TR201807918A2

TR201807918A2 - NEAR FIELD COMBAT MOTION DETECTOR

Info

Publication number: TR201807918A2
Application number: TR2018/07918A
Authority: TR
Inventors: Erşahi̇n Coşkun
Original assignee: Exentech Savunma Medikal Havacilik Bilisim Ltd Sirketi
Priority date: 2018-06-04
Filing date: 2018-06-04
Publication date: 2018-07-23

Abstract

Bu buluş, savunma, ekolojik araştırmalar, vahşi yaşam gözetimi, keşif ve gözetleme, bilimsel araştırmalar, yuva ekolojisi, nadir tür tespiti, zengin tür belirleme, sınır güvenliği, kaçak geçiş tespiti, bilimsel araştırmalar, yaşam alanı işgali, askeri ve sivil hedef spor müsabakaları ve bunun gibi alanlarda kullanılan, istenilen uzaklıktan hareket algılama işlemlerini gerçekleştiren ve diğer hareket algılayıcılar ile haberleşen bir yakın alan hareket algılama dedektörü (1) ve yöntemi ile ilgilidir.This invention, defense, ecological research, wildlife surveillance, reconnaissance and surveillance, scientific research, nest ecology, rare species detection, rich species identification, border security, illegal detection, scientific research, habitat occupation, military and civil target sport competitions and a near field motion detection detector (1) and method used in such areas, performing motion detection operations from the desired distance and communicating with other motion sensors.

Description

TARIFNAME YAKIN ALAN MUHAREBE HAREKET DEDEKTORU Teknik Alan Bul bulus, savunma, ekolojik arastirmalar, vahsi yasam gözetimi, kesif ve gözetleme, bilimsel arastirmalar, yuva ekolojisi, nadir tür tespiti, zengin tür belirleme, sinir güvenligi, kaçak geçis tespiti, bilimsel arastirmalar, yasam alani isgali, askeri ve sivil hedef spor müsabakalari ve bunun gibi alanlarda kullanilan, istenilen uzakliktan hareket algilama islemlerini gerçeklestiren ve diger hareket algilayicilar ile haberlesen bir yakin alan hareket algilama dedektörü ve yöntemi ile ilgilidir. DESCRIPTION NEAR FIELD COMBAT MOTION DETECTOR Technical Area discovery, defence, ecological research, wildlife surveillance, reconnaissance and surveillance, scientific research, nest ecology, rare species identification, rich species identification, neural security, illegal crossing detection, scientific research, occupation of living space, military and civil from the desired distance, used in target sports competitions and similar areas. that perform motion detection operations and communicate with other motion detectors. relates to a near field motion detection detector and method.

Teknigin Bilinen Durumu Günümüzde kullanilan muharebe dedektörleri doga arazi kosullarinda IP Sartlarina uymamaktadirlar. Bu dedektörler kullanis açisindan sahada enerji bakimindan uzun ömürlü faaliyet göstermemektedir. Piyasada bulunan dedektörler daha çok sehir veya endustriyel kullanima yönelik olup doga ve arazi sartlarinda etkin çözümler sunamamaktadir. Bu ürünler ihtiyaçlara karsilik verememekte ve eksik kalmaktadir. State of the Art Combat detectors used today meet IP requirements in nature and terrain conditions. they do not comply. These detectors are long in terms of energy in the field in terms of usage. does not operate for a lifetime. Detectors available in the market are mostly located in cities or towns. For industrial use, effective solutions in nature and land conditions cannot offer. These products cannot meet the needs and remain incomplete.

Savunma, Ekolojik arastirmalar, vahsi yasam gözetimi, kesif ve gözetleme, bilimsel arastirmalar, yuva ekolojisi, nadir tür tespiti, ekolojik nufus tahmini, sinir güvenligi, kaçak geçis tespiti, yasam alani isgali, oryantiring, spr aktiviteleri, askeri ve sivil hedef müsabakalari gibi kullanim alanlarinda bölgesel sartlarda göz önüne alinarak daha iyi muharebe dedektörlerine ihtiyaç duyulmaktadir. Ayrica mevcut ürünlerde mesh topoloji teknolojisi bulunmamaktadir. Mevcut ürünlerin hareket algilama mesafesi maksimum mt civarindadir. Advocacy, Ecological research, wildlife surveillance, exploration and surveillance, scientific research, nest ecology, rare species detection, ecological population estimation, border security, illegal crossing detection, habitat occupation, orienteering, spr activities, military and civilian target taking into account the regional conditions in areas of use such as competitions Combat detectors are needed. In addition, mesh topology in existing products technology is not available. Maximum motion detection distance of existing products It is around mt.

