Head carried night view system
A head-mounted, night vision technology, used in general control systems, control/adjustment systems, and electrical variables adjustment, etc., can solve the problems of high cost, complex production process of low-light night vision devices, and high prices, and achieve long emission distances. , The overall size is small, the effect of long life
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Embodiment 1
[0019] Embodiment 1, a kind of head-mounted night vision system, refer to figure 1 , Fig. 3, Fig. 4, are that camera 2 is fixed on the top of helmet 1, and the front portion of helmet 1 is provided with infrared emitting device 3, and display screen 4 is fixed below infrared emitting device 3, and the control circuit in controller 5 controls camera 2. The infrared emitting device 3 and the display screen 4 transmit signals. The control circuit in the controller 5 is a power supply voltage stabilization control circuit 7 connected to the infrared light source control circuit 8, the main control circuit 9, and the display screen 4 respectively. The main control circuit 9 Connect with the keyboard control circuit 10, the infrared light source control circuit 8, and the variable lens control circuit 11, the infrared light source control circuit 8 controls the infrared transmitter 3, the variable lens control circuit 11 controls the variable lens action of the video camera 2, and th...
Embodiment 2
[0021] Embodiment 2, a kind of head-mounted night vision system, refer to figure 2 , Fig. 3, Fig. 4, are on the basis of embodiment 1, are provided with zoom lens 5 before video camera 2 lens, infrared ray emission device 3 is the matrix that is made up of infrared ray emission tube 6, and infrared ray emission device 3 is provided with protective screen , the others are exactly the same as in Example 1.
[0022] When using the present invention, the video signal processing of the high-definition low-illuminance black and white camera is input through J4-1 and output to the video transmitter through J3-1. All the way through J1-1 input to the micro-LCD display. When S7 "Focus+" is pressed, the positive 5V passes through R72, R28, R35, and one path passes through R18, R64 to control Q5 to turn on and Q4 to turn on the single-chip microcomputer U8-17 to detect the high-level button signal, and one path to enter U8- 19 detection. After U8-17 detects the high-level button sign...
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