CN108245007A

CN108245007A - Heating vessel and its method for heating and controlling and heating control apparatus

Info

Publication number: CN108245007A
Application number: CN201611233616.9A
Authority: CN
Inventors: 朱国军
Original assignee: Guangdong Midea Consumer Electric Manufacturing Co Ltd
Current assignee: Guangdong Midea Consumer Electric Manufacturing Co Ltd; Guangdong Midea Life Electric Manufacturing Co Ltd
Priority date: 2016-12-28
Filing date: 2016-12-28
Publication date: 2018-07-06
Anticipated expiration: 2036-12-28
Also published as: CN108245007B

Abstract

The present invention provides a kind of heating vessels and its method for heating and controlling and heating control apparatus, method for heating and controlling to include：Receive heating instructions and temperature setting instruction；Determine the corresponding heating mode of heating instructions；When heating instructions correspond to the first heating mode, first start heating component and be heated to boiling by liquid, liquid is then naturally cooled into preset temperature or liquid is cooled to preset temperature by startup heat sink；When heating instructions correspond to the second heating mode, start heating component and liquid is directly heated to preset temperature.Method for heating and controlling provided by the invention, its heating instructions can correspond to multiple and different heating modes, so that heating vessel is provided with multiple and different heating modes, and then suitable heating mode can be selected according to the difference (or difference of water quality) for containing liquid or according to the specific requirements of user, so as to preferably meet user demand, the usage experience of user is improved, increases the competitiveness of product in market.

Description

Heating vessel and its method for heating and controlling and heating control apparatus

Technical field

The present invention relates to household appliance technical field, a kind of method for heating and controlling in particular to heating vessel and Heating control apparatus and the heating vessel comprising the heating control apparatus.

Background technology

Domestic consumer has such understanding always, be exactly tap water must it is boiled after can just drink.But due to net The development of water technology, present water purifier have begun to popularize, and tap water can directly be drunk after water purifier is handled；It is another Aspect, there are also more and more consumers to select the preferable water of water-quality ratios such as mineral water directly to be drunk, and these water sources It does not all need to be heated to can be used after boiling.

But existing heating vessel such as electric hot water bottle in the market, generally all only there are one heating mode, no matter which Kind liquid can only directly be heated to boiling, and such consumer has to wait for drink after liquid is cooled to suitable temperature With, cause consumer's stand-by period longer, and waste electric energy.

Invention content

At least one in order to solve the above-mentioned technical problem, it is an object of the present invention to provide a kind of heating vessels Method for heating and controlling.

It is another object of the present invention to provide a kind of heating control apparatus for heating vessel.

A further object of the present invention is to provide a kind of heating vessel for including above-mentioned heating control apparatus.

To achieve these goals, the embodiment of first aspect present invention provides a kind of heating control of heating vessel Method processed, the heating vessel include the liner for containing liquid, the heating component for the liquid in heating inner liner With the heat sink for being cooled down to the liquid in liner；The method for heating and controlling includes：Receive heating instructions and temperature Degree setting instruction；Determine the corresponding heating mode of the heating instructions；When the heating instructions correspond to the first heating mode, first Start heating component to be heated to boiling by liquid, liquid is then naturally cooled into preset temperature or start heat sink by liquid Body is cooled to preset temperature；When the heating instructions correspond to the second heating mode, start heating component and directly heat liquid To preset temperature.

The method for heating and controlling for the heating vessel that the embodiment of first aspect present invention provides, heating instructions can be with Corresponding multiple and different heating mode, so that heating vessel is provided with multiple and different heating modes, and then can Suitable heating mode is selected according to the difference (or difference of water quality) for containing liquid or according to the specific requirements of user, from And preferably meet user demand, the usage experience of user is improved, increases the competitiveness of product in market.

Specifically, heating vessel includes the liner for containing liquid and the heating for the liquid in heating inner liner Component；When heating vessel is run with the first heating mode, the liquid in liner directly is heated to boiling by heating component, So as to ensure that the relatively poor liquid of quality (as without cleaned tap water) can be boiled, to ensure peace that user drinks Quan Xing；When heating vessel is run with the second heating mode, heating component then directly heats the liquid in liner to pre- If temperature, that is, stop heating, (such as cleaned tap water or mineral water can be straight so as to avoid the relatively good liquid of quality Connect the liquid drunk) situation of boiling is also must be heated to, and then it is long to avoid period of reservation of number, and has saved electric energy； In this way, user can select different heating modes according to the difference of water quality, so as to increase the range of choice of user, preferably Meet user demand.

It is set and instructed by temperature, user can independently select required fluid temperature, then either the first heating mode Or the second heating mode, heating vessel can obtain the liquid of user's required temperature, not only meet user demand, but also The stand-by period of user is reduced to the greatest extent；Meanwhile user can be directed to different liquid, select different heating modes, go forward side by side One step selects suitable set temperature, so as to further meet different user not according to personal mouthfeel or living habit Same demand, effectively increases user experience, increases the competitiveness of product in market.It is instructed as heating instructions and temperature setting Sequencing is not limited, and instruction can be set with temperature preceding, can also heating instructions preceding.

More specifically, heating vessel further includes heat sink, for being cooled down to the liquid in liner；Then for First heating mode after receiving temperature setting instruction, first starts heating component and is heated to boiling by the liquid in liner, to ensure The safety that user drinks；Heating component is then shut off, so that liquid naturally cools to preset temperature；Or closing heating group Heat sink is also opened while part, so that the liquid fast cooling in liner is to preset temperature, due to there is the auxiliary of heat sink Cooling is helped, thus effectively increases the cooling rate of liquid in liner, so as to reduce the stand-by period of user；And for second Heating mode, temperature setting instruction then ensure that the preset temperature that liquid reaches under the pattern can be become according to user demand More, i.e., user can be set as needed different preset temperatures, so as to further meet the different demands of user, and avoid User falls into a long wait.

In other words, in above-mentioned technical proposal, the temperature setting of the corresponding heating vessel of temperature setting instruction (or temperature choosing Select) function, the first heating mode correspond to the boiling function (be heated to boiling and just stop heating) of heating vessel, second add Heat pattern corresponds to the straight of heating vessel and burns function (being only heated to preset temperature to stop heating), in three functions, boils It rises function and straight function of burning is mutually juxtaposed, temperature setting (or temperature selection) function can be not only used in combination with boiling function, but also can be with It is used in combination, but can obtain the liquid of user's set temperature with straight function of burning, difference lies in：It is interior when itself and boiling function and used time Liquid in courage is first heated to boiling, then it (can be Temperature fall or active drop to be cooled to temperature set by user Temperature)；Stop when the liquid in itself and the second heating mode function and used time, liner is then directly heated to temperature set by user Heating.

Such as：If what is contained in liner is tap water, user thinks to need just drink after boiling, and needs 55 DEG C Water, that just selects the first heating mode, and temperature is set as 55 DEG C, and water can be cooled to 55 DEG C again after ebuillition of heated；If liner In fill is cleaned tap water either mineral water etc., user thinks not need to boiling i.e. drinkable, then can select Second heating mode, temperature are set as 55 DEG C, then water, which is heated to 55 DEG C, just to be stopped, when can shorten the waiting of user in this way Between.

