Abstract: An example dispenser of medical reservoirs may comprise a rigid frame defining a central fenestration. The dispenser may further comprise a shell coupled to the frame. The dispenser may further comprise a removable cover retained within the fenestration. The cover may include a panel with a port and a breathable microbial barrier extending across the port coupled to the panel. The frame, shell, and cover may define an interior dispenser volume. The dispenser may further comprise a frangible coupled to and at least partially covering exterior faces of the frame and the panel. The frangible may have an aperture aligned with the port. The frangible may be coupled to the exterior faces of the frame and the panel to form seals around the port, along the exterior face of the frame adjacent the fenestration, and along the exterior face of the panel adjacent the peripheral edge of the panel.

Abstract: An example dispenser of medical reservoirs may comprise a rigid frame defining a central fenestration. The dispenser may further comprise a shell coupled to the frame. The dispenser may further comprise a removable cover retained within the fenestration. The cover may include a panel with a port and a breathable microbial barrier extending across the port coupled to the panel. The frame, shell, and cover may define an interior dispenser volume. The dispenser may further comprise a frangible coupled to and at least partially covering exterior faces of the frame and the panel. The frangible may have an aperture aligned with the port. The frangible may be coupled to the exterior faces of the frame and the panel to form seals around the port, along the exterior face of the frame adjacent the fenestration, and along the exterior face of the panel adjacent the peripheral edge of the panel.

Abstract: A syringe pump may comprise a main housing. The pump may further comprise a drive head coupled to an elongate body extending out of the main housing. The drive head may comprise an actuator coupled to and rotatable with a threaded shaft, a clutch assembly, and a release body. The drive head may further comprise a carriage engaged with the threaded shaft and displaceable over a range in response to rotation of the shaft. The carriage may drive the release body upon displacement of the carriage. The clutch may transition from an engaged state to a disengaged state when the release body is displaced from a first to second position. The pump may further comprise a drive assembly configured to displace the drive head relative to the main housing. The drive assembly may include a leadscrew which is free to rotate when clutch assembly is in the disengaged state.

Abstract: A system for packaging fluid into a reservoir may comprise a fluid production assembly. The system may further comprise a reservoir chain dispenser and an enclosure having a plurality of compartments. A first compartment may include an infeed aperture. The system may further comprise a dispenser interface including an outlet cover retainer displaceable between a stowed position and an infeed aperture plugging position. The system may further comprise a reservoir singulation assembly. The system may further comprise a filling assembly including cartridge having an inlet in communication with the fluid production assembly and outlet including a sharp. The cartridge may be at least partially in the first compartment. The system may further comprise a second and third compartment. The system may further comprise a particulate inspection system and a marking assembly. The system may further comprise an outfeed assembly including a first and second array of receptacles.

Abstract: A particulate inspection system may comprise a reservoir rest body having a pattern of light and dark regions. The system may further comprise a rest body backlight. The system may further comprise an external illuminator. The system may further comprise a vision assembly opposite the rest body. The vision assembly may include at least one imager. Each imager may have a field of view encompassing at least a portion of rest body. The system may further comprise a controller in data communication with each of the at least one imager. The controller may be configured to command capture of a series of images from each imager, receive the images, process the images into processed images, detect regions of interest within the processed images, analyze the regions of interest, and classify the regions of interest as one of a bubble and something other than bubble.

Abstract: A system for packaging fluid into a reservoir may comprise a fluid production assembly. The system may further comprise a reservoir chain dispenser and an enclosure having a plurality of compartments. A first compartment may include an infeed aperture. The system may further comprise a dispenser interface including an outlet cover retainer displaceable between a stowed position and an infeed aperture plugging position. The system may further comprise a reservoir singulation assembly. The system may further comprise a filling assembly including cartridge having an inlet in communication with the fluid production assembly and outlet including a sharp. The cartridge may be at least partially in the first compartment. The system may further comprise a second and third compartment. The system may further comprise a particulate inspection system and a marking assembly. The system may further comprise an outfeed assembly including a first and second array of receptacles.

Abstract: A syringe pump may comprise a main housing. The syringe pump may further comprise a drive head coupled to a drive head tube and displaceable relative to the main housing. The drive head may include a means for positioning and retaining a plunger flange of a plunger of a syringe in alignment with a fiducial reference axis. The syringe pump may further comprise a means for positioning and retaining a barrel of the syringe in alignment with the fiducial reference axis. The syringe pump may further comprise a load cell assembly including a load cell and a contact in mechanical communication with the load cell. The contact may be disposed on the drive head and in alignment with the fiducial reference axis.

Abstract: An illumination source includes a housing (101), at least one first light emitting diode (LED) (102) coupled to the housing and configured to emit green-shifted white light, at least one second LED (104) coupled to the housing and configured to emit blue-shifted white light, and at least one third LED (106) coupled to the housing and configured to emit at least one of a red-orange light and an amber light.

Abstract: Methods and apparatus are provided for generating white light at points that are along and near a black body locus. In one embodiment, an illumination source includes a housing (101), at least one first light emitting diode (LED) (102) coupled to the housing and configured to emit green-shifted white light, at least one second LED (104) coupled to the housing and configured to emit blue-shifted white light, and at least one third LED (106) coupled to the housing and configured to emit at least one of a red-orange light and an amber light.