TR2023019441A2

TR2023019441A2 - SIMULATED GUN

Info

Publication number: TR2023019441A2
Application number: TR2023/019441
Authority: TR
Inventors: Uygunucarlar Tarkan; Oksak Hasan; Kutlu Gul
Original assignee: Savroni̇k Elektroni̇k Sanayi̇ Ve Ti̇caret Anoni̇m Şi̇rketi̇
Filing date: 2023-12-29
Publication date: 2024-01-22

Abstract

Buluş, sanayiye uygulanabilir nitelikte üretim alanına sahip, savunma sanayi, atıcılık spor ve sektörleri ile ilgili, sahip olduğu elektromekanik özellikler ve gömülü yazılım sayesinde tehlikesiz ve mühimmatsız atış eğitimi yapabilme imkanı sağlayarak, savunma sanayii içerisinde her birimden kolluk kuvveti tarafından; ve atıcılık sporu ile ilgilenen tesis ve poligonlar tarafından kullanılabilecek olan simüle tabanca ile ilgilidir.The invention has a production area applicable to the industry, is related to the defense industry, shooting sports and sectors, and provides the opportunity to conduct shooting training without danger and without ammunition, thanks to its electromechanical features and embedded software, by law enforcement forces from every unit within the defense industry; and simulated gun that can be used by facilities and ranges interested in shooting sports.

