CN208192832U - Electric water bottle - Google Patents

Abstract

The application provides a kind of electric water bottle, including bottle body, in be equipped with multiple water storehouses, it is two neighboring in multiple water storehouses to be interconnected and mutually carry out water coke slurry；First heater is set to the bottom of the smallest water storehouse of volume in multiple water storehouses；And outlet system, one end are connected with the smallest water storehouse of the volume, the other end is for being discharged.The utility model may be used on household appliance technical field, it is handled by the way that the space of heating up water of electric-heating thermos is carried out a point storehouse, and the water in small water storehouse is quickly heated, quickly supplied water to realize, the waiting time of user is greatly shortened, improves the usage experience of user；By being arranged interconnected between two neighboring water storehouse and can mutually carry out water coke slurry, so as to the enough mutually flowings of the water energy in multiple water storehouses, and then all it is heated.

Description

Electric water bottle

Technical field

The utility model relates to household appliance technical fields, and in particular, to a kind of electric water bottle.

Background technique

Currently, the boiling water pot of low capacity can no longer meet demand with the increase of the split water demand of consumer, with Demand to large capacity kettle, electric water bottle have listed and have formd certain scale, but the large capacity water storage of electric water bottle The characteristics of, but bring another problem, i.e. heating time is long, consumer need to wait when drinking hot water more than half a hour when Between, influence normal demand.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of achievable quickly heating, substantially shortening heating The electric water bottle of time.

In order to reach the purpose of this utility model, the technical solution that the utility model is taken is as follows:

The embodiments of the present invention provide a kind of electric water bottle, comprising:

Bottle body, in be equipped with multiple water storehouses, in multiple water storehouses it is two neighboring be interconnected and can mutually into Row water coke slurry；

First heater is set to the bottom of the smallest water storehouse of volume in multiple water storehouses；With

Outlet system, one end are connected with the smallest water storehouse of the volume, and the other end is for being discharged.

Electric water bottle provided in this embodiment comprising multiple water storehouses, and be interconnected between two neighboring water storehouse And water coke slurry can be mutually carried out, so as to the enough mutually flowings of the water energy in multiple water storehouses, and then all it is heated；First heating Device is set to the bottom of the smallest water storehouse of volume in multiple water storehouses, and such first heater is the smallest by volume first Water in one water storehouse is heated to consumption temperature, is such as heated to boiling, if user needs boiled water at this time, outlet system is by volume Boiled water in a smallest water storehouse takes out, with for users to use；If user does not need boiled water at this time, in multiple water storehouses Water phase mutually flows, and first heater continues heating until the water in whole water storehouses is heated to boiling, and is used with standby user.

With it is existing only include a water storehouse, the water in the water storehouse need to be all heated to the electricity that could fetch water of boiling Vacuum flask is compared, and the present embodiment is handled by the way that the water space in electric water bottle is carried out a point storehouse, only by the smallest storage of volume Water in sump is heated to boiling, and can obtain boiled water, can realize and quickly burn in the case where not increasing heating power in this way Water, the function of quickly supplying water, are greatly shortened the waiting time of user, improve the usage experience of user.

Optionally, heat insulation structural is equipped between the two neighboring water storehouse.

Heat insulation structural can hinder to carry out heat exchange between two neighboring water storehouse, and such first heater is to volume minimum A water storehouse heating when, heat insulation structural can make the smallest water storehouse of volume be transferred to adjacent water storehouse heat reduce, make Heat is more retained in the smallest water storehouse of volume, is rapidly heated to boiling to be conducive to the smallest water storehouse of volume It rises, so that user being capable of quick obtaining boiled water.

Optionally, the heat insulation structural includes thermal insulation board；

Alternatively, the heat insulation structural includes the gap between the two neighboring water storehouse.

Thermal insulation board is made of heat-barrier material, can be weakened the heat transmitting between adjacent two water storehouse, be filled the first heating Heat can be more retained in the smallest water storehouse of volume when setting heating, so as to the water in the smallest water storehouse of volume It being capable of fast boiling；Gap between two neighboring water storehouse is not in contact with each other between that is, adjacent two water storehouse, weakens adjacent two storage Heat transmitting between sump, heat can more be retained in the smallest water storehouse of volume when such first heater heats It is interior, so that the water energy in the smallest water storehouse of volume reaches fast boiling.

