Abstract: Systems and methods are disclosed for providing visualization of a telecommunications network topology. In an embodiment, a request is sent for data matching a search query. A response is then received at a client device that includes a data object containing a plurality of data fields and corresponding field values. These data fields and corresponding field values collectively define a plurality of communications paths in the telecommunications network. Each path describes the topological structure of network objects in the path of communication between two network objects. The received data object is then processed at the client device to generate a visual representation of each path defined in the data object. Finally, the generated visual representations are displayed at the client device in an interactive, graphical user interface.

Abstract: Systems and methods are disclosed for providing visualization of a telecommunications network topology. In an embodiment, a request is sent for data matching a search query. A response is then received at a client device that includes a data object containing a plurality of data fields and corresponding field values. These data fields and corresponding field values collectively define a plurality of communications paths in the telecommunications network. Each path describes the topological structure of network objects in the path of communication between two network objects. The received data object is then processed at the client device to generate a visual representation of each path defined in the data object. Finally, the generated visual representations are displayed at the client device in an interactive, graphical user interface.

Abstract: A container for collecting a urine specimen has an outer wall, an inner shell and a lid structured to be removeably attached to an upper rim of the container for covering an open top. The inner shell extends down from the upper rim in spaced relation to the outer wall and terminates above a bottom of the container to form a pocket between the inner shell and the outer wall. The pocket traps and captures a suitable testing volume of the specimen within the container in the event the lid is not adequately secured to the container and a portion of the specimen leaks from the container during transport to a testing facility.

Abstract: The present invention involves a latch mechanism and method that prevents the leading operable wall panel of an operable wall panel system from moving out of alignment with the track of a track and trolley system as the lead operable wall panel unfolds and extends from a stacked orientation to a straightened orientation. The latch mechanism includes a catch member to catch a latch pin depending down from the trolley of the track and trolley system. When the catch member catches the latch pin, a resilient biasing member of the latch mechanism operates to lock the latch mechanism about the latch pin. As a result, the lead operable wall panel is locked into a straightened orientation.

Abstract: The present invention involves a latch mechanism and method that prevents the leading operable wall panel of an operable wall panel system from moving out of alignment with the track of a track and trolley system as the lead operable wall panel unfolds and extends from a stacked orientation to a straightened orientation. The latch mechanism includes a catch member to catch a latch pin depending down from the trolley of the track and trolley system. When the catch member catches the latch pin, a resilient biasing member of the latch mechanism operates to lock the latch mechanism about the latch pin. As a result, the lead operable wall panel is locked into a straightened orientation.

Abstract: The present invention involves a flattener apparatus for a movable wall system that eliminates misalignment, drifting and binding of the wall panels in the extended wall-forming position. The flattener apparatus holds movable wall panels of a movable wall panel system in an extended aligned orientation along the length of the track thereof. The flattener apparatus includes a flattener member extending along a portion of the track. The flattener member has a base flange attached at the bottom of the track assembly and a relatively transverse guide flange depending vertically downward from the base flange. A sealing sweep extends along a portion of the top end of the movable wall panels. A guide pin protrudes from the top end of the movable wall panels. The sealing sweep and the guide pin define opposite sides of a vertical channel for receiving the guide flange portion of the flattener member as the wall panels are extended toward the portion of the track having the flattener member attached.