(1) take the ICU as a laboratory and install 4 cameras to collect video on the upper part of the critically ill patients. At the same time, 2 cameras are equipped with Yuntai to collect videos and collect zoom. Set the 2 big screen TV in the teaching room, each of the 4 video images and the index of intensive care monitor real-time display, and set the 1 mobile teaching desk, equipped with 1 computer stations, reserved for the VGA video cable 1 to the big screen, playing well reserved for days after the mobile video.
(2) laboratory, central control room and teaching room 3 room voice communication system, and voice of the central control room and teaching room controlled laboratory settings, only the voice broadcast type play, and the central control room and teaching room for selective play, to avoid the interference of laboratory personnel.
(3) set up wireless voice intercom system in 3 rooms to ensure confidential communication between 3 doctors, teachers and equipment control teachers in 3 rooms.
(4) set automatic curtain for visual isolation before one way glass.
(5) camera arrangement. 4 monitoring cameras are set up in the intensive room to realize all angle experimental records and rebroadcast. High definition cameras are set at the top and left side of the severe bed in the room, and the high resolution of the monitoring angle is high. The fixed focus camera is equipped with a gun type shield, which is installed with the way of arm hanging. A three dimensional uniform spherical camera is installed above the hospital bed, with built-in electric pan tilt and 30 times zoom camera integrated machine. It is installed by ceiling hoisting.
(6) the installation of automatic curtains. In front of the office unidirectional glass, install an automatic curtain which is similar to the decoration color. When we decorate, we should reserve grooves in the ceiling, insert curtain boxes, and reserve curtain power in the wall.
(7) control and display configuration. The system is equipped with 1 8 - way full D1 embedded hard disk VCRs, 1 centralized storage servers and 1 Gigabit core switches. The embedded hard disk recorder, the centralized storage server and the Gigabit network switch are placed in the equipment room and installed in the equipment cabinet.
2 32 inch industrial plasma displays are set up in the teaching room and installed in the way of wall hanging. The 1 display displays the simulation demonstration system, and the 1 shows the streaming media release software interface. It can watch the experiment process and play the video in real time, and achieve single / multi screen display in real-time monitoring. The control and playback operations for the display content are implemented by a wireless mouse.
Mobile terminal, using the ceiling WIFI wireless routing network, access to the centralized storage server implementation. A single / multi picture display and video playback / capture / download function can be realized. When installing, 2 monitors, power lines and communication cables are embedded. In order to ensure the quality of display signals, 2 display signals and cables are transmitted by network cable and equipped with VGA remote transmitter. The software terminal of the simulation system needs to be equipped with 1 VGA2 distributor.
(8) phonetic dialogue. In order to realize the controllable intercom of the 3 rooms, 1 sets of active MIC and suction top sound box are configured in the teaching room and the centralized control room, and the active MIC switch is used for sound control. And the sound of the laboratory can only be recorded. The wireless communication system between the teaching room, the laboratory and the centralized control room uses Motorola radio intercom to ensure the communication between teachers and all the time. At the same time, the speech intercom system between 2 sets of examination rooms and control rooms is added. The power line and signal line of the system are preburied in the decoration.