CN208606382U - A kind of double gallbladder electric heaters - Google Patents
A kind of double gallbladder electric heaters Download PDFInfo
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- CN208606382U CN208606382U CN201820983740.5U CN201820983740U CN208606382U CN 208606382 U CN208606382 U CN 208606382U CN 201820983740 U CN201820983740 U CN 201820983740U CN 208606382 U CN208606382 U CN 208606382U
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Abstract
The utility model embodiment discloses a kind of double gallbladder electric heaters, comprising: main control unit, the first liner and the second liner；The first temperature sensor connected to the main control unit and the first heating system are provided in first liner；Second temperature sensor connected to the main control unit and the second heating system are provided in second liner；The volume of first liner is greater than the volume of the second liner；Main control unit is used to control the first liner according to water consumption size and/or the second liner works.By the example scheme, user is allowed to improve rate of thermal water utilization according to the liner of different water consumption selection different capabilities, realize energy saving purpose.
Description
Technical field
The utility model embodiment is related to household appliance designing technique, espespecially a kind of double gallbladder electric heaters.
Background technique
Currently, electric heater is most of to realize that heating function upgrades simply by the shape for changing heating tube；In first
Gallbladder needs to fill water, and in insulating process, water temperature can cause energy dissipation toward transmitting below heating tube；Secondly, user generally sets
It will not be powered off after having set temperature, since the whole gallbladder hydro-thermal amount of electric heater is more easier to scatter and disappear, so there are repeated heating feelings
Condition；Finally, if user selects to power off for power saving, but sometimes wash water every morning is not very to its real user
More, the time of heating up water in this way is long, and remaining most of water can be wasted.
In addition, user's hot water for life has the intermittent and biggish laws of use of hour variation coefficient.Interval uses meaning
Taste it is shorter using the cumulative time of domestic hot-water within one day；Hour variation coefficient is larger to refer to different moments within one day
Domestic hot-water's fluctuations of demand is larger, even if a certain moment domestic hot-water demand very little, it is also desirable in entire water storage liner
Cold water is heated to setting value.Above-mentioned laws of use causes the hot water in water storage liner and often cannots be used up, remaining in water storage liner
Hot water, which does not play it, should have effect and gradually cool down, and cause a large amount of energy waste.The main reason for causing the status is current
Electric heater can not reasonably regulate and control water heater water yield according to family's laws of use, to eliminate current electric heater
This drawback needs to propose more preferably solution.
Utility model content
In order to solve the above-mentioned technical problem, the utility model embodiment provides a kind of double gallbladder electric heaters, so that user
The liner that different capabilities can be selected according to different water consumptions, improves rate of thermal water utilization, realizes energy saving purpose.
In order to reach the utility model embodiment purpose, the utility model embodiment provides a kind of double gallbladder electric heaters,
It include: main control unit, the first liner and the second liner；
The first temperature sensor connected to the main control unit and the first heating system are provided in first liner；Second liner
In be provided with second temperature sensor connected to the main control unit and the second heating system；The volume of first liner is greater than in second
The volume of gallbladder；
Main control unit is used to control the first liner according to water consumption size and/or the second liner works.
Optionally, when water consumption is less than preset first water consumption threshold value, main control unit is for controlling the second liner work
Make；
When water consumption is greater than or equal to the first water consumption threshold value, is less than preset second water consumption threshold value, main control unit
For controlling the work of the first liner；
When water consumption is greater than or equal to the second water consumption threshold value, main control unit is for controlling the first liner and the second liner
It works at the same time.
Optionally, double gallbladder electric heaters further include: water inlet component；
Water inlet component includes the water inlet pipe for being connected to the first liner and the second liner；
It is located at the part in the first liner on water inlet pipe and is provided with the first inlet opening, is located in the second liner on water inlet pipe
Part is provided with the second inlet opening；
Water inlet component further includes water mixing valve, for passing through the water inlet of user's control the first liner and the second liner.
Optionally, double gallbladder electric heaters further include: outlet component；
Outlet component includes outlet pipe, crossover connection and water outlet conversion motor；
Outlet pipe is connected to the first liner and the second liner；The upper position for being located at the part in the first liner on outlet pipe installs
It is equipped with the first apopore, the top position that the part in the second liner is located on outlet pipe is provided with the second apopore；
Outlet pipe is located inside crossover connection；
First through hole is provided on crossover connection, the setting height of first through hole is identical as the setting height of the first apopore,
The second through-hole is provided on crossover connection, the setting height of the second through-hole is identical as the setting height of the second apopore；
Water outlet conversion motor is for driving crossover connection to rotate.
