Single point steering gear hydraulic connection
A power steering assembly is provided that enables a secure, simultaneous connection of supply and return hose assemblies to a steering gear. The assembly includes a mounting bracket having an aperture through which one of the hose assemblies extends and a notch configured to receive the other hose assembly. The bracket is deformable such that the other hose assembly can be secured within the notch after insertion. The pressure and return hose assemblies include either a connector having opposed shoulders on either side of the bracket or are deformed to create beads on either side of the bracket to restrict movement thereby eliminating welds or brazes. Each of the hose assemblies further includes a groove formed to receive a seal. These grooves on the external portion of the hose assemblies reduce costly machining on the steering gear head.
1. A fluid flow assembly for a power steering system, comprising:
first and second hose assemblies each disposed between a pump and a steering gear, said first hose assembly providing pressurized fluid from said pump to said steering gear and said second hose assembly returning fluid from said steering gear to said pump;
a bracket configured for connecting said first and second hose assemblies to said steering gear, said bracket including:
a first portion defining a first aperture through which one of said first and second hose assemblies extends;
a second portion defining a deformable finger extending from said first portion
said first and second portions defining a first notch formed in a perimeter of said bracket and configured to receive another of said first and second hose assemblies wherein said second portion is deformed after insertion of said another hose assembly to retain said another hose assembly within said first notch.
2. The fluid flow assembly of claim 1 wherein said one hose assembly is said first hose assembly and said another hose assembly is said second hose assembly.
3. The fluid flow assembly of claim 2 wherein said first hose assembly is deformed on either side of said bracket to form first and second beads having a diameter greater than a diameter of said first aperture.
4. The fluid flow assembly of claim 2 wherein said first hose assembly defines a groove configured to receive a seal.
5. The fluid flow assembly of claim 2 wherein said second hose assembly includes a connector defining first and second opposed shoulders between which said bracket is received.
6. The fluid flow assembly of claim 2 wherein said second hose assembly includes a connector defining a groove configured to receive a seal.
7. The fluid flow assembly of claim 1 wherein said first portion of said bracket defines a second aperture configured to receive a fastener, said fastener configured for insertion into said steering gear.
8. A power steering assembly, comprising:
a pump;
a steering gear;
first and second hose assemblies each disposed between said pump and said steering gear, said first hose assembly providing pressurized fluid from said pump to said steering gear and said second hose assembly returning fluid from said steering gear to said pump;
a bracket configured for connecting said first and second hose assemblies to said steering gear, said bracket including:
a first portion defining a first aperture through which one of said first and second hose assemblies extends;
a second portion defining a deformable finger extending from said first portion
said first and second portions defining a first notch formed in a perimeter of said bracket and configured to receive another of said first and second hose assemblies wherein said second portion is deformed after insertion of said another hose assembly to retain said another hose assembly within said first notch.
9. The fluid flow assembly of claim 8 wherein said one hose assembly is said first hose assembly and said another hose assembly is said second hose assembly.
10. The fluid flow assembly of claim 9 wherein said first hose assembly is deformed on either side of said bracket to form first and second beads having a diameter greater than a diameter of said first aperture.
11. The fluid flow assembly of claim 9 wherein said first hose assembly defines a groove configured to receive a seal.
12. The fluid flow assembly of claim 9 wherein said second hose assembly includes a connector defining first and second opposed shoulders between which said bracket is received.
13. The fluid flow assembly of claim 9 wherein said second hose assembly includes a connector defining a groove configured to receive a seal.
14. The fluid flow assembly of claim 8 wherein said first portion of said bracket defines a second aperture configured to receive a fastener, said fastener configured for insertion into said steering gear.