the inner concave with the inner concave.Wherein, the arc of at least part outside wall surface of the tank body 2 Degree can be identical with the radian of the inner concave or is close.When the tank body 2 is fixed with described one end with inner concave, Both can match.

In the present embodiment, can the interior concave shape based on the end of inner bag 11 corresponding end cap shape is set so that The outer wall face of the end cap coordinates with the inner concave.Because the side wall of the tank body 2 of formation is arranged on the inner bag 11 On end face with inner concave, i.e., the scattered space outside inner concave that can not be utilized using script is provided with tank body 2, is advantageous to The diminution of water-heater system volume, compact, the miniaturization of structure.

Figure 19 to Figure 20 is referred to, in one embodiment, the water-heater system can also include control device, institute The number for stating tank body 2 is at least one.Inlet and outlet is provided with the tank body 2；The water-heater system at least has energy Make the tank body 2 to water terminal provide microbubble water the first working condition and can to the tank body 2 empty tonifying Qi second Working condition；Under first working condition, the control device can control the import of the tank body 2 to be connected with the water pump It is logical, control the outlet of the tank body 2 to be connected with water terminal；Under second working condition, the control device can be controlled The import for making the tank body 2 is connected with gas circuit, controls the outlet of the tank body 2 to be connected with discharge pipe line.

In the present embodiment, the water-heater system can be provided with control device, and it can be used for the tank body 2 The connection status of inlet and outlet be controlled, to change the working condition of the water-heater system.

In the present embodiment, the number of the tank body 2 can be one.Can be provided with the tank body 2 import and Outlet.Import, outlet port in the tank body 2 can be provided with control valve.The control valve can be with the control device It is electrically connected with.The control device can control the work of the tank body 2 by controlling the connected state of the control valve State.Specifically, the water-heater system can have make the tank body 2 be in provide microbubble water the first working condition and The tank body 2 is set to be in the second working condition of emptying tonifying Qi.

As shown in figure 19, under first working condition, the control device can control the import of the tank body 2 with The water pump is connected, and controls its outlet to be connected with water terminal.Now corresponding, user can carry out using water, the water Pump provides power for microbubble water flowing, it is flow to user with water terminal, for users to use.

When the microbubble water in the tank body 2 runs out or close to when being finished, can utilize user is non-to be existed with the water period Microbubble water is prepared again in the tank body 2.

As shown in figure 20, the control device controls the tank body 2 to be in emptying tonifying Qi state.Specifically, described in control The import of tank body 2 is connected with gas circuit, controls its outlet to be connected with discharge pipe line, by gassy in the tank body 2.When When press water enters the tank body 2, microbubble water can be regenerated with the gas mixing in the tank body 2.

Figure 21 is please referred to, in one embodiment, the tank body 2 also includes first connected by parallel way Tank body 2a, the second tank body 2b.Inlet and outlet is provided with the second tank body 2a.

The water-heater system, which has, can make the first tank body 2a be worked to the first of water terminal offer microbubble water State and the second working condition that tonifying Qi can be emptied to the first tank body 2a；The second tank body 2b can be made to water by also having Terminal provides the 3rd working condition of microbubble water and the 4th working condition of tonifying Qi can be emptied to the second tank body 2b.

Under first working condition, the control device can control the import of the first tank body 2a and the water pump It is connected, controls the outlet of the first tank body 2a to be connected with water terminal；Under second working condition, the control Device can control the import of the first tank body 2a to be connected with gas circuit, control outlet and the discharge pipe line of the first tank body 2a It is connected.

Under the 3rd working condition, the control device can control the import of the second tank body 2b and the water pump It is connected, controls the outlet of the second tank body 2b to be connected with water terminal；Under the 4th working condition, the control Device can control the import of the second tank body 2b to be connected with gas circuit, control outlet and the discharge pipe line of the second tank body 2b It is connected.

In the present embodiment, the number of the tank body 2 can be two or more, and the application does not make to have herein The restriction of body.For example, the number of the tank body 2 can be two, including the first tank body 2a, the second tank body 2b.Wherein, it is described The description that principle is referred in above-mentioned embodiment is set and controlled in the specific of first tank body 2a, and the application is no longer superfluous herein State.In addition, the single second tank body 2b specific principle that is set and controlled is similar with the first tank body 2a's, can also join According to the description in above-mentioned embodiment.

Figure 21 to Figure 22 is referred to, the water-heater system can also include the control being electrically connected with the control device Valve 6, the control device control the control valve 6 water-heater system is switched to the first work according to the first prearranged signals Make state and the 4th working condition, or the control water-heater system switches to the second working condition and the 3rd working condition.

In the present embodiment, the water-heater system can include the control valve 6 being electrically connected with the control device. The control valve 6 can be arranged on the import of the tank body 2, outlet port.The control device can be according to the first predetermined letter The connected state of number control control valve 6, switch the working condition of the water-heater system.

Specifically, first prearranged signals can be time signal, the flow signal obtained by detection unit, tank body At least one of concentration signal of gas in liquid level signal, gas-liquid mixture in 2.Certain first prearranged signals may be used also Think other forms, the application does not make specific limit herein.

For example, when first prearranged signals is time signal, can be calculated since user with timing is carried out during water The volume of remaining microbubble water in tank body.Close to when being finished, switched to by control valve 6 makes microbubble water into a tank body With another tank body.As shown in Figure 21 or 22, wherein, when a tank body when in use, another tank body may be at emptying mend Gaseity, in order to can persistently provide microbubble water to user by the switching between two tank bodies.