What deserves to be explained is if being not received by temperature setting instruction, it is equivalent to straight burning function or boiling function is independent Operation, is used in combination without setting (or temperature selection) function with temperature；Then for directly burning function, heating component is also directly by liner In liquid be heated to boiling, be then automatically stopped heating；And for boiling function, if do not set with temperature (or temperature is selected Select) function is used in combination, then and after the liquid boiling in liner, heating component stops heating, and heat sink will not automatically turn on；Cause This in this case, the straight heating for burning function isolated operation and boiling function isolated operation the result is that, so, general feelings Function and temperature will be directly burnt under condition and sets (or temperature selection) function and with relatively good, and the temperature of setting is generally below liquid Boiling temperature.

In addition, the method for heating and controlling of the heating vessel in above-described embodiment provided by the invention can also have such as Lower additional technical feature：

In the above-mentioned technical solutions, described " determining the corresponding heating mode of the heating instructions " step specifically includes：Sentence The type of the disconnected heating instructions；When the heating instructions are instructed for manual heating, according to the kind of manual heating instruction Class selects corresponding heating mode.

First judge the type of heating instructions, the heating mode of heating vessel determined according to the type of heating instructions, Control process engineering reasonable and reliable.Specifically, when judge heating instructions instructed for manual heating when (heating mode Manually selected for user), then type (the boiling instruction or straight burning instruction) selection directly instructed according to manual heating is right therewith The heating mode answered, the program are equivalent to the selection according to user to determine heating mode that heating vessel will be run, I.e.：Which kind of heating mode heating vessel uses, and is independently selected to determine by user completely, then user can be according to oneself internally In courage the understanding (water quality at the different water sources of the tap water of such as non-purified mistake, cleaned tap water or mineral water) of liquid and from Oneself personal preference or living habit carry out the heating mode that autonomous selector closes oneself demand, simple to operate.

In other words, manual heating instruction has corresponded to the manual control of heating function so that user can be according to their needs Unrestricted choice " boiling " function or " straight to burn " function greatly meet the instant demand of user.

In the above-mentioned technical solutions, described " determining the corresponding heating mode of the heating instructions " step specifically further includes： When the heating instructions are automatic heating instructions, the attribute information of liquid is detected, and selection is corresponding to it according to testing result Heating mode.

The program is on the basis of manual control so that and heating vessel is also provided with intelligent heating function, thus into One step improves the class of product, improves the usage comfort of user.Specifically, when judgement heating instructions refer to for automatic heating When enabling, the attribute information of the liquid in liner, such as ingredient, hardness, content of mineral substances, TDS values are first detected, to determine liquid Then type selects corresponding heating mode, i.e., according to testing result：Which kind of heating mode heating vessel uses, It is automatically selected after voluntarily being detected by product, in this way, even if user has forgotten or do not know about the liquid that is contained in liner Type, machine can also select most suitable heating mode in itself, so as to not only ensure the safety that user drinks, but also subtract as possible The stand-by period of few user, thus more intelligent, class higher.

Such as：TDS meters can be set to detect the TDS values of liquid in liner, by the specific sizes of TDS values with it is various Water quality presets the matching of TDS ranges to distinguish water quality, and then select corresponding heating mode, such as the default TDS ranges of tap water For [X₁-X₂], the default TDS ranging from [X of pure water or cleaned tap water₃-X₄], when the TDS values that TDS meters detect exist [X₁-X₂] in the range of when, then the first heating mode is automatically selected, when the TDS values that detect of TDS meters are in [X₃-X₄] in the range of when, Then automatically select the second heating mode.

It is understood that TDS (Total Dissolved Solids), Chinese translation is total dissolved solid, also known as Dissolvability solid amount, units of measurement are mg/litre (mg/L), it shows how many milligram soluble solid is dissolved in 1L water, TDS values are higher, represent that the dissolved matter contained in water is more.

Certainly, the detection method of water quality is not limited to above-mentioned TDS meter, can also using other tools come detect liquid its His attribute information, due to the design philosophy and objective without departing from the present invention, thus should all be within the scope of the present invention.

In any of the above-described technical solution, the heating vessel further includes heat insulation module, for the liquid in liner Body Heat preservation；When liquid reaches the preset temperature, start heat insulation module and Heat preservation is carried out to liquid.

It is cooled to preset temperature again after either making liquid boiling using boiling function (i.e. the first heating mode), still adopts Liquid is made to directly heat to preset temperature with straight function (i.e. the second heating mode) of burning, heating vessel is with guarantor after this Warm mode operation to supplement liquid dispersed heat in liner, makes it maintain near the temperature of setting, then user only needs to heat Once, it is possible to the suitable liquid of temperature, thus usage experience can be got at any time within relatively long a period of time Effect is more preferable.

Certainly, when liquid reaches preset temperature, heating vessel can also enter standby mode, i.e., at machine power In on-state, but the structures such as heating component, heat insulation module, heat sink do not work, then the liquid Temperature fall in liner.

It is to be understood that during due to heating operation and heat preservation operation, product is required to heat liquid, Only heating power is of different sizes, so the process of heating operation and the process of heat preservation operation can be by same heating Device is completed, which has a different heating power, using high power during heating operation, using low during heat preservation operation Power；Certainly, heating the process of operation and the process of heat preservation operation can also be completed by two independent heating units, i.e.,： One runs as heating component for heating, another runs as heat insulation module for keeping the temperature, the protection in the present invention In the range of.

In any of the above-described technical solution, starting heat sink, during liquid is cooled to preset temperature, if The instruction for cancelling cooling is received, then closes heat sink.

The technical solution, be equivalent to and with boiling function and temperature setting (or temperature selection) function when, liquid boil During cooling down after rising, user can select to close heat sink at any time, and liquid is made to maintain relatively high temperature, and nothing It needs to be automatically stopped until heat sink so that the control of product is more flexible, so as to further improve the use of user Comfort level；(or temperature selection) function and used time only are set in boiling function and temperature, heat sink can be in liquid boiling After automatically turn on, and be automatically closed when liquid is cooled to set temperature, controlled manually without user.

Certainly, liquid is heated using boiling function or burns function heating liquid using straight, user can be at any time Manually opened heat sink carry out fast cooling or be turned off manually at any time heat sink cool down to avoid liquid it is too fast.

In any of the above-described technical solution, the heating vessel further includes alarm set, for sending out alerting signal； When liquid reaches the preset temperature, start alarm set and send out alerting signal.

In the above-mentioned technical solutions, the alerting signal includes voice signal and/or optical signal.

When fluid temperature reaches preset temperature, start alarm set and send out alerting signal, then user need not be kept in liquid Before heating container, without with many times to checking repeatedly before machine, you can the information is timely and accurately known, so as to further Improve the usage comfort of user.

Specifically, alerting signal can be voice signal, such as " drip " sound or play one section of music or play one section of language Sound etc. can be with；It may be optical signal, such as reminded by the flash of light of signal lamp；Or both combination can be with.When Right alerting signal is not limited to the above sound signal and/or optical signal, should all be in this hair as long as reminding effect can be played In bright protection domain.

In any of the above-described technical solution, the preset temperature is drinkable temperature, and the drinkable temperature is ranging from [T-5 DEG C, T+5 DEG C], wherein T are current environment temperature.

