The Jerome Group, Inc.

Lisa A Tweardy

George E Moore

Benjamin F Marcune

A orthopedic support unit fastener composed of a female portion which is molded directly as part of an orthopedic support component such as a sternum brace and has reinforcing ridges extending between an outer ring and a central receptacle which receives a male portion.

Orthopedic support unit fastener

The present invention provides a cervical collar preferably formed from a thermoplastic material, which includes flexibility enhancing openings which allow the collar to conform properly to the shape of a patient's neck. Most preferably, the collar is formed from linear low density polypropylene, which is an injection moldable material. The collar may be injection molded and include rivets injection molded directly as part of the collar.

Cervical collar

A cervical collar is provided which has front and rear semi-rigid portions, attached by hook and loop fasteners. The front portion-comprises a semi-rigid preformed jaw support contoured to follow the jaw line of a patient, and a preformed sternum brace contoured to contact the sternum and upper trapezius of the patient and to support said jaw support. The rear portion of the cervical collar is contoured to follow the curve of the back of the head or occiput and to support the head and neck. The sternum brace has right, left, and central sections, wherein the height of the central section is adapted to correspond to the distance between a patient's sternum and jaw at the chin and the height of the right and left sections is adapted to correspond to the distance between a patient's upper trapezius muscle and jaw. The height of the right and left sections is independent of the height of the central section. Further, the jaw support may include a cushioning pad and a covering of anti-decubitus material. In a preferred embodiment, the jaw support of the collar is adjustable, to adjust to the natural angle of the patient's jaw.

Antidecubitus immobilization cervical collar

A device is provided for maintaining the head of a patient in predetermined spatial relationship to the body of the patient. The device comprises an truncated elliptical member (halo) adapted to fit around the patient's head from front to back. The device also includes a superstructure for attaching the open-backed halo to a vest worn by the patient. The superstructure includes both horizontal and vertical rack and pinion adjustments for adjusting the height and angulation of the halo.

External fixation system for the neck

A cervical collar is provided which has front and rear semi-rigid portions, attached by hook and loop fasteners. The front portion comprises a semi-rigid preformed jaw support contoured to follow the jaw line of a patient, and a preformed sternum brace contoured to contact the sternum and upper trapezius of the patient and to support said jaw support. The rear portion of the cervical collar is contoured to follow the curve of the back of the head or occiput and to support the head and neck. The sternum brace has right, left, and central sections, wherein the height of the central section is adapted to correspond to the distance between a patient's sternum and jaw at the chin and the height of the right and left sections is adapted to correspond to the distance between a patient's upper trapezius muscle and jaw. The height of the right and left sections is independent of the height of the central section. Further, the jaw support may include a cushioning pad and a covering of anti-decubitus material. In a preferred embodiment, the jaw support of the collar is adjustable, to adjust to the natural angle of the patient's jaw.

A device is provided for maintaining the head of a patient in predetermined spatial relationship to the body of the patient. The device comprises an elliptical truncated member (halo) adapted to fit around the patient's head from front to back. The elliptical member, or open-backed halo includes a stiffening brim integrally associated with it at the front portion of the halo. The halo also includes a plurality of mounting holes and vibrational isolators for receiving skull pins to contact and grip the patient's head. The halo further includes, midway between the front and rear of the elliptical member two depressed segments which allow for positioning of skull tongs on the patient's head while the halo remains on the patient. The device also includes adjustable means for attaching the open-backed halo to a vest worn by the patient.

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Mt. Laurel, NJ, United States of America

Lisa A Tweardy