Abstract: The present disclosure is directed to compounds of Formula (1): wherein m, n, Y, R1, R2, R3, R4 and R5 are each as described herein, as stereoisomers, enantiomers or tautomers thereof or mixtures thereof; or pharmaceutically acceptable salts, solvates or prodrugs thereof, and pharmaceutical compositions comprising the compounds of Formula (I), as described herein, which are useful as voltage-gated potassium channel modulators and are therefore are useful in treating seizure disorders such as epilepsy.

Abstract: A method of controlling an adjustable chair comprising the steps of measuring the height of a person, entering the height of the person into a software application on a mobile device, taking a photograph of the person with a mobile device, analyzing the photograph to determine physical measurements of the person, storing the measurements in the mobile device; calculating optimum ergonomic adjustment of the chair based upon the stored measurements; and, transmitting signals to a controller in the chair to control actuators and adjust various components in the chair to achieve optimum ergonomic adjustment. The technology also includes the ergonomic task chair adjusted by the aforementioned method.

Abstract: A method of controlling an adjustable chair comprising the steps of measuring the height of a person, entering the height of the person into a software application on a mobile device, taking a photograph of the person with a mobile device, analyzing the photograph to determine physical measurements of the person, storing the measurements in the mobile device; calculating optimum ergonomic adjustment of the chair based upon the stored measurements; and, transmitting signals to a controller in the chair to control actuators and adjust various components in the chair to achieve optimum ergonomic adjustment. The technology also includes the ergonomic task chair adjusted by the aforementioned method.

Abstract: A bathroom facility transfer system, including a mobile base, a stationary base, and a removable bridge is disclosed. A user seated in a chair, is positioned adjacent to a bathroom facility with the mobile base. The removable bridge connects the mobile base to the stationary base, which is removably affixed to the bathroom facility, to allow the chair carrying the user to be moved between the mobile base and the stationary base. A chair blocking member on the removable base is movable between a) a chair blocking position, and b) a chair unblocking position. At least one opposed end of the chair blocking member interferes with movement of the chair onto the removable bridge from the mobile base or the stationary base, when the chair blocking member is in the chair blocking position. A method of assisting a user with accessing a bathroom facility is also disclosed.

Abstract: A bathroom facility transfer system, including a mobile base, a stationary base, and a removable bridge is disclosed. A user seated in a chair, is positioned adjacent to a bathroom facility with the mobile base. The removable bridge connects the mobile base to the stationary base, which is removably affixed to the bathroom facility, to allow the chair carrying the user to be moved between the mobile base and the stationary base. A chair blocking member on the removable base is movable between a) a chair blocking position, and b) a chair unblocking position. At least one opposed end of the chair blocking member interferes with movement of the chair onto the removable bridge from the mobile base or the stationary base, when the chair blocking member is in the chair blocking position. A method of assisting a user with accessing a bathroom facility is also disclosed.

Abstract: A system and method for generating a full three-dimensional (3D) digital geometry for an ear provides a 3D reconstruction model that not only includes the outer area of an ear, but also the inner canal area up to the second bend. The system includes at least one remote server and a PC device. The remote server manages and processes data needed for the 3D model for an ear. The PC device allows a user to access the system and method. The remote server processes a series of video frames to generate outer ear 3D data points. Full ear geometry 3D data points are generated by comparing the outer ear 3D data points with a plurality of ear impressions. Canal 3D data points are then adjusted with a tragus angle for accuracy. The 3D reconstruction model that includes the outer ear area and inner canal area is finally generated.

Abstract: A system and method for generating a full three-dimensional (3D) digital geometry for an ear provides a 3D reconstruction model that not only includes the outer area of an ear, but also the inner canal area up to the second bend. The system includes at least one remote server and a PC device. The remote server manages and processes data needed for the 3D model for an ear. The PC device allows a user to access the system and method. The remote server processes a series of video frames to generate outer ear 3D data points. Full ear geometry 3D data points are generated by comparing the outer ear 3D data points with a plurality of ear impressions. Canal 3D data points are then adjusted with a tragus angle for accuracy. The 3D reconstruction model that includes the outer ear area and inner canal area is finally generated.

