TR2023005926A2

TR2023005926A2 - AN OPTICAL SIGNAL GENERATION PLUG-IN USED FOR FIREARMS SHOOTING SIMULATION

Info

Publication number: TR2023005926A2
Application number: TR2023/005926
Authority: TR
Inventors: Yilmaz Vedat
Original assignee: Yilmaz Vedat
Filing date: 2023-05-24
Publication date: 2023-08-21

Abstract

Buluş; ateşli silahların (1) gerçek atış yapmaksızın atışın simüle edilmesi için, ateşli silahların namlu ucuna takılabilen optik sinyal oluşturabilen optik sinyal üreteci eklenti (2) ile ilgilidir.Meet; It is related to the optical signal generator attachment (2), which can be attached to the barrel end of the firearms and generate an optical signal, in order to simulate the shooting of firearms (1) without real shooting.

Description

TARIFNAME ATESLI SILAHLARIN ATIS SIMÜLASYONU IÇIN KULLANILAN BIR Teknik Alan Bulus; atesli silahlarin gerçek atis yapmaksizin atisin simüle edilmesi için, atesli silahlarin namlu ucuna takilabilen optik sinyal olusturabilen eklenti ile Teknigin Bilinen Durumu Atesli silahlar kullanilarak atis, hedef olarak belirlenen noktaya bir merminin bir silahla firlatilma eylemi olarak tanimlanabilir. DESCRIPTION A SYSTEM USED FOR FIREARM SIMULATION Technical Field Meet; Shooting firearms without actually shooting to simulate the muzzle of firearms. With plug-in that can create optical signals Known Status of the Technique Shooting using firearms, designated as a target as the act of throwing a projectile at a point from a gun definable.

Atesli silahlar direkt çatisma sirasinda düsman hedeflerine zarar vermek amaciyla kullanilabildikleri gibi çatisma harici durumlarda atis egitimi amaciyla da kullanilabilmektedir. Çatisma harici kosullarda çatisma sahasinda oldugu gibi patlayici mühimmatlarin kullanilmasi farkli açilardan handikap olusumuna yol açabilmektedir. Ayrica kaza vb. durumlarin da ortaya çikmasi olasiligini dogurmaktadir. Firearms are aimed at enemy targets during direct combat. They can be used to cause harm as well as conflict Also for shooting training in external situations can be used. In non-conflict conditions, as in the conflict area The use of explosive munitions from different perspectives It may lead to handicap formation. Also accident etc. It also creates the possibility of situations arising.

Ayrica, çatisma disi durumlarda patlayici mühimmatlarin kullanilmasi önemli bir maddi külfet olusmasina yol açabilecektir. Günümüzde ülkeler tarafindan aktif olarak görevde tutulan askeri birliklerin (Kara, Hava. ve Deniz Unsurlari) veya kolluk kuvvetlerinin (Polis, Jandarma veya Sahil Güvenlik) ile silah kullanma konusunda yetkili özel güvenlik birimlerinin sayisi düsünüldügünde, atis egitimi ve silahlarin atisa uygun sekilde sifirlanmasi için kullandigi toplam mühimmatin maliyeti önem arz edecektir. Additionally, in non-conflict situations, explosive munitions Its use may cause a significant financial burden. will be able to open it. Nowadays, countries are actively military units (Land, Air and Naval) elements) or law enforcement forces (Police, Gendarmerie or Coast Guard) and special personnel authorized to use weapons Considering the number of security units, shooting training and to reset the weapons properly for shooting. The cost of the total ammunition used will be important.

Kaldi ki bu tip askeri amaçli kullanimlar sürekli ve her personel için ayri ayri yapilacagindan tekrarlanan maliyetler ciddi boyutlara ulasabilmektedir. Moreover, this type of military use is continuous and Since it will be done separately for the personnel, repeated The costs can reach serious levels.

Diger taraftan atis egitiminin gerçek mühimmat ile yapilmasi atis ya da sifirlama sirasinda yasanacak kazalarin yaralanmalara yol açmasina da sebep olmaktadir. On the other hand, shooting training with real ammunition will occur during firing or resetting. It also causes accidents to cause injuries.

Bu tip handikaplarin önüne geçilebilmesi için lazer 'Vb. optik unsurlar silah namlulari ile iliskilendirilerek atisi simüle edebilen sistemler gelistirilmistir. Bu sistemlerin kullanimi ile kullanicinin çatisma disi bu tip durumlarda gerçek mühimmat kullanma ihtiyaci ortadan kaldirilmaktadir. In order to prevent such handicaps, laser 'Etc. Optical elements are associated with gun barrels and shot Systems that can simulate data have been developed. of these systems In such cases, the user does not conflict with the use The need to use live ammunition is eliminated.

