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Point-of-care Universal Logistical Sheltering and Evacuation System
Accommodates 33 Patients and 5 Attendants with optional medical supply and support systems!
AEL Part Number: 12VE-00-ABUS The P.U.L.S.E System is a versatile new way to rapidly evacuate non-ambulatory patients to a safety zone during the threat of an impending natural disaster. The P.U.L.S.E System can also be used as a stationary Point-of-Care system for handling surge during a mass care incident. With its on-board generator, HVAC, O2, Patient monitoring, and suction at each bedside, the P.U.L.S.E System is designed to be a fully functioning stand-alone system. Each entry way is equipped with retractable ramps to aid in patient access.
While in transit in an aircraft, on a ship, on a truck or even by train, the P.U.L.S.E System can be tied into the electrical system of the vehicle to operate for longer periods and to conserve fuel. A shore line hookup is also included for accessing an existing electrical grid.
All medical supplies are stored in overhead compartments. A refrigerator, microwave, water system, restroom are included for patient and caregiver comfort. The P.U.L.S.E. System is the answer for emergency evacuation of non-ambulatory patients.Each patient bed is equipped with a
vital signs monitor which is tied to a central monitoring station,
oxygen, IV holder, patient chart holder, suction unit, medical air and
two outlets.
Air Conditioning and Heat is distributed throughout
the system by a duct system that runs the length of the unit. Emergency
sprinklers, Emergency lighting and Exit signs above each doorway (3)
and fluorescent lights are standard equipment.
The electrical
system is designed to be run off of the included generator, or the
50Amp Shoreline Receptacle, or the Railway Power Receptacle. The
interior walls, floors, and ceiling are covered with a decontaminable
substrate and will add to the insulation of the system against the
elements. 1’ thick steel crossbeams at each doorway are added to the
structure of the system for retaining structural integrity during use
and transport.
The cargo area is sealed and ventilated to
provide optimum airflow and to restrict unwanted seepage into the
patient treatment area. The cargo is divided to provide individual
compartments for the oxygen cylinders, generator, electrical, waste
water containment, suction, a compressor and HVAC.
The restroom is equipped with a locking sliding door, commode, corner sink, handicapped railing, and decontaminable walls.
This
system is able to be transported via ship, train, flatbed tractor
trailer, cargo plane, or cargo helicopter. It can be used as an on-site
surge capacity, portable hospital or patient isolation area (when
equipped with a negative pressure package).
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