Bushing bypass
A bushing bypass. The bushing bypass includes a bushing having a top surface and a bottom surface. The bushing also includes an inner diameter surface extending between the top surface and the bottom surface. The bushing also includes an outer diameter surface extending between the top surface and the bottom surface. The bushing further includes a channel formed in the outer diameter surface. The channel extends from the top surface of the bushing to the bottom surface of the bushing.
1. A bushing bypass comprising:
a bushing, said bushing comprising:
a top surface;
a bottom surface;
an inner diameter surface extending between said top surface and said bottom surface;
an outer diameter surface extending between said top surface and said bottom surface; and
a channel formed in said outer diameter surface, said channel extending from said top surface to said bottom surface; and
a housing, said housing comprising:
an inner diameter surface, said inner diameter surface configured to have said bushing disposed adjacent thereto;
a channel formed in said inner diameter surface, said channel having a length sufficient to extend along said outer diameter surface of said bushing at least from said top surface of said bushing to said bottom surface of said bushing; and
a second channel formed in said outer diameter surface of said bushing, said second channel formed in said outer diameter surface of said bushing extending from said top surface of said bushing to said bottom surface of said bushing.
2. The bushing bypass of claim 1 wherein said channel formed in said outer diameter surface of said bushing is formed having a sufficient depth and shape to allow fluids to flow through said channel formed in said outer diameter surface of said bushing, around said outer diameter surface of said bushing, and between said inner diameter surface of said housing and said outer diameter surface of said bushing, when said bushing is disposed within said housing.
3. The bushing bypass of claim 1 wherein said second channel formed in said outer diameter surface of said bushing is formed having a sufficient depth and shape to allow fluids to flow through said second channel formed in said outer diameter surface of said bushing, around said outer diameter surface of said bushing, and between said inner diameter surface of said housing and said outer diameter surface of said bushing, when said bushing is disposed within said housing.
4. The bushing bypass of claim 1 wherein said channel formed in said inner diameter surface of said housing is at least partially disposed at a location where said bushing will reside within said housing.
5. The bushing bypass of claim 1 wherein said channel formed in said inner diameter surface of said housing channel has a length such that said channel formed in said inner diameter surface of said housing extends at least from said top surface of said bushing to said bottom surface of said bushing when said bushing is located in said housing.
6. The bushing bypass of claim 1 wherein said channel formed in said inner diameter surface of said housing and said channel formed in said outer diameter surface of said bushing are offset from each other such that said channel formed in said outer diameter surface of said bushing and said channel formed in said inner diameter surface of said housing do not co-form any common channel.
7. The bushing bypass of claim 1 wherein said channel formed in said inner diameter surface of said housing and said second channel formed in said outer diameter surface of said bushing are offset from each other such that said second channel formed in said outer diameter surface of said bushing and said channel formed in said inner diameter surface of said housing do not co-form any common channel.