Optionally, multiple water storehouses include the first water storehouse and the second water storehouse, the volume of first water storehouse Less than the volume of second water storehouse, and first water storehouse is located at the lower section of second water storehouse.

Electric water bottle includes the first water storehouse and the second water storehouse, the appearance of the volume of the first water storehouse less than the second water storehouse Product, i.e. the volume of the first water storehouse is smaller, therefore can heat to the first water storehouse, to realize Quick water exit function；First Water storehouse is located at the lower section of the second water storehouse, on the one hand convenient in the bottom of the first water storehouse setting first heater；It is another Aspect, during first heater heating, the temperature of the water in the first water storehouse can be steeply risen, and between two water storehouses Heat exchange it is slower, therefore the water in the first water storehouse can reach boiling temperature first with for providing boiled water；When the first water storage After water in storehouse reaches reference temperature, if hot water is discharged not in time, with first heater continuous heating, the first water storage The water to boil in storehouse can generate a large amount of bubbles, and enter the second water storehouse, swap the water in two water storehouses, until complete The water in portion is heated to boiling.

Optionally, it is equipped with cavity in the bottle body, is equipped with laterally disposed partition in the cavity, the partition is equipped with Exchanging water hole, the downside of the partition are first water storehouse, and the upside of the partition is second water storehouse.

The intracorporal cavity of bottle is divided into two water storehouses by partition, and two water storages are carried out by exchanging water hole on partition The water coke slurry in storehouse.Moisture can be interposed between in two water storehouses by the partition of the present embodiment, when first heater carries out heater When making, a small amount of water in the first water storehouse is heated first, since the water in the first water storehouse is few, and close to the first heating dress It sets, therefore temperature can steeply rise, and due to the blocking of partition, the heat exchange between water in two water storehouses is slower, therefore Water in first water storehouse can reach consumption temperature first.After the first water storehouse reaches temperature, if hot water is discharged not in time, Then with the continuous heating of the bottom of the first water storehouse, the water of bottom boiling can generate a large amount of bubbles, thus be discharged from exchanging water hole, So that the water at low temperature in the second water storehouse enters the first water storehouse, to heat to the water in two water storehouses, directly To whole boilings.

In the present embodiment, a point storehouse can be carried out by simple partition and designed, so that convenient on the basis of former electric water bottle On carry out upgrading point storehouse, meet the requirement of speed heat water outlet, and the first water storehouse can be simple and efficient by exchanging water hole automatic water filling.

Optionally, the electric water bottle further includes control system, is provided with the first temperature sensing in first water storehouse Device, the control system control the work of the outlet system according to the testing result of first temperature sensor.

The first temperature sensor is provided in first water storehouse, the first temperature sensor can detect the water in the first water storehouse Temperature whether reach consumption temperature, control system controls the work of outlet system according to the testing result of the first temperature sensor Make.For example, the water in the first water storehouse is boiled at the initial stage of heating up water, and when the water in the second water storehouse is not also boiled, can only will expire The water of sufficient temperature is extracted out by outlet system, and when detecting the temperature deficiency in the first water storehouse, outlet system stops water outlet, The interface prompt water temperature of function panel is insufficient.

Optionally, cavity is equipped in the bottle body, first water storehouse and second water storehouse are arranged at described In cavity；

There is gap, and first water storehouse and described the between first water storehouse and second water storehouse Two water storehouses are connected by communicating pipe.

There is gap, which can play heat-blocking action, to slow down two storages between first water storehouse and the second water storehouse Heat transmitting between sump, so that the water in the first water storehouse quickly heats up to consumption temperature；First water storehouse and the second water storage Storehouse is connected by communicating pipe, so that the water phase between two water storehouses mutually flows, the water in the first water storehouse is heated to boiling Afterwards, the water in the second water storehouse is also heated at boiling.

Optionally, the electric water bottle further includes control system, is provided with the first temperature sensing in first water storehouse Device, the control system control the work of the outlet system according to the testing result of first temperature sensor.

The first temperature sensor is provided in first water storehouse, the first temperature sensor can detect the water in the first water storehouse Temperature whether reach consumption temperature, control system controls the water outlet of outlet system according to the testing result of the first temperature sensor Or stop water outlet.

