Method for shooting practice
First Claim
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1. A method for analyzing the aiming and firing process in shooting practice, comprising:
- a. attaching an optical electromagnetic radiation light transmitter to the gun which is used for shooting process;
b. actuating said light transmitter to produce a light beam at least during the aiming and firing process;
c. converting the trajectory of the hitting point of said light beam on a target surface, with an electro-optical device having a position sensitive detector, to continuous electric signals representing continuously the position of the hitting point of said beam on said target surface;
d. generating a timing signal by a sensor attached to the gun and reacting to the movement of a drive element, as a trigger, parts attached thereto, firing pin and butt, moving when said gun is discharged for determining the discharge instant of said gun;
e. further processing said continuous electric signals representing the position of the hitting point of said beam on said target surface and said timing signal by a control, display and analyze unit connected to said electro-optic device and said sensor generating a timing signal; and
f. displaying the information in the further processed signals.
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Abstract
An optic method for shooting practice in which a narrow light beam is used instead of a bullet. The light beam is provided by a light transmitter (2) of a visible or infrared area attachable to a gun, the ray transmitted by which transmitter is observed with a spot-sensitive optic detector (5, 6) from which is received continuous position information during aiming and discharging as well as, when desired, also the hit and the direction at the discharge instant (9). (FIG. 1).
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Citations
7 Claims
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1. A method for analyzing the aiming and firing process in shooting practice, comprising:
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a. attaching an optical electromagnetic radiation light transmitter to the gun which is used for shooting process; b. actuating said light transmitter to produce a light beam at least during the aiming and firing process; c. converting the trajectory of the hitting point of said light beam on a target surface, with an electro-optical device having a position sensitive detector, to continuous electric signals representing continuously the position of the hitting point of said beam on said target surface; d. generating a timing signal by a sensor attached to the gun and reacting to the movement of a drive element, as a trigger, parts attached thereto, firing pin and butt, moving when said gun is discharged for determining the discharge instant of said gun; e. further processing said continuous electric signals representing the position of the hitting point of said beam on said target surface and said timing signal by a control, display and analyze unit connected to said electro-optic device and said sensor generating a timing signal; and f. displaying the information in the further processed signals. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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Specification