Electrorheological snubber
A shock absorber and electrorheological technology, applied in the direction of shock absorbers, shock absorbers, springs/shock absorbers, etc., can solve the problems of inability to adjust the buffer effect, fixed stiffness and damping characteristics, and limited adjustment range
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[0014] The present invention is an electrorheological buffer, which mainly includes: rear end cover 1, rear insulating sleeve 2, inner cylinder 3, metal spring 4, middle cylinder 5, outer cylinder 6, piston 7, one-way valve pin 8, one-way valve metal Spring 9, piston rod 10, front insulating sleeve 11, front end cover 12, star seal ring 13 and collision head rubber sleeve 14. by figure 1 For example, when the rubber sleeve 14 of the bumper bumper is subjected to an external impact load, the piston rod 10 of the buffer moves to the left, pushing the piston 7 to compress the metal spring 4, and making the electrorheological fluid in the rodless cavity flow from the left end of the inner cylinder 3 part of the electrorheological fluid flows to the rod chamber through the annular electric field formed by the inner cylinder 3 and the middle cylinder 5, and part of it flows through the fluid hole at the lower left end of the middle cylinder 5 to the annular oil storage formed by the...
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