Abstract: A system for a facility including a server coupled to a database, a plurality of tags coupled to a plurality of assets, each tag being configured to transmit a tag ID that is uniquely associated in the database with data describing the asset, a plurality of first transceivers for receiving tag IDs and transmitting the tag IDs and a transceiver ID to the server, which is configured to update the database with location information for the asset to indicate that the asset is adjacent the transceiver, and a plurality of portable client devices configured to wirelessly transmit to the server a client device ID that is uniquely associated in the database with a user of the client device, whereby, in response to receipt of the client device ID, the server is configured to update the database with location information for the user to indicate a location of the user.

Abstract: An activity based monitoring system is disclosed, the activity based monitoring system being configured to monitor a plurality of badges associated with a plurality of assets within a healthcare facility.

Abstract: An activity based monitoring system is disclosed, the activity based monitoring system being configured to monitor a plurality of badges associated with a plurality of assets within a healthcare facility.

Abstract: A system for a facility including a server coupled to a database, a plurality of tags coupled to a plurality of assets, each tag being configured to transmit a tag ID that is uniquely associated in the database with data describing the asset, a plurality of first transceivers for receiving tag IDs and transmitting the tag IDs and a transceiver ID to the server, which is configured to update the database with location information for the asset to indicate that the asset is adjacent the transceiver, and a plurality of portable client devices configured to wirelessly transmit to the server a client device ID that is uniquely associated in the database with a user of the client device, whereby, in response to receipt of the client device ID, the server is configured to update the database with location information for the user to indicate a location of the user.

Abstract: An automated apparatus for urine sediment sample handling includes settling cells for carrying patient samples transported on a sample and cell transport assembly. An illumination and camera assembly is positioned in an examination area to view one of the settling cells when it moves to the examination area. The illumination and camera assembly have a first data output. An image processing assembly is coupled to receive data from the first data output. The image processing assembly have a second data output for carrying processed digital data. A processor having control lines is coupled to the sample and cell transport assembly, illumination and camera assembly, and image processing assembly where the sample and cell transport assembly, illumination and camera assembly, and image processing assembly operate responsively to commands from the processor to handle the urine sediment samples.