Radar detection based intelligent tracking equipment
A technology of intelligent tracking and equipment, which is applied in measuring devices, re-radiation of electromagnetic waves, components of color TVs, etc. It can solve the problems of random camera switching, inaccurate tracking, time-consuming and laborious
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Embodiment 1
[0079] see Figure 4 As shown, an intelligent tracking device based on radar detection includes: behavior point sensing device, positioning controller, behavior detection analyzer, behavior detection and analysis control panel, behavior control publisher, data storage, power interface, network interface, Connect cables, cable protectors.
[0080] The behavior point sensing device is composed of a laser emitting device and a laser receiving device. The laser emitting device and the laser receiving device are arranged correspondingly. The laser emitting device is used for continuously emitting laser lines, and the emitting frequency is 25-50 times per second. The behavior point sensing device adopts the following structure:
[0081] The behavior point sensing device is placed at the rear or side of the classroom. The laser emitting device emits pulse waves continuously in actual use. The laser pulse waves hit the high-speed rotating mirror and emit pulse waves in all direction...
Embodiment 2
[0107] Compared with Embodiment 1, the behavior point sensing device adopted in Embodiment 2 adopts the following structure:
[0108]The behavior point sensing device is placed at the rear or side of the classroom, and the viewing angle of the installation position is convenient for observing the students in the classroom and the teacher on the podium; one or more laser emitting devices correspond to a laser receiving device, and a large number of laser emitting devices and The laser receiving devices are densely distributed on the outer surface of a sphere. These laser emitting devices emit laser lines from the center of the sphere to the surroundings. Each laser line is emitted by the laser emitting device and received by the laser receiving device; the spherical shape composed of the laser emitting device and the laser receiving device The structure has an opening at the bottom, which is circular, for mounting the support frame and cables.
Embodiment 3
[0110] Different from Embodiments 1 and 2, the behavior point sensing device adopted in Embodiment 3 adopts the following structure:
[0111] Laser emitting devices and laser receiving devices are placed on the walls around the classroom, one laser emitting device corresponds to one laser receiving device, a large number of laser emitting devices and laser receiving devices are densely distributed on each wall, and each laser line is composed of The laser emitting device emits and is received by the laser receiving device. The laser line emitted by the laser emitting device is perpendicular to the wall on which the laser emitting device is installed; the densely distributed behavior point sensing devices form a horizontal and vertical scanning grid, forming a Scanning the plane grid, when an object blocks any scanning line in the grid, the two-dimensional coordinates can be determined according to the blocked horizontal and vertical laser lines. A cable port is installed at th...
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Abstract
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