Booster mounting arrangement

Claim 2

A booster assembly mounting arrangement for installing and securing a booster assembly from one side of a dash, said mounting arrangement comprising: a dash having an opening therethrough for receiving a part of a booster assembly including a booster input push rod, a bracket secured to one side of said dash in spaced relation to said opening, booster-supporting face means formed by a part of the one side of said dash around said opening, first bolt hole means on the opposite side of said opening from said bracket, said bracket including a portion extending outwardly from the one side of said dash, said bracket portion having laterally extending slot means formed therethrough and positioned in substantially planar alignment with said face means and located on a slot axis substantially parallel to a diameter of said opening, and threaded nut means secured to the other side of said dash in alignment with said first bolt hole means; and a booster assembly having an input push rod extending through said opening and connected to a pedal arm for booster actuation, a mounting bracket secured to and forming a part of said booster assembly, said mounting bracket having first tang means mating with said slot means to form a pivoting mount and further having second tang means having second bolt hole means therethrough in alignment with said first bolt hole means, and bolt means extending through said first and said second bolt hole means and threadedly secured into said nut means and holding said mounting bracket against said dash face means, said first tang means when said bolt means are fully tightened being subjected to a cantilever force providing a spring load on said first tang means assuring tight face-supported contact of said mounting bracket and said face means.

Claim 3

A brake booster assembly mounting arrangement for installing and securing a brake booster assembly from one side of a vehicle dash, said mounting arrangement comprising: a dash having an opening therethrough for receiving a part of a brake booster assembly, a bracket secured to one side of said dash in spaced relation to said opening, booster-supporting face means formed by a part of the one side of said dash around said opening, first bolt hole means on the opposite side of said opening from said bracket, said bracket including a portion extending outwardly from the one side of said dash, said bracket portion having laterally extending slot means formed therethrough and positioned in substantially planar alignment with said face means and located on a slot axis substantially parallel to a diameter of said opening, and threaded nut means secured to the other side of said dash in alignment with said first bolt hole means; a pivotally mounted brake pedal arm having an angularly concave slotted mounting bracket with the slot therein opening upwardly; brake booster assembly having an input push rod extending through said dash opening, said input push rod having a reduced diameter portion received in the slot of said mounting bracket and connected to said brake pedal arm in pivotal relation for booster actuation with the concave configuration of said slotted mounting bracket preventing said input push rod from exiting the slot after said booster assembly is secured to said dash, a booster assembly mounting bracket secured to and forming a part of said booster assembly, said booster assembly mounting bracket being provided with first tang means mating with said slot means to form a pivoting mount and further provided with second tang means having second bolt hole means therethrough in alignment with said first bolt hole means, and bolt means extending through said first and said second bolt hole means and threadedly secured into said nut means and holding said booster assembly mounting bracket against said dash face means, said first tang means when said bolt means are fully tightened being subjected to a cantilever force providing a spring load on said first tang means assuring tight face-supported contact of said booster assembly mounting bracket and said face means.

Claim 4

A brake booster assembly mounting arrangement for installing and securing a brake booster assembly from one side of a vehicle dash, said mounting arrangement comprising: a dash having an opening therethrough for receiving a part of a brake booster assembly, a bracket secured to one side of said dash in spaced relation to said opening, booster-supporting face means formed by a part of the one side of said dash around said opening, first bolt hole means on the opposite side of said opening from said bracket, said bracket including a portion extending outwardly from the one side of said dash, said bracket portion having laterally extending slot means formed therethrough and positioned in substantially planar alignment with said face means and located on a slot axis substantially parallel to a diameter of said opening, and threaded nut means secured to the other side of said dash in alignment with said first bolt hole means; a pivotally mounted brake pedal arm having an angularly concave slotted mounting bracket with the slot therein opening upwardly; brake booster assembly having an input push rod extending through said dash opening, said input push rod having a reduced diameter portion received in the slot of said mounting bracket and connected to said brake pedal arm in pivotal relation for booster actuation with the concave configuration of said slotted mounting bracket preventing said input push rod from exiting the slot after said booster assembly is secured to said dash, a booster assembly mounting bracket secured to and forming a part of said booster assembly, said booster assembly mounting bracket being provided with first tang means mating with said slot means to form a pivoting mount and further provided with second tang means having second bolt hole means therethrough in alignment with said first bolt hole means, and bolt means extending through said first and said second bolt hole means and threadedly secured into said nut means and holding said booster assembly mounting bracket against said dash face means, said first tang means when said bolt means are fully tightened being subjected to a cantilever force providing a spring load on said first tang means assuring tight face-supported contact of said booster assembly mounting bracket and said face means.

