Curve orbit system with sliding blocks having independent driving force

Abstract

The invention discloses a curve orbit system with sliding blocks having independent driving force. The curve orbit system comprises a curve orbit, a toothed belt arranged on one side of the curve orbit, pressing strips arranged on belt surfaces of the upper and lower ends of the toothed belt, and the sliding blocks arranged above the curve orbit, wherein each sliding block comprises a pulley fixing plate, a fixed pulley, a driving wheel assembly, an adjustable pulley A, an adjustable pulley B, pressing plates A and pressing plates B; and the driving assembly comprises a toothed pulley, bearings arranged on the toothed pulley, bearing pedestals arranged on the bearings in a sleeving manner, a motor seat arranged on the bearing pedestals, a motor arranged on the motor seat, a shaft coupler arranged on the motor and the toothed pulley, and locking nuts arranged on one side of the shaft coupler. Transmission teeth on the curve orbit of the curve orbit system adopt the toothed belt which is convenient to produce and mount; the production, mounting and maintenance cost is greatly reduced; pulley balls are arranged at positions at the shaft ends of pulley shafts far away from sliding chutes, so that the outer diameter of each pulley can be reduced; the sliding blocks have the independent driving force, so that all the sliding blocks in the curve orbit system are more flexible and free.

Description

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AI Technical Summary

Benefits of technology

This innovation allows for flexibility when designing a guiding track used by robots or other devices. It uses separate power sources instead of relying solely upon one source like cams or levers. Additionally, it eliminates problems associated with traditional systems due to their rigidity. Overall, this technology improves efficiency and accuracy during movement across surfaces while reducing costs compared to current methods.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the precision and efficiency when machining complicated parts such as metal pipes used for transportations due to their lengthy paths caused by friction from moving along rails. Existing methods involve adding extra equipment like punch guides (pilot tools) or linkage arrangements involving cables, leading to increased costs associated with maintaining accurate alignment and reduced operational capabilities.

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