Description

TARIFNAME SIMÜLE TABANCA Bulus, sanayiye uygulanabilir nitelikte üretim alanina sahip, savunma sanayi, aticilik spor ve sektörleri ile ilgili, sahip oldugu elektromekanik özellikler ve gömülü yazilim sayesinde tehlikesiz ve mühimmatsiz atis egitimi yapabilme imkani saglayarak, savunma sanayii içerisinde her birimden kolluk kuvveti tarafindan; ve aticilik sporu ile ilgilenen tesis ve poligonlar tarafindan kullanilabilecek olan simüle tabanca ile ilgilidir. BULUSUN BAGLI OLDUGU TEKNIK ALAN VE MEVCUT Bulusun bagli oldugu teknik alan, savunma sanayi ve aticilik sporlari sektörlerini kapsamaktadir. Mevcut durumda üretilen simülatör tabancalar, genellikle plastik ve benzeri hafif malzemelerden yapilmis olmalari sebebiyle, kullanicilara gerçek bir silah hissiyati sunmamaktadir. Ayrica, bu simüle silahlar, gerçek silaha kiyasla farkli bir agirlik dagilimina sahiptir, bu da kullanicilara gerçek bir atesli silahin tasidigi agirligi ve dengesini hissettirmez. Sekil ve fonksiyon yapilari da genellikle gerçek silahlarin tam bir yansimasi degildir. Bu durum, kullanicilarin gerçek silah mekanikleriyle ilgili aliskanliklar kazanmasini zorlastirir ve egitim esnasinda mevcut simüle silahlarin mekanik özelliklerine alismalarina neden olur. Ayrica, mevcut simüle tabancalarda horozun kullanimi veya sarj ör degisikligi gibi temel silah kullanim islevleri bulunmamaktadir. Bu eksiklikler, kullanicilarin gerçek dünya senaryolarina daha iyi adapte olmalarini engeller ve egitim verimliligini azaltir. Simüle tabancalarda genellikle ek bir birim takilmasi gerektigi için, kullanicilar tabanca nisan hattini belirlerken rahatsizlik yasayabilirler. Bu durum, gerçek bir silahin kullanimiyla ilgili dogru aliskanliklarin gelistirilmesini engelleyebilir. Ayrica, mevcut simüle tabancalardaki enerji veya batarya sorunlari, egitim senaryolarinin sinirli bir zaman diliminde gerçeklesmesine neden olabilir. Batarya ömrüyle sinirli olan senaryolar, egitmenlerin daha uzun ve detayli egitimler düzenlemesini engelleyebilir, bu da ögrencilerin yeterince pratik yapma sansini azaltabilir. BULUSUN TANIMI Bulus, sanayiye uygulanabilir nitelikte üretim alanina sahip, savunma sanayi, aticilik spor ve sektörleri ile ilgili, sahip oldugu elektromekanik özellikler ve gömülü yazilim sayesinde tehlikesiZ ve mühimmatsiZ atis egitimi yapabilme imkani saglayarak, savunma sanayii içerisinde her birimden kolluk kuvveti tarafindan; ve aticilik sporu ile ilgilenen tesis ve poligonlar tarafindan kullanilabilecek olan simüle tabanca ile ilgilidir. BULUSUN AMACI VE FAYDALARI Bulus bahsi geçen tüm objektif teknik problemleri bertaraf etmek ve asagida siralanan avantajlari ortaya çikartarak katmadeger yaratmak amaci ile düsünülmüstür. l. Elektromekanik Özellikler: Simüle Tabanca, sanayi standartlarina uygun üretim alanina sahip elektromekanik özelliklere sahiptir. Bu özellikler, gerçek atis deneyimini simüle etmeye yönelik tasarlanmistir. 2. Gömülü Yazilim: Bulus, gömülü yazilim kullanarak atis egitimini daha gerçekçi ve etkili hale getirmektedir. Bu yazilim, atis algilama ve titreme gibi özellikleri kontrol etmekte ve kullaniciya gecikmesiZ bir deneyim sunmaktadir. . Degistirilebilir Harici Batarya: Simüle Tabanca, degistirilebilir harici batarya kullanimina olanak tanir. Bu özellik, daha uzun senaryo kosumlari için enerji saglar ve batarya degisimleri sirasinda sistemde kesinti olmaz. Egitim MasraIlarini Azaltma: Mermi ya da gaz gibi ekstra egitim malzemelerine ihtiyaç duymadan, simüle tabanca ile atis egitimi yapmak mümkündür. Bu özellik, egitim maliyetlerini düsürmeye katkida bulunur. Silah Titresim Özelligi: Simüle Tabanca, atislarla uyumlu bir sekilde silah titresim özelligine sahiptir. Bu özellik, kullaniciya daha gerçekçi bir atis deneyimi sunar. Simüle Tabanca,nin ihtiva ettigi diger özellikler su sekildedir: 9:59!" Wi-Fi kablosuz haberlesme Titresim Kurma Kolu algilama Tetik Algilama Kapak takimi düsürme algilama Harici Batarya (sarjör) 7.4V 2800mah Sekillerin açiklamasi Sekil l-Bulusun demonte halde açili görünüsüdür Sekil 2-Bulusun demonte halde açili görünüsüdür Sekillerdeki referanslarin açiklamasi Kurma Kolu Algilama Birimi Dâhili Batarya Tetik Algilama Birimi Bilgisayar Geri Tepme Birimi Sarj ör Algilama Birimi Harici Batarya Durum Bildirim LED ,i . On/Off Switch BULUSUN AYRINTILI AÇIKLAMASI Sistem çalisma sekli ; Senaryo Hazirligi: Egitim alan kullanici (personel), egitim senaryosu için Simüle Tabanca üzerinde tetik çekme, kurma kolu gibi islemleri gerçeklestirmesi Simülasyon Algilamasi: Simüle Tabanca, kullanicinin gerçeklestirdigi eylemleri algilar. Örnegin, tetik çekme, kurma kolu gibi eylemler Simüle Tabanca tarafindan tespit edilmesi, üzerinden bilgisayar ile paylasarak, I/O karti, kullanicinin eylemlerini dijital sinyallere çevirir ve bilgisayar tarafindan islenebilir hale getirmesi PC Ile Haberlesme: I/O karti üzerinden elde edilen veriler, bilgisayar (PC) ile iletisim kurmasi, Bilgisayar, kullanicinin yaptigi eylemleri anlamak ve üzerinde islemler gerçeklestirmek için bu verileri kullanmasi, Kablosuz Iletisim: Bilgisayar üzerindeki merkezi sunucu, egitim senaryosuyla ilgili bilgileri kablosuz iletisim araciligiyla almasi, Bu, kablosuz haberlesme protokollerini kullanarak gerçeklestirilmesi, Anlik Degisiklikler: Egitmen, senaryoda anlik degisiklikler yapabilmesi, Örnegin, bir tutukluk durumu simüle edilebilir veya sarjördeki mermiyi ani bir sekilde sonlandirabilmesi, Server ile Kablosuz Iletisim: Egitmen tarafindaki degisiklikler, Simüle Tabanca ile server arasinda kablosuz iletisim yoluyla gerçeklesmesi, Egitmenin talepleri, merkezi sunucu tarafindan alinmasi, Gerekli Islemler: Merkezi sunucu, egitmenin taleplerine uygun olarak Simüle