Abstract: A system for restoring purged data includes an input interface and a processor. The input interface to receive an indication of purged data to restore. The processor is to reinstate the purged data using a stored copy and rebuild one or more relations to the purged data using an effective change stack.

Abstract: A system for reporting using archived data includes an active memory, an archive memory, an interface, and a processor. The interface is to receive an indication to run a report. The processor is to run the report. The report accesses active data in the active memory and archive data in the archive memory. The archive data comprises former active data that has been archived. The archive data is accessed using a relation of an active object in the active memory with an archived object in the archive memory.

Abstract: A system for updating archived data includes an active memory, an archive memory, an interface, and a processor. The interface is to receive an indication to update data structure. The processor is to update archive data structure in the archive memory. The archive data structure comprises a former active data structure that has been archived.

Abstract: A system for archiving includes an active memory, an archive memory, an interface, and a processor. The interface is to receive an indication to archive an object in the active memory. The object has a relation to an other object. The processor is to archive the object in the archive memory. The other object maintains the relation with the object that has been archived.

Abstract: A system for managing data using purging includes an input interface and a processor. The input interface is to receive an indication of a data object to be purged. The processor is to prepare the data object to be purged, which includes severing weak relations of the data object as of a purge prepare time. Preparing the data object to be purged transitions the data object from an operational state to a purge prepared state. The weak relations of the data object are relations to non-purge data objects of an object tree. The data object in a purge prepared state is monitored for access. In response to a detection of an attempt to access the data object, reinstate the data object, which includes rebuilding the weak relations. Reinstating the data object transitions the data object from the purge prepared state to the operational state.

Abstract: A system for managing data using simulated purging includes an input interface and a processor. The input interface is to receive an indication of a data to simulate purging. The processor is to mark the data as purge simulated at a purge simulated time, to monitor the data for an attempt to access the data after the purge simulated time, to increase a count of a number of attempts to access the data after the purge simulated time by one in response to an attempt to access the data after the purge simulated time, and to unmark the data as purge simulated and cease monitoring the data for the attempt to access the data in response to the count of the number of attempts to access the data after the purge simulated time exceeding a threshold.

Abstract: A system for data management includes a root object, zero, one, or more member objects, and a processor. The root object is associated with a garbage collection root metadata. Each of the one or more member objects is associated with a garbage collection member metadata. The root object has a direct relation or an indirect relation to each of the one or more member objects. The processor is to determine that an object is the root object; determine whether the root object and the one or more member objects are to be garbage collected; and garbage collect the root object and the one or more member objects in the event that the root object and the one or more member objects are to be garbage collected.

Abstract: A rest component (14), (16) for an article of furniture (10) includes a body member (32) defining a plurality of surfaces (34). A cover member (36) is carried by at least one surface (34) of the body member (32) to define a pocket (38) associated with the at least one surface (34), the pocket (38) defining a mouth to enable a user to gain access to an interior of the pocket (38). At least one passage (24) is defined by at least one of the body member (32) and the cover member (36) and opening out into the pocket (38). The passage (24) is configured to accommodate an elongate element which extends through the passage to exit from an operatively bottom region of the body member.

Abstract: A system for restoring purged data includes an input interface and a processor. The input interface to receive an indication of purged data to restore. The processor is to reinstate the purged data using a stored copy and rebuild one or more relations to the purged data using an effective change stack.

Abstract: A rest component (12, 14) for an article of furniture (10) includes a body member (16) mountable to a platform (18) of the article of furniture (10), the body member (16) defining a plurality of surfaces (20). A cover member (26) is carried by the body member (16) to define a pocket (32) associated with at least one surface (20) of the body member (16), the pocket (32) defining a mouth (34) to enable a user to gain access to an interior of the pocket (32). At least one receiving formation (36) is carried by the body member (16) within the pocket (32), the cover member (26) concealing the at least one receiving formation (36).

