CN212657783U - Impedance type electric heating appliance power controller - Google Patents
Impedance type electric heating appliance power controller Download PDFInfo
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- CN212657783U CN212657783U CN202020731400.0U CN202020731400U CN212657783U CN 212657783 U CN212657783 U CN 212657783U CN 202020731400 U CN202020731400 U CN 202020731400U CN 212657783 U CN212657783 U CN 212657783U
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Abstract
The utility model discloses a power controller of an impedance type electric warming appliance, which comprises a main controller and a sub-controller, wherein the main controller is provided with a power setting module; the power setting module comprises a key and a display screen, and the connecting power setting module is provided with a total power detection module capable of detecting the running power of all the impedance type electric heaters in real time; the sub-controllers are provided with independent keys and display screens, the output of the sub-controllers is connected to the branch power adjusting modules of the main controller, and each branch power adjusting module is respectively connected with the corresponding branch heating module. The controller is especially suitable for controlling the electric heating. Therefore, the power reasonable distribution and use module is arranged according to the current rated total power of a user and comprises a power setting circuit, and the required keys and a display screen are arranged, the setting circuit allows the user to set the power distributed to each impedance type electric warming appliance by himself, and the effects of reasonable configuration, energy saving and safe power utilization are achieved.
Description
Technical Field
The utility model relates to the technical field of electrical apparatus, more specifically say and relate to an impedance type electric warming apparatus power controller, especially are used for electric heat underfloor heating system at the controller.
Background
With the improvement of living standard, household appliances, especially resistance type household appliances are increasing, and if the household appliances are turned on at the same time, the current exceeds the total load of a family, so that danger is caused. If the problem needs to be solved, the home decoration needs to be rewired and expanded. In addition, more and more people install floor heating at home at present, wherein the electric floor heating is popular because of the advantages of convenient installation and short heating time. However, the electric floor heating system consumes large electric quantity during heating, so that a plurality of people have to select long heating time consumption and high maintenance cost due to high requirement on household electric capacity. On the basis of not changing the original rated load capacity of a household electric wire, the electric floor heating equal-power resistance type household appliance is convenient to install.
Therefore, the existing home power controller still has many defects, and needs to be improved.
Disclosure of Invention
The utility model aims at overcoming above-mentioned prior art's shortcoming, provide an impedance type electric warming apparatus power controller, realize setting up power rational distribution and use the module including the power setting circuit according to the current rated total power of user to and set up required button and display screen, set up the circuit and allow the user to set for the power of distributing to each impedance type electric warming apparatus by oneself, reach the effect of configuration rationally, the energy can be saved, the safe power consumption.
The utility model provides a technical scheme that its technical problem adopted is: a power controller of an impedance type electric warming appliance is characterized in that: the system comprises a main controller electrically connected with the input of a main power supply circuit, a sub-controller respectively connected with a plurality of control lines and used for controlling each impedance type electric heating appliance through the output of the main controller, wherein the main controller is provided with a power setting module, the power setting module comprises keys and a display screen, a user can set the maximum power value of floor heating through the keys, the connection power setting module is provided with a total power detection module capable of detecting the power of all the impedance type electric heating appliances in real time, the total power module is connected with a current sensor arranged on a total power circuit and can detect the total current in real time, a processor calculates the total power according to the total power, the total power detection module is respectively connected with the sub-controller, the sub-controller is provided with keys and a display screen for independently detecting the input instruction corresponding to the state of the, each branch power adjusting module is respectively connected with the corresponding branch heating module; the power setting module comprises a power setting circuit, and keys and a display screen required by setting, so that the setting circuit allows a user to set specific power distributed to each impedance type electric warming appliance.
By the device, the main controller can detect the operating power of each impedance type electric warming appliance and compare the operating power with the set total power, and when the total operating power is close to the set power, each shunt power adjusting module is controlled to adjust the power distributed to each impedance type electric warming appliance. The total operation power can not exceed the set total power, and the household power utilization safety is guaranteed.
Furthermore, each shunt power adjusting module can adjust the power supply power output to each electric heater heating module through the voltage regulation of a switch power supply or a silicon controlled rectifier, and the adjustment and control power of the switch power supply or the silicon controlled rectifier and the like is a common technical scheme conventionally known by common technical personnel.
Furthermore, the main controller is provided with a module which can allow a user to set the priority level of each impedance type electric warming appliance by using the setting circuit, and the main controller can preferentially ensure the floor heating power of an important room under the condition of not exceeding the total power.
The shunt power adjusting module and the sub-controllers form series control, and when the shunt power adjusting module detects that each sub-controller supplies power to the corresponding heating module, the controller distributes power to each impedance type electric warming appliance according to the power use condition and the priority level in real time.
