Abstract: Systems and methods for distributing pharmaceutical product information. The system includes a transmitter device and a receiver device. The transmitter device includes a first electronic processor and first communications interface communicatively connected to both of a barcode scanner and to a first electronic communications device. The receiver device includes a second electronic processor and a second communications interface communicatively connected to a second electronic communications device. The first electronic processor is configured to receive from the barcode scanner, via the first communications interface, scanned product information of a product, and transmit the scanned product information to the receiver device.

Abstract: A monitoring device is disclosed that is configured to monitor conditions within an electrical enclosure containing electrical equipment. The monitoring device comprises a support configured to couple to an interior surface of the electrical enclosure. The support is configured to hold and electrically couple a plurality of sensors, at least two RF antennas, at least one processor in communication with the plurality of sensors and the at least two RF antennas, and a power connection configured to receive electrical and Ethernet input. The at least one processor is configured to receive and analyze data obtained from the plurality of sensors and the at least two RF antennas pertaining to a plurality of conditions inside the electrical enclosure. The at least one processor is configured to detect a potential electrical equipment failure based on the received an analyzed data.

Abstract: An appliance can comprise a controller, a first memory, and a near field communication (NFC) tag having a second memory being coupled to the controller. The NFC tag is configured to dynamically set a web service address from an external server based upon a write command from a mobile device in communication with the NFC tag. The controller can parse the web service address to begin a set of diagnostic tests for the appliance and write a web service address to the NFC tag based upon a result of the diagnostic tests. The mobile device can read the written web service address and load a web page with detailed information for the particular appliance and the problem diagnosed therewith.

Abstract: An appliance can comprise a controller, a first memory, and a near field communication (NFC) tag having a second memory being coupled to the controller. The NFC tag is configured to dynamically set a web service address from an external server based upon a write command from a mobile device in communication with the NFC tag. The controller can parse the web service address to begin a set of diagnostic tests for the appliance and write a web service address to the NFC tag based upon a result of the diagnostic tests. The mobile device can read the written web service address and load a web page with detailed information for the particular appliance and the problem diagnosed therewith.

Abstract: An appliance can comprise a controller, a first memory, and a near field communication (NFC) tag having a second memory being coupled to the controller. The NFC tag is configured to dynamically set a web service address from an external server based upon a write command from a mobile device in communication with the NFC tag. The controller can parse the web service address to begin a set of diagnostic tests for the appliance and write a web service address to the NFC tag based upon a result of the diagnostic tests. The mobile device can read the written web service address and load a web page with detailed information for the particular appliance and the problem diagnosed therewith.

Abstract: An appliance can comprise a controller, a first memory, and a near field communication (NFC) tag having a second memory being coupled to the controller. The NFC tag is configured to dynamically set a web service address from an external server based upon a write command from a mobile device in communication with the NFC tag. The controller can parse the web service address to begin a set of diagnostic tests for the appliance and write a web service address to the NFC tag based upon a result of the diagnostic tests. The mobile device can read the written web service address and load a web page with detailed information for the particular appliance and the problem diagnosed therewith.

Abstract: A resource management system is described. The resource management system includes a resource manager in communication with two networks, including one network having a plurality of patient monitoring devices connected thereto. The resource manager allows automatic location of patient monitors, automatic status notification as to the status of patient monitors and automatic use metering of patient monitor usage, among other functions.

Abstract: A method and apparatus of storing and accessing data from a database is disclosed. The method and apparatus applies particularly to database systems used for cardiovascular information systems but may also be used in other database systems. The method and apparatus for storing and accessing data utilizes a markup language tag data structure to provide for simplified and expedited searching over conventional databases.