Magnetic socket holder

Claim 2

An improved magnetic socket holder comprising, in combination: a non-magnetic material tray having opposite ends, a plurality of generally parallel troughs, the top of each trough being open to receive a socket, an integral handle at on end of the tray generally parallel to the troughs, said tray further including a transverse, magnet support channel abutting one end of each trough, said channel being open at said one end of each trough; and a first magnet in the magnet support channel, said first magnet having a top surface, a bottom surface, and a longitudinal dimension generally transverse to said one end of the trough, said first magnet extending across the one end of all the troughs, said first magnet having one pole along the top surface and another pole along the bottom surface whereby a socket of magnetically responsive material in any trough will bridge the poles and form a closed magnetic circuit.

Claim 3

The holder of claim 1 including a pole piece for each pole of the first magnet, said pole pieces laminating the first magnet and projecting into the troughs to define magnetic field pathways for a socket abutting the pole pieces in each trough.

Claim 4

The holder of claim 1 including a second magnet mounted in the holder, generally parallel to the first magnet, said second magnet having a top face and a bottom face, the bottom face being positioned generally in a mounting surface of the socket holder, said bottom face defining a multiplicity of different poles along the length of the second magnet whereby the holder may be mounted on a magnetizable surface by means of the second magnet in combination with the magnetizable surface defining a plurality of magnetic circuits.

Claim 5

The holder of claim 3 including a pole piece for each pole of the first magnet and a pole piece for the top surface of the second magnet.

Claim 6

The improved holder of claim 1 wherein the tray comprises a molded, nonmagnetic material and wherein the molded troughs have a depth less than the diameter of the sockets supported thereby.

Claim 7

The improved holder of claim 1 wherein the troughs for the sockets each have a generally semicylindrical shape with a cylindrical axis of rotation for each trough, each of said axes being generally parallel and in the same flat plane.

Claim 8

The improved holder of claim 1 wherein the tray further includes a second set of troughs parallel to the plurality of generally parallel troughs, and the magnet support channel is intermediate the second set of troughs and the plurality of troughs, thereby abutting all the troughs, and said tray further includes opposite ends with said handle integrally molded to one end of the tray, said handle spanning the magnet support channel.

Claim 9

An improved magnetic socket holder comprising, in combination: a molded socket tray including a mounting surface, opposite ends, a tray cross member connecting the ends, a plurality of parallel troughs arrayed between the ends on opposite sides of the cross member and extending from the tray cross member, each adjacent parallel tough being laterally separated from the next adjacent parallel trough by a molded rib, said tray cross member defining a magnet support channel which is open to an end of each trough, and further including a handle integrally molded to the tray at one end and generally parallel to the troughs; a first magnet mounted in the support channel, said first magnet including a first surface region of one polarity and a second surface region of another polarity, said first magnet positioned in the channel so as to magnetically interact with magnetizable metal sockets in the troughs to complete a magnetic circuit.

Claim 10

An improved magnetic socket holder comprising, in combination: a molded socket tray including a mounting surface, opposite ends, a tray cross member connecting the ends, a plurality of parallel troughs arrayed between the ends on opposite sides of the cross member and extending from the tray cross member, each adjacent parallel tough being laterally separated from the next adjacent parallel trough by a molded rib, said tray cross member defining a magnet support channel which is open to an end of each trough, and further including a handle integrally molded to the tray at one end and generally parallel to the troughs; a first magnet mounted in the support channel, said first magnet including a first surface region of one polarity and a second surface region of another polarity, said first magnet positioned in the channel so as to magnetically interact with magnetizable metal sockets in the troughs to complete a magnetic circuit.

Claim 11

The holder of claim 8 further including a first keeper plate in the channel adjacent the first surface region and a second keeper plate adjacent the second surface region, said plates projecting into the troughs to mechanically engage sockets in the troughs and complete a magnetic circuit.

Claim 12

The holder of claim 8 further including a first keeper plate in the channel adjacent a surface of the magnet, said plate projecting into the troughs to mechanically engage sockets in the troughs.

