Ambu A/s

Novo Nordisk A/s

Martin Johst Christensen

Günter Wilhelm Schütz

Martin Refslund Nielsen

Bjoern Gullak Larsen

Kurt Solgaard

Bjørn Gullak Larsen

Carsten Soerensen

Carsten SØRENSEN

Dylan Ilg

An endoscope including a control system including: a first control wheel connected to a first wire drum and to a first steering wire of the endoscope to control the bending operation in a first dimension, the first control wheel having a bearing surface; a second control wheel connected to a second wire drum and to a second steering wire to control the bending operation in a second dimension, the second control wheel having an outer bearing surface positioned farther from the axis of rotation than the bearing surface of the first control wheel; and an outer bearing element including an inner bearing surface positioned farther from the axis of rotation than the outer bearing surface of the second control wheel and abutting the outer bearing surface of the second control wheel so that rotation of the second control wheel is at least partly borne on the outer bearing element.

Endoscope control system

A method of assembly of an endoscope control system including: holding a first control wheel unit in a position; moving a second control wheel unit in an assembly direction to position the second control wheel unit on the first control wheel unit; moving a housing frame in the assembly direction to position the housing frame on the second control wheel unit; moving a second shaft unit in the assembly direction so that a second shaft is positioned to extend through the connection hole of the housing frame and snaps into engagement with the second control wheel unit; and moving a first shaft unit in the assembly direction so that a first shaft is positioned through the second shaft and snaps into engagement with the first control wheel unit.

Method of assembly of an endoscope control system

An endoscope control system for performing a bending operation in a disposable insertion endoscope, the endoscope control system including a control wheel connected to a wire drum for connection to a steering wire of the endoscope, whereby rotation of the control wheel controls the bending operation, and a multi-disc brake including a stack of at least three brake discs, wherein activation of the multi-disc brake changes the multi-disc brake from a released state to a braking state, a brake torque generated by the multi-disc brake in the braking state braking rotation of the control wheel, the brake torque in the released state being at least partially released.

The invention relates to an injection device comprising an End-of-Content mechanism. The End-of-Content mechanism comprises a piston rod () being driven forward by a rotatable piston rod guide (), a driver () attached to a dose setting tube () and an End-of-Content tube (). The End-of-Content tube is moved axially forward during dose setting a distance which correlates to the size of the dose being set. When the accumulated set and ejected dose equals the injectable amount initially available in the cartridge (), the End-of-Content tube engages a lock mechanism provided in the piston rod guide and the driver engages a stop surface on the End-of-Content tube. Once the End-of-Content mechanism is locked, no further dose can be set and the piston rod guide cannot be rotated. In order to provide a proper engagement between the piston rod guide and the driver, the End-of-Content mechanism is released during dose expelling.

Growing community of inventors

Copenhagen, Denmark

Martin Johst Christensen