Secure device for applying an electrical pulse
The device for applying an electrical pulse includes at least one glove having a glove body ending in glove fingers, at least three of which are provided with first application contacts, connected to an electrical energy source via a control unit. The glove further includes second application contacts. The control unit includes a selector for applying a differential electrical pulse between the first and second application contacts.
1. A device for applying an electrical pulse, comprising:
a glove being comprised of a glove body having a back face and a front face opposite said back face, said glove body being comprised of a hand base and a plurality of glove fingers;
a plurality of first application contacts, wherein three of said plurality of first application contacts are mounted on a respective three of said plurality of glove fingers, said three of said plurality of first application contacts being on said front face;
a plurality of second application contacts being mounted on said hand base;
an electrical energy source being connected to said plurality of first application contacts and said plurality of second application contacts; and
a control unit connecting said electrical energy source, said plurality of first application contacts, and said plurality of second application contacts, said control unit being comprised of a means for applying differential electrical pulses, wherein each of said plurality of first application contacts is mounted on said front face of a respective one of said plurality of glove fingers so as to apply a first electrical pulse, and wherein each of said plurality of second application contacts is mounted on said front face of said hand base so as to apply a second electrical pulse, said second electrical pulse being stronger than said first electrical pulse.
2. The device for applying an electrical pulse according to claim 1 , wherein said first electrical pulse has a first intensity and a first voltage, wherein said second electrical pulse has a second intensity and a second voltage, and wherein said first intensity is lower than said second intensity.
3. The device for applying an electrical pulse according to claim 1 , wherein said first intensity is between 5 and 40 mAh said first voltage being between 220 and 260 V.
4. The device for applying an electrical pulse according to claim 3 , wherein said second voltage is more than 1,000 volts.
5. The device for applying an electrical pulse according to claim 1 , wherein each glove finger has a fingertip 3 B, said three of said plurality of said first application contacts being on respective finger tips of said three of said plurality of glove fingers.
6. The device for applying an electrical pulse according to claim 1 , wherein said second application contacts are arranged on said front face.
7. The device for applying an electrical pulse according to claim 1 , further comprising:
a coating being comprised conductive fibers on said plurality of first application contacts and said plurality of second application contacts so as to insulate said plurality of first application contacts from said plurality of second application contacts.
8. The device for applying an electrical pulse according to claim 1 , further comprising:
coating being comprised of polyurethane on said plurality of first application contacts and said plurality of second application contacts so as to insulate said plurality of first application contacts from said plurality of second application contacts.
9. A device for applying an electrical pulse, comprising:
a glove being comprised of a glove body having a back face and a front face opposite said back face, said glove body being comprised of a hand base and a plurality of glove fingers;
a plurality of first application contacts, wherein three of said plurality of first application contacts are mounted on a respective three of said plurality of glove fingers, said three of said plurality of first application contacts being on said front face;
a plurality of second application contacts being mounted on said hand base;
an electrical energy source being connected to said plurality of first application contacts and said plurality of second application contacts;
a control unit connecting said electrical energy source, said plurality of first application contacts, and said plurality of second application contacts, said control unit being comprised of a means for applying differential electrical pulses; and
a coating being comprised of polyurethane on said plurality of first application contacts and said plurality of second application contacts so as to insulate said plurality of first application contacts from said plurality of second application contacts,
wherein each of said plurality of first application contacts is mounted on said front face of a respective one of said plurality of glove fingers so as to apply a first electrical pulse,
wherein each of said plurality of second application contacts is mounted on said front face of said hand base so as to apply a second electrical pulse, said second electrical pulse being greater than said first electrical pulse, and
wherein said coating has a thickness between 0.5 mm and 1 mm.
10. The device for applying an electrical pulse according to claim 1 , further comprising:
a case on said back face of hand base of said glove body, said control unit and said means for applying differential electrical pulses being housed within said case,
wherein said electrical energy source comprises at least one rechargeable battery within said, and
wherein said case is further comprised of an operating indicator and a charge level indicator.
11. The device for applying an electrical pulse according to claim 1 , wherein said glove body is comprised of a fabric with a base of carbon fibers.