Method for reducing performance variation of an electromagnetically-activated actuator
An electromagnetic starting and actuator technology, applied in electrical control, engine control, engine components, etc., can solve problems such as unstable fuel injection
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[0055] The present disclosure describes concepts of the presently claimed subject matter with respect to exemplary applications of linear motion fuel injectors. However, claimed subject matter applies more broadly to any linear or non-linear electromagnetic actuator employing an electric coil to induce a magnetic field within a magnetic core, thereby producing an attractive force on a movable armature. Typical examples include fluid control solenoids, gasoline or diesel or CNG fuel injectors employed on internal combustion engines, and non-fluid solenoid actuators for positioning and control.
[0056] Referring now to the drawings, wherein these figures are for illustration of certain exemplary embodiments only and not for limitation of these exemplary embodiments, Picture 1-1 A non-limiting exemplary embodiment of an electromagnetically activated direct injection fuel injector 10 is schematically shown. While solenoid activated direct injection fuel injectors are depicted in...
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