Abstract: A work piece supporting device is disclosed for limiting vibrations caused by work piece processing. The device comprises a base portion having a plurality of openings therein. Each opening forms a well with an inner boundary and a peripheral surface extends therefrom. A plurality of elongate supports are each arranged to be located in a corresponding well for supporting the work piece when positioned above the base portion. A resilient support is positioned in the well between the inner boundary and the elongate support. The elongate support is movable between a first position in which the resilient support is in a relatively less compressed configuration to a second position in which the resilient support is in a relatively more compressed configuration.

Abstract: Disclosed herein is a securing device for plate-like work pieces, comprising a body member and an anchor member, the body member having a first end and a second end, the first end having an engagement portion, a biasing member to basis the body member laterally within a plurality of aligned openings in said work pieces and biasing the engagement portion past the openings, the engagement portion having an operative surface to engage an outer surface on a first outer work piece, the body member including a threadable portion, the anchor member being operable to engage an outer surface on a second outer work piece, the anchor member including a threaded member to engage the threadable portion, the threaded member be rotationally operational to draw the body member toward the anchor member.

Abstract: A work piece supporting device is disclosed for limiting vibrations caused by work piece processing. The device comprises a base portion having a plurality of openings therein. Each opening forms a well with an inner boundary and a peripheral surface extends therefrom. A plurality of elongate supports are each arranged to be located in a corresponding well for supporting the work piece when positioned above the base portion. A resilient support is positioned in the well between the inner boundary and the elongate support. The elongate support is movable between a first position in which the resilient support is in a relatively less compressed configuration to a second position in which the resilient support is in a relatively more compressed configuration.

Abstract: Disclosed herein is a securing device for plate-like work pieces, comprising a body member and an anchor member, the body member having a first end and a second end, the first end having an engagement portion, a biasing member to basis the body member laterally within a plurality of aligned openings in said work pieces and biasing the engagement portion past the openings, the engagement portion having an operative surface to engage an outer surface on a first outer work piece, the body member including a threadable portion, the anchor member being operable to engage an outer surface on a second outer work piece, the anchor member including a threaded member to engage the threadable portion, the threaded member be rotationally operational to draw the body member toward the anchor member.

Abstract: A temporary securing device for plate-like work pieces includes a split body and an anchor segment, the split body has a resiliently compressible biasing member to allow an outer diameter of the split body to contract allowing passage within a plurality of openings in the work pieces, the split body has an engagement portion near a first end, the engagement portion has an operative surface to engage an outer surface on a first outer work piece, the split body has a second end and a threaded inner support near the second end, the anchor segment is operable to engage an outer surface on a second outer work piece, the anchor segment includes a threaded member to engage the threaded inner support, the threaded member be rotationally operational to draw the split body toward the anchor segment.

Abstract: A system and method are disclosed for quickly characterizing the profile of a surface of a processed workpiece using a non-contact scanner, such as a laser scanner, in preparation for subsequent machining. The method determines the location of a plurality of features of a processed workpiece on a machine tool, and includes steps of reading a first list of approximate feature locations, defining a scan path based on the first list, scanning a profile of the workpiece along the scan path and calculating an actual location of each feature of the plurality of features based on the profile. The system and method are well suited to determine the location of features such as holes in welder header boxes.

Abstract: A device for establishing a seal between a pair of articles, has a first resilient member arranged to be positioned between the articles, so that the first resilient member and the articles collectively form a first chamber. A vacuum supply is provided for supplying a vacuum to the first chamber. A pressure supply is also provided for applying a pressure to the first resilient member to force the first resilient member against both of the articles.

Abstract: Disclosed herein is a clamping device comprising a workpiece-engaging portion including a workpiece-engaging surface; sealing means for sealing the workpiece-engaging portion with the workpiece; the sealing means including a first resilient member arranged to seal between the workpiece-engaging surface and the workpiece, wherein the sealing means, the workpiece-engaging portion and the workpiece collectively form a first chamber; vacuum supply means for supplying a vacuum to the first chamber to draw together the workpiece and the workpiece-engaging portion; and pressure supply means for applying a pressure to the first resilient member to force the first resilient member against the workpiece-engaging portion and the workpiece. Also disclosed is a method for clamping a workpiece to a processing machine as well as a workpiece processing machine incorporating the clamping device.