Abstract: A self-leveling recovery platform for a landing operation of an unmanned aerial vehicle and a method for an unmanned aerial vehicle on a self-leveling recovery platform are described. The platform includes landing includes a base, a landing pad, first to sixth motors, first to sixth arms, an accelerometer, a gyroscope/inertial measurement unit, and a controller. The base is for fixedly mounting to a moving body. The landing pad has a landing surface on which an aerial vehicle can land. The first to sixth motors are attached to the base. The first to sixth arms control the first to sixth motors to the platform. The accelerometer and gyroscope/inertial measurement unit sense motion of the platform and output sensing signals. The controller is responsive to the sensing signals to control each of the motors to adjust the arms such that the landing surface is maintained in a substantially stable plane relative to a predetermined surface.

Abstract: A self-leveling recovery platform for a landing operation of an unmanned aerial vehicle and a method for an unmanned aerial vehicle on a self-leveling recovery platform are described. The platform includes landing includes a base, a landing pad, first to sixth motors, first to sixth arms, an accelerometer, a gyroscope/inertial measurement unit, and a controller. The base is for fixedly mounting to a moving body. The landing pad has a landing surface on which an aerial vehicle can land. The first to sixth motors are attached to the base. The first to sixth arms control the first to sixth motors to the platform. The accelerometer and gyroscope/inertial measurement unit sense motion of the platform and output sensing signals. The controller is responsive to the sensing signals to control each of the motors to adjust the arms such that the landing surface is maintained in a substantially stable plane relative to a predetermined surface.

Abstract: A self-leveling recovery platform for a landing operation of an unmanned aerial vehicle and a method for an unmanned aerial vehicle on a self-leveling recovery platform are described. The platform includes landing includes a base, a landing pad, first to sixth motors, first to sixth arms, an accelerometer, a gyroscope/inertial measurement unit, and a controller. The base is for fixedly mounting to a moving body. The landing pad has a landing surface on which an aerial vehicle can land. The first to sixth motors are attached to the base. The first to sixth arms control the first to sixth motors to the platform. The accelerometer and gyroscope/inertial measurement unit sense motion of the platform and output sensing signals. The controller is responsive to the sensing signals to control each of the motors to adjust the arms such that the landing surface is maintained in a substantially stable plane relative to a predetermined surface.

Abstract: A packaging system includes a container having a closed end an open end, a longitudinal axis running through the closed end and the open end, and an outer surface. A closure assembly fitted to the open end of the container has an access port. The system also includes a detachable cap disposed over the access port, and a label disposed about the container, characterized in that the label has a first region angled relative to the longitudinal axis, which first region consists essentially of a name of an injectable drug product, and a second region angled relative to the longitudinal axis, which second region consists essentially of a concentration of the injectable drug product, whereby the said first and second regions are angled such as to lie in planes that make non-zero as well as non-right angles with the longitudinal axis.

Abstract: A packaging system includes a container having a closed end an open end, a longitudinal axis running through the closed end and the open end, and an outer surface. A closure assembly fitted to the open end of the container has an access port. The system also includes a detachable cap disposed over the access port, and a label disposed about the container, characterized in that the label has a first region angled relative to the longitudinal axis, which first region consists essentially of a name of an injectable drug product, and a second region angled relative to the longitudinal axis, which second region consists essentially of a concentration of the injectable drug product, whereby the said first and second regions are angled such as to lie in planes that make non-zero as well as non-right angles with the longitudinal axis.

Abstract: A packaging system includes a container having a closed end an open end, a longitudinal axis running through the closed end and the open end, and an outer surface. A closure assembly fitted to the open end of the container has an access port. The system also includes a detachable cap disposed over the access port, and a label disposed about the container, characterized in that the label has a first region angled relative to the longitudinal axis, which first region consists essentially of a name of an injectable drug product, and a second region angled relative to the longitudinal axis, which second region consists essentially of a concentration of the injectable drug product, whereby the said first and second regions are angled such as to lie in planes that make non-zero as well as non-right angles with the longitudinal axis.

