Abstract: A transportable rack for transporting multiple glass panels with securing assemblies having a number of resilient blocks therein, at least partially defining a receiving gap, and a shaped spigot mounted relative to a drive mechanism to selectively move the shaped spigot relative to the resilient block between a rest condition in which a panel can be inserted into the receiving gap and to cause deformation of the resilient block into an expanded clamping condition in which a portion of the resilient block is moved to clamp the panel within the receiving gap.

Abstract: A transportable rack for transporting multiple glass panels with securing assemblies having a number of resilient blocks therein, at least partially defining a receiving gap, and a shaped spigot mounted relative to a drive mechanism to selectively move the shaped spigot relative to the resilient block between a rest condition in which a panel can be inserted into the receiving gap and to cause deformation of the resilient block into an expanded clamping condition in which a portion of the resilient block is moved to clamp the panel within the receiving gap.

Abstract: A method of processing heated metal logs in a metal extrusion process. The remainder of each log is attached to the succeeding log. Specifically, the abutted ends of the two log segments are aligned with a saw. The saw is actuated to simultaneously remove material from both of the abutted ends. The cut ends are friction welded together through relative rotation of the log segments. The process creates a heated log column that is effectively endless, eliminating log remainders.

Abstract: A method of processing heated metal logs in a metal extrusion process. The remainder of each log is attached to the succeeding log. Specifically, the abutted ends of the two log segments are aligned with a saw. The saw is actuated to simultaneously remove material from both of the abutted ends. The cut ends are friction welded together through relative rotation of the log segments. The process creates a heated log column that is effectively endless, eliminating log remainders.

Abstract: A method of processing heated metal logs in a metal extrusion process. The remainder of each log is attached to the succeeding log. Specifically, the abutted ends of the two log segments are aligned with a saw. The saw is actuated to simultaneously remove material from both of the abutted ends. The cut ends are friction welded together through relative rotation of the log segments. The process creates a heated log column that is effectively endless, eliminating log remainders.

Abstract: A method of processing heated metal logs in a metal extrusion process. The remainder of each log is attached to the succeeding log. Specifically, the abutted ends of the two log segments are aligned with a saw. The saw is actuated to simultaneously remove material from both of the abutted ends. The cut ends are friction welded together through relative rotation of the log segments. The process creates a heated log column that is effectively endless, eliminating log remainders.