Abstract: A method of discriminative recovery of three-dimensional digital data of a target of interest in a cluttered or controlled environment. The method uses the traditional structure from motion (SFM) 3D reconstruction method on a video of a target of interest to track and extract 3D sparse feature points and relative orientations of the video frames. Desired 3D points are filtered from the 3D sparse feature points in accordance to a user input and a digital cutting tool. Segmented images are generated by separating the target of interest from the background scene in accordance to the desired 3D points. A dense 3D reconstruction of the target of interest is generated by inputting the segmented images and the relative orientations of the video frames.

Abstract: A method of discriminative recovery of three-dimensional digital data of a target of interest in a cluttered or controlled environment. The method uses the traditional structure from motion (SFM) 3D reconstruction method on a video of a target of interest to track and extract 3D sparse feature points and relative orientations of the video frames. Desired 3D points are filtered from the 3D sparse feature points in accordance to a user input and a digital cutting tool. Segmented images are generated by separating the target of interest from the background scene in accordance to the desired 3D points. A dense 3D reconstruction of the target of interest is generated by inputting the segmented images and the relative orientations of the video frames.

Abstract: The present disclosure is directed to a method for minimizing energy loss caused by yaw untwist of a nacelle of a wind turbine. The method includes monitoring, via at least on sensor, one or more wind conditions near the wind turbine. The method also includes processing, via a controller, the one or more wind conditions for a given time interval. Further, the method includes monitoring, via the controller, a position of the nacelle. The method also includes triggering, via the controller, a yaw untwist operation when the position of the nacelle has rotated from an original position above a predetermined yaw threshold and the processed wind conditions are below a predetermined wind condition threshold.

Abstract: The present disclosure is directed to a method for minimizing energy loss caused by yaw untwist of a nacelle of a wind turbine. The method includes monitoring, via at least on sensor, one or more wind conditions near the wind turbine. The method also includes processing, via a controller, the one or more wind conditions for a given time interval. Further, the method includes monitoring, via the controller, a position of the nacelle. The method also includes triggering, via the controller, a yaw untwist operation when the position of the nacelle has rotated from an original position above a predetermined yaw threshold and the processed wind conditions are below a predetermined wind condition threshold.

Abstract: A system creating a three-dimensional model of a confined space includes a balloon that is inflated to make contact with the confined space, the balloon's interior surface having surface features; and a sensor configured to make measurements of the interior surface of the balloon, the measurements being manipulated to form three-dimensional model of confined space. A method of creating a three-dimensional model of a confined space includes making a series of 360 degree panoramic images of the confined space using a single moving camera; and manipulating the 360 degree panoramic images to create the three-dimensional model.

Abstract: A system for optical sensing in an aerial vehicle has at least one camera, an electronically-controlled mirror configured to dynamically direct light from a region of interest into the at least one camera, and at least one electronically-controlled adaptive polymer lens disposed between the mirror and the camera.

Abstract: A diffuse optical tomography imaging system for in vivo non-contact imaging, includes an illumination source assembly for illuminating a specimen; a time-domain sensor assembly for capturing a time-domain response of the specimen to illumination from the illumination source assembly; a frequency-domain sensor assembly for capturing a frequency-domain response of the specimen to the illumination; and a three-dimensional (3D) imaging assembly for outputting an electronic (3D) model of the specimen. The system combines the 3D model and tomography data generated from the time-domain response and frequency-domain response for the specimen.

Abstract: A multi-spectrum diffuse optical tomography imaging system for in vivo non-contact imaging includes an illumination source assembly for illuminating a specimen; a first filter wheel adapted to control an intensity of illumination directed onto the specimen; a three-dimensional (3D) imaging assembly for outputting an electronic (3D) model of the specimen; and a sensor assembly for capturing a response of the specimen to the illumination source assembly and outputting corresponding tomography data. The system combines the tomography data and the 3D model for the specimen.

Abstract: An optical system configured to simultaneously image an omnidirectional field-of-view and a concurrent narrow field on a single focal plane.

Abstract: An apparatus and method is provided for classification of a product bearing nonuniform color patterns. A learning and classification mode is employed where the apparatus is trained with image data derived by a CCD color camera and lighting from a plurality of reference colored products, and this image data is stored to provide product color classes and subclasses. Then image data from an unknown product is compared with the stored class and subclass data to provide a classification for the unknown product.