Vibration isolating mount

Claim 2

A vibration isolator for mounting one component to another, comprising a body made of a visco-elastic material having a Shore 00 durometer number in a range of from about 30 to about 70, a rigid outer sleeve encasing said body adapted to be connected to one component, and, a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component.

Claim 3

The isolator of claim 1, wherein said outer sleeve and said inner member have substantially parallel major axes.

Claim 4

The isolator of claim 2, wherein said inner member is hollow and extends through said visco-elastic body.

Claim 5

The isolator of claim 1, wherein said visco-elastic material is a polyol-isocyanate-based elastomer.

Claim 6

The isolator of claim 1, wherein said outer sleeve has a radial flange extending outwardly from one end.

Claim 7

The isolator of claim 5, wherein said inner member has a radial flange extending outwardly from one end axially spaced from the radial flange on said outer sleeve.

Claim 8

The isolator of claim 6, wherein said visco-elastic body has a raised, tapered central neck portion defined between said radial flanges.

Claim 9

The isolator of claim 7, wherein the side profile of the surface of the neck portion of the visco-elastic body is substantially concave.

Claim 10

The isolator of claim 1, wherein said inner member is tubular.

Claim 11

The isolator of claim 1, wherein said inner member is longer than said outer sleeve.

Claim 12

The isolator of claim 10, wherein said outer sleeve and said inner member are coaxial eyelets in the form of cylinders flanged on only one end.

Claim 13

The isolator of claim 11, wherein said eyelets have a pair of adjacent ends which are approximately coplanar, the visco-elastic body being flush with said ends.

Claim 14

A vibration isolator for mounting one component to another, comprising a visco-elastic body, said visco-elastic material being a polyol-isocyanate-based elastomer containing about one part by weight isocyanate to about ten parts by weight polyol, a rigid outer sleeve encasing said body adapted to be connected to one component, and a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component.

Claim 15

A vibration isolator for mounting one component to another, comprising a visco-elastic body, said visco-elastic material being a polyol-isocyanate-based elastomer containing about one part by weight isocyanate to about ten parts by weight polyol, a rigid outer sleeve encasing said body adapted to be connected to one component, and a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component.

Claim 16

A vibration isolator for mounting one component to another, comprising a body made of a visco-elastic material having a tensile strength about equal to or less than 200 p.s.i. according to test ASTM D-412, a rigid outer sleeve encasing said body adapted to be connected to one component, and a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component.

Claim 17

A vibration isolator for mounting one component to another, comprising a body made of a visco-elastic material having a tensile strength about equal to or less than 200 p.s.i. according to test ASTM D-412, a rigid outer sleeve encasing said body adapted to be connected to one component, and a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component.

Claim 18

A vibration isolator for mounting one component to another, comprising a visco-elastic body, a rigid outer cylindrical sleeve encasing said body adapted to be connected to one component, and a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component wherein said outer sleeve has a radial flange extending outwardly from one end and said inner member has a radial annular flange extending outwardly from one end axially spaced from the radial flange on said outer sleeve and having an outer diameter substantially less than the inner diameter of said outer sleeve, said visco-elastic body having a raised, tapered central neck portion defined between said radial flanges, said neck portion being flush with the edge of the inner member flange and flush with the radial surface of the outer sleeve flange.

Claim 19

A vibration isolator for mounting one component to another, comprising a visco-elastic body, a rigid outer cylindrical sleeve encasing said body adapted to be connected to one component, and a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component wherein said outer sleeve has a radial flange extending outwardly from one end and said inner member has a radial annular flange extending outwardly from one end axially spaced from the radial flange on said outer sleeve and having an outer diameter substantially less than the inner diameter of said outer sleeve, said visco-elastic body having a raised, tapered central neck portion defined between said radial flanges, said neck portion being flush with the edge of the inner member flange and flush with the radial surface of the outer sleeve flange.

Claim 20

A vibration isolator for mounting one component to another, comprising a visco-elastic body, a rigid outer sleeve encasing said body adapted to be connected to one component, and a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component, said inner member being longer than said outer sleeve, said outer sleeve and said inner member being coaxial eyelets in the form of cylinders flanges on only one end, the outer diameter of the inner eyelet flange being less than the inner diameter of the outer eyelet, said eyelets having a pair of adjacent nonflanged ends which are approximately coplanar, the visco-elastic body being flush with said ends, the visco-elastic body being flush with the edge of the inner eyelet flange and flush with the outer flat surface of the outer eyelet flange.

