The present application discloses an inflatable bed including a hollow bed body. The hollow bed body includes a top sheet, a perimeter wall, a bottom sheet, and tensioning straps, the top sheet and the bottom sheet cover the perimeter wall up and down, inner supporting assemblies are disposed inside the bed body, each of the inner supporting assemblies includes an inner supporting structure and a breathable mesh, the top of the inner supporting structure is fixed to an inner wall of the top of the bed body, a side wall of the inner supporting structure is fixed to an inner side wall of the bed body, the inside of the bed body is partitioned into an independent main cavity and an auxiliary cavity, the breathable mesh is mounted on the side wall of the inner supporting structure, and the main cavity communicates with the auxiliary cavity.

To provide a mattress which can be used comfortably with good quality by distributing airflow inside. A mattress comprises a breathable elastic layer, a non-breathable covering layer covering the elastic layer, a ventilation portion that is not covered by the covering layer, and a ventilation mechanism. The covering layer is a coating film that is integrated with the elastic layer and covers the surface thereof. In the mattress air supplied to the elastic layer is discharged from the ventilation portion or air supplied to the ventilation portion is discharged from the elastic layer by the ventilation mechanism.

An air inflatable mattress and mattress coverlet are provided for the prevention and treatment of decubitus ulcers (i.e., pressure sores or bedsores). The mattress incorporates a user selectable static or alternating air powered support surface for more uniformly redistributing pressure exerted on a patient's skin. The mattress coverlet encompasses a low air loss feature independent of the mattress's user selectable air powered support surface. Such low air loss feature provides a patient contact surface exhibiting a high moisture vapor transfer ratio in conjunction with a forced air flow to aid in reducing the moisture and heat near the patient's body. Both the mattress and mattress coverlet are driven by an external control system which houses the user controls, as well as the necessary pumps, regulators, and valving.

A mattress topper is provided that includes a cover having opposing first and second panels each made from a first material. The mattress topper includes a gusset that either perimetrically joins the first and second panels and/or is in the form of one or more patches located on the first and/or second panels. The gusset is made from a second material that has a porosity that is different than that of the first material. A fill material is disposed within the cover.

An air inflatable mattress and mattress coverlet are provided for the prevention and treatment of decubitus ulcers (i.e., pressure sores or bedsores). The mattress incorporates a user selectable static or alternating air powered support surface for more uniformly redistributing pressure exerted on a patient's skin. The mattress coverlet encompasses a low air loss feature independent of the mattress's user selectable air powered support surface. Such low air loss feature provides a patient contact surface exhibiting a high moisture vapor transfer ratio in conjunction with a forced air flow to aid in reducing the moisture and heat near the patient's body. Both the mattress and mattress coverlet are driven by an external control system which houses the user controls, as well as the necessary pumps, regulators, and valving.

A ventilated and breathable inflatable bed includes a bed body, an air chamber is defined in an interior of the bed body, the bed body is provided with an inflation pump configured for inflating and deflating the air chamber; and a breathable part on a top layer of the bed body, to contact a human body, the breathable part includes a contact layer and a supporting layer, an edge of the contact layer is hermitically connected with an edge of the top layer of the bed body, the contact layer and the top layer of the bed body enclose an accommodation space configured for accommodating the supporting layer, a plurality of air holes are defined on the contact layer, and the accommodation space is in communication with an outer space by the plurality of air holes.

A cover for a support surface includes: a ticking made of a ticking material configured to enclose a support layer of the support surface, the ticking having an outer top surface configured to face a person lying on the support surface; and a friction reducing overlay on at least a portion of the outer top surface for facilitating displacement of the person on the support surface, the friction reducing overlay being made of a low friction material formed onto the ticking material, the friction reducing overlay comprising a plurality of overlay elements that are spaced apart from each other to form an overlay pattern.