Optionally, the second liner is set to the top of the first liner；
Second apopore is located at the top of outlet pipe.
Optionally, main control unit is also used to control the rotation direction of water outlet conversion motor；Wherein, different conversion directions is used
Different liners is drained in the first liner and the second liner.
Optionally, when main control unit controls the work of the second liner, conversion direction is rotated in the forward direction, the first apopore and conversion
First through hole on pipe, which misplaces, to be closed, and the second apopore and the second through-hole are overlapped, and water energy is enough to flow out from the second apopore；
When main control unit controls the work of the first liner, conversion direction is reversely rotated, on the first apopore and crossover connection
First through hole is overlapped, and the second apopore and the dislocation of the second through-hole are closed, and water energy is enough to flow out through the first apopore；
When main control unit controls the first liner and the second liner works at the same time, the first liner and the second liner select one preferentially
Draining, when the water temperature in the liner that this is preferentially drained is less than or equal to preset water temperature threshold value, another liner starts to drain.
Optionally,
When main control unit controls the work of the second liner, when water mixing valve is opened, water enters in second from the second inlet opening
Gallbladder, and main control unit controls the second heating system heats, controls the water in the second liner of second temperature sensor real-time detection
Temperature；
When main control unit controls the work of the first liner, when water mixing valve is opened, water enters in first from the first inlet opening
Gallbladder, and main control unit controls the first heating system heats, controls the water in first the first liner of temperature sensor real-time detection
Temperature.
Optionally, the volume of the first liner is 3-4 times of the volume of the second liner.
Optionally, which can also include protective device: protective device includes first to be integrated in one
Protective device and the second protective device；
First protective device is located in the first liner；Second protective device is located in the second liner；
Diameter of the diameter of second protective device less than the first protective device.
The beneficial effect of the utility model embodiment may include:
1, double gallbladder electric heaters of the utility model embodiment include: main control unit, the first liner and the second liner；First
The first temperature sensor connected to the main control unit and the first heating system are provided in liner；It is provided in second liner and master
Control the second temperature sensor and the second heating system of unit connection；The volume of first liner is greater than the volume of the second liner；It is main
Unit is controlled to be used to control the first liner and/or the work of the second liner according to water consumption size.By the example scheme, so that with
Family can select the liner of different capabilities according to different water consumptions, improve rate of thermal water utilization, realize energy saving purpose.And
A jacket heating system and matched temperature sensor are respectively set in two liners, realizes inner container of electric water heater hot water
Temperature is precisely controlled, so that user experience is more preferable.
2, in the utility model embodiment when water consumption is less than preset first water consumption threshold value, main control unit is for controlling
Make the work of the second liner；It is main when water consumption is greater than or equal to the first water consumption threshold value, is less than preset second water consumption threshold value
Unit is controlled for controlling the work of the first liner；When water consumption is greater than or equal to the second water consumption threshold value, main control unit is for controlling
It makes the first liner and the second liner works at the same time.By the example scheme, realize when user's water consumption is few using second
Liner heating, is heated when user's water consumption is larger using the first liner, can be used in first when user's water consumption is very big
Gallbladder and the second liner heat simultaneously, so that rate of thermal water utilization is higher, it is also more energy saving.
3, double gallbladder electric heaters of the utility model embodiment further include: water inlet component；Water inlet component includes connection first
The water inlet pipe of liner and the second liner；The part being located in the first liner on water inlet pipe is provided with the first inlet opening, on water inlet pipe
Part in the second liner is provided with the second inlet opening；Water inlet component further includes water mixing valve, for passing through user's control the
The water inlet of one liner and the second liner.By the example scheme, using water inlet pipe by the first liner and the second liner connection, really
The internal pressure for protecting two liners is the same, so when using the heating of the first liner, water inlet just in the first liner, i.e., first into
It opens in water hole；When using the second liner, water inlet just in the second liner, i.e. open, realize according to liner by the second inlet opening
Pressure automatically selects water inlet, and control structure is simple.
4, double gallbladder electric heaters of the utility model embodiment further include: outlet component；Outlet component includes outlet pipe, turns
Change pipe and water outlet conversion motor；Outlet pipe is connected to the first liner and the second liner；It is located at the portion in the first liner on outlet pipe
The top position divided is provided with the first apopore, and the top position that the part in the second liner is located on outlet pipe is provided with second
Apopore；Outlet pipe is located inside crossover connection；First through hole is provided on crossover connection, the setting height of first through hole goes out with first
The setting height in water hole is identical, and the second through-hole, the setting height of the second through-hole and setting for the second apopore are provided on crossover connection
It is identical to set height；Water outlet conversion motor is for driving crossover connection to rotate.By the example scheme, by outlet pipe, crossover connection with
And water outlet conversion motor constitutes a kind of transmission device, this transmission device is based on, when user starts different water demand function
After energy, system is intelligently adjusted according to the instantaneous operating conditions of water heater and is discharged by which liner, realizes double liner drainings
Automatic adjustment, simplify user's operation.
