Dart game with blunt dart having magnet surrounded by non-magnetic sleeve and board including magnetic material
OwnerSven Jonssoninventor
Life of this patent
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Abstract
A game of dart comprising safe darts and a board, wherein the darts are provided with blunt nose with a high-energy magnet, e.g. a neodymium magnet, surrounded by a sleeve of non-magnetic material, whereby the front end of the magnet forms the nose tip, and in that the board comprises a magnetic material and has a board picture built up by fields.
Claims9
A dart game comprising safe darts and a board, wherein each of the darts has a blunt nose comprising a high-energy magnet surrounded by a sleeve of non-magnetic material, and wherein the board comprises fields of a magnetic material, the magnet exerts a magnetic attraction force on each of the fields when the nose approaches said each of the fields, the fields are surrounded by boundaries forming non-magnetic bands, whereby the magnet exerts less magnetic force on any one of the bands than on any of the fields adjacent to said any one of the bands, and each of the bands has a width such that when any one of the darts hits said any one of the bands at a location closer to a first one of the fields than to each other one of the fields, said any one of the darts is pulled magnetically to said first one of the fields and adheres to said first one of the fields.
A dart board, for use with a safe dart having a blunt nose comprising a high-energy magnet surrounded by a sleeve of non-magnetic material, said board comprising:
- fields of a magnetic material selected so that the magnet exerts a magnetic attraction force on each of the fields when the nose of the dart approaches said each of the fields;
- and
- non-magnetic bands surrounding the fields, each of the bands being composed of a non-magnetic material selected so that the magnet exerts less magnetic attraction force on said each of the bands than on any of the fields adjacent to said each of the bands when the nose approaches the board, said each of the bands having a width such that when the dart hits any one of the bands at a location closer to a first one of the fields than to each other one of the fields, said dart is pulled magnetically to said first one of the fields and adheres to said first one of the fields.
Dependencies are inferred from the claim text.