Abstract: A system for gathering and displaying data related to a wearer's performance and satisfaction in performing a job includes a wearable device to be worn by the wearer while performing the job. The wearable device includes sensors and is configured to collect and store data elements with values pertaining to one or more conditions associated with the ambient environment and/or the wearer. The wearable device also includes input and output devices to collect feedback data element regarding the wearer's job satisfaction. A server stores and analyzes the data elements to determine a job satisfaction score for the wearer and a correlation score that indicates a correlation between the job satisfaction values and one or more data elements pertaining to the ambient environment and/or the wearer. A reporting interface reports the job satisfaction and the correlation scores. A control interface allows an administrator to control settings related to operation of the system.

Abstract: A robotic welding station cleaning assembly (10) for removing particulates from an air-filled chamber surrounding a welding robot (12). A frame (14) is positioned about the robot (12) and includes a top (20) defining an opening (26) therein. A shield (28) is supported by the frame (14) to define the robot chamber. A spark arrestor (48) is supported on the frame (14) for controlling sparks created by welding. A blower housing (30) having an inlet (27) is disposed immediately above and in direct fluid communication with the opening (26) to move air from the chamber to the blower housing (30). The frame (14) includes a separate support stand (32) for supporting the blower housing (30) on the top (20) of the chamber.

Abstract: A robotic welding station cleaning assembly (10) for removing particulates from an air-filled chamber surrounding a welding robot (12). A frame (14) is positioned about the robot (12) and includes a top (20) defining an opening (26) therein. A shield (28) is supported by the frame (14) to define the robot chamber. A spark arrestor (48) is supported on the frame (14) for controlling sparks created by welding. A blower housing (30) having an inlet (27) is disposed immediately above and in direct fluid communication with the opening (26) to move air from the chamber to the blower housing (30). The frame (14) includes a separate support stand (32) for supporting the blower housing (30) on the top (20) of the chamber.