5, the volume of first liner of the utility model embodiment is 3-4 times of the volume of the second liner.The embodiment
Making full use of for hot water has been better achieved in the water demand for meeting common user, also more energy saving.
6, double gallbladder electric heaters of the utility model embodiment can also include protective device: protective device includes being integrated in
The first protective device and the second protective device of one；First protective device is located in the first liner；Second protective device is located at
In second liner；Diameter of the diameter of second protective device less than the first protective device.By the example scheme, based on this
Protective device structure can disposably complete the installation of double gallbladder protective devices, and structure is simple, be easy to the double gallbladder blowdowns of water heater.
The other feature and advantage of the utility model embodiment will illustrate in the following description, also, partly from
It becomes apparent in specification, or is understood and implementing the utility model.The purpose of the utility model embodiment and its
He can be achieved and obtained advantage by structure specifically noted in the specification, claims and drawings.
Detailed description of the invention
Attached drawing is used to provide one for further understanding the utility model embodiment technical solution, and constituting specification
Part, is used to explain the technical solution of the utility model embodiment together with embodiments herein, does not constitute practical to this
The limitation of new embodiment technical solution.
Fig. 1 is the main composed structure block diagram of double gallbladder electric heaters of the utility model embodiment；
Fig. 2 is double gallbladder electric heater schematic diagrames of the utility model embodiment.
Specific embodiment
For the objectives, technical solutions, and advantages of the embodiments of the present invention are more clearly understood, below in conjunction with attached
The embodiments of the present invention are described in detail in figure.It should be noted that in the absence of conflict, the reality in the application
The feature applied in example and embodiment can mutual any combination.
The utility model embodiment provides a kind of double gallbladder electric heaters 1, as shown in Figure 1, comprising: main control unit 11,
One liner 12 and the second liner 13；
The first temperature sensor 121 connected to the main control unit and the first heating system 122 are provided in first liner 12；
The second temperature sensor 131 connecting with main control unit 11 and the second heating system 132 are provided in second liner 13；In first
The volume of gallbladder 12 is greater than the volume of the second liner 13；
Main control unit 11 is used to control the first liner 12 according to water consumption size and/or the second liner 13 works.
In the utility model embodiment, as shown in Fig. 2, the first liner 12 and the second liner 13 are wrapped in double gallbladder electric heating
In the insulating layer 14 of hydrophone 1, and separated by the insulating layer 14.
Optionally, the volume of the first liner is 3-4 times of the volume of the second liner.
In the utility model embodiment, in order to realize energy conservation, the first liner 12 and the second liner 13 are configured to have
Different volume, worked using the liner of corresponding water amount according to water consumption size in water consumption difference.Specifically,
More excellent scheme can be 13: the first 12=1:3 of liner of the second liner；First liner, 12 volume can control in 10L-20L or so,
Main liner volumetric void fraction is in 40L-60L or so, with no restrictions for its specific value.
In the utility model embodiment, the first temperature sensor 121 and the first heating system are provided in the first liner 12
System 122；Second temperature sensor 131 and the second heating system 132 are provided in second liner 13；By two heating systems and
Matched two-way temperature sensor realizes being precisely controlled for 1 liner hot water temperature of electric heater, so that user uses body
It tests more preferable.
In the utility model embodiment, the first temperature sensor 121, the first heating system 122, second temperature sensor
131 and second heating system 132 connect respectively with main control unit 11, allow main control unit 11 acquire in real time the first liner and
The temperature of second liner, and water temperature controls two heating systems according to the demand of user, to further realize liner temperature
The automation control of degree and accurate control.
In the utility model embodiment, the control model of the double gallbladder heating of the electric heater of this automatic control is realized
Control the operating mode of the intelligent switching heating inner liner of electric heater complete machine according to the size of user's water consumption, control is simple, energy conservation,
Environmental protection.And system makes corresponding control according to the real time temperature in two liners, realizes the control of double gallbladder Three models, section
The energy is saved, energy dissipation is prevented.
In the utility model embodiment, for the first temperature sensor 121 and second temperature sensor 131 type selecting not
It is limited, it can be according to different application scenarios or cost needs self-defining.
