Abstract: The present disclosure includes litter platform support and positioning systems described generally comprising at least one lift column mounted to an interior floor in an emergency vehicle or structure. The lift column is connected to at least one support assembly, the at least one support assembly adapted to receive and position a litter assembly. In some implementations, the support assembly is connected to the lift column and adapted to independently adjust the litter assembly vertically, laterally, longitudinally, and rotate 360°. The litter platform support and positioning system further includes at least one individual motor associated with each lift column which is operatively connected to a drive screw to independently adjust and control the location of each support assembly to individually position a corresponding litter platform assembly.

Abstract: A flooring system positionable over a base platform in the cabin of a vehicle such as an aircraft. In one embodiment, the flooring system includes one or more flooring panels each having top and bottom portions, where the top portion defines a top surface including an anti-slip tread. Additionally or alternatively, the flooring system may be made up of a plurality of flooring panels that are adapted to meet at respective interface regions so as to limit fluid passage through the interface regions. In one arrangement, one flooring panel may be separated from an adjacent flooring panel to expose a wiring trough underneath the one flooring panel free of separating the adjacent flooring panel from the aircraft base platform.

Abstract: A patient transport litter and system includes a patient support platform interconnected to a foldable frame that may be supported by and rolled upon a first plurality of wheels in an unfolded state. In a folded state, a second plurality of wheels may be provided to support and allow for rollable movement of the patient transport litter. A leading plurality of wheels may be provided at one end of the patient support platform for initially and rolling upon engaging the floor of an emergency transport vehicle during loading of the patient transport litter thereupon. One or more of the plurality of wheels may comprise multi-directional wheels, e.g., to allow for omnidirectional rolling movement. The litter may be selectively lockable in and unlockable from the unfolded state, the fully-folded state, and optionally, one or more partially-folded state(s).

Abstract: A patient transport litter and system includes a patient support platform interconnected to a foldable frame that may be supported by and rolled upon a first plurality of wheels in an unfolded state. In a folded state, a second plurality of wheels may be provided to support and allow for rollable movement of the patient transport litter. A leading plurality of wheels may be provided at one end of the patient support platform for initially and rolling upon engaging the floor of an emergency transport vehicle during loading of the patient transport litter thereupon. One or more of the plurality of wheels may comprise multi-directional wheels, e.g., to allow for omnidirectional rolling movement. The litter may be selectively lockable in and unlockable from the unfolded state, the fully-folded state, and optionally, one or more partially-folded state(s).

Abstract: An emergency medical system for use in an aircraft. In one embodiment, the system includes a deployable chair and upper and lower support members for supporting the deployable chair, the deployable chair being pivotally interconnected to the upper support member. In the deployed configuration, the deployable chair is releasably interconnectable to the lower support member, which is one of a floor platform of the aircraft and a vertically adjustable litter platform. In the stowed configuration, the deployable chair is releasably interconnectable to an upper portion of the aircraft, such as a ceiling surface to allow patients to be received on at least one vertically adjustable litter platform located there below.

Abstract: A flooring system positionable in an aircraft is disclosed. In one embodiment, the flooring system includes a floor platform and at least three tracks positioned about a top surface of the floor platform, the tracks being adapted to receive support members. In particular, three parallel tracks form two track pairs which are capable of receiving one of a first and second support member.

Abstract: The present invention is directed to an equipment mounting rack for use in transport aircraft. The rack releasably engages structural members of the aircraft for rapid rack removal. The support legs of the rack are designed to buckle in a predetermined manner to provide enhanced aircraft safety, especially in the event of a crash of the aircraft.

Abstract: A selectively tiltable patient loading system and transport device adapted for use in aircraft is disclosed. The device generally comprises a base assembly interconnected to the floor of an aircraft, a platform assembly capable of receiving and supporting a litter with a patient thereon, and an interconnecting assembly interposed between the base assembly and platform assembly for supportably interconnecting the platform assembly to the base assembly and for selectively tilting the platform assembly relative to the base assembly.

Abstract: A selectively tiltable patient loading system and transport device adapted for use in aircraft is disclosed. The device generally comprises a base assembly interconnected to the floor of an aircraft, a platform assembly capable of receiving and supporting a litter with a patient thereon, and an interconnecting assembly interposed between the base assembly and platform assembly for supportably interconnecting the platform assembly to the base assembly and for selectively tilting the platform assembly relative to the base assembly.

Abstract: An emergency medical system is disclosed for movably supporting a plurality of patients in a generally rectangular vehicle interior space. Three litter rack systems are disposed on respective walls of the interior space. Each of the litter rack systems is provided with a system for automatically adjusting the vertical position between and tilt of the patient litters in each of the rack systems. Adjustable attendant chairs are placed strategically adjacent the rack systems for attending patients therein.

Abstract: A multi-tiered litter rack system is described generally comprising a plurality of support masts arranged on one wall of an emergency vehicle. The masts support a plurality of vertically spaced litters in at least two horizontally spaced positions. The masts enclose vertical adjustment screws which are adapted to independently adjust the vertical position of each end of the litters for controlling the tilt of and vertical spacing between the litters. The multi-tiered liter rack system further includes individual motors associated with each of the respective masts which are operatively connected to the vertical adjustment screws for controlling the vertical position and tilt of each of the litters.