Boot cover for a floor-mounted transmission lever

Claim 2

An improvement in boot covers for a floor mounted manually operated transmission shift lever wherein the shift lever has a pivot axis and a handle longitudinally displaced from the pivot axis and wherein said boot cover is of a geometrical shape which converges toward an apex which is disposed substantially on the shift lever between the handle and the pivot axis; wherein the improvement comprises: said boot cover having a plurality of lower and upper spherical surfaces, each said lower surface having respective center of radii disposed at a common point displaced from the apex a distance equal to the distance between the apex and the pivot axis the largest of said radial dimensions being less than twice the distance between said apex and said pivot axis; and each said upper surface having a common center of radii disposed at the apex and the radial dimension of each said upper surface being less than the radial dimension of each said lower surface, each said lower surface being connected to each said upper surface immediately adjacent thereto and disposed toward said handle therefrom by an inner wall and to the other upper surface adjacent thereto by an outer wall.

Claim 3

An improvement in boot covers for a floor-mounted manually operated transmission shift lever wherein the shift lever has a pivot axis and a handle longitudinally displaced from the pivot axis and wherein said boot cover is of a geometrical shape which converges toward an apex disposed substantially on the shift lever between the handle and the pivot axis; wherein the improvement comprises: said boot cover having a top surface in one plane, a bottom surface substantially parallel with and displaced from said top surface, a plurality of concentric lower spherical surfaces, and a plurality of concentric upper spherical surfaces, each said lower spherical surface having center of radii disposed at a common point displaced from the apex a minimum distance equal to the distance between the apex and the pivot axis with the largest of said radial dimensions being less the distance between said common point and said pivot axis; and each said upper spherical surface having a point of tangency with a respective adjacent lower spherical surface and each said upper spherical surface having a common center of radii disposed at a distance from the respective tangency point equal to the distance from the apex to the respective tangency point of each said respective upper surface, each said upper surface being connected to each said lower surface immediately adjacent thereto and disposed toward said handle therefrom by an inner converging wall which is coplanar with a line passing through the apex and to each other upper surface adjacent thereto by an outer converging wall.

Claim 4

An improvement in boot covers for a floor-mounted manually operated transmission shift lever wherein the shift lever has a pivot axis and a handle longitudinally displaced from the pivot axis and wherein said boot cover is of a geometrical shape which converges toward an apex disposed substantially on the shift lever between the handle and the pivot axis; wherein the improvement comprises: said boot cover having a top surface in one plane, a bottom surface substantially parallel with and displaced from said top surface, a plurality of concentric lower spherical surfaces, and a plurality of concentric upper spherical surfaces, each said lower spherical surface having center of radii disposed at a common point displaced from the apex a minimum distance equal to the distance between the apex and the pivot axis with the largest of said radial dimensions being less the distance between said common point and said pivot axis; and each said upper spherical surface having a point of tangency with a respective adjacent lower spherical surface and each said upper spherical surface having a common center of radii disposed at a distance from the respective tangency point equal to the distance from the apex to the respective tangency point of each said respective upper surface, each said upper surface being connected to each said lower surface immediately adjacent thereto and disposed toward said handle therefrom by an inner converging wall which is coplanar with a line passing through the apex and to each other upper surface adjacent thereto by an outer converging wall.

Claim 5

An improvement in boot covers for a floor-mounted manually operated transmission shift lever wherein the shift lever has a pivot axis and a handle longitudinally displaced from the pivot axis and wherein said boot cover is of a geometrical shape which converges toward an apex disposed substantially on a vertical axis extending through the pivot axis when the shift lever is in a neutral position; wherein the improvement comprises: said boot cover having a plurality of lower and upper outer spherical surfaces, each said lower surface having respective center of radii disposed at a common point displaced from the apex a distance equal to the distance between the apex and the pivot axis the largest of said radial dimensions being less than twice the distance between said apex and said pivot axis; and each said upper surface having a common center of radii disposed at the apex and the radial dimension of each said upper surface being less than the radial dimension of each said lower surface, each said lower surface being connected to each said upper surface immediately adjacent thereto by converging walls which are co-planar with lines passing through the apex.

Claim 6

An improvement in boot covers for a floor-mounted manually operated transmission shift lever wherein the shift lever has a pivot axis and a handle longitudinally displaced from the pivot axis and wherein said boot cover is of a geometrical shape which converges toward an apex disposed substantially on a vertical axis extending through the pivot axis when the shift lever is in a neutral position; wherein the improvement comprises: said boot cover having a plurality of lower and upper outer spherical surfaces, each said lower surface having respective center of radii disposed at a common point displaced from the apex a distance equal to the distance between the apex and the pivot axis the largest of said radial dimensions being less than twice the distance between said apex and said pivot axis; and each said upper surface having a common center of radii disposed at the apex and the radial dimension of each said upper surface being less than the radial dimension of each said lower surface, each said lower surface being connected to each said upper surface immediately adjacent thereto by converging walls which are co-planar with lines passing through the apex.