Gauge pin holder

Claim 2

A gauge pin holder, comprising: (a) an elongated handle of terminal length having thickened end portions; (1) walls defining a pair of slots, one slot formed transversely through each said thickened end portion of said handle; (2) first and second pairs of bores, one pair formed in through each of said handle ends and thickened end portions, said bores in each pair being mutually aligned substantially parallel to said handle and opening through opposing walls into said slot; and, (3) a pair of threaded apertures, one formed through each said thickened handle end portion intercepting a respective slot therein; (b) a pair of boots sized to fit into said slots; (1) a passageway through each said boot for general alignment with one of said pairs of bores in said thickened handle end portions, said passageways having a greater dimension in one direction and a lesser dimension in a direction normal thereto; (2) a non-threaded aperture formed in each boot for alignment with said threaded aperture, in said thickened handle end portion, when said boot is positioned in said slot; and, (3) means for retaining said boots in said slots; (c) a pair of sleeves, for receipt in said passageways in said boots, each having a diameter at least as great as said lesser dimension, for free movement in said boot, toward and away from said handle; and, (d) a pair of shafts, adapted for threaded receipt in said threaded apertures and passage through said adjacent aligned non-threaded aperatures, each for bearing against a respective sleeve, centrally holding a gauge pin therein that extends across said slot, into said adjacent passageways and out through said handle end, to clamp the gauge pin between said sleeve and the walls of said pair of said adjacent bores.

Claim 3

The gauge pin holder of claim 1 wherein said handle is straight.

Claim 4

The gauge pin holder of claim 1 wherein said handle is of a rectangular cross-section.

Claim 5

The gauge pin holder of claim 1 wherein said first and second pairs of bores are of circular cross-section and of equal diameter.

Claim 6

The gauge pin holder of claim 1 wherein said passageways comprise elliptical bores through said boots having equal major diameters that are mutually aligned.

Claim 7

The gauge pin holder of claim 5 wherein said handle is straight and the major elliptical diameters of said elliptical bores and the axis of said handle lie in a common plane.

Claim 8

The gauge pin holder of claim 1 wherein said passageways through said boots have equal lesser dimensions that are equal to the diameters of said first and second pairs of bores.

Claim 9

The gauge pin holder of claim 1 wherein said means for retaining said boots in said slots comprises a pair of opposed ridges extending outwardly from each said boot adjacent its contact with the walls of said slot and a pair of complementary, inwardly directed grooves formed in said walls defining said slot for receipt therein of said ridges.

Claim 10

The gauge pin holder of claim 1 wherein said boots have a rectangular cross-section.

Claim 11

The gauge pin holder of claim 1 wherein said sleeves are of equal diameter.

Claim 12

The gauge pin holder of claim 1 wherein said shafts include end-knobs for turning said shafts in said threaded apertures.

Claim 13

The gauge pin holder of claim 1 wherein said sleeves are short pieces of tubing and have an outside diameter greater than the diameters of said first and second pairs of bores.

Claim 14

A gauge pin holder, comprising: (a) a straight, elongated handle of rectangular cross-section and of terminal length having thickened end portions; (1) walls defining a pair of slots of equal width, one slot formed transversely through each said thickened end portion of said handle; (2) first and second pairs of bores of circular cross-section and equal diameter, one pair formed in through each of said handle ends and thickened end portions, said bores in each pair being mutually aligned, substantially parallel to said handle and opening through opposing walls into said respective slot; and, (3) a pair of threaded apertures, one formed through each said thickened handle portion, intercepting said respective slot therein; (b) a pair of boots sized to fit into said slots; (1) a passageway through each said boot for alignment with one of said pairs of bores in said thickened handle end portions, said passageways having a greater dimension in one direction and a lesser dimension in a direction normal thereto wherein said central portion of said greater dimension and the axis of said handle lie in a common plane; (2) a non-threaded aperture formed in each boot for alignment with said threaded aperture, in said thickened handle end portion, when said boot is positioned in said slot; and, (3) means for retaining said boots in said slots; (c) a pair of sleeves, for receipt in said passageways through said boots, each having a diameter no greater than the diameter of said bores adjacent said slot in which said boot is received, for free movement in said boot, toward and away from said handle; and, (d) a pair of shafts, adapted for threaded receipt in said threaded apertures and passage through said adjacent aligned non-threaded apertures, each for bearing against a respective sleeve, centrally holding a gauge pin therein that extends across said slot, into said adjacent bores and out through said handle end, to clamp the gauge pin between said sleeve and the walls of said pair of said adjacent bores.

Claim 15

A gauge pin holder, comprising: (a) a straight, elongated handle of rectangular cross-section and of terminal length having thickened end portions; (1) walls defining a pair of slots of equal width, one slot formed transversely through each said thickened end portion of said handle; (2) first and second pairs of bores of circular cross-section and equal diameter, one pair formed in through each of said handle ends and thickened end portions, said bores in each pair being mutually aligned, substantially parallel to said handle and opening through opposing walls into said respective slot; and, (3) a pair of threaded apertures, one formed through each said thickened handle portion, intercepting said respective slot therein; (b) a pair of boots sized to fit into said slots; (1) a passageway through each said boot for alignment with one of said pairs of bores in said thickened handle end portions, said passageways having a greater dimension in one direction and a lesser dimension in a direction normal thereto wherein said central portion of said greater dimension and the axis of said handle lie in a common plane; (2) a non-threaded aperture formed in each boot for alignment with said threaded aperture, in said thickened handle end portion, when said boot is positioned in said slot; and, (3) means for retaining said boots in said slots; (c) a pair of sleeves, for receipt in said passageways through said boots, each having a diameter no greater than the diameter of said bores adjacent said slot in which said boot is received, for free movement in said boot, toward and away from said handle; and, (d) a pair of shafts, adapted for threaded receipt in said threaded apertures and passage through said adjacent aligned non-threaded apertures, each for bearing against a respective sleeve, centrally holding a gauge pin therein that extends across said slot, into said adjacent bores and out through said handle end, to clamp the gauge pin between said sleeve and the walls of said pair of said adjacent bores.