Bu sistemlerin kullanilmasi durumunda namlu ile iliskilendirilmis olan lazer yayici atisi simüle edecek sekilde bir lazer sinyali olusturmaktadir. Olusturulan sinyal bir sanal hedef tahtasina yansitilmaktadir. Sanal hedef tahtasi üzerinde sinyalin yansidigi bölge bir sinyal algilayici tarafindan tespit edilmekte ve gönderilen sinyal atis olarak kabul edilmektedir. If these systems are used, the barrel The associated laser emitter will simulate the shot It creates a laser signal in this way. created The signal is projected onto a virtual target board. Virtual The area on the target board where the signal is reflected is a signal. is detected by the sensor and the signal sent It is considered as atis.

Sifirlama ya da atis talimi amaciyla lazer sinyalinin kullanilmasi hem fazladan mühimmat harcanmasinin önüne geçerek mali avantaj saglayacak hem de gerçek mühimmat kullanilmasi temelli kaza olasiligi ortadan kaldirabilecektir. Laser signal for reset or target practice It also prevents wasting extra ammunition. will provide financial advantage and also purchase real ammunition The possibility of accidents based on the use of will be able to handle it.

TR 2010/04020 sayili patent basvurusunun bir silah sifirlama düzeneginden. bahsettigi anlasilmaktadir. Ilgili patent basvurusunun tarifnamesine göre bahsi geçen düzenegin; bir atesli silah üzerinde konumlandirilan ve silahin ateslenmesi sonucu bir pointer vasitasiyla, lazer kaynagindan elde edilen sinyalin, istenen mesafede istenen miktarda alani etkilemesini ve sinyal iletmesini saglayan noktalayici, optik sensörlü gerekli sayida gridlere ayrilmis vurus algilayici hedef üzerinde bulunan, istenen adette konumlandirilan, lazer kaynagindan gelen sinyali optik olarak algilayan, optik vurus algilayici, noktalayicinin etkiledigi alani optik vurus algilayiciya, genis bir alandan daralan. bir alana indirgeyerek ileten isin toplayicidan olustugu anlasilmaktadir. 2010/04020 sayili patent basvurusu dahilinde tarif edilen yapilanma silahin sifirlanmasi için atis yapma ihtiyacini ortadan kaldiran bir çözüm sunmaktadir. Bahsi geçen sistem silahin sifirlanmasi için lazer kaynagi ile atisin taklit/simüle edilmesini öngörmektedir. Patent application no. TR 2010/04020 is a gun from the reset mechanism. It is understood that he is talking about. Relating to According to the specification of the patent application, the mentioned of the mechanism; positioned on a firearm and As a result of the firing of the gun, a laser is transmitted through a pointer. The signal obtained from the source is transmitted to the desired distance at the desired distance. which allows it to affect a large amount of area and transmit signals pointer, the required number of grids with optical sensors The separated hit detector is located on the target and detects the desired The signal coming from the laser source, positioned in optically sensing, optical hit detector, the area affected by the pointer to the optical hit sensor, narrowing from a wide area. transmitting by reducing to an area It is understood that the work consists of the collector. Described in patent application no. 2010/04020 The structure eliminates the need to fire to reset the weapon. It offers a solution that eliminates The system in question To reset the gun, fire it with a laser source. It envisages imitation/simulation.

Yine benzeri sekilde namlunun ön alt kismina konumlandirilmayi amaçlayan bir lazer kaynagindan TR 2020/00021 sayili patent basvurusunda bahsedilmektedir. Similarly, apply it to the lower front part of the barrel. TR from a laser source aimed at positioning It is mentioned in patent application number 2020/00021.

Ancak yukarida sunulan basvurulara konu sistemler görece büyük boyutlu bir lazer kaynaginin silah namlusunun altina baglanmasini gerektirmektedir. Namlu altina konumlanan lazer olusturan eklentiler, hem silah ucunda ek bir agirlik olusturdugundan. heni de kullanicinin. atisini namlu. hizasi dogrultunda degil konumlandirildigi pozisyon dogrultusunda yapmasina imkan verdigi için handikap olusturmaktadir. However, the systems subject to the applications presented above are relatively A large laser source is placed under the gun barrel. requires connection. Positioned under the barrel Attachments that create lasers also provide additional weight at the weapon tip. because it creates. It's all up to the user. muzzle his shot. line not in line with, but in line with the position in which it is positioned. It creates a handicap because it allows him to do so.

