A modular and lightweight Stair Climber for Caskets is provided. The Stair Climber for Caskets is uniquely designed and configured with a trolley frame and four sets of wheels arranged and affixed at the four ends of the trolley frame respectively. In the depicted embodiment, each set of wheels comprises three wheels spaced an equal distance from each other that rotate together about a horizontal axis for easy navigation. The Stair Climber for Caskets further comprises wheel plates attached to the set of wheels. The Stair Climber for Caskets is designed ergonomically with the right configuration for ensuring easy movement up and down stairs of different heights and inclinations.

A modular and lightweight Stair Climber for Caskets is provided. The Stair Climber for Caskets is uniquely designed and configured with a trolley frame and four sets of wheels arranged and affixed at the four ends of the trolley frame respectively. In the depicted embodiment, each set of wheels comprises three wheels spaced an equal distance from each other that rotate together about a horizontal axis for easy navigation. The Stair Climber for Caskets further comprises wheel plates attached to the set of wheels. The Stair Climber for Caskets is designed ergonomically with the right configuration for ensuring easy movement up and down stairs of different heights and inclinations.

A modular and lightweight Stair Climber for Caskets is provided. The Stair Climber for Caskets is uniquely designed and configured with a trolley frame and four sets of wheels arranged and affixed at the four ends of the trolley frame respectively. In the depicted embodiment, each set of wheels comprises three wheels spaced an equal distance from each other that rotate together about a horizontal axis for easy navigation. The Stair Climber for Caskets further comprises wheel plates attached to the set of wheels. The Stair Climber for Caskets is designed ergonomically with the right configuration for ensuring easy movement up and down stairs of different heights and inclinations.

A modular and lightweight Stair Climber for Caskets is provided. The Stair Climber for Caskets is uniquely designed and configured with a trolley frame and four sets of wheels arranged and affixed at the four ends of the trolley frame respectively. In the depicted embodiment, each set of wheels comprises three wheels spaced an equal distance from each other that rotate together about a horizontal axis for easy navigation. The Stair Climber for Caskets further comprises wheel plates attached to the set of wheels. The Stair Climber for Caskets is designed ergonomically with the right configuration for ensuring easy movement up and down stairs of different heights and inclinations.

A three wheeled hearse assembly for transporting a motorcyclist's casket includes a rolling chassis, which in turn comprises a front wheel and a pair of rear wheels. A frame is engaged to the rolling chassis between the front wheel and the rear wheels. A casket can be positioned in the frame so that the casket is engaged to the rolling chassis. A seat is engaged to the rolling chassis proximate to the front wheel. A handlebar is engaged to the rolling chassis proximate to the front wheel and is operationally engaged thereto. The handlebar is can be grasped in hands of a driver positioned on the seat, positioning the driver to selectively turn the front wheel to steer the rolling chassis.

A three wheeled hearse assembly for transporting a motorcyclist's casket includes a rolling chassis, which in turn comprises a front wheel and a pair of rear wheels. A frame is engaged to the rolling chassis between the front wheel and the rear wheels. A casket can be positioned in the frame so that the casket is engaged to the rolling chassis. A seat is engaged to the rolling chassis proximate to the front wheel. A handlebar is engaged to the rolling chassis proximate to the front wheel and is operationally engaged thereto. The handlebar is can be grasped in hands of a driver positioned on the seat, positioning the driver to selectively turn the front wheel to steer the rolling chassis.

The present invention relates to a collapsible rack for storing and transporting cadavers and human bodies.

The present invention relates to a collapsible rack for storing and transporting cadavers and human bodies.

A powered sliding platform assembly may include an actuator, a platform, and a controller. The platform may have a rail defining first and second openings configured to receive a pin of an actuator. The actuator and the rail may be arranged such that while the platform moves between extended and retracted positions, the pin rides along the rail between the openings. The controller may be programmed to, in response to a signal indicative of an object being proximate the platform, inhibit movement of the platform.

A three wheeled hearse assembly for transporting a motorcyclist's casket includes a rolling chassis, which in turn comprises a front wheel and a pair of rear wheels. A frame is engaged to the rolling chassis between the front wheel and the rear wheels. A casket can be positioned in the frame so that the casket is engaged to the rolling chassis. A seat is engaged to the rolling chassis proximate to the front wheel. A handlebar is engaged to the rolling chassis proximate to the front wheel and is operationally engaged thereto. The handlebar is can be grasped in hands of a driver positioned on the seat, positioning the driver to selectively turn the front wheel to steer the rolling chassis.