The core structure of all mechanical equipment can be broken down into core transmission components. Compared to ordinary spur gear systems, the biggest change in this metal component with spiral grooves lies in the cyclic lines of the obliquely cut surface of the driving cylindrical component and the corresponding spiral tooth pattern on the driven flat plate, achieving three-dimensional force transmission during the transmission process.
Several key observation points need to be understood: the continuous S-shaped inclined stripes on the outer cylinder of the driving component must be precisely aligned with the inclined gap of the driven tooth plate. Only in this way can sudden disengagement or severe vibration be avoided during continuous movement.
In actual production line monitoring, it was found that the machining accuracy of these two sets of devices needs to be controlled within the national standard grade VIII tolerance range; otherwise, whistling noises will be emitted, causing the production line to be shut down for maintenance every two weeks.
