| CPC G06F 3/04812 (2013.01) [G06F 3/017 (2013.01); H04L 63/0861 (2013.01); H04L 65/1069 (2013.01); G06F 2203/04801 (2013.01)] | 5 Claims |
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1. A video conference device comprising:
a camera, configured to capture a real-time video of a first location, and configured to capture a first biometric feature of a first user located at the first location with the video conference device as first authentication information;
a communication circuit configured to be communicatively connected to a remote server; and
a processor configured to execute an online conference application, and configured to process the real-time video of the first location captured by the camera and real-time visual signals received from the remote server via the communication circuit;
wherein the processor executes the online conference application to establish or join an online video conference on the remote server, the processor receives the first authentication information from the camera, and sends the first authentication information via the communication circuit for identity authentication;
wherein the processor receives first operation authorizations granted to the first user by the remote server based on the first authentication information which is recognized as a first participant of the online video conference, the first operation authorizations enable the first user to control a first representative cursor assigned to the first participant of the online video conference on a real-time conference screen;
wherein the processor receives a specific gesture of the first user via the camera, recognizes the specific gesture to obtain a first operation instruction message, and transmits the first operation instruction message to the remote server in real time;
wherein the communication circuit transmits the processed real-time video of the first location to the remote server and receives the real-time visual signals of the online video conference from the remote server, the real-time visual signals of the online video conference provide images of the real-time conference screen which includes a real-time shared content screen;
wherein if the first operation instruction message includes a first operation instruction of moving the first representative cursor and the first operation instruction is valid based on the first operation authorizations and display settings of the online video conference, the real-time conference screen displays the first representative cursor positioned in the real-time shared content screen in response to the first operation instruction of moving the first representative cursor;
wherein the processor further performs one or more of the following:
processing the captured real-time video of the first location to receive a second biometric feature of a second user as second authentication information;
transmitting the second authentication information via the communication circuit for the identity authentication;
receiving second operation authorizations granted to the second user by the remote server based on the second authentication information, wherein the second authentication information is recognized as a second participant of the online video conference, wherein the second operation authorizations enable the second user to control a second representative cursor assigned to the second participant of the online video conference on the real-time conference screen;
processing the captured real-time video of the first location to receive a specific gesture made by the second user, and recognizing the specific gesture to obtain a second operation instruction of moving the second representative cursor; and
transmitting the second operation instruction to the remote server via the communication circuit if the second operation instruction is valid according to the second operation authorizations.
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