Ayrica bu tür sistemler devamli lazer isigini hedefe göndermekte ve silahlarin buna göre sifirlanmasi yapilmaktadir. Oysaki silahlar her kisi için özel olarak kullaniciya göre sifirlanmalidir. Bu sebep ile de her silah kisiye özel tetik çekerek sinyalin anlik olarak hedefe düsecegi atisi simüle edecek sekilde ve namludan çikan bir dogrultuda sifirlanmalidir. In addition, such systems continuously direct laser light to the target. sends and the weapons are reset accordingly is being done. However, weapons are specially designed for each person. It should be reset according to the user. For this reason, every weapon By pulling a personalized trigger, the signal is instantly sent to the target. in a way that simulates a shot falling and a gun coming out of the barrel. It should be reset accordingly.

Bu sebeple direkt namlu ucunda takilarak isletilen görece daha küçük boyutlu aparatlar mevcut teknik dahilinde tercih edilmektedir. For this reason, it is relatively easy to operate by attaching directly to the end of the barrel. Smaller sized apparatus are preferred within the current technique. is done.

DE4029877 sayili patent basvurusu benzeri sekilde halihazirda kullanilan bir silahin namlu ucuna takilarak isletilen bir lazer kaynagi bulunduran bir eklentiden bahsetmektedir. Similar to patent application number DE4029877 by attaching to the muzzle end of an already used weapon from a plug-in containing a operated laser source mentions.

Ancak DE4029877 sayili basvuruya konu yapilanma da ancak tasarlandigi silahin namlu ucuna monte edilebilecek yapida tasarlanmistir. Bu yapilanma dahilinde lazer üretecinin kullanimi amaçlanan silahtan sökülerek farkli bir namlu boyutuna sahip bir silah için kullanilmasi mümkün degildir. However, the structure subject to the application number DE4029877 is only It has a structure that can be mounted on the barrel end of the weapon for which it is designed. is designed. In this configuration, the laser generator A different barrel can be removed from the weapon for which it is intended It is not possible to use it for a weapon of its size.

Bu durum lazer üretecinin farkli namlu boyutlarina sahip farkli silahlar ile atis yapilan askeri amaçli kullanimlar gibi kullanimlar sirasinda dezavantajlar olusturabilecektir. This means that the laser generator has different barrel sizes. Military uses involving shooting with different weapons It may create disadvantages during uses such as.

Kullanici elinde bulunan tek tip lazer kaynagini ancak lazer kaynaginin üretildigi silah için kullanabilecektir. The user can only use the single type of laser source at hand. can be used for the weapon for which the laser source is produced.

Yine atesli silahlar için kullanilan mevcut lazer üreteçleri sürekli lazer olusturmayi amaçlamaktadir. Again, the current laser used for firearms Their generator aims to create a continuous laser.

Kaynagin sürekli lazer olusturmasi durumunda atis simüle edilmemekte nisan alma faaliyeti simüle edilmektedir. If the source produces a continuous laser, the shot is simulated. It is not done, the aiming activity is simulated.

Bu. duruni özellikle atis egitimi ve sifirlama için. namlu ucunda lazer üreteci bulunduran sistemlerin tam olarak atisi simüle etmesine engel olmaktadir. This. durini especially for shooting training and zeroing. barrel The systems that have a laser generator at the end are fully It prevents him from simulating the shot.

Bulusun Çözümünü Amaçladigi Problemler Bulusun. amaci; atesli silahlarin. gerçek atis yapmaksizin atisin simüle edilmesi için, farkli namlu boyutlari bulunan atesli silahlarin namlu ucuna takilabilen optik sinyal olusturabilen eklentinin olusturulmasidir. Problems the Invention Aims to Solve Let's meet. its purpose; your firearms. without real shooting available with different barrel sizes to simulate shooting optical signal that can be attached to the muzzle of firearms It is the creation of a plugin that can create

Bu sayede tek bir lazer kaynagi türü ile envanterde bulunan birçok farkli silah eslestirilebilecektir. Bu yapilanma lazer üretecinin özellikle askeri kullanim gibi farkli silahlar ile atis yapilan ortamlarda avantaj saglamasina imkan verebilecektir. In this way, with a single laser source type, Many different weapons can be matched. This structure laser generator can be used in different applications, especially for military use. provides an advantage in environments where weapons are fired. will be able to allow.

