TH38889A - Fasteners - Google Patents

Abstract

DC60 (29/07/42) In a clamping machine with a frame to which the clamping tool is attached, where the clamping tool is operational to clamp the workpiece, the workpiece moves into the clamping position on the support. A feeder tool is also attached to the frame, where the feeder tool is operational to move the workpiece to the clamping position, and where the feeder tool can move forward and backward, with the drive rotating relative to a stationary drive axis relative to the frame. A feeder tool with a vibrating feeder that rocks relative to a stationary rocker axis relative to the frame is provided, and a connecting part which, in one sense, is connected in sections to the vibrating feeder and, in another sense, is fixed to the drive via a swivel joint, where the swivel joint rotates relative to the drive axis and has a drive axis extending parallel to and offset from the drive axis. In a clamping machine with a frame to which the clamping tool is attached, where the clamping tool is operational to clamp the workpiece, the workpiece moves into the clamping position on the support. There is also a feed mechanism attached to the machine frame, which can operate to move the clamped part to its clamping position, and which can move forward and backward via a drive that rotates around a stationary drive axis relative to the machine frame. This drive mechanism is equipped with a vibrating feeder that rocks around a stationary rocker axis relative to the machine frame, and a connecting part which, in one sense, is connected in sections to the vibrating feeder, and in another sense, is fixed to the drive via a swivel joint, which rotates around the drive axis and has a drive axis extending parallel to and offset from the drive axis.

Claims (10)

1. The clamping machine, with its frame (10) and clamping tool (50), is attached to the frame (10), in which the clamping tool (50) can act to clamp the clamping parts (100, 110) into their clamping positions, and the clamping tool (30), which is also attached to the frame (10), in which the feed tool (30) can act to feed the clamping parts (100, 110) into their clamping positions, and in which the feed tool (30) can move forward and backward by a drive (20) which rotates around a fixed drive axis (22) relative to the frame (10), which is directed by the manner in which the feed tool (30) has a feed vibrator that moves around a fixed rocker axis (33) relative to the frame. The machine frame (10) and its connecting parts are connected in sections to the feeder vibrator (32) and, in other words, are fixed to the drive (20) via a swivel joint (35) where the swivel joint (35) rotates with the drive (20) around its drive axis and has a connecting axis extending parallel to and offset from the drive axis. 2. The fastening device as specified in Requisition 1, which is governed by the nature of which the connecting part (34) is connected to the feed vibrator (32) through the connecting part (36) which is connected to the feed vibrator (32) in sections, and to the connecting part (34) in sections, where on the side of the pivot point (35) facing away from the connecting part (36), the connecting part (34) is connected in sections to the guide vibrator, which oscillates around a second rocker arm (39) which is stationary relative to the frame (10). 3. The fastening device as specified in any of the above claims, which is governed by the nature of the fastening device (50) shall have a first extrusion die (52) connected to the drive (20) and move in a reciprocating manner with respect to the drive. 4. The fastening device as specified in claim 3, which is governed by the nature of the first extrusion die (52), is connected to the drive (20) through the first drive crank. 5. The fastening device as specified in claim 4, which is governed by the nature of the first crankshaft, shall have a first crankshaft vibration mechanism (60) connected in sections, which in good form shall be connected through a curved beam (58) to the first extrusion die (52), the first receiving ring (62) shall be firmly attached to the first crankshaft vibration mechanism (60), and the first circular disc (64) shall rotate around and be supported in the first receiving ring (62) and be firmly offset to the drive (20). 6. The fastening device as specified in any of the claims 3 through 5, which is governed by the nature of the fastening device (50) which includes a second extrusion die (72) which is connected to the drive (20) and can move forward and backward in opposition to the first extrusion die (52). 7. The fastening device as specified in claim 6, which is governed by the characteristics of having a second extrusion die (72) connected to the drive (20) through a second drive crank. 8. The fastening device as specified in claim 6, which is governed by the nature of the drive crank, shall have a vibratory-crank mechanism (80) connected on one side in a tubular manner to the second extrusion die (72), and on the other side shall be a second receiving ring (82) and a second circular plate (84) which is rotatably supported in the second receiving ring (82) and offset fixed to the drive (20). 9. The fastening device, as specified in claim 8, is characterized by two circular plates (64, 84) securely fastened side-by-side on the driver (20) in the direction of the axis of rotation. 10. The fasteners as specified in any of the claims in clauses 5, 8 or 9, which are governed by the nature of the rotating connection point (35), shall be on one of the circular plates (64).