Pendulum mount
A pendulum support is particularly suited for supporting an engine unit. The support has two mutually spaced-apart fixing elements for connecting two bodies that can be displaced in relation to one another. The fixing elements are elastically interconnected. The object is to provide a pendulum support with a high degree of deflection that is cost-effective to produce. The base body has two base body elements, which are interconnected by at least one elastic shear element. At least one of the base body elements is formed with a cavity, wherein one area of the other base body element is contained with a degree of deflection.
1. A pendulum mount, comprising:
first and second, mutually spaced-apart means for joining two bodies movable relative to one another;
a base body formed with first and second base body elements;
at least one thrust element joining said first and second base body elements to one another;
at least said first base body element being formed with a recess and a portion of said second base body element is incorporated in said recess with freedom of excursion;
said portion incorporated in said recess being a housing receiving one of said first and second means for joining, each of said means for joining being supported by an elastic supporting member, said second base body element having a substantially flat base surface area with said housing projecting from said base surface area perpendicularly, and said recess and said housing define an excursion space delimiting the freedom of excursion, the horizontal excursion of the housing within the recess being limited during use by a stop formed in the wall of the recess; and
wherein said base body elements are deep drawn parts of sheet metal.
2. The pendulum mount according to claim 1 , wherein said first and second means for joining are configured for mounting an engine assembly.
3. The pendulum mount according to claim 1 , wherein said first and second base body elements are substantially identical.
4. The pendulum mount according to claim 1 , wherein said second base body element is additionally formed with a second base body recess and a portion of said first base body element is incorporated in said second base body recess with freedom of excursion.
5. The pendulum mount according to claim 1 , which comprises an angular abutment formed in a region of said recess of said first base body element, said angular abutment forming a stop for said second base body element.
6. A pendulum mount, comprising:
first and second, mutually spaced-apart means for joining two bodies movable relative to one another;
a base body formed with first and second base body elements;
at least one thrust element joining said first and second base body elements to one another;
at least said first base body element being formed with a recess and a portion of said second base body element is incorporated in said recess with freedom of excursion;
said portion incorporated in said recess being a housing receiving one of said first and second means for joining, each of said means for joining being supported by an elastic supporting member, said second base body element having a substantially flat base surface area with said housing projecting from said base surface area perpendicularly, and said recess and said housing define an excursion space delimiting the freedom of excursion, the horizontal excursion of the housing within the recess being limited during use by a stop formed in the wall of the recess; and
wherein said at least one thrust element and at least one of said elastic supporting members for elastically supporting said means for joining are configured as part of a molded vulcanized member of elastic material.
7. The pendulum mount according to claim 1 , wherein said means for joining are hollow cylindrical sleeves.
8. A pendulum mount, comprising:
first and second, mutually spaced-apart means for joining two bodies movable relative to one another;
a base body formed with first and second base body elements;
at least one thrust element joining said first and second base body elements to one another;
at least said first base body element being formed with a recess and a portion of said second base body element is incorporated in said recess with freedom of excursion;
said portion incorporated in said recess being a housing receiving one of said first and second means for joining, each of said means for joining being supported by an elastic supporting member, said second base body element having a substantially flat base surface area with said housing projecting from said base surface area perpendicularly, and said recess and said housing define an excursion space delimiting the freedom of excursion, the horizontal excursion of the housing within the recess being limited during use by a stop formed in the wall of the recess; and
which comprises an elastic material sheathing encasing said base body elements.