Electroshock weapon

Novel electroshock device comprising at least one electroshock projectile which is used by being positioned into a magazine ensures that a target is subjected to shock by being fired to the target, and which has no physical connection with the magazine or with a weapon body after being fired to the target;

• body part of which consists of a combination of an upper body and a lower body part, and which has a wing structure on its rear end that helps for traveling in a straight line in the air, and which has a positive needle and a negative needle positioned so as to contact with the target on its front end, and
• which has an electronic internal structure comprising;
• a battery storing energy required for the electroshock projectile to shock the target living in order to apply desired electrical shock to the target living and being in a rechargeable structure;
• a power unit generating voltage levels needed for units in the electronic internal structure by the energy it receives from the battery and supplying those units;
• a micro switch structure ensuring that the electroshock projectile is electronically in inactive state when it is in the magazine structure;
• a microprocessor being a control unit which ensures that the units within the electronic internal structure perform their duties;
• a high voltage generator generating the high voltage needed for the shock to be applied by the electroshock projectile to the target living through the battery voltage and being controlled by the microprocessor;
• a voltage storage means storing the high voltage generated by the high voltage generator, being connected to negative needle from one side and to an electronic switch unit from other side, and controlling the voltage to be transmitted to the negative needle;
• an electronic switch located between the voltage storage means and the positive needle and controlling the voltage to be transmitted to the positive needle;
• a receiver antenna having a structure capable of detecting commands transmitted by radio frequencies and detecting the command signals that the weapon body sends to the electroshock projectile after the electroshock projectile is fired;
• a frequency receiver transmitting commands received in the form of radio signals detected by the receiver antenna to the microprocessor by making them detectable by the microprocessor and thus, ensuring that the electroshock projectiles can be wirelessly controlled even after being fired;
• and a level switch directly connected to the microprocessor, transmitting the respective values to the microprocessor and ensuring that the electroshock projectile operates according to said values, determining that how much and how long the electroshock projectile would apply shock to the target;
• a magazine used by being positioned inside the weapon body, being responsible for housing the electroshock projectiles to be fired to the target, having at least one ejection conduit in each of which an electroshock projectile is placed, having an ejection spring responsible for launching the electroshock projectiles inside of each ejection conduit towards the target and having an identification tag ensuring that the weapon body recognize the magazine structure and identify the electroshock projectiles contained in the magazine by being positioned on any point;
• a weapon body comprising a main control unit responsible for housing the magazine structure containing the electroshock projectiles in it, having a structure in which the magazine structure can be fitted, both managing all the controls of the electroshock device by being positioned on any point and making it possible to apply electroshock on the target also after the firing by remotely controlling fired electroshock projectiles, a positive end and a negative end structures positioned on any two point on the edge part of the cavity in which the magazine is positioned on the weapon body so as not to contact each other, and which can operate both in contacted manner and also contactless, which has no wired connection, and by which shock volume and duration to be applied to target living can be adjusted as desired by the user.