NETWORK SEPARATED REMOTE TUNING BROADCASTING DEVICE FOR BIDIRECTIONALLY MONITORING IN REAL TIME AND EARTHQUAKE-RESISTANT DESIGNED BROADCASTING SYSTEM

摘要

The present invention relates to a network separated remote tuning broadcasting device for bidirectionally monitoring in real time, in which a directional microphone integrated sound pressure camera collects a sound source by ten or more directional microphones in an integrated housing depending on an orientation angle of X-Y coordinate in the front. When the sound pressure camera matches a virtual X-Y coordinate to a front image and the output of the directional microphone integrated sound pressure camera is inputted into a main board of an internal network of a local broadcasting device, the main board of the internal network converts sound pressure of a sound source collected by the directional microphones at the orientation angle of the X-Y coordinate into a sound pressure digital numerical value and then converts the sound pressure digital numerical value into a color signal to the X-Y coordinate. An image, which is captured in the X-Y coordinate of the image that the color signal converted by the X-Y coordinate is photographed by the sound pressure camera, is displayed on a screen and transmitted to a main board of an external network, and then transmitted to a remote control server through a network switching switch which is on-contacted. The remote control server remotely controls a sound source generating device of a local control server through a captured image in which the sound digital numerical value is converted into the color signal onto the image photographed by the sound pressure camera and which is displayed on a screen to tune and control a sound signal through an audio mixer so as to output the same to an A/V speaker.;COPYRIGHT KIPO 2016