Intelligent arc guiding rail system

Abstract

The invention relates to an intelligent arc guiding rail system which comprises an arc guiding rail assembly and a sliding seat assembly. Outward-convex V-shaped guiding rails are formed on the two sides of the arc guiding rail assembly, the sliding seat assembly comprises a sliding seat body and V-shaped rollers arranged on the two sides of the lower surface of the sliding seat body, and the outer wall of each V-shaped roller is provided with an inward-concave V-shaped guiding groove matched with the corresponding outward-convex V-shaped guiding rail on the arc guiding rail assembly; and a needle bearing is further arranged on the lower surface of the sliding seat body and located between the V-shaped rollers on the two sides, and the needle bearing is in contact with the upper surface of the arc guiding rail assembly. Compared with V-shaped guiding rails of the same specification, the guiding rail system provided by the invention is higher in rigidity, the bearing capacity of the sliding seat is larger since the three-point sliding seat supporting mode is adopted, and the load borne by the system is multiple times higher than the load when an original two-point supporting mode is adopted; and the overall stability of operation of the guiding rail system is realized, and especially under the high-load working condition, the high load of the guiding rail sliding table can be ensured, and meanwhile high-speed stable sliding operation can be realized.

Description

[0001] Technical field: [0002] The invention relates to the technical field of mechanical equipment, in particular to an intelligent arc-shaped guide rail system. [0003] Background technique: [0004] At present, the relatively mature arc guide rail system on the market, such as the British HEPCO brand, has a relatively thin structure and relatively weak rigidity. The existing arc guide rail and sliding seat are connected and supported by two-point support with conical surfaces on both sides. , there are problems of insufficient rigidity and insufficient stability, which will affect the stability of the guide rail. In the actual application process, especially when the slide seat needs to bear heavy loads and move at high speed, the entire carrying system will vibrate seriously. Under the working conditions of high-speed, stable and heavy-duty operation, the structure of this type of guide rail cannot be satisfied. [0005] Invention content: [0006] The object of the pr...

AI Technical Summary

Problems solved by technology

[0004] At present, the relatively mature arc guide rail system on the market, such as the British HEPCO brand, has a relatively thin structure and relatively weak rigidity. The existing arc guide rail and sliding seat are connected and supported by two-point support with conical surfaces on both sides. , there are problems of insufficient rigidity and insufficient stability, which will affect the stability of the guide rail. In the actual application process, especially when the slide seat needs to bear heavy loads and move at high speed, the entire carrying system will vibrate seriously. Under the working conditions of high-speed, stable and heavy-duty operation, the structure of this type of guide rail cannot meet the requirements.

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