Long-stroke heavy-load high-precision multi-angle truss hybrid robot

Abstract

The invention discloses a truss hybrid robot which comprises a truss base, three rectangular coordinate joints, namely an X shaft, a Y shaft and a Z shaft, and rotary joints A, B and C. The base is supported by two stand columns; the X shaft is a main cross beam and transversely erected on the stand columns; the Y shaft is perpendicularly transversely erected on the X shaft; the Z shaft is overlaid at the tail end of the Y shaft; the X shaft, the Y shaft and the Z shaft are all transmitted by a high-precision linear guide rail, a servo motor and a planetary gear, and three degrees of freedom of translation are achieved; the rotary joints A, B and C are arranged at the tail end of the Z shaft to realize three degrees of freedom of rotation; and each rotary joint is composed of a servo motor, a precision speed reducer, a shaft body and accessories. The truss hybrid robot overcomes the technical defects of a joint robot and a rectangular coordinate robot as a single robot, has the comprehensive parameters similar to or exceeding those of world mainstream robots, is high in reliability, good in universality and low in manufacturing cost, and is suitable for various occasions such as cross-station automatic transportation, welding, and machine tool feeding and discharging.

Description

technical field [0001] The invention relates to a robot, in particular to a long-stroke, heavy-load, high-precision, multi-angle truss hybrid robot, which is a six-degree-of-freedom hybrid robot based on XYZ rectangular coordinate joints and ABC rotary joints, and can be used in industrial and medical care scenarios. It belongs to the field of robotics. Background technique [0002] The existing mainstream general-purpose industrial robots are articulated robots and rectangular coordinate robots. Most articulated robots have more than three degrees of freedom in a series structure, but this structure cannot adapt to intelligent production lines with large-scale long-distance travel and heavy loads across workstations. Although the rectangular coordinate robot can meet the functions mentioned above, its end flexibility and positioning accuracy cannot meet the needs of smart factories. Therefore, in order to solve the contradictions in the above applications in reality, most...

AI Technical Summary

Problems solved by technology

Although this method is feasible, it is expensive, and because the communication protocols of different brands of robots are different, the parts interfaces cannot be unified, so end users must stand in line with the robot brand, and the complexity of its integration also makes the use and maintenance costs of users later Rise, to a certain extent, reduces the willingness of users to use robots to complete automation upgrades

Although Chinese patent d

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