Abstract: A technique for consolidating threads of diverse materials into a cohesive consolidated composite thread that includes a channel with an entry and exit, designed to accommodate threads of both the first and second materials. Equipped with one or more heaters, the technique raises the temperature of the second material above its melting point. A driver propels the threads through the channel, while a thermal conditioner, positioned between the driver and exit of the channel, lowers the temperature of the second material below its melting point prior to entering an extruder nozzle, where it is reheated above the second material below its melting point and deposited onto a 3D printed object.

Abstract: A system for performing industrial automation control may include an audio device that receives audio data from an element in an industrial automation system. The audio device may determine orientation data based on the audio data. In addition, the audio device may determine an automation command to control a machine in the industrial automation system based on the audio data and the orientation data. After determining the automation command, the audio device may implement a first control action for the machine based at least in part on the automation command, where the first control action causes the machine to adjust an operation.

Abstract: A system for performing industrial automation control may include an audio device that receives audio data from an element in an industrial automation system. The audio device may determine orientation data based on the audio data. In addition, the audio device may determine an automation command to control a machine in the industrial automation system based on the audio data and the orientation data. After determining the automation command, the audio device may implement a first control action for the machine based at least in part on the automation command, where the first control action causes the machine to adjust an operation.

Abstract: A system for performing industrial automation control may include an audio device that receives audio data from an element in an industrial automation system. The audio device may determine orientation data based on the audio data. In addition, the audio device may determine an automation command to control a machine in the industrial automation system based on the audio data and the orientation data. After determining the automation command, the audio device may implement a first control action for the machine based at least in part on the automation command, where the first control action causes the machine to adjust an operation.

Abstract: A system for performing industrial automation control may include an audio device that receives audio data from an element in an industrial automation system. The audio device may determine orientation data based on the audio data. In addition, the audio device may determine an automation command to control a machine in the industrial automation system based on the audio data and the orientation data. After determining the automation command, the audio device may implement a first control action for the machine based at least in part on the automation command, where the first control action causes the machine to adjust an operation.

Abstract: A system for performing industrial automation control may include an audio device that receives audio data from an element in an industrial automation system. The audio device may determine orientation data based on the audio data. In addition, the audio device may determine an automation command to control a machine in the industrial automation system based on the audio data and the orientation data. After determining the automation command, the audio device may implement a first control action for the machine based at least in part on the automation command, where the first control action causes the machine to adjust an operation.

Abstract: A system for performing industrial automation control may include an audio device that receives audio data from an element in an industrial automation system. The audio device may determine orientation data based on the audio data. In addition, the audio device may determine an automation command to control a machine in the industrial automation system based on the audio data and the orientation data. After determining the automation command, the audio device may implement a first control action for the machine based at least in part on the automation command, where the first control action causes the machine to adjust an operation.

Abstract: The attachment system includes an inner carrier, in which the object being carried is held in place, and an outer jacket sized to fit around the inner carrier and slidingly move with respect to said inner carrier. A first set of hooks oriented in a first direction are mounted on the inner carrier and a second set of hooks are mounted on the outer jacket and oriented in a direction opposite to the first set of hooks. Each set of hooks are sized to fit into corresponding web panels or straps (webbing) on the web panel carrier. The inner carrier and jacket are then manually separated vertically by a user and held in place by means of at least one detent formed by the inner carrier and jacket, such that the first and second sets of hooks vertically separate. The detent comprises one or more latching tabs on the surface of one of the carrier and jacket and a plurality of apertures, ridges, or the like formed on one surface of the other of said carrier and jacket and opposite to said latching tabs.

Abstract: An insurance policy having a dormancy provision is provided in which the dormancy provision enables a policyholder to activate and deactivate benefits provided under the insurance policy. Also provided is a method for enabling a holder of an insurance policy with a dormancy provision to activate and deactivate benefits of an insurance policy, and includes purchasing an insurance policy having a dormancy provision and a set of associated benefits, paying premiums to maintain the set of benefits in an active state, deactivating the set of benefits; paying dormancy premiums to maintain the set of deactivated benefits in a deactivated state, and reactivating the set of deactivated benefits.

Abstract: An insurance policy having a dormancy provision is provided in which the dormancy provision enables a policyholder to activate and deactivate benefits provided under the insurance policy. Also provided is a method for enabling a holder of an insurance policy with a dormancy provision to activate and deactivate benefits of an insurance policy, and includes purchasing an insurance policy having a dormancy provision and a set of associated benefits, paying premiums to maintain the set of benefits in an active state, deactivating the set of benefits; paying dormancy premiums to maintain the set of deactivated benefits in a deactivated state, and reactivating the set of deactivated benefits.

Abstract: An insurance policy having a dormancy provision is provided in which the dormancy provision enables a policyholder to activate and deactivate benefits provided under the insurance policy. Also provided is a method for enabling a holder of an insurance policy with a dormancy provision to activate and deactivate benefits of an insurance policy, and includes purchasing an insurance policy having a dormancy provision and a set of associated benefits, paying premiums to maintain the set of benefits in an active state, deactivating the set of benefits; paying dormancy premiums to maintain the set of deactivated benefits in a deactivated state, and reactivating the set of deactivated benefits.

Abstract: An insurance policy having a dormancy provision is provided in which the dormancy provision enables a policyholder to activate and deactivate benefits provided under the insurance policy. Also provided is a method for enabling a holder of an insurance policy with a dormancy provision to activate and deactivate benefits of an insurance policy, and includes purchasing an insurance policy having a dormancy provision and a set of associated benefits, paying premiums to maintain the set of benefits in an active state, deactivating the set of benefits; paying dormancy premiums to maintain the set of deactivated benefits in a deactivated state, and reactivating the set of deactivated benefits.