Electric roller shutter control method based on intelligent terminal APP

Abstract

The invention discloses an electric roller shutter control method based on an intelligent terminal APP. An electric roller shutter is driven through a motor. Wireless bidirectional communication between the motor and the intelligent terminal APP is achieved through a host. The control method comprises the steps that (1) travel points are preset, specifically, the motor is matched with the intelligent terminal APP firstly, and after matching is completed, if the intelligent terminal APP detects that the motor does not set the travel points, the first travel point, the second travel point and the third travel point of the motor are set through the intelligent terminal APP and stored in a storage device of a controller of the motor; (2) travel information of the motor is read, specifically, the intelligent terminal APP reads the information of the third travel point and the current position information of the motor through the host, and the information of the third travel point and the current position information of the motor are stored in the controller of the motor; (3) the position information is refreshed, specifically, the displayed position of the third travel point is refreshed on an interface of the intelligent terminal APP, and a corresponding virtual key is arranged in the position of the third travel point; and (4) the motor is controlled to operate, specifically, the virtual key is pressed so that the motor can operate to the third travel point.

Description

technical field [0001] The invention relates to a control method, in particular to a control method for electric roller blinds based on an intelligent terminal APP. Background technique [0002] Smart home is undoubtedly a hot concept in recent years. It takes the residence as a platform and uses integrated wiring technology, network communication technology, security technology, automatic control technology, audio and video technology to integrate home life-related facilities to build efficient residential facilities and The management system of family schedule affairs improves home safety, convenience, comfort and artistry, and realizes an environment-friendly and energy-saving living environment. [0003] One of the more important categories of smart home system products is electric curtains. For example, the Chinese patent application number 201520665816.6 discloses an intelligent curtain control system, including a curtain controller, a curtain motor, a zigbee host and ...

AI Technical Summary

Problems solved by technology

[0004] For the existing intelligent control system of this kind, for the first travel point (up travel point), the second travel point (down travel point) and the third travel point (located between the upper travel point and the lower travel point) of the curtain operation, the curtain In the half-open state), the motor is pre-set through the remote control, and a function button is made on the mobile phone APP (application software) to run to the third stroke point, so there are the following disadvantages: 1. The motor cannot be adjusted through the mobile phone APP 2. The preset position of the third travel point currently set cannot be checked through the mobile APP; 3. After the third travel point of the motor is adjusted, the mobile APP cannot display the position of the third travel point of the device synchronously

As a result, the real-time operating status of the motor cannot be obtained during remote control (outside of the line-of-sight range), and the user experience is poor

[0005] In addition, the existing mobile phone APP only displays virtual curtain animation running. However, the running time of the motor is related to the speed of the motor itself, the length of the motor’s required travel, and the load of the motor. A virtual animation with a fixed duration The action will cause the problem that the virtual animation is completed but the motor has not been executed, or the virtual animation is still executing after the motor is executed, that is, the state of the virtual animation is not synchronized with the actual position state of the motor, and the user runs to the third through the mobile APP. When the travel point is reached, the distance between the current position of the curtain and the third travel point cannot be displayed in real time, resulting in poor user experience

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