CN-121993823-A - Linkage control method and device for range hood and gas furnace and electronic device

CN121993823ACN 121993823 ACN121993823 ACN 121993823ACN-121993823-A

Abstract

The application discloses a linkage control method, a control device and an electronic device of a range hood and a gas furnace, and relates to the technical field of intelligent home, wherein the linkage control method of the range hood and the gas furnace comprises a control function set acquisition module for acquiring a control function set of the range hood; and the control instruction set module is used for determining a control instruction set of the range hood according to the control function set and sending the control instruction set to the range hood. The control method can meet the intelligent linkage requirements of clients in various working scenes. The control method is not only suitable for intelligent linkage of the novel multifunctional gas cooker and the range hood, but also suitable for intelligent linkage reconstruction of old gas cookers and range hoods of different models.

Inventors

FU WANLI

Assignees

海尔优家智能科技（北京）有限公司
青岛海尔科技有限公司
海尔智家股份有限公司

Dates

Publication Date: 20260508
Application Date: 20241107

Claims (10)

1. A linkage control method of a range hood and a gas furnace is characterized by comprising the following steps: Acquiring a preset control function set of the range hood; Determining a control instruction set of the range hood based on the control function set according to the current working states of the gas furnace and the range hood and/or the air monitoring condition of the space where the range hood is located; And sending the control instruction set to the range hood so that the range hood responds to the control instruction set.
2. The coordinated control method of a range hood and a gas stove according to claim 1, wherein the control function set includes a time delay shutdown control type function and a wind power control type function; According to the current working states of the gas furnace and the range hood, determining a control instruction set of the range hood based on the control function set, wherein the method comprises the following steps: When the current working state of the gas furnace is in a closed state and the current working state of the range hood is in an open state, determining the control instruction set comprises determining an instruction of the control instruction set of the range hood and an instruction for enabling the delay shutdown control function of the range hood based on the control function set.
3. The coordinated control method of a range hood and a gas burner according to claim 1 or 2, further comprising: Monitoring the current working states of the gas furnace and the range hood, and/or monitoring the air condition of the space where the range hood is positioned; and when the current working states of the gas furnace and the range hood and/or the air monitoring condition of the space where the range hood is located are changed, updating the control instruction set, and sending the updated control instruction set to the range hood.
4. The coordinated control method of a range hood and a gas furnace according to claim 3, characterized in that, The time-delay shutdown control type function comprises at least one of an air purification control function and a time-delay shutdown control function; when the current working state of the gas furnace is in a closed state and the current working state of the range hood is in an open state, determining a control instruction set of the range hood based on the control function set, wherein the control instruction set comprises the following components: When the range hood has the air purification control function and the current working state is in the opening state, the range hood is controlled to continue to the current working state; when the range hood does not have the air purification control function or when the range hood has the air purification control function and the current working state is in a closed state, detecting whether the range hood has the wind power control function and the working state thereof; And when the range hood does not have the wind power control function or the range hood has the wind power control function and the current working state is in a closed state, detecting whether the range hood has the time delay shutdown control function.
5. The coordinated control method of a range hood and a gas burner according to claim 4, wherein a control instruction set of the range hood is determined based on the control function set, further comprising: The wind power control function comprises at least one of an automatic wind power control function and a lampblack wind power control function; When the range hood has the air purification control function and the current working state is in a closed state, detecting whether the range hood has the automatic wind power control function and the working state; when the range hood does not have the automatic wind power control function, or the range hood has the automatic wind power control function and the current working state is in a closed state, closing the range hood; When the range hood has the automatic wind power control function and the current working state is in a closed state, detecting whether the range hood has the range hood wind power control function and the working state; When the range hood has the oil smoke wind power control function and the current working state is in an on state, the oil smoke wind power control function is turned off; When the range hood has the wind power control function and is in a closed state, detecting whether the range hood has the time delay shutdown control function or not; when the range hood has the delay shutdown control function, the range hood uses the delay shutdown control function to delay working until being closed; and when the range hood does not have the delay shutdown control function, the range hood is closed.
6. The coordinated control method of a range hood and a gas stove according to claim 5, wherein determining that the gas stove is in an on state comprises determining an operating state of the gas stove by a current state of the knob of the gas stove; when the current state of the knob of the gas furnace is in an opening state; Or when the current state of the knob is not detected, continuing to detect the current working state of the cooking range of the gas furnace, and when at least one cooking range of the gas furnace is in an open state, detecting that the range hood is in an open state or an closed state; when the range hood is in an open state, detecting whether the range hood has the automatic wind power control function and the working state; when the range hood is in a closed state, the range hood is started to work; When the range hood does not have the automatic wind power control function, or the range hood has the automatic wind power control function and the current working state is in a closed state, the range hood keeps the current working state when the range hood is started; When the range hood has the automatic wind power control function and the current working state is in the on state, the range hood is set to be in the working mode of the automatic wind power control function.
7. The coordinated control method of a range hood and a gas furnace according to claim 6, wherein when the current working state of the gas furnace is judged to be in a closed state and the range hood does not have the automatic wind power control function, judging whether the range hood has a wind speed gear or not; when the range hood has the wind speed gear, setting the wind speed gear as high wind, and when the range hood does not have the wind speed gear, judging whether the wind speed of a fan exists or not; when the fan wind speed of the range hood is the same, setting the fan wind speed of the range hood to be a preset proportion of the maximum fan wind speed of a fan; and when the range hood does not have the wind speed of the fan, the range hood keeps the current working state.
8. The coordinated control method of a range hood and a gas burner according to claim 6, wherein the range hood has the automatic wind power control function and a current operating state is in a closed state, comprising: The wind speed of the automatic wind power control function is 0; Or the automatic wind power control function is not in the working state of the wind speed gear; or the automatic wind power control function is in the working state of the wind speed gear and the wind speed gear is 0; Or, the range hood has no fan wind speed; or, the range hood is provided with the fan wind speed and the current working wind speed of the fan wind speed is 0.
9. A coordinated control device of lampblack absorber and gas furnace, characterized by comprising: The control function set acquisition module is used for acquiring a control function set of the range hood; The control instruction set module is used for determining a control instruction set of the range hood based on the control function set according to the current working states of the gas furnace and the range hood and/or the air monitoring condition of the space where the range hood is located; and the instruction sending module is used for sending the control instruction set to the range hood so that the range hood can respond to the control instruction set.
10. An electronic device comprising a memory and a processor, wherein the memory stores a computer program, and the processor is configured to execute the coordinated control method of the range hood and the gas burner according to any one of claims 1 to 8 by the computer program.

