A transport device having a layer of fire resistant fabric connected to a layer of plastic. A plurality of hooks are connected to the ends of the layer of fabric and a plurality of rings and handles are connected to the sides of the layer of fabric.

Disclosed is an emergency medical mat for safe movement in case of disaster, which has an improved structure that a side reinforcement belt and a floor reinforcement belt are arranged to be overlapped and fixed by backstitch parts so that a bottom surface of the mat is supported by the floor reinforcement belt when persons hold handle parts and lift up the medical mat to carry the mat and the structure prevents deformation of a middle area of the mat to which a deflection load is applied by a patient's weight, thereby preventing a secondary accident of a patient with a serious case during a disaster evacuation. The emergency medical mat for safe movement in case of disaster includes floor reinforcement belts, safe evacuation belts, and a side reinforcement belt.

Disclosed is an emergency medical mat for safe movement in case of disaster, which has an improved structure that a side reinforcement belt and a floor reinforcement belt are arranged to be overlapped and fixed by backstitch parts so that a bottom surface of the mat is supported by the floor reinforcement belt when persons hold handle parts and lift up the medical mat to carry the mat and the structure prevents deformation of a middle area of the mat to which a deflection load is applied by a patient's weight, thereby preventing a secondary accident of a patient with a serious case during a disaster evacuation. The emergency medical mat for safe movement in case of disaster includes floor reinforcement belts, safe evacuation belts, and a side reinforcement belt.

Described is a rollup evacuation sled that includes a bottom sheet, a foam mattress disposed above the bottom sheet, and a support sheet disposed above the mattress. A margin stack including the bottom sheet and the support sheet forms a sandwiched margin left side and a sandwiched margin right side. The sled may further include a plurality of spinal boards disposed between the bottom sheet and the mattress in the upper section of the bottom sheet. Wheel assemblies are mounted on each spinal board. The sled further includes a foot pouch coupled to the sandwiched margin left and right sides and dimensioned to substantially enclose feet and calves of a person lying on the support sheet. The foot pouch is configured to store a stack including the bottom sheet, mattress and the support sheet, when the stack is rolled up along a longitudinal direction from the head end.

Described is a bariatric version of foldup evacuation sled that includes a bottom sheet, a mattress disposed above the bottom sheet, and a support sheet disposed above the mattress. A margin stack including the bottom sheet and the support sheet forms a sandwiched margin left side and a sandwiched margin right side. The sled may further include a plurality of spinal boards disposed between the bottom sheet and the mattress. Wheel assemblies are mounted on each spinal board. The sled further includes a leg/torso cover coupled to the bottom sheet and dimensioned to substantially enclose legs and lower torso of the person when the leg/torso cover is folded upward over the person lying on the support sheet.

Cushions that provide safe, sanitary transportation of children are disclosed. Methods of making and using cushions that provide safe, sanitary transportation of children are also disclosed.

Cushions that provide safe, sanitary transportation of children are disclosed. Methods of making and using cushions that provide safe, sanitary transportation of children are also disclosed.

A fitted bottom sheet (which may be comprised of low-friction material if desired) can include at least one tube-receiving hole formed therethrough. By one approach the corners of the fitted bottom sheet can include a strap to help retain the fitted bottom sheet on a mattress. By one approach the aforementioned tube-receiving hole can be formed at each corner of the fitted bottom sheet. A strapless repositioning sheet can have a low-friction mattress-facing side in combination with webbing disposed along and attached to at least two side edges of the strapless repositioning sheet to thereby form a plurality of handhold openings and a plurality of strap-connection openings.

A fitted bottom sheet (which may be comprised of low-friction material if desired) can include at least one tube-receiving hole formed therethrough. By one approach the corners of the fitted bottom sheet can include a strap to help retain the fitted bottom sheet on a mattress. By one approach the aforementioned tube-receiving hole can be formed at each corner of the fitted bottom sheet. A strapless repositioning sheet can have a low-friction mattress-facing side in combination with webbing disposed along and attached to at least two side edges of the strapless repositioning sheet to thereby form a plurality of handhold openings and a plurality of strap-connection openings.

The present disclosure relates to a patient support which can be used in a bed or flat surface and in particular to a system and method for support and offloading of the body and for turning and repositioning of a patient in a bed or on a flat surface. Features of the disclosure also relate to markings and other indicators used on the patient support which help guide caregivers in the proper use and correct patient positioning on the patient support.