Abstract: Modified biosynthetic polypeptide fusion inhibitors, methods for manufacturing, and uses thereof are provided.

Abstract: Modified FGF-21 polypeptides and uses thereof are provided.

Abstract: Modified human interferon polypeptides and uses thereof are provided.

Abstract: Modified human interferon polypeptides and uses thereof are provided.

Abstract: Modified biosynthetic polypeptide fusion inhibitors, methods for manufacturing, and uses thereof are provided.

Abstract: Modified biosynthetic polypeptide fusion inhibitors, methods for manufacturing, and uses thereof are provided.

Abstract: Modified human interferon polypeptides and uses thereof are provided.

Abstract: A method, apparatus, and computer program product for estimating face direction using a single gray-level image (110, 150) of a face are described. Given the single image (110, 150), a face direction can be determined by computing a nose axis (140, 180) maximising a correlation measure between left and right sides (120, 130; 160, 170) of the face. The correlation measure is computed by comparing one of the two sides (A) with another synthetic side (C) derived from the other side (B) using symmetry and perspective transforms. Optionally, this process can be accelerated using a contrast enhancement algorithm taking advantage of the circumstances that the nose is the part of a face reflecting the most light and that this reflected light is represented as a line-like region close to the real nose axis. The computation result is a word describing the spatial position of the face and combining height (“up”, “normal”, “down”) and neck-rotation (“left”, “frontal”, “right”).

Abstract: A single image from a camera (14) is captured of an individual (40) seeking entry through a door held by a door latch (24). An image processor (16) looks for and locates a tag (42) worn by the individual (40) in the image and reads an identification (ID) code from the tag (42). A comparator (20) compares this ID code with ID codes in an identification database (22) to find a match. Once a match of ID codes is found, the image processor (16) looks for and locates a face (44) of the individual (40) in the image and extracts facial features from the face (44). The comparator (20) compares the extracted facial features with facial features associated with the matched ID code, from the identification database (22), to find a match. Once there is a match of facial features, the door latch (24) is released.

Abstract: A face recognition and/or verification system including the step of registering a persons actual face wherein an image of the actual face is captured and synthesized to create a plurality of face prototypes, and wherein the face prototypes are stored for later analysis and comparison with a captured image to be recognised or verified.

Abstract: Modified biosynthetic polypeptide molecules, methods for manufacturing, and uses thereof are provided.

Abstract: A method, apparatus, and computer program product for estimating face direction using a single gray-level image (110, 150) of a face are described. Given the single image (110, 150), a face direction can be determined by computing a nose axis (140, 180) maximising a correlation measure between left and right sides (120, 130; 160, 170) of the face. The correlation measure is computed by comparing one of the two sides (A) with another synthetic side (C) derived from the other side (B) using symmetry and perspective transforms. Optionally, this process can be accelerated using a contrast enhancement algorithm taking advantage of the circumstances that the nose is the part of a face reflecting the most light and that this reflected light is represented as a line-like region close to the real nose axis.

Abstract: A method, apparatus, and computer program product for estimating face direction using a single gray-level image (110, 150) of a face are described. Given the single image (110, 150), a face direction can be determined by computing a nose axis (140, 180) maximizing a correlation measure between left and right sides (120, 130; 160, 170) of the face. The correlation measure is computed by comparing one of the two sides (A) with another synthetic side (C) derived from the other side (B) using symmetry and perspective transforms. Optionally, this process can be accelerated using a contrast enhancement algorithm taking advantage of the circumstances that the nose is the part of a face reflecting the most light and that this reflected light is represented as a line-like region close to the real nose axis.

Abstract: An apparatus for the adjustable attachment of a wardrobe for (42) to a door supporting arm (SA) comprises a first part (1) for attachment to the supporting arm (SA); a second part (7); and, a third part (8) which is mounted to the door (42). Threaded rotatable tangs (27) are provided to adjust the position of the first part (1) with respect to the second part (7) in a first direction. Threaded rotatable tangs (29) are also provided to adjust the position of the second part (7) with respect to the third part (8) in a second direction, the second direction being perpendicular to the first direction.

Abstract: A device for connecting an arm (2) to a fastening plate (3) comprises an external casing (11) rotatably coupled to the fastening plate (3) by a pivot assembly (5). The external casing (11) is provided with a substantially cylindrical cavity having a hemispherical bottom accessible from the outside of the casing (11). The pivot (5) extends with clearance through a cylindrical cavity of a substantially spherical internal casing (21). The internal casing (21) is fastened to an extremity of the arm (2). The arm (2) extends with clearance through a clamping collar (13). The clamping collar (13) is slidably mounted in the cavity of the external casing (11) for exerting pressure against the internal casing (21) and for clamping the arm (2) in a desired variable angular position with respect to a central axis of the cavity of the external casing (11).

Abstract: The door is connected to the fixed frame of a cabinet by means of two elbow-shaped horizontal arms each of which is constituted by two branches, by an elbow and by two extremities rotatable round respective pivots. The ratio between the length of the second branch and that of the first branch is greater than 1 and the ratio between the length of said first branch and the distance (A) between said pivot and the closest point of the door in the closed position is equal to or greater than 1.In the displacement of the door, the two elbow-shaped horizontal arms co-operate with a guide whereby the door is maintained substantially parallel to the fixed frame.