Abstract: An injection molding tool comprising two mold parts arranged for mutual movement along a tool axis between a closed position and an open position. The injection molding tool comprises a first mold core having a mounting end and a core end. Each of the two mold parts, in the closed position, form a mold cavity and a socket adapted for holding the mounting end between the two mold parts, and for releasing the mounting end in the open position. The core end of the first mold core in the closed position, extends along a core axis from the mounting end and into the mold cavity in a transverse direction with respect to the direction of the tool axis, so that the mold cavity forms a tubular space extending axially along the core axis between both of the two mold parts and the core end of the mold core part.

Abstract: A pressure detecting unit detects a pressure of supplying a resin to at least a hole for forming an innermost resin layer on an optical fiber from among a plurality of successive holes in a coating die. A control unit controls a discharge amount of a constant-rate pump that supplies the resin to the coating die in such a manner that a detected resin pressure becomes a predetermined value, and controls a temperature of the optical fiber so that the temperature of the optical fiber becomes a predetermined temperature in accordance with a variation of the discharge amount of the constant-rate pump.

Abstract: Considerable force and tiring work by about five orderlies/nurses is required to turn surgery patients, who are often anaesthetised or have reduced mobility. The turning also requires disconnecting measuring and monitoring equipment connected to the patient, which takes much time. An aid for turning persons lying on a bed, particularly an operating table, solves the above problems. The aid includes a rotatable roller oriented in parallel with and capable of being suspended at a long side of a bed, where the rotational axis of the roller is capable of being elevated above the resting surface of the bed as the ends of the roller are suspended at free ends of upright brackets releasably attached at the long side of the bed. hereby, one orderly/nurse is made redundant, and furthermore it will not be necessary during the turning to disconnect and reconnect possible apparatuses connected to the patient.

Abstract: Auxiliary device for turning horizontally lying persons and for mounting e.g. on a bed, the device including one or more largely vertically displacing devices that may be manipulated in vertical direction by means of a control panel, each device including a largely horizontally arranged roller which is rotatably secured at each end in a rotatable bushing, and the each rotatable bushing is fastened on first member, the first member being concentrically and displacing arranged in a second member, and means are provided by which impulses from the control panel can displace the first member relatively to the second member uniformly at both ends of the roller, which thereby may be moved vertically.

Abstract: The present invention provides a method and an apparatus for measuring the diameter and/or eccentricity of the one or more coating layers of a coated optical fiber. The present invention preferably is utilized to measure the diameter of the primary coating layer of a coated optical fiber after the primary and secondary coating layers have been applied to the optical fiber. The primary coating layer is disposed about the optical fiber and the secondary coating layer is disposed about the primary coating layer. When a beam of light is projected by a light source through the optical fiber in a direction substantially perpendicular to the axial direction of the optical fiber, an image is formed on an optical detector, which is disposed opposite the light source and substantially perpendicular to the axial direction of the optical fiber. The light passing through the coated optical fiber is focused by a lens onto the optical detector.

Abstract: The present invention provides an optical detection system for detecting defects in an optical fiber. The system comprises a light source for projecting a beam of light onto the coating layer of an optical fiber. An optical detector positioned adjacent the optical fiber receives a first light ray reflected at the interface of the air and the coating layer as the light enters the coating layer surrounding the optical fiber and a second light ray reflected at the interface of the air and the coating layer as the light exits the coating layer after passing through the optical fiber. When a defect, such as an airline, for example, is present in the optical fiber, a third light ray is reflected by the defect and is detected by the optical detector. A signal processor is electrically coupled to the optical detector for receiving an output signal from the optical detector and for processing the output signal to determine whether or not one or more defects have been detected.

Abstract: The present invention provides an optical detection system for detecting defects in an optical fiber. The system includes a light source for coupling light into the secondary coating of an optical fiber at a preselected angle with respect to the longitudinal axis of the fiber and an optical detector positioned adjacent the fiber at a preselected distance from the point at which the light is coupled into the fiber coating. In accordance with one embodiment, the light is coupled into the fiber coating at a sufficiently shallow angle with respect to the longitudinal axis of the fiber to cause the light to travel through the coating in a direction substantially parallel to the axis of the optical fiber for some distance before exiting the coating.

Abstract: The present invention provides an optical detection system for detecting defects in an optical fiber. The system includes a light source for coupling light into the secondary coating of an optical fiber at a preselected angle with respect to the longitudinal axis of the fiber and an optical detector positioned adjacent the fiber at a preselected distance from the point at which the light is coupled into the fiber coating. In accordance with one embodiment, the light is coupled into the fiber coating at a sufficiently shallow angle with respect to the longitudinal axis of the fiber to cause the light to travel through the coating in a direction substantially parallel to the axis of the optical fiber for some distance before exiting the coating.