Rapid fixing device consisting of a spring unit

Claim 2

An arrangement for mounting a cooling system radiator in the engine compartment of an automobile vehicle, said radiator comprising a base portion and a top portion and said engine compartment comprising a beam structure including a horizontal bottom beam member for supporting and positioning said base portion of said radiator, a horizontal top beam member and a horizontal intermediate stiff beam member, said top and intermediate beam members being transversely offset on the same side with respect to said bottom beam member, said arrangement comprising: a one-piece spring wire unit including a first leg and a second leg connected together at one end thereof so as to extend substantially perpendicular to one another when the spring wire unit is not strained, said spring wire unit being mounted under strain so that said first leg extends from a connection with said second leg from above said top beam member substantially horizontally over said radiator, a free end of said first leg being pressed downwardly on said top portion of said radiator, and said second leg extending from a connection with said first leg from above said top beam member substantially vertically downwardly through said top beam member while being movable and guided vertically in said top member, wherein a free end of said second leg further comprises means for fixing the free end of said second leg to said spring wire unit so as to transfer to said intermediate beam member a compression force supplied by the free end of the first leg of the spring wire unit to the top portion of the radiator.

Claim 3

The arrangement according to claim 1, wherein said spring wire unit further comprises a loop portion connecting said first leg to said second leg.

Claim 4

The arrangement according to claim 1, wherein said bottom beam member includes at least one radiator positioning hole formed therein and said base portion of the radiator further comprises at least one stud surrounded by an elastic member, said elastic member being partly engaged with said hole and partly supported by said bottom beam member around said hole.

Claim 5

The arrangement according to claim 1, wherein said top portion of said radiator further comprises an elastic pad on which is pressed the free end of said first leg of said spring wire.

Claim 6

The arrangement according to claim 1, said intermediate beam member having a hole formed therein wherein said spring wire unit further comprises first and second parallel wire portions each of which includes a first and second leg wherein free ends of the first legs are connected together and free ends of the second legs further comprise an opposite bent hook-shaped portion for hooking said free ends into said hole formed in said intermediate beam member.

Claim 7

The arrangement according to claim 5, wherein said free ends of the first legs further comprises bent free ends so as to be hook-shaped at a connection portion thereof bearing against the top portion of the radiator.

Claim 8

The arrangement according to claim 5, further comprising a clip mounted on said top beam member through which passes said second legs of said spring wire unit such that said clip provides vertical guidance of said second legs of said spring wire unit.

Claim 9

An arrangement for mounting a cooling system radiator in the engine compartment of an automobile vehicle, said radiator comprising a base portion and a top portion and said engine compartment comprising a beam structure including a horizontal bottom beam member for supporting and positioning said base portion of said radiator, a horizontal top beam member and a horizontal intermediate stiff beam member, said top and intermediate beam members being transversely offset on the same side with respect to said bottom beam member, said arrangement comprising: a one-piece spring wire unit including a first leg and a second leg connected together at one end thereof so as to extend substantially perpendicular to one another when the spring wire unit is not strained, said spring wire unit being mounted under strain so that said first leg extends from a connection with said second leg from above said top beam member substantially horizontally over said radiator, a free end of said first leg being pressed downwardly on said top portion of said radiator, and said second leg extending from a connection with said first leg from above said top beam member substantially vertically downwardly through said top beam member while being movable and guided vertically in said top member, wherein a free end of said second leg further comprises means for fixing the free end of said second leg to said spring wire unit so as to transfer to said intermediate beam member a compression force supplied by the free end of the first leg of the spring wire unit to the top portion of the radiator and wherein said spring wire unit further comprises a loop portion connecting said first leg to said second leg.

Claim 10

An arrangement for mounting a cooling system radiator in the engine compartment of an automobile vehicle, said radiator comprising a base portion and a top portion and said engine compartment comprising a beam structure including a horizontal bottom beam member for supporting and positioning said base portion of said radiator, a horizontal top beam member and a horizontal intermediate stiff beam member, said top and intermediate beam members being transversely offset on the same side with respect to said bottom beam member, said arrangement comprising: a one-piece spring wire unit including a first leg and a second leg connected together at one end thereof so as to extend substantially perpendicular to one another when the spring wire unit is not strained, said spring wire unit being mounted under strain so that said first leg extends from a connection with said second leg from above said top beam member substantially horizontally over said radiator, a free end of said first leg being pressed downwardly on said top portion of said radiator, and said second leg extending from a connection with said first leg from above said top beam member substantially vertically downwardly through said top beam member while being movable and guided vertically in said top member, wherein a free end of said second leg further comprises means for fixing the free end of said second leg to said spring wire unit so as to transfer to said intermediate beam member a compression force supplied by the free end of the first leg of the spring wire unit to the top portion of the radiator and wherein said spring wire unit further comprises a loop portion connecting said first leg to said second leg.