Teknigin bilinen durumunda yer alan TR2010/01385 numarali patent basvurusunda bir dedektör açiklanilmaktadir. Söz konusu dedektör kisi veya objelerin ve bunlarin hareket yönlerinin algilanmasina yaramaktadir. Söz konusu dedektör görünmez isigin dalga boyuna sahip elektromanyetik radyasyonu algilamaya yönelik bir yapi içermektedir. Söz konusu dedektör doga ve arazi sartlarina etkin çözümler sunamamaktadir. In the patent application numbered TR2010/01385, which is in the state of the art, a detector is described. The detector in question is the presence of persons or objects and their It is used to detect movement directions. The detector in question is invisible light. A structure for detecting electromagnetic radiation with a wavelength contains. The detector in question provides effective solutions to nature and land conditions. cannot offer.

Sonuç olarak, yukarida anlatilan olumsuzluklardan dolayi ve mevcut çözümlerin konu hakkindaki yetersizligi nedeniyle ilgili teknik alanda bir gelistirme yapilmasi gerekli kilinmistir. As a result, due to the above-mentioned disadvantages and current solutions It is necessary to make an improvement in the relevant technical field due to the inadequacy of the is locked.

Bulusun Amaci Bulus, mevcut durumlardan esinlenerek olusturulup yukarida belirtilen olumsuzluklari çözmeyi amaçlamaktadir. Purpose of the Invention The invention was created by being inspired by the current situations, and the above-mentioned negativities aims to solve.

Bu bulusun amaci, savunma, ekolojik arastirmalar, vahsi yasam gözetimi, kesif ve gözetleme, bilimsel arastirmalar, yuva ekolojisi, nadir tür tespiti, zengin tür belirleme, sinir güvenligi, kaçak geçis tespiti, bilimsel arastirmalar, yasam alani isgali, askeri ve sivil hedef spor müsabakalari ve bunun gibi alanlarda kullanilan bir yakin alan hareket algilama dedektörünün ve yönteminin gelistirilmesidir. The purpose of this invention is advocacy, ecological research, wildlife surveillance, exploration and surveillance, scientific research, nest ecology, rare species detection, rich species identification, border security, illegal crossing detection, scientific research, habitat invasion, military and a near field movement used in civilian target sports competitions and the like is the development of detection detector and method.

Bu bulusun bir diger amaci, istenilen uzakliktan hareket algilama islemlerini gerçeklestiren ve diger hareket algilayicilar ile haberlesen bir yakin alan hareket algilama dedektörünün ve yönteminin gelistirilmesidir. Another aim of this invention is to detect motion from a desired distance. A near field motion that performs and communicates with other motion sensors is the development of detection detector and method.

Mevcut kullanilan ürünlerden farkli olarak, hareket algilama sensörü en az üç adet olup 360 derece açida tüm alani kapsayacak, tarayacak sekilde tasarlanmislardir. Bu sensörler özellikle askeri operasyonlarda ihtiyaç duyulan güvenlik açisini ve kalitesini sunabilecek niteliktedir. Unlike the currently used products, there are at least three motion detection sensors. They are designed to cover and scan the entire area at a 360 degree angle. This sensors provide the security angle and quality needed especially in military operations. able to offer.

Set halinde genis bir alana yerlestirilen hareket algilama dedektörü tüm alana ucuz maliyeti ve tasinabilir olmasi ile hakim olmakta ve istenildiginde kolayca tasinabilmektedir. Algilanan harekete dair bilgi 0 alanda görevli kisiye kol saati veya istenilen bir elektronik cihaz yardimi ile gönderilebilmektedir. The motion detection detector, which is placed in a large area as a set, is inexpensive to the whole area. With its cost and portability, it can dominate and easily can be transported. Information about the detected movement can be sent to the person in charge of 0 area with a wrist watch or It can be sent with the help of any desired electronic device.

Kaçak geçis ve sinir güvenliginde kullanilan ürünler yüksek maliyetleri veya enerji problemleri gibi sebeplerle istenilen sekilde kontrol edilememektedir. Bu bölgeler genelde askerler sayesinde kontrol edilmekte ve tehlike arz etmektedir. Bu bulus sayesinde bu sorunlar en aza indirgenmektedir. Products used in illegal crossing and border security have high costs or energy costs. It cannot be controlled as desired due to reasons such as problems. These regions it is usually controlled by soldiers and poses a danger. This invention these problems are minimized.

