Stun gun with finger grip

1. A stun gun, the stun gun comprising:

a housing adapted to be grasped and held firmly within a palm of a user's hand;

a finger grip aperture configured and placed on the stun gun to receive the user's finger therein when the stun gun is being gripped by the user's hand, wherein the finger grip aperture protects the user's finger and prevents an assailant from easily dislodging the stun gun from the user's hand; and

a trigger disposed within the finger grip aperture and adapted to be activated by pushing down on the trigger with the user's finger, wherein the trigger causes the stun gun to discharge an electric shock through electrodes mounted directly above the finger grip aperture to stun an assailant.

2. The stun gun of claim 1 , wherein the housing further comprising a front housing and a rear housing that mates to the front housing and are substantially similar in shape and size.

3. The stun gun of claim 2 , wherein the housing further comprising ridges that are adapted to help the user grip the stun gun without slipping.

4. The stun gun of claim 3 , further comprising an on/off switch to arm the stun gun, wherein the on/off switch is adapted to be placed on either or both sides of the stun gun.

5. The stun gun of claim 4 , further comprising discharge circuitry that is activated when the trigger is depressed, wherein a power supply energizes a transformer and a capacitor in turn is charged by the transformer until a predetermined discharge point causes the capacitor to discharge through the transformer that steps up the voltage and produces a high voltage across the electrodes.

6. The stun gun of claim 5 , further comprising a rechargeable plug to recharge the power supply of the stun gun, wherein household AC current is used to recharge the power supply.

7. The stun gun of claim 6 , wherein the power supply comprises rechargeable batteries or non-rechargeable batteries.

8. The stun gun of claim 7 , wherein the trigger is located at a bottom portion of the finger grip aperture and the trigger configured to slide down into the housing when depressed.

9. The stun gun of claim 8 , further comprising an indicator light to indicate to the user when the stun gun is turned on and armed.

10. The stun gun of claim 9 , wherein the electrodes have a high voltage difference between them and are each comprised of a plate of conducting metal positioned in the circuit with a gap between them, wherein when the stun gun is activated by the trigger, the gap is closed by touching an assailant's body as electrical pulses move from one electrode to the other to provide an intense electrical shock to the assailant.

11. The stun gun of claim 10 , wherein the rechargeable plug is adapted to be swung out and away from the rear housing to be approximately perpendicular relative to the rear housing to allow the rechargeable plug to be inserted into a standard electrical outlet, the plug adapted to be folded back into the rear housing when not being used.

12. The stun gun of claim 11 , wherein the location of the electrodes directly above the user's finger when on the trigger allows the user to easily apply the electrodes to the assailant in an almost finger-pointing motion.

13. A stun gun, the stun gun comprising:

a housing adapted to be grasped and held firmly within a palm of a user's hand;

a finger grip aperture configured to receive a user's finger therein; and

a trigger located at a bottom portion of the finger grip aperture, wherein the trigger is configured to slide down into the housing and discharge an electric shock through electrodes when depressed.

14. The stun gun of claim 13 , wherein the electrodes are mounted directly above the finger grip aperture to stun an assailant.

15. The stun gun of claim 14 , wherein the trigger having a concave portion adapted to receive the user's finger.

16. The stun gun of claim 15 , further comprising discharge circuitry that is activated when the trigger is depressed, wherein a power supply energizes a transformer and a capacitor in turn is charged by the transformer until a predetermined discharge point causes the capacitor to discharge through the transformer that steps up the voltage and produces a high voltage across the electrodes.

17. The stun gun of claim 16 , further comprising a rechargeable plug to recharge the power supply of the stun gun, wherein household AC current is used to recharge the power supply.

18. The stun gun of claim 17 , wherein the power supply comprises rechargeable batteries or non-rechargeable batteries.

19. A stun gun, the stun gun comprising:

a housing;

a finger grip aperture configured to receive a user's finger therein;

a trigger located at a bottom portion of the finger grip aperture; and

electrodes mounted directly above the finger grip aperture to stun an assailant.

20. The stun gun of claim 19 , wherein the trigger is configured to slide down into the housing and discharge an electric shock through the electrodes when depressed.