This is a belt made up of a loop of flexible material. It is used to chain-link two or more rotating shafts in a mechanical manner. And this is a gear bearing capable of what could be termed rolling mass action. The gear belting bearing can be made up of a number of smaller gears. These gears move rotationally around the center of a bearing along an exterior track. Each gear within the mechanized material is located between two rings.
It remains a must in this space that the widths of the gears must all be of equal length. Belts are being used as a source of motion. This motion is required to transmit power in an efficient manner. The belts are looped over pulleys. But there may be a twist in-between these pulleys. Also, the shafts in place do not always need to be parallel. The two pulley system works like this. The belt can drive the pulleys in one direction.
Or there may just be a crossing. Here the direction of a driven shaft will be reversed. As an effective source of motion, the popularly used conveyor belt is able to carry loads continuously between the two points. A belt drive will be used to adjust the speed of rotations, as and when this is required. Different sized pulleys are needed in this case. The gear bearing is a rolling element. In order for the system’s surfaces to provide efficient axial meshing, teeth need to be beveled.
This beveling helps to avoid any misalignments and sticking. Sliding friction within the bearing is also reduced. The engagement of bearing gears, let’s just say, is geared towards achieving maximum rolling with the minimal sliding friction of ‘conjugated profiles in movement’. Slip-free rolling motions have been achieved.