Askeri alanda arazide kalinmasi durumlarinda askerlerin bulunduklari bölgenin çevresine bulus konusu hareket algilama dedektörü yerlestirilebilmekte ve asklerin konumlari güvenlik altina alabilmektedirler. In case of staying in the field in the military area, the region where the soldiers are located motion detection detector, which is the subject of the invention, can be placed around the can secure their positions.

Bulus konusu hareket algilama dedektöründe Mesh yapisi bulunmaktadir. Mesh topolojisinde, GSM baglantisi olmayan alanlarda güvenlik kontrolü saglamak için algilanan bir hareket bilgisinin, bilgiyi algilayan cihazin maksimum mesafe 1200 mt olmak üzere bu alanda en yakin diger cihazla baglanti kurarak onun üzerinden merkeze veya istenilen yere göndermesini saglamaktadir. Bulus konusu hareket algilama dedektöründe, 20 MT olan hareket sensörü mesafesi, mesh yapisi sayesinde, yardimci ürünler ve içerisinde yer alan unsurlar aralarinda gerçeklestirilen haberlesme baglantisi sonucunda, 1200 MT mesafeye genislemektedir. The motion detection detector, which is the subject of the invention, has a Mesh structure. Mesh topology, to provide security control in areas that do not have a GSM connection The maximum distance of a detected motion information, the device that detects the information is 1200 m. by connecting with the nearest other device in this area, including It allows to send it to the center or to the desired place. Inventive motion In the detection detector, the motion sensor distance of 20 MT, thanks to the mesh structure, communication between ancillary products and the elements in them As a result of its connection, it expands to a distance of 1200 MT.

Bulus konusu hareket algilama dedektöründe Wi-fi modül ve NRF modül bulunmaktadir. Wi-fi module and NRF module in motion detection detector which is the subject of the invention are available.

Bulusun yapisal ve karakteristik özellikleri ve tüm avantajlari asagida verilen sekiller ve bu sekillere atiflar yapilmak suretiyle yazilan detayli açiklama sayesinde daha net olarak anlasilacaktir ve bu nedenle degerlendirmenin de bu sekiller ve detayli açiklama göz önüne alinarak yapilmasi gerekmektedir. The structural and characteristic features and all advantages of the invention are given in the following figures and It is clearer thanks to the detailed explanation written by making references to these figures. will be understood as such, and therefore the assessment will also include these figures and should be taken into account.

Bulusun Anlasilmasina Yardimci Olacak Sekiller Sekil 1, bulusa konu olan hareket algilama dedektörünün alttan görünümüdür. Figures to Help Understand the Invention Figure 1 is the bottom view of the motion detection detector of the invention.

Sekil 2, bulusa konu olan hareket algilama dedektörünün önden görünümüdür. Figure 2 is a front view of the motion detection detector of the invention.

Parça Referanslarinin Açiklamasi 1. Hareket algilama dedektörü 2. Açma kapama dügmesi 3. Pil yuvasi 4. Kilit mekanizmasi . Ekran 6. Alt kapak 7. Koordinat ayar dügmesi 8. Hareket sensörü 9. Fresnel lens . Haberlesme birimi 11. Kontrol birimi Bulusun Detayli Açiklamasi Bu detayli açiklamada, bulusa konu olan bir hareket algilama dedektörünün (1) ve yönteminin tercih edilen yapilanmalari, sadece konunun daha iyi anlasilmasina yönelik olarak açiklanmaktadir. Description of Part References 1. Motion detection detector 2. On/Off button 3. Battery holder 4. Lock mechanism . Screen 6. Bottom cover 7. Coordinate adjustment button 8. Motion sensor 9. Fresnel lens . Communication unit 11. Control unit Detailed Description of the Invention In this detailed description, a motion detection detector (1) and Preferred embodiments of the method are only intended for a better understanding of the subject. is described as.

Bu bulusi savunma, ekolojik arastirmalar, vahsi yasam gözetimi, kesif ve gözetleme, bilimsel arastirmalar, yuva ekolojisi, nadir tür tespiti, zengin tür belirleme, sinir güvenligi, kaçak geçis tespiti, bilimsel arastirmalar, yasam alani isgali, askeri ve sivil hedef spor müsabakalari ve bunun gibi alanlarda kullanilan, istenilen uzakliktan hareket algilama islemlerini gerçeklestiren ve diger hareket algilayicilar ile haberlesen bir yakin alan hareket algilama dedektörü (1) ve yöntemi ile ilgilidir. This invention includes advocacy, ecological research, wildlife surveillance, reconnaissance and surveillance, scientific research, nest ecology, rare species identification, rich species identification, neural security, illegal crossing detection, scientific research, occupation of living space, military and civil from the desired distance, used in target sports competitions and similar areas. that perform motion detection operations and communicate with other motion detectors. relates to a near field motion detection detector (1) and its method.

