Apparatus and method for improving hit probability of a firearm

1. A fire aim improving hit probability apparatus, comprising:

a trigger unit to detect when a trigger of a firearm is engaged; said engagement results in firing of a first round from the firearm,

a detection unit to collect direction data of a direction at which the firearm is directed;

a firing sensor to detect a firing of a first round from the firearm;

a firing processor to improve the hit probability of a shooter firing the firearm, said firing processor configured to:

receive a detection from the trigger unit that the trigger is engaged;

calculate a vector value when the firing processor receives the detection from the trigger unit that the trigger is engaged and from the firing sensor that a first round is fired from the firearm, said vector value is calculated according to the direction data collected by the detection unit;

compare the vector value to a real time direction data;

enable firing of the firearm when the vector value matches the real time direction data;

a storage for storing the direction data obtained by the detection unit; and,

an electromagnet to control functions of a sear of the firearm.

2. The fire aim improving hit probability apparatus of claim 1 , wherein the firing processor is further configured to determine a central direction point, wherein the central direction point is determined according to the direction data obtained at a predetermined time prior to engagement of the trigger, and according to detection of firing of the first round.

3. The fire aim improving hit probability apparatus of claim 1 , wherein the detection unit comprises a microelectmmechanical system (MEMS) unit, said MEMS unit comprising at least one of: an accelerometer, a gyroscope, a magnetometer or a combination thereof, said MEMS unit measures the real time direction data.

4. The fire aim improving hit probability apparatus of claim 1 , wherein the detection unit comprises an image capturing unit, to collect image data of a direction at which the firearm is aimed; wherein the firing processor obtains an image sample of the image data as the vector value; wherein the vector value is compared to new image data collected by the image capturing unit.

5. The fire aim improving hit probability apparatus of claim 1 , wherein the firing processor is further configured to reset the fire improving hit probability apparatus when the trigger is disengaged.

6. The fire aim improving hit probability apparatus of claim 1 , wherein the electromagnet is a normally closed electromagnet.

7. The fire aim improving hit probability apparatus of claim 1 , wherein the electromagnet is a normally open electromagnet.

8. A method performed by a fire aim improving hit probability apparatus for improving hit probability of a firearm, the method comprising:

detecting engagement of a trigger; wherein the engagement is detected by a trigger unit of a fire improving hit probability apparatus, said trigger engagement results in firing of a first round from the firearm;

detecting firing of a first round from the firearm, said firing is detected by a firing sensor of the fire improving hit probability apparatus;

calculating a vector value from direction data obtained from a detection unit of the fire aim improving hit probability apparatus, wherein a firing processor of the fire aim improving hit probability apparatus calculates the vector value when the firing processor receives the detection from the trigger unit that the trigger was engaged and the first round was fired from the firearm;

comparing, by the firing processor, the vector value with real time direction data; wherein the real time direction data is received from the detection unit;

enabling, by the firing processor, the firing of a second round from the firearm when the vector value matches the real time direction data within a passing zone; and

controlling functions of a sear of the firearm using an electromagnet.

9. The method of claim 8 , further comprising storing direction data used to calculate the vector value; wherein the vector value is calculated from the direction data obtained by the direction unit at a predetermined time prior to engagement of the trigger and stored in a storage of the fire aim improving hit probability apparatus said vector value is designated as a central direction point by the firing processor.

10. The method of claim 9 , further comprising designating the passing zone at a predetermined area surrounding the central direction point, said passing zone enables the firearm to discharge within the predetermined area.

11. The method of claim 8 , further comprising resetting the fire improving hit probability apparatus.

12. The method of claim 11 , wherein the fire improving hit probability apparatus is reset when the trigger is disengaged.

13. The method of claim 11 , wherein the fire improving hit probability apparatus is reset upon determining that a predetermined number of consecutive rounds have been fired from the firearm.

14. The method of claim 11 , wherein the fire improving hit probability apparatus is reset upon determining that a predetermined waiting time has lapsed.

15. The method of claim 9 , further comprising designating a firing safety boundary at a predetermined distance from the central direction point.

16. The apparatus of claim 1 , wherein the firing processor is further configured to designate a central direction point according to the vector value, said the vector value is calculated from the direction data measured by the direction unit at a predetermined time prior to engagement of the trigger.

17. The apparatus of claim 16 , wherein the firing processor is further configured to designate the passing zone of the direction data within a predetermined area, said passing zone enables the firearm to discharge a round within the predetermined area.