For example, when first prearranged signals be by detection unit obtain flow signal when, its control principle with The mode of timing is similar.Flow detection unit can be set on the main road that current circulate, for detection flows signal.From user Start, with timing is carried out during water, the liquid level in tank body to be determined according to the relation of time and flow.When water level reaches in a tank body Predetermined water level, such as close to when being finished, switched to by control valve 6 and use another tank body.Wherein, when a tank body is using When, another tank body may be at emptying tonifying Qi state, in order to be continued by the switching between two tank bodies to user Microbubble water is provided.

Figure 23 is referred to, in a specific embodiment, the control valve 6 includes the first four-way valve and the second four-way An import and one outlet are respectively provided with valve, the first tank body 2a and the second tank body 2b；The first of first four-way valve Port connects with the outlet pipe of inner bag 11, and second port and the first tank body 2a inlet communication, the 3rd port connect with gas circuit, and the 4th Port and the second tank body 2b inlet communication；The first port of second four-way valve connects with water terminal, second port with First tank body 2a outlet, the 3rd port connect with discharge pipe line, the 4th port and the second tank body 2b outlet；Institute Control device is stated according to the first prearranged signals, controls the first port of first four-way valve to be connected with second port, controls institute The first port for stating the second four-way valve connects with second port, while the control device controls the 3rd of first four-way valve Port connects with the 4th port, controls the 3rd port of second four-way valve to be connected with the 4th port；Or the control dress Put according to first prearranged signals, control the first port of first four-way valve to be connected with the 4th port, control described the The first port of two four-way valves connects with the 4th port, while the control device controls the second port of first four-way valve Connected with the 3rd port, control the second port of second four-way valve to be connected with the 3rd port.

In the present embodiment, the control valve 6 can include the first four-way valve and the second four-way valve, pass through described first The switching of four-way valve and the second four-way valve realizes that the first tank body 2a and the second tank body 2b continuously supply microbubble water to user.

Specifically, as shown in figure 23, the first tank body 2a may be at water state, and its import passes through the first four-way valve Connected with the outlet pipe of inner bag 11, it is exported is communicated with pressure-regulating device 4 by the second four-way valve, when user was opened with water end During end, microbubble water is provided a user by the first tank body 2a.The now import of the second tank body 2b and air inlet phase Connection, its outlet is connected with discharge outlet, in tonifying Qi hull-borne.

After the water in the second tank body 2b empties, i.e., after gas fills, its inlet and outlet can be closed.

Further, the import of the second tank body 2b can be connected with the outlet pipe of the inner bag 11 so that pressure Power water is entered in the second tank body 2b by the import, and gas-liquid mixed is mixed to form with the gas in the second tank body 2b Thing.

, can going out the second tank body 2b after the volume of microbubble water in the first tank body 2a is less than predetermined value Mouth is connected by the second four-way valve with pressure-regulating device 4, and now the first tank body 2a, the second tank body 2b are in crosses water simultaneously In the state of, i.e., both can supply water to user terminal simultaneously.

, can be by first tank body when the volume of the microbubble water in first tank body 2 is zero or during close to zero 2a is closed, and now, is individually supplied water from the second tank body 2b to user terminal.

Further, the outlet of the first tank body 2a can be connected with drainpipe, by the first tank body 2a Pressure release, while by tank body ponding discharge.

In the case where the second tank body 2b was in water state, the import of the first tank body 2a can be connected with air inlet It is logical, to fill into the gas needed for gas-liquid mixed.

Further, the second tank body 2b repeats above-mentioned first tank body 2a change procedure, including：When the gas in tank body After body is full of, first closing is for a period of time；Then its import is connected by the first four-way valve with the outlet pipe of inner bag 11, enters promoting the circulation of qi Liquid mixes, and prepares microbubble water；Followed by, when the microbubble water volume in the second tank body 2b is less than predetermined, institute The outlet for stating the first tank body 2a is connected by the second four-way valve with pressure-regulating device 4, so as to provide micro- gas to user terminal It is soaked；, can be by the first tank body 2a when the microbubble water in the second tank body 2b, which has run out or approached, to be finished Individually supply water.

When the first tank body 2a individually supplies water, the outlet of the second tank body 2b can pass through the second four-way valve and row Water pipe is connected, and the ponding and pressure venting in the second tank body 2b so move in circles, realize the first tank body 2a and second Tank body 2b continuously supplies water to user terminal.

In the present embodiment, two tank bodies in parallel are realized continuously to the work(of user terminal water supply by two four-way valves Can, it is not only compact-sized, and required cost is relatively low, and simple and reliable during control.In addition, in the first tank body 2a, the second tank In body 2b handoff procedures, be provided with the first tank body 2a and the second tank body 2b and meanwhile cross water state, compared to by a tank body mistake Water directly switches to another tank body to cross the situation of water, the mode of above-mentioned switching, between two tank bodies switching can smooth transition, have A stabilization is obtained beneficial to user comfortably to be tested with water body.

Figure 24 to Figure 25 is referred to, in one embodiment, the water-heater system can also include and the tank body 2 Bypass line 7 in parallel, the bypass line 7 have relative arrival end and the port of export, and the water-heater system has the 5th Working condition；Under the 5th working condition, the control device can control entering for bypass line 7 according to the second prearranged signals Mouthful end is connected with the water pump so that water is from the flow direction water terminal of bypass line 7.

In the present embodiment, the water-heater system is also provided with the bypass line 7 in parallel with the tank body 2, The bypass line 7 is used for the water with the offer of water terminal after the heating of inner bag 11.Specifically, the bypass line 7 has phase To arrival end and the port of export, its arrival end can be connected with the outlet pipe of inner bag 11, and its port of export can be with outlet terminal It is connected.

