Adjustable quick-mount test probe assembly

Claim 2

An adjustable quick-mount test probe assembly comprising: a conductor means for electrically connecting to an electric circuit; a first positioning means, electrically isolated from said conductor means, for horizontally adjusting said conductor means; a second positioning means, electrically isolated from said conductor means, for vertically adjusting said conductor means; a stud for mounting said test probe assembly, said stud having a pin perpendicularly connected thereto, whereby said stud and said pin interact with a cam lock fastener to support said test probe assembly, said stud being part of a holding device for holding said first positioning means; an attachment means for electrically connecting a test clip to said conductor means; and a means for securing a test lead extending from said test clip.

Claim 3

The adjustable quick-mount test probe assembly as claimed in claim 1 wherein said conductor means is a replaceable metal probe tip connected to a metal receptacle.

Claim 4

The adjustable quick-mount test probe assembly as claimed in claim 2 wherein said second positioning means is said holding device.

Claim 5

The adjustable quick-mount test probe assembly as claimed in claim 3 wherein said holding device comprises: a plurality of disks having means for supporting said first positioning means and providing said second positioning means; at least one brake shoe having opposing concavities substantially complimentary to the peripheral surfaces of said disks; and a body having an opening for holding said disks and said brake shoes such that they are in contact with each other, said body being of two halves, a first half and a second half, such that when the two halves are moved in opposite directions along the same plane, said disks and said brake shoes are compressed together.

Claim 6

The adjustable quick-mount test probe assembly as claimed in claim 4 wherein said holding device is covered by a sleeve having a channel, substantially narrower than said opening, whereby said sleeve holds said disks and said brake shoes in place as well as allowing access to said disks.

Claim 7

The adjustable quick-mount test probe assembly as claimed in claim 7 wherein said holding device is operated by a spring loaded push button.

Claim 8

The adjustable quick-mount test probe assembly as claimed in claim 6 wherein said means for supporting said test lead is a slot in said push button.

Claim 9

The adjustable quick-mount test probe assembly as claimed in claim 7 wherein said means for electrically connecting a test clip to said means for electrical connection is a metal ring connected to said metal receptacle.

Claim 10

The adjustable quick-mount test probe assembly as claimed in claim 8 wherein said plurality of disks is two and said at least one brake shoe is one.

Claim 11

The adjustable quick-mount test probe assembly as claimed in claim 9 wherein said body is cylindrical and said opening is rectangular.

Claim 12

The adjustable quick-mount test probe assembly as claimed in claim 10 wherein said channel is elliptical.

Claim 13

An adjustable quick-mount test probe assembly (100) comprising: a metal ring (220) attached to a metal receptacle (240); a housing (230) for securing said metal receptacle (240); a replaceable spring loaded metal probe tip (250) which snaps onto said metal receptacle (240); an arm (210) to which said housing (230) is attached by an adhesive; a holding device (150) comprised of: a first circular disk (160) having a circular hole (162) extending through the disk (160) in a direction parallel to the plane of the disk's planar sides for accepting said arm (210) and a slot (164) extending substantially through the disk (160) perpendicular to the plane of the disk's planar sides; a second circular disk (170) having a circular hole (172) extending through the disk (170) in a direction parallel to the plane of the disk's planar sides for accepting said arm (210) and a slot (174) extending substantially through the disk (170) perpendicular disk's planar sides; a brake shoe (180) intermediate said first and second disks (160 and 170) for mating with said first and second disks (160 and 170) and aiding to apply pressure to said first and second disks (160 and 170) to compress said slots (164 and 174) so as to create a frictional force upon said arm (210) to substantially hold it in position, said brake shoe (180) having two concave surfaces opposite each other substantially complementary to the peripheral surfaces of said disks (160 and 170); first sides having two flat surfaces parallel to each other and perpendicular to said concave surfaces; and second sides having two flat surfaces parallel each other and mutually perpendicular to said first sides and concave surfaces; a cylindrical metal body (156A, 156B) for containing said first and second disks (160 and 170) and said brake shoe (180), having a rectangular channel (151) to allow access to said holes (162 and 172) in said first and second disks (160 and 170); said cylindrical metal body (156) comprising two separate halves (156A and 156B) which when pulled in opposite directions will aid in compressing said slots (164 and 174); said cylindrical metal body (156) having a first cylindrical arm (154) extending from said cylindrical metal body's base (155) with a circular hole (159) passing through said first cylindrical arm (154) at a point distal to said base (155) to accept a first pin (190); and said cylindrical metal body (156) having a second cylindrical arm (152) extending from said cylindrical metal body's top (153) with a circular hole (158) passing through said second cylindrical arm (152) at a point distal to said top (153) to accept a second pin (120); a cylindrical sleeve (140) comprised of: a channel (148A) to allow access to said disks (160 and 170); a second channel (14BB) opposite said first channel (148A) to allow access to said disks (160 and 170): a first circular hollow (146) to at least accept said holding device (150); a second circular hollow (144) to at least accept said holding device arm (152); and a third circular hollow (142) to at least accept a push button (110); a helical spring (130); and a circular push button (110) having concave surfaces (119) opposite each other on the longitudinal axis comprising of: a slot (112) at least large enough to accept a test lead (1010); an opening (113) to retain said test lead (1010); a hole (114) extending through said push button distal to said slotted top (112) and perpendicular to the plane of operation of said push button to accept said second pin (120); a circular hollow (116) to at least accept said second cylindrical arm (152); and a circular hollow (118) to at least accept said helical spring (130).