Furthermore, the impedance type electric warming appliance is an electric floor heating heater, the sub-controllers are electric floor heating controllers arranged in all rooms, the sub-controllers control on-off of current output to the heating modules according to a comparison result of temperature of a detected room or a floor and temperature set by a user, so that the temperature of the room reaches a set value of the user, the main controller is provided with electric heater power adjusting modules of all the rooms corresponding to the electric floor heating controllers of all the rooms, and the electric heater power adjusting modules of all the rooms are respectively connected with the electric floor heating modules of all the rooms. Therefore, the information feedback of the electric floor heating controllers in all rooms is reasonably arranged and adjusted through the main controller, the tripping action of a protection switch caused by the fact that short-time power consumption is too large when the electric floor heating heaters in all high powers of a plurality of rooms of a family are started for heating at the same time can be prevented, and the average power consumption for heat preservation is not high when the electric floor heating reaches the set temperature.
Furthermore, the main controller of the electric heating floor heating device further comprises a controller containing a single chip processor, the controller adopts an MCU processor circuit, a total power setting module, a total power detection module and a plurality of branch power adjusting modules, and the MCU processor is respectively connected with the total power setting module and the total power detection module.
And furthermore, the electric floor heating controllers of all the rooms are arranged in all the rooms and connected with control panels of floor heating of all the rooms, the main controller is connected with the control panels of the floor heating of all the rooms, the control panels of the floor heating of all the rooms are not directly connected with the floor heating heaters of the corresponding rooms, but are connected to the shunt power adjusting module of the main controller firstly, and then the output of the shunt power adjusting module is connected to the electric floor heating modules of all the rooms.
To sum up, the utility model discloses a resistance type electric warming apparatus power controller realizes setting up power rational distribution and uses the module to include the power setting circuit in response to the current rated total power of user to and set up required button and display screen, set up the power that the circuit allows the user to set for by oneself and distribute to each resistance type electric warming apparatus, reach the effect of configuration rationally, the energy can be saved, the safe power consumption.
Drawings
Fig. 1 is a schematic structural diagram of a power controller of an impedance electric warming apparatus according to embodiment 1 of the present invention;
fig. 2 is a schematic diagram of an impedance electric heater power controller applied to electric heating geothermal control according to embodiment 2 of the present invention;
fig. 3 is a schematic diagram of the main controller according to embodiment 2 of the present invention.
Detailed Description
Example 1
The power controller of the impedance electric warming apparatus described in this embodiment 1 adopts the following technical scheme: a power controller of an impedance electric warming appliance is disclosed, as shown in figure 1: the device comprises a main controller 1 electrically connected with the input of a main power supply circuit, a sub-controller 2 which is respectively connected with a plurality of control lines and used for controlling each impedance type electric warming appliance through the output of the main controller, wherein the main controller is provided with a power setting module which comprises keys and a display screen, a user can set the maximum power value of floor heating through the keys, and a total power detection module 6 which can detect the running power of all the impedance type electric warming appliances in real time is arranged on the connection power setting module; the total power module is connected with a current sensor 3 arranged on a total power circuit, the total current can be measured in real time, the processor calculates the total power according to the total current, the total power detection module is respectively connected with a sub-controller, the sub-controller is provided with a key and a display screen for independently detecting an input instruction corresponding to the state of the impedance type electric warming appliance, the output of the sub-controller is connected with a shunt power regulation module 4 of the main controller, and each shunt power regulation module is respectively connected with a corresponding shunt heating module 5; the power setting module comprises a power setting circuit, and keys and a display screen required by setting, so that the setting circuit allows a user to set specific power distributed to each impedance type electric warming appliance.
By the device, the main controller can detect the operating power of each impedance type electric warming appliance and compare the operating power with the set total power, and when the total operating power is close to the set power, each shunt power adjusting module is controlled to adjust the power distributed to each impedance type electric warming appliance. The total operation power can not exceed the set total power, and the household power utilization safety is guaranteed.
The shunt power adjusting modules can adjust the power supply power output to the heating modules of the electric heaters through a switching power supply or silicon controlled rectifier voltage regulation, and the adjustment control power of the switching power supply or the silicon controlled rectifier voltage regulation and the like is a common technical scheme conventionally known by common technical personnel.
The main controller is provided with a module which can allow a user to set the priority level of each impedance type electric warming appliance by using the setting circuit, and the main controller can preferentially ensure the floor heating power of an important room under the condition of not exceeding the total power.
The shunt power adjusting module and the sub-controllers form series control, and when the shunt power adjusting module detects that each sub-controller supplies power to the corresponding heating module, the controller distributes power to each impedance type electric warming appliance according to the power use condition and the priority level in real time.
Example 2
As shown in fig. 2 and 3, in the power controller of an impedance electric warming apparatus according to this embodiment, the impedance electric warming apparatus controlled by the power controller is an electric floor heating heater, the sub-controller is an electric floor heating controller 20 disposed in each room, and the sub-controller controls the on-off of the current output to the heating module according to the comparison result between the detected room or floor temperature and the temperature set by the user, so that the room temperature reaches the set value of the user, the main controller 10 is provided with an electric heater power adjusting module 40 of each room corresponding to the electric floor heating controller of each room, and the electric heater power adjusting module of each room is respectively connected to the electric floor heating module 50 of each room. Therefore, the information feedback of the electric floor heating controllers in all rooms is reasonably arranged and adjusted through the main controller, the tripping action of a protection switch caused by the fact that short-time power consumption is too large when the electric floor heating heaters in all high powers of a plurality of rooms of a family are started for heating at the same time can be prevented, and the average power consumption for heat preservation is not high when the electric floor heating reaches the set temperature.
