Abstract: A tubular rotator for a medicament delivery device is presented having a tubular body extending along a longitudinal axis and having a proximal end and a distal end. Mechanical members are arranged on the outer and inner surface of the tubular body and are configured to co-operate with corresponding mechanical members arranged on other parts of the medicament delivery device. A tubular resilient structure is integrally or fixedly arranged to the proximal end of the body that has a proximal contact surface configured to abut against a distal end surface of a medicament container arranged in the medicament delivery device.

Abstract: A tubular rotator for a medicament delivery device is presented having a tubular body extending along a longitudinal axis and having a proximal end and a distal end. Mechanical members are arranged on the outer and inner surface of the tubular body and are configured to co-operate with corresponding mechanical members arranged on other parts of the medicament delivery device. A tubular resilient structure is integrally or fixedly arranged to the proximal end of the body that has a proximal contact surface configured to abut against a distal end surface of a medicament container arranged in the medicament delivery device.

Abstract: The present invention relates to methods for changing the bandwidth of a circuit switched channel in a time division multiplexed network, wherein said channel comprises a set of time slots within each recurring frame of a bitstream between a first node and a second node. According to the invention one or more additional time slots within each recurring frame of said bitstream are reserved, including using, during a period of time, only said set of time slots for transmitting payload data pertaining to said channel while providing, during said period of time, information indicating that said one or more additional time slots are currently not used for transferring payload data. After said period of time, said set of time slots is used as well as said one or more additional time slots on said bitstream for transmitting payload data pertaining to said channel.

Abstract: A compression device for the foot comprising: a wrap adapted to surround the foot, the wrap comprising at least two bladders which when inflated conform to the shape of the foot to provide compression, the bladders being positioned on the wrap so that a first bladder focuses compression on the heel of the foot and a second bladder focuses compression on the arch of the foot; a channel attached to each bladder for independently delivering fluid to each bladder; and a controller attached to the channels that generates and independently controls the flow of fluid to the bladders.

Abstract: The present invention relates to a device for delivery of medicament comprising a main housing, a container including at least two compartments, wherein each compartment contains a component of the medicament to be injected, and arranged to be connected to a patient delivery means, a longitudinally movable piston and a spring arrangement acting on said piston and capable of exerting a force on said components, a first holding means arranged and capable of holding said piston in a force-loaded state, and at least one activator means capable of acting on said first holding means for releasing said piston, characterised in that it further comprises a second holding means capable of stopping the movement of said piston when it has moved a certain first distance after one activation of the at least one activator means and holding said piston in that position, wherein the force from the piston/spring arrangement and the movement causes the compartments to communicate with each other and the components to mix, in th

Abstract: The present invention relates to methods for changing the bandwidth of a circuit switched channel in a time division multiplexed network, wherein said channel comprises a set of time slots within each recurring frame of a bitstream between a first node and a second node. According to the invention one or more additional time slots within each recurring frame of said bitstream are reserved, including using, during a period of time, only said set of time slots for transmitting payload data pertaining to said channel while providing, during said period of time, information indicating that said one or more additional time slots are currently not used for transferring payload data. After said period of time, said set of time slots is used as well as said one or more additional time slots on said bitstream for transmitting payload data pertaining to said channel.

Abstract: In a weaving device, a weaving device frame mounts a plurality of eyelets. A frame module, releasably borne by the weaving device frame is readily detachable from and controls movement of the respective eyelets. The frame module forms a readily removable component of the weaving device.

Abstract: A weaving device is described, having a frame, an eyelet and a module releasably borne by the frame to selectively transmit a motive force to the eyelet. A coupling includes first and second members which are releasably coupled together in force receiving relation and relative to the module. The first member is connected to the eyelet, and the second member is connected to the module. The coupling transmits motive force from the module to the eyelet to move the eyelet selectively relative to the frame. The coupling facilitates removal and replacement of the module from the frame.

Abstract: A weaving device is described which includes a frame and an eyelet movably mounted thereto. A solenoid is also mounted to the frame and produces a magnetic field when energized. A latch is mounted on the frame for movement thereon to affect movement of the eyelet. A contact member is rotatably mounted to the latch and is magnetically attracted to the solenoid when energized.

Abstract: A solenoid unit for a weaving device is described and which includes a frame; a plurality of eyelets mounted on the frame and individually movable with respect to the frame; a support member releasably coupled to the frame; and a plurality of solenoids mounted on the support member, and wherein each solenoid controls the movement of at least one eyelet.