31 results about "Trendelenburg" patented technology

A patient positioner for maintaining a patient's position during a medical procedure is provided. The patient positioner includes a generally rectangular body anchoring portion having a longitudinally disposed head and tail ends and two transversely disposed opposing side ends, placeable atop an operating table. There are a pair of spaced apart chest straps, a pair of spaced apart support base straps, a pair of upper arm straps, and a pair of wrist straps. There is a generally rectangular substrate backing having a longitudinally disposed head and tail ends and two transversely disposed opposing side ends, substantially concentrically disposed on and fixedly attached to the body anchoring portion. In one embodiment, an extender strap is further provided to facilitate securement of the support base straps to a support structure. In use, the body anchoring portion is positioned under the patient's torso with the substrate backing side ends wrapped over the arms while the chest straps are brought over the patient's shoulders and criss-crossed over the patient's chest and secured on an opposing side rail while the upper arm and wrist straps are brought from underneath the patient's torso and wrapped over the patient's arms. The support base straps are placed through a break of the operating table and brought around the support base and secured to each other to prevent the patient from sliding toward the head end of the operating table in the Trendelenburg position.

A patient positioner for maintaining a patient's position during a medical procedure is provided. The patient positioner includes a generally rectangular body anchoring portion having a longitudinally disposed head and tail ends and two transversely disposed opposing side ends, placeable atop an operating table, a pair of spaced apart chest straps, a pair of spaced apart table straps, a pair of upper arm straps, and a pair of wrist straps. There is a generally rectangular substrate backing having a longitudinally disposed head and tail ends and two transversely disposed opposing side ends, substantially concentrically disposed on and fixedly attached to the body anchoring portion. In use, the table straps are placed through a break of the operating table and secured to the head end of the operating table to prevent the patient from sliding toward the head end of the operating table in the Trendelenburg position.

A bariatric treatment system providing a comprehensive array of therapeutic services for the morbidly obese patient is disclosed. The treatment system generally comprises a stable bed frame upon which is mounted a low air loss therapeutic mattress system. Integrated hardware and software controls provide such therapies as pulsation, percussion, rotation, cardiac chair and Trendelenburg. Means are disclosed whereby the bariatric patient may safely and comfortably enter and exit the bed with relative ease. The bed is adaptable for transport within a hospital, including such features as a TRANSPORT MODE wherein the bed's lateral axis is minimized and battery backup to maintain necessary therapies during patient transport. A plurality of control means are disclosed for simplification of caregiver workload and ease of patient utilization.

A patient positioning device is provided for restraining movement of a body lying over a top surface of a table and includes a rigid support frame extending transversely over the top surface of the table. A cervical-thoracic notch restraint is securely fixed to the upper support surface of the support frame, via a repositionable fastener, to thereby inhibit movement of the cervical-thoracic notch restraint along the longitudinal axis of the table. The repositionable fastener comprises a holding strength per unit of surface area that is sufficient to support the weight of the body on the table when in an inclined position relative to a ground surface. In one example, a head stabilizer is used to inhibit lateral movement of the head. In another example, a lateral stabilizing pillow is used to inhibit torsional movement of the body.

A bariatric hospital bed with full feature capability to enhance the care and treatment of bariatric patients. Among the features are fully adjustable and retractable siderails, bed raise-and-lower features, head-up and leg-down features for converting to a seated position, as well as Trendelenburg and reverse-Trendelenburg features. An integral scale assembly and radioluscent capabilities with a built'in X-ray tray are also provided together with redundant, easy-access controls in a pendant as well as in both siderails. An improved footboard is also provided for use as both a foot-rest and a step.

A lift and recliner chair which is positionable in multiple reclining positions including both a Trendelenburg and zero-gravity position, in which using an electronic actuator mechanism the position of the back frame can be adjusted to any lift and/or reclining position the chair is capable of achieving without requiring any movement or adjustment to the position of the seat frame or footrest. The back frame actuator mechanism is secured between the back frame and a stationary position on the lift/recline frame, and has an increased stroke length and is synchronized with a separate lift/recline actuator to maintain the back frame in the same relative position with respect to the seat frame as the chair is moved to and from a reclining position.

A pad assembly, system and method of securing a patient onto an operating table when the patient is in the Trendelenburg position. The pad assembly and system is used to support and hold a patient on a medical procedure table during a medical procedure performed while the table, and thus the patient lying thereon, is in an inclined position, such as the Trendelenburg position. The pad assembly and system has characteristics which promote improved securing to eliminate shifting and/or sliding due to gravitational forces when the patient's body is in the Trendelenburg position, as well as promote a secure holding of the patient in a desired position on the table, in order to minimize injury to the patient. The pad assembly and system further has improved channels to allow for drainage of fluids that may otherwise be trapped between the patient's body and the OR Table during the surgical procedure.

The invention relates to a multifunctional intelligent nursing bed, comprising a bed plate component, a stand-up tier frame, a side-turning tier frame, a base component, a lifting telescoping mechanism, a side-turning telescoping mechanism, an upright telescoping mechanism, a leg flexion telescoping mechanism and a back lift telescoping mechanism. With the combination of the bed plate component, the stand-up tier frame, the side-turning tier frame and the base component and with the lifting telescoping mechanism, the side-turning telescoping mechanism, the upright telescoping mechanism, the leg flexion telescoping mechanism and the back lift telescoping mechanism, the multifunctional intelligent nursing bed is imparted a lifting function, a supine position function with the head down, a side-turning function, a leg flexion function, a sitting function and a stand-up function; through the combination of the different telescoping mechanisms, the combinations of the various functions suchas side turning and back lifting, and side turning and sitting can be achieved at the same time.

A device is for positioning a bedridden patient, in particular for keeping the lateral Trendelenburg position or another safety position. In particular, a medical device includes at least a first shaped pillow (1) adapted to support a patient's back and to keep the patient in a lateral position with a predetermined inclination angle. The pillow (1) can be extended in width along a lateral direction (L2) so as to tailor the pillow to the patient's body size.

A patient examination system for locating a patient above a floor. The patient examination system includes a frame assembly, one or more motion-controlling assemblies connected to the frame assembly for moving one or more selected movable portions of the frame assembly, and a patient support assembly that is supported by the frame assembly. The patient support assembly includes a seat subassembly, a back subassembly, a footrest subassembly, and a cover element covering a seat cushion and a footrest cushion in the footrest subassembly. The cover element has an exposed surface formed for engagement with the patient. The seat subassembly supports the seat cushion and is secured to the upper element of the frame assembly. The frame assembly is configured to support the seat subassembly relative to the floor in a lowered position thereof, in a raised position thereof, in intermediate seat positions therebetween, and in Trendelenburg positions.

A method of using biologics to treat chronic brain injury or spasticity due to stroke, trauma and other causes. Preferred embodiments include perispinal, parenteral, transepidermal or intranasal use of TNF antagonists. The TNF antagonists include TNF receptor fusion proteins, TNF monoclonal antibodies (mAbs), humanized TNF mAbs, fully human TNF mAbs, chimeric TNF mAbs, domain TNF antibodies, mAB fragments, anti-TNF nanobodies, dominant negative TNF constructs and TNF inhibitory single chain antibody fragments. One of the preferred embodiments of this invention is the perispinal administration of etanercept for treatment of mammals following stroke. The use of Trendelenburg positioning, catheters, pumps, or depot formulations are included.