Optionally, switch valve is provided on the communicating pipe, when the outlet system is worked, the control system control The switch valve is made to close.

Switch valve is provided on communicating pipe, when outlet system is worked, control system control switch valve is closed, to prevent The water for not being heated to consumption temperature in second water storehouse enters in the first water storehouse, influences the water being discharged from the first water storehouse Temperature.

Optionally, the electric water bottle further includes the secondary heating mechanism set on the bottom of second water storehouse；

Second temperature sensor and water level sensor are equipped in second water storehouse.

Secondary heating mechanism can heat the water in the second water storehouse, so as to quickly by the water in two water storehouses It is both heated to consumption temperature；Second temperature sensor can detect the temperature of the water in the second water storehouse, so as in the second water storehouse After interior water reaches consumption temperature, control secondary heating mechanism stops heating；Water level sensor can detect in the second water storehouse The water level of water prompts user's water shortage if water level is lower than lowest water level line, need to carry out adding water.

Compared to the prior art the utility model, has the following beneficial effects:

The electric water bottle that the embodiments of the present invention provide, by the way that the space of heating up water of electric-heating thermos is carried out a point Cang Chu Reason, and the water in small water storehouse is quickly heated, it quickly supplies water to realize；

By two heating devices of setting, realizes two water storehouses while heating, it can be the case where not increasing heating power Under, that is, it is able to achieve quick water boiling function；

The electric water bottle of the present embodiment is able to achieve the immediate thermal function quickly heated up water, and can also reduce heating power consumption, reach section The purpose of energy.

Other features and advantages of the utility model will illustrate in the following description, also, partly from specification In become apparent, or understood and implementing the utility model.The purpose of this utility model and other advantages can pass through Specifically noted structure is achieved and obtained in the specification, claims and drawings.

Detailed description of the invention

Attached drawing is used to provide to further understand technical solutions of the utility model, and constitutes part of specification, It is used to explain the technical solution of the utility model together with embodiments herein, not constitute to technical solutions of the utility model Limitation.

Fig. 1 is the structural schematic diagram according to the electric water bottle of one embodiment of the utility model；

Fig. 2 is the structural schematic diagram according to the electric water bottle of one embodiment of the utility model；

Fig. 3 is the structural schematic diagram according to the electric water bottle of one embodiment of the utility model.

Wherein, the relationship in Fig. 1-Fig. 3 between appended drawing reference and component names is

1 bottle body, 10 first water storehouses, 11 second water storehouses, 12 partitions, 120 exchanging water holes, 13 communicating pipes, 2 first heating dresses It sets, 3 secondary heating mechanisms, 4,5 water pumps, 6 water level sensors.

Specific embodiment

For the purpose of this utility model, technical solution and advantage is more clearly understood, below in conjunction with attached drawing to this The embodiment of utility model is described in detail.It should be noted that in the absence of conflict, embodiment in the application and Feature in embodiment can mutual any combination.

Embodiment one:

As shown in Figure 1, the embodiments of the present invention provide a kind of electric water bottle, comprising: the heating dress of bottle body 1, first Set 2 and outlet system (including water pump 4).

Wherein, it is equipped with multiple water storehouses in bottle body 1, it is two neighboring in multiple water storehouses to be interconnected and mutually carry out Water coke slurry so as to the enough mutually flowings of the water energy in multiple water storehouses, and then all is heated to drinking temperature by first heater 2 Degree, is such as heated to boiling.

First heater 2 is set to the bottom of the smallest water storehouse of volume in multiple water storehouses, one end of outlet system It is connected with the smallest water storehouse of the volume, the other end is for being discharged.

When electric water bottle works, the water in the smallest water storehouse of volume is heated to drinking by first heater 2 first Temperature is such as heated to boiling, if user needs boiled water at this time, outlet system takes the boiled water in the smallest water storehouse of volume Out, with for users to use；If user does not need boiled water at this time, the water phase in multiple water storehouses mutually flows, first heater 2 Continue heating until the water in whole water storehouses is heated to boiling, is used with standby user.

With it is existing only include a water storehouse, the water in the water storehouse need to be all heated to the electricity that could fetch water of boiling Vacuum flask is compared, and the present embodiment is handled by the way that the water space in electric water bottle is carried out a point storehouse, only by the smallest storage of volume Water in sump is heated to boiling, and can obtain boiled water, realizes the function of quickly heating up water, quickly supply water, user is greatly shortened Waiting time, improve the usage experience of user.