Claim 5

A booster assembly mounting arrangement for installing and securing a booster assembly from one side of a dash, said mounting arrangement comprising: a dash having an opening therethrough for receiving a part of a booster assembly including a booster input push rod, a bracket secured to one side of said dash in spaced relation to and above said opening, booster-supporting face means formed by a part of the one side of said dash around said opening, first bolt hole means on the opposite side of said opening from said bracket, said bracket including a portion extending outwardly from the one side of said dash, said bracket portion having laterally extending slot means formed therethrough positioned in substantially planar alignment with said face means and located on a slot axis substantially parallel to the horizontal diameter of said opening, and threaded nut means secured to the other side of said dash in alignment with said first bolt hole means; and a booster assembly having an input push rod extending through said opening and connected to a pedal arm for booster actuation, a mounting bracket secured to and forming a part of said booster assembly, said mounting bracket being provided with upwardly extending first tang means mating with said slot means to form a pivoting mount and further provided with second tang means having second bolt hole means therethrough in alignment with said first bolt hole means, and bolt means extending through said first and said second bolt hole means and threadedly secured into said nut means and holding said mounting bracket against said dash face means, said first tang means when said bolt means are fully tightened being subjected to a cantilever force providing a spring load on said first tang means assuring tight face-supported contact of said mounting bracket and said face means.

Claim 6

A booster assembly mounting arrangement for installing and securing a booster assembly from one side of a dash, said mounting arrangement comprising: a dash having an opening therethrough for receiving a part of a booster assembly including a booster input push rod, a bracket secured to one side of said dash in spaced relation to and above said opening, booster-supporting face means formed by a part of the one side of said dash around said opening, first bolt hole means on the opposite side of said opening from said bracket, said bracket including a portion extending outwardly from the one side of said dash, said bracket portion having laterally extending slot means formed therethrough positioned in substantially planar alignment with said face means and located on a slot axis substantially parallel to the horizontal diameter of said opening, and threaded nut means secured to the other side of said dash in alignment with said first bolt hole means; and a booster assembly having an input push rod extending through said opening and connected to a pedal arm for booster actuation, a mounting bracket secured to and forming a part of said booster assembly, said mounting bracket being provided with upwardly extending first tang means mating with said slot means to form a pivoting mount and further provided with second tang means having second bolt hole means therethrough in alignment with said first bolt hole means, and bolt means extending through said first and said second bolt hole means and threadedly secured into said nut means and holding said mounting bracket against said dash face means, said first tang means when said bolt means are fully tightened being subjected to a cantilever force providing a spring load on said first tang means assuring tight face-supported contact of said mounting bracket and said face means.

Claim 7

The mounting arrangement of any of claims 1, 2 or 3 wherein said dash face means has a bend providing a portion of said dash face means at an acute angle to the plane of the portion of said dash face means immediately surrounding said opening with said first bolt hole means being formed through said angularly bent portion of said dash face means so that said bolt means are at other than right angles to said bracket slot and the contacting surfaces of said second tang means and said angularly bent portion of said dash face means are in a plane positioned in angular relation to the face contact surfaces of said booster mounting bracket and the portion of said dash face means immediately surrounding said opening, the angle of bend being such that forces exerted on said second tang means and the angularly bent portion of said dash face means when the booster assembly is actuated by movement of the pedal arm are in the planes thereof rather than bending forces acting thereon.