Swage anvil for a sawblade swage assembly
View Patent ↗A swage anvil includes a coupling portion that, when mated with a corresponding die of a swaging device, allows lateral positioning of the swage anvil (i.e., substantially parallel to a long axis of the saw blade) relative to the long axis of the saw blade. The swage anvil also includes a tooth contact face that substantially mirrors an angle of the back portion of each tooth of the saw blade. As such, after a manufacturer inserts the swage anvil into the swage device and laterally translates the swage anvil, the tooth contact face abuts the back portion of the saw blade tooth to support the tooth during a swaging procedure. With the aforementioned configuration of the swage anvil, translation of the swage anvil along a single axis provides support to the back portion of the saw blade tooth along two axes. As such, use of the swage anvil decreases the set-up time required in conventional swaging devices.
1. A swage device, comprising:
a frame; and
a swage anvil coupled to the frame, the swage anvil comprising
an elongate body having a first end, a second end, and a coupling portion disposed between the first end and the second end, the coupling portion being configured to couple to the frame to constrain movement of the swage anvil to lateral movement substantially parallel to a longitudinal axis of the frame, the coupling portion having a first lobe extending from the elongate body along a first direction from a centerline of the swage anvil and extending between the first end and the second end of the elongate body,
the elongate body and the coupling portion defining a tooth contact face extending between the first end and the second end, the tooth contact face defining an angle relative to a long axis of the elongate body, the tooth contact face being configured to abut a top rear surface of a saw blade tooth and the tooth contact face being configured to support the saw blade tooth during a swaging procedure performed on that saw blade tooth;
wherein the tooth contact face defines a tip overhang portion configured to extend beyond a tip of the saw blade tooth in the same plane as the tooth contact face when the tooth contact face abuts the top rear surface of the tooth; and
wherein the elongate body is configured as a wedge-shaped elongate body, the second end of the wedge-shaped elongate body being thicker than the first end of the wedge-shaped elongate body.
2. The swage device of claim 1 , wherein the coupling portion comprises:
a second lobe extending from the elongate body along a second direction from the centerline of the swage anvil, the second direction opposing the first direction, and extending between the first end and the second end of the elongate body.
3. The swage device of claim 1 , wherein tooth contact face defines a rear overhang portion configured to extend beyond the top rear surface of the saw blade tooth when the tooth contact face abuts the top rear surface of the saw blade tooth.
4. The swage device of claim 3 , wherein the rear overhang portion defines a substantially curved portion configured to extend beyond the top rear surface of the saw blade tooth when the tooth contact face abuts the top rear surface of the saw blade tooth.
5. The swage device of claim 1 wherein the tooth contact face defines an angle of between about eight degrees relative to the coupling portion surface of the elongate body and about sixteen degrees relative to the coupling portion surface of the elongate body.
6. The swage device of claim 1 , further comprising:
an eccentric swaging die coupled to the frame, the eccentric swaging die opposing the swage anvil; and
a set of saw blade clamps coupled to the frame, the set of saw blade clamps disposed in proximity to the eccentric swaging die and the swage anvil.
7. The swage device of claim 6 , further comprising a die coupled to the frame, the die defining a slot configured to receive the coupling portion of the swage anvil to couple the swage anvil to the frame, the slot being sized and shaped to mirror a size and shape of the coupling portion of the swage anvil, the size and shape of the slot defined by the die and the size and shape of the coupling portion of the swage anvil being configured to constrain movement of the swage anvil to lateral movement of the swage anvil relative to a longitudinal axis of the frame.
8. The swage device of claim 7 , further comprising a positioning device coupled to the die and substantially parallel to a longitudinal axis of the frame, the positioning device configured to position the swage anvil longitudinally within the slot defined by the die and to secure the die to the frame.
9. The swage device of claim 8 , wherein the swage anvil is disposed at a proximal end of the swage device and further comprising an angle adjustment mechanism and a guide shoe disposed at a distal end of the swage device, the distal end opposing the proximal end of the swage device, the angle adjustment mechanism configured to adjust an angular position of the tooth contact face of the swage anvil relative to the guide shoe of the swage device.
10. The swage device of claim 9 , wherein the angle adjustment mechanism comprises a coarse angle adjustment mechanism and a fine angle adjustment mechanism, the coarse angle adjustment mechanism and the fine angle adjustment mechanism being configured to adjust a position of the distal portion of the swage device and the angular position of the tooth contact face of the swage anvil relative to the guide shoe of the swage device.
11. A swage anvil, comprising:
an elongate body having a first end, a second end, and a coupling portion disposed between the first end and the second end, the coupling portion being configured to couple to a swage device to constrain movement of the swage anvil to lateral movement substantially parallel to a longitudinal axis of the swage device, the coupling portion having a first lobe extending from the elongate body along a first direction from a centerline of the swage anvil and extending between the first end and the second end of the elongate body; and
the elongate body and the coupling portion defining a tooth contact face extending between the first end and the second end, the tooth contact face defining an angle relative to a coupling portion surface of the elongate body, the tooth contact face being configured to abut a top rear surface of a saw blade tooth and the tooth contact face being configured to support the saw blade tooth during a swaging procedure performed on that saw blade tooth;
wherein the tooth contact face defines a tip overhang portion configured to extend beyond a tip of the saw blade tooth in the same plane as the tooth contact face when the tooth contact face abuts the top rear surface of the saw blade tooth;
wherein the elongate body is configured as a wedge-shaped elongate body, the second end of the wedge-shaped elongate body being thicker than the first end of the wedge-shaped elongate body.
12. The swage anvil of claim 11 , wherein the coupling portion comprises:
a second lobe extending from the elongate body along a second direction from the centerline of the swage anvil, the second direction opposing the first direction, and extending between the first end and the second end of the elongate body.
13. The swage anvil of claim 11 , wherein the tooth contact face defines a rear overhang portion configured to extend beyond the top rear surface of the saw blade tooth when the tooth contact face abuts the top rear surface of the saw blade tooth.
14. The swage anvil of claim 13 , wherein the rear overhang portion defines a substantially curved portion configured to extend beyond the top rear surface of the saw blade tooth when the tooth contact face abuts the top rear surface of the saw blade tooth.
15. The swage anvil of claim 11 wherein the tooth contact face defines an angle of between about eight degrees relative to the coupling portion surface of the elongate body and about sixteen degrees relative to the coupling portion surface of the elongate body.