Water in the temperature range, user, which drinks, to be scalded, and will not feel ice, and user is in good taste, and healthier.

The embodiment of second aspect of the present invention provides a kind of heating control apparatus, for heating vessel, including：It connects Module is received, for receiving heating instructions and temperature setting instruction；Determining module, for determining the corresponding heating of the heating instructions Pattern；Temperature detecting module, for detecting the temperature of liquid in real time；Control module, it is described for being determined in the determining module Heating instructions correspond to the first heating mode when, first start heating component by liquid be heated to boiling, it is then that liquid is naturally cold But to preset temperature or start heat sink by liquid be cooled to preset temperature and for being determined in the determining module it is described When heating instructions correspond to the second heating mode, start heating component and liquid is directly heated to preset temperature.

The heating control apparatus that the embodiment of second aspect of the present invention provides is examined including receiving module, determining module temperature Module and control module are surveyed, receiving module can receive heating instructions and temperature setting instruction, and determining module can determine heating Corresponding heating mode is instructed, that is, determines the heating mode that heating vessel will be run, and control module then controls heating Component heats liquid according to corresponding pattern so that heating vessel is provided with multiple and different heating modes, and then can Suitable heating mode is selected according to the difference (or difference of water quality) for containing liquid or according to the specific requirements of user, from And preferably meet user demand, the usage experience of user is improved, increases the competitiveness of product in market.

Specifically, heating vessel includes the liner for containing liquid and the heating for the liquid in heating inner liner Component；When heating vessel is run with the first heating mode, the liquid in liner directly is heated to boiling by heating component, So as to ensure that the relatively poor liquid of quality (as without cleaned tap water) can be boiled, to ensure peace that user drinks Quan Xing；When heating vessel is run with the second heating mode, the liquid in liner is then heated to default temperature by heating component Degree stops heating, so as to avoid the relatively good liquid of quality, (such as cleaned tap water or mineral water can directly be drunk Liquid) situation of boiling is must be heated to, and then it is long to avoid period of reservation of number, and has saved electric energy；In this way, with Family can select different heating modes according to the difference of water quality, so as to increase the range of choice of user, preferably meet User demand.

By reception of the receiving module to temperature setting instruction, user can independently select required fluid temperature, then without By being the first heating mode or the second heating mode, heating vessel can obtain the liquid of user's required temperature, both User demand is met, and has reduced the stand-by period of user to the greatest extent；Meanwhile user can be directed to different liquid, select not Same heating mode, and suitable set temperature is further selected according to personal mouthfeel or living habit, so as to further full The foot different demands of different user, effectively increase user experience, increase the competitiveness of product in market.As for heating instructions Be not limited with the sequencing of temperature setting instruction, instruction can be set with temperature preceding, can also heating instructions preceding.

More specifically, heating vessel further includes heat sink, for being cooled down to the liquid in liner；Then for First heating mode, after receiving module receives temperature setting instruction, control module first starts heating component first by the liquid in liner Body is heated to boiling, to ensure safety that user drinks；Heating component is then shut off, so that liquid naturally cools to default temperature Degree；Or heat sink is also opened while heating component is closed, so that the liquid fast cooling in liner is to preset temperature, Due to there is the auxiliary temperature-reducing of heat sink, thus the cooling rate of liquid in liner is effectively increased, so as to reduce user's Stand-by period；And for the second heating mode, temperature setting instruction then ensure that the preset temperature that liquid reaches under the pattern can To be changed according to user demand, i.e., user can be set as needed different temperature, so as to both meet user not Same demand in turn avoids user and falls into a long wait.

What deserves to be explained is if receiving module is not received by temperature setting instruction, it is equivalent to straight burning function or boiling Function isolated operation is used in combination without setting (or temperature selection) function with temperature；Then for directly burning function, heating component is also straight It connects and is heated to boiling by the liquid in liner, be then automatically stopped heating；And for boiling function, if do not set with temperature (or temperature selection) function is used in combination, then after the liquid boiling in liner, heating component stops heating, and heat sink will not be certainly It is dynamic to open；Therefore in this case, the straight heating for burning function isolated operation and boiling function isolated operation the result is that, institute Will directly burn function and temperature under normal circumstances and set (or temperature selection) function and with relatively good, and the temperature of setting is general Less than the boiling temperature of liquid.

In addition, the heating control apparatus in above-described embodiment provided by the invention can also have following supplementary technology spy Sign：

In the above-mentioned technical solutions, the determining module includes：Judging unit, for judging the receiving module reception The type of heating instructions；And selecting unit, for when the judging unit judges that the heating instructions are instructed for manual heating, Corresponding heating mode is selected according to the type that the manual heating instructs.

Determining module includes judging unit and selecting unit, and judging unit first judges the type of heating instructions, selecting unit The heating mode of heating vessel is determined according to the type of heating instructions, control process engineering is reasonable and reliable.Tool Body, when judging unit judgement heating instructions are instructed for manual heating (heating mode is what user manually selected), then directly Type (boiling instruction or straight burn instruct) the corresponding heating mode of selection instructed according to manual heating is connect, the program is suitable Heating mode that heating vessel will be run is determined in the selection according to user, i.e.,：Which kind of heating vessel uses Heating mode independently selects to determine by user completely, then user can be (such as non-purified to the understanding of liquid in liner according to oneself The water quality at the difference such as tap water, cleaned tap water or mineral water for crossing water source) and personal preference or the living habit of oneself, Carry out the heating mode that autonomous selector closes oneself demand, it is simple to operate.

In the above-mentioned technical solutions, the determining module further includes detection unit, for detecting the attribute information of liquid；Institute It states selecting unit to be additionally operable to, when it is automatic heating instructions that the judging unit, which judges the heating instructions, according to the detection The testing result of unit selects corresponding heating mode.

The program is on the basis of manual control so that and heating vessel is also provided with intelligent heating function, thus into One step improves the class of product, improves the usage comfort of user.Specifically, when judging unit judgement heating instructions are certainly During dynamic heating instructions, detection unit first detects the attribute information of the liquid in liner, such as ingredient, hardness, content of mineral substances, TDS Value etc., to determine the type of liquid, then selecting unit selects corresponding heating mode according to testing result, i.e.,：Liquid Container is heated using which kind of heating mode, is automatically selected after voluntarily being detected by product, in this way, even if user have forgotten or The type of the liquid contained in liner is not known about, machine can also select most suitable heating mode in itself, so as to both ensure The safety that user drinks, and reduce the stand-by period of user to the greatest extent, thus more intelligent, class higher.

Such as：Detection unit is counted for TDS, and TDS meters can be set to detect the TDS values of liquid in liner, pass through TDS values Specific size and various water quality preset the matching of TDS ranges to distinguish water quality, and then select corresponding heating mode, such as originally The default TDS ranging from [X of water₁-X₂], the default TDS ranging from [X of pure water or cleaned tap water₃-X₄], when TDS is counted The TDS values detected are in [X₁-X₂] in the range of when, then the first heating mode is automatically selected, when the TDS values that detect of TDS meters exist [X₃-X₄] in the range of when, then automatically select the second heating mode.

In any of the above-described technical solution, the heating vessel further includes heat insulation module；The heating control apparatus Heat preservation starting module is further included, when the fluid temperature for being detected when the temperature detecting module reaches the preset temperature, Start heat insulation module and Heat preservation is carried out to liquid.

