OTT television based intelligent remote control system and control method thereof

Abstract

The invention provides an OTT television based intelligent remote control system and a control method thereof. The control system comprises a remote control sheet and an OTT box thereof, wherein the remote control sheet comprises an MCU, a triaxial accelerometer sensor, a triaxial gyroscope sensor, a triaxial magnetometer sensor and a Bluetooth sending module, and the MCU is connected with the triaxial accelerometer sensor, the triaxial gyroscope sensor, the triaxial magnetometer sensor and the Bluetooth sending module; and the OTT box comprises a control chip and a Bluetooth receiving module that is connected with the control chip. According to the OTT television based intelligent remote control system and the control method thereof, traditional mechanical buttons are not required; voice identification is integrated with gesture identification, so that voice input is realized, and movement of a screen cursor as well as a series of gestures in different complexity are controlled by the sensors; and thus, the contents are more abundant.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to an OTT TV-based intelligent remote control system and a control method thereof. Background technique [0002] The OTT box is a small computing terminal device. As long as it is simply connected to a traditional TV through HDMI or color difference cable technology, it can realize web browsing, online video playback, and application installation on the traditional TV. It can even connect mobile phones, Photos and videos from the tablet are projected to the big screen TV in the home. The OTT box must be used with a remote control. At present, there are two traditional remote control methods: one is based on the traditional button-type infrared remote control, and the other is based on the mobile phone remote control app. The mobile phone remote control app is implemented by simulating buttons, which are essentially the same as traditional remote controls. This mechanical but...

AI Technical Summary

Problems solved by technology

The mobile phone remote control app is implemented by simulating buttons, which are basically the same as traditional remote controls. This mechanical button method is relatively poor in user experience.

In view of this, people began to think about replacing the traditional remote control with a somatosensory method. The emerging flying mouse remote control on the market has basically realized the movement control of the remote control as a cursor on the Internet TV screen by using the movement of the remote control. It acts as a gamepad in the game, but the flying mouse remote control can only realize its movement on the screen as a cursor, and the operation sensitivity is not high, and the remote control of the prior art cannot realize gesture recognition, that is, it cannot Make the OTT box to execute the corresponding operation command

[0003] To sum up, the traditional remote control is based on the button principle, and its operation method is too mechanized; although the existing somatosensory remote control can realize the control of the cursor, due to the large error in the movement data of the control cursor, the operation is not sensitive enough. The experience is poor; and the existing somatosensory remote control cannot realize gesture recognition, and the user performance is not good

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