In the present embodiment, the water-heater system can also include the 5th working condition, the 5th working condition The state of user can be supplied to by the bypass line 7 for the water in inner bag 11.Described in being received when the control device During the second prearranged signals, the arrival end of bypass line 7 can be controlled to be connected with the water pump so that water is from the bypass line 7 Flow direction uses water terminal.Specifically, second prearranged signals can be time signal, the flow letter obtained by detection unit Number, at least one of concentration signal of gas in the liquid level signal of tank body 2, gas-liquid mixture.In addition, the described second predetermined letter Number can also be corresponding caused signal when being opened with water terminal, or to be caused according to the interim setting of user Signal.Certain second prearranged signals can also be other forms, and the application does not make specific limit herein.

In a specific embodiment, under the 5th working condition, the control device can control the side The arrival end on siphunculus road 7 is connected with the water pump, controls the port of export of the bypass line 7 to be connected with outlet pipe.

In the present embodiment, the water-heater system can also include the 5th working condition, the 5th working condition The state of user can be supplied to by the bypass line 7 for the water in inner bag 11.When the water-heater system needs to enter During five working conditions, the control device can control the arrival end of bypass line 7 to be connected with the water pump, described in control The port of export of bypass line 7 connects with outlet pipe, so that water is from the flow direction of the bypass line 7 water terminal.

Figure 26 is referred to, in a specific embodiment, the water-heater system can also include and the control The control valve 6 that device is electrically connected with, the control device control the control valve 6 to make according to the second prearranged signals detected The water-heater system switches to the first working condition or the control water-heater system switches to the 5th working condition and second Working condition.

In the present embodiment, the water-heater system can also include the control valve being electrically connected with the control device 6, by controlling the on off operating mode of the control valve 6, realize the switching that the tank body 2 supplies water with bypass line 7.

, can be by controlling control valve 6 to realize that control is other when the control device receives second prearranged signals Water is crossed on siphunculus road 7 or the tank body 2 crosses water.Specifically, second prearranged signals can be time signal, by detecting list At least one of concentration signal of gas in the flow signal of member acquisition, the liquid level signal of tank body 2, gas-liquid mixture.In addition, Caused signal when second prearranged signals can also be opened for corresponding to water terminal, or be facing according to user When setting and caused signal.Certain second prearranged signals can also be other forms, and the application does not make specific herein Restriction.

Specifically, as shown in figure 26, the bypass line 7 may be at water state, the water in water-heater system passes through The bypass line 7 flows to user terminal；Now, the import of the tank body 2 can be connected with air inlet, and it is exported can be with Drainpipe is connected, and now the tank body 2 is in air inlet hull-borne., can be by described after the air inlet of tank body 2 Control valve 6 closes its inlet and outlet.Further, the import of the tank body 2 can be connected with press water, hence into Tank body 2, and form gas-liquid mixture with the mixed gases in tank body 2.

When in the tank body 2 microbubble water prepare after the completion of, can by control valve 6 by the outlet of the tank body 2 with going out Water pipe is connected, and then described so that the tank body 2 was in water state.

After the tank body 2 was in water state, the bypass line 7 can be closed by control valve 6.

, can be by the control valve 6 by the bypass when the volume of microbubble water in the tank body 2 is less than predetermined value Pipeline 7 accesses again, is at water state.

Then, the tank body 2 can be sealed by the control valve 6.Then by the control valve 6 by described in The outlet of tank body 2 connects with drainpipe, so as to the pressure release draining of tank body 2, so move in circles, realize tank body 2 and bypass The switching of pipeline 7.

In the present embodiment, the switching of tank body 2 and bypass line 7 can be realized by control valve 6, when tank body 2 crosses water When, user can obtain microbubble water, and when the bypass line 7 crosses water, user can obtain common hot water, and user can root According to needing to be selected, such as bathing or when washing vegetable melon and fruit, tank body 2 can be controlled to cross water, so as to enter using microbubble water Row washing, reaches preferable cleaning function；When the cleaning function to water is less demanding, common water can be used.

In one embodiment, the heating unit 1 is provided with the water inlet for water inlet and the water outlet for water outlet Mouthful；The supercharging device 3 is water pump；The water pump is arranged on the upstream of the water inlet, and the tank body 2 is arranged on the water outlet The downstream of mouth.

The heating unit 1 is provided with the water inlet into water and the delivery port for water outlet.There is provided from supply channel normal Warm water can be entered in the heating unit 1 by the water inlet to be heated, and the water after being then heated is from the delivery port Outflow.

In the present embodiment, the water pump can be arranged on the upstream of the heating unit 1.When the water pump is arranged on During the upstream of the heating unit 1, the water after heated unit 1 heats does not flow through the water pump.Comparatively, institute is flowed through The water for stating water pump is the normal-temperature water that supply channel provides, therefore, for the water pump, without resistant to elevated temperatures requirement.In addition, Water due to flowing through the water pump is normal-temperature water, and the calcium ions and magnesium ions in water are not easy to separate out, therefore are not easy fouling inside it.

In the present embodiment, the tank body 2 can be arranged on the downstream of the heating unit 1.It is arranged on when from tank body 2 During 1 downstream of heating unit, the heating unit 1 is not passed through from the microbubble water of its outflow, on the one hand shortens microbubble The circulation path of water, user can be allowed to obtain microbubble water in a short time；On the other hand, the microbubble water can also be avoided The water stored into the heating unit 1, which dilutes or is heated unit 1, to be heated, and produces the temperature fluctuation interference of heating.

In one embodiment, the heating unit 1 is provided with the water inlet for water inlet and the water outlet for water outlet Mouthful；The supercharging device 3 is water pump；The water pump, the tank body 2 are arranged on the downstream of the delivery port.

