초록 ▼

A spin-stabilized correctible-trajectory artillery shell has a generator in the rotation-decoupled engagement region between a canard guidance unit and its munition body. The generator can be switched over to avoid load fluctuations between an adjusting motor and a substitute load. In order to avoi

A spin-stabilized correctible-trajectory artillery shell has a generator in the rotation-decoupled engagement region between a canard guidance unit and its munition body. The generator can be switched over to avoid load fluctuations between an adjusting motor and a substitute load. In order to avoid an additional heat source in the interior of the guidance unit the substitute load is in the form of an electrical resistance on, at or in canard surfaces behind the afflux flow edges. The canard surfaces are preferably formed on anti-spin canards which are not adjustably mounted.

대표청구항 ▼

The invention claimed is: 1. A spin-stabilized correctible-trajectory artillery shell, comprising: a munition body; a canard guidance unit rotationally decoupled from said munition body and connected to said munition body in an engagement region, said canard guidance unit including canard surfaces;

The invention claimed is: 1. A spin-stabilized correctible-trajectory artillery shell, comprising: a munition body; a canard guidance unit rotationally decoupled from said munition body and connected to said munition body in an engagement region, said canard guidance unit including canard surfaces; a canard adjusting system connected to and adjusting said canard guidance unit; an electrical generator disposed in said engagement region for powering said canard adjusting system; and a substitute load at or in said canard surfaces, wherein said generator is connected to and can be switched over to said substitute load at or in said canard surfaces. 2. The artillery shell according to claim 1, wherein said canard guidance unit comprises rigidly mounted anti-spin canards. 3. The artillery shell according to claim 1, wherein said substitute load is formed in said canard surfaces. 4. The artillery shell according to claim 1, wherein said canard surfaces include an afflux flow edge and said substitute load is provided along said afflux flow edge. 5. The artillery shell according to claim 1, wherein said substitute load is formed along structurally predetermined flow paths through said canard surfaces. 6. The artillery shell according to claim 1, wherein said substitute load is capable of being switched in a staggered manner. 7. The artillery shell according to claim 1, which comprises a change-over switching logic means connected to said generator, an energy storage means, and a canard adjusting motor, wherein said logic means is configured to switch said generator over to said energy storage means and to said canard adjusting motor or said substitute load. 8. The artillery shell according to claim 7, wherein said change-over switching logic means is connected by way of a voltage preparation circuit to induction coils disposed to rotate in said engagement region of said guidance unit into said munition body between axially mutually-offset bearing locations through a succession of alternate polarities of permanent magnets.