Tabanca üzerinde gerekli islemleri gerçeklestirmesi, Örnegin, titresim motorunu çalistirma veya atis algilayici kamerayi kapatma gibi. Geribildirim: Simüle Tabanca, gerçeklestirilen islemler hakkinda kullaniciya geribildirim saglanmasii Bu, egitim alan kullanicinin performansini degerlendirmek ve gelistirmek için kullanilmasi, Bulus bahis geçen çalisma seklini uygulamak üzere bir ve sistem cihaz olup ; Kurma Kolu Algilama Birimi (l), Dâhili Batarya (2), Tetik Algilama Birimi (3), Bilgisayar (4), Kamera (5), Geri Tepme Birimi (6), Sarjör Algilama Birimi (7), Harici Batarya (8), Durum Bildirim LED,i (9), On/Off Switch (10) unsurlarindan olusmaktadir. Kurma Kolu Algilama Birimi (l) ;Silahin aktif hale gelmesinde gerçek kullanimindaki gibi silah sarjör takildiktan sonra kurma kolu çekilerek atis yapilabilir hale gelmektedir. Dâhili Batarya (2); Dâhili Batarya, Simüle Tabanca içerisinde bulunan donanimi besleyen bataryadir. Batarya kapasitesi 3.7 VDC ve 500 mAh'tir. Tetik Algilama Birimi (3); Simüle Tabanca, tetik basildi bilgisi ile birlikte üzerindeki kamerayi aktif hale getirecek ve hedefin görüntüsünü alacaktir. Aldigi fotograf görüntüsünü kablosuz haberlesme üzerinden ilgili yere gönderecektir. Tetige basildigi an geri tepme mekanizmasi çalisacaktir. Bilgisayar (4); Simüle Tabanca üzerine uygun arayüz ile monte edilecek sekilde tasarlanmis donanimdir. Silah Üzeri Uç Bilgisayar sistemi, Atis Algilama Servisi ve Cihaz Yönetim Servisi olarak iki alt birimden olusmaktadir. Atis Algilama Servisi ile, simülasyon esnasinda simüle silahlardan yapilacak atisin hedefin nereden isabet edeceginin verisini saglamak amaçlanmaktadir. Cihaz Yönetim Servisi ise Uç Bilgisayar ve Atis Algilama sisteminde üretilecek verilerin iletilmesi, durum mesajlarinin ilgili servislere gönderilmesi için gerekli haberlesmenin saglanmasi, silah geri tepmesini kontrolü ve belirtilen sensör ve modüllerin yönetilmesi islemlerini gerçeklestirecek yazilimdir. Kamera (5); Vurus algilama için kullanilan kameradir. Geri Tepme Birimi (6); Geri Tepme Birimi, gerçek silahta atis yapildiginda olusan geri tepme davranisinin benzerini Simüle Tabancada olusturan silah mekanigi aksamidir. Simüle tabanca da geri tepme titresim olarak verilmektedir. Titresim 12 VDC titresim motoru ile saglanacaktir. Sarjör Algilama Birimi (7); Sarjör seklinde tasarlanmis olan harici bataryanin tak/çikar durumunu algilayan birimdir. Harici Batarya (8); Harici Batarya, Simüle Tabanca içerisinde bulunan ve egitim esnasinda degistirilebilir olan bataryadir. Batarya kapasitesi 7.4 VDC 1200 mAh'tir. Durum Bildirim LED,i (9); Durum bildirim LED,i, Simüle Tabancaanin güç ve sistem durum bilgilerini farkli renklerle gösteren durum LED'idir. On/Off Switch (10); Simüle Tabanca batarya sarj istasyonlarina elektrik akiminin gitmesini ve durdurulmasini saglayacak donanimdir. TR TR TR TR TR TR TR TR TR TR TR TR TR TRDESCRIPTION SIMULATED GUN The invention relates to a simulated gun that has an industrially applicable production area and can be used by law enforcement forces from all units within the defense industry and by facilities and shooting ranges that deal with shooting sports, by providing the opportunity to conduct shooting training without risk and ammunition thanks to its electromechanical features and embedded software. TECHNICAL FIELD TO WHICH THE INVENTION RELATES AND CURRENT APPLICATION The technical field to which the invention relates covers the defense industry and shooting sports sectors. Simulator guns currently produced do not provide the user the feeling of a real gun because they are generally made of plastic and similar lightweight materials. Furthermore, these simulated weapons have a different weight distribution compared to real weapons, which prevents users from experiencing the weight and balance of a real firearm. Their shape and function are often not an exact reflection of real weapons. This makes it difficult for users to acquire familiarity with real-world weapon mechanics and forces them to become accustomed to the mechanical features of existing simulated weapons during training. Furthermore, existing simulated pistols lack basic weapon handling functions such as hammering or magazine changes. These deficiencies prevent users from better adapting to real-world scenarios and reduce training effectiveness. Because simulated pistols often require the attachment of an additional unit, users may experience discomfort when determining the pistol's aiming line. This can hinder the development of proper habits related to using a real weapon. Furthermore, power or battery issues with existing simulated pistols can cause training scenarios to be conducted for a limited time. Scenarios limited by battery life can prevent instructors from conducting longer and more detailed training sessions, which in turn can reduce students' chances of adequate practice. DESCRIPTION OF THE INVENTION The invention relates to a simulated pistol with industrially applicable production areas, related to the defense industry, shooting sports, and sectors. Its electromechanical features and embedded software enable safe and ammunition-free shooting training. It can be used by law enforcement agencies from all branches within the defense industry, as well as by facilities and ranges involved in shooting sports. PURPOSE AND BENEFITS OF THE INVENTION The invention was conceived to eliminate all objective technical problems mentioned and to create added value by revealing the advantages listed below. l. Electromechanical Features: The Simulated Gun has electromechanical features in a production area that complies with industry standards. These features are designed to simulate the real shooting experience. 