TR2023001239U5

TR2023001239U5 - AUTOMATIC FIRE EXTINGUISHING SYSTEM

Info

Publication number: TR2023001239U5
Application number: TR2023/001239
Authority: TR
Inventors: Erdo An Sezgi̇n
Original assignee: Vi̇zyonrapi̇d Yangin Mühendi̇sli̇ği̇ Eği̇ti̇m Ve Danişmanlik Hi̇zmetleri̇ İthve İhrsanve Ti̇cli̇mi̇ted Şti̇
Filing date: 2023-02-02
Publication date: 2023-02-21

Abstract

Buluş konusu, yangın tipine göre kullanılarak çıkması olası yangınları önlemeye yarayan duman algılama dedektörü (1), yanmaz kablo (2), yangın ihbar sireni (3), acil durdurma butonu (4), kontrol paneli (5), püskürtme nozulu (6), boru ana hattı (7), ağır yük kelepçesi (8), selenoid valf (9), manometre (10), silindir gövde (11), silindir bağlantı kelepçesi (12) ve tanıtım etiketi (13) kısımlarından oluşan otomatik yangın söndürme sistemi ile ilgilidir.The subject of the invention is the smoke detection detector (1), fireproof cable (2), fire alarm siren (3), emergency stop button (4), control panel (5), spray nozzle (6), which can be used to prevent possible fires by using them according to the fire type. Automatic fire extinguishing system consisting of pipe main line (7), heavy load clamp (8), solenoid valve (9), pressure gauge (10), cylinder body (11), cylinder connection clamp (12) and identification label (13). It is related to.