Sekil 1'de görüldügü üzere, hareket algilama dedektörünün (1) açip kapama islemleri için açma kapama butonu (2) kullanilmaktadir. Hareket algilama dedektörünün (1) çalismasi için gerekli olan elektrik enerjisi tercihen üç adet pil tarafindan saglanmaktadir. Söz konusu piller pil yuvasinin (3) içerisine yerlestirilmektedir. Sekil 2tde gösterilen kilit mekanizmasi (4), pillerin güvenli bir sekilde pil yuvasinda (3) durmasini saglamaktadir. As seen in Figure 1, the on and off operations of the motion detection detector (1) The on/off button (2) is used for motion detection detector (1) The electrical energy required for its operation is preferably supplied by three batteries. is provided. Said batteries are placed inside the battery compartment (3). Shape The locking mechanism (4) shown in Fig. 2 ensures that the batteries are securely placed in the battery compartment (3). makes it stop.

Hareket algilama dedektörünün (1) tercihen alt kisminda ekran (5) yer almaktadir. The screen (5) is preferably located at the bottom of the motion detection detector (1).

Koordinat girme islemleri ekrana (5) vasitasiyla gerçeklestirilmektedir. Alt kapak (6), kapatilarak ekranin (5) dis ortamlardan korunmasini saglamaktadir. Kullanici koordinat ayar dügmesi (7) vasitasiyla ürünün yerlestirildigi konumun koordinatlarinin girilmesini ve bu sayede hangi noktada hareket oldugunun anlasilmasini saglamaktadir. Kullanici koordinat ayar dügmesini (7) çalistirarak gerçeklestirdigi koordinat ayar islemlerinde ekrandan (5) yardim almaktadir. Coordinate entry operations are performed via the screen (5). Bottom cover (6), it is turned off and ensures that the screen (5) is protected from external environments. User coordinate It is necessary to enter the coordinates of the location where the product is placed by means of the adjustment button (7). and in this way, it enables to understand at which point there is movement. User in the coordinate adjustment operations performed by operating the coordinate adjustment button (7). gets help from the screen (5).

Hareket algilama dedektöründe (1) tercihen en az üç adet hareket sensörü (8) yer almaktadir. Hareket sensörleri (8) 360 derece açida tüm alani kapsayacak, tarayacak sekilde tasarlanmislardir. Hareket sensörlerinin (8) algilama mesafesi en az 20 mt olup sadece vücut sicakligi ölçümü yaparak hareket algilama islemini gerçeklestirmektedirler. Hareket sensörlerinin (8) algiladiklari cisimler sadece termal sicakliga sahip cisimlerdir. Yani hareket sensörleri (8) dal, yaprak, düzgar ve bunun gibi dis etkenlerden etkilenmemektedirler. There are preferably at least three motion sensors (8) in the motion detection detector (1). takes. Motion sensors (8) will cover and scan the entire area at a 360 degree angle they are designed in this way. The detection distance of the motion sensors (8) is at least 20 m. motion detection by measuring body temperature only. they are realizing. The objects detected by the motion sensors (8) are only thermal are objects that have temperature. That is, the motion sensors (8) are branches, leaves, straights and They are not affected by external factors such as

Fresnel lens (9), günes isinlarindan koruma saglayarak hareket sensörleri (8) tarafindan yanlis alarm verilmesini engellemektedir. Fresnel lens (9), ayrica hareket sensörlerinin (8) algilama mesafesini artirmak içinde kullanilmaktadir. Fresnel lens (9) provides protection from sunlight, motion sensors (8) It prevents false alarms from being issued by Fresnel lens (9), plus motion It is used to increase the detection distance of the sensors (8).

Haberlesme birimi (10), hareket algilama dedektörünün (1) merkez ile kablosuz haberlesmesini saglayan Wi-fi modülü içermektedir. Haberlesme birimi (10), ayrica mesh topolojisi kullanilarak cihazlar arasinda haberlesme yapilabilmesi için Mesh baglantisi saglayan NRF modülünü de içermektedir. The communication unit (10) connects the motion detection detector (1) with the center wirelessly. It includes a Wi-fi module that enables communication. The communication unit (10), also Mesh for communication between devices using mesh topology It also includes the NRF module that provides the connection.

