Device for fixing a radiator into a vehicle particularly into a heavy-truck vehicle

Claim 2

An arrangement for resiliently mounting a radiator having a front face adapted to be mounted vertically in a vehicle, the arrangement comprising: a cradle surrounding the radiator, means to mount said cradle on said vehicle said radiator having upper and lower headers which each include horizontal and vertical portions, said horizontal and vertical portions being disposed substantially perpendicular to said front face; and resilient means mounted between said horizontal portion of said headers and corresponding adjacent portion of said cradle and also between said vertical portion of said headers and corresponding adjacent portion of said cradle, said resilient means applying permanent compression forces onto the radiator for isolating it from said cradle.

Claim 3

An arrangement as set forth in claim 1, wherein for a radiator of a given weight, said resilient means have such a resiliency and substantially permanent effect of such a magnitude that the occurring frequency of said radiator in said cradle is greater than 1 Hz. and greater than the frequencies caused by running of the vehicle.

Claim 4

An arrangement as set forth in claim 2, wherein said occurring frequency of said radiator in said cradle is about 30 Hz.

Claim 5

An arrangement as set forth in claim 1, wherein said resilient means comprise resilient material.

Claim 6

An arrangement as set forth in claim 1, wherein the resilient means are made of blocks of rubber.

Claim 7

An arrangement as set forth in claim 1, wherein the resilient means are made of metal springs.

Claim 8

An arrangement as set forth in claim 1, wherein the cradle comprises a sole piece, a cover and two upright members connecting the sole piece to the cover, and wherein the resilient means are made of rubber moulded parts having substantially the shape of a right angle to bear, on the one hand, against the sole piece and the cover of the cradle and, on the other hand, against the upright members of the cradle.

Claim 9

An arrangement as set forth in claim 7, wherein said rubber moulded parts each have a groove at outer angle of the part.

Claim 10

An arrangement as set forth in claim 1, wherein the resilient means are shaped to conform to parts of the headers of the radiator.

Claim 11

An arrangement as set forth in claim 1, wherein the resilient means have at least in part an alveolate structure.

Claim 12

An arrangement as set forth in claim 1, wherein the radiator is free of side flanges.

Claim 13

An arrangement according to claim 1, wherein the radiator is provided with side flanges.

Claim 14

An arrangement for resiliently mounting a radiator in a vehicle, the arrangement comprising: a cradle surrounding the radiator, means to mount the cradle on the vehicle, said radiator being of generally rectilinear shape and having upper and lower headers which each include horizontal and vertical portions, resilient mounting means located between said horizontal and vertical portions of said headers and corresponding adjacent portions of said cradle, said cradle comprising a horizontal sole piece, a horizontal cover and two vertical members connecting the sole piece to the cover, said resilient means comprising four molded rubber parts each having substantially a right angle shape and located one in each of the four corners between said radiator and said cradle, each of said right angle resilient rubber molded parts comprising a vertical and a horizontal portion to bear, with their horizontal portions, against the sole piece and the cover of the cradle and, with their vertical portions, against the vertical members of the cradle, and said cover being secured to said cradle vertical members to apply compression forces onto the radiator via said resilient rubber parts to isolate said radiator from said cradle.

Claim 15

An arrangement for resiliently mounting a radiator in a vehicle, the arrangement comprising: a cradle surrounding the radiator, means to mount the cradle on the vehicle, said radiator being of generally rectilinear shape and having upper and lower headers which each include horizontal and vertical portions, resilient mounting means located between said horizontal and vertical portions of said headers and corresponding adjacent portions of said cradle, said cradle comprising a horizontal sole piece, a horizontal cover and two vertical members connecting the sole piece to the cover, said resilient means comprising four molded rubber parts each having substantially a right angle shape and located one in each of the four corners between said radiator and said cradle, each of said right angle resilient rubber molded parts comprising a vertical and a horizontal portion to bear, with their horizontal portions, against the sole piece and the cover of the cradle and, with their vertical portions, against the vertical members of the cradle, and said cover being secured to said cradle vertical members to apply compression forces onto the radiator via said resilient rubber parts to isolate said radiator from said cradle.