In the present embodiment, the water pump can be arranged on the downstream of the delivery port of heating unit 1.When the water pump When being arranged on the 1 delivery port downstream of heating unit, its press water provided can be supplied directly to tank body 2, and require no The heating unit 1, and then be advantageous to the pressure that accurate control flows into the water of tank body 2, when avoiding the water because flowing through heating unit 1 Disturbed by the fluctuation of its interior pressure.

In one embodiment, the heating unit 1 is provided with the water inlet for water inlet and the water outlet for water outlet Mouthful；The supercharging device 3 is water pump；The water pump, the tank body 2 are arranged on the upstream of the water inlet.

In the present embodiment, the water pump can be arranged on the upstream of the heating unit 1.When the water pump is arranged on During the upstream of the heating unit 1, the water after heated unit 1 heats does not flow through the water pump.Comparatively, flow through described The water of water pump is the normal-temperature water that supply channel provides, therefore, for the water pump, without resistant to elevated temperatures requirement.In addition, by It is normal-temperature water in the water for flowing through the water pump, the calcium ions and magnesium ions in water are not easy to separate out, therefore are not easy fouling inside it.

In the present embodiment, the tank body 2 can be arranged on the upstream of the heating unit 1.When the tank body 2 is set At the upstream of the heating unit 1, the water after heated unit 1 heats does not flow through the tank body 2.Comparatively, flow through The water of the tank body 2 is the normal-temperature water that supply channel provides, therefore, for the tank body 2, without resistant to elevated temperatures requirement. Further, since the water for flowing through the tank body 2 is normal-temperature water, the calcium ions and magnesium ions in water are not easy to separate out, therefore are not easy to tie inside it Dirt.

Figure 27 is referred to, in one embodiment, the heating unit 1 includes：Can be circulated the heat exchangers 12 of current, And the burner 14 for being heated to the current in the heat exchanger 12.

In the present embodiment, the water-heater system can be gas heater system.Specifically, the heating unit 1 can include：Heat exchanger 12 and burner 14.Wherein, circulation has water to be heated, its one end and water inlet in the heat exchanger 12 End is connected, and the other end is connected with water side.The burner 14 can be used for carrying out the current in the heat exchanger 12 Heating.

In the present embodiment, when the water pump, which is opened, to be run, it is arranged on the pressure-regulating device in the downstream of tank body 2 4 can control the tank body 2 to the hydraulic pressure between the pressure-regulating device 4 in predetermined pressure range.Specifically, the pressure The control principle of apparatus for adjusting force 4 can be according to the different and different of the concrete structure of the pressure-regulating device 4, and the application exists This is not limited specifically.

Figure 27 is referred to, in a specific embodiment, the heat exchanger 12 is provided with the water inlet for water inlet 121 and the delivery port 122 for water outlet；The supercharging device 3 is water pump；The water pump is arranged on the upper of the water inlet 121 Trip, the tank body 2 are arranged on the downstream of the delivery port 122.

In the present embodiment, the water pump is arranged on the upstream of the water inlet 121, and the tank body 2 is arranged on described Technique effect corresponding to the downstream of delivery port 122 may refer to water pump be arranged on the upstream of heating unit 1, tank body 2 be arranged on it is described The embodiment in the downstream of heating unit 1, the application will not be repeated here.

Figure 28 is referred to, in a specific embodiment, the heat exchanger 12 is provided with the water inlet for water inlet 121 and the delivery port 122 for water outlet, the supercharging device 3 be water pump；The water pump, the tank body 2 are arranged on the water inlet The upstream of mouth 121.

In the present embodiment, the water pump, the tank body 2 are arranged on technology corresponding to the upstream of the water inlet 121 Effect may refer to water pump, tank body 2 is arranged on the embodiment of the upstream of heating unit 1, and the application will not be repeated here.

Figure 29 is referred to, in a specific embodiment, the heat exchanger 12 is provided with the water inlet for water inlet 121 and the delivery port 122 for water outlet, the supercharging device 3 be water pump；The water pump, the tank body 2 are arranged on the water outlet The downstream of mouth 121.

In the present embodiment, the water pump, the tank body 2 are arranged on technology corresponding to the downstream of the delivery port 121 Effect may refer to water pump, tank body 2 is arranged on the embodiment in the downstream of heating unit 1, and the application will not be repeated here.

In one embodiment, in the heating unit 1 or the heating unit 1 to the pressure-regulating device 4 it Between be additionally provided with temperature-adjusting device 5.

In the present embodiment, in the heating unit 1 or the heating unit 1 is between the pressure-regulating device 4 The technique effect for setting the mode of temperature-adjusting device 5 and reaching may refer to the outlet pipe 112 and pressure regulation dress The embodiment of the temperature-adjusting device 5 between 4 or on the outlet pipe 112 is put, the application will not be repeated here.

Figure 18 to Figure 19 is referred to, in one embodiment, the number of the tank body 2 is one, the supercharging device For water pump, the water-heater system also includes control device, and the water-heater system at least has and can make the tank body 2 to water Terminal provides the first state of microbubble water and the second state of tonifying Qi can be emptied to the tank body 2；The control device energy root The import for controlling the tank body 2 according to the 3rd prearranged signals is connected with the water pump, controls its outlet to be connected with water terminal, Make the water-heater system that there is the first state for providing microbubble water to outlet pipe by the tank body 2；Or described in controlling The import of tank body 2 is connected with gas circuit, controls its outlet to be connected with discharge pipe line, and having the water-heater system can be to institute State the second state that tank body 2 empty tonifying Qi.

