Abstract:
A mobile bearing tibial implant is described which comprises a tibial component and a mediscal bearing component. The tibial component comprises a tibial plate having a proximal face and a distal face. A tibial post extends from the distal face of the tibial plate which in use will anchor the tibial plate to the proximal end of a resected tibia. The tibial compent additionally includes a generally rectangular tibial projection extending upwardly from the proximal face of the tibial plate, the central longitudinal plane of the said tibial projection being co-linearly located on the sagittal plane passing substantially through the center of the knee. The meniscal bearing component has a substantially flat distal face for glidable seating on the tibial plate and a proximal face configured to receive in use an articulating condylar surface of a femoral component. The meniscal component has a recess therein opening on the distal face of the component, the recess being shaped to receive the tibial projection and to allow the meniscal bearing component to rotate about a center of rotation passing through the tibial projection but to prevent or limit anterior/posterior translation of the meniscal bearing component on the tibial plate.
Abstract:
A skid steer machine includes an operator cage supported on a skid steer machine frame. A pair of lift arms are pivotably attached to the skid steer machine frame behind the operator cage and extend longitudinally on both sides of the operator cage. A cooling package includes a first heat exchanger and a second heat exchanger, and a blower fan configured to blow air in parallel through the first heat exchanger and the second heat exchanger. The cooling package is pivotably mounted to the skid steer machine frame using at least one pivotable mounting assembly and is pivotable between an operational position and a maintenance position. At least one non-metallic vibration isolator is positioned between the cooling package and the skid steer machine frame.