2. Embedded Software: The invention makes shooting training more realistic and effective by using embedded software. This software controls features such as shot detection and vibration and provides the user with a lag-free experience. . Replaceable External Battery: The Simulated Gun enables the use of replaceable external batteries. This feature provides power for longer scenario runs and there is no system interruption during battery changes. Reducing Training Costs: Shooting training is possible with a simulated pistol without the need for additional training materials such as ammunition or gas. This feature helps reduce training costs. Weapon Vibration Feature: The simulated pistol features a weapon vibration feature that is compatible with the shots fired. This feature provides the user with a more realistic shooting experience. Other features included in the Simulated Gun are as follows: 9:59!" Wi-Fi wireless communication Vibration Cocking Handle Detection Trigger Detection Cover Drop Detection External Battery (charger) 7.4V 2800mah Explanation of the figures Figure 1-Disassembled, opened view of the invention Figure 2-Disassembled, opened view of the invention Explanation of the references in the figures Cocking Handle Detection Unit Internal Battery Trigger Detection Unit Computer Recoil Unit Charger Detection Unit External Battery Status Notification LED, i. On/Off Switch DETAILED DESCRIPTION OF THE INVENTION System operation method; Scenario Preparation: The user (personnel) who is receiving training performs operations such as pulling the trigger and cocking handle on the Simulated Gun for the training scenario. Simulation Detection: The Simulated Gun detects the actions performed by the user. For example, actions such as pulling the trigger and cocking the handle are detected by the Simulated Gun and shared with the computer via the I/O card. The user's actions are converted into digital signals and made processable by the computer. Communication with the PC: The data obtained through the I/O card communicates with the computer (PC). The computer uses this data to understand the actions made by the user and to perform operations on them. Wireless Communication: The central server on the computer receives information about the training scenario via wireless communication. This is achieved by using wireless communication protocols. Instant Changes: The instructor can make instant changes to the scenario. For example, a jamming situation can be simulated or the bullet in the magazine can be suddenly terminated. Wireless Communication with the Server: The instructor can make instant changes to the scenario. The changes are realized through wireless communication between the Simulated Gun and the server. The Instructor's requests are received by the central server. Necessary Actions: The central server performs the necessary operations on the Simulated Gun in accordance with the Instructor's requests. For example, starting the vibration motor or turning off the shot-detecting camera. Feedback: The Simulated Gun provides feedback to the user about the operations performed. This is used to evaluate and improve the performance of the user who is being trained. The invention is a system device to implement the aforementioned operating mode; Cocking Handle Detection Unit (l), Internal Battery (2), Trigger Detection Unit (3), Computer (4), Camera (5), Recoil Unit (6), Charger Detection Unit (7), External Battery (8), Status Notification LED (9), On/Off Switch (10) consists of the following elements: Handle Detection Unit (l); When the gun is activated, the gun can be fired by pulling the handle after inserting the magazine, just as in real use. Internal Battery (2); The internal battery powers the hardware inside the Simulated Gun. The battery capacity is 3.7 VDC and 500 mAh. Trigger Detection Unit (3); When the trigger is pressed, the Simulated Gun will activate the on-board camera and take an image of the target. It will send the captured image to the relevant location via wireless communication. When the trigger is pressed, the recoil mechanism will operate. Computer (4); This hardware is designed to be mounted on the Simulated Gun with a suitable interface. The On-Board Computer system consists of two sub-units: the Shot Detection Service and the Device Management Service. The Shot Detection Service and the simulation The aim is to provide data on where the shot from the simulated weapons will hit the target during the firing. The Device Management Service is the software that will transmit the data to be generated in the End Computer and Shot Detection system, provide the necessary communication to send status messages to the relevant services, control the gun recoil and manage the specified sensors and modules. Camera (5); is the camera used for hit detection. Recoil Unit (6); The Recoil Unit is the weapon mechanical part that creates the recoil behavior similar to that which occurs when a real gun is fired in the Simulated Gun. Recoil in the simulated gun is given as vibration. Vibration will be provided by a 12 VDC vibration motor. Charger Detection Unit (7); is the unit that detects the insertion/removal status of the external battery, which is designed as a charger. External Battery (8); The battery is located inside the Simulated Gun and can be replaced during training. The battery capacity is 7.4 VDC 1200 mAh. Status LED (9); The Status LED displays the Simulated Gun's power and system status information in different colors. The On/Off Switch (10) is the hardware that allows the electric current to be supplied to and stopped from the Simulated Gun's battery charging stations.