Kontrol birimi (11), hareket sensörleri (8) tarafindan bir hareket algilanildiginda, hareket bilgisini haberlesme birimindeki (10) Wi-fi modülü üzerinden merkeze iletilmektedir. When a motion is detected by the motion sensors (8), the control unit (11) information is transmitted to the center via the Wi-fi module in the communication unit (10).

Bölgesel sartlar yüzünden merkez ile irtibata geçilemiyor ise, kontrol birimi (11), mesh topolojisini kullanarak merkez ile baglantisi olan ve çevrede bulunan herhangi bir cihaza hareket bilgisini iletmektedir. Kontrol birimi (11) bu islem için haberlesme birimindeki (10) NRF modülü üzerinden veri iletimini gerçeklestirmektedir. If the center cannot be contacted due to regional conditions, the control unit (11), mesh Any object connected to the center and located in the periphery using the topology transmits motion information to the device. The control unit (11) communicates for this operation. performs data transmission over the NRF module in the unit (10).

Bulus konusu hareket algilama yöntemi, hareket algilama dedektörü (1) içerisinde yer alan unsurlari kullanmadir. Hareket algilama yöntemi tercihen; 0› açma kapama butonu (2) vasitasi ile çalisir duruma geçilmesi, ekran (5) üzerinden ve koordinat ayar dügmesi (7) kullanilarak hareket algilama dedektörünün (1) koordinatinin (konumu) girilmesi, .;. hareket sensörü (8) ve fresnel lens (9) kullanilarak termal aktivitelerin, dolayisiyla hareketlerin algilanilmasi, .,. algilanan termal aktivite bilgilerinin, kontrol birimi (11) tarafindan haberlesme birimindeki (10) Wi-fi modülü üzerinden merkeze iletilmesi ve aktivite bilgilerinin, kontrol birimi (10) tarafindan haberlesme birimindeki (10) NRF modülü üzerinden merkezle iletisimi olan baska bir cihaza iletilmesi The motion detection method, which is the subject of the invention, is located in the motion detection detector (1). using field elements. Motion detection method preferably; Switching to working state by means of 0› on/off button (2), movement via the screen (5) and using the coordinate adjustment knob (7). entering the coordinate (position) of the detection detector (1), .;. thermal activities using motion sensor (8) and fresnel lens (9), therefore, the perception of movements, .,. The communication of the detected thermal activity information by the control unit (11) transmission to the center via the Wi-fi module in the unit (10) and the activity information is sent by the control unit (10) to the communication unit (10) Transmission to another device communicating with the center via the NRF module

Claims

REQUIREMENTS The on-off button (2) used for on-off operations, the battery slot (3) where the batteries in which the electrical energy required for working is supplied are placed, the lock mechanism (4) that keeps the batteries safely in the mentioned battery slot (3), the coordinate entry operations Defense, ecological research, wildlife surveillance, exploration and surveillance, scientific research, nest ecology, rare species detection, rich species identification, It is a near field motion detection detector (1), which is used in areas such as border security, illegal crossing detection, scientific research, occupation of living space, military and civilian target sports competitions, and which performs motion detection from the desired distance and communicates with other motion detectors. ; Motion detection by measuring body temperature only, having a coordinate adjustment button (7), which is assisted by the screen (5) mentioned during 02° operation, allows the coordinates of the location where the product is placed to be entered and thus to understand at which point there is movement, At least three motion sensors (8), which perform the operation, .to communicate between devices using the fresnel lens (9) topology, which prevents false alarms by the said motion sensors (8) by providing protection from sunlight and increases the detection distance of the said motion sensors (8). When a motion is detected by the communication unit (10) containing the NRF module providing Mesh connection and ° mentioned motion sensors (8) in order to be able to , said message of motion information It contains a control unit (11) that provides transmission to any device that is connected to the center and is in the environment by using the mesh topology over the NRF module in the communication unit (10). Defense, ecological research, wildlife surveillance, reconnaissance and surveillance, scientific research, nest ecology, rare species detection, rich species identification, border security, illegal crossing detection, scientific research, habitat invasion, military and civilian target sports competitions and so on. It is a near field motion detection method used in fields, performing motion detection from the desired distance and communicating with other motion sensors. Switching to operating state via on/off button (2), entering the coordinate (position) of the motion detection detector (1) on the screen (5) and using the coordinate adjustment button (7), thermal motion sensor (8) and using the fresnel lens (9). detecting activities, hence movements, transmitting the thermal activity information detected by the control unit (11) to the center via the Wi-fi module in the communication unit (10), and if there is no access to the center, using the mesh topology, the detected thermal activity information is sent to the control unit (10) transmitting it to another device that communicates with the center through the NRF module in the communication unit (10) by the company and carries out the process steps.