It is cooled to set temperature again after either making liquid boiling using boiling function (i.e. the first heating mode), still adopts Liquid is made to directly heat to preset temperature with straight function (i.e. the second heating mode) of burning, heating vessel is with guarantor after this Warm mode operation to supplement liquid dispersed heat in liner, makes it maintain near the temperature of setting, then user only needs to heat Once, it is possible to the suitable liquid of temperature, thus usage experience can be got at any time within relatively long a period of time Effect is more preferable.

The setting of heat insulation module so that heating vessel is provided with heat insulation function, then user need to only heat once, you can The suitable liquid of temperature can be got at any time within relatively long a period of time, thus usage experience is more preferable.

Certainly, when liquid reaches set temperature, heating vessel can also enter standby mode, i.e., at machine power In on-state, but the structures such as heating component, heat sink do not work, then the liquid Temperature fall in liner.

In any of the above-described technical solution, the control module is additionally operable to, start heat sink liquid is cooled to it is pre- If during temperature, if receiving the instruction for cancelling cooling, close heat sink.

In any of the above-described technical solution, the heating vessel further includes alarm set；The heating control apparatus Prompting starting module is further included, when the fluid temperature for being detected when the temperature detecting module reaches the preset temperature, Start alarm set and send out alerting signal.

When fluid temperature reaches preset temperature, starting module is reminded to start alarm set and sends out alerting signal, is reminded The setting of device, when ensure that liquid reaches preset temperature, machine can send out alerting signal automatically, then user need not be kept in liquid Before body heating container, without with many times to checking repeatedly before machine, you can the information is timely and accurately known, so as into one Step improves the usage comfort of user.

Specifically, alarm set can be sound prompting device, then alerting signal is voice signal, such as " drop drop " sound or broadcasting One section of music or play one section of voice etc. can be with；May be light prompting device, then alerting signal is optical signal, such as passes through signal The flash of light of lamp is reminded；Or both combination can be with.Certain alerting signal is not limited to the above sound signal and/or light Signal, should all be within the scope of the present invention as long as reminding effect can be played.

The embodiment of third aspect present invention provides a kind of heating vessel, including：Liner component is contained including being used for Fill the liner of liquid；Pot lid component, lid are located on the liner component；Heating component is connected with the liner, for heating State the liquid in liner；Heat sink, for cooling down to the liquid in the liner；Appoint in such as second aspect embodiment Heating control apparatus described in one, the control module of the heating control apparatus and the heating component and the heat sink Electrical connection.

The heating vessel that the embodiment of third aspect present invention provides, because including any one of second aspect embodiment The heating vessel, thus with all advantageous effects possessed by any one of above-described embodiment, it is no longer superfluous herein It states.

The setting of heat sink, ensure that liquid in liner can fast cooling, during so as to reduce the waiting of user Between, improve the usage experience of user.Specifically, heat sink can be semiconductor chilling plate, fan, phase change component (filling Have phase-change material) any one of or appoint several or other cooling systems；Its specific location can be located at bottom, the side of liner The positions such as portion, top, inside or water outlet, such as：The huyashi-chuuka (cold chinese-style noodles) of semiconductor chilling plate can be fitted in liner outer surface or The outer surface of outlet pipe is fitted in, fan can be arranged on the outer surface or pedestal or shell or pot lid of liner, phase change component The inside that liner can be placed on or the outer surface for being fitted in liner or the outer surface of outlet pipe.

In addition, the heating vessel in above-described embodiment provided by the invention can also have following supplementary technology spy Sign：

In the above-mentioned technical solutions, the bottom of the liner offers discharge outlet, and the liner component further includes shell, institute The outside that shell is set in the liner is stated, and interlayer is formed between the liner, and the top of the shell outwardly protrudes Extension is formed, the extension is equipped with water outlet, and the water outlet mouth down；The heating vessel further includes pumping Component, the pump include drainpipe, water pump and outlet pipe, and the drainpipe and the water pump are located under the liner Side, the outlet pipe is located in the interlayer, and the both ends of the drainpipe are defeated with the discharge outlet and the water pump respectively Enter end to be connected, the both ends of the outlet pipe are connected respectively with the output terminal of the water pump and the water outlet.

Liner component includes liner and shell, and for liner for containing liquid to be heated, the bottom of liner is connected with heating Component can be heated with the liquid ensured in liner；The top of shell outwardly protrudes to form extension, is offered on extension Water outlet, and be discharged mouth down, then water outlet discharge can be taken by cup being placed on the table top of extension lower zone Liquid.

Pump includes drainpipe, water pump and outlet pipe, the discharge outlet and water of the both ends connection liner at the bottom of drainpipe The input terminal of pump, the output terminal of both ends connection water pump of outlet pipe and the water outlet of shell upper, ensure that water outlet with accommodating The connection of chamber, and then ensure that the liquid in accommodating chamber can be pumped to water outlet.

Further, the bottom of liner is additionally provided with temperature sensor, and temperature sensor is used to detect the liquid in liner Temperature；The lower section of liner is equipped with pedestal, and pedestal is by components such as heating component, water pump, drainpipe, the temperature sensors below liner It wraps up, is exposed to outside to avoid it, and power interface is additionally provided on pedestal.

In any of the above-described technical solution, the heating vessel is electric hot water bottle.

Certainly, it is not limited to electric hot water bottle, or water dispenser etc..

The additional aspect and advantage of the present invention will become practice apparent or by the present invention in following description section Recognize.

Description of the drawings

The above-mentioned and/or additional aspect and advantage of the present invention will become in the description from combination accompanying drawings below to embodiment Significantly and it is readily appreciated that, wherein：

Fig. 1 is the flow diagram of the method for heating and controlling of the heating vessel described in some embodiments of the invention；

Fig. 2 is the flow diagram of step S104 in method for heating and controlling shown in Fig. 1；

Fig. 3 is the module diagram of the heating control apparatus described in some embodiments of the invention；

Fig. 4 is the module diagram of the heating control apparatus described in one embodiment of the invention；

Fig. 5 is the structure diagram of the electric hot water bottle described in some embodiments of the invention.

Wherein, the correspondence between the reference numeral in Fig. 5 and component names is：

1 electric hot water bottle, 10 liners, 11 heating components, 12 temperature sensors, 20 shells, 21 extensions, 22 water outlets, 30 Pot lid component, 40 pedestals, 41 power interfaces, 50 pumps, 51 water pumps, 52 drainpipes, 53 outlet pipes, 100 computer heating controls dress It puts.

Specific embodiment

It is to better understand the objects, features and advantages of the present invention, below in conjunction with the accompanying drawings and specific real Mode is applied the present invention is further described in detail.It should be noted that in the absence of conflict, the implementation of the application Feature in example and embodiment can be combined with each other.

Many details are elaborated in the following description to facilitate a thorough understanding of the present invention, still, the present invention may be used also To be implemented using other different from other modes described here, therefore, protection scope of the present invention is not by described below Specific embodiment limitation.

The heating vessel described according to some embodiments of the invention and its heating control are described referring to Fig. 1 to Fig. 5 Method processed and heating control apparatus.

