(11)EP 3 650 802 B1


(45)Mention of the grant of the patent:
16.02.2022 Bulletin 2022/07

(21)Application number: 19208148.7

(22)Date of filing:  08.11.2019
(51)International Patent Classification (IPC): 
F41H 5/02(2006.01)
(52)Cooperative Patent Classification (CPC):
F41H 5/026





(84)Designated Contracting States:

(30)Priority: 09.11.2018 TR 201816930

(43)Date of publication of application:
13.05.2020 Bulletin 2020/20

(73)Proprietor: Cuhadaroglu Metal Sanayi ve Pazarlama Anonim Sirketi
34524 Istanbul (TR)

  • HUSEYIN, Gokdemir
    34524 Istanbul (TR)

(74)Representative: Dericioglu, E. Korhan 
Ankara Patent Bureau Kavaklidere Mahallesi Bestekar Caddesi No: 10
06680 Cankaya, Ankara
06680 Cankaya, Ankara (TR)

(56)References cited: : 
EP-A2- 2 792 992
    Note: Within nine months from the publication of the mention of the grant of the European patent, any person may give notice to the European Patent Office of opposition to the European patent granted. Notice of opposition shall be filed in a written reasoned statement. It shall not be deemed to have been filed until the opposition fee has been paid. (Art. 99(1) European Patent Convention).


    Field of the Invention

    [0001] The invention relates to systems that are made from metallic, polymeric, ceramic, wood-based materials or composite materials formed by combining these materials or made from coated materials, which may be designed in wedge form or blunt-ended which can be applied either on immobile structures or mobile structures used in land and sea transport, in order to neutralize shape charged warheads.

    Background of the Technique (Previous Art)

    [0002] When the current state of the art is examined in terms of protection class front protective screens for shape charged warheads, the systems are divided into two, being active and passive systems. Active protection systems are the systems based on the detection of the incoming warhead via devices such as camera, motion sensor, etc. and detonation of it before impact. In passive systems, it is based on the damping the effect that is occurring by means of various techniques after the warhead explodes. The most commonly known among these are reactive armors called ERA, which contain explosives therein and dampen the warhead by the explosion of the explosive in the warhead. An example of passive defense systems is front screens. The reason for using the front screen is to reveal the effect before the part desired to be protected, to prevent the effect which will occur or to dampen the effect completely.

    [0003] In the product wanted to be protected in patent document no US20160236264 A1, it is aimed to protect the structure by deviating the direction of incidence of the warhead by means of the front screen placed in front of the structure desired to be protected. The disadvantage of the said system is that the rocket may perforate the front screen due to its high speed; however it does not have a design to disrupt the shape charged structure.

    [0004] In the product which is the subject of the patent document no SG 192388 A1, it is aimed to disrupt the shape charged form of the warhead and decrease its effect by means of shock absorbers fixed on the front screen from a plurality of points of the armored vehicle desired to be protected and the structure of the front screen. The disadvantage of the said system is that the distance between the vehicle and the front screen must be small, and that the front screen system does not have a structure that will disrupt the shape charged structure (hard, sharp edges, ends, etc.).

    [0005] Patent document no. EP2792992 discloses a hybrid slat armor (1) configured for protecting a body against a threat (10) having an anticipated impact direction. The hybrid slat armor (1) comprises a plurality of slat units (20), each extending along a first longitudinal direction, the units (20) being spaced apart along a second direction perpendicular to the first direction. Each slat unit (20) has a strike end configured for facing the anticipated impact direction, a rear end opposite the strike end. a top set of piercing elements (80) and a bottom set of piercing elements (80). The piercing elements (80) of each set are successively arranged along the longitudinal direction of the slat unit (20).

    Summary of the Invention

    [0006] The objective of the present invention is to stop the warheads having a shape charged structure using a front screen on the basis of the prior art. It is aimed that the front screen disrupts the form of the cone made from copper or a different engineering material provided in shape charged structure by means of its front part in form of a wedge, etc., and therefore the explosion that will occur is prevented from creating jet form even if the piezo trigger is triggered.