Bulus konusu yapilanmanin kullanimi ile tek bir lazer üretecinin depolanmasi yeterli olacaktir. Kullanici farkli namlu boyutlarina sahip silahlar için ayni lazer üretecini kullanabilecektir. With the use of the configuration subject to the invention, a single laser Storage of the generator will be sufficient. User is different use the same laser generator for weapons with similar barrel dimensions. will be able to use it.

Bulus konusu optik sinyal üreteci kesikli sinyal olusturabilmektedir. Bu sayede sinyal üreteci sadece kullanicinin tetige bastigi atis yapma kosulunda sinyal üretecektir. Örnegin üretilen optik sinyalin lazer olmasi durumunda kullanicin her tetige bastiginda olusturulan lazer sinyali tam olarak mühimmatli gerçek bir atisi simüle edebilecektir. The optical signal generator of the invention is a discrete signal can create. In this way, the signal generator only Signal in firing condition when the user presses the trigger will produce. For example, if the optical signal produced is a laser laser signal generated each time the user presses the trigger It will be able to simulate a real shot with full ammunition.

Sekillerin Açiklanmasi Sekil 1. Namlu ucu lazer üretecinin yandan kesit görünümü, Sekil 2. Namlu ucu lazer üretecinin önden kesit görünümü, Sekil 3. Namlu ucu lazer üretecinin piyade tüfegi üzerinde yandan görünümü, Sekil 4. Namlu ucu lazer üretecinin tabanca üzerinde yandan görünümü, Sekillerdeki Referanslarin Açiklamasi .Optik sinyal üretici eklenti .Optik gövde .Namlu baglanti gövdesi .Optik unsur yuvasi .Setskur .Setskur yuvasi Bulusun Açiklanmasi Bulus; atesli silahlarin (1) gerçek atis yapmaksizin atisin simüle edilmesi için, atesli silahlarin namlu ucuna takilabilen optik sinyal olusturabilen optik sinyal üreteci eklentisi (2) ile ilgilidir. Explanation of Figures Figure 1. Side section of the muzzle end laser generator view, Figure 2. Front section of the muzzle end laser generator view, Figure 3. Infantry rifle of the muzzle end laser generator side view on, Figure 4. The gun of the barrel tip laser generator. side view on, Explanation of References in Figures .Optical signal generator plug-in .Optical body .Barrel connection body .Optical element housing .Setskur .Setskur nest Disclosure of the Invention Meet; shooting of firearms (1) without actual shooting to simulate the muzzle of firearms. wearable optical signal generator capable of generating optical signals It is related to plugin (2).

Bahsi geçen eklenti (2) yapisinda; 0 içine en az bir optik unsurun yerlestirilebilecegi optik gövdeyi (3), 0 farkli çapta silahlarin (l) namlusunda baglanmasi amaciyla optik gövde (3) yönünde genisleyen yapida olusturulmus namlu baglanti gövdesini (4) bulundurmaktadir. In the mentioned plugin (2) structure; 0 in which at least one optical element can be placed optical body (3), 0 connection on the barrel of guns of different diameters (l) In a structure that expands in the direction of the optical body (3) for the purpose of the formed barrel connection body (4) It contains.

Bulusun tercih edilen uygulamasina göre; baglanti gövdesi (4), optik gövde (3) yönünde genisleyen konik formda tasarlanmistir. According to the preferred embodiment of the invention; connection body (4) in conical form expanding in the direction of the optical body (3) is designed.

Yine bulusun tercih edilen uygulamasina göre baglanti gövdesi (4) ve optik gövde (3) yekpare bir gövdeyi olusturmaktadir. Again, according to the preferred embodiment of the invention, the connection body (4) and optical body (3) form a monolithic body. It constitutes.

Bulusun tercih edilen uygulamalarindan birini gösterir Sekil l'e göre optik gövde (3) yapisinda, optik unsurun yerlestirilebilecegi optik unsur yuvasini (5) bulundurmaktadir. Shows one of the preferred embodiments of the invention In the optical body (3) structure according to Figure 1, the optical element the optical element slot (5) where it can be placed. It contains.

Bu uygulama dahilinde en az bir optik sinyal üreten optik unsur bu yuvaya (5) yerlestirilebilmektedir. In this application, at least one optical signal producing optical device is used. The element can be placed in this slot (5).

Bulusun. tercih edilen 'uygulamasina göre optik 'unsur` bir lazer üretecidir. Let's meet. Depending on the preferred 'application' the optical 'element' is It is a laser generator.

