Abstract: A wheel assembly incorporating a non-pneumatic tyre, said assembly including first inner web or rib members and one or more second outer web or rib members. The web or rib members comprise flexible or resilient material where the first inner web members are less flexible or substantially more rigid than the second outer web members.

Abstract: Systems and methods describe providing deep learning-based detection of gravitational waves. In one embodiment, the system: trains a deep learning classifier using a first set of waveform data from GW detectors; applies the trained deep learning classifier to a second set of waveform data to identify candidate GW signals; generates an SNR ranking statistic from the output of the trained deep learning classifier; determines SNR rankings of the candidate GW signals using the generated SNR ranking statistic; evaluates the compatibility between candidate GW signals from different detectors by comparing arrival times and parameters of the candidate GW signals; estimates a plurality of detection significance scores associated with the candidate GW signals by analyzing clusters of identified candidate GW signals that pass or fail the compatibility evaluation; and outputs at least a subset of the identified GW signals based on their SNR rankings and detection significance scores.

Abstract: The present disclosure is directed to an article of footwear having an upper and a sole coupled to the upper. The sole includes an insole for receiving a foot of a wearer and a sole member disposed below the insole to support the foot of the wearer. The sole member includes a web extending along a length of the sole and a plurality of pillars projecting upwardly from the web toward the insole. The plurality of pillars each include a curved sidewall and a lid extending from an upper end of the curved sidewall. The curved sidewall and the lid define a cavity. The web and the plurality of pillars of the sole member are unitary and made of an elastomeric material that allows the pillars to flex or deform at a compressed state and return to an upright position at a relaxed state.

Abstract: A drive plate assembly for a king pin removal tool comprising a drive member, the drive plate assembly comprises a drive plate and an insert. The drive plate defines a main opening and a flange recess. The insert comprises a shaft portion and a flange portion and defining a drive opening. The insert is arranged such that the shaft portion is within the main opening, the flange portion is within the flange recess, and the drive member is adapted to be threaded into the drive opening. When the drive member is received within the drive opening and axially rotated relative to the insert, a drive force applied by the drive member forces the flange portion of the insert against a surface of the drive plate defining at least a portion of the flange recess.

Abstract: A beverage container holder adapted to be attached to a fuel cap comprises a base, an upper wall, a main passageway, and at least one clear opening. The base is adapted to engage the cap. The upper wall extends from the base and is adapted to engage the beverage container. The main passageway extends through the base and the upper wall and defines a container portion and a cap portion. The at least one clear opening is formed in the upper wall to allow debris within the container portion to be pushed out of the container portion through the at least one clear opening.

Abstract: A clip assembly for a displacement system used to displace a rod member from a structural member. The clip assembly comprises a clip body defining a clip channel and at least one detent assembly comprising a detent member and a resilient member. The detent member is supported for movement between an extended position and a retracted position relative to the clip body, and the resilient member configured to bias the detent member from the retracted position towards the extended position. The clip channel is configured to receive at least a portion of the rod member such that, when the detent member is in the extended position, the detent member engages the at least a portion of the rod member to detachably attach the clip body in a desired position relative to the rod member.

Abstract: A torque rod disassembly system for removing a tapered bushing assembly comprising a tapered bushing connector having an internal threaded surface from a structural member defining a tapered opening comprising a housing, a bearing washer, a drive sleeve, a drive nut, and a tension bolt. The housing engages structural member and supports the bearing washer. The drive sleeve threadingly supports the drive nut. The tension bolt extends through the drive sleeve to engage the internal threaded surface of the tapered bushing connector. Rotation of the drive nut displaces the drive sleeve, the tension bolt, and the tapered bushing connector such that the tapered bushing connector is removed from the tapered opening in the structural member.

Abstract: A part displacement tool for displacing a first part relative to a second part, the part displacement tool comprising a frame, a drive screw, and at least one engaging arm assembly. The frame defines a drive opening and at least one arm opening. The drive screw is supported by the drive opening. The at least one engaging arm assembly is configured to be supported by the at least one arm opening and comprises an engaging member and an engaging screw. Operation of the engaging screw displaces the engaging member relative to the frame.

