Abstract: Systems, methods, and devices, and computer program products are provided for hinge modules for smart glasses systems, and overextension hinge modules usable with one or more electronic components. In an example, an overextension hinge module may include a hinge base, a paddle connected to the hinge base via a travel pin, and a preloaded spring maintaining a base position between the hinge base and the paddle, allowing movement of the hinge base relative to the paddle along a predefined range. Various examples may include a primary pivot axis defining movement between a frame arm attached to a glasses frame, and an external pivot axis along an outer edge of the frame arm defining an over-extension of the pivot arm relative to the frame.

Abstract: An extended-reality headset is disclosed herein. The extended-reality headset including a frame portion including one or more electrical components, a temple arm including one or more additional electrical components. The frame portion is coupled, via a hinge, to the temple arm. The extended-reality headset further includes a flexible printed circuit configured to couple at least one of the one or more additional electrical components of the temple arm with at least one of the one or more electrical components of the frame. The flexible printed circuit (FPC) incudes (i) an overmolded temple grommet configured to seal the one or more additional electrical components of the temple arm, and (ii) an overmolded frame grommet configured to seal the one or more electrical components of the frame. The FPC is further configured to move with the movement of the temple arm relative to the frame portion.

Abstract: A head-mounted wearable device (HMWD), such as a set of augmented reality (AR) and/or virtual reality (VR) binocular smart glasses may include a dual-axis hinge mechanism. The dual-axis hinge mechanism includes a first hinge positioned between a frame and a first support structure of a temple arm, enabling hinged pivoting of the temple arm. Additionally, a second hinge is positioned between the first support structure of the temple arm and a second support structure of the temple arm. This configuration allows for enhanced flexibility and adjustability of the HMWD, thereby facilitating comfortable and secure positioning on the user's head.

Abstract: A light fixture includes an array of light-emitting diode (“LED”) light sources, a driver circuit that drives the array of LED light sources, and a controller. Controlling the light fixture includes receiving a first output color spectrum for the array of LED light sources that corresponds to a fixture color output spectrum, performing an optical modification of the fixture output color spectrum, determining, based on the optical modification, a compensation value to modify the first output color spectrum to a second output color spectrum that compensates for changes to the fixture output color spectrum resulting from the optical modification, generating, based on the compensation value, a first control signal to drive the array of LED light sources at the second output color spectrum, and controlling the driver circuit using the first control signal.

Abstract: A light fixture includes an array of light-emitting diode (“LED”) light sources, a driver circuit that drives the array of LED light sources, and a controller. Controlling the light fixture includes receiving a first output color spectrum for the array of LED light sources that corresponds to a fixture color output spectrum, performing an optical modification of the fixture output color spectrum, determining, based on the optical modification, a compensation value to modify the first output color spectrum to a second output color spectrum that compensates for changes to the fixture output color spectrum resulting from the optical modification, generating, based on the compensation value, a first control signal to drive the array of LED light sources at the second output color spectrum, and controlling the driver circuit using the first control signal.

Abstract: The present invention relates to a new formulation of the oligonucleotide of SEQ ID NO: 1.

Abstract: The present invention relates to a new formulation of the oligonucleotide of SEQ ID NO:1.

Abstract: A gripper having jaws (11,12) is transported from a first position (FIG. 2) in which it grips a case blank (1) in a flat, folded condition to a second position (FIG. 4) in which the case (8) is erected. Gripping devices (13) on the jaws (11,12) are aligned with one another when the gripper is in its first position. The gripping devices (13) on the jaws (11,12) are oriented at right angles to one another when the gripper is in its second position. Mutual rotation is effected between the jaws (11,12) as the gripper is moved from its first to its second position, in order to unfold a case blank (1) gripped by the gripper jaws (11,12).

Abstract: The present invention related to a new therapeutic uses the molecule set out as SEQ ID NO: 1.

Abstract: The present invention relates to a new formulation of the oligonucleotide of SEQ ID NO:1.

Abstract: A bladed rotor arrangement comprising a rotor, a plurality of rotor blades, at least one seal plate and a plurality of lock plates. Each rotor blade locates in a corresponding axially extending slot in the rotor. A plurality of lock plates are arranged at a first axial end of the rotor, the radially outer ends of the lock plates engage grooves on the platforms of the rotor blades, and the radially inner ends of the lock plates engage a circumferentially extending groove. The seal plate is arranged at the first axial end of the rotor, the radially inner ends of the lock plates engage the circumferentially extending groove defined by the seal plate. The seal plate has at least one projection extending axially from the seal plate and arranged to locate in a slot in a first axial end of the root of a rotor blade.