In the utility model embodiment, for type selecting, the size of the first heating system 122 and the second heating system 132
It is also not particularly limited with structure, it equally can be according to different application scenarios or cost needs self-defining.First heating
System 122 and the second heating system 132 can be realized by heating tube.
In the utility model embodiment, the first liner 12 and the second liner 13 can share one group of water inlet component, one group
Outlet component and a liner scale-deposit-preventing protective device；Water inlet component, outlet component, liner scale-deposit-preventing in double gallbladder electric heaters 1
Protective device can be fixed on the first liner 12 and the second liner 13.Below by respectively to water inlet component, outlet component and
The composed structure embodiment of protective device is introduced.
Optionally, as shown in Fig. 2, double gallbladder electric heaters 1 can also include: water inlet component 15；
Water inlet component 15 may include the water inlet pipe 151 for being connected to the first liner 12 and the second liner 13；
The part being located in the first liner 12 on water inlet pipe 151 is provided with the first inlet opening 152, is located on water inlet pipe 151
Part in second liner 13 is provided with the second inlet opening 153；
Water inlet component 15 can also include water mixing valve 154, for passing through user's control the first liner 12 and the second liner 13
Water inlet.
Optionally, which can also include: outlet component 16；
Outlet component 16 may include outlet pipe 161, crossover connection 162 and water outlet conversion motor 163；
Outlet pipe 161 is connected to the first liner 12 and the second liner 13；It is located at the part in the first liner 12 on outlet pipe 161
Top position be provided with the first apopore 1611, the upper position that the part in the second liner 13 is located on outlet pipe 161 installs
It is equipped with the second apopore 1612；
Outlet pipe 161 is located inside crossover connection 162；
First through hole 1621, the setting height of first through hole 1621 and the first apopore 1611 are provided on crossover connection 162
Setting height it is identical, be provided with the second through-hole 1622 on crossover connection 162, the setting height of the second through-hole 1622 and the second water outlet
The setting height in hole 1612 is identical；
Water outlet conversion motor 163 is for driving crossover connection 162 to rotate；The water outlet conversion motor 163 can be direct current generator.
Optionally, the second liner 12 can be set in the top of the first liner 13；Second apopore is located at the top of outlet pipe
End.
In the utility model embodiment, the specific location relationship of the first liner 12 and the second liner 13 is not limited
Calmly, it opposite can be arranged in parallel, can also be setting up and down, when setting up and down, since the volume of the second liner is smaller, it can incite somebody to action
Second liner 12 is set to the top of the first liner 13, and for the apopore on outlet pipe 161, the second apopore can
To be directly arranged at the top of outlet pipe 161, correspondingly, the second through-hole 1622 is also disposed on the top of crossover connection 162.
Optionally, which can also include protective device 17: protective device 17 may include being integrated in one
The first protective device 171 and the second protective device 172 of body；
First protective device 171 is located in the first liner 12；Second protective device 172 is located in the second liner 13；
The diameter of second protective device 172 can be less than the diameter of the first protective device 171.
In the utility model embodiment, protective device is integrated；Wherein it is located at the section diameter of the second liner 13
Less than the diameter for being located at 12 part of the first liner, primarily to protective device can directly pass through the first liner 12 when installation
On protective device mounting hole, can use the sealed mode of nut 173 for the second protective device 172 and be fixed on the second liner 13
On, and can be sealed and limit by position limiting sealed pad 174；And the centre of the protective device 17 can have one and prevent
The support column of corrosion is for connecting the first protective device 171 and the second protective device 172.
In the utility model embodiment, it is based on this protective device structure, can disposably complete double gallbladder protective devices
Installation, structure is simple, is easy to the double gallbladder blowdowns of water heater.
Optionally, which can also include: display board and power panel；
Display board may be used to provide user keystroke control interface and prompting interface, the main control realized to control panel,
Realize the processing of the workflow of entire double gallbladder heating systems.
Power panel, predominantly each functional module provide the power supply worked normally, above power panel simultaneously there may also be
The hardware interface of the driving of each functional module and each sensor；Main control unit 11(such as microcontroller) it can be set in this
On power panel, the control instruction of main control unit 11 can also be by the pretreatment of power panel and then the drive of control modules
Dynamic signal executes relevant movement.
Optionally, when water consumption is less than preset first water consumption threshold value, main control unit 11 is for controlling the second liner
13 work；
When water consumption is greater than or equal to the first water consumption threshold value, is less than preset second water consumption threshold value, main control unit
11 for controlling the work of the first liner 12；
When water consumption is greater than or equal to the second water consumption threshold value, main control unit 11 is for controlling the first liner 12 and second
Liner 13 works at the same time.