Claim 14

An adjustable quick-mount test probe assembly (100) comprising: a metal ring (220) attached to a metal receptacle (240); a housing (230) for securing said metal receptacle (240); a replaceable spring loaded metal probe tip (250) which snaps onto said metal receptacle (240); an arm (210) to which said housing (230) is attached by an adhesive; a holding device (150) comprised of: a first circular disk (160) having a circular hole (162) extending through the disk (160) in a direction parallel to the plane of the disk's planar sides for accepting said arm (210) and a slot (164) extending substantially through the disk (160) perpendicular to the plane of the disk's planar sides; a second circular disk (170) having a circular hole (172) extending through the disk (170) in a direction parallel to the plane of the disk's planar sides for accepting said arm (210) and a slot (174) extending substantially through the disk (170) perpendicular disk's planar sides; a brake shoe (180) intermediate said first and second disks (160 and 170) for mating with said first and second disks (160 and 170) and aiding to apply pressure to said first and second disks (160 and 170) to compress said slots (164 and 174) so as to create a frictional force upon said arm (210) to substantially hold it in position, said brake shoe (180) having two concave surfaces opposite each other substantially complementary to the peripheral surfaces of said disks (160 and 170); first sides having two flat surfaces parallel to each other and perpendicular to said concave surfaces; and second sides having two flat surfaces parallel each other and mutually perpendicular to said first sides and concave surfaces; a cylindrical metal body (156A, 156B) for containing said first and second disks (160 and 170) and said brake shoe (180), having a rectangular channel (151) to allow access to said holes (162 and 172) in said first and second disks (160 and 170); said cylindrical metal body (156) comprising two separate halves (156A and 156B) which when pulled in opposite directions will aid in compressing said slots (164 and 174); said cylindrical metal body (156) having a first cylindrical arm (154) extending from said cylindrical metal body's base (155) with a circular hole (159) passing through said first cylindrical arm (154) at a point distal to said base (155) to accept a first pin (190); and said cylindrical metal body (156) having a second cylindrical arm (152) extending from said cylindrical metal body's top (153) with a circular hole (158) passing through said second cylindrical arm (152) at a point distal to said top (153) to accept a second pin (120); a cylindrical sleeve (140) comprised of: a channel (148A) to allow access to said disks (160 and 170); a second channel (14BB) opposite said first channel (148A) to allow access to said disks (160 and 170): a first circular hollow (146) to at least accept said holding device (150); a second circular hollow (144) to at least accept said holding device arm (152); and a third circular hollow (142) to at least accept a push button (110); a helical spring (130); and a circular push button (110) having concave surfaces (119) opposite each other on the longitudinal axis comprising of: a slot (112) at least large enough to accept a test lead (1010); an opening (113) to retain said test lead (1010); a hole (114) extending through said push button distal to said slotted top (112) and perpendicular to the plane of operation of said push button to accept said second pin (120); a circular hollow (116) to at least accept said second cylindrical arm (152); and a circular hollow (118) to at least accept said helical spring (130).