In the present embodiment, the water-heater system can be provided with control device, and it can be used for the tank body 2 The connection status of inlet and outlet be controlled, to change the working condition of the water-heater system.Wherein, the tank body 2 Number can be one.The control valve can be arranged on the import of the tank body 2, outlet port.The control valve can be with It is electrically connected with the control device.The control device can control institute by controlling the connected state of the control valve State the working condition of tank body 2.The tank body 2 is set to be in offer microbubble water specifically, the water-heater system can have First state and the second state for making the tank body 2 be in emptying tonifying Qi.Wherein, the specific control device passes through control valve Realize and the above-mentioned embodiment party with inner bag may refer to the specific control mode of the state of the tank body 2 and the effect reached Formula, the application will not be repeated here.

Figure 21 to Figure 22 is referred to, in one embodiment, the tank body includes first connected by parallel way Tank body 2a and the second tank body 2b, the water-heater system also includes the control valve 6 being electrically connected with the control device, described Control valve 6 is arranged between the first tank body 2a, the second tank body 2b import, outlet, and the control device can be according to 3rd prearranged signals, the connected state of the control valve 6 is controlled, so that in the first tank body 2a, the second tank body 2b at least One can provide microbubble water to water terminal.

In the present embodiment, the concrete mode and the effect reached and above-mentioned band of double tanks are set by way of in parallel The embodiment of inner bag it is similar, the application will not be repeated here.

Specifically, the 3rd prearranged signals is including at least one of following：Time signal, obtained by detection unit Flow signal, the liquid level signal of tank body 2, in gas-liquid mixture gas concentration signal.

In the present embodiment, specific implication, the acquisition modes of the 3rd prearranged signals are referred to described first Prearranged signals, the application will not be repeated here.

Figure 24 to 25 is referred to, in one embodiment, the water-heater system also includes in parallel with the tank body 2 Bypass line 7, the bypass line 7 have relative arrival end and the port of export, and the second state is in the water-heater system When lower, the control device controls the arrival end of the bypass line 7 to be connected with the water pump, controls the bypass line 7 The port of export connected with outlet pipe.

In the present embodiment, the concrete mode in parallel with bypass line 7 of tank body 2 and the effect that reaches with above-mentioned band The embodiment of courage it is similar, the application will not be repeated here.

Figure 26 is referred to, in one embodiment, the water-heater system also includes electrically connecting with the control device The control valve 6 connect, the control device control the connected state of the control valve 6, make the hot water according to the 4th prearranged signals Device system switches between the first state or the second state.

In the present embodiment, the control device controls the control valve 6 according to receiving up to the 4th prearranged signals Connected state, make specific implementation and realization that the water-heater system switches between the first state or the second state Effect be referred to the embodiment with inner bag, the application will not be repeated here.Wherein, the 4th prearranged signals can join According to second prearranged signals, the application also repeats no more herein.

Fig. 1 and Figure 30 are please referred to, also provides a kind of water-heater system in the application embodiment, it can include： The heating unit 1 that water can be heated；The tank body 2 that can be connected with the heating unit 1；Introducing mechanism 8, can be with the tank Body 2 connects, and for the fluid flowed into it to be imported into the region that the tank body 2 is stored with gas, and by the stream of importing Body carries out gas-liquid mixed with the gas in tank body 2；Can be the pressurized source of the tank body 2 pressurization, the pressurized source, which can provide, makes institute State the pressure that the gas in tank body 2 and water are mixed.

In the present embodiment, the pressurized source can be carried out for the gas in the tank body 2 and water needed for mixing provides Pressure.Specifically, the pressurized source can be including at least one of following：It can be connected with the tank body 2 and being capable of convection current Enter the water in tank body 2 and the supercharging device 3 of predetermined pressure, the water with predetermined pressure etc. are provided.Likewise, the heating unit 1, Tank body 2 is identical with above-mentioned embodiment, and the application will not be repeated here.

Wherein, at least one import 21 and outlet are provided with the tank body 2, can be equipped with the import 21 described At least one of introducing mechanism 8, the energy of introducing mechanism 8 supplied gas, water enters the tank body 2；The importing machine of the tank body 2 The upstream of structure 8 is provided with supply channel and supply air line, and the introducing mechanism 8 can connect with the supply channel, the supply air line Logical, the pressurized source is supercharging device 3, and the supercharging device 3 connects with the supply channel, the supply air line.

In addition, the concrete structure and connection of the heating unit 1 and the grade part of tank body 2 are referred to above-mentioned embodiment, Specific the application will not be repeated here.In one embodiment, the water-heater system can also include control device, institute State water-heater system at least have can make the tank body 2 to water terminal provide microbubble water the first working condition and can be to institute State the second working condition that tank body 2 empties tonifying Qi；Under second working condition, the control device can control the tank body 2 introducing mechanism 8 is connected with gas circuit, controls the outlet of the tank body 2 to be connected with discharge pipe line, by the tank body 2 Water discharge and simultaneously fill into air；Under first working condition, the control device can control the importing of the tank body 2 Mechanism 8 is connected with the supply channel, controls the outlet of the tank body 2 to be connected with water terminal, in the pressurized source Under effect, gas and water in the tank body 2 carry out gas-liquid mixed.

Wherein, when to the 2 draining tonifying Qi of tank body, in the case where the pressurized source is supercharging device 3, the supercharging Device 3 can be opened, and gas injection and draining be carried out using the pressurization of supercharging device 3, to improve draining tonifying Qi efficiency.In addition, work as In the case that the pressurized source is press water, gravity natural drainage tonifying Qi can be utilized, when the outlet of tank body 2 is opened, tank body 2 Interior water can discharge under gravity, meanwhile, gas can enter in the tank body 2 from import 21, so as to complete draining Tonifying Qi.

Wherein, the concrete form of the control device and control principle are referred to specifically retouching in above-mentioned embodiment State, the application will not be repeated here.

