A welding system having a welding gun with a handle. The handle is adapted to cool the interior of the handle with a flow of air. The handle may be adapted with a plurality of ventilation holes to enable air to pass through the handle. The handle may have a plurality of ribs disposed along the interior of the handle to direct air flow around a conductive member disposed therein. The ribs may be adapted to direct the air to flow radially and/or longitudinally around the interior of the handle.
System And Method For Operating And Locking A Trigger Of A Welding Gun
A welding system having a welding gun. The welding gun is adapted with a trigger. The welding gun may have a lever to lock the trigger in a desired pivoted position. The lever may pivot the trigger as the lever is pivoted. The welding gun may have a trigger extension to enable a user to pivot the trigger by depressing the trigger extension. The trigger extension may be plastically deformed. The trigger extension may be removable. The trigger extension may be rotatable.
A neck for a welding torch includes a rigid, non-tubular, elongated member having opposite first and second ends. The first end is connectable to a rear portion of the welding torch. The second end is connectable to a welding tip portion of the welding torch. The member locates and holds the welding tip portion in a precisely given location, and does not communicate welding power, welding wire, shielding gas, or cooling water between the first and second ends.
A removable cooling collar is provided for cooling the nozzle of a welding nozzle. This collar includes first and second parts in fluid communication with a chamber that extends circumferentially within a hollow structure. Cooling fluid circulating through the chamber facilitates dissipation and/or extraction of heat in the nozzle, in turn reducing the likelihood of weld splatter adhesion on the nozzle.
Steven Allen Kersten - Chicago IL Robert Joseph Centner - Matteson IL
Assignee:
WaterSaver Faucet Co. - Chicago IL
International Classification:
E03C 110
US Classification:
137218
Abstract:
A vacuum breaker for use in a fluid supply system is provided. The vacuum breaker comprises a body having an interior, a fluid inlet, a fluid outlet, and an atmospheric air vent. The body is adapted to permit fluid to flow through the interior from the fluid inlet to the fluid outlet. A first seat disposed within the interior of the body. A bonnet having a second seat communicates with the air vent and the interior. A displacable float cup is disposed between the bonnet and the first seat. The float cup adapted to be sealingly seated against the second seat when the vacuum breaker is subject to an open flow condition, and to be sealingly seated against the first seat when the vacuum breaker encounters a pressure loss condition. Gaskets are provided to enhance the seal at the first and second seats. Both seats are above a water level within the body of the vacuum breaker.
Tip-Retention Device For Use With A Welding System
- Glenview IL, US Robert J. Centner - Frankfort IL, US Jeffrey G. Wells - Appleton WI, US
International Classification:
B23K 9/29 B23K 9/32 B23K 9/26 B23K 9/173
Abstract:
Apparatus, systems, and/or methods for providing welding systems or portions of welding systems that provide a tip-retention device that is configured to direct gas radially towards a contact tip.
Gas Diffuser Assemblies For Nozzle Assemblies Having Multiple Attachment Methods
- Glenview IL, US Robert J. Centner - Frankfort IL, US
International Classification:
B23K 9/16 B23K 9/12 B23K 9/28
Abstract:
A welding torch having a nozzle assembly with multiple attachment methods is disclosed. The nozzle assembly includes a nozzle shell, an electrically insulating sleeve, and a nozzle insert. The nozzle insert is configured for attachment to gas diffuser assemblies with different attachment mechanisms (e.g. a slip-on mechanism relying on frictional force, and/or screw-on mechanism relying on torque).
Nozzle Assemblies Having Multiple Attachment Methods
A welding torch having a nozzle assembly with multiple attachment methods is disclosed. The nozzle assembly includes a nozzle shell, an electrically insulating sleeve, and a nozzle insert. The nozzle insert is configured for attachment to gas diffuser assemblies with different attachment mechanisms (e.g. a slip-on mechanism relying on frictional force, and/or screw-on mechanism relying on torque).
Robert Centner (1982-1986), Tammy Smith (1986-1990), Genevieve Wright (1979-1983), Jeffrey Gates (1969-1973), Eric Smith (1978-1982), Carey Baumstein (1989-1992)