Electromagnetic actuator assembly, pressure control module, and vehicle braking system having an electromagnetic actuator assembly

A pressure control module for a vehicle braking system, comprising:

• an electromagnetic actuator assembly, including:
• at least one first electromagnetic actuator having a first coil arrangement with at least one first coil core and a first coil which is arranged circumferentially about the first coil core, and having a moveable first armature body as a moveable actuator element, which is moveable by a magnetic field which is generated by the first coil arrangement from a first position to a second position, in which the moveable first armature body is magnetically attracted in a direction of a first surface and contacts a surface of the first coil core directly, the first surface being different from the surface of the first coil core and being on a separate part relative to the first coil core;
• and wherein the first surface is arranged opposite the moveable first armature body, and contacts the first coil core;
• and
• at least one second electromagnetic actuator, having a second coil arrangement with at least one second coil core and a second coil which is arranged circumferentially about the second coil core, and having a moveable second armature body as a moveable actuator element, which includes a second damping device which is mounted on the second armature body and which is moveable by a magnetic field which is generated by the second coil arrangement from a first position to a second position, in which the second armature body is magnetically attracted in a direction of a second surface and engages with the second surface via the second damping device;
• wherein the first surface and the second surface are configured with a mutually structurally identical configuration.

A vehicle braking system, comprising:

• a pressure control module having an electromagnetic actuator assembly, wherein the electromagnetic actuator assembly includes:
• at least one first electromagnetic actuator having a first coil arrangement with at least one first coil core and a first coil which is arranged circumferentially about the first coil core, and having a moveable first armature body as a moveable actuator element, which is moveable by a magnetic field which is generated by the first coil arrangement from a first position to a second position, in which the moveable first armature body is magnetically attracted in a direction of a first surface and contacts a surface of the first coil core directly, the first surface being different from the surface of the first coil code and being on a separate part relative to the first coil core, and wherein the first surface is arranged opposite the moveable first armature body, and contacts the first coil core;
• and
• at least one second electromagnetic actuator, having a second coil arrangement with at least one second coil core and a second coil which is arranged circumferentially about the second coil core, and having a moveable magnetic second armature body as a moveable actuator element, which includes a second damping device which is mounted on the second armature body and which is moveable by a magnetic field which is generated by the second coil arrangement from a first position to a second position, in which the second armature body is magnetically attracted in a direction of a second surface and engages with the second surface via the second damping device;
• wherein the first surface and the second surface are configured with a mutually structurally identical configuration.

An electromagnetic actuator assembly, comprising:

• at least one first electromagnetic actuator having a first coil arrangement with at least one first coil core and a first coil which is arranged circumferentially about the first coil core, and having a moveable first armature body as a moveable actuator element, which is moveable by a magnetic field, which is generated by the first coil arrangement, from a first position to a second position, in which the moveable first armature body is magnetically attracted in a direction of a first surface, which differs from the first coil core, and is arranged opposite the moveable first armature body, and contacts the first coil core, and wherein in the second position, the magnetic armature of the first electromagnetic actuator engages with a surface of the first coil core;
• and
• at least one second electromagnetic actuator, having a second coil arrangement with at least one second coil core and a second coil which is arranged circumferentially about the second coil core, and having a moveable second armature body as a moveable actuator element, which includes a second damping device which is mounted on the moveable second armature body and which is moveable by a magnetic field which is generated by the second coil arrangement from a first position to a second position, in which the moveable second armature body is magnetically attracted in a direction of a second surface and engages with the second surface via the second damping device;
• wherein the first surface and the second surface are configured with a mutually structurally identical configuration;
• wherein the moveable first armature body engages initially with the first coil core and, and after a deformation of the first coil core and/or of the moveable first armature body, a further contact profile on a coil body of the first coil arrangement assumes a contact function for contacting the moveable first armature body.