Further, in order to improve the effect of gas-liquid mixed, the introducing mechanism 8 is provided with fluidic architecture.The jet knot The fluid imported in introducing mechanism 8 can be pressurized by structure, be mixed so that the gas in the tank body 2 carries out gas-liquid with fluid Reach preferably mixed gas effect during conjunction.Specifically, the fluidic architecture can be to be formed in the exit of the introducing mechanism 8 Variable cross-section product portion 211.The sectional area in the variable cross-section product portion 211 is less than the section of the 8 overall body of introducing mechanism on the whole Product.

As shown in fig. 3 1A, the variable cross-section product portion 211 can be the ellipse formed in the exit of introducing mechanism 8 Opening.

Or as shown in Figure 31 C, the variable cross-section product portion 211 can be to be formed at the introducing mechanism 8 outlet 210 Aperture be less than the introducing mechanism body aperture circular open.

Or as shown in figure 31b, the variable cross-section product portion 211 can be ten formed in the exit of introducing mechanism 8 Font opening.

Or if shown in 31D, the port of export of the introducing mechanism 8 is blind end, the variable cross-section product portion 211 can be with For the multiple perforates formed on the tube wall close to the introducing mechanism 8 outlet 210.

In addition, the variable cross-section product portion 211 can be with other forms, the application does not make specific restriction herein, affiliated Art personnel are under the technical spirit enlightenment of the application, it is also possible to other changes are made, but as long as the function of its realization It is same as the present application or similar with effect, it all should be covered by the application protection domain.

Figure 32 is referred to, the water-heater system is based in the application embodiment, further correspondingly provides a kind of water heater The control method of system, methods described may include steps of：

Step S10：Control air supply unit is connected with tank body, and gas is inputted in the tank body from the air supply unit, The water in the tank body is discharged simultaneously；

Step S12：When the water of discharge or the gas of infeed reach scheduled volume, control introducing mechanism connects with supply channel It is logical, the introducing mechanism by flow into the fluid in it imported into the tank body be stored with gas region and with the tank body Gas carries out gas-liquid mixed, while pressurized source carries out gas-liquid mixed to the gas in the tank body and water and applies predetermined pressure.

Wherein, the pressurized source carries out gas-liquid mixed application predetermined pressure to the gas in the tank body and water includes：Profit Gas-liquid mixed is carried out to the gas in the tank body and water with the pressure of the water of predetermined pressure and applies predetermined pressure；Or

Start supercharging device and apply predetermined pressure to the water entered in the tank body, at the same to the gas in the tank body and Water carries out gas-liquid mixed and applies predetermined pressure.

In the present embodiment, function of each structure described in the control method of the water-heater system etc. can be with With reference to the specific descriptions of water-heater system embodiment, the application will not be repeated here.In addition, the control of the water-heater system Method can reach with the water-heater system identical technique effect, specifically, refer to the embodiment of hot-water heating system Specifically describe, the application will not be repeated here.

Above-mentioned each embodiment in this specification is described by the way of progressive, identical between each embodiment Similar portion is cross-referenced, and what each embodiment stressed is and other embodiment difference.

Several embodiments of the present utility model are the foregoing is only, although the embodiment disclosed by the utility model is such as On, but the content is only to facilitate the embodiment for understanding the utility model and using, it is new to be not intended to limit this practicality Type.Any the utility model person of ordinary skill in the field, the spirit and scope disclosed by the utility model are not being departed from On the premise of, any modification and change, but patent of the present utility model can be made in the formal and details of embodiment Protection domain, it must be still defined by the scope that appended claims are defined.

Claims

A kind of 1. water-heater system, it is characterised in that including：

The heating unit that water can be heated；

The tank body that can be connected with the heating unit, at least one inlet and outlet, the intake energy are provided with the tank body At least one of supplied gas, water enter the tank body；

Can be the pressurized source of tank body pressurization, the pressurized source can provide makes gas in the tank body and water is mixed Pressure.
2. water-heater system as claimed in claim 1, it is characterised in that the pressure for also including being arranged on the tank body downstream is adjusted Regulating device.
3. water-heater system as claimed in claim 1, it is characterised in that the pressurized source includes at least one of following： It can be connected with the tank body and the supercharging device of predetermined pressure can be provided the water flowed into tank body, there is predetermined pressure Water.
4. water-heater system as claimed in claim 1, it is characterised in that the import upstream of the tank body is provided with supply channel And supply air line, the intake energy connect with the supply channel and/or the supply air line, the pressurized source fills for supercharging Put, the supercharging device connects with the supply channel and/or the supply air line.
5. water-heater system as claimed in claim 4, it is characterised in that the supercharging device connects with the supply channel, The supercharging device is water pump.
6. water-heater system as claimed in claim 4, it is characterised in that the supercharging device connects with the supply air line, The supercharging device is air pump.
7. water-heater system as claimed in claim 3, it is characterised in that the heating unit includes：The inner bag of water can be filled, And the heating member for being heated to the water in the inner bag；The pressurized source is supercharging device, and the supercharging device is Water pump, the water pump connect with the inner bag and the tank body, and the water pump can drive water to flow into the tank body, and be carried for tank body Supply water pressure required when being mixed with gas；

The tank body downstream is provided with pressure-regulating device.
8. water-heater system as claimed in claim 7, it is characterised in that the inner bag be provided with for water inlet water inlet pipe and For the outlet pipe of water outlet,

The water pump is arranged on the upstream of the water inlet pipe, and the tank body is arranged on the downstream of the outlet pipe.
9. water-heater system as claimed in claim 7, it is characterised in that the inner bag be provided with for water inlet water inlet pipe and Outlet pipe for water outlet；

