An irritation body (100, 100′) is proposed, which is formed by at least two modules (101, 102). The upper module (101) serves for acceptance of an ignition head (1) with tilt lever (3) and comprises upper blow-out apertures (8, 9). The lower module (102) is intended for acceptance of an effect-charg
An irritation body (100, 100′) is proposed, which is formed by at least two modules (101, 102). The upper module (101) serves for acceptance of an ignition head (1) with tilt lever (3) and comprises upper blow-out apertures (8, 9). The lower module (102) is intended for acceptance of an effect-charge (11) with the effect-charge (11) being integrated in a central chamber (10) of a module (102). The chamber (10) itself is functionally connected with the upper blow-out apertures (8, 9) and also with the lower blow-out apertures (12, 18, 19, 20) in the lower module (102). The chamber (10) in the lower module (102) can, depending upon module (102), be selected in different sizes, which produces, under concomitant volume variability, output variability with defined increase in output.
대표청구항▼
1. A variable capacity irritation body provided with an ignition head and a tilting lever attached to the ignition head, wherein the irritation body further comprises: (a) an igniter provided with a delayed action setting, wherein the ignition is connected to the ignition head;(b) an effect-charge;(
1. A variable capacity irritation body provided with an ignition head and a tilting lever attached to the ignition head, wherein the irritation body further comprises: (a) an igniter provided with a delayed action setting, wherein the ignition is connected to the ignition head;(b) an effect-charge;(c) at least two modules including a first module and a second module, wherein the first module receives the ignition head with the tilting lever attached to the ignition head, and the second module receives the effect-charge, wherein the first module and the second module are separable from each other but are also connectable with each other;(d) at least one upper blow-out aperture formed in the first module; and(e) at least one lower blow-out aperture formed in the second module, and a chamber formed in the second module, wherein when the first module is connected to the second module the at least one upper blow-out aperture and the at least one lower blow-out aperture are in passageway communication with the chamber formed in the second module, and the effect-charge is disposed in the chamber of the second module, there being no chamber in the first module. 2. A variable capacity irritation body according to claim 1, wherein the chamber is a central chamber of the second module, and the effect-charge is functionally linked to the at least one upper blow-out aperture, and to the at least one lower blow-out aperture, and to the central chamber. 3. A variable capacity irritation body according to claim 2, wherein a plurality of different second modules are connectable with the first module, wherein the size of the chamber of each second module is the same or is different from the other second modules. 4. A variable capacity irritation body according to claim 3, wherein the at least one upper aperture and the at least one lower aperture are integrated as only one aperture that forms an eccentric hole through the irritation body. 5. A variable capacity irritation body according to claim 4, wherein the central chamber is centrally and symmetrically arranged around a center axis of the irritation body. 6. A variable capacity irritation body according to claim 3, wherein the central chamber is centrally and symmetrically arranged around a center axis of the irritation body. 7. A variable capacity irritation body according to claim 2, wherein the at least one upper aperture and the at least one lower aperture are integrated as only one aperture that forms an eccentric hole through the irritation body. 8. A variable capacity irritation body according to claim 7, wherein the central chamber is centrally and symmetrically arranged around a center axis of the irritation body. 9. A variable capacity irritation body according to claim 2, wherein the central chamber is centrally and symmetrically arranged around a center axis of the irritation body. 10. A variable capacity irritation body according to claim 1, wherein the at least one upper aperture and the at least one lower aperture are integrated as only one aperture that forms an eccentric hole through the irritation body. 11. A variable capacity irritation body according to claim 10, wherein the chamber is centrally and symmetrically arranged around a center axis of the irritation body. 12. A variable capacity irritation body according to claim 1, wherein the chamber is centrally and symmetrically arranged around a center axis of the irritation body. 13. A variable capacity irritation body according to claim 1, wherein one to several lower drill holes are placed in a lower region of the chamber so that the one to several lower drill holes are eccentrically and irregularly distributed around a center axis of the irritation body. 14. A variable capacity irritation body according to claim 1, wherein the passageways extend obliquely relative to the chamber. 15. A variable capacity irritation body according to claim 1, wherein each intersection between the chamber and the at least one upper blow-out aperture, and each intersection between the chamber and the at least one lower blow-out aperture, is closed by a closing element. 16. A variable capacity irritation body according to claim 15, wherein the closing element is a cardboard disc. 17. A variable capacity irritation body provided with an ignition head and a tilting lever attached to the ignition head, wherein the irritation body further comprises: (a) an igniter provided with a delayed action setting, wherein the ignition is connected to the ignition head;(b) an effect-charge;(c) at least two modules including a first module and a second module, wherein the first module receives the ignition head with the tilting lever attached to the ignition head, and the second module receives the effect-charge, wherein the first module and the second module are separable from each other but are also connectable with each other;(d) at least one upper blow-out aperture formed in the first module; and(e) at least one lower blow-out aperture formed in the second module, and a chamber formed in the second module, wherein when the first module is connected to the second module the at least one upper blow-out aperture and the at least one lower blow-out aperture are in passageway communication with the chamber formed in the second module, and the effect charge is disposed in the chamber of the second module,wherein there is no chamber in the first module,wherein the chamber is a central chamber of the second module, and the effect-charge is functionally linked to the at least one upper blow-out aperture, and to the at least one lower blow-out aperture, and to the central chamber, andwherein one to several lower drill holes or one to several blow-out apertures are placed in a lower region of the chamber so that the one to several lower drill holes or the one to several blow-out apertures, respectively, are eccentrically and irregularly distributed around a center axis of the irritation body, andwherein each intersection between the chamber and the at least one upper blow-out aperture, and each intersection between the chamber and the at least one lower blow-out aperture, is closed by a closing element. 18. A variable capacity irritation body according to claim 1, wherein one to several blow-out apertures are placed in a lower region of the chamber so that the one to several blow-out apertures are eccentrically and irregularly distributed around a center axis of the irritation body.
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