As shown in Figure 1, the method for heating and controlling for the heating vessel that the embodiment of first aspect present invention provides, including Following steps：

S102：Receive heating instructions and temperature setting instruction；

S104：Determine the corresponding heating mode of heating instructions；

S106：When heating instructions correspond to the first heating mode, first start heating component 11 and be heated to boiling by liquid, so Liquid is naturally cooled to preset temperature or starts heat sink afterwards, liquid is cooled to preset temperature；

S108：When heating instructions correspond to the second heating mode, start heating component 11 and directly be heated to presetting by liquid Temperature.

Specifically, heating vessel includes containing the liner 10 of liquid and for the liquid in heating inner liner 10 Heating component 11；When heating vessel is run with the first heating mode, heating component 11 is directly by the liquid in liner 10 It is heated to boiling, so as to ensure that the relatively poor liquid of quality can be boiled (as without cleaned tap water), to ensure The safety that user drinks；When heating vessel is run with the second heating mode, heating component 11 then will be in liner 10 Liquid is heated to preset temperature, that is, stops heating, so as to avoid the relatively good liquid of quality (such as cleaned tap water or The liquid capable of direct drinking such as mineral water) situation of boiling is also must be heated to, and then it is long to avoid period of reservation of number, and Electric energy is saved；In this way, user can select different heating modes according to the difference of water quality, so as to increase the selection of user Range preferably meets user demand.

It is set and instructed by temperature, user can independently select required fluid temperature, then either the first heating mode Or the second heating mode, heating vessel can obtain the liquid of user's required temperature, not only meet user demand, but also The stand-by period of user is reduced to the greatest extent；Meanwhile user can be directed to different liquid, select different heating modes, go forward side by side One step selects suitable set temperature, so as to further meet different user not according to personal mouthfeel or living habit Same demand, effectively increases user experience, increases the competitiveness of product in market.

It is not limited as the sequencing of heating instructions and temperature setting instruction, instruction can be set with temperature preceding, It can be with heating instructions preceding.

More specifically, heating vessel further includes heat sink, for being cooled down to the liquid in liner 10；It is then right In the first heating mode, after receiving temperature setting instruction, first start heating component 11 and be heated to boiling by the liquid in liner 10, To ensure safety that user drinks；Heating component 11 is then shut off, so that liquid naturally cools to preset temperature；Or it is closing Heat sink is also opened while closing heating component 11, so that the liquid fast cooling in liner 10 is to preset temperature, due to having The auxiliary temperature-reducing of heat sink, thus the cooling rate of liquid in liner 10 is effectively increased, so as to reduce the waiting of user Time；And for the second heating mode, temperature setting instruction then ensure that the preset temperature that liquid reaches under the pattern can root It is changed according to user demand, i.e., user can be set as needed different preset temperatures, so as to further meet user Different demands, and avoid user and fall into a long wait.

In other words, in above-mentioned technical proposal, the temperature setting of the corresponding heating vessel of temperature setting instruction (or temperature choosing Select) function, the first heating mode correspond to the boiling function (be heated to boiling and just stop heating) of heating vessel, second add Heat pattern corresponds to the straight of heating vessel and burns function (being only heated to preset temperature to stop heating), in three functions, boils It rises function and straight function of burning is mutually juxtaposed, temperature setting (or temperature selection) function can be not only used in combination with boiling function, but also can be with It is used in combination, but can obtain the liquid of user's set temperature with straight function of burning, difference lies in：It is interior when itself and boiling function and used time Liquid in courage 10 is first heated to boiling, then it (can be Temperature fall or active drop to be cooled to temperature set by user Temperature)；Stop when the liquid in itself and the second heating mode function and used time, liner 10 is then directly heated to temperature set by user Only heat.

Such as：If 10 inner splendid attire of liner is tap water, user thinks to need just drink after boiling, and needs 55 DEG C Water, that just selects the first heating mode, and temperature is set as 55 DEG C, and water can be cooled to 55 DEG C again after ebuillition of heated；If liner 10 inner dresses are cleaned tap water either mineral waters etc., and user thinks not needing to boil i.e. drinkable, then Ke Yixuan The second heating mode is selected, temperature is set as 55 DEG C, then water, which is heated to 55 DEG C, just to be stopped, when can shorten the waiting of user in this way Between.

What deserves to be explained is if being not received by temperature setting instruction, it is equivalent to straight burning function or boiling function is independent Operation, is used in combination without setting (or temperature selection) function with temperature；Then for directly burning function, heating component 11 is also directly by Liquid in courage 10 is heated to boiling, and is then automatically stopped heating；And for boiling function, if do not set with temperature (or temperature Degree selection) function is used in combination, then and after the liquid boiling in liner 10, heating component 11 stops heating, and heat sink will not be from It is dynamic to open；Therefore in this case, the straight heating for burning function isolated operation and boiling function isolated operation the result is that, institute Will directly burn function and temperature under normal circumstances and set (or temperature selection) function and with relatively good, and the temperature of setting is general Less than the boiling temperature of liquid.

In some embodiments of the invention, further, as shown in Fig. 2, step 104 specifically includes：

S1042：Judge the type of heating instructions；

S1044：It is corresponding according to the type selection that manual heating instructs when heating instructions are instructed for manual heating Heating mode.

First judge the type of heating instructions, the heating mode of heating vessel determined according to the type of heating instructions, Control process engineering reasonable and reliable.Specifically, when judge heating instructions instructed for manual heating when (heating mode Manually selected for user), then type (the boiling instruction or straight burning instruction) selection directly instructed according to manual heating is right therewith The heating mode answered, the program are equivalent to the selection according to user to determine heating mode that heating vessel will be run, I.e.：Which kind of heating mode heating vessel uses, and is independently selected to determine by user completely, then user can be according to oneself internally In courage 10 understanding (water quality at the different water sources of the tap water of such as non-purified mistake, cleaned tap water or mineral water) of liquid and The personal preference of oneself or living habit carry out the heating mode that autonomous selector closes oneself demand, simple to operate.

Further, as shown in Fig. 2, step S104 is specifically further included：

S1046：When heating instructions are automatic heating instructions, the attribute information of liquid is detected, and select according to testing result Select corresponding heating mode.

The program is on the basis of manual control so that and heating vessel is also provided with intelligent heating function, thus into One step improves the class of product, improves the usage comfort of user.Specifically, when judgement heating instructions refer to for automatic heating When enabling, the attribute information of the liquid in liner 10, such as ingredient, hardness, content of mineral substances, TDS values are first detected, to determine liquid Type, then select corresponding heating mode according to testing result, i.e.,：Which kind of heated mould heating vessel uses Formula is automatically selected after voluntarily being detected by product, in this way, even if user has forgotten or do not know about the liquid contained in liner 10 The type of body, machine can also select most suitable heating mode in itself, so as to not only ensure the safety that user drinks, but also to the greatest extent Amount reduces the stand-by period of user, thus more intelligent, class higher.

Such as：TDS meters can be set to detect the TDS values of liquid in liner 10, by the specific sizes of TDS values with it is each Kind water quality presets the matching of TDS ranges to distinguish water quality, and then select corresponding heating mode, such as the default TDS models of tap water It encloses for [X₁-X₂], the default TDS ranging from [X of pure water or cleaned tap water₃-X₄], when the TDS values that TDS meters detect In [X₁-X₂] in the range of when, then the first heating mode is automatically selected, when the TDS values that detect of TDS meters are in [X₃-X₄] in the range of When, then automatically select the second heating mode.

