The present invention relates to a system for delivering medical services in a mobile setting that includes a frame assembly, where said frame assembly is mounted to an enclosed portable compartment. The frame assembly forms an examination and therapy area for administering a multitude therapy modalities. The therapy area includes a plurality of tables convertibly and plurality of cabinets integrated into the frame assembly. A grouping of training equipment removably engages with the frame assembly related to various therapy techniques. The enclosed portable compartment may be an interior of a van or an interior of a portable pod.

A lift for transferring a user to and from a vehicle, the lift including a lift platform and a pump unit to adjust the position of the lifting platform. The pump unit includes: i) a first cover having a plurality of first cover apertures to receive a plurality of connectors, ii) a pump, iii) a pump block operatively connected to the pump. The pump block includes a first side with first side block apertures and a second side with second side block apertures, wherein the first side block apertures are arranged to be collocated with the plurality of first cover apertures and the second side block apertures are arranged to be collocated with the plurality of first cover apertures. A manual pump actuator extends from one side of the pump assembly, wherein the manual pump actuator is oriented in once a first direction or a second direction with respect to the pump cover.

An extendable lift assembly, comprising a sliding rail assembly, including a plate and a knuckle arm pivotably connected to the plate, and a first platform pivotably connected to the knuckle arm.

A lift apparatus includes an anchor assembly fixable to a vehicle; a platform to support a wheelchair; a support assembly; and two arms, each connected to the support assembly to support the platform. The arms are rotatably connected to the anchor assembly. The platform includes two parts. Each part has a support surface for a wheelchair, a back, and a lateral edge along which the parts are hinged to rotate between a close configuration, in which the backs are facing, and an open configuration, in which the support surfaces are coplanar. An actuator rotates the parts from the close configuration to the open configuration. For each arm, a connecting element, is pivoted to the arm; a first connecting rod is pivoted to the connecting element and to a first of the parts, and a second connecting rod is pivoted to the connecting element and to the second of the parts.

A mobility handling vehicle mechanism includes a tubular frame having a battery and winch secured within the frame. A telescoping lift arm is movably secured to the outside top surface of the frame. A hook and cable are secured to the end of the telescoping lift arm and winch. When secured within a transporting vehicle, the device enables a user to utilize the winch to lift a mobility handling vehicle into the transporting vehicle.

A mobile orthodontic treatment system includes comprising a mobile trailer and a panoramic machine provided within the trailer. The panoramic machine is configured to obtain a 2-D image of a patient's mouth and includes a base secured to the floor of the housing and a stanchion secured to the trailer by a bracket. The mobile orthodontic treatment system further includes a digital scanner and a monitor provided within the housing. The digital scanner is configured to obtain a 3-D image of the patient's mouth and display the image on the monitor. The digital scanner and the monitor are mounted on a wall of the housing by a wall mount articulating bracket. The mobile orthodontic treatment system further includes a lift assembly provided on one of a side and an end of the housing to enable disabled people to enter and exit the housing.

A lift for a vehicle includes a platform configured to support an occupant thereon, a parallelogram mechanism to move the platform between a stowed position and a deployed position, a base to mount the parallelogram mechanism to a vehicle floor, a hydraulic system to move the platform through the parallelogram mechanism, a mechanism to fold and unfold the platform, an occupant retention device, a control unit to control a movement of the platform. The occupant retention device can include any one of a belt, a bridgeplate and a roll stop. The lift can also include a platform movement control device that can be provided as an acoustic sensor array, a bridgeplate lock and a platform stow lock. A light assembly can be mounted on the platform as a visual warning of the platform operation. The power connection to the control unit can include an encapsulated decouplable power interface.

A system for loading a patient transport apparatus into a vehicle is described. The system includes a loading and unloading system including a track and a trolley supporting a receiver movable between locked and unlocked configurations. The system also includes a patient transport apparatus for attachment to the loading and unloading system including a base, a litter, and a lift mechanism to facilitate arranging the litter at different heights relative to the base with an actuator movable between fully-retracted and fully-extended configurations, a coupler for engaging the receiver to secure the patient transport apparatus, first and second sensors configured to output a first signal and second signal and a controller to determine a target lift configuration during unloading from the emergency based on first and second values and to drive the actuator to the target lift configuration to limit relative movement between the patient transport apparatus and the trolley.

A deployable gurney lift assembly (12), which has a carriage assembly (14) plate (20) with two pivot arms (38) disposed opposite one another on each side of the carriage assembly (14), an antler holder (16) to accommodate a bar of the gurney, and at least one hydraulic, pneumatic, or electric jack (22) lift actuator for lifting and lowering the arms (38). Retractable deployment apparatus for slidably moving the retractable deployment apparatus along a length of base tracks (28). Base tracks (28) having rear ends terminating in stops (42), and carriage assembly (14) guides slidably engaged along deployment tracks (28).

An overtravel hinge for a sliding door of a vehicle. The overtravel hinge expands from a collapsed condition, to a partially deployed condition, and to a fully deployed condition. The hinge includes a four bar linkage utilizing an arm to control movement of the overtravel hinge between the collapsed condition and the fully deployed condition. The overtravel hinge, in one embodiment, is used to modify or retrofit a known original equipment manufacturer vehicle.