Biodex Medical Systems, Inc.

Scientific Industries, Inc.

Matthew R Martin

Edward B Behan

Kenneth A Paladino

James M Kandora

David A Brown

Joseph Chilleme

Encapsulation of an inner facing surface of a lead shield of a radiopharmaceutical pig. The inner facing surface defines a chamber in which is inserted a radiopharmaceutical syringe. The encapsulation protects the inner facing surface against contamination due to leaks of the contents of the radiopharmaceutical syringe and further obviates the need for a sharps container to enclose the syringe during transport. The outer facing surface may likewise be encapsulated and secured to the encapsulation of the inner facing surface.

Radiopharmaceutical shipping pig with encapsulated lead shielding

A radiopharmaceutical pig device that includes two pig sections and two complementary engaging elements that engage each other. One of the two complementary engaging elements in integral with one of the two pig sections. By holding the other of the two complementary engaging elements stationary while the two complementary engaging elements are engaged, the other section of the pig may be removed from the pig without having to grasp the sidewall of the one of the two pig sections. This other of the complementary engaging elements may be part of a pig retainer brace, a shipping container, and L-Block shield or a counter top.

Radiopharmaceutical pig of two sections that enables one section to turn relative to the other section without the need to manually grasp the other section

Encapsulation of an inner facing surface of a lead shield of a radiopharmaceutical pig. The inner facing surface defines a chamber in which is inserted a radiopharmaceutical syringe. The encapsulation protects the inner facing surface against contamination due to leaks of the contents of the radiopharmaceutical syringe and further obviates the need for a sharps container to enclose the syringe during transport.

A cyclocentric ergometer and method in which a relative position of a seat on a seat slide rack is adjusted, a load is applied on the seat slide rack with elastic cords to confine back and forth movement of the seat slide rack to within a range, and a user sits on the seat and pedals while the load is applied. The seat and seat slide rack move in unison together.

Cyclocentric ergometer

The invention is directed to a gait rehabilitation aid and to a method for aiding gait rehabilitation. The gait rehabilitation aid resides in a treadmill having a belt which speed matches a user's own step cycle based on let length and which provides feedback in the form of an evaluation with respect to the user's length, cadence, gait velocity and gait pattern. A controller that is responsive to a user input device is employed to input information that inputs information pertaining to any one of cadence and leg length sets the belt speed to match an appropriate step cycle. In addition, footprints are scrolled on a display together with foot falls that correspond to actual heel strike events on the treadmill belt. The footprints appear in accordance with the user's own step cycle.

Patient rehabilitation aid that varies treadmill belt speed to match a user's own step cycle based on leg length or step length

An apparatus and method for transporting radiopharmaceutical substances. The apparatus comprises a radiation shielding pig having an elongated sidewall that extends between two ends and that defines an elongated, interior chamber. The sidewall is thinner than each of the ends. A radiation shield defines at least one cavity. The shield has two open ends and a central area between the open ends that is thicker than each of the two open ends. Also, a method of assembling and disassembling the apparatus includes, placing a syringe filled with a radiopharmaceutical substance into the pig; placing the pig containing the filled syringe in the radiation shield; placing the pig and the shield into an ammunition can for transporting the radioactive substance contained in the syringe.

Radiopharmaceutical pig and transportation apparatus

A transportable offloading weight apparatus for supporting a portion of a patient's weight undergoing gait training is provided. The offloading weight apparatus employs a resilient suspension system to reduce the amount of weight borne by a patient. The offloading weight apparatus includes a frame having a connection linkage, a rope routed in the frame through a pulley system, a resilient cord that is attached to the frame at one end and connected to the connection linkage through one end of the rope, a harness support assembly secured to another end of the rope and a tension adjustor for applying tension to the resilient cord.

Weight offloading apparatus

A combined rotator and rocker for agitating contained materials includes a base having opposite sides, a drum having at least one object supporting side surface, a pair of opposite end surfaces, and a central axis passing through the end surfaces. The drum is rotatably coupled to the opposite side portions of the base. The drum is laterally movable along the central axis such that (i) in a first lateral position, the drum is continuously rotatable about the central axis; and (ii) in a second lateral position, the drum swings through an arc about the central axis. The drum is adapted to receive the contained materials in a plurality of different orientations to permit many different mixing motions.

Growing community of inventors

Remsenberg, NY, United States of America

Matthew R Martin