In any of the above-described embodiment, method for heating and controlling further includes：

When liquid reaches preset temperature, start heat insulation module and Heat preservation is carried out to liquid.

It is cooled to preset temperature again after either making liquid boiling using boiling function (i.e. the first heating mode), still adopts Liquid is made to directly heat to preset temperature with straight function (i.e. the second heating mode) of burning, heating vessel is with guarantor after this Warm mode operation to supplement liquid dispersed heat in liner 10, makes it maintain near the temperature of setting, then user need to only add It is hot primary, it is possible to the suitable liquid of temperature can be got at any time within relatively long a period of time, thus use body It is more preferable to test effect.

Certainly, when liquid reaches preset temperature, heating vessel can also enter standby mode, i.e., at machine power In on-state, but the structures such as heating component 11, heat insulation module, heat sink do not work, then the liquid in liner 10 is natural Cooling.

It is to be understood that is played due to heating component 11 and heat insulation module is heating function, only heating power Different with the specific time of work, specifically, heating component 11 is worked in heating process, and heating power is relatively large, To ensure that liquid is rapidly heated；And heat insulation module is worked in insulating process, heating power is relatively small, only needs to ensure Liquid will not cool down.So heating component 11 and heat insulation module can be the same devices for having different heating power, In heating process and it is separately operable different heating powers in insulating process；Can also be that separated two individually fill It puts, in heating process and is separately turned on different devices in insulating process, certainly each individually device can also have There is different heating powers.

In any of the above-described embodiment, starting heat sink, during liquid is cooled to preset temperature, if connect The instruction for cancelling cooling is received, then closes heat sink.

The embodiment, be equivalent to and with boiling function and temperature setting (or temperature selection) function when, in liquid boiling During cooling down afterwards, user can select to close heat sink at any time, and liquid is made to maintain relatively high temperature, without It has to be automatically stopped until heat sink so that the control of product is more flexible, so as to which the use for further improving user is relaxed Appropriateness；(or temperature selection) function and used time only are set in boiling function and temperature, heat sink can be after boiling of the liquid It automatically turns on, and is automatically closed when liquid is cooled to set temperature, controlled manually without user.

In any of the above-described embodiment, when liquid reaches preset temperature, start alarm set and send out alerting signal.

In the above-mentioned technical solutions, alerting signal includes voice signal and/or optical signal.

In any of the above-described embodiment, the preset temperature be drinkable temperature, the ranging from [T- of the drinkable temperature 5 DEG C, T+5 DEG C], wherein T is current environment temperature.

As shown in figure 3, the heating control apparatus 100 that the embodiment of second aspect of the present invention provides, heats for liquid and holds Device, including：Receiving module 200, determining module 300, temperature detecting module 500 and control module 400.

Wherein, receiving module 200 instructs for receiving heating instructions and temperature setting；Determining module 300 adds for determining Heat instructs corresponding heating mode；Temperature detecting module 500 is for the real-time temperature for detecting liquid；Control module 400 is used for Determining module 300 determine heating instructions correspond to the first heating mode when, first start heating component 11 by liquid be heated to boiling, Then liquid is naturally cooled to preset temperature or starts heat sink and liquid is cooled to preset temperature and for determining When module 300 determines that heating instructions correspond to the second heating mode, start heating component 11 and liquid is directly heated to preset temperature.

The heating control apparatus 100 that the embodiment of second aspect of the present invention provides, including receiving module 200, determining module 300th, temperature detecting module 500 and control module 400, receiving module 200 can receive heating instructions and temperature setting instruction, really Cover half block 300 can determine the corresponding heating mode of heating instructions, that is, determine the heating mode that heating vessel will be run, And control module 400 then controls heating component 11 to heat liquid according to corresponding pattern so that heating vessel is provided with more A different heating mode, and then can be according to the difference (or difference of water quality) or the specific need according to user for containing liquid It asks to select suitable heating mode, so as to preferably meet user demand, improves the usage experience of user, increase the city of product Field competitiveness.

Specifically, heating vessel includes containing the liner 10 of liquid and for the liquid in heating inner liner 10 Heating component 11；When heating vessel is run with the first heating mode, heating component 11 is directly by the liquid in liner 10 It is heated to boiling, so as to ensure that the relatively poor liquid of quality can be boiled (as without cleaned tap water), to ensure The safety that user drinks；When heating vessel is run with the second heating mode, heating component 11 then will be in liner 10 Liquid is heated to preset temperature, that is, stops heating, so as to avoid the relatively good liquid of quality (such as cleaned tap water or The liquid capable of direct drinking such as mineral water) situation of boiling is must be heated to, and then it is long to avoid period of reservation of number, and save About electric energy；In this way, user can select different heating modes according to the difference of water quality, so as to increase the selection model of user It encloses, preferably meets user demand.

By reception of the receiving module 200 to temperature setting instruction, user can independently select required fluid temperature, then Either the first heating mode or the second heating mode, heating vessel can obtain the liquid of user's required temperature, Not only user demand is met, but also has reduced the stand-by period of user to the greatest extent；Meanwhile user can be directed to different liquid, select Different heating modes, and suitable set temperature is further selected according to personal mouthfeel or living habit, so as to further The different demands of different user are met, effectively increase user experience, increase the competitiveness of product in market.

More specifically, heating vessel further includes heat sink, for being cooled down to the liquid in liner 10；It is then right In the first heating mode, after receiving module 200 receives temperature setting instruction, the startup of control module 400 heating component 11 is first by Liquid in courage 10 is heated to boiling, and to ensure safety that user drinks, heating component 11 is then shut off, so that liquid is natural It is cooled to preset temperature；Or heat sink is also opened while heating component 11 are closed, so that the liquid in liner 10 is fast Speed is cooled to preset temperature, due to there is the auxiliary temperature-reducing of heat sink, thus effectively increases the cooling speed of liquid in liner 10 Degree, so as to reduce the stand-by period of user；And for the second heating mode, temperature setting instruction then ensure that user can root According to needing to set different temperature, so as to both meet the different demands of user, in turn avoid user and fall into a long wait.

What deserves to be explained is if receiving module 200 is not received by temperature setting instruction, it is equivalent to straight burning function or boiling Function isolated operation is risen, is used in combination without setting (or temperature selection) function with temperature；Then for directly burning function, heating component 11 It is directly to be heated to boiling by the liquid in liner 10, is then automatically stopped heating；And for boiling function, if not with temperature Setting (or temperature selection) function is used in combination, then after the liquid boiling in liner 10, heating component 11 stops heating, and the dress that cools down Putting will not automatically turn on；Therefore in this case, the straight heating for burning function isolated operation and boiling function isolated operation the result is that It is the same, so, function and temperature will be directly burnt under normal circumstances sets (or temperature selection) function and with relatively good, and setting Temperature is generally below the boiling temperature of liquid.

In some embodiments of the invention, further, as shown in figure 4, determining module 300 includes：Judging unit 3002 and selecting unit 3004.Wherein, judging unit 3002 is used to judge the type for the heating instructions that receiving module 200 receives； Selecting unit 3004 is used to, when judging unit 3002 judges that heating instructions are instructed for manual heating, be instructed according to manual heating Type selects corresponding heating mode.

