Abstract: Aspects of this disclosure relate to a schema management system that can support team-based processing of workflows. For example, a first user may submit a request from a first device that includes a schema identifier. Based on the schema identifier and a user type associated with the first device, the system can retrieve a first schema from a database and present it on the first device. The system can also identify and retrieve a second schema that shares the schema identifier but corresponds to a different user type associated with a second device and present the second schema on the second device. As the second user completes actions for the second schema, the system can receive indications of completion, generate progress information, and provide the progress information to the first device for display, such as a degree of progress indicating completion of one or more schema elements of the second schema. Other embodiments are described.

Abstract: Aspects of the subject disclosure may include, for example, a device that manages multiple schemas that share a common schema identifier while differing according to user type. A first user-generated request is received from a first device that includes the schema identifier and first user login information, and a second user-generated request is received from a second device that includes the same schema identifier and second user login information. The system determines, from the respective login information, a first user type and a second user type that differs from the first user type. Using the shared schema identifier and the differing user types, a first schema associated with the first user type and a second schema associated with the second user type are selected. The selected schemas are presented via respective graphical user interfaces at the first and second devices. Other embodiments are disclosed.

Abstract: An anchoring base for a delineating pole using the reconfiguration of protruding resilient mechanical members to facilitate insertion and resist the subsequent extraction force on the pole. The mechanical members extend outwards relative to the insertion rod longitudinal axis, and bend or configure upon insertion of the anchoring base, into a first position that facilitates insertion while impeding and resisting axial extraction forces, and upon subsequent rotation of the anchoring base, the mechanical members bend or reconfigure into a second position such that the extraction resistance force is significantly reduced. The anchoring base design may be used in conjunction with a spring cartridge having a plurality of interlocking members forming a rigid mechanical structure during rotation.