Description

TARIFNAME OTOMATIK YANGIN SÖNDÜRME SISTEMI Teknik Alan Bulus, yangin söndürme sistemi olan tüm alanlarinda kullanilan, yangin tipine göre kullanilarak çikmasi olasi yanginlari önlemeye yarayan otomatik yangin söndürme sistemi ile ilgilidir. Bulusun Altyapisi Insanoglu yeryüzünde bulundugu günden bugüne çesitli ihtiyaçlari giderme dogrultusunda sürekli bir gelisim süreci içesindedir. Bu gelisim sürecinde dogal veya yapay olarak gerçeklesen afetlerle mücadele de yer almaktadir. Bu baglamda insanoglunun karsilastigi felaketlerden biri de yangindir. Yangin; maddenin isi ve oksijenle birlesmesi sonucu olusan yanma reaksiyonlarinin neden oldugu dogal afettir. Yanginlarin olustuklari cografik alanda maddi hasarlara neden olmasindan ziyade, orada yasayan canlilar ve ekolojik denge üzerinde son derece olumsuz etkileri bulunmaktadir. Yanginlar çiktiklari alanlara göre ve cografi dis etkilere göre kontrol altina alinmasi oldukça uzun sürebilen ve yanginlarda genis alanlara olumsuz etkisi olabilen durumlarin ortaya çikmasi söz konusu olabilmektedir. Bu söndürme süreçlerinin kisa tutulabilmesi için çikan yanginin türünün ve çiktigi alanin durumuna göre farkli söndürme yöntemleri kullanilmaktadir. Günümüzdeki en temel söndürme yöntemi yanan alana su püskürtülerek ya da hava araçlari ile su atilarak alandaki yanginin söndürülmesi saglanmaya çalisilmaktadir. Ancak alana yayilan su genelde nokta atisi yapilmak durumunda kalinmakta ve alan tam olarak sogutulamamakta ve zamanla yarisilan bu durumda olumsuz sonuçlar dogabilmektedir. Bu sebeple yeni söndürme türleri ve tiplerinin kullanilmasi ve ortaya atilmasi zorunlulugu açikça gözlemlenmektedir. Günümüzde yangin söndürmeye yönelik otomatik ve manuel olmak üzere birçok sistem bulunmaktadir. Bunlardan bazilari otomatik fiskiye sistemleri, su sprey sistemleri ve tasinabilir yangin söndürücüleridir. Yanginin ilk baslama aninda müdahale etmek çok büyük bir önem tasir fakat yangin esnasinda o ortamda bulunulmadigi veya yanginin basladigini fark edilmedigi zamanlarda kisa süreler içinde yangin etrafinda bulunan yanmaya müsait esya vb. maddeler sayesinde onlari da tutusturmak suretiyle fazlasiyla güç kazanmakta ve müdahale edemeyecek boyutlara gelmektedir. Tasinabilir söndürücüler içlerinde köpük, su, kimyevi kuru toz vb. maddeler bulundurmakta ve kisi manuel bir sekilde söndürücüyü alarak yanginin basladigi noktaya müdahale edilmektedir. Bazi durumlarda yanginin boyutuna bagli söndürücüler yetmemekte ve yangina müdahaleyi zorlastirmaktadir. Normal sartlar altinda devam eden sosyal hayat ve is hayatinda beklenmedik bir sekilde aniden darbe vuran yanginlarin önlenmesi amaciyla, sektörde en fazla kullanilan sistemlerden biri olarak FM200 gazli söndürme sistemleri kullanilmaktadir. Kokusuz ve saydam renkli özelligiyle en çok talep edilen yangin söndürme sistemlerinden biri olarak insanlarin can güvenligi düsünülerek yapilan bu sistemler oldukça islevseldir. FM 200 gazli söndürme sistemi yanan bölgeye müdahale ederken bölgede zarar olusturmadigi için avantajli sayilmaktadir. lSO14520 standartlarinda üretilerek kalite sartnamelerine ve yönetmeliklerine de uygun olmaktadir. Ayrica köpüklü söndürme sistemleri, basinçli su ile köpügün birlesimi ile olusan düsük yogunluktaki köpügün yatay veya dikey yüzeylere yapisarak yanan yüzeyin üzerini kaplamasini saglayan bir sistemdir. Genel olarak yanici ve patlayici yakitlarin kullanildigi endüstriyel tesislerde tercih edilir. Novec 1230 renksiz, kokusuz ve elektriksel iletkenligi bulunmayan bir temiz söndürücü gazdir. Karbon temelli (C6F120) olan ve FK-5-1-12 koduyla anilan Novec depolanir. UL, FM, LPCB ve VdS gibi dünya çapinda birçok standart ve organizasyon tarafindan onaylanmis bir söndürücü gazdir. Novec 1230 gazli söndürme sistemleri ortamdan isiyi absorbe etme prensibi ile yangina müdahale eder ve mahaldeki oksijen miktarini etkilemeden yangini kontrol altina alir. Ozon tabakasina zarar vermedigi çevre koruma birligi tarafindan belirlenmis olan Novec 1230 gazi, gerekli tasarim konsantrasyonunda solunabilir ve insan sagligina herhangi bir zarar vermez. Novec 1230 gazinin atmosferik ömrü ise 3 ila 5 gün arasindadir ve küresel isinma potansiyeli faktörü 1'dir. Diger bir deyisle Novec 1230 gazi ozona zararli olmadigi gibi sera etkisi de yoktur. Mevcutta otomatik yangin sistemlerinde kullanim alaninda ihtiyaca göre ayarlanabilen ve ayni sistemde FM 200 gazi, novec 1230 gazi ve köpük ile çalisan sistemler bulunmaktadir. Bu durumda yanginin tipine göre söndürme sitemi bulunmadigini göstermektedir. Bulus, teknigin bilinen durumunun asildigi, dezavantajlarinin giderildigi, ilave olarak ekstra avantajlar içeren FM 200 gazli söndürme, köpüklü ve Novec 1230 gazli söndürme sistemleri olarak çalisabilen otomatik yangin söndürme sistemidir. Söz konusu bulus, mevcutta var