Determining module 300 includes judging unit 3002 and selecting unit 3004, and judging unit 3002 first judges heating instructions Type, selecting unit 3004 determines the heating mode of heating vessel according to the type of heating instructions, control process section It is reasonable and reliable to learn.Specifically, when judging unit 3002 judge heating instructions instructed for manual heating when (heated mould What formula was manually selected for user), then selection is therewith for the type (instruction is directly burnt in boiling instruction) directly instructed according to manual heating Corresponding heating mode, the program are equivalent to the selection according to user to determine heated mould that heating vessel will be run Formula, i.e.,：Which kind of heating mode heating vessel uses, and is independently selected to determine by user completely, then user can be according to oneself To the understanding (water at the different water sources of tap water, cleaned tap water or mineral water of such as non-purified mistake of liquid in liner 10 Matter) and personal preference or the living habit of oneself, carry out the heating mode that autonomous selector closes oneself demand, it is simple to operate.

Further, as shown in figure 4, determining module 300 further includes detection unit 3006, for detecting the attribute of liquid letter Breath；Selecting unit 3004 is additionally operable to, when it is automatic heating instructions that judging unit 3002, which judges heating instructions, according to detection unit 3006 testing result selects corresponding heating mode.

The program is on the basis of manual control so that and heating vessel is also provided with intelligent heating function, thus into One step improves the class of product, improves the usage comfort of user.Specifically, when judging unit 3002 judges heating instructions During for automatic heating instructions, detection unit 3006 first detects the attribute information of the liquid in liner 10, such as ingredient, hardness, mineral Matter content, TDS values etc., to determine the type of liquid, then selecting unit 3004 selects corresponding add according to testing result Heat pattern, i.e.,：Which kind of heating mode heating vessel uses, and is automatically selected after voluntarily being detected by product, in this way, even if User has forgotten or does not know about the type of the liquid contained in liner 10, and machine can also select most suitable heating in itself Pattern, so as to not only ensure the safety that user drinks, but also reduce the stand-by period of user to the greatest extent, thus more intelligent, class Higher.

Such as：Detection unit 3006 is counted for TDS, and TDS meters can be set to detect the TDS values of liquid in liner 10, led to It crosses the specific size of TDS values and various water quality presets the matching of TDS ranges to distinguish water quality, and then select corresponding heated mould Formula, such as the default TDS ranging from [X of tap water₁-X₂], the default TDS ranging from [X of pure water or cleaned tap water₃- X₄], when the TDS values that TDS meters detect are in [X₁-X₂] in the range of when, then automatically select the first heating mode, when TDS meter detect TDS values in [X₃-X₄] in the range of when, then automatically select the second heating mode.

In any of the above-described embodiment, heating vessel further includes heat insulation module；Heating control apparatus 100 further includes guarantor Startup temperature module 600, as shown in figure 4, for when liquid reaches preset temperature, startup heat insulation module carries out liquid heat preservation and adds Heat.

It is cooled to set temperature again after either making liquid boiling using boiling function (i.e. the first heating mode), still adopts Liquid is made to directly heat to preset temperature with straight function (i.e. the second heating mode) of burning, heating vessel is with guarantor after this Warm mode operation to supplement liquid dispersed heat in liner 10, makes it maintain near the temperature of setting, then user need to only add It is hot primary, it is possible to the suitable liquid of temperature can be got at any time within relatively long a period of time, thus use body It is more preferable to test effect.

Certainly, when liquid reaches set temperature, heating vessel can also enter standby mode, i.e., at machine power In on-state, but the structures such as heating component 11, heat sink do not work, then the liquid Temperature fall in liner 10.

In any of the above-described embodiment, control module 400 is additionally operable to, and liquid is cooled to default temperature starting heat sink During degree, if receiving the instruction for cancelling cooling, heat sink is closed.

In any of the above-described embodiment, heating vessel further includes alarm set；Heating control apparatus 100, which further includes, to be carried Awake starting module 700, as shown in figure 4, for when temperature detecting module 500 detects that fluid temperature reaches preset temperature, opening Dynamic alarm set sends out alerting signal.

Optionally, alerting signal includes voice signal and/or optical signal.

When fluid temperature reaches preset temperature, starting module 700 is reminded to start alarm set and sends out alerting signal, is carried The setting of awake device, when ensure that liquid reaches preset temperature, machine can send out alerting signal automatically, then user need not keep Before heating vessel, without with many times to checking repeatedly before machine, you can timely and accurately know the information, so as into One step improves the usage comfort of user.

As shown in figure 5, the heating vessel that the embodiment of third aspect present invention provides, including：Liner component, pot lid Component 30, heat sink, heating component 11 and the heating control apparatus 100 such as any one of second aspect embodiment.

Specifically, liner component includes the liner 10 for containing liquid；The lid of pot lid component 30 is located on liner component；Add Hot component 11 is connected with liner 10, for the liquid in heating inner liner 10；Heat sink, for the liquid in the liner 10 Cool down；Heating control apparatus 100, control module 400 and the heating component 11 and heat sink electricity of heating control apparatus 100 Connection.

The heating vessel that the embodiment of third aspect present invention provides, because including any one of second aspect embodiment Heating vessel, thus with all advantageous effects possessed by any one of above-described embodiment, details are not described herein.

The setting of heat sink, ensure that liquid in liner 10 can fast cooling, so as to reduce the waiting of user Time improves the usage experience of user.Specifically, heat sink (can be filled out for semiconductor chilling plate, fan, phase change component Filled with phase-change material) any one of or appoint several or other cooling systems；Its specific location can be located at liner 10 bottom, The positions such as at side, top, inside or water outlet 22, such as：The huyashi-chuuka (cold chinese-style noodles) of semiconductor chilling plate can be fitted in the outer of liner 10 Surface or the outer surface for being fitted in outlet pipe 53, fan can be arranged on the outer surface of liner 10 or pedestal 40 or shell 20 or pot On cap assemblies 30, phase change component can be placed on the inside of liner 10 or be fitted in the outer surface of liner 10 or outlet pipe 53 Outer surface.

In any of the above-described embodiment, the bottom of liner 10 offers discharge outlet, and liner component further includes shell 20, shell 20 are set in the outside of liner 10, and interlayer is formed between liner 10, and the top of shell 20 outwardly protrudes to form extension 21, extension 21 is equipped with water outlet 22, and water outlet 22 is downward；Heating vessel further includes pump 50, pumping group Part 50 includes drainpipe 52, water pump 51 and outlet pipe 53, and drainpipe 52 and water pump 51 are located at the lower section of liner 10, outlet pipe 53 In in interlayer, and input terminal of the both ends of drainpipe 52 respectively with discharge outlet and water pump 51 is connected, the both ends point of outlet pipe 53 It is not connected with the output terminal of water pump 51 and water outlet 22.

Liner component includes liner 10 and shell 20, and for containing liquid to be heated, the bottom of liner 10 connects liner 10 Heating component 11 is connected to, can be heated with the liquid ensured in liner 10；The top of shell 20 outwardly protrudes to form extension 21, water outlet 22 is offered, and water outlet 22 is downward on extension 21, then cup is placed on the platform of 21 lower zone of extension The liquid of the discharge of water outlet 22 can be taken on face.

