Alza Corporation

Other

Richard Lewis Cortese

James B Eckenhoff

Jeremy C Wright

Judy A Magruder

John R Peery

Felix T Theeuwes

Felix A Landrau

Patrick S Wong

James B Pike

Jonathan P Smith

Urano A Robinson

George V Guittard

James B Eckenhoff, Deceased

Lyle Elmore Ziemann

Brian L Barclay

Joseph C Deters

Edward V Bourneuf

John M Sharockman

Frederick H Maruyama

David L Rivera

John R Perry

Bonnie J Eckenhoff

Ed Bourneuf

A mounting structure for a hand truck is described. Embodiments of the present invention include a mounting structure adapted to be secured to a hand truck. Generally, the mounting structure can be implemented to secure a strapping device to the hand truck. The mounting structure can generally include a body, a first member, a second member, and a spring. Typically, the first member can be slidably coupled to the body and the second member can be fixedly coupled to the body. The first member and the second member can include concave faces to interface with a frame of the hand truck. The mounting structure can couple to the hand truck in a variety of locations to ensure that the strapping device is optimally positioned to secure a particular load.

Hand truck mounting structure

The hand truck or dolly of the present invention is capable of multi-directional movement and provides an operator with complete control of movement and directional choice for the hand truck without having to remove his hands from a handgrip location to achieve mechanical adjustments of the wheels. Rather, an operator may adjust a wheel index position on-the-fly by means of a trigger assembly to rotate a wheel assembly about a vertical axis of rotation within a range of motion of approximately 100 degrees. The two, independent wheel assemblies of the hand truck of the present invention achieve multi-directional movement through positioning of the wheels in a standard index position allowing for forward and backward movement, a lateral index position allowing for lateral, or side to side, movement, or a rotational index position allowing for rotational movement, such as for cornering and circular movement.

Hand truck capable of multi-directional movement

A delivery system is disclosed for delivering a beneficial agent to an animal. The delivery system comprises a wall that surrounds a lumen, said wall comprising a composition that limits the passage of fluid into the system and a composition that permits the passage of fluid into the system. The lumen comprises a beneficial agent and an expandable member. The delivery system comprises an exit means for delivering the beneficial agent.

Polyurethane-containing delivery systems

A delivery system is disclosed for delivering a fluid-sensitive beneficial agent such as a somatotropin, or an analogue or derivative thereof, to an animal such as a bovine. The delivery system comprises a wall that surrounds an internal compartment, said wall comprising a first wall section that limits the passage of fluid into the system and a second wall section that permits the passage of fluid into the system. The wall may further comprise an end cap which may be adapted for ultrasonic welding to the first wall section and may maintain the beneficial agent in contact with an exit. The compartment comprises a beneficial agent and an expandable driving member. The delivery system comprises an exit for delivering the beneficial agent to the animal. The exit may compensate for slight variations in the efflux rate of the beneficial agent and maintain a sufficient velocity or efflux rate of beneficial agent outward from the device while minimizing diffusion of fluids from the external environment back into the device.

Osmotic system for delivery of fluid-sensitive somatotropins to bovine

A delivery system is disclosed for delivering a fluid-sensitive active agent such as a somatotropin, or an analogue or derivative thereof, to an animal such as a bovine. The delivery system comprises a first wall section, a second wall section and a locking coupling therebetween. The coupled wall sections define a compartment, enclosing an active agent and an expandable driving member. Various embodiments of the locking coupling are disclosed.

Interlocking couplings for osmotic delivery devices

A delivery system (10) is disclosed for delivering a fluid-sensitive beneficial agent (7) such as a somatotropin, or an analogue or derivative thereof, to an animal such as a bovine. The delivery system comprises a wall that surrounds an internal compartment, said wall comprising a first wall section that limits the passage of fluid into the system and a second wall section that permits the passage of fluid into the system. An exit passageway is provided for delivering the beneficial agent an interior compartment (18) to the animal. The exit passageway is sealed with a wax seal (30) which is expelled through the passageway (13) as the internal pressure within the device (10) reaches a predetermined 'bursting' pressure. The passageway (13) is preferably sized to compensate for slight variations in the efflux of the beneficial agent and to maintaining a sufficient volumetric outflow rate of beneficial agent in order to minimize influx of biological fluids from the external environment back into the device once the seal (30) is expelled.

Implantable system for delivery of fluid-sensitive agents to animals

Locking couplings for osmotic delivery devices

A delivery system is disclosed for delivering a fluid-sensitive beneficial agent such as a somatotropin, or an analogue or derivative thereof, to an animal such as a bovine. The delivery system comprises a wall that surrounds an internal compartment, said wall comprising a first wall section that limits the passage of fluid into the system and a second wall section that permits the passage of fluid into the system. The wall may further comprise an end cap which may include means for adapting the end cap for ultrasonic welding to the first wall section and means for maintaining the beneficial agent in contact with exit means. The compartment comprises a beneficial agent and an expandable means. The delivery system comprises exit means for delivering the beneficial agent to the animal. The exit means may include means for compensating for slight variations in the efflux rate of the beneficial agent and means for maintaining for a sufficient velocity or efflux rate of beneficial agent outward from the device while minimizing diffusion of fluids from the external environment back into the device.

Growing community of inventors

Lamar, CO, United States of America

Richard Lewis Cortese