Hill-rom Services, Inc.

Hill-rom, Inc.

Hill-fom Services, Inc.

Karl Norman Caldwell

James Milton Cherry Thomas

Marla Repik

John Alan Bobey

Robert C Novack

James R Stolpmann

Kerry Jean Mensching

Geoffrey Locke Taylor

James H Price

Nick Bries

Marla Dukes Repik

James M Thomas

A patient support surface comprises a cover defining an interior region, a modifiable support layer situated in the interior region and having at least one air bladder, and a sensor layer situated in the interior region and having at least one sensor configured to detect a physiological parameter of a patient atop the patient support surface.

Patient support surface with vital signs sensors

Patient support surface with physiological sensors

A support surface includes a cover defining an interior region, a mattress core located in the interior region, and a force sensor located in the interior region.

Force optimization surface apparatus and method

A surface pad system for a surgical table includes a cover defining an interior region and including an upwardly-facing surface configured to be positioned beneath a patient. The surface pad system also includes a pad core received in the interior region of the cover to support the patient.

Surface pad system for a surgical table

A force optimization apparatus is provided including a patient support surface and an interface pressure sensor.

A surface pad system for a surgical table includes a cover defining an interior region and including an upwardly-facing top surface configured to be positioned beneath a patient. The surface pad system also includes a pad core received in the interior region of the cover to support the patient.

A surface pad apparatus for a surgical table includes a body pad section positioned to lie beneath at least the torso and the thighs of the patient. The body pad section includes an upwardly-facing top surface and spaced-apart, elongated first and second sides. The apparatus also includes longitudinally extending first and second arm pad sections positioned to lie adjacent to the first and second sides of the body pad section and positioned to lie beneath the arms of the patient. Each arm pad section includes a top surface that is generally coplanar with the top surface of the body pad section.

A surface pad apparatus for a surgical table includes a body pad section positioned to lie beneath the torso of the patient and including a pad core and a cover defining an interior region configured to receive the pad core. The pad core includes a thermal pad having a casing defining a channel configured to receive a thermoregulation fluid. The apparatus also includes a leg pad section longitudinally spaced apart from the body pad section and positioned to lie beneath the lower legs and feet of the patient. The leg pad section is coupled to the body pad section and includes a pad core and a cover defining an interior region configured to receive the pad core. The pad core includes a thermal pad having a casing defining a channel configured to receive the thermoregulation fluid. The channel of the thermal pad of the leg pad section is in fluid communication with the channel of the thermal pad of the body pad section so that thermoregulation fluid can pass therebetween.

A surface pad system for a surgical table includes a cover having an upwardly-facing patient-support surface defining an interior region of the surface pad system, and a vacuum bead bag received in the interior region. The vacuum bead bag includes a flexible cover defining an interior region containing compressible beads including a lower layer of compressible beads and an upper layer of compressible bead separated from the lower layer of compressible beads by a membrane made from a flexible material. The system also includes a bladder received in the interior region of the cover and positioned to lie beneath the vacuum bead bag. The bladder defines an interior region and is inflatable when pressurized fluid is received in the interior region of the bladder so that the vacuum bead bag conformingly engages the patient on the patient-support surface when the bladder is inflated.

Growing community of inventors

Summerville, SC, United States of America

Karl Norman Caldwell