In the utility model embodiment, main control unit 11 is mainly used for each sensor in double gallbladder electric heaters 1
The automatic control of signal acquisition and various components or system controls water inlet component 15 according to the water consumption size of user to realize
It is that different liners is supplied water and drained, and controls the first liner 12 and/or the work of the second liner 13 with outlet component 16.
In the utility model embodiment, main control unit 11 controls the first liner 12 and/or second according to water consumption size
Liner 13 can determine the size of specific water consumption according to preset one or more water consumption threshold values when working, such as above-mentioned
First water consumption threshold value and the second water consumption threshold value, wherein the first water consumption threshold value is less than the second water consumption threshold value.
In the utility model embodiment, the first water consumption threshold value and the second water consumption threshold value can be answered according to different
With scene self-defining, with no restrictions for its specific value.
In the utility model embodiment, passing through the input interface or selection interface of display board, or pass through power panel
On voice acquisition device carry out voice collecting and obtain needed for user after water consumption, main control unit 11 can be by the water consumption
Compared with preset water consumption threshold value, to determine the size of the water consumption, and further according to different water consumption sizes,
Control the liner work of different capacity.By the example scheme, realize when user's water consumption is few using the second liner
Heating is heated when user's water consumption is larger using the first liner, when user's water consumption is very big can using the first liner and
Second liner heats simultaneously, so that rate of thermal water utilization is higher, it is also more energy saving.
In the utility model embodiment, it is described in detail below after the determining different water consumption of main control unit 11, such as
What controls corresponding liner, water inlet component and outlet component.
Firstly, for outlet component 16:
Optionally, main control unit is also used to control the rotation direction of water outlet conversion motor；Wherein, different conversion directions is used
Different liners is drained in the first liner and the second liner.
In the utility model embodiment, due to being provided with first through hole 1621 and the second through-hole 1622 on crossover connection 162,
To control the first apopore 1611 and the water outlet of the second apopore 1612 respectively, due to for the first apopore 1611 and the second water outlet
The control in hole 1612 is realized by the rotation to crossover connection 162, for the first apopore 1611 of difference and the second apopore
In 1612 different apopores be discharged the direction of rotation of crossover connection 162 can be configured so that different turns
It changes direction to be drained for liner different in the first liner and the second liner, wherein the difference of the direction of rotation can lead to
The rotation direction of control water outlet conversion motor 163 is crossed to realize.Which specific direction of rotation corresponds to which liner is arranged
Water is not arranged specifically, can self-defining according to demand.
Optionally, when main control unit 11 controls the work of the second liner 13, conversion direction can be to rotate in the forward direction, and first goes out
Water hole 1611 can misplace with the first through hole 1621 on crossover connection 162 and close, and the second apopore 1612 and the second through-hole
1622 are overlapped, and water energy is enough to flow out from the second apopore 1612；
When main control unit 11 controls the work of the first liner 12, conversion direction can be to reversely rotate, the first apopore
1611 can be overlapped with the first through hole 1621 on crossover connection 162, and the second apopore 1612 and the dislocation of the second through-hole 1622 are sealed
It closes, water energy is enough to flow out through the first apopore 1611；
When main control unit 11 controls the first liner 12 and the second liner 13 works at the same time, the first liner 12 and the second liner
13 can select a preferential draining, another when the water temperature in the liner that this is preferentially drained is less than or equal to preset water temperature threshold value
Liner starts to drain.
In the utility model embodiment, when system is heated using the second liner (secondary liner), outlet component 16 can be with
So that crossover connection 162 is rotated clockwise 90 ° by being discharged conversion motor component, causes on the first apopore 1611 and crossover connection 162
First through hole 1621 misplace, the first apopore 1611 and first through hole 1621 are in closed state, and water is from outlet component 16
The second apopore of top 1612 comes out.
When system is heated using the first liner (main liner), outlet component 16 can be made by being discharged conversion motor component
Crossover connection 162 is rotated by 90 ° (position is limited by limited post) counterclockwise, the first apopore 1611 and crossover connection 162 on outlet pipe
On first through hole 1621 be overlapped, water can flow out through the first apopore 1611, first through hole 1621；Second apopore at this time
1612 are in misaligned state with crossover connection 162, and the second apopore 1612 is closed；
When system is heated simultaneously using the first liner (main liner) and the second liner (secondary liner), the can be used first
The water of one liner 12, etc. temperature drop to when being unable to satisfy user's setting value, automatically switch to the output of 13 hot water of the second liner；Control
Logic as individually controlling above；This control method can also use the water of the second liner 13 first, etc. temperature drop to can not
When meeting user's setting value, the output of 12 hot water of the first liner is automatically switched to.
