Intelligent smoke ventilator control system

Abstract

The invention relates to an intelligent smoke ventilator control system which comprises a smoke ventilator and a control terminal that is connected with a network. The smoke ventilator comprises a control unit in which functional programs can be stored. The control terminal is provided with a display unit and is connected with and controls the smoke ventilator. The display unit is provided with a control interface which synchronously displays the operation state of the smoke ventilator. The control interface comprises function control icons which control corresponding functional programs in the control unit of the smoke ventilator. According to the intelligent smoke ventilator control system, the functional programs of the smoke ventilator are set by means of the control terminal, and hardware equipment of the existing control terminal is reasonably utilized. The smoke ventilator can automatically load or delete the corresponding functional program according to operation of the control terminal, thereby optimizing storage capacity and operation speed of the smoke ventilator control unit so that higher intelligence and higher user-friendly performance of the smoke ventilator are realized.

Description

technical field [0001] The invention relates to the field of kitchen household appliances, in particular to an intelligent range hood control system. Background technique [0002] With the popularization of Internet technology, smart home appliances and network home appliances have begun to enter people's homes. After the existing home appliances are connected to the Internet, the manufacturer interconnects with the home appliances through the backend server, and directly pushes the control information to the home appliances through the backend server. For example, through Make a call and press the prompt key to control the opening and closing of the water heater; or the manufacturer sets the operation interface on the home appliance, and at the same time stores the function program corresponding to the operation interface on the home appliance. In this case, the operation interface and function program of the home appliance are set by the manufacturer. If it is set, the use...

AI Technical Summary

Problems solved by technology

[0002] With the popularization of Internet technology, smart home appliances and network home appliances have begun to enter people's homes. After the existing home appliances are connected to the Internet, the manufacturer interconnects with the home appliances through the backend server, and directly pushes the control information to the home appliances through the backend server. For example, through Make a call and press the prompt key to control the opening and closing of the water heater; or the manufacturer sets the operation interface on the home appliance, and at the same time stores the function program corresponding to the operation interface on the home appliance. In this case, the operation interface and function program of the home appliance are set by the manufacturer. If it is set, the user cannot modify or expand its functions. There are two extremes: the functions on the user interface of the home appliance are extremely numerous or extremely simple. If there are too many functions in the user interface, there may be unnecessary functions. It leads to the complexity of program calling or calculation of the home appliance control module, and it is easy to cause cumbersome user operations; if the function is too simple, it will not only fail to make good use of the intelligence of home appliances, but even cause a waste of interconnection resources

For range hood products, the latter is usually the intelligent control method mentioned above. Networked control is rare, and there is no modification and expansion of the function program of the range hood product by the application control terminal.

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