Method for controlling big clock through gestures

Abstract

The invention relates to a method for controlling a big clock through gestures, and belongs to the technical field of big clock control methods. According to the method, the convolutional neural network is constructed and trained by using the gesture data set, the obtained model can effectively and accurately recognize the gesture, and then the stability of the gesture control equipment is improved by designing the combined gesture and a subsequent optimization filtering algorithm. After the cloud performs model optimization and iteration, a new model is issued to the equipment through a network, and meanwhile, the cloud can modify and add functions corresponding to gestures, so that a user can select according to own requirements. According to the invention, the big clock is controlled through gestures; the portability and the flexibility of equipment control are improved; the equipment structure and the control method greatly reduce the manufacturing cost of the equipment, the gesture recognition model is combined with a combined gesture and an optimization filtering algorithm, the stability of equipment control can be effectively improved, and meanwhile, by adding a new functionto the existing clock networking, the function framework of the clock networking is further supplemented and perfected.

Description

Technical field [0001] The invention relates to a method for controlling a big clock with gestures, and belongs to the technical field of big clock control methods. Background technique [0002] The existing clock control methods are mostly controlled by remote control or online control platform. Most of the clock control methods are controlled by remote control or online control platform to control the related operations of the clock. The remote control usually communicates with the big clock through infrared and bluetooth. The clock is connected, and the big clock is controlled by pressing the preset function button on the remote control, but the remote control needs to be kept by someone, and it is easy to lose if it is improperly kept, and the remote control is difficult to expand the function, and the operation mode is relatively fixed. Controlling the big clock through a network platform relies too much on network communication. If the communication network is interrupted, ...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing clocks are controlled by remote controllers or online control platforms. The control methods of most big clocks are mostly through remote controllers or online control platforms to control the related operations of the big clocks. The clock is connected to each other, and the big clock is controlled by pressing the preset function button on the remote control, but the remote control needs to be kept by a special person, and it is easy to lose if it is not kept properly, and it is difficult to expand the functions of the remote control, and the operation method is relatively fixed

Controlling the big clock through the network platform is overly dependent on network communication. If the communication network is interrupted, the equipment cannot be controlled. Therefore, it is urgent to propose a clock control method based on gestures.

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