Abstract: A media appliance for multimedia augmentation is described. The media appliance includes a processor and a memory storing an application. The media appliance being connectable to a display device to enable playback of content and one or more hardware devices to provide augmentation of the content. The media appliance synchronizes content playback with execution of instructions for the one or more hardware devices.

Abstract: A storage caddy for a cleaning implement can include a holder configured to receive a wand or cleaning implement and a storage container having a lid connected to the storage container. The storage caddy can also include a tray for holding a first set of cleaning pads and a sleeve for holding a second set of cleaning pads. The first set of cleaning pads can be arranged in an upper portion of the storage container above the second set of cleaning pads, and the second set of cleaning pads can be located in a lower portion of the storage container. The wand or cleaning implement can be configured to receive one of the first set of cleaning pads from the tray or one of the second set of cleaning pads from the sleeve.

Abstract: Methods, systems, and computer-readable media are provided for blending data. The system may identify user behavior patterns such that relevant correlations are learned by the system and suggested to a user automatically. The system may also analyze each available data set to identify both present and potential correlations to suggest to a user. This provides an efficient means for the system to automatically narrow a compilation of data sets into a filtered group of suggested data sets for a user. Put another way, the system gathers data on user behavior and known correlations and uses various methodologies to generate new data sets to be automatically compared and catalogued.

Abstract: A storage caddy for a cleaning implement can include a holder configured to receive a wand or cleaning implement and a storage container having a lid connected to the storage container. The storage caddy can also include a tray for holding a first set of cleaning pads and a sleeve for holding a second set of cleaning pads. The first set of cleaning pads can be arranged in an upper portion of the storage container above the second set of cleaning pads, and the second set of cleaning pads can be located in a lower portion of the storage container. The wand or cleaning implement can be configured to receive one of the first set of cleaning pads from the tray or one of the second set of cleaning pads from the sleeve.

Abstract: An area of interest of a patient's organ may be identified based on the presence of a possible lesion during an endoscopic procedure. The location of the area of interest may then be tracked relative to the camera view being displayed to the endoscopist in real-time or near real-time during the endoscopic procedure. If the area of interest is visually marked on the display, the visual marking is moved with the area of interest as it moves within the camera view. If the area of interest moves outside the camera view, a directional indicator may be displayed to indicate the location of the area of interest relative to the camera view to assist the endoscopist in relocating the area of interest.

Abstract: An area of interest of a patient's organ may be identified based on the presence of a possible lesion during an endoscopic procedure. The location of the area of interest may then be tracked relative to the camera view being displayed to the endoscopist in real-time or near real-time during the endoscopic procedure. If the area of interest is visually marked on the display, the visual marking is moved with the area of interest as it moves within the camera view. If the area of interest moves outside the camera view, a directional indicator may be displayed to indicate the location of the area of interest relative to the camera view to assist the endoscopist in relocating the area of interest.

Abstract: User-friendly welding helmet assembly configurations to be worn on the head of a weldor are disclosed. The welding helmet assembly configurations include various advanced features including a spatter shield that is easily replaceable from an external front portion of a shell of the helmet assembly configuration, and an adjustable ratchet headgear within the shell having a repositionable lever adapted to easily adjust a detent position of the ratchet headgear with respect to the shell. Other user-friendly features are also provided, in accordance with various embodiments of the present invention.

Abstract: User-friendly welding helmet assembly configurations to be worn on the head of a weldor are disclosed. The welding helmet assembly configurations include various advanced features including a spatter shield that is easily replaceable from an external front portion of a shell of the helmet assembly configuration, and an adjustable ratchet headgear within the shell having a repositionable lever adapted to easily adjust a detent position of the ratchet headgear with respect to the shell. Other user-friendly features are also provided, in accordance with various embodiments of the present invention.

Abstract: An area of interest of a patient's organ may be identified based on the presence of a possible lesion during an endoscopic procedure. The location of the area of interest may then be tracked relative to the camera view being displayed to the endoscopist in real-time or near real-time during the endoscopic procedure. If the area of interest is visually marked on the display, the visual marking is moved with the area of interest as it moves within the camera view. If the area of interest moves outside the camera view, a directional indicator may be displayed to indicate the location of the area of interest relative to the camera view to assist the endoscopist in relocating the area of interest.

Abstract: Images with an overall field of view (FOV) may be captured during an endoscopic procedure but only a portion of the overall FOV displayed to an endoscopist. The overall FOV may be analyzed to identify an area of interest of a patient's organ based on the presence of a possible lesion during the endoscopic procedure. The endoscopist may be notified of the identified area of interest. After an area of interest is identified, the location of the area of interest may be tracked. Image stabilization may be provided by changing the displayed portion of the overall FOV to maintain the area of interest within the displayed portion as the area of interest moves relative to the endoscope.

Abstract: The present disclosure described methods and systems for multimedia tactile augmentation. At least one method includes identifying media content loaded on a first computer, locating instructions stored on a second computer (said instructions corresponding to the content), initiating playback of the content, and synchronizing the instructions with the content. Said method further includes parsing and converting the instructions into one or more electrical signals, driving one or more haptic feedback devices with the electrical signals in synchronization with the playback of the content, and presenting the content to the user. The haptic feedback devices provide physical stimulation to a user accessing the content.

Abstract: A storage caddy for a cleaning implement can include a holder configured to receive a wand or cleaning implement and a storage container having a lid connected to the storage container. The storage caddy can also include a tray for holding a first set of cleaning pads and a sleeve for holding a second set of cleaning pads. The first set of cleaning pads can be arranged in an upper portion of the storage container above the second set of cleaning pads, and the second set of cleaning pads can be located in a lower portion of the storage container. The wand or cleaning implement can be configured to receive one of the first set of cleaning pads from the tray or one of the second set of cleaning pads from the sleeve.