Secondly, for water inlet component 15:
Optionally, when main control unit 11 control the second liner 13 work when, water mixing valve 154 open when, water from second into
Water hole 153 enters the second liner 13, and main control unit 11 controls the heating of the second heating system 132, control second temperature sensing
Water temperature in 131 the second liner of real-time detection 13 of device；
When main control unit 11 controls the work of the first liner 12, when water mixing valve 154 is opened, water is from the first inlet opening 152
Into the first liner 12, and main control unit 11 controls the heating of the first heating system 122, and the first temperature sensor of control 121 is real
When detect water temperature in the first liner 12.
In the utility model embodiment, when main control unit 11 controls the work of the second liner 13, when user opens mixed water
Valve 154 in use, water from the second inlet opening 153 enter the second liner 13, since 12 internal pressure of the first liner is larger, thus into
Water will not be directly entered the first liner 12；System controls the second heating tube system 132 and begins to warm up, and is sensed using second temperature
Water temperature in 131 the second liner of real-time detection 13 of device；
When main control unit 11 control the first liner 12 work when, when user open water mixing valve 154 in use, water from first into
Water hole 152 enters the first liner 12, since 13 internal pressure of the second liner is larger, so water inlet will not be directly entered the second liner
13；System controls the first heating system 122 and begins to warm up, and utilizes 121 the first liner of real-time detection 12 of the first temperature sensor
Middle water temperature.
In the utility model embodiment, the control mode of water inlet component 15 also can be directly used manually control component into
The switching of row the first liner and the second liner.
In the utility model embodiment, system starts corresponding heating system according to different operating mode selections
After temperature sensor work, when detecting that liner temperature reaches user's setting value, it can stop heating, system enters heat preservation
Program, holding temperature difference T0 may be set according to actual conditions, and can take 5 DEG C -10 DEG C, with no restrictions for its specific value.
In the utility model embodiment, when starting a large amount of water-use models, the switching of the first liner and the second liner can
Intelligent automatic switchover is realized with the temperature value detected using temperature sensor.
In the utility model embodiment, for a large amount of modes for using water, system can preferentially be used with default setting user
Hot water in first liner 13 can be sentenced at this time if the water temperature in the first liner 13 has already decreased to system lowest temperature angle value
Whether hot water temperature is greater than default minimum value+T1 in disconnected second liner, and T1 is a buffering temperature herein, convenient for handling,
When system is begun to warm up not yet or the second liner temperature is relatively low, system can have an accurate switching action, and can
To start to the water in two liners while heat.
In the utility model embodiment, the structure of this double gallbladder heating electric water heaters is designed, by water inlet pipe structure
Design and outlet pipe automatic control, realizing double gallbladders can work independently, and can be with work in combination, and it is some fixed to do
The application of inhibition and generation, for example wash one's face and rinse one's mouth morning or when child's bathing water is few, be just enough using the second liner (secondary liner) heating
Meet household demand, if single have a bath can use medium water level's mode, more people continuously have a bath can be using largely with water mould
Formula.
The beneficial effect of the utility model embodiment may include:
1, double gallbladder electric heaters of the utility model embodiment include: main control unit, the first liner and the second liner；First
The first temperature sensor connected to the main control unit and the first heating system are provided in liner；It is provided in second liner and master
Control the second temperature sensor and the second heating system of unit connection；The volume of first liner is greater than the volume of the second liner；It is main
Unit is controlled to be used to control the first liner and/or the work of the second liner according to water consumption size.By the example scheme, so that with
Family can select the liner of different capabilities according to different water consumptions, improve rate of thermal water utilization, realize energy saving purpose.And
A jacket heating system and matched temperature sensor are respectively set in two liners, realizes inner container of electric water heater hot water
Temperature is precisely controlled, so that user experience is more preferable.
2, in the utility model embodiment when water consumption is less than preset first water consumption threshold value, main control unit is for controlling
Make the work of the second liner；It is main when water consumption is greater than or equal to the first water consumption threshold value, is less than preset second water consumption threshold value
Unit is controlled for controlling the work of the first liner；When water consumption is greater than or equal to the second water consumption threshold value, main control unit is for controlling
It makes the first liner and the second liner works at the same time.By the example scheme, realize when user's water consumption is few using second
Liner heating, is heated when user's water consumption is larger using the first liner, can be used in first when user's water consumption is very big
Gallbladder and the second liner heat simultaneously, so that rate of thermal water utilization is higher, it is also more energy saving.