Abstract: An operating system (10) for operating an article of furniture (12), the article of furniture (12) comprising a support structure, at least one component displaceably arranged relative to the support structure and a receiver. The operating system (10) includes a (controller 34) which communicates wirelessly with the article of furniture (12), the controller (34) outputting operating signals (46) containing operating instructions. A signal processing module communicates with the wireless controller (34) via a routing arrangement (48), the signal processing module receiving the operating signals (46) and converting the operating signals into control signals to be provided to the receiver to effect displacement of the at least one component of the article of furniture (12) relative to the support structure under the control of a user.

Abstract: A rest component 12, 14 for an article of furniture 10 includes a body member 16 mountable to a platform 18 of the article of furniture 10, the body member 16 defining a plurality of surfaces 20. A cover member 26 is carried by the body member 16 to define a pocket 32 associated with at least one surface 20 of the body member 16, the pocket 32 defining a mouth 34 to enable a user to gain access to an interior of the pocket 32. At least one receiving formation 36 is carried by the body member 16 within the pocket 32, the cover member 26 concealing the at least one receiving formation 36.

Abstract: A system for restoring purged data includes an input interface and a processor. The input interface to receive an indication of purged data to restore. The processor is to reinstate the purged data using a stored copy and rebuild one or more relations to the purged data using an effective change stack.

Abstract: A mounting system 18 for mounting a media module 16 to furniture 12, 14 includes a plurality of spacer elements 20,22, each spacer element 20, 22 being configured to interconnect and space two items of furniture 12, 14 a predetermined distance from each other as governed by dimensions of the spacer elements 20, 22. A mounting member 40 is carried by one spacer element 22 of the plurality of spacer elements 20, 22. The mounting member 40 mounts the media module 16 and permits displacement of the media module 16 relative to the items of furniture 12, 14.

Abstract: A rest component (12, 14) for an article of furniture (10) includes a body member (16) mountable to a platform (18) of the article of furniture (10), the body member (16) defining a plurality of surfaces (20). A cover member (26) is carried by the body member (16) to define a pocket (32) associated with at least one surface (20) of the body member (16), the pocket (32) defining a mouth (34) to enable a user to gain access to an interior of the pocket (32). At least one receiving formation (36) is carried by the body member (16) within the pocket (32), the cover member (26) concealing the at least one receiving formation 36.

Abstract: A rest component (14), (16) for an article of furniture (10) includes a body member (32) defining a plurality of surfaces (34). A cover member (36) is carried by at least one surface (34) of the body member (32) to define a pocket (38) associated with the at least one surface (34), the pocket (38) defining a mouth to enable a user to gain access to an interior of the pocket (38). At least one passage (24) is defined by at least one of the body member (32) and the cover member (36) and opening out into the pocket (38). The passage (24) is configured to accommodate an elongate element which extends through the passage to exit from an operatively bottom region of the body member.

Abstract: An article of furniture (10) includes a platform (12). A seat base (14) is mounted to the platform (12) to leave at least a part (16) of the platform (12) not covered by the seat base (14). At least one rest (20) is displaceably mounted relative to the platform (12) to enable access to be gained at least to that part (16) of the platform (12) not covered by the seat base (14). An attaching mechanism (22) is carried by the part (16) of the platform (12) for displaceably attaching the at least one rest (20) to the platform (12).

Abstract: An operating system (10) for operating an article of furniture (12), the article of furniture (12) comprising a support structure, at least one component displaceably arranged relative to the support structure and a receiver. The operating system (10) includes a (controller 34) which communicates wirelessly with the article of furniture (12), the controller (34) outputting operating signals (46) containing operating instructions. A signal processing module communicates with the wireless controller (34) via a routing arrangement (48), the signal processing module receiving the operating signals (46) and converting the operating signals into control signals to be provided to the receiver to effect displacement of the at least one component of the article of furniture (12) relative to the support structure under the control of a user.