Abstract: Systems and methods to determine locations for dual touch operations performed on a four-wire resistive touch screen. The systems and methods may include measuring signals from pairs of electrodes on each of a first and second resistive sheet of the resistive touch screen in two phases of operation. The systems and methods may further include determining touch screen segment resistances from the signal measurements. The systems and methods may determine locations corresponding to the dual touch operations from the resistances. The systems and methods may also determine locations from the signal measurements.

Abstract: An active power regulation process and system of a wind farm comprising an array of aerogenerators (AI), a communications network (RS), and a monitoring and control system (ST). The system of the invention comprises: means for connecting to said monitoring and control system (ST), means for receiving data relative to the apparent power Pout put out by the farm at all times, and data relative to variables and states of the aerogenerators (Ai) from said monitoring and control system (ST), means for comparing said output apparent power Pout with a preset apparent power set-point Pcons of the farm, means for continuously adjusting said output apparent power Pout, such that this output apparent power Pout approaches at all times the preset power set-point Pcons.

Abstract: Systems and methods to determine locations for dual touch operations performed on a four-wire resistive touch screen. The systems and methods may include measuring signals from pairs of electrodes on each of a first and second resistive sheet of the resistive touch screen in two phases of operation. The systems and methods may further include determining touch screen segment resistances from the signal measurements. The systems and methods may determine locations corresponding to the dual touch operations from the resistances. The systems and methods may also determine locations from the signal measurements.

Abstract: The invention relates to the field of biotechnology and medicine. The invention specifically relates to a compound comprising a liposome covered or decorated at least with the extracellular domain of the APO2L/TRAIL protein, and to the use thereof far developing a medicament preferably for the treatment of a cancer or inflammatory or autoimmune diseases, such as rheumatoid arthritis.

Abstract: A system and method for classifying touches input into a four-wire resistive touch screen is presented. A voltage may be applied to electrodes in a layer making it the active layer. A first set of four voltages may be measured by a voltage sensing circuit from electrodes in the active layer of a touch screen and a passive layer of a touch screen. The voltage may be switched from electrodes of the first layer to the electrodes of the second layer. A voltage sensing circuit may measure a second set of four voltages nearly simultaneously from electrodes in the active layer and the passive layer of a touch screen. Each set of measured voltages from the passive layer and or the active may be processed. A rule set may be applied to the processing results. An indication of the type of touch that was applied to the touch screen may be provided and optionally including quantitative results.

Abstract: An active power regulation process and system of a wind farm comprising an array of aerogenerators (AI), a communications network (RS), and a monitoring and control system (ST). The system of the invention comprises: means for connecting to said monitoring and control system (ST), means for receiving data relative to the apparent power Pout put out by the farm at all times, and data relative to variables and states of the aerogenerators (Ai) from said monitoring and control system (ST), means for comparing said output apparent power Pout with a preset apparent power set-point Pcons of the farm, means for continuously adjusting said output apparent power Pout, such that this output apparent power Pout approaches at all times the preset power set-point Pcons.

Abstract: A predictive maintenance system for wind parks, the wind park comprising a group of wind turbines (Ai), a communications network (RS), and a supervision and control system (ST). The predictive maintenance system comprises a monitoring and processing equipment (SMP) connected to the control system (PLC) of the wind turbine (Ai), such that the monitoring and processing equipment sends alarms through the control system of the wind turbine to the supervision and control system. A monitoring and processing equipment (SMP) for wind turbines is also disclosed.