For use in hard space suits and the like, a joint between the torso covering and the upper arm covering (i.e., shoulder) or between the torso covering and upper leg covering (i.e., hip) is disclosed. Each joint has an outer covering and a inner covering. The outer covering has plural perferably truncated toroidal sections decreasing in size proceeding outwardly. In one embodiment at each joint there are two bearings, the first larger than the second. The outer race of the larger bearing is attached to the outer edge of the smaller end of each section and the inner race of the larger bearing is attached to the end wall. The inner race of the smaller bearing is attached to the end wall. The outer race of the smaller bearing is attached to the...
Functional Requirements for spacesuit elbow joint:1) The system is a conformal, single-axis spacesui...
This is a design analysis project aimed at reducing wear of the hip joint components by improvement ...
Publisher Copyright: © 2023 The Author(s). Published with license by Taylor & Francis Group, LLC.The...
Pressure suit mobility joints are for use in interconnecting adjacent segments of an hermetically se...
Joints for use in interconnecting adjacent segments of an hermetically sealed spacesuit which have l...
A compliant joint is provided for prosthetic and robotic devices which permits rotation in three dif...
A simple, economical and reliable entry closure is described for joining opposite halves of a torso ...
The design and fabrication of a molded, coated fabric elbow joint capable of operating reliably at 8...
This electronic version was submitted by the student author. The certified thesis is available in th...
The work to correct several design deficiencies present in the bearings used in the orbital extraveh...
Shoulder adapter fits on one end of a hand-held spot welding gun. With the adapter, the operator can...
Metal knee hinge with an adjustable sleeve worn on the outside of a leg cast facilitates movement of...
Experiments were conducted on a newly designed total hip joint simulator. The apparatus closely simu...
Metal on metal articulations used in hip joint replacement were demonstratedth rough the 1960's and...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics; and, (S...
Functional Requirements for spacesuit elbow joint:1) The system is a conformal, single-axis spacesui...
This is a design analysis project aimed at reducing wear of the hip joint components by improvement ...
Publisher Copyright: © 2023 The Author(s). Published with license by Taylor & Francis Group, LLC.The...
Pressure suit mobility joints are for use in interconnecting adjacent segments of an hermetically se...
Joints for use in interconnecting adjacent segments of an hermetically sealed spacesuit which have l...
A compliant joint is provided for prosthetic and robotic devices which permits rotation in three dif...
A simple, economical and reliable entry closure is described for joining opposite halves of a torso ...
The design and fabrication of a molded, coated fabric elbow joint capable of operating reliably at 8...
This electronic version was submitted by the student author. The certified thesis is available in th...
The work to correct several design deficiencies present in the bearings used in the orbital extraveh...
Shoulder adapter fits on one end of a hand-held spot welding gun. With the adapter, the operator can...
Metal knee hinge with an adjustable sleeve worn on the outside of a leg cast facilitates movement of...
Experiments were conducted on a newly designed total hip joint simulator. The apparatus closely simu...
Metal on metal articulations used in hip joint replacement were demonstratedth rough the 1960's and...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Aeronautics and Astronautics; and, (S...
Functional Requirements for spacesuit elbow joint:1) The system is a conformal, single-axis spacesui...
This is a design analysis project aimed at reducing wear of the hip joint components by improvement ...
Publisher Copyright: © 2023 The Author(s). Published with license by Taylor & Francis Group, LLC.The...