The subject disclosure relates to a machine apparatus. The machine apparatus may perform work on one or more work pieces. The machine apparatus may be augmented or reconfigured to work on a plurality of different work pieces in specific and unique configurations.

System and methods for using analytics and algorithms to predict weld quality are provided and include a computer having a processor and memory configured to receive weld parameter data generated during a welding process by a welder to join at least two parts with a weld, input the received weld parameter data to a data analytics model to generate at least one predicted weld quality parameter, compare the predicted weld quality parameter with a weld quality parameter threshold, and generate output indicating at least one of: the at least one predicted weld quality parameter and a result of the comparison between the at least one predicted weld quality parameter and the weld quality parameter threshold

Disclosed is a pressing jig for welding an electrode lead located in a lead slit formed at the bus bar to the bus bar in a closely adhered state. The pressing jig includes a first frame having a first distance adjusting unit and a first pressing unit, and a second frame having a second distance adjusting unit facing the first distance adjusting unit and a second pressing unit facing the first pressing unit. The first frame and the second frame are coupled so that a distance between first pressing unit and the second pressing unit is increased when a distance between the first distance adjusting unit and the second distance adjusting unit is decreased, and the distance between first pressing unit and the second pressing unit is decreased when the distance between the first distance adjusting unit and the second distance adjusting unit is increased.

In an ultrasonic machining apparatus having leaf springs composed of fiber-reinforced plastic, the leaf springs are provided with a reinforcement in the region of a clamping.

In an ultrasonic machining apparatus having leaf springs composed of fiber-reinforced plastic, the leaf springs are provided with a reinforcement in the region of a clamping.

A laser welding system includes a laser power supply having a controller that controls activation of laser light by the power supply. A sense lead is attachable to a workpiece. A handheld laser welding torch is connected to the power supply to receive the laser light. The torch includes a nozzle having an electrically insulating outer surface, and a pressure sensor that measures a pressure level applied to the nozzle and generates a pressure level signal. A proximity sensor is operatively connected to the sense lead and the torch and is configured to determine whether the torch is adjacent to the workpiece and generate a proximity signal. The controller receives the pressure level signal and the proximity signal. The controller activates the laser light when the pressure level applied to the nozzle meets or exceeds a threshold and the proximity signal indicates that the torch is adjacent to the workpiece.

A motion detection system having detection circuitry, motion recognition circuitry, and communication circuitry is provided. The detection circuitry is configured to detect gestures or motions of a welding system operator. In some embodiments, the detection circuitry is configured to detect gestures or motions of a welding operator via an accessory device, where the accessory device is in wireless communication with the motion detection system. The motion recognition circuitry receives the detected gestures or motions, and translates the detected gestures or motions into a welding command. The welding command is communicated to a welding system via the communications circuitry, and is configured to adjust an operating parameter of the welding system.

A motion detection system having detection circuitry, motion recognition circuitry, and communication circuitry is provided. The detection circuitry is configured to detect gestures or motions of a welding system operator. In some embodiments, the detection circuitry is configured to detect gestures or motions of a welding operator via an accessory device, where the accessory device is in wireless communication with the motion detection system. The motion recognition circuitry receives the detected gestures or motions, and translates the detected gestures or motions into a welding command. The welding command is communicated to a welding system via the communications circuitry, and is configured to adjust an operating parameter of the welding system.

A method of installing a wire bonding tool on a wire bonding system is provided. The method includes the steps of: (a) holding a wire bonding tool with an installation tool; (b) engaging the wire bonding tool in an aperture of a transducer of a wire bonding system while the wire bonding tool is held by the installation tool; (c) securing the wire bonding tool in the aperture; and (d) releasing the wire bonding tool from the installation tool.

A method of installing a wire bonding tool on a wire bonding system is provided. The method includes the steps of: (a) holding a wire bonding tool with an installation tool; (b) engaging the wire bonding tool in an aperture of a transducer of a wire bonding system while the wire bonding tool is held by the installation tool; (c) securing the wire bonding tool in the aperture; and (d) releasing the wire bonding tool from the installation tool.