Optionally, heat insulation structural is equipped between two neighboring water storehouse.

Heat insulation structural can hinder to carry out heat exchange between two neighboring water storehouse, such first heater 2 to volume most When a small water storehouse heats, the heat that heat insulation structural can make the smallest water storehouse of volume be transferred to adjacent water storehouse is reduced, It is retained in heat more in the smallest water storehouse of volume, is rapidly heated to being conducive to the smallest water storehouse of volume Boiling, so that user being capable of quick obtaining boiled water.

Optionally, heat insulation structural includes thermal insulation board.

Thermal insulation board is made of heat-barrier material, can be weakened the heat transmitting between adjacent two water storehouse, be filled the first heating Heat can be more retained in the smallest water storehouse of volume when setting 2 heating, so as in the smallest water storehouse of volume Water energy reaches fast boiling.

Optionally, as shown in Figure 1, multiple water storehouses include the first water storehouse 10 and the second water storehouse 11, the first water storehouse 10 volume is less than the volume of the second water storehouse 11, and the first water storehouse 10 is located at the lower section of the second water storehouse 11.

Electric water bottle includes the first water storehouse 10 and the second water storehouse 11, and the volume of the first water storehouse 10 is less than the second water storage The volume of the volume in storehouse 11, i.e. the first water storehouse 10 is smaller, therefore can heat to the first water storehouse 10, is quickly gone out with realizing Water function；First water storehouse 10 is located at the lower section of the second water storehouse 11, on the one hand convenient in the setting of the bottom of the first water storehouse 10 First heater 2；On the other hand, during first heater 2 heats, the temperature of the water in the first water storehouse 10 can be sharply Rise, and the heat exchange between two water storehouses is slower, therefore the water in the first water storehouse 10 can reach first boiling temperature with For providing boiled water；After the water in the first water storehouse 10 reaches reference temperature, if hot water is discharged not in time, with first 2 continuous heating of heating device, the interior water to boil of the first water storehouse 10 can generate a large amount of bubbles, and enter the second water storehouse 11, make Water in two water storehouses swaps, until whole water is heated to boiling.

Optionally, as shown in Figure 1, being equipped with cavity in bottle body 1, laterally disposed partition 12 is equipped in cavity, on partition 12 Equipped with exchanging water hole 120, the downside of partition 12 is the first water storehouse 10, and the upside of partition 12 is the second water storehouse 11.

The cavity in bottle body 1 is divided into two water storehouses by partition 12, and is carried out on partition 12 by exchanging water hole 120 The water coke slurry of two water storehouses.Moisture can be interposed between in two water storehouses by the partition 12 of the present embodiment, when first heater 2 When carrying out heating work, a small amount of water in the first water storehouse 10 is heated first, since the water in the first water storehouse 10 is few, and Close to first heater 2, therefore temperature can steeply rise, and due to the blocking of partition 12, between the water in two water storehouses Heat exchange it is slower, therefore the water in the first water storehouse 10 can reach consumption temperature first.When the first water storehouse 10 reaches temperature Afterwards, if hot water is discharged not in time, with the continuous heating of the bottom of the first water storehouse 10, the water of bottom boiling can be generated greatly Bubble is measured, thus be discharged from exchanging water hole 120, so that the water at low temperature in the second water storehouse 11 enters the first water storehouse 10, from And the water in two water storehouses is heated, until all boilings.

Preferably, partition 12 is made of heat-barrier material, so that partition 12 can play heat-blocking action, in this way without in addition setting Heat insulation structural (such as thermal insulation board) is set to be thermally shielded to two water storehouses.Certainly, thermal insulation board and partition 12 can be arranged simultaneously, at this time Partition 12 can be used heat-barrier material and be made, or is made of non-insulated material.

Optionally, electric water bottle further includes control system, and the first temperature sensor is provided in the first water storehouse 10, control System controls the work of outlet system according to the testing result of the first temperature sensor.

