Abstract: An inventory control and identification apparatus uses a storage space with a plurality of inventory items. Identification labels are positioned in physical correspondence with the inventory items. Each of the identification labels provides a transceiver. A coordinate communications network of further transceivers is set in a fixed position relative to the storage space and is enabled for wireless communication with the identification labels. A data processor is enabled for wireless communication with the coordinate network and the identification labels so as to receive data from the labels and the network. Inventory items have RF ID tags. Interrogation by the labels enables the tags to emit codes identifying the presence and location of the inventory to the labels. Triangulation of signals transmitted by the labels enables location of the labels in three-space.

Abstract: A system and method which allows the identity of assets and their physical locations to be mapped and associated with one another. The invention includes a locator tool which receives an input from an ultra-wide band communications network, which allows the tool to determine its own spatial location and thereby the spatial locations of various objects such as furniture, computer equipment, and structural components such as doors, windows to be identified and located and thereafter mapped in the form of architectural layout, diagrams, and the like. The invention is also an inventory system as well as a verification system that allows objects or assets to be inventoried, tracked, or verified against purchasing lists or the like.

Abstract: An inventory control and identification apparatus uses a storage space with a plurality of inventory items. Identification labels are positioned in physical correspondence with the inventory items. Each of the identification labels provides a transceiver. A coordinate communications network of further transceivers is set in a fixed position relative to the storage space and is enabled for wireless communication with the identification labels. A data processor is enabled for wireless communication with the coordinate network and the identification labels so as to receive data from the labels and the network. Inventory items have RF ID tags. Interrogation by the labels enables the tags to emit codes identifying the presence and location of the inventory to the labels. Triangulation of signals transmitted by the labels enables location of the labels in three-space.

Abstract: An inventory control and identification apparatus uses a storage space with a plurality of inventory items. Identification labels are positioned in physical correspondence with the inventory items. Each of the identification labels provides a unit and an LCD label. The label is enabled with an electronic pictorial display for identification of the inventory. A coordinate network of further units are set in a fixed position relative to the storage space and are enabled for wireless communication with the identification labels. A data processer is enabled for wireless communication with the coordinate network and the identificaton labels so as to remotely change the displays on the labels and to identify the locations of the labels.

Abstract: An inventory control and identification apparatus uses a storage space with a plurality of inventory items. Identification labels are positioned in physical correspondence with the inventory items. Each of the identification labels provides a unit and an LCD label. The label is enabled with an electronic pictorial display for identification of the inventory. A coordinate network of further units are set in a fixed position relative to the storage space and are enabled for wireless communication with the identification labels. A data processer is enabled for wireless communication with the coordinate network and the identificaton labels so as to remotely change the displays on the labels and to identify the locations of the labels.

Abstract: An inventory control and management method provides a combination mobile device for communication and for reading labels (R&C). The R&C reads an inventory label affixed to an item of inventory in the stores. A data file is created corresponding to the label reading and includes a time stamp taken at the time of the reading. The data file is imported into a computer data processor. A network of fixed distributed communication nodes (transceivers) is positioned over the inventory store for receiving temporal cyclic signature pulses from the R&C. At least three of the communication nodes are used to perform a triangulation for locating the R&C, and the location and the corresponding time is recorded. By comparing the time of a given reading of the label with a corresponding time of the triangulation, it is possible to determine where any item is located within the stores.