Abstract: A disposable pathogen containment device including a support frame structure. An enclosure made of a substantially air-tight flexible sheet material is mounted to the support frame structure. At least an access port is disposed in the enclosure with at least one of the at least an access port being adapted for enabling transmission of air into the enclosure. A suction structure is mounted to the enclosure. The suction structure comprises a suction connecting port adapted for being connected to a suction source and a suction conduit connected to the suction connecting port. The suction conduit comprises at least a suction opening for removing air from inside the enclosure. The at least a suction opening is placed such that air containing pathogen emitted from a pathogen emitting source disposed inside the enclosure is drawn away from the at least an access port.

Abstract: A detection system is provided. The detection system comprises a plurality of anchor RF transmitter/receiver modules for being mounted to a structure such that they are placed in a fixed spatial relationship with respect to each other. At least a portable RF transmitter/receiver module is adapted for RF communicating with the anchor RF transmitter/receiver modules. At least a processor adapted for: determining a location of the portable RF transmitter/receiver module based on the RF communication of the same with at least two anchor RF transmitter/receiver modules; determining if the location of the portable RF transmitter/receiver module is inside or outside a predetermined boundary; and, generating an alarm signal if the location of the portable RF transmitter/receiver module is outside the predetermined boundary, the alarm signal being indicative of the location of the portable RF transmitter/receiver module.