Abstract: The present disclosure discloses a display mounting apparatus, including a rotating base and a rotating support. The rotating base includes a base and at least one base bearing. The base defines a base shaft hole. The base bearing is engaged with the base shaft hole and is coaxial with the shaft hole. The rotating support includes a rotating disc, a first bearing sleeve and a second bearing sleeve. The rotating disc is used to fix the display. The rotating disc defines a disc shaft hole. The first bearing sleeve includes a disc fixed ring and a hollow shaft coaxial with the disc fixed ring. The disc fixed ring is fixedly coupled to the rotating disc, and is coaxial with the disc shaft hole. The hollow shaft passes through the disc shaft hole, at least one base bearing and the base shaft hole, and is engaged with least one base bearing.

Abstract: The present disclosure discloses a display mounting apparatus, including a rotating base and a rotating support. The rotating base includes a base and at least one base bearing. The base defines a base shaft hole. The base bearing is engaged with the base shaft hole and is coaxial with the shaft hole. The rotating support includes a rotating disc, a first bearing sleeve and a second bearing sleeve. The rotating disc is used to fix the display. The rotating disc defines a disc shaft hole. The first bearing sleeve includes a disc fixed ring and a hollow shaft coaxial with the disc fixed ring. The disc fixed ring is fixedly coupled to the rotating disc, and is coaxial with the disc shaft hole. The hollow shaft passes through the disc shaft hole, at least one base bearing and the base shaft hole, and is engaged with least one base bearing.

Abstract: The present disclosure provides an adjustable television fixing bracket comprising a mounting member, fixing strips, a connecting standpipe, a connecting horizontal pipe, a supporting standpipe and an adjusting pipe. The fixing strips engage with the mounting member to form a fixed structure. The mounting member is mounted to the connecting standpipe through an adjustable mechanism to form an adjustable structure which can tilt front and rear. The connecting standpipe is mounted to the connecting horizontal pipe to form a rotatable structure. The connecting horizontal pipe is mounted to the supporting standpipe to form a rotatable structure. The supporting standpipe is mounted to the adjusting pipe through a quick release structure. In present disclosure, the television can be tilted upwards, downwards, rotated left or right, and raised or lowered height according to the actual observation needs of users. The television is mounted in a quick-mounted structure, which is more convenient to operate.