    [0007] The objective of the present invention is solved with a front screen having the features of claim 1. Preferred embodiments are disclosed in the dependent claims.

    Description of the Drawings


    Figure-A- Front screen wherein shredding top apparatuses are included with intervals on the horizontal profile

    Figure-B- Front screen wherein shredding top apparatuses are included without intervals on the horizontal profile

    [0009] The components shown in the figures are each given reference numbers as follows:
    1. 1. Warhead
    2. 2. Shredder apparatus on the horizontal profile with intervals
    3. 3. Horizontal profile
    4. 4. Front screen construction vertical housing
    5. 5. Front screen construction horizontal housing
    6. 6. Continuous shredder apparatus on the horizontal profile
    7. 7. Vertical fixing rod

    Detailed Description of the Invention

    [0010] The subject matter of the invention comprises horizontal profiles (3) which are required for front screen design and production that will provide protection against shape charged warheads (1), on which continuous or intermittent wedge form is made with suitable production method or which is made from steel which is not shaped or from a suitable engineering material, shredder apparatuses (2, 6) which are according to the invention shaped as triangles with their bases fixed to the horizontal profile or which are according to other embodiments not forming part of the present invention of any form such as square, rectangle, circular, wedge, trapezoid, etc. made from steel or any suitable engineering material, and which can be mounted on the horizontal profiles by means of welding, shrink fit, screwing, soldering, adhesion, riveting etc., and which can be flat as well as serrated, fixing rod (7) which fixes the horizontal profiles (3) to each other and which is made from steel or a suitable engineering material, or front screen construction vertical housing (4) and/or front screen construction horizontal housing (5) which is formed in order to hold the structure together and made from steel or a suitable engineering material.

    [0011] The invention is positioned at a certain distance from the surface desired to be protected. The warhead (1) directed to the target must contact the invention first. For this reason, an appropriate attack scenario should be established and the positioning should be adjusted such that the warhead (1) will come in contact with the invention first, no matter where it comes from. The invention ensures that the warhead (1) hits, but the piezo trigger is not triggered due to the positioning of both horizontal profile intervals and shredder apparatuses (2,6). The said form of metal in the conical form inside the warhead (1) striking the invention will be disrupted and even if the warhead (1) striking the target explodes, it will completely or partially lose its penetrating effect.


    1. A front screen which is manufactured from all types of steel, especially armor steel, abrasion resistant steel, cold drawn steels, engineering metals such as aluminum alloys, titanium alloys, magnesium alloys, copper alloys, zinc alloys, etc., composites and nano-composites with metal, ceramic or polymer matrix, engineering polymers, and wooden materials in order to provide protection against shape charged warheads (1) and comprising;

    - a front screen construction vertical housing (4) and/or front screen construction horizontal housing (5),

    - horizontal profiles (3) and characterized by,

    - shredder apparatuses (2, 6) which are fixed on the upper surface of the horizontal profiles (3) and which extend from the respective horizontal profiles (3) to the other horizontal profiles or horizontal housing (5) and which are located continuously or with intervals on the horizontal profiles (3) and which are shaped as triangles with their bases fixed to the horizontal profile (3) that are adapted not to allow the warhead (1) to pass.

    2. A front screen according to claim 1, wherein horizontal profiles (3) are manufactured integrated, not separated, with the shredder apparatuses (2, 6).
    3. A front screen according to claim 1, wherein the edges of said shredder apparatuses (2, 6) are sharpened, dulled or rounded.
    4. A front screen according to claim 1, wherein said horizontal profiles (3) are suitable to be connected to the structure in a movable way, wherein electrical control motor, hydraulic, pneumatic control mechanism or mechanical control mechanisms are used for the control of the movement.


