Integrated controller

Abstract

The invention discloses an integrated controller which is mainly used in an integrated cooker or smoke-free cooker and comprises a color screen touch module, a power supply host control module and a motor system, wherein the power supply motor control module is electrically connected with the color screen touch module, the motor system is connected with the power supply motor control module, a user touches to induce a capacitor touch screen, a master control board obtains an induction coordinate of the capacitor touch screen at the same time, and further an operation function represented by a corresponding point on a color screen liquid crystal display screen is obtained and is converted into a corresponding operation action to be transmitted to the power supply motor control module through a connection wire; and after the power supply motor control module receives an operation command of the operation action, the operation command is used for controlling the motor system, a corresponding motor in the motor system is selected to operate, thus control operation is completed.

Description

technical field [0001] The invention relates to the technical field of integrated cooker / smokeless cooker control, in particular to a centralized controller. Background technique [0002] At present, most of the existing operating systems for integrated stoves / smokeless stoves use mechanical buttons or capacitive touch buttons, but according to the integrated appliances (such as range hoods / stoves / disinfection cabinets), the operation methods can be divided into two types: 1. One is partition operation, that is, range hood, cooker and disinfection cabinet. The respective operations are performed in different areas on the machine table, each with its own display and control buttons; the other is centralized local area operation. That is to say, the control of the range hood, stove and disinfection cabinet is concentrated in the same area of ​​the machine, but the control buttons or displays are still independent, but the three types of control are concentrated in one area. ...

AI Technical Summary

Problems solved by technology

[0003] In the first case, three different operation controls are separated in three different areas, and the user must operate the entire system in three different areas, which is inconvenient and the overall design of the machine is not beautiful and complicated; and In the second way, although the user can operate the entire system in one operating area, the operation design of each system cannot be combined because the operation of each system cannot be combined, resulting in a cumbersome operation interface.

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