Lincoln Global, Inc.

The Stanley Works

Stephen M Kainec

Edward Dennis Hillen

Dmitry Brant

George Daryl Blankenship

William Thomas Matthews

Stephen R Cole

William L Naumann

A weld data acquisition system collects data from the weld controller according to user selected collection parameters. The weld data acquisition system is able to transmit the data at high frequency to a weld data software utility that provides a user interface.

Weld data acquisition

A method, a computer-readable medium, a software application, and a computer-based apparatus for initially establishing communication with a device on a local area network (LAN) in a substantially automated manner. A broadcast discovery request is transmitted over the network and the network is monitored for responses from devices connected to the network. A responding device is selected and a determination is made as to if a primary IP address of the selected device is within a predetermined subnet. Otherwise, a determination is made as to if a current alternate IP address of the selected device is within the predetermined subnet. Otherwise, a new alternate IP address is generated and may be conditionally assigned to the selected device. One of the primary IP address, the current alternate IP address, or the new alternate IP address is used to connect to the selected device for the purpose of communicating with the selected device.

Method of discovery and communication with industrial equipment

A system that facilitates dynamic configuration of a welding system with respect to a sensor comprises a processing unit associated with the welding system. A configuration component facilitates configuring the welding system with respect to the sensor upon determining that the sensor is coupled to a local bus associated with the processing unit. A remote access component can facilitate remotely accessing the welding system, the configuration of the welding system alterable by way of the remote access component.

Integrating sensors over a digital link

Systems and methods are disclosed that facilitate inducing one or more actions, such as generation of a shift report data related to construction device(s), via detection of specified triggering events. The system comprises a triggering component that determines whether a triggering event has occurred a control component that initiates an action in response to the triggering event. Triggering events can comprise specific times of day as determined by a real-time clock that can be associated with a construction/fabrication device, such as a welder. Additionally, actions responsive to triggering events can be tagged for human approval prior to initiation in order to provide system flexibility.

Triggering events in a welder with a real-time clock

The present invention leverages a co-located communication component to provide remote management of a portable construction device. This enables monitoring and/or controlling the portable construction device from a central management site. The communication component allows the central site, or another communication component, to interact with the portable construction device to retrieve information such as, for example, usage information and/or status information. The communication component also allows remote control of the devices such as, for example, remote power control and/or control of auxiliary devices that facilitate the functionality of the portable construction devices. The present invention can also incorporate global positioning systems and/or location indicating systems to facilitate in determining where the portable construction devices are located and/or when the devices are properly positioned. The systems themselves can be distributed to form a communication network with bi-directional communication capabilities.

Remote management of portable construction devices

The present invention relates to a system and method that provide for automated notification to entities (e.g., individuals, groups of individuals, computers, systems . . . ) of welding system related information. The invention provides for determination of events and/or conditions that warrant automatic notification thereof to relevant entities. The notifications are conveyed via a most appropriate subset of available communication modes available. The system identifies most appropriate entities to receive the notification about the event, and optionally determines or infers state of the entities and conveys the notification via a communication mode (e.g., text, audio, graphical, video, combination thereof . . . ) and modality (e.g., wireless, Ethernet, cable, optical, telephone, e-mail, voicemail, pager, ghosting, instant messaging . . . ) that is most suitable given context/state of the event and entities.

System and method providing automated welding notification

A method and apparatus for correcting torque overshoot in power tools wherein torque per angle rate is sensed on each rundown and the speed of the tool is automatically adjusted to maintain torque accuracy on higher torque rate joints while maintaining speed on lower torque rate joints, automatically minimizing tool heating and maximizing job rate. In the setting of threaded fasteners, joint rates are defined as high (hard), medium or low (soft). Two torque points are defined, a first torque point and a second torque point, which are percentages of the target torque, for example 25% and 50% respectively. Two angle values are defined corresponding to the number of degrees of tool spindle rotation measured along the portion of the torque/angle curve between the first torque point and the second torque point on typical linear hard and medium joints. Two final tightening speeds are defined as percentages of full speed corresponding to the tool system requirements for accurate shutoff on the two types of joints, hard and medium. A controller counts the number of angle degrees between the first torque point and the second torque point. The angle counted is compared with the values of hard and medium angles to determine the joint rate. If the angle is less than or equal to the hard angle, the joint is considered hard and the controller immediately downshifts the tool to the hard speed. If the angle is greater than the hard angle but less than or equal to the medium angle, the joint is considered medium and the controller immediately downshifts the tool to the medium speed. If the angle is greater than the medium angle, the joint is considered soft and the speed is not changed.

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South Euclid, OH, United States of America

Stephen M Kainec