Vibration control means

Claim 1

VIBRATION CONTROL MEANS FOR ISOLATING A SUPPORTED OBJECT FROM A SUPPORTING STRUCTURE WITH RESPECT TO HORIZONTAL VIBRATION, SAID OBJECT BEING PROVIDED WITH AN OBJECT PLATE HAVING AT LEAST THREE MUTUALLY PARALLEL PLANE HORIZONTAL SURFACES AT A BOTTOM SIDE THEREOF, SAID SUPPORTING STRUCTURE BEING PROVIDED WITH A STRUCTURE PLATE HAVING AT LEAST THREE MUTUALLY PARALLEL PLANE HORIZONTAL SURFACES AT AN UPPER SIDE THEREOF, EACH OF SAID UPPER SIDE STRUCTURE PLATE SURFACES BEING SITUATED IN VERTICALLY ALIGNED UNDERLYING RELATIONSHIP TO ONE OF SAID BOTTOM SIDE OBJECT PLATE SURFACES WHEN SAID OBJECT PLATE IS SITUATED ABOVE SAID STRUCTURE PLATE, SAID MEANS INCLUDING A PLURALITY OF ISOLATION CONNECTION MEMBERS EACH IN CONTACT WITH AND SUPPORTING ONE OF SAID BOTTOM SIDE OBJECT PLATE SURFACES AT A FIRST POINT ON SAID MEMBER AND EACH IN CONTACT WITH AND SUPPORTED BY ONE OF SAID UPPER SIDE STRUCTURE PLATE SURFACES AT A SECOND POINT ON SAID MEMBER, EACH OF SAID MEMBERS BEING OF SUCH SHAPE AND FORM THAT SAID FIRST POINT IS AT THE CENTER OF PERCUSSION OF SAID MEMBER WITH RESPECT TO HORIZONTAL FORCES EXERTED AT SAID SECOND POINT AND SAID SECOND POINT IS AT THE CENTER OF PERCUSSION OF SAID MEMBER WITH RESPECT TO HORIZONTAL FORCES EXERTED AT SAID FIRST POINT, AND RESILIENT MEANS BETWEEN SAID OBJECT PLATE AND SAID STRUCTURE PLATE TO CAUSE SAID PLATES TO RETURN TO THEIR INITIAL POSITION RELATIVE TO EACH OTHER AFTER ONE OF SAID PLATES HAS BEEN SUBJECTED TO A HORIZONTAL FORCE.