Claim 21

A vibration isolator for mounting one component to another, comprising a visco-elastic body, a rigid outer sleeve encasing said body adapted to be connected to one component, and a rigid inner member, spaced from said outer sleeve, embedded within said body, adapted to be connected to the other component, said inner member being longer than said outer sleeve, said outer sleeve and said inner member being coaxial eyelets in the form of cylinders flanges on only one end, the outer diameter of the inner eyelet flange being less than the inner diameter of the outer eyelet, said eyelets having a pair of adjacent nonflanged ends which are approximately coplanar, the visco-elastic body being flush with said ends, the visco-elastic body being flush with the edge of the inner eyelet flange and flush with the outer flat surface of the outer eyelet flange.

Claim 22

A vibration isolator, comprising coaxial through-hole, one end of said body forming a flat bottom at right angels to its axis and the other end having an annular shoulder portion and a raised, tapered central coaxial neck portion surrounding said hole, said neck portion having a flat top approximately parallel to said flat bottom, an outer eyelet forming an outer ferrule bonded to and encasing said body and having a radially outwardly projecting flange with an upper surface approximately flush with the annular shoulder of said body, and an inner eyelet forming an inner ferrule extending the length of said through-hole, bonded to and lining the inside wall of said through-hole, said inner eyelet having a radial flange overlying and bonded to said flat top, said neck being flush with the edge of the inner eyelet flange, the diameter of the inner eyelet flange being less than the inner diameter of said outer eyelet.

Claim 23

A vibration isolator, comprising coaxial through-hole, one end of said body forming a flat bottom at right angels to its axis and the other end having an annular shoulder portion and a raised, tapered central coaxial neck portion surrounding said hole, said neck portion having a flat top approximately parallel to said flat bottom, an outer eyelet forming an outer ferrule bonded to and encasing said body and having a radially outwardly projecting flange with an upper surface approximately flush with the annular shoulder of said body, and an inner eyelet forming an inner ferrule extending the length of said through-hole, bonded to and lining the inside wall of said through-hole, said inner eyelet having a radial flange overlying and bonded to said flat top, said neck being flush with the edge of the inner eyelet flange, the diameter of the inner eyelet flange being less than the inner diameter of said outer eyelet.

Claim 24

The isolator of claim 17, wherein the side profile of the surface of the neck portion of said body is substantially concave.

Claim 25

The isolator of claim 17, wherein said visco-elastic material has a Shore 00 durometer number in a range of from about 30 to about 70.

Claim 26

The isolator of claim 17, wherein said visco-elastic material is a polyol-isocycanate based elastomer.

Claim 27

The isolator of claim 20, wherein said elastomer contains about one part by weight isocyanate to about ten parts by weight polyol.

Claim 28

A vibration isolator, comprising a rigid outer sleeve forming an outer rigid mounting member, a rigid inner mounting member located within said outer sleeve, and a visco-elastic material cast in the space defined between said outer sleeve and said inner mounting member, said visco-elastic material having a Shore 00 durometer number in a range of from about 30 to about 70.

Claim 29

A vibration isolator, comprising a rigid outer sleeve forming an outer rigid mounting member, a rigid inner mounting member located within said outer sleeve, and a visco-elastic material cast in the space defined between said outer sleeve and said inner mounting member, said visco-elastic material having a Shore 00 durometer number in a range of from about 30 to about 70.

Claim 30

The isolator of claim 22, wherein said inner mounting member includes an inner sleeve.

Claim 31

The isolator of claim 23, wherein said inner sleeve is longer than the outer sleeve.

Claim 32

The isolator of claim 24, wherein said inner and outer sleeves have a pair of adjacent ends which are approximately coplanar.

Claim 33

The isolator of claim 25, wherein the visco-elastic material is approximately flush with said adjacent ends of said sleeves.

Claim 34

The isolator of claim 26, wherein the inner mounting member further includes a mounting flange extending radially outward from the other end of said inner sleeve.

Claim 35

The isolator of claim 23, further comprising an elongated fastener extending through said inner sleeve.

Claim 36

The isolator of claim 28, wherein said fastener is a screw.