3, double gallbladder electric heaters of the utility model embodiment further include: water inlet component；Water inlet component includes connection first
The water inlet pipe of liner and the second liner；The part being located in the first liner on water inlet pipe is provided with the first inlet opening, on water inlet pipe
Part in the second liner is provided with the second inlet opening；Water inlet component further includes water mixing valve, for passing through user's control the
The water inlet of one liner and the second liner.By the example scheme, using water inlet pipe by the first liner and the second liner connection, really
The internal pressure for protecting two liners is the same, so when using the heating of the first liner, water inlet just in the first liner, i.e., first into
It opens in water hole；When using the second liner, water inlet just in the second liner, i.e. open, realize according to liner by the second inlet opening
Pressure automatically selects water inlet, and control structure is simple.
4, double gallbladder electric heaters of the utility model embodiment further include: outlet component；Outlet component includes outlet pipe, turns
Change pipe and water outlet conversion motor；Outlet pipe is connected to the first liner and the second liner；It is located at the portion in the first liner on outlet pipe
The top position divided is provided with the first apopore, and the top position that the part in the second liner is located on outlet pipe is provided with second
Apopore；Outlet pipe is located inside crossover connection；First through hole is provided on crossover connection, the setting height of first through hole goes out with first
The setting height in water hole is identical, and the second through-hole, the setting height of the second through-hole and setting for the second apopore are provided on crossover connection
It is identical to set height；Water outlet conversion motor is for driving crossover connection to rotate.By the example scheme, by outlet pipe, crossover connection with
And water outlet conversion motor constitutes a kind of transmission device, this transmission device is based on, when user starts different water demand function
After energy, system is intelligently adjusted according to the instantaneous operating conditions of water heater and is discharged by which liner, realizes double liner drainings
Automatic adjustment, simplify user's operation.
5, the volume of first liner of the utility model embodiment is 3-4 times of the volume of the second liner.The embodiment
Making full use of for hot water has been better achieved in the water demand for meeting common user, also more energy saving.
6, double gallbladder electric heaters of the utility model embodiment can also include protective device: protective device includes being integrated in
The first protective device and the second protective device of one；First protective device is located in the first liner；Second protective device is located at
In second liner；Diameter of the diameter of second protective device less than the first protective device.By the example scheme, based on this
Protective device structure can disposably complete the installation of double gallbladder protective devices, and structure is simple, be easy to the double gallbladder blowdowns of water heater.
It will appreciated by the skilled person that whole or certain steps, system, dress in method disclosed hereinabove
Functional module/unit in setting may be implemented as software, firmware, hardware and its combination appropriate.In hardware embodiment,
Division between the functional module/unit referred in the above description not necessarily corresponds to the division of physical assemblies；For example, one
Physical assemblies can have multiple functions or a function or step and can be executed by several physical assemblies cooperations.Certain groups
Part or all components may be implemented as by processor, such as the software that digital signal processor or microprocessor execute, or by
It is embodied as hardware, or is implemented as integrated circuit, such as specific integrated circuit.Such software can be distributed in computer-readable
On medium, computer-readable medium may include computer storage medium (or non-transitory medium) and communication media (or temporarily
Property medium).As known to a person of ordinary skill in the art, term computer storage medium is included in for storing information (such as
Computer readable instructions, data structure, program module or other data) any method or technique in the volatibility implemented and non-
Volatibility, removable and nonremovable medium.Computer storage medium include but is not limited to RAM, ROM, EEPROM, flash memory or
Other memory technologies, CD-ROM, digital versatile disc (DVD) or other optical disc storages, magnetic holder, tape, disk storage or its
His magnetic memory apparatus or any other medium that can be used for storing desired information and can be accessed by a computer.
In addition, known to a person of ordinary skill in the art be, communication media generally comprises computer readable instructions, data structure, program
Other data in the modulated data signal of module or such as carrier wave or other transmission mechanisms etc, and may include any letter
Cease delivery media.
Claims (10)
1. a kind of double gallbladder electric heaters characterized by comprising main control unit, the first liner and the second liner；
The first temperature sensor connecting with the main control unit and the first heating system are provided in first liner；It is described
The second temperature sensor connecting with the main control unit and the second heating system are provided in second liner；In described first
The volume of gallbladder is greater than the volume of second liner；
The main control unit is used to control first liner according to water consumption size and/or second liner works.
2. double gallbladder electric heaters according to claim 1, which is characterized in that
When the water consumption is less than preset first water consumption threshold value, the main control unit is for controlling the second liner work
Make；
It is described when the water consumption is greater than or equal to the first water consumption threshold value, is less than preset second water consumption threshold value
Main control unit is for controlling the first liner work；
When the water consumption is greater than or equal to the second water consumption threshold value, the main control unit is for controlling in described first
Gallbladder and second liner work at the same time.
