NETZEL, Zita,LEMKE, John,SEWARD, David,READ, Brian,WHITE, Bradley,CHEN, Corinna,HAYTER, Paul
申请号：
ES12765789
公开号：
ES2585560T3
申请日:
2012.03.09
申请国别(地区):
ES
年份:
2016
代理人:
摘要：
An electrotransport drug delivery device (10) comprising an electrical module (20) and a reservoir module (30), the electrical module and the reservoir module are configured to combine and form a unitary activated drug delivery device before use, where: the electrical module comprises: circuits (40)； an electrical outlet (216) adapted to connect the circuits with an electrical input (316) in the tank module when the electrical module is combined with the tank module； at least two ignition contacts (272, 274) between the circuits and a battery (290)； and the battery, which is adapted to be isolated from the circuits by the ignition contacts while the ignition contacts are kept open, and which is adapted to connect to the circuits when the ignition contacts are closed by the contact actuators of the battery (318) in the tank module when the electrical module and the tank module are combined； and the reservoir module comprises: the electrical input (316) adapted to electrically connect the circuits in the electrical module with at least one pair of active electrodes in the reservoir module when the electrical module is combined with the reservoir module； and the battery contact actuators each configured to close a corresponding ignition contact when the electrical module is combined with the drug reservoir, such that the battery is connected to the circuits and the device is turned on； characterized in that the device is configured to increment a logic indicator when the electrical module is combined with the reservoir module, and wherein the device is configured such that, if the logic indicator has reached or exceeded a predetermined value, the device does not it will turn on or off if it has already been turned on.Un dispositivo de suministro de fármaco por electrotransporte (10) que comprende un módulo eléctrico (20) y un módulo de depósito (30), el módulo eléctrico y el módulo de depósito se configuran para combinarse y formar un dispositivo activado unitario de s
