Abstract: In one aspect, a mobile device comprises a local content store, one or more media playback components, one or more content capture components, and an instructional module agent comprising an authoring application and a playback application. The authoring application is configured to allow an author to create and edit instructional modules each comprising one or more media playback steps, each step comprising media that can be displayed or played, and to use the content capture components to capture content, store the captured content in the local content store, and configure at least one of the steps to display or play the captured content using the media playback components. The playback application is configured to play the instructional modules using the media playback components.

Abstract: In one aspect, a mobile device comprises a local content store, one or more media playback components, one or more content capture components, and an instructional module agent comprising an authoring application and a playback application. The authoring application is configured to allow an author to create and edit instructional modules each comprising one or more media playback steps, each step comprising media that can be displayed or played, and to use the content capture components to capture content, store the captured content in the local content store, and configure at least one of the steps to display or play the captured content using the media playback components. The playback application is configured to play the instructional modules using the media playback components.

Abstract: An apparatus and method for the self-administration of a plurality of doses of an intranasal liquid pharmaceutical composition, including opioid analgesics, that includes a drug delivery device containing a plurality of sealed vials, each vial containing a predetermined volume of the pharmaceutical composition, a pump assembly for conveying the liquid pharmaceutical composition from the interior of the vial and discharging it as a nasal spray in response to manual activation by the patient, and programmable means for sequentially advancing a vial to the ready position after passage of a prescribed time interval following the last activation of the delivery device.

Abstract: An apparatus and method for the self-administration of a plurality of doses of an intranasal liquid pharmaceutical composition, including opioid analgesics, that includes a drug delivery device containing a plurality of sealed vials, each vial containing a predetermined volume of the pharmaceutical composition, a pump assembly for conveying the liquid pharmaceutical composition from the interior of the vial and discharging it as a nasal spray in response to manual activation by the patient, and programmable means for sequentially advancing a vial to the ready position after passage of a prescribed time interval following the last activation of the delivery device.

Abstract: An apparatus and method for the self-administration of a plurality of doses of an intranasal liquid pharmaceutical composition, including opioid analgesics, that includes a drug delivery device containing a plurality of sealed vials, each vial containing a predetermined volume of the pharmaceutical composition, a pump assembly for conveying the liquid pharmaceutical composition from the interior of the vial and discharging it as a nasal spray in response to manual activation by the patient, and programmable means for sequentially advancing a vial to the ready position after passage of a prescribed time interval following the last activation of the delivery device.

Abstract: Disclosed is a method and system for actively controlling the shape of a sheet of electroactive material; the system comprising: one or more electrodes attached to the frontside of the electroactive sheet; a charged particle generator, disposed so as to direct a beam of charged particles (e.g. electrons) onto the electrode; a conductive substrate attached to the backside of the sheet; and a power supply electrically connected to the conductive substrate; whereby the sheet changes its shape in response to an electric field created across the sheet by an accumulation of electric charge within the electrode(s), relative to a potential applied to the conductive substrate. Use of multiple electrodes distributed across on the frontside ensures a uniform distribution of the charge with a single point of e-beam incidence, thereby greatly simplifying the beam scanning algorithm and raster control electronics, and reducing the problems associated with “blooming”.