Abstract: A toilet seat assembly is for a toilet and includes a hinge post configured to be coupled to the toilet, and a toilet seat rotatably coupled to the hinge post and defining a bottom surface. The toilet seat includes a ring having a support surface opposite the bottom surface and configured to support a person when sitting on the toilet, a first wing extending from a first side of the ring, and a second wing extending from a second side of the ring opposite the first side. The toilet seat assembly further includes a first handle extending upwardly from the first wing and oriented perpendicularly relative to the bottom surface of the toilet seat, and a second handle extending upwardly from the second wing and oriented perpendicularly relative to the bottom surface of the toilet seat. The first and second handles are configured to be gripped by the person.

Abstract: Embodiments of a system (such as a computer system), a method, and a computer-program product (e.g., software) for use with the computer system are described. These embodiments may be used to test software that includes instructions for a graphical user interface with objects that receive values in associated fields. In particular, during testing, the system identifies the objects and associated expected values in the software, tests the software based on the identified objects and the expected values, and generates a flow file which includes the testing operations and corresponding results. Moreover, during the testing, the system may generate a compliance document which includes the testing operations and the results.

Abstract: Embodiments of a system (such as a computer system), a method, and a computer-program product (e.g., software) for use with the computer system are described. These embodiments may be used to test software that includes instructions for a graphical user interface with objects that receive values in associated fields. In particular, during testing, the system identifies the objects and associated expected values in the software, tests the software based on the identified objects and the expected values, and generates a flow file which includes the testing operations and corresponding results. Moreover, during the testing, the system may generate a compliance document which includes the testing operations and the results.

Abstract: A sliding hold-down clip (1) for connecting a roof panel (52) to a purlin (52) in which a support portion (14) extends from a base (12), the support portion defining a slot (20) with fasteners (34) that connect to a roof-engaging plate (36), the fasteners guiding longitudinal movement of the roof-engaging plate (36) along the slot relative to the clip, a distal end of the plate defining a hook (40) for connecting to edges of adjacent roof panels (52), a pair of opposing wings (46, 48) extending laterally from the roof-engaging plate (36) and angled to conform to an anglation of a side portion of the roof panel, whereby fasteners (58) extending though the roof panel and the wings secure the roof panel to the roof-engaging plate. A method of securing roof panels to purlins is disclosed.

Abstract: A track belt assembly includes an elastomeric track member which forms a closed loop. The elastomeric track member is advanced in a path of movement when a work machine is advanced in the forward direction of movement. The track belt assembly further includes a number of elastomeric tread bars mounted on an outer surface of the track member. A first cross section of each of the number of tread bars which is taken in a longitudinal direction which is oriented parallel to the forward direction of movement defines a leading terminal end point, a leading edge transition point, a trailing edge transition point, and a trailing terminal end point. The distance between the track member and each point of the first cross section which is interposed between the leading terminal end point and the leading edge transition point is smaller than the distance between the track member and the leading edge transition point.

Abstract: A method and apparatus for expanding multiple token rings by interconnecting multiple multi-ring hubs. The computer networking hubs of the present invention are operable to support multiple token ring networks. In addition, the networking hubs of the present invention include a cable interface configured to interconnect the multiple token ring networks to a single cable interconnected with a separate hub, which is also configured to support multiple token rings. As a result, multiple token rings are able to be expanded across multiple networking hubs.In one embodiment, the networking hubs of the present invention are further operable to receive signals from remote nodes via a first signal mode. The signals are converted to a second signal mode to be transmitted internally. To transmit the signals to a separate hub, the signals are re-converted to the first signal mode and transmitted to a separate networking hub via the first signal mode.