Dual mode end effector
A dual mode end effector is disclosed. The dual mode end effector includes a bridge member having a first end and a second end, wherein the bridge member includes a first substantially axial flange extending from the first and, wherein the bridge member includes a second substantially axial flange extending from the second end; a tire/wheel gripping assembly connected to the bridge member, wherein the tire/wheel gripping assembly includes a pair of substantially axial members, a substantially radial support member, and a pair of radially-projecting engaging assemblies, wherein the pair of substantially axial members are movably-supported upon the substantially radial support member, wherein a first end of the substantially radial support member is connected to the first substantially axial flange of the bridge member, wherein the a second end of the substantially radial support member is connected to the second substantially axial flange of the bridge member, wherein a first radially-projecting engaging assembly of the pair of radially-projecting engaging assemblies is connected to an inner radial surface of a first substantially axial member of the pair of substantially axial members, wherein a second radially-projecting engaging assembly of the pair of radially-projecting engaging assemblies is connected to an inner radial surface of a second substantially axial member of the pair of substantially axial members.
1. A dual mode end effector, comprising: a bridge member having a first end and a second end; a tire/wheel gripping assembly connected to the bridge member, wherein the tire/wheel gripping assembly includes: a first substantially axial flange extending from the first end of the bridge member, a second substantially axial flange extending from the second end of the bridge member, at least one tire-engaging member rotatably-coupled to each of the first substantially axial flange and the second substantially axial flange, wherein the at least one tire-engaging member selectively-engages an outer surface of a tire when the tire/wheel gripping assembly is arranged proximate the tire, and at least one wheel-engaging member rotatably-coupled to each of the first substantially axial flange and the second substantially axial flange, wherein the at least one wheel-engaging member selectively-engages an outer surface of a wheel when the tire/wheel gripping assembly is arranged proximate the wheel; a pair of substantially axial members, a substantially radial support member, and a pair of radially-projecting engaging assemblies, wherein the pair of substantially axial members are movably-supported upon the substantially radial support member, wherein a first end of the substantially radial support member is connected to the first substantially axial flange, wherein a second end of the substantially radial support member is connected to the second substantially axial flange, wherein a first radially-projecting engaging assembly of the pair of radially-projecting engaging assemblies is connected to an inner radial surface of a first substantially axial member of the pair of substantially axial members, wherein a second radially-projecting engaging assembly of the pair of radially-projecting engaging assemblies is connected to an inner radial surface of a second substantially axial member of the pair of substantially axial members, wherein each of the first and second radially-projecting engaging assembly of the pair of radially-projecting engaging assemblies includes at least one first bracket connected to the inner radial surface of each of the first and second substantially axial members of the pair of substantially axial members, wherein each of the first and second radially-projecting engaging assembly of the pair of radially-projecting engaging assemblies includes at least one second bracket connected to the at least one first bracket, wherein the at least one second bracket is arranged substantially perpendicularly with respect to the at least one first bracket, wherein both of the at least one tire-engaging member and the at least one wheel-engaging member are rotatably-coupled to the at least one second bracket, wherein the at least one second bracket extends through a passage formed in each of the at least one tire-engaging member and the at least one wheel-engaging member; at least one sensor that provides means for approximating a distance between an outer surface of a tire or a wheel and a portion of the tire/wheel gripping assembly that is utilized for engaging the outer surface of the tire or the wheel; a processor connected to the at least one sensor, wherein the processor receives one or more signals from the at least one sensor, wherein the processor utilizes the one or more signals to determine one or more of an axial distance and a radial distance between the outer surface of the tire or the wheel and the portion of the tire/wheel gripping assembly that is utilized for engaging the outer surface of the tire or the wheel; a robotic arm connected to a joint, wherein the joint is connected to the bridge member, wherein, upon determining one or more of the axial distance and the radial distance, the processor provides means for controllably-manipulating a spatial orientation of one or more of the robotic arm, joint and gripping assembly relative the wheel or tire for selectively-engaging the wheel or the tire, wherein the at least one wheel-engaging member includes a substantially V-shaped, circumferential recess that provides means for engaging a portion of the outer surface of the wheel, wherein the portion of the outer surface of the wheel includes a rim of the wheel.
2. The dual mode end effector according to claim 1 , wherein the substantially V-shaped, circumferential recess includes a radial engaging surface portion and an axial engaging surface portion, wherein the radial engaging surface portion provides
means for engaging a radial outer surface portion of the wheel, wherein the axial engaging surface portion provides
means for engaging an inner axial surface portion of the wheel.