Low-power-consumption worm gear transmission mechanism of deploying and controlling ball

The utility model discloses a low-power-consumption worm gear transmission mechanism of a monitoring ball, which comprises a main body support, a base and an imaging machine core assembly, a rotatingdisc is installed at the top end of the base, the main body support is installed on the rotating disc, the upper portion inside the main body support is connected with one end of a vertical main shaftthrough a vertical bearing, and the imaging machine core assembly is installed on the vertical main shaft. A vertical transmission worm wheel is installed at the other end of the vertical main shaftand meshed with a vertical worm assembly, a horizontal main shaft is further installed on the rotating disc, and the horizontal main shaft is further meshed with a horizontal worm assembly through a horizontal worm wheel fixed to the horizontal main shaft; according to the low-power-consumption worm gear transmission mechanism, self-locking is achieved through the worm assembly when the worm geartransmission mechanism does