Claim 11

The arrangement according to claim 8, wherein said bottom beam member includes at least one radiator positioning hole formed therein and said base portion of the radiator further comprises at least one stud surrounded by an elastic member, said elastic member being partly engaged with said hold and partly supported by said bottom beam member around said hole.

Claim 12

The arrangement according to claim 8, wherein said top portion of said radiator further comprises an elastic pad on which is pressed the free end of said first leg of said spring wire unit.

Claim 13

The arrangement according to claim 8, said intermediate beam member having a hole formed therein wherein said spring wire unit further comprises first and second parallel wire portions each of which includes a first and second leg wherein free ends of the first legs are connected together and free ends of the second legs further comprise an opposite bent hook-shaped portion for hooking said free ends into said hole formed in said intermediate beam member.

Claim 14

The arrangement according to claim 11, wherein said free ends of the first legs further comprises bent free ends so as to be hook-shaped at a connection portion thereof bearing against the top portion of the radiator.

Claim 15

The arrangement according to claim 9, further comprising a clip mounted on said top beam member through which passes said second legs of said spring wire unit such that said clip provides vertical guidance of said second legs of said spring wire unit.

Claim 16

An arrangement for mounting a cooling system radiator in the engine compartment of an automobile vehicle, said radiator comprising a base portion and a top portion and said engine compartment comprising a beam structure including a horizontal bottom beam member for supporting and positioning said base portion of said radiator, a horizontal top beam member and a horizontal intermediate stiff beam member, said top and intermediate beam members being transversely offset on the same side with respect to said bottom beam member, said arrangement comprising: a one-piece spring wire unit including a first leg and a second leg connected together at one end thereof so as to extend substantially perpendicular to one another when the spring wire unit is not strained, said spring wire unit being mounted under strain so that said first leg extends from a connection with said second leg from above said top beam member substantially horizontally over said radiator, a free end of said first leg being pressed downwardly on said top portion of said radiator, and said second leg extending from a connection with said first leg from above said top beam member substantially vertically downwardly through said top beam member while being movable and guided vertically in said top member, wherein a free end of said second leg further comprises means for fixing the free end of said second leg to said spring wire unit so as to transfer to said intermediate beam member a compression force supplied by the free end of the first leg of the spring wire unit to the top portion of the radiator; said intermediate beam member having a hole formed therein wherein said spring wire unit includes first and second parallel wire portions each comprising a first and second leg, the free ends of the first legs being connected together and the free ends of the second legs having an opposite bent hook-shaped portion for hooking said free ends into said hole formed in said intermediate beam member, free ends of said first legs including bent first legs so as to be hook-shaped at a connection portion bearing against the top portion of the radiator; and wherein said spring wire unit further comprises a loop portion connecting said first leg to said second leg.

Claim 17

An arrangement for mounting a cooling system radiator in the engine compartment of an automobile vehicle, said radiator comprising a base portion and a top portion and said engine compartment comprising a beam structure including a horizontal bottom beam member for supporting and positioning said base portion of said radiator, a horizontal top beam member and a horizontal intermediate stiff beam member, said top and intermediate beam members being transversely offset on the same side with respect to said bottom beam member, said arrangement comprising: a one-piece spring wire unit including a first leg and a second leg connected together at one end thereof so as to extend substantially perpendicular to one another when the spring wire unit is not strained, said spring wire unit being mounted under strain so that said first leg extends from a connection with said second leg from above said top beam member substantially horizontally over said radiator, a free end of said first leg being pressed downwardly on said top portion of said radiator, and said second leg extending from a connection with said first leg from above said top beam member substantially vertically downwardly through said top beam member while being movable and guided vertically in said top member, wherein a free end of said second leg further comprises means for fixing the free end of said second leg to said spring wire unit so as to transfer to said intermediate beam member a compression force supplied by the free end of the first leg of the spring wire unit to the top portion of the radiator; said intermediate beam member having a hole formed therein wherein said spring wire unit includes first and second parallel wire portions each comprising a first and second leg, the free ends of the first legs being connected together and the free ends of the second legs having an opposite bent hook-shaped portion for hooking said free ends into said hole formed in said intermediate beam member, free ends of said first legs including bent first legs so as to be hook-shaped at a connection portion bearing against the top portion of the radiator; and wherein said spring wire unit further comprises a loop portion connecting said first leg to said second leg.

Claim 18

The arrangement according to claim 14, wherein said bottom beam member includes at least one radiator positioning hole formed therein and said base portion of said radiator further comprises at least one stud surrounded by an elastic member, said elastic member being partly engaged with said radiator positioning hole and partly supported by said bottom beam portion around said radiator positioning hole.

Claim 19

The arrangement according to claim 14, wherein said top portion of said radiator further comprises an elastic pad on which is pressed the free end of said first leg of said spring wire unit.

Claim 20

The arrangement of claim 14, further comprising a clip mounted on said top beam member through which passes said second legs of said spring wire unit such that said clip provides vertical guidance of said legs of the spring wire unit.