Method of unloading an ambulance cot into an ambulance
An ambulance cot loading and unloading device which utilizes an elongate guide track configured for mounting to a floor surface of a cargo area on the ambulance. A trolley is supported for movement relative to the guide track and has an elongate boom. The ambulance cot has a powered collapsible and extendable base and a patient support deck mounted on the base. A connection mechanism is provided on the trolley and the ambulance cot which is configured to interconnect and securely hold the ambulance cot on the trolley.
1. A method of unloading a wheel supported ambulance cot having a collapsible and extendable base thereon through an acess opening into a cargo area of an ambulance, comprising the steps of:
moving an ambulance cot with a collapsed base coupled to a trolley out of a cargo area of said ambulance so that said ambulance cot is cantilevered externally away from said access opening such that the collapsible and extendable base on said ambulance cot is spaced directly above a ground surface unobstructed by other structure;
extending said base while said ambulance cot is cantilevered externally away from said access opening so that said wheels engage said ground surface and effect a support of said ambulance cot on said wheels; and
moving said ambulance cot on said wheels in a direction until said ambulance cot is generally free of interference from said trolley.
2. The method of unloading a wheel supported ambulance cot according to claim 1 , wherein said extending step includes the step of tilting an elongate boom on said trolley from a position above the floor surface of said cargo area downwardly toward the ground surface.
3. The method of unloading a wheel supported ambulance cot according to claim 2 , wherein said extending step and said tilting step occur simultaneously during an extension of said base, said tilting step terminating when said wheels engage said ground surface.