The water-heater system also includes being arranged between the outlet pipe and the pressure-regulating device or on the outlet pipe Temperature-adjusting device.
10. water-heater system as claimed in claim 9, it is characterised in that also include the cold water pipe connected with the water inlet pipe, The tank body is arranged on the downstream of the outlet pipe, the temperature-adjusting device be arranged on the outlet pipe and the tank body it Between, it includes connecting first port and the second port connected with the cold water pipe with the outlet pipe and connected with the tank body The 3rd logical port.
11. water-heater system as claimed in claim 9, it is characterised in that also include the cold water pipe connected with the water inlet pipe, The tank body is arranged on the downstream of the outlet pipe, and the temperature-adjusting device is arranged on the tank body and filled with pressure regulation Between putting, it include the first port connected with the tank body and the second port connected with the cold water pipe and with the pressure 3rd port of apparatus for adjusting force connection.
12. water-heater system as claimed in claim 9, it is characterised in that also include the cold water pipe connected with the water inlet pipe, The tank body is arranged at the downstream of the outlet pipe, the temperature-adjusting device be arranged on the outlet pipe and the water pump it Between, it includes the first port connected with the outlet pipe and the second port connected with the cold water pipe and connected with the water pump The 3rd logical port.
13. water-heater system as claimed in claim 7, it is characterised in that the inner bag is provided with the water inlet pipe for water inlet With the outlet pipe for water outlet,

The water pump, the tank body are arranged on the upstream of the water inlet pipe；The water pump is arranged on the upstream of the tank body.
14. water-heater system as claimed in claim 7, it is characterised in that the inner bag is provided with the water inlet pipe for water inlet With the outlet pipe for water outlet,

The water pump, the tank body are arranged on the downstream of the outlet pipe；The water pump is arranged on the upstream of the tank body.
15. water-heater system as claimed in claim 7, it is characterised in that the inner bag is provided with the water inlet pipe for water inlet With the outlet pipe for water outlet, the water pump is arranged in the inner bag, and the tank body is arranged on the downstream of the outlet pipe.
16. water-heater system as claimed in claim 7, it is characterised in that the inner bag is provided with the water inlet pipe for water inlet With the outlet pipe for water outlet, the water pump and the tank body are arranged in the inner bag, and the water pump is arranged on the tank Body upstream, the gas-liquid mixed water in the tank body can flow out the inner bag from the outlet pipe.
17. water-heater system as claimed in claim 7, it is characterised in that the inner bag is provided with the water inlet pipe for water inlet With the outlet pipe for water outlet, the tank body is arranged on the inside of the inner bag, and the water pump is arranged on the upper of the water inlet pipe Trip.
18. water-heater system as claimed in claim 7, it is characterised in that the inner bag includes relative first end and second End, the first end or the second end position are being provided with end cap, first end or second end of the end cap with the inner bag Cooperatively form the tank body.
19. water-heater system as claimed in claim 18, it is characterised in that the inner bag includes relative first end and second End, the first end or the second end are inner concave, set end cap in face of the inner concave, the end cap coordinates with the inner concave Form the tank body.
20. water-heater system as claimed in claim 7, it is characterised in that the inner bag includes relative first end and second End, the first end or the second end are inner concave, and at least part outside wall surface of the tank body is adapted and set with the inner concave Put at the inner concave.
21. water-heater system as claimed in claim 7, it is characterised in that：

The inner bag is pressure-bearing inner liner, and the courage pressure scope of the inner bag is：Between 0.1 MPa to 0.8 MPa.
22. water-heater system as claimed in claim 7, it is characterised in that also including control device,

The tank body includes the first tank body, and inlet and outlet is provided with first tank body；

The water-heater system at least have can make first tank body to water terminal provide microbubble water first work shape State and the second working condition that tonifying Qi can be emptied to first tank body；

Under first working condition, the control device can control the import of first tank body to be connected with the water pump It is logical, control the outlet of first tank body to be connected with water terminal；

Under second working condition, the control device can control the import of first tank body to be connected with gas circuit, control The outlet for making first tank body is connected with discharge pipe line.
23. water-heater system as claimed in claim 22, it is characterised in that the tank body is also included with first tank body simultaneously Second tank body of connection, inlet and outlet is provided with second tank body；

The water-heater system also have can make second tank body to water terminal provide microbubble water the 3rd working condition With the 4th working condition that tonifying Qi can be emptied to the second tank body；

Under the 3rd working condition, the control device can control the import of second tank body to be connected with the water pump It is logical, control the outlet of second tank body to be connected with water terminal；

Under the 4th working condition, the control device can control the import of second tank body to be connected with gas circuit, control The outlet for making second tank body is connected with discharge pipe line.
24. water-heater system as claimed in claim 23, it is characterised in that also include what is be electrically connected with the control device Control valve,

The control device controls the control valve to switch to the water-heater system according to the first prearranged signals detected First working condition and the 4th working condition, or the control water-heater system switch to the second working condition and the 3rd work State.
25. water-heater system as claimed in claim 24, it is characterised in that the control valve includes the first four-way valve and second Four-way valve, an import and one outlet are respectively provided with first tank body and the second tank body；

The first port of first four-way valve connects with inner bag outlet pipe, second port and the inlet communication of the first tank body, the Three ports connect with gas circuit, the 4th port and the inlet communication of the second tank body；

The first port of second four-way valve connects with water terminal, second port and the outlet of the first tank body, and the 3rd Port connects with discharge pipe line, the 4th port and the outlet of the second tank body；

The control device connects according to the first prearranged signals, the first port of control first four-way valve with second port, The first port of second four-way valve is controlled to be connected with second port, while the control device controls first four-way valve The 3rd port connected with the 4th port, control the 3rd port of second four-way valve to be connected with the 4th port；

