Tattoo machine with magnetic and friction power source connector
A tattoo machine and wireless battery power supply comprising: a tattoo machine that comprises a body, a motor, and a power supply connection end, and a wireless battery power supply that comprises a battery and a tattoo machine connection end. The tattoo machine connection end comprises a depressed cavity at the bottom of which are power supply surface connectors and a magnetic material portion. The power supply connection end comprises a backplate protrusion, which may comprise one or more O-ring grooves, one or more O-rings, power supply pin connectors, and a magnet. The tattoo machine connection end and the power supply connection end are configured to matingly and electronically engage one another, such that the backplate protrusion is substantially within said depressed cavity, the O-rings frictionally contact an interior surface of the depressed cavity, the magnet and magnetic material portion are magnetically coupled.
1 . A tattoo machine and wireless battery power supply comprising:
a tattoo machine; and
a wireless battery power supply;
wherein said tattoo machine comprises a body, a motor, and a power supply connection end;
wherein said wireless battery power supply comprises a battery and a tattoo machine connection end;
wherein said tattoo machine connection end and said power supply connection end are configured to matingly and electronically engage one another;
wherein said tattoo machine connection end comprises a depressed cavity at the bottom of which is a power supply positive connector, a power supply negative connector, and a magnetic material portion;
wherein said power supply connection end comprises a backplate protrusion;
wherein said backplate protrusion comprises one or more O-ring grooves, one or more O-rings, a tattoo machine positive connector, a tattoo machine negative connector, and a magnet;
wherein when said tattoo machine connection end and said power supply connection end are matingly and electronically engaged with on another:
(i) said backplate protrusion is substantially within said depressed cavity;
(ii) said one or more O-rings frictionally contact an interior surface of said depressed cavity;
(iii) said magnet and said magnetic material portion are magnetically coupled;
(iv) said power supply negative connector is engaged with said tattoo machine negative connector;
(v) said power supply positive connector is engaged with said tattoo machine positive connector; and
(vi) said tattoo machine connection end and said power supply connection end may be purposefully pulled apart by overcoming friction of said one or more O-rings and by overcoming magnetic coupling of said magnet and said magnetic material portion.
2 . The tattoo machine and wireless battery power supply of claim 1 , wherein said battery is rechargeable.
3 . The tattoo machine and wireless battery power supply of claim 1 , wherein said magnet is a correlated polymagnet.
4 . The tattoo machine and wireless battery power supply of claim 1 , wherein said backplate protrusion and said depressed cavity are both substantially cylindrical in shape.
5 . The tattoo machine and wireless battery power supply of claim 1 , wherein said tattoo machine positive connector is a positive power spring pin connector; and
wherein said tattoo machine negative connector is a negative power spring pin connector.
6 . The tattoo machine and wireless battery power supply of claim 1 , wherein said power supply positive connector is a positive power connector interface surface; and
wherein said power supply negative connector is a negative power connector interface surface.
7 . The tattoo machine and wireless battery power supply of claim 1 , wherein said tattoo machine further comprises a removable grip.
8 . The tattoo machine and wireless battery power supply of claim 1 , wherein there are two O-ring grooves and two O-rings.
9 . A tattoo machine and wireless battery power supply comprising:
a tattoo machine; and
a wireless battery power supply;
wherein said tattoo machine comprises a body, a motor, and a power supply connection end;
wherein said wireless battery power supply comprises a battery and a tattoo machine connection end;
wherein said tattoo machine connection end and said power supply connection end are configured to matingly and electronically engage one another;
wherein said tattoo machine connection end comprises a protrusion at the top of which is a power supply positive connector, a power supply negative connector, and a magnetic material portion;
wherein said protrusion further comprises one or more O-ring grooves and one or more O-rings;
wherein said power supply connection end comprises a backplate depressed cavity;
wherein said backplate depressed cavity comprises a tattoo machine positive connector, a tattoo machine negative connector, and a magnet;
wherein when said tattoo machine connection end and said power supply connection end are matingly and electronically engaged with on another:
(i) said protrusion is substantially within said backplate depressed cavity;
(ii) said one or more O-rings frictionally contact an interior surface of said backplate depressed cavity;
(iii) said magnet and said magnetic material portion are magnetically coupled;
(iv) said power supply negative connector is engaged with said tattoo machine negative connector;
(v) said power supply positive connector is engaged with said tattoo machine positive connector; and
(vi) said tattoo machine connection end and said power supply connection end may be purposefully pulled apart by overcoming friction of said one or more O-rings and by overcoming magnetic coupling of said magnet and said magnetic material portion.
10 . The tattoo machine and wireless battery power supply of claim 9 , wherein said battery is rechargeable.
11 . The tattoo machine and wireless battery power supply of claim 9 , wherein said magnet is a correlated polymagnet.
12 . The tattoo machine and wireless battery power supply of claim 9 , wherein said protrusion and said backplate depressed cavity are both substantially cylindrical in shape.
13 . The tattoo machine and wireless battery power supply of claim 9 , wherein said tattoo machine positive connector is a positive power spring pin connector; and
wherein said tattoo machine negative connector is a negative power spring pin connector.
14 . The tattoo machine and wireless battery power supply of claim 9 , wherein said power supply positive connector is a positive power connector interface surface; and
wherein said power supply negative connector is a negative power connector interface surface.
15 . The tattoo machine and wireless battery power supply of claim 9 , wherein said tattoo machine further comprises a removable grip.
16 . The tattoo machine and wireless battery power supply of claim 9 , wherein there are two O-ring grooves and two O-rings.
17 . A tattoo machine and wireless battery power supply comprising:
a tattoo machine; and
a wireless battery power supply;
wherein said tattoo machine comprises a body, a motor, a removeable grip, and a power supply connection end;
wherein said wireless battery power supply comprises a rechargeable battery and a tattoo machine connection end;
wherein said tattoo machine connection end and said power supply connection end are configured to matingly and electronically engage one another;
wherein said tattoo machine connection end comprises a depressed cavity at the bottom of which is a power supply positive connector, a power supply negative connector, and a magnetic material portion;
wherein said power supply connection end comprises a backplate protrusion;
wherein said backplate protrusion comprises one or more O-ring grooves, one or more O-rings, a tattoo machine positive connector, a tattoo machine negative connector, and a correlated polymagnet;
wherein said backplate protrusion and said depressed cavity are both substantially cylindrical in shape;
wherein when said tattoo machine connection end and said power supply connection end are matingly and electronically engaged with on another:
(i) said backplate protrusion is substantially within said depressed cavity;
(ii) said one or more O-rings frictionally contact an interior surface of said depressed cavity;
(iii) said correlated polymagnet and said magnetic material portion are magnetically coupled;
(iv) said power supply negative connector is engaged with said tattoo machine negative connector;
(v) said power supply positive connector is engaged with said tattoo machine positive connector; and
(vi) said tattoo machine connection end and said power supply connection end may be purposefully pulled apart by overcoming friction of said one or more O-rings and by overcoming magnetic coupling of said magnet and said magnetic material portion.
18 . The tattoo machine and wireless battery power supply of claim 17 , wherein said tattoo machine positive connector is a positive power spring pin connector; and
wherein said tattoo machine negative connector is a negative power spring pin connector.
19 . The tattoo machine and wireless battery power supply of claim 17 , wherein said power supply positive connector is a positive power connector interface surface; and
wherein said power supply negative connector is a negative power connector interface surface.
20 . The tattoo machine and wireless battery power supply of claim 17 , wherein there are two O-ring grooves and two O-rings.