Claim 16

The gauge pin holder of claim 13 wherein said passageways comprise elliptical bores through said boots having equal major elliptical diameters and said diameters that are mutually aligned.

Claim 17

The gauge pin holder of claim 13 wherein said means for retaining said boots in said slots comprises a pair of opposed ridges extending outwardly from each said boot adjacent its contact with said walls defining said slot and a pair of complementary, inwardly directed grooves formed in said walls for receipt therein of said ridges.

Claim 18

The gauge pin holder of claim 13 wherein said boots have a rectangular cross-section.

Claim 19

The gauge pin holder of claim 13 wherein said sleeves are of equal diameter.

Claim 20

The gauge pin holder of claim 13 wherein said shafts include end-knobs for turning said shafts in said threaded apertures.

Claim 21

The gauge pin holder of claim 13 wherein said sleeves are short pieces of tubing.

Claim 22

A gauge pin holder, comprising: (a) a straight, elongated handle of rectangular cross-section and of terminal length having thickened end portions; (1) spaced-apart walls defining a pair of slots of equal width, one slot formed transversely through each said thickened end portion of said handle; (2) first and second pairs of bores of circular cross-section and equal diameter, one pair formed in through each of said handle ends and thickened end portions, said bores in each pair being mutually aligned, substantially parallel to said handle and opening through said opposing, spaced-apart walls into said respective slot; and, (3) a pair of threaded apertures, one formed through each said thickened handle portion, intercepting said respective slot therein; (b) a pair of boots having a rectangular cross-section sized to fit into said slots; (1) an elliptical passageway through each said boot for alignment with one of said pairs of circular bores in said thickened handle end portion, said elliptical passageway having a major elliptical diameter greater than the diameter of said adjacent bores, the major elliptical diameters of said passageways and the axis of said handle lying in a common plane and wherein said elliptical passageways further have equal minor elliptical diameters slightly greater than the diameters of said first and second pairs of bores; (2) a non-threaded aperture formed in each boot for alignment with said threaded aperture, in said thickened handle end portion, when said boot is positioned in said slot; and, (3) means for retaining said boots in said slots including a pair of opposed ridges extending outwardly from each said boot adjacent its contact with said walls defining said slot and a pair of complementary, inwardly directed grooves formed in said walls for receipt therein of said ridges. (c) a pair of sleeves of equal diameter, comprising short pieces of tubing, for receipt in said elliptical passageways in said boots, each having a diameter no greater than the diameter of said bores adjacent said slot in which said boot is received, for free movement in said boot, toward and away from said handle; and, (d) a pair of shafts, including end-knobs for turning said shafts, adapted for threaded receipt in said threaded apertures and passage through said adjacent aligned non-threaded apertures, each for bearing against a respective sleeve, centrally holding a gauge pin therein that extends across said slot, into said adjacent bores and out through said handle end, to clamp the gauge pin between said sleeve and the walls of said pair of said adjacent bores.

Claim 23

A gauge pin holder, comprising: (a) a straight, elongated handle of rectangular cross-section and of terminal length having thickened end portions; (1) spaced-apart walls defining a pair of slots of equal width, one slot formed transversely through each said thickened end portion of said handle; (2) first and second pairs of bores of circular cross-section and equal diameter, one pair formed in through each of said handle ends and thickened end portions, said bores in each pair being mutually aligned, substantially parallel to said handle and opening through said opposing, spaced-apart walls into said respective slot; and, (3) a pair of threaded apertures, one formed through each said thickened handle portion, intercepting said respective slot therein; (b) a pair of boots having a rectangular cross-section sized to fit into said slots; (1) an elliptical passageway through each said boot for alignment with one of said pairs of circular bores in said thickened handle end portion, said elliptical passageway having a major elliptical diameter greater than the diameter of said adjacent bores, the major elliptical diameters of said passageways and the axis of said handle lying in a common plane and wherein said elliptical passageways further have equal minor elliptical diameters slightly greater than the diameters of said first and second pairs of bores; (2) a non-threaded aperture formed in each boot for alignment with said threaded aperture, in said thickened handle end portion, when said boot is positioned in said slot; and, (3) means for retaining said boots in said slots including a pair of opposed ridges extending outwardly from each said boot adjacent its contact with said walls defining said slot and a pair of complementary, inwardly directed grooves formed in said walls for receipt therein of said ridges. (c) a pair of sleeves of equal diameter, comprising short pieces of tubing, for receipt in said elliptical passageways in said boots, each having a diameter no greater than the diameter of said bores adjacent said slot in which said boot is received, for free movement in said boot, toward and away from said handle; and, (d) a pair of shafts, including end-knobs for turning said shafts, adapted for threaded receipt in said threaded apertures and passage through said adjacent aligned non-threaded apertures, each for bearing against a respective sleeve, centrally holding a gauge pin therein that extends across said slot, into said adjacent bores and out through said handle end, to clamp the gauge pin between said sleeve and the walls of said pair of said adjacent bores.