    1. Eine Frontscheibe, die aus allen Arten von Stahl, insbesondere Panzerstahl, abriebfestem Stahl, kaltgezogenen Stählen, technischen Metallen wie Aluminium-, Titan-, Magnesium-, Kupfer- und Zinklegierungen usw., Verbundwerkstoffen und Nanokompositen mit Metall-, Keramik- oder Polymermatrix, technischen Polymeren und Holzwerkstoffen hergestellt wird, um Schutz gegen formgeladene Sprengköpfe (1) vorzusehen und umfassend;

    - ein vertikales Gehäuse (4) der Frontscheibenbauweise und/oder ein horizontales Gehäuse (5) der Frontscheibenbauweise,

    - horizontale Profile (3) und gekennzeichnet durch

    - Schreddervorrichtungen (2, 6), die auf der Oberseite der horizontalen Profile (3) befestigt sind und die sich von den jeweiligen horizontalen Profilen (3) zu den anderen horizontalen Profilen oder horizontalen Gehäusen (5) erstrecken und die durchgehend oder in Abständen auf den horizontalen Profilen (3) platziert sind und die als Dreiecke geformt sind, deren Basen an dem horizontalen Profil (3) befestigt sind und die geeignet sind, den Sprengkopf (1) nicht passieren zu lassen.

    2. Frontscheibe nach Anspruch 1, wobei die horizontalen Profile (3) nicht getrennt, sondern integriert mit den Schreddervorrichtungen (2, 6) hergestellt werden.
    3. Frontscheibe nach Anspruch 1, wobei die Ecken der Schreddervorrichtungen (2, 6) geschärft, abgestumpft oder abgerundet sind.
    4. Frontscheibe nach Anspruch 1, wobei die genannten horizontalen Profile (3) geeignet sind, mit der Struktur beweglich verbunden zu werden, wobei ein elektrischer Steuermotor, ein hydraulischer, pneumatischer Steuermechanismus oder mechanische Steuermechanismen für die Steuerung der Bewegung verwendet werden.


    1. Écran avant qui est fabriqué à partir de tous les types d'acier, en particulier l'acier de blindage, l'acier résistant à l'abrasion, les aciers étirés à froid, les métaux d'ingénierie tels que les alliages d'aluminium, les alliages de titane, les alliages de magnésium, les alliages de cuivre, les alliages de zinc, etc., les composites et les nano-composites avec une matrice métallique, céramique ou polymère, les polymères d'ingénierie et les matériaux en bois afin de fournir une protection contre les ogives (1) à charge creuse et comprenant ;

    - un boîtier vertical (4) de construction d'écran avant et/ou un boîtier horizontal (5) de construction d'écran avant,

    - les profilés horizontaux (3) et caractérisé par,

    - les appareils de déchiquetage (2, 6) qui sont fixés sur la surface supérieure des profilés horizontaux (3) et qui s'étendent des profilés horizontaux (3) respectifs aux autres profilés horizontaux ou au boîtier horizontal (5) et qui sont situés de manière continue ou avec des intervalles sur les profilés horizontaux (3) et qui ont la forme de triangles avec leurs bases fixées au profilé horizontal (3) qui sont adaptés pour ne pas laisser passer l'ogive (1).

    2. Écran avant selon la revendication 1, dans lequel les profilés horizontaux (3) sont fabriqués de manière intégrée, et non séparée, avec les appareils de déchiquetage (2, 6).
    3. Écran avant selon la revendication 1, dans lequel les bords desdits appareils de déchiquetage (2, 6) sont aiguisés, émoussés ou arrondis.
    4. Écran avant selon la revendication 1, dans lequel lesdits profilés horizontaux (3) sont adaptés pour être connectés à la structure d'une manière mobile, dans lequel un moteur de commande électrique, un mécanisme de commande hydraulique, pneumatique ou des mécanismes de commande mécanique sont utilisés pour la commande du mouvement.


    Cited references


    This list of references cited by the applicant is for the reader's convenience only. It does not form part of the European patent document. Even though great care has been taken in compiling the references, errors or omissions cannot be excluded and the EPO disclaims all liability in this regard.

    Patent documents cited in the description