Sekil 2'ye göre optik gövde (3) dis yüzeyinde en az bir setskur (6) bulundurmaktadir. Bahsi geçen setskurlar (6) gövde (3) dis yüzeyinde olusturulmus olan setskur yuvalari(7) içinde islemeyi amaçlamaktadir. According to Figure 2, there is at least one surface on the outer surface of the optical body (3). It contains setscrew (6). Mentioned screws (6) set screw formed on the outer surface of the body (3) It aims to operate in its slots (7).

Bulusun tercih edilen uygulamasini gösterir Sekil 2'ye göre dis gövde aralarinda l20° açi olusacak sekilde 3 setskur (6) ile donatilmistir. It shows the preferred embodiment of the invention according to Figure 2 3 setscrews (6) with a 120° angle between the outer body It is equipped with .

Bulus konusu lazer üreteci kesikli lazer sinyali olusturmayi amaçlamaktadir. Bu amaçla sürekli yayinlanan lazer sinyali en az bir kesik saglayacak sekilde yayinlanmaktadir. The laser generator subject to the invention produces a discrete laser signal. It aims to create. For this purpose, constantly published laser signal in a way that produces at least one cut. is published.

Bulusa dair uygulamalardan birine göre lazer üreteci kullanici silahin (l) tetigine bastigi durumda sadece lazer sinyali üretmektedir. Bu sayede üretilen lazer sinyali tamamiyla gerçek mühimmat ile yapilan atisi simüle edebilecektir. Laser generator according to one embodiment of the invention When the user presses the trigger of the gun (l), only the laser produces the signal. In this way, the laser signal produced Fully simulates shooting with real ammunition will be able to.

Bu amaçla optik sinyal üretici eklentisi (2), tetik basimi tarafindan silah (1) tarafindan üretilen titresimi algilayan bir algilayici ile donatilmistir. Bu algilayicinin talimati dogrultusunda, optik sinyal üretici eklenti (2) sadece lazer yayini yapacaktir. Bu sayede silah (1) gerçek mühimmat ile atis yapilmasi benzeri, kullanici sadece tetige bastiginda atis yapacaktir. For this purpose, the optical signal generator attachment (2) is used for trigger pressing. The vibration produced by the gun (1) by It is equipped with a detector. This In accordance with the instructions of the sensor, the optical signal generator The plug-in (2) will only broadcast laser. In this way weapon (1) similar to shooting with live ammunition, It will fire only when the user presses the trigger.

Bu sayede mevcut sürekli lazer yayini yapan sistemler tarafindan olusturulan problemler ortadan kaldirilabilmistir. In this way, existing continuous laser broadcasting systems The problems created by could be removed.

Kullanicinin sadece tetige basmasi durumuna silah (1) tarafindan lazer yayini yapilmasi özellikle silahin sifirlanmasi gibi kosullarda önemli bir avantaj saglayabilecektir. If the user just presses the trigger, the weapon will fire (1) Laser broadcasting by the weapon is especially A significant advantage in conditions such as zeroing will be able to provide.

Claims

STEMS. It is an optical signal generator attachment (2) that can be attached to the barrel end of firearms (1) to simulate shooting without real shooting, and can create an optical signal. It contains the optical body (3), into which at least one optical element can be placed, and the barrel connection body (4), which is formed in a structure that expands in the direction of the optical body (3), in order to connect it to the barrel of guns (l) of different diameters. It is an optical signal generator add-on (2) according to claim 1 and its feature is; The connection body (4) is designed in a conical form that expands in the direction of the optical body (3). It is an optical signal generator add-on (2) according to claim 1 and its feature is; The connection body (4) and the optical body (3) form a monolithic body. It is an optical signal generator add-on (2) according to claim 1 and its feature is; It is an optical signal generator add-on (2) according to claim 1 and has an optical body (3) with an optical element slot (5) where the optical element can be placed. The optical element is a laser generator. It is an optical signal generator add-on (2) according to claim 1 and its feature is; It has the optical body (3) equipped with at least one grub screw (6) on its outer surface. . It is an optical signal generator add-on (2) according to claim 6 and its feature is; It contains setscrews (6) intended for operation in the setscrew slots (7) formed on the outer surface of the body (3). It is an optical signal generator add-on (2) according to claim 6 and its feature is; It has 3 grub screws (6) on the outer body, with a 120° angle between them. It is an optical signal generator add-on (2) according to claim 1 and its feature is; It produces a laser signal that is broadcast in a way that provides at least one cut. It is an optical signal generator add-on (2) according to claim 1 and its feature is; It has a laser generator that produces only a laser signal when the user presses the trigger of the gun (l). It is an optical signal generator add-on (2) according to claim 10 and its feature is; It is equipped with a sensor that detects the vibration produced by the weapon (l) by pressing the trigger.