초록 ▼

The invention relates to an electromagnetically actuatable valve that has a magnet part, a moveable armature element, a spring element, and a valve part. The magnet part has at least one coil form with a magnetic coil wound on it, a flux concentrating element and a center pole. The valve part has a

The invention relates to an electromagnetically actuatable valve that has a magnet part, a moveable armature element, a spring element, and a valve part. The magnet part has at least one coil form with a magnetic coil wound on it, a flux concentrating element and a center pole. The valve part has a closing element that cooperates with the armature element and controls the opening and closing of the valve on a valve seat. The armature element is designed as a clapper-type armature and cooperates with the center pole by way of a damping element.

대표청구항 ▼

1. Electromagnetically actuatable valve ( 1 ) comprising a magnet part ( 2 ), a moveable armature element ( 7 ), a spring element ( 8 ), and a valve part ( 9 ), whereby the magnet part has at least one magnetic coil ( 4 ) wound on a coil form ( 3 ), a flux concentrating element ( 5 ) and a center po

1. Electromagnetically actuatable valve ( 1 ) comprising a magnet part ( 2 ), a moveable armature element ( 7 ), a spring element ( 8 ), and a valve part ( 9 ), whereby the magnet part has at least one magnetic coil ( 4 ) wound on a coil form ( 3 ), a flux concentrating element ( 5 ) and a center pole ( 6 ), and the valve part ( 9 ) has a closing element ( 11 ) that cooperates with the armature element ( 7 ) and controls the opening and closing of the valve on a valve seat ( 10 ), characterized in that the armature element ( 7 ) is designed as a clapper-type armature and cooperates with the center pole ( 6 ) by way of a damping element ( 14 ), wherein the closing element ( 11 ) actuated by the armature element ( 7 ) to open and close the valve is an umbrella sealing plug with an umbrella membrane. 2. Valve according to claim 1, wherein the armature element ( 7 ) and the valve part ( 9 ) are contained in a housing. 3. Valve according to claim 2, wherein the armature element ( 7 ), the flux concentrating element ( 5 ), the closing element ( 11 ), the spring element ( 8 ), and the damping element ( 14 ) are arranged in the housing in a pressure-sealed compartment. 4. Valve according to claim 1, wherein the damping element ( 14 ) has a damping stop ( 13 ). 5. Valve according to claim 1, wherein the flux concentrating element ( 5 ) is designed as a bracket which is situated on the perimeter of the magnetic coil ( 4 ). 6. Valve according to claim 1, wherein the umbrella sealing plug is flexible and, in particular, consists of silicone rubber. 7. Electromagnetically actuatable valve ( 1 ) comprising a magnet part ( 2 ), a moveable armature element ( 7 ), a spring element ( 8 ), and a valve part ( 9 ), whereby the magnet part has at least one magnetic coil ( 4 ) wound on a coil form ( 3 ), a flux concentrating element ( 5 ) and a center pole ( 6 ), and the valve part ( 9 ) has a closing element ( 11 ) that cooperates with the armature element ( 7 ) and controls the opening and closing of the valve on a valve seat ( 10 ), characterized in that the armature element ( 7 ) is designed as a clapper-type armature being coupled to the flux concentrating element ( 5 ) and cooperating with the center pole ( 6 ) by way of a damping element ( 14 ), wherein the closing element ( 11 ) and the damping element ( 14 ) are designed as an integral damping shoe ( 15 ). 8. Electromagnetically actuatable valve according to claim 7, wherein the armature element ( 7 ) designed as a clapper-type armature is coupled to the flux concentrating element ( 5 ) by the a-spring element. 9. Electromagnetically actuatable valve according to claim 8, wherein the spring element is a leaf-shaped spring.