3. double gallbladder electric heaters according to claim 1, which is characterized in that further include: water inlet component；
The water inlet component includes the water inlet pipe for being connected to first liner and second liner；
It is located at the part in first liner on the water inlet pipe and is provided with the first inlet opening, is located on the water inlet pipe described
Part in second liner is provided with the second inlet opening；
The water inlet component further includes water mixing valve, for by the first liner described in user's control and second liner into
Water.
4. double gallbladder electric heaters according to claim 1, which is characterized in that further include: outlet component；
The outlet component includes outlet pipe, crossover connection and water outlet conversion motor；
The outlet pipe is connected to first liner and second liner；It is located in first liner on the outlet pipe
Partial top position is provided with the first apopore, and the top position of the part in second liner is located on the outlet pipe
It is provided with the second apopore；
The outlet pipe is located inside the crossover connection；
First through hole is provided on the crossover connection, the setting height of the first through hole and the setting of first apopore are high
It spends identical, is provided with the second through-hole on the crossover connection, the setting height of second through-hole and setting for second apopore
It is identical to set height；
The water outlet conversion motor is for driving the crossover connection to rotate.
5. double gallbladder electric heaters according to claim 4, which is characterized in that second liner is set in described first
The top of gallbladder；
Second apopore is located at the top of the outlet pipe.
6. double gallbladder electric heaters according to claim 4, which is characterized in that the main control unit be also used to control it is described go out
The rotation direction of water conversion motor；Wherein, different conversion directions is for different in first liner and second liner
Liner drained.
7. double gallbladder electric heaters according to claim 6, which is characterized in that
When the main control unit controls second liner work, the conversion direction is rotated in the forward direction, first apopore
Misplace and close with the first through hole on the crossover connection, and second apopore and second through-hole are overlapped, water energy it is enough from
The second apopore outflow；
When the main control unit controls first liner work, the conversion direction is reversely rotated, first apopore
It is overlapped with the first through hole on the crossover connection, and second apopore and second through-hole dislocation are closed, water energy enough passes through
The first apopore outflow；
When the main control unit controls first liner and second liner works at the same time, first liner and second
Liner selects a preferential draining, another interior when the water temperature in the liner that this is preferentially drained is less than or equal to preset water temperature threshold value
Gallbladder starts to drain.
8. double gallbladder electric heaters according to claim 3, which is characterized in that
When the main control unit controls second liner work, when the water mixing valve is opened, water is intake from described second
Hole enters second liner, and the main control unit controls second heating system heats, controls the second temperature
Water temperature in second liner described in sensor real-time detection；
When the main control unit controls first liner work, when the water mixing valve is opened, water is intake from described first
Hole enters first liner, and the main control unit controls first heating system heats, controls first temperature
Water temperature in first liner described in sensor real-time detection.
9. double gallbladder electric heaters according to any one of claims 1 to 8, which is characterized in that the volume of first liner
It is 3-4 times of the volume of second liner.
10. double gallbladder electric heaters according to any one of claims 1 to 8, which is characterized in that further include protective device: institute
Stating protective device includes the first protective device and the second protective device being integrated in one；
First protective device is located in first liner；Second protective device is located in second liner；
The diameter of second protective device is less than the diameter of first protective device.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820983740.5U CN208606382U (en) | 2018-06-26 | 2018-06-26 | A kind of double gallbladder electric heaters |
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| CN201820983740.5U CN208606382U (en) | 2018-06-26 | 2018-06-26 | A kind of double gallbladder electric heaters |
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| CN208606382U true CN208606382U (en) | 2019-03-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112944669A (en) * | 2021-03-31 | 2021-06-11 | 海信(广东)厨卫系统股份有限公司 | Water heater and capacity increasing control method thereof |
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2018
- 2018-06-26 CN CN201820983740.5U patent/CN208606382U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112944669A (en) * | 2021-03-31 | 2021-06-11 | 海信(广东)厨卫系统股份有限公司 | Water heater and capacity increasing control method thereof |
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Effective date of registration: 20230614 Address after: Building 2, No. 52, 22nd Street, Baiyang Street, Qiantang New District, Hangzhou City, Zhejiang Province, 310000 Patentee after: Hangzhou Jiuchuang Home Appliances Co.,Ltd. Address before: No. 999, Mei Li Road, Huaiyin District, Ji'nan, Shandong Patentee before: JOYOUNG Co.,Ltd. |