Or the control device, according to the first prearranged signals, the first port and the 4th port for controlling first four-way valve connect It is logical, control the first port of second four-way valve to be connected with the 4th port, while control device control the described 1st The second port of port valve connects with the 3rd port, controls the second port of second four-way valve to be connected with the 3rd port.
26. water-heater system as claimed in claim 22, it is characterised in that also include the bypass in parallel with first tank body Pipeline, the bypass line have relative arrival end and the port of export,

The water-heater system has the 5th working condition；

Under the 5th working condition, the control device can control the arrival end of bypass line to be connected with the water pump, So that water is from the bypass line flow direction water terminal.
27. water-heater system as claimed in claim 26, it is characterised in that under the 5th working condition, the control Device can control the arrival end of the bypass line to be connected with the water pump, control the port of export of the bypass line and use water Terminal connects.
28. the water-heater system as described in claim 26 or 27, it is characterised in that also include electrically connecting with the control device The control valve connect,

The control device controls the control valve to switch to the water-heater system according to the second prearranged signals detected First working condition or the control water-heater system switch to the 5th working condition and the second working condition.
29. water-heater system as claimed in claim 3, it is characterised in that the pressurized source is supercharging device, the supercharging dress It is set to the water pump connected with the heater and the tank body, the water pump includes the first water pump and the second water pump, and described Two water pumps are connected with first water pump by way of serial or parallel connection.
30. water-heater system as claimed in claim 2, it is characterised in that the pressure-regulating device can be by the tank body extremely Pressure between the pressure-regulating device maintains more than 0.1 MPa.
31. water-heater system as claimed in claim 1, it is characterised in that the heating unit is provided with entering for water inlet The mouth of a river and the delivery port for water outlet；The pressurized source is water pump；

The water pump is arranged on the upstream of the water inlet, and the tank body is arranged on the downstream of the delivery port, or,

The water pump, the tank body are arranged on the upstream of the water inlet；Or

The water pump, the tank body are arranged on the downstream of the delivery port.
32. water-heater system as claimed in claim 31, it is characterised in that the heating unit includes：Can be circulated current Heat exchanger, and the burner for being heated to the current in the heat exchanger.
33. water-heater system as claimed in claim 31, it is characterised in that the water-heater system is also described including being arranged on The pressure-regulating device in tank body downstream.
34. water-heater system as claimed in claim 33, it is characterised in that in the heating unit or the heating unit extremely Temperature-adjusting device is additionally provided between the pressure-regulating device.
35. water-heater system as claimed in claim 1, it is characterised in that the number of the tank body is at least one, the increasing Potential source is water pump, and the water-heater system also includes control device, the water-heater system at least have can make the tank body to The first state of microbubble water is provided with water terminal and the second state of tonifying Qi can be emptied to the tank body；

The control device can control the import of the tank body to be connected with the water pump according to the 3rd prearranged signals, control it to go out Mouth is connected with water terminal, has the water-heater system and provides the first of microbubble water to outlet pipe by the tank body State；

Or the import of the tank body can be controlled to be connected with gas circuit, control its outlet to be connected with discharge pipe line, make the hot water Device system has the second state that can carry out emptying tonifying Qi to the tank body.
36. water-heater system as claimed in claim 35, it is characterised in that the tank body includes what is connected by parallel way First tank body and the second tank body, the water-heater system also include the control valve being electrically connected with the control device, the control Valve processed is arranged between first tank body, the import of the second tank body, outlet,

The control device according to the 3rd prearranged signals, can control the connected state of the control valve, so that described first In tank body, the second tank body it is at least one can to water terminal provide microbubble water.
37. water-heater system as claimed in claim 35, it is characterised in that also include the bypass pipe in parallel with the tank body Road, the bypass line have relative arrival end and the port of export,

When the water-heater system is under the second state, the control device controls arrival end and the institute of the bypass line State water pump to be connected, control the port of export of the bypass line to be connected with water terminal.
38. water-heater system as claimed in claim 37, it is characterised in that also include what is be electrically connected with the control device Control valve,

The control device controls the connected state of the control valve, the water-heater system is existed according to the 4th prearranged signals Switch between the first state or the second state.
39. water-heater system as claimed in claim 2, it is characterised in that the pressure-regulating device has relative entrance End and the port of export, it is internally provided with pressure regulating mechanism, the pressure of the arrival end is more than the pressure of the port of export.
A kind of 40. water-heater system, it is characterised in that including：

The heating unit that water can be heated；

The tank body that can be connected with the heating unit；

It introducing mechanism, can connect with the tank body, and be stored with for the fluid flowed into it to be imported into the tank body The region of gas, and the gas in the fluid and tank body of importing is subjected to gas-liquid mixed；

Can be the pressurized source of tank body pressurization, the pressurized source can provide makes gas in the tank body and water is mixed Pressure.
41. water-heater system as claimed in claim 40, it is characterised in that

At least one inlet and outlet is provided with the tank body, the introducing mechanism, the importing are equipped with the import At least one of mechanism energy supplied gas, water enter the tank body；The introducing mechanism upstream of the tank body is provided with supply channel And supply air line, the introducing mechanism can connect with the supply channel, the supply air line, the pressurized source fills for supercharging Put, the supercharging device connects with the supply channel, the supply air line.
42. water-heater system as claimed in claim 41, it is characterised in that also including control device,

The water-heater system at least have can make the tank body to water terminal provide microbubble water the first working condition and The second working condition of tonifying Qi can be emptied to the tank body；

Under second working condition, the control device can control the introducing mechanism of the tank body to be connected with gas circuit, control The outlet for making the tank body is connected with discharge pipe line, by the water discharge in the tank body and fills into air simultaneously；

Under first working condition, the control device can control the introducing mechanism of the tank body and the supply channel phase Connection, controls the outlet of the tank body to be connected with water terminal, in the presence of the pressurized source, the gas in the tank body Gas-liquid mixed is carried out with water.