The first temperature sensor is provided in first water storehouse 10, the first temperature sensor can detect in the first water storehouse 10 The temperature of water whether reach consumption temperature, control system controls outlet system according to the testing result of the first temperature sensor Work.For example, the water in the first water storehouse 10 is boiled at the initial stage of heating up water, and when the water in the second water storehouse 11 is not also boiled, only The water for meeting temperature can be extracted out by outlet system, when detecting the temperature deficiency in the first water storehouse 10, outlet system Stop water outlet, the interface prompt water temperature of function panel is insufficient.

Optionally, water level sensor is equipped in the second water storehouse 11.Water level sensor can detect in the second water storehouse 11 The water level of water prompts user's water shortage if water level is lower than lowest water level line, need to carry out adding water.

The capacity of common electric water bottle is 4L to 5L or so, according to the requirement being discharged to speed heat, and is met common primary The capacity requirement of water intaking, general requirements are about in 500ml to 1L hot water or so, therefore the first water storehouse 10 and the second water storehouse 11 Volume fraction may be configured as 3:1 between 6:1.It is of course also possible to other ratios outside the range are set as, specific ratio ginseng Number can be according to comprehensive designs such as the volume of electric water bottle, heating power and effluent functions demands.

In the present embodiment, the cavity storehouse to boil water of the big volume of electric water bottle is divided into the first water storehouse 10 and the second storage Sump 11, the first water storehouse 10 can be used as storehouse of quickly heating up water due to small in size, and the second water storehouse 11 is then used as storage area.

By quickly heating up water storehouse to the first water storehouse 10() it heats, first by a small amount of water in the first water storehouse 10 It is boiled or burn to drinkable temperature, thus meet the requirement of quick drinking hot water, and a large amount of water in the second water storehouse 11 are then Enter amount of makeup water in the first water storehouse 10 according to the hot water situation in the first water storehouse 10.In the first water storehouse 10, temperature is set Sensor, when the hot water in the first water storehouse 10 is burnt to required temperature, function display interface can prompt can with water receiving, at this time Water in two water storehouses 11 can continue to heat, until whole water are boiled.

The scheme of heating up water illustrated through this embodiment, can meet the needs of consumer is to quick drinking water, solve big Capacity vacuum flask is heated up water, and the time is long, can not obtain the problem of hot water in time.Temperature is respectively set in two water storehouses in this programme Sensor, thus in two water storehouse of real-time collecting water temperature signal, the case where control system is according to temperature in two water storehouses Carry out computer heating control.

Below with reference to Fig. 1, the electric water bottle of the present embodiment is illustrated.

Cavity in the bottle body 1 of electric water bottle is divided by partition 12 by electric water bottle design structure as shown in Figure 1 11 two water storehouses of one water storehouse 10 and the second water storehouse carry out two water storehouses by an exchanging water hole 120 among partition 12 Water coke slurry.When first heater 2 carries out heating work, a small amount of water in the first water storehouse 10 is heated first, due to Water in first water storehouse 10 is few, and close to first heater 2, therefore temperature can steeply rise, and due to the resistance of partition 12 It keeps off, the heat exchange between water in two water storehouses is slower, therefore the water in the first water storehouse 10 can reach consumption temperature first.When After first water storehouse 10 reaches temperature, if hot water is discharged not in time, with the continuous heating of 10 bottom of the first water storehouse, bottom The water of portion's boiling can generate a large amount of bubbles, be discharged from exchanging water hole 120, so that the water at low temperature in the second water storehouse 11 enters the first storage Sump 10, to be heated to the water in two water storehouses, until all boilings.If at the initial stage of heating up water, the first water storehouse 10 Interior water is boiled, and when the water in the second water storehouse 11 is not also boiled, it if desired fetches water at this time, then can only will meet the water of temperature It is extracted out by water pump 4, when detecting the temperature deficiency in the first water storehouse 10, water pump 4 stops water outlet, the interface of function panel Prompt water temperature insufficient.

Partition 12 used in the present embodiment can select the food-grade material of different thermal coefficients according to considerations such as costs Matter, wherein the difference of thermal coefficient determines the speed that water temperature rises in the first water storehouse 10, and thermal coefficient height can make the first water storage Water in storehouse 10 and the second water storehouse 11 carries out the heat transmitting of fast speed, therefore rate of rise in temperature phase in the first water storehouse 10 To lower, if thermal coefficient is small, the water temperature rise speed that will lead in the first water storehouse 10 is very fast.

