Abstract: The invention provides a computer implemented method for test of a control system for a logistics system. The method comprises testing (TST1, TST2) one or more low level control (LLC) software parts by simultaneously emulating a high level (HLE) response, emulating a low level emulating (LLE) response, and interfacing (INF) said HLE and low level emulation LLE. The interfacing (INF) of the HLE and LLE, comprises two-way exchanging a plurality of parameters (P) indicative of items to be handled in the logistics system between the HLE and the LLE. With such interfacing of a HLE for testing of a high level control (HLC) software of the logistics system, and the LLE for, it is possible to provide a realistic test and tuning of LLC software parts, e.g. Programmable Logic Controllers (PLCs) code, before the physical elements of a complex logistics system is built, e.g. an airport baggage handling system.

Abstract: This invention relates to a method comprising the steps of: subscribing with an identification code of a drug administration device to a health care advisory system, transferring the identification code of the drug administration device to the health care advisory system, controlling that the patient having the drug administration device is a subscriber to the health care advisory system based on the received identification code, requesting and receiving treatment data from the subscribing drug administration device, generating an advice based on the received treatment data and a personalized setup of patient related data in the health care advisory system, and/or generating an order based on the received treatment data in the health care advisory system to supply goods to the patient, and sending the advice to the drug administration device, and/or sending the order to a goods supplier, said method further comprises the step of charging the patient having the drug administration device for the received servi

Abstract: An injection system for preparing a mixture of a solvent and a medicament and for subsequent dosed injection of the mixture comprises a syringe accommodating an ampoule (7) in which a liquid is stored between a membrane (8) closing one end of the ampoule (7) and a piston (6) which can by a piston rod (3) be forced into the ampoule (7) to press out a dose of the liquid. The piston rod (3) and the piston (6) has mutual engaging threads (4, 5) by which said piston (6) is coupled to the piston rod (3) to follow this rod in both axial directions. An outer thread (30) engaging an inner thread (29) in a housing is provided on a part (28) of the piston rod (3) so that rotation of the piston rod (3) will screw this rod and the piston (6) into the ampoule (7). A detent (18) ensures that the piston rod (3) is only rotated in a dose administering direction.

Abstract: An injection system for preparing a mixture of a solvent and a medicament and for subsequent dosed injection of the mixture comprises a syringe accommodating an ampoule (7) in which a liquid is stored between a membrane (8) dosing one end of the ampoule (7) and a piston (6) which can by a piston rod (3) be forced into the ampoule (7) to press out a dose of the liquid. The piston rod (3) and the piston (6) has mutual engaging threads (4, 5) by which the piston (6) is coupled to the piston rod (3) to follow this rod in both axial directions. An outer thread (30) engaging an inner thread (29) in a housing is provided on a part (28) of the piston rod (3) so that rotation of the piston rod (3) will screw this rod and the piston (6) into the ampoule (7). A detent (18) ensures that the piston rod (3) is only rotated in a dose administering direction. However, the thread (30) of the piston rod (3) can be disengaged from the thread (29) of the housing to set the piston rod (3) free to be moved in a proximal direction.