Claim 13

The holder of claim 8 wherein the handle and troughs are generally coplanar.

Claim 14

The holder of claim 8 wherein the handle abuts one end of the magnet support channel.

Claim 15

An improved magnetic socket holder comprising, in combination: a non-magnetic material tray having opposite ends, a plurality of generally parallel troughs, the top of each trough being open to receive a socket, said tray further including a transverse magnet support channel abutting one end of each trough, said channel being open at said one end of each trough; a first magnet in the magnet support channel, said first magnet having a top surface, a bottom surface, and a longitudinal dimension generally transverse to said one end of the trough, said first magnet extending across the one end of all the troughs, said first magnet having one pole along the top surface and another pole along the bottom surface; a pole piece for the top surface of the first magnet; a separate pole piece for the bottom surface of the first magnet; and a second magnet in the support channel abutting a pole piece and further including a bottom face positioned in a mounting surface of the socket holder, said bottom surface of the second magnet defining a plurality of poles along the length of the second magnet whereby the holder may be mounted on a magnetizable surface.

Claim 16

An improved magnetic socket holder comprising, in combination: a non-magnetic material tray having opposite ends, a plurality of generally parallel troughs, the top of each trough being open to receive a socket, said tray further including a transverse magnet support channel abutting one end of each trough, said channel being open at said one end of each trough; a first magnet in the magnet support channel, said first magnet having a top surface, a bottom surface, and a longitudinal dimension generally transverse to said one end of the trough, said first magnet extending across the one end of all the troughs, said first magnet having one pole along the top surface and another pole along the bottom surface; a pole piece for the top surface of the first magnet; a separate pole piece for the bottom surface of the first magnet; and a second magnet in the support channel abutting a pole piece and further including a bottom face positioned in a mounting surface of the socket holder, said bottom surface of the second magnet defining a plurality of poles along the length of the second magnet whereby the holder may be mounted on a magnetizable surface.

Claim 17

The holder of claim 13 further including a handle integrally molded to the tray at one end thereof.

Claim 18

The holder of claim 14 wherein the handle spans the magnetic support channel.

Claim 19

The holder off claim 14 wherein the pole piece for the second magnet and the separate pole piece for the first magnet are the same pole piece.

Claim 20

An improved magnetic socket holder comprising, in combination: a non-magnet material tray having opposite ends, a plurality of generally parallel troughs, the top of each trough being open to receive a socket, said tray further including a transverse magnet support channel abutting one end of each trough; an integrally molded handle in the tray at one of the said opposite ends; the first magnet in the magnet support channel, said first magnet having a top surface, a bottom surface, and a longitudinal dimension generally transverse to said one end of the troughs, said first magnet extending across the one end of all the troughs, said first magnet having one pole piece along the top surface and another pole piece along the bottom surface; a pole piece for the top surface of the first magnet; a separate pole piece for the bottom surface of the first magnet; and a second magnet in the support channel abutting the separate pole piece and further including a bottom face positioned in a mounting surface of the socket holder, said bottom surface of the second magnet providing a plurality of poles along the length of the second magnet whereby the holder may be mounted on a magnetizable surface.

Claim 21

An improved magnetic socket holder comprising, in combination: a non-magnet material tray having opposite ends, a plurality of generally parallel troughs, the top of each trough being open to receive a socket, said tray further including a transverse magnet support channel abutting one end of each trough; an integrally molded handle in the tray at one of the said opposite ends; the first magnet in the magnet support channel, said first magnet having a top surface, a bottom surface, and a longitudinal dimension generally transverse to said one end of the troughs, said first magnet extending across the one end of all the troughs, said first magnet having one pole piece along the top surface and another pole piece along the bottom surface; a pole piece for the top surface of the first magnet; a separate pole piece for the bottom surface of the first magnet; and a second magnet in the support channel abutting the separate pole piece and further including a bottom face positioned in a mounting surface of the socket holder, said bottom surface of the second magnet providing a plurality of poles along the length of the second magnet whereby the holder may be mounted on a magnetizable surface.