Abstract: A bushing assembly displacement system comprises a pull system comprising a guide plate defining a guide edge discontinuity, a push system comprising a guide tube defining a guide surface discontinuity, and a drive system comprising a drive rod. The pull system is configured to be operatively connected to the bushing assembly such that the guide edge discontinuity engages the structural member. The push system is configured to be operatively connected to the bushing assembly such that guide surface discontinuity engages the bushing assembly. The rod is operatively connected to the pull system. Operation of the drive system displaces the drive rod to displace the bushing assembly and the guide plate while the guide tube engages the bushing assembly such that the guide plate and the guide tube maintain the bushing assembly in a desired orientation as the bushing assembly moves within the opening defined by the structural member.

Abstract: The present disclosure is directed to an article of footwear having an upper and a sole coupled to the upper. The sole includes an outsole that extends along a length of the sole to engage the ground. The sole includes a sidewall, such as a midsole rim, projecting upwardly from the outsole to define a sole chamber. The sole includes a plurality of hollow pillars projecting upwardly from the base and disposed within the sole chamber to support the wearer's foot.

Abstract: A bushing assembly displacement system for displacing at least one bushing assembly relative to a housing opening in a structural member comprises a drive system, a pull assembly, and a receiver assembly. The drive system comprises an actuator, a rod member, and a brace nut. The receiver assembly comprising at least one receiver member. The brace nut is configured to engage the actuator and the rod member. The pull assembly is configured to engage the rod member and the first end of the bushing rod. The at least one receiver member is arranged between the actuator and the structural member. The actuator is configured to act on the brace nut such that operation of the actuator causes the rod member, the pull assembly, and the bushing assembly to be displaced relative to the structural member.

Abstract: A press tool system for pressing a bushing assembly along a structural axis defined by a structural member comprises a brace assembly, a drive member, a retaining sleeve defining a sleeve passageway, and an actuator system. At least a portion of the bushing assembly is arranged in the sleeve passageway. The brace assembly is configured to support the actuator system and drive member such that at least a portion of the brace assembly engages the actuator system and the structural assembly and at least a portion of the drive member engages the actuator system and the bushing assembly. Operation of the actuator system causes the retaining sleeve to engage the structural member and displace the drive member and bushing assembly at least partly through the sleeve passageway along the structural axis.

Abstract: A press tool comprising a base assembly, a drive pin, a bias member, and a guide sleeve defining a sleeve guide surface. The base assembly comprises a base member defining a housing guide surface, a system axis, and a housing cavity. The guide sleeve is supported by the base member such that at least a portion of the guide sleeve is within the housing cavity. The bias member is arranged within the housing cavity to bias the guide sleeve relative to the base member. The base assembly supports the guide sleeve such that at least a portion of the guide sleeve and the bias member within the housing cavity. The base assembly supports the drive pin for movement along the system axis. The housing guide surface engages the guide sleeve. The sleeve guide surface engages the drive pin.

Abstract: An adapter system for a bushing displacing system for displacing at least a portion of a bushing assembly relative to an opening in a structural member, the bushing assembly comprising a bushing housing and a bushing pin, the adapter system comprising an extension tube defining first and second extension tube connecting portions, a cylinder adapter defining a cylinder adapter connecting portion, a cylinder tube cap defining a cylinder tube cap connecting portion, a cylinder tube cap adapter, a pullbar socket, and a push adapter. The first extension tube connecting portion is configured to engage the cylinder adapter connecting portion to detachably attach the cylinder adapter to the extension tube. The second extension tube connecting portion is configured to engage the cylinder tube cap connecting portion to detachably attach the cylinder tube cap adapter to the cylinder tube cap.

Abstract: An article of footwear includes an upper and a sole coupled to the upper. The sole includes an insole for receiving a foot of a wearer and a sole member disposed below the insole to support the foot of the wearer. The sole member includes a web extending along a length of the sole and a plurality of pillars projecting upwardly from the web toward the insole. Each of the pillars includes a curved sidewall and a lid extending from an upper end of the curved sidewall. The curved sidewall and the lid define a cavity. The web and the plurality of pillars of the sole member are unitary and made of an elastomeric material that allows the pillars to flex or deform at a compressed state and return to an upright position at a relaxed state.