FIELD: machine building.
SUBSTANCE: invention refers to machine building, namely to spatial manipulator mechanisms of robots with six degrees of freedom. Spatial mechanism includes base, outlet link, three connection kinematic chains, each of which includes rotary movement drive and translational movement drive, which are installed with parallel axes, inlet chain, intermediate chain and two pivots the axes of which are located with intersection at one point of outlet link. Each connection kinematic chain is equipped via two in-series installed transmissions with flexible coupling with transmission ratio equal to one. The above transmissions are located in planes perpendicular to axes of the appropriate drives, the initial link of the first transmission with flexible coupling is connected to inlet link of the appropriate chain in the centre of the above initial link, the final link of the first transmission with flexible coupling is connected to initial link of the second transmission with flexible coupling, final link of the second transmission with flexible coupling is connected in its centre to intermediate link the axis of which is installed parallel to axes of drives of the appropriate kinematic chain and with intersection of axes of all pivots at one point.
EFFECT: increasing technical and operating efficiency of space manipulation devices along six coordinates.
2 cl, 1 dwg
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Authors
Dates
2010-11-10—Published
2008-11-24—Filed