The topology layout of partition 12 can are as follows: annular brace muscle is arranged in wall, partition 12 is placed above.Partition 12 changes Water hole 120 may be designed as various ways: the modes such as single big hole or more apertures.When the water temperature in the first water storehouse 10 rises When to 95 degree or so, 10 bottom of the first water storehouse starts to generate the minute bubbles of boiling, and is discharged by exchanging water hole 120, so that every Water near plate 12 carries out cold and hot water coke slurry, so that the water temperature in the second water storehouse 11 is promoted, until in the second water storehouse 11 Water is boiled.When the first temperature sensor detect the first water storehouse 10 in water temperature reach water outlet require when, allow water pump can will Hot water discharge；With the water discharge in the first water storehouse 10, the temperature in the first water storehouse 10 is reduced, and the first temperature sensor obtains After obtaining temperature reduction signal, it will stop being discharged, until being heated to required temperature.

Embodiment two:

As shown in Fig. 2, present embodiments providing a kind of electric water bottle, it is with the main difference place of embodiment one: The set-up mode of first water storehouse 10 and the second water storehouse 11.

In the present embodiment, the first water storehouse 10 and the second water storehouse 11 are arranged in the cavity in bottle body 1, and the first storage There is gap, and by being connected communicating pipe 13 between sump 10 and the second water storehouse 11.

There is gap between first water storehouse 10 and the second water storehouse 11, i.e., be not in contact with each other between adjacent two water storehouse, it should Gap can play heat-blocking action, to slow down the heat transmitting between two water storehouses, heat energy when such first heater 2 heats It is enough to be more retained in the first water storehouse 10, so that the water in the first water storehouse 10 quickly heats up to consumption temperature；First storage Sump 10, by being connected communicating pipe 13, so that the water phase between two water storehouses mutually flows, is stored up with the second water storehouse 11 first After water in sump 10 is heated to boiling, the water in the second water storehouse 11 is also heated at boiling.

Optionally, switch valve is provided on communicating pipe 13.When outlet system is worked, control system control switch valve is closed It closes, to prevent the water for not being heated to consumption temperature in the second water storehouse 11 from entering in the first water storehouse 10, influences from the first storage The temperature for the water that sump 10 is discharged.

Optionally, electric water bottle further includes the secondary heating mechanism 3 set on the bottom of the second water storehouse 11.Second heating dress The water in the second water storehouse 11 can be heated by setting 3, drink temperature to be quickly both heated to the water in two water storehouses Degree.

The setting of first heater 2 and secondary heating mechanism 3 realizes while to the first water storehouse 10 and the second water storage Storehouse 11 is heated, in this way in the case where not increasing the heating power of electric water bottle, it can be achieved that quickly heating up water, Quick water exit.

Optionally, second temperature sensor is equipped in the second water storehouse 11.Second temperature sensor can detect the second water storage The temperature of water in storehouse 11, so that after the water in the second water storehouse 11 reaches consumption temperature, control secondary heating mechanism 3 stops Heating.

Below with reference to Fig. 2, the electric water bottle of the present embodiment is illustrated.

The cavity of heating up water of electric water bottle is divided into the first water storehouse 10 and the second storage by electric water bottle structure as shown in Figure 2 Sump 11, for two water storehouses by being connected to communicating pipe 13, the bottom of two water storehouses is respectively provided with heating tube.

After electric water bottle is powered, two water storehouses heat simultaneously, or the first water storehouse 10 of preferential heating, due to the first water storage The water in storehouse 10 is few, can be rapidly heated the short time to required consumption temperature, meets the needs of user's quick drinking hot water；When first After water temperature in water storehouse 10 rapidly rises, bottom boils and generates a large amount of bubbles, thus from the second storage is entered communicating pipe 13 In sump 11, and make the water at low temperature in the second water storehouse 11 enter the first water storehouse 10 and carry out heat exchange, until two water storages Water in storehouse is warming up to required consumption temperature.

Embodiment three:

As shown in figure 3, present embodiments providing a kind of electric water bottle, it is with the main difference place of embodiment one: The set-up mode of first water storehouse 10 and the second water storehouse 11.

In the present embodiment, the first water storehouse 10 and 11 horizontal Tile of the second water storehouse arrangement, and stored up by water pump 5 by first Sump 10 is connected to the second water storehouse 11.