The main controller for the electric heating floor heating heater comprises a controller 70 including a single chip processor, an actual MCU processor circuit shown in figure 3, a total power setting module, a total power detection module, and a plurality of branch power adjusting modules, wherein the MCU processor is respectively connected with the total power setting module and the total power detection module.
The electric floor heating controllers of all the rooms are arranged in all the rooms and connected with control panels of floor heating of all the rooms, the control panels of the floor heating of all the rooms can input instructions, the main controller is connected with the control panels of the floor heating of all the rooms, the control panels of the floor heating of all the rooms are not directly connected with floor heating heaters of corresponding rooms, but are connected to the shunt power adjusting module of the main controller firstly, and then the output of the shunt power adjusting module is connected to the electric floor heating modules of all the rooms.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the structure of the present invention in any way. Any simple modification, equivalent changes and modifications made to the above embodiments according to the technical spirit of the present invention all still fall within the scope of the technical solution of the present invention.
Claims (6)
1. A power controller of an impedance type electric warming appliance is characterized in that: the device comprises a main controller electrically connected with the input of a main power supply circuit, and a plurality of control lines output by the main controller are respectively connected with a sub-controller for controlling each impedance type electric warming appliance, and the main controller is provided with a power setting module; the power setting module comprises a key and a display screen which can set the maximum power value of the floor heating by a user, and the connection power setting module is provided with a total power detection module which can detect the running power of all the impedance type electric heating appliances in real time; the total power detection module is respectively connected with each sub-controller; the sub-controller is provided with a key and a display screen which independently detect input instructions corresponding to the state of the impedance type electric warming appliance, the output of the sub-controller is connected to the shunt power adjusting module of the main controller, and each shunt power adjusting module is respectively connected with the corresponding shunt heating module; the power setting module comprises a power setting circuit, a key and a display screen which are required by setting.
2. The power controller of an impedance type electric warming appliance according to claim 1, wherein: and each shunt power adjusting module adjusts and outputs power supply power to each electric heater heating module through a switch power supply or a silicon controlled rectifier.
3. The power controller of an impedance type electric warming appliance according to claim 1, wherein: the main controller is provided with a module which can allow a user to set the priority level of each impedance type electric heating appliance by using a setting circuit, and the main controller can preferentially ensure the power of the important impedance type electric heating appliances under the condition of not exceeding the total power; the shunt power adjusting module and the sub-controllers form series control, and when the shunt power adjusting module detects that each sub-controller supplies power to the corresponding heating module, the controller distributes power to each impedance type electric warming appliance according to the power use condition and the priority level in real time.
4. The power controller of an impedance type electric warming appliance according to claim 1, wherein: the resistance type electric warming appliance is an electric floor heating heater, the sub-controllers are electric floor heating controllers arranged in all rooms, the main controller is provided with electric heater power adjusting modules of all the rooms corresponding to the electric floor heating controllers of all the rooms, and the electric heater power adjusting modules of all the rooms are respectively connected with the electric floor heating modules of all the rooms.
5. The power controller of an impedance type electric warming appliance according to claim 4, wherein: the main controller also comprises a controller containing a singlechip processor, the controller adopts an MCU processor circuit, and the MCU processor is respectively connected with the total power setting module and the total power detection module.
6. The power controller of an impedance type electric warming appliance according to claim 4, wherein: the electric floor heating controllers of all the rooms are arranged in all the rooms and connected with control panels of floor heating of all the rooms, the control panels of the floor heating of all the rooms can input instructions, the main controller is connected with the control panels of the floor heating of all the rooms, the control panels of the floor heating of all the rooms are not directly connected with floor heating heaters of corresponding rooms, but are connected to the shunt power adjusting module of the main controller firstly, and then the output of the shunt power adjusting module is connected to the electric floor heating modules of all the rooms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020731400.0U CN212657783U (en) | 2020-05-07 | 2020-05-07 | Impedance type electric heating appliance power controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020731400.0U CN212657783U (en) | 2020-05-07 | 2020-05-07 | Impedance type electric heating appliance power controller |
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| Publication Number | Publication Date |
|---|---|
| CN212657783U true CN212657783U (en) | 2021-03-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020731400.0U Active CN212657783U (en) | 2020-05-07 | 2020-05-07 | Impedance type electric heating appliance power controller |
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| Country | Link |
|---|---|
| CN (1) | CN212657783U (en) |
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2020
- 2020-05-07 CN CN202020731400.0U patent/CN212657783U/en active Active
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