Abstract: A protective cap for a medical device comprising two cap parts, an inner and an outer cap part, which two cap parts can be assembled, one inside the other, to form a single integrated cap. When assembled, the inner and outer cap parts have a gap in-between, where a user defined object can be inserted. Interlocking means are provided to hold the cap parts together, and seals can be provided to assure a tight enclosure. Elevations may be provided to locally narrow the gap between the two cap parts in order to hold the inserted object in place and a template may be provided to cut out the objects to be inserted in appropriate dimensions. The outer cap part may be transparent to make the inserted object visual, whereas the inner cap part may be impenetrable by light, to protect the medical device.

Abstract: A telephone headset apparatus is disclosed. This headset apparatus includes a body having a microphone at one end and a transducer at the opposite end, an earhook, for attaching the apparatus to the ear of the operator, and a mechanism, contained within the body in a movable engagement, for holding the earhook in a frictional engagement that allows for movement of the earhook, with three degrees of freedom. The mechanism is located at a point within the body where upon adjustment of the earhook by the operator (i.e., rotated, tilted, pivoted) the headset apparatus remains properly balanced and within the sound envelope of an operator, for uninterrupted operation.

Abstract: A telephone headset apparatus is disclosed. This headset apparatus includes a body having a microphone at one end and a transducer at the opposite end, an earhook, for attaching the apparatus to the ear of the operator, and a mechanism, contained within the body in a movable engagement, for holding the earhook in a frictional engagement that allows for movement of the earhook, with three degrees of freedom. The mechanism is located at a point within the body where upon adjustment of the earhook by the operator (i.e., rotated, tilted, pivoted) the headset apparatus remains properly balanced and within the sound envelope of an operator, for uninterrupted operation.

Abstract: A telephone headset apparatus is disclosed. This headset apparatus includes a body having a microphone at one end and a transducer at the opposite end, an earhook, for attaching the apparatus to the ear of the operator, and a mechanism, contained within the body in a movable engagement, for holding the earhook in a frictional engagement that allows for movement of the earhook, with three degrees of freedom. The mechanism is located at a point within the body where upon adjustment of the earhook by the operator (i.e., rotated, tilted, pivoted) the headset apparatus remains properly balanced and within the sound envelope of an operator, for uninterrupted operation.

Abstract: Disclosed is a tablet dispenser for consecutive administering of tablets, the dispenser having a circular container (21) in which tablets are stored in a number of compartments (24) along the perimeter of the container, and a circular lid (22) concentric with the container, which lid (24) covers the compartments (24) and has a dispensing opening allowing access to one compartment at the time when the lid is rotated relative to the container. A cylindrical surface on the container part forms a pawl wheel provided with teeth (32) each having a ramp shaped and a steep edge and the lid (22) is provided with elongated, flexible pawls (30) which are at one end fixed to the lid (22) and follows a chord of the circular device to engage the teeth (32) of the pawl wheel by its other free end.

Abstract: A telephone headset apparatus is disclosed. This headset apparatus includes a body having a microphone at one end and a transducer at the opposite end, an earhook, for attaching the apparatus to the ear of the operator, and a mechanism, contained within the body in a movable engagement, for holding the earhook in a frictional engagement that allows for movement of the earhook, with three degrees of freedom. The mechanism is located at a point within the body where upon adjustment of the earhook by the operator (i.e., rotated, tilted, pivoted) the headset apparatus remains properly balanced and within the sound envelope of an operator, for uninterrupted operation.