Abstract: A modular vehicle-mountable pod for mounting in a vehicle, the pod including an upper section, a center section, and a lower section. The center section has at least one door on each side of the vehicle. At least one sliding storage board is positioned within and in sliding relationship to the center section. Each sliding storage board is a mounting surface board with at least one bin thereon. The at least one sliding storage board is at least partially slideable through the at least one door on both sides of the vehicle such that the at least one bin is accessible.

Abstract: A kit for building a shelf divider and shelf divider is described. The kit may include a frontward panel, a rearward panel, and a plurality of slot dividers. The frontward panel may include a first plurality of receptacles. The rearward panel may include a second plurality of receptacles. Each of the plurality of slot dividers may include a first locking mechanism and a second locking mechanism. The first locking mechanism may be disposed at a first end of each slot divider for coupling to one of the first plurality of receptacles of the frontward panel. The second locking mechanism may be disposed at a second end of each slot divider for coupling to one of the second plurality of receptacles of the rearward panel. A rivet for coupling the shelf divider to a shelf is also described.

Abstract: In the method, a logical unity is queried with a first command requesting first identifier data, to determine whether a unique identifier (UID) for the logical unit can be constructed based on the first identifier data. If a UID cannot be constructed from the first identifier data, the logical unit is queried with a second command requesting second identifier data, to determined if a UID can be constructed based on the second identifier data. If a UID cannot be constructed based on the second identifier data, the logical unit is queried with a third command requesting third identifier data. Information is extracted from the first identifier data and from the third identifier data and a UID is generated based on the extracted information.

Abstract: A de-identification method and an apparatus for performing same on electronic datasets are described. The method and system processes input datasets or databases that contain records relating to individual entities to produce a resulting output dataset that contains as much information as possible while minimizing the risk that any individual in the input dataset could be re-identified from that output dataset. Individual entities may include patients in a hospital or served by an insurance carrier, as well as voters, subscribers, customers, companies, or any other organization of discrete records. Criteria for preventing re-identification can be selected based on intended use of the output data and can be adjusted based on the content of reference databases. The method and system can also be associated with data acquisition equipment, such as a biologic data sampling device, to prevent de-identification of patient or other confidential data acquired by the equipment.