Description

Linkage control method and device for range hood and gas furnace and electronic device Technical Field The application relates to the technical field of intelligent home, in particular to a linkage control method, a control device and an electronic device of a range hood and a gas furnace. Background In recent years, along with the rapid development and updating iteration of intelligent furniture, various network devices are newly provided with a plurality of functions, and scenes are more intelligent, for example, the range hood is newly provided with functions of air purification, wind following, delayed shutdown, spin washing, intelligent wind and the like. Thus, the prior simple smoke cooker linkage scene can not meet the current complex functions. The prior smoke kitchen range linkage is realized by judging the working state of the kitchen range through a position detector and a temperature detector of the kitchen range and then communicating with a range hood through an infrared communication module so as to control the range hood to start working. And controlling the range hood to stop working according to the fact that the temperature of the stove fire of the stove is smaller than a preset temperature value. For the range hood with the air purification function, the automatic wind power control function and the lampblack wind power control function, for example, when a user uses the functions, but at the moment, when a knob switch of a gas furnace is closed, the range hood is automatically closed according to the detection structures of a position detector and a temperature detector, and the user hopes that the range hood is opened until the functions used by the user are closed, so that the gas furnace and the range hood cannot realize intelligent control. Meanwhile, the situation caused by self-help intervention of a user cannot be reasonably treated, for example, when the user manually turns on the air purification function of the range hood, if all gas furnace switches are turned off at the moment, the range hood is turned off immediately according to the existing technology, and in the actual situation, the user expects that the range hood is turned off after the air purification is finished. Aiming at the scene, the prior art cannot continuously purify kitchen air, and the intention of a user is violated, so that the experience of the user is influenced. In the prior art, as the smoke cooker linkage scene has single function, the functions of simultaneously opening or simultaneously closing the kitchen range and the smoke ventilator can only be realized, the condition that the kitchen range and the smoke ventilator are updated along with the technology can not be met, more linkage scenes with functions can be newly added, and the problem of intelligent weakening of the smoke cooker linkage caused by the lack of consideration of autonomous intervention of customers in actual scene use is solved. Disclosure of Invention The invention provides a linkage control method, a control device and an electronic device for a range hood and a gas stove, which are suitable for linkage work of the existing multifunctional intelligent range hood. The invention provides a linkage control method of a range hood and a gas furnace, which comprises the following steps: Acquiring a preset control function set of the range hood; Determining a control instruction set of the range hood based on the control function set according to the current working states of the gas furnace and the range hood and/or the air monitoring condition of the space where the range hood is located; and sending the control instruction set to the range hood so that the range hood responds to the control instruction set. The invention also provides a linkage control device of the range hood and the gas furnace, which comprises the following components: The control function set acquisition module is used for acquiring a control function set of the range hood; The control instruction set module is used for determining a control instruction set of the range hood based on the control function set according to the current working states of the gas furnace and the range hood and/or the air monitoring condition of the space where the range hood is located; and the instruction sending module is used for sending the control instruction set to the range hood so that the range hood can respond to the control instruction set. In one implementation, the control function set includes a time-lapse shutdown control class function and a wind control class function; the control instruction set module is specifically configured to: When the current working state of the gas furnace is in a closed state and the current working state of the range hood is in an open state, determining the control instruction set comprises determining an instruction of the control instruction set of the range hood and an instruction for enabling the delay shutdown control function of