Mounting mechanism for mounting a cymbal

Claim 2

A mounting mechanism for retaining a cymbal in place while permitting high resonance sound to be produced by the cymbal, comprising: a rod of non-magnetic material, said rod having an upper end and an lower end, the lower end including a means for mounting the rod; a lower washer mounted on the rod; a pair of magnets including an upper magnet and a lower magnet each having substantially the same size and configuration with an opening through each magnet, the opening being substantially at the center point of each magnet, each magnet having two surfaces, each surface having a polarity opposite from the other surface, both the upper magnet and the lower magnet being mounted on the rod so as to slide on the rod, the lower magnet being located on the lower washer, the upper magnet and lower magnet having surfaces of the same polarity facing one another to repel one another and maintain the upper magnet above the lower magnet for a distance of separation; a cymbal washer of non-magnetic material including a tube portion mounted about the rod on the face of the upper magnet opposite from the lower magnet; a lower cushion having an opening therein mounted on the cymbal washer and about the tube portion of the cymbal washer, the tube of the cymbal washer extending beyond the lower cushion away from the upper magnet; a cymbal with an opening in it mounted on the lower cushion with the tube of the cymbal washer extending through the opening in the cymbal; an upper cushion having an opening therein mounted on the rod and against the cymbal, the tube of the cymbal washer extending into the upper cushion; and securing means mounted on the rod loosely to hold the upper cushion against the cymbal.

Claim 3

A mounting mechanism according to claim 1 wherein the cymbal washer includes a circular washer with an opening through it and with the tube portion fixedly mounted on the opening of the circular washer.

Claim 4

A mounting mechanism according to claim 1 wherein the openings in the lower magnet and the upper magnet are larger than the rod on which the lower magnet and the upper magnet are mounted and further including a sleeve mounted within the opening of the lower magnet and a sleeve mounted in the opening of the upper magnet.

Claim 5

A mounting mechanism according to claim 1 wherein the upper magnet and the lower magnet are both made of Neodymium-Boron.

Claim 6

A mounting mechanism according to claim 1 wherein the upper magnet and the lower magnet are both made from a rare earth ceramic material.

Claim 7

A mounting mechanism according to claim 1 wherein the upper magnet and the lower magnet are maintained at a distance of separation in the range of one quarter of an inch to three-quarters of an inch.

Claim 8

A mounting mechanism according to claim 1 wherein the gauss reading between the upper magnet and the lower magnet when in opposition to one another is in the range of 2500 gauss to 3300 gauss.

Claim 9

A mounting mechanism for retaining a cymbal in place while permitting high resonance sound to be produced by the cymbal, comprising: a rod of non-magnetic material, said rod having an upper end and a lower end, the lower end including a means for mounting the rod; a lower washer mounted on the rod toward the means for mounting the rod; a pair of magnets including an upper magnet and a lower magnet, each having substantially the same size and configuration with an opening through each magnet, the opening being substantially at the center point of each magnet, each magnet having two surfaces, each surface having a polarity opposite from the other surface, the opening in each magnet being larger than the rod; a sleeve of non-magnetic material mounted in the opening of the upper magnet and the lower magnet, each sleeve having an opening therein, the upper magnet with the sleeve and the lower magnet with the sleeve being mounted on the rod so as to slide on the rod, the lower magnet with the sleeve being located on the lower washer, the upper magnet and the upper magnet being mounted on the rod with surfaces of the same polarity facing one another to repel one another and maintain the upper magnet above the lower magnet for a distance of separation; a cymbal washer of non-magnetic material including a washer portion and a tube portion extending from the washer portion mounted about the rod on the face of the upper magnet opposite from the lower magnet, wherein the washer portion has an opening and wherein the tube portion is fixedly mounted on the opening of the washer portion; a lower cushion having an opening therein mounted on the washer portion of the cymbal washer and about the tube portion of the cymbal washer, the tube portion of the cymbal washer extending beyond the lower cushion away from the upper magnet; a cymbal with a lower surface having an opening therein mounted on the lower cushion with the tube portion of the cymbal washer extending through the opening in the cymbal, the lower cushion conforming to the lower surface of the cymbal; an upper cushion having an opening therein mounted on the rod and against the cymbal, the tube portion of the cymbal washer extending into the upper cushion; and securing means mounted on the rod to hold the upper cushion against the cymbal.

Claim 10

A mounting mechanism for retaining a cymbal in place while permitting high resonance sound to be produced by the cymbal, comprising: a rod of non-magnetic material, said rod having an upper end and a lower end, the lower end including a means for mounting the rod; a lower washer mounted on the rod toward the means for mounting the rod; a pair of magnets including an upper magnet and a lower magnet, each having substantially the same size and configuration with an opening through each magnet, the opening being substantially at the center point of each magnet, each magnet having two surfaces, each surface having a polarity opposite from the other surface, the opening in each magnet being larger than the rod; a sleeve of non-magnetic material mounted in the opening of the upper magnet and the lower magnet, each sleeve having an opening therein, the upper magnet with the sleeve and the lower magnet with the sleeve being mounted on the rod so as to slide on the rod, the lower magnet with the sleeve being located on the lower washer, the upper magnet and the upper magnet being mounted on the rod with surfaces of the same polarity facing one another to repel one another and maintain the upper magnet above the lower magnet for a distance of separation; a cymbal washer of non-magnetic material including a washer portion and a tube portion extending from the washer portion mounted about the rod on the face of the upper magnet opposite from the lower magnet, wherein the washer portion has an opening and wherein the tube portion is fixedly mounted on the opening of the washer portion; a lower cushion having an opening therein mounted on the washer portion of the cymbal washer and about the tube portion of the cymbal washer, the tube portion of the cymbal washer extending beyond the lower cushion away from the upper magnet; a cymbal with a lower surface having an opening therein mounted on the lower cushion with the tube portion of the cymbal washer extending through the opening in the cymbal, the lower cushion conforming to the lower surface of the cymbal; an upper cushion having an opening therein mounted on the rod and against the cymbal, the tube portion of the cymbal washer extending into the upper cushion; and securing means mounted on the rod to hold the upper cushion against the cymbal.

Claim 11

A mounting mechanism according to claim 8 wherein the upper magnet and the lower magnet are both made from a rare earth ceramic material.

Claim 12

A mounting mechanism according to claim 8 wherein the upper magnet and the lower magnet are maintained at a distance of separation in the range of one quarter of an inch to three-quarters of an inch.

Claim 13

A mounting mechanism according to claim 8 wherein the gauss reading between the upper magnet and the lower magnet when in opposition to one another is in the range of 2500 gauss to 3300 gauss.