Abstract: Medical devices are described herein. More particularly, the disclosure relates to medical devices, systems, and methods for the visualization and treatment of bodily passages, such as an airway, sinus cavity, or sinus passages. An exemplary medical device comprises an elongate member, an actuator moveable between an actuator first position and an actuator second position, and a wire member. The elongate member has a first straight, or substantially straight configuration, when the actuator is in the actuator first position and a second curved configuration when the actuator is in the actuator second position.

Abstract: Medical devices are described herein. More particularly, the disclosure relates to medical devices, systems, and methods for the visualization and treatment of bodily passages, such as an airway, sinus cavity, or sinus passages. An exemplary medical device comprises an elongate member, an actuator moveable between an actuator first position and an actuator second position, and a wire member. The elongate member has a first straight, or substantially straight configuration, when the actuator is in the actuator first position and a second curved configuration when the actuator is in the actuator second position.

Abstract: Medical devices are described herein. More particularly, the disclosure relates to medical devices, systems, and methods for the visualization and treatment of bodily passages, such as an airway, sinus cavity, or sinus passages. An exemplary medical device comprises an elongate member, an actuator moveable between an actuator first position and an actuator second position, and a wire member. The elongate member has a first straight, or substantially straight configuration, when the actuator is in the actuator first position and a second curved configuration when the actuator is in the actuator second position.

Abstract: A golf divot repair tool that includes a holder for markers used in marking the position of golf balls on the golf course is disclosed. The golf divot repair tool comprises: a body, at least one pointed arm extending from the body, a depression in the body, a magnetic material disposed in the depression, a ball marker constructed at least partially of a material attracted by magnetism and adapted to be releasably held in the depression by the magnetic material, and an opening formed through the body at the depression. Optionally, a movable member is disposed in the opening which, when moved, moves the ball marker, when the ball marker is held in the depression, away from the magnetic material a sufficient distance to release the ball marker from the depression. The ball marker is flat and carries advertising or other indicia on at least one of its surfaces. Various alternatives are disclosed for inserting and retaining the ball marker in the divot tool.

Abstract: A golf divot repair tool that includes a holder for markers used in marking the position of golf balls on the golf course is disclosed. The golf divot repair tool comprises: a body, at least one pointed arm extending from the body, a depression in the body, a magnetic material disposed in the depression, a ball marker constructed at least partially of a material attracted by magnetism and adapted to be releasably held in the depression by the magnetic material, and an opening formed through the body at the depression. Optionally, a movable member is disposed in the opening which, when moved, moves the ball marker, when the ball marker is held in the depression, away from the magnetic material a sufficient distance to release the ball marker from the depression.

Abstract: A method for aligning an optical fibre to a semiconductor laser device (1) having an active lasing region (2) and at least one fiducial (3) made of the same layer as the active lasing region (2). The laser die is etched with HCI to expose a top surface of the fiducial (3), whilst masking the die at least in the region of the active lasing region. The exposed surface of the fiducial (3) can then be detected in all three X, Y and Z dimensions so that an exact position of the active lasing region (2) can be calculated. The optical fibre can then be accurately aligned with the active lasing region based on the exact calculated position thereof.