Claims

prompts

l. The invention is a simulated gun system and its feature is; Scenario Preparation: The trained user (personnel) performs operations such as pulling the trigger and cocking handle on the Simulated Gun for the training scenario. Simulation Detection: The Simulated Gun detects the actions performed by the user. For example, actions such as pulling the trigger, cocking lever are detected by the Simulated Gun, by sharing it with the computer, the I/O card converts the user's actions into digital signals and makes them processed by the computer, Communication with PC: Data obtained through the I/O card, communicating with the computer (PC), The computer uses this data to understand the actions taken by the user and perform operations on it, Wireless Communication: The central server on the computer receives information about the training scenario through wireless communication, This is achieved by using wireless communication protocols, Instant Changes : The instructor can make instant changes in the scenario, For example, a jamming situation can be simulated or the bullet in the magazine can be terminated suddenly, Wireless Communication with the Server: Changes on the instructor side are realized through wireless communication between the Simulated Gun and the server, Instructor's requests are received by the central server, Required Actions: The central server performs the necessary operations on the Simulated Gun in accordance with the instructor's requests, For example, turning on the vibration motor or turning off the shot-detection camera, Feedback: The Simulated Gun provides feedback to the user about the actions performed. This is to evaluate and improve the performance of the user receiving training. Its use consists of processing steps.

2. It is a simulated gun to implement the working method in claim 1 and its feature is; Crown Detection Unit (l), Internal Battery (2), Trigger Detection Unit (3), Computer (4), Camera (5), Recoil Unit (6), Magazine Detection Unit (7), External Battery (8) It consists of Status Notification LED (9) and On/Off Switch (10).

3. It is the simulated gun in claim 2 and its feature is; The Cocking Handle Detection Unit (1) is characterized as the unit that enables the gun to be activated by pulling the cocking handle after the gun magazine is inserted, as in real use, as in real use.

4. It is the simulated gun in claim 2 and its feature is; Internal Battery is characterized as the battery that feeds the hardware in the Simulated Gun.

5. It is the simulated gun in claim 2 and its feature is; The Simulated Gun of the Trigger Detection Unit (3) will activate the camera on it with the information that the trigger has been pressed and will take the image of the target and send the photographic image it receives to the relevant place via wireless communication. It is characterized as a unit that performs the functions of operating the recoil mechanism when the trigger is pressed.

6. It is the simulated gun in claim 2 and its feature is; The Computer (4) is designed to be mounted on the Simulated Gun with the appropriate interface, the On-Weapon Computer System consists of two sub-units as the Shooting Detection Service and the Device Management Service, and the Shooting Detection Service determines where the target will be when the shot from the simulated weapons is detected during the simulation. It is characterized as the unit that provides the data that it will hit.

7. It is the simulated gun in claim 2 and its feature is; Management Service is characterized as the software that will perform the operations of transmitting the data to be generated in the End Computer and Shot Detection system, providing the necessary communication to send status messages to the relevant services, controlling the weapon recoil and managing the specified sensors and modules.

8. It is the simulated gun in claim 2 and its feature is; Camera (5)n1n is characterized as a hardware used for hit detection.

9. It is the simulated gun in claim 2 and its feature is; Recoil Unit (6) is characterized as a gun mechanics component that provides recoil vibration in the simulated gun, provides the vibration with a 12 VDC vibration motor, and creates a recoil behavior similar to the recoil behavior that occurs when shooting a real gun in the Simulated Gun.

10. It is the simulated gun in claim 2 and its feature is; Magazine Detection Unit (7); It is characterized as a unit that detects the insertion/disconnection status of the external battery, which is designed in the form of a charger.

ll. It is the simulated gun in claim 2 and its feature is; The External Battery (8) is the battery located in the Simulated Gun and can be changed during training.

12. It is the simulated gun in claim 2 and its feature is; Status Notification LED (9) is characterized as a status LED that displays the power and system status information of the Simulated Gun in different colors.