Abstract: A self-leveling recovery platform for a landing operation of an unmanned aerial vehicle and a method for an unmanned aerial vehicle on a self-leveling recovery platform are described. The platform includes landing includes a base, a landing pad, first to sixth motors, first to sixth arms, an accelerometer, a gyroscope/inertial measurement unit, and a controller. The base is for fixedly mounting to a moving body. The landing pad has a landing surface on which an aerial vehicle can land. The first to sixth motors are attached to the base. The first to sixth arms control the first to sixth motors to the platform. The accelerometer and gyroscope/inertial measurement unit sense motion of the platform and output sensing signals. The controller is responsive to the sensing signals to control each of the motors to adjust the arms such that the landing surface is maintained in a substantially stable plane relative to a predetermined surface.

Abstract: A packaging system includes a vial with a rim about an upper open end, and a neck between a lower closed end and the rim. The vial contains a pharmaceutical product. A valve is disposed over the open end, and a crimp ring is disposed over the valve with an opening defining an access port. A detachable cap is disposed over the access port. A single tubular label is disposed about the vial, and extends only from a first edge aligned with the closed end to a second edge at the cap. The label has first and second sections separated by a single circumferential perforated boundary aligned with the neck. The first section is backed with an adhesive and attached to the outer vial surface, and extends between the closed end and the boundary. The second section extends at least between the boundary and the cap.

Abstract: A packaging system includes a container having a closed end an open end, a longitudinal axis running through the closed end and the open end, and an outer surface. A closure assembly fitted to the open end of the container has an access port. The system also includes a detachable cap disposed over the access port, and a label disposed about the container, characterized in that the label has a first region angled relative to the longitudinal axis, which first region consists essentially of a name of an injectable drug product, and a second region angled relative to the longitudinal axis, which second region consists essentially of a concentration of the injectable drug product, whereby the said first and second regions are angled such as to lie in planes that make non-zero as well as non-right angles with the longitudinal axis.

Abstract: A packaging system includes a container having a closed end, an open end, a longitudinal axis running through the closed end and the open end, and an outer surface, a closure assembly fitted to the open end of the container and having an access port, and a detachable cap disposed over the access port. The system also includes a label disposed about the container, the label having a first region angled relative to the longitudinal axis, the first region consisting essentially of a name of a product. A method of alerting a practitioner to contents of a container is also provided.

Abstract: A packaging system includes a vial with a rim about an upper open end, and a neck between a lower closed end and the rim. The vial contains a pharmaceutical product. A valve is disposed over the open end, and a crimp ring is disposed over the valve with an opening defining an access port. A detachable cap is disposed over the access port. A single tubular label is disposed about the vial, and extends only from a first edge aligned with the closed end to a second edge at the cap. The label has first and second sections separated by a single circumferential perforated boundary aligned with the neck. The first section is backed with an adhesive and attached to the outer vial surface, and extends between the closed end and the boundary. The second section extends at least between the boundary and the cap.

Abstract: A packaging system includes a container having a closed end, an open end, a longitudinal axis running through the closed end and the open end, and an outer surface, a closure assembly fitted to the open end of the container and having an access port, and a detachable cap disposed over the access port. The system also includes a label disposed about the container, the label having first and second sections separated by a perforated boundary. The first section of the label is attached at least in part to the outer surface of the container and extends between the closed end and the perforated boundary. The second section extends at least between the perforated boundary and the cap. A method of using the system is also provided.

Abstract: A packaging system includes a container having a closed end, an open end, a longitudinal axis running through the closed end and the open end, and an outer surface, a closure assembly fitted to the open end of the container and having an access port, and a detachable cap disposed over the access port. The system also includes a label disposed about the container, the label having a first region angled relative to the longitudinal axis, the first region consisting essentially of a name of a product. A method of alerting a practitioner to contents of a container is also provided.