Pump 50 includes drainpipe 52, water pump 51 and outlet pipe 53, both ends 10 bottom of connection liner of drainpipe 52 Discharge outlet and water pump 51 input terminal, outlet pipe 53 both ends connection water pump 51 20 top of output terminal and shell water outlet 22, it ensure that the connection of water outlet 22 and accommodating chamber, and then ensure that the liquid in accommodating chamber can be pumped at water outlet 22.

Further, the bottom of liner 10 is additionally provided with temperature sensor 12, and temperature sensor 12 is used to detect in liner 10 Liquid temperature；The lower section of liner 10 is equipped with pedestal 40, and pedestal 40 is by the heating component 11 of the lower section of liner 10, water pump 51, row The components such as water pipe 52, temperature sensor 12 wrap up, and are exposed to outside to avoid it, and be additionally provided with power interface on pedestal 40 41。

In any of the above-described embodiment, heating vessel is electric hot water bottle 1.

Certainly, it is not limited to electric hot water bottle 1, or water dispenser etc..

In conclusion the method for heating and controlling of heating vessel provided by the invention, has heating vessel more A different heating mode, and then can be according to the difference (or difference of water quality) or the specific need according to user for containing liquid It asks to select suitable heating mode, so as to preferably meet user demand, improves the usage experience of user, increase the city of product Field competitiveness.

In the present invention, term " first ", " second ", " third " are only used for the purpose described, and it is not intended that instruction Or imply relative importance；Term " multiple " then refers to two or more, unless otherwise restricted clearly.Term " installation ", The terms such as " connected ", " connection ", " fixation " should all be interpreted broadly, for example, " connection " can be fixedly connected or can Dismantling connection is integrally connected；" connected " can be directly connected, and can also be indirectly connected by intermediary.For this For the those of ordinary skill in field, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.

In description of the invention, it is to be understood that the orientation or position relationship of the instructions such as term " on ", " under " be based on Orientation shown in the drawings or position relationship are for only for ease of the description present invention and simplify description rather than instruction or imply institute The device or unit of finger must have specific direction, with specific azimuth configuration and operation, it is thus impossible to be interpreted as to this hair Bright limitation.

In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc. Mean to combine at least one reality that the particular features, structures, materials, or characteristics that the embodiment or example describe are contained in the present invention It applies in example or example.In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment or reality Example.Moreover, description particular features, structures, materials, or characteristics can in any one or more embodiments or example with Suitable mode combines.

The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, that is made any repaiies Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.

Claims

1. a kind of method for heating and controlling of heating vessel, which is characterized in that including：

Receive heating instructions and temperature setting instruction；

Determine the corresponding heating mode of the heating instructions；

When the heating instructions correspond to the first heating mode, first start heating component and be heated to boiling by liquid, then by liquid Body naturally cools to preset temperature or starts heat sink is cooled to preset temperature by liquid；

When the heating instructions correspond to the second heating mode, start heating component and liquid is directly heated to preset temperature.

2. the method for heating and controlling of heating vessel according to claim 1, which is characterized in that

" determining the corresponding heating mode of the heating instructions " step specifically includes：

Judge the type of the heating instructions；

When the heating instructions are instructed for manual heating, corresponding add, is selected according to the type that the manual heating instructs Heat pattern.

3. the method for heating and controlling of heating vessel according to claim 2, which is characterized in that

" determining the corresponding heating mode of the heating instructions " step specifically further includes：

When the heating instructions are automatic heating instructions, the attribute information of liquid is detected, and select according to testing result therewith Corresponding heating mode.

4. the method for heating and controlling of heating vessel according to any one of claim 1 to 3, which is characterized in that

When liquid reaches the preset temperature, start heat insulation module and Heat preservation is carried out to liquid.

5. the method for heating and controlling of heating vessel according to any one of claim 1 to 3, which is characterized in that

When liquid reaches the preset temperature, start alarm set and send out alerting signal.

6. the method for heating and controlling of heating vessel according to any one of claims 1 to 3, which is characterized in that

The preset temperature is drinkable temperature, and ranging from [T-5 DEG C, T+5 DEG C] of the drinkable temperature, wherein T is current Environment temperature.

7. a kind of heating control apparatus, for heating vessel, which is characterized in that including：

Receiving module, for receiving heating instructions and temperature setting instruction；

Determining module, for determining the corresponding heating mode of the heating instructions；

Temperature detecting module, for detecting the temperature of liquid in real time；

Control module, for when the determining module determines that the heating instructions correspond to the first heating mode, first starting heating Liquid is heated to boiling by component, and liquid then is naturally cooled to preset temperature or liquid is cooled to by startup heat sink Preset temperature and for when the determining module determines that the heating instructions correspond to the second heating mode, starting heating component Liquid is directly heated to preset temperature.

8. heating control apparatus according to claim 7, which is characterized in that the determining module includes：

Judging unit, for judging the type of the heating instructions of the receiving module reception；With

Selecting unit, for when the judging unit judges that the heating instructions instructs for manual heating, according to described manual The type of heating instructions selects corresponding heating mode.

9. heating control apparatus according to claim 8, which is characterized in that

The determining module further includes detection unit, for detecting the attribute information of liquid；

The selecting unit is additionally operable to, when it is automatic heating instructions that the judging unit, which judges the heating instructions, according to institute The testing result for stating detection unit selects corresponding heating mode.

10. the heating control apparatus according to any one of claim 7 to 9, which is characterized in that

The heating vessel further includes heat insulation module；

The heating control apparatus further includes：Starting module is kept the temperature, for working as the liquid temperature that the temperature detecting module detects When degree reaches the preset temperature, start heat insulation module and Heat preservation is carried out to liquid.

11. the heating control apparatus according to any one of claim 7 to 9, which is characterized in that

The heating vessel further includes alarm set；

The heating control apparatus further includes：Starting module is reminded, for working as the liquid temperature that the temperature detecting module detects When degree reaches the preset temperature, start alarm set and send out alerting signal.

12. the heating control apparatus according to any one of claim 7 to 9, which is characterized in that

13. a kind of heating vessel, which is characterized in that including：

Liner component, the liner including being used to contain liquid；

Pot lid component, lid are located on the liner component；

Heating component is connected with the liner, for heating the liquid in the liner；With

Heat sink, for cooling down to the liquid in the liner；

Heating control apparatus as described in any one of claim 7 to 12, the control module of the heating control apparatus and institute State heating component and heat sink electrical connection.

14. heating vessel according to claim 13, which is characterized in that

The bottom of the liner offers discharge outlet, and the liner component further includes shell, and the shell is set in the liner Outside, and interlayer is formed between the liner, and the top of the shell outwardly protrudes to form extension, the extension It is equipped with water outlet, and the water outlet mouth down；

The heating vessel further includes pump, and the pump includes drainpipe, water pump and outlet pipe, the row Water pipe and the water pump are located at the lower section of the liner, and the outlet pipe is located in the interlayer, and the both ends of the drainpipe The input terminal with the discharge outlet and the water pump is connected respectively, the both ends output with the water pump respectively of the outlet pipe End is connected with the water outlet.