As shown in figure 3, the cavity of electric water bottle is divided into the 11 two independent storages of the first water storehouse 10 and the second water storehouse Sump, wherein the interior water needs of the second water storehouse 11 are extracted into the first water storehouse 10 by water pump 5, two water storages after filling water Warehouse receipt is solely heated by first heater 2 and secondary heating mechanism 3, and is independently arranged water level sensor in two water storehouses And temperature sensor.

After electric water bottle is powered, a small amount of water in the first water storehouse 10 is heated first, is heated up water to be rapidly completed Function detects the water level in the first water storehouse 10 by water level sensor 6 and is lower than after the water in the first water storehouse 10 is drunk After lowest water level line, the water in the second water storehouse 11 is extracted into the first water storehouse 10 and heats by water pump 5, until peak level At line.Water level sensor and temperature sensor, moment sensed water level and temperature signal are set in two water storehouses.Water pump 5 is negative Duty is drawn water from the second water storehouse 11 to the first water storehouse 10, and water pump 4, which is responsible for extracting out the hot water of the first water storehouse 10, to supply water.

It should be noted that in the embodiment above, two water storehouses of electric water bottle may include different form, no With position and of different shapes point of storehouse design.In addition, a point storehouse for settable more than two water storehouse is designed, and to different water storehouses Carry out the design of not co-content；Each water storehouse can carry out independent water filling and water outlet design, and according to functional requirement, each storage Sump can be for the water intaking requirement of different temperatures, for example, one can be carried out to demand boiled water, 90 degree of water, 60 degree of water, 40 degree of water etc. An one independent point storehouse is designed.

Although embodiment disclosed by the utility model is as above, the content only the utility model for ease of understanding And the embodiment used, it is not intended to limit the utility model.Technical staff in any the utility model fields, Under the premise of not departing from spirit and scope disclosed by the utility model, it can be carried out in the form and details of implementation any Modification and variation, but the scope of patent protection of the utility model, the appended claims that must still be subject to are defined.

Claims (10)

1. a kind of electric water bottle characterized by comprising

Bottle body, in be equipped with multiple water storehouses, it is two neighboring in multiple water storehouses to be interconnected and mutually carry out water Exchange；

First heater is set to the bottom of the smallest water storehouse of volume in multiple water storehouses；With

Outlet system, one end are connected with the smallest water storehouse of the volume, and the other end is for being discharged.

2. electric water bottle according to claim 1, which is characterized in that

Heat insulation structural is equipped between the two neighboring water storehouse.

3. electric water bottle according to claim 2, which is characterized in that

The heat insulation structural includes thermal insulation board；

Alternatively, the heat insulation structural includes the gap between the two neighboring water storehouse.

4. electric water bottle according to any one of claim 1-3, which is characterized in that

Multiple water storehouses include the first water storehouse and the second water storehouse, and the volume of first water storehouse is less than described second The volume of water storehouse, and first water storehouse is located at the lower section of second water storehouse.

5. electric water bottle according to claim 4, which is characterized in that

It is equipped with cavity in the bottle body, laterally disposed partition is equipped in the cavity, the partition is equipped with exchanging water hole, described The downside of partition is first water storehouse, and the upside of the partition is second water storehouse.

6. electric water bottle according to claim 5, which is characterized in that

The electric water bottle further includes control system, and the first temperature sensor, the control are provided in first water storehouse System controls the work of the outlet system according to the testing result of first temperature sensor.

7. electric water bottle according to claim 4, which is characterized in that

Cavity is equipped in the bottle body, first water storehouse and second water storehouse are respectively provided in the cavity；

There is gap, and first water storehouse and second storage between first water storehouse and second water storehouse Sump is connected by communicating pipe.

8. electric water bottle according to claim 7, which is characterized in that

The electric water bottle further includes control system, and the first temperature sensor, the control are provided in first water storehouse System controls the work of the outlet system according to the testing result of first temperature sensor.

9. electric water bottle according to claim 8, which is characterized in that

Switch valve is provided on the communicating pipe, when the outlet system is worked, the control system controls the switch Valve is closed.

10. electric water bottle according to claim 4, which is characterized in that

The electric water bottle further includes the secondary heating mechanism set on the bottom of second water storehouse；

Second temperature sensor and water level sensor are equipped in second water storehouse.