olan sorunlara çözüm amaci olarak gelistirilmistir. Bulus, bina ve benzeri kapali alanlarda kullanilan otomatik yangin söndürme sistemleri olup, çikmasi olasi yanginlari önlemeye yaramaktadir. Sistem içinde yangin algilayici özellikteki duman algilama dedektörleri, yangin söndürme amaci tasiyan cihazlarin devreye girerek yangin olusumunu önleyebilmektedirler. Algilayicilar kisa sürede müdahale imkâni vermektedirler. Bu nedenle de güvenlik saglama isleminin oldukça önemli bir asamasini üstlenmektedirler. Otomatik yangin söndürme sistemi içerdigi yangin ihbar sireni ile yangina aninda müdahale edebilme ve yangin söndürme maddesi püskürtme nozullariyla yanginin aniden önlenmesi mümkün kilmaktadir. Bulusta sistem kurulumu kapali alana yapildiktan sonra koruma alanina göre minimum 2 adet maksimum 150 adet dedektör ile koruma saglanmaktadir. Dedektörler çapraz zon algima teknigi ile çalisir. Koruma alaninin içinde yangin tehlikesi basladiginda ilk dedektör yangini algiladiginda kontrol paneline yangin ihbari yapar ve yangin ihbar sireni çalisir fakat ilk sirende sistem hemen devreye girmez, sadece siren çalmaktadir. Diger dedektörün yangini algilamasini beklemekte ve diger dedektör de yangini algiladiginda otomatik yangin söndürme sistemi 60 saniye içinde aktif olmakta ve sistem çalismaya baslamaktadir, yangin söndürme maddesi püskürtme nozullariyla yanginin aniden önlenmesi mümkün kilmaktadir. Bulusun kullanim alanlari arasinda binalar, restoranlar, otel ve benzeri kapali isletmelerdir. Bulusun yapisal ve karakteristik özellikleri ve tüm avantajlari asagida yazilan ayrintili açiklama sayesinde daha net olarak anlasilacaktir ve bu nedenle bu degerlendirmenin de bu ayrintili açiklama göz önünde bulundurularak yapilmasi gerekmektedir. Bulusun Açiklanmasina Yardimci Sekiller Sekil 1: Otomatik yangin söndürme sisteminin kurulumunun temsili görünümü Bulusun Açiklanmasina Yardimci Referanslar Duman algilama dedektörü Yanmaz kablo Yangin ihbar sireni Acil durdurma butonu Kontrol paneli Püskürtme nozulu Boru ana hatti Agir yük kelepçesi Selenoid valf . Manometre 11.Silindir gövde 13.Tanitim etiketi Bulusun Detayli Açiklanmasi Bu detayli açiklamada, bulus konusu otomatik yangin söndürme sistemi yapilanmasi, sadece konunun daha iyi anlasilmasina yönelik olarak ve hiçbir sinirlayici etki olusturmayacak sekilde açiklanmaktadir. Söz konusu bulus; sistemin içinde koruma alanina göre minimum 2 adet ile maksimum 50 adet arasinda kullanilan, kapali alandaki dumani algiladiginda yangin ihbar sirenini (3) çalistiran ve yangin ihbarini aldiginda 1 ile 60 saniye içinde kontrol paneli (5) üzerinde sistemin devreye girmesini saglayan duman algilama dedektörü duman algilama dedektörü (1) ile kontrol paneli (5) arasindaki baglantiyi saglayan yanmaz kablo (2), duman algilama dedektörlerinden (1) gelen ikaz ile yangin ihbari yapan yangin ihbar sireni (3), yangin söndürme sisteminin devrede oldugu yerde acil durumda sistem devreye girdiginde sistemin çalismasini durduran acil durdurma butonu (4), sistemin manuel veya otomatik olarak çalismasinin ayarlanmasini saglayan, duman algilama dedektöründen (1) gelen yangin ihbarini alan ve yangin ihbar sirenini (3) devreye sokarak uyari ve ikaz yapan kontrol paneli (5), sistemin kuruldugu kapali alandaki koruma alanina göre 2 ile 50 adet arasinda olan, sistem devreye girdiginde söndürme maddesini yangin çikan noktaya püskürtmeye yarayan püskürtme nozulu (6), sistemin koruma alanina göre boru çaplari 1/2" ile 4" arasinda degisiklik gösteren ve tüm sistemde kullanilan boru ana hatti (7), yangin tesisat borularinin duvar arasinda baglanti görevini yapan agir yük kelepçesi (8), 0 silindir gövde (11) üzerinde kontrol panelinden (5) gelen yangin ihbarinda sistemin otomatik olarak devreye girmesini saglayan selenoid valf (9), 0 silindir gövde (11) içindeki basincin dolu veya bos oldugunu gösteren sistemin basinç göstergesi olan manometre (10), o yangin söndürme maddesini içinde depolamaya yarayan silindir gövde (11), 0 sistem kurulumu yapildiginda silindir gövdenin (11) duvara sabitlenmesini saglayan silindir baglanti kelepçesi (12), 0 silindir gövdenin (11) içindeki söndürme maddesinin içerik, dolum ve son kullanma tarihi gibi bilgiler gösteren tanitim etiketi (13) kisimlarindan olusmaktadir. Bulusta sistem kurulumu kapali alana yapildiktan sonra koruma alanina göre minimum 2 adet maksimum 150 adet duman algilama dedektörü (1) ile koruma saglanmaktadir. Koruma alaninin içinde yangin tehlikesi basladiginda ilk dedektör yangini algilayarak kontrol paneline (5) yangin ihbari yapar ve yangin ihbar sireni (3) çalisir ve dedektörler çapraz zon algima teknigi ile çalisir. Fakat ilk sirende sistem hemen devreye girmez, sadece yangin ihbar sireni (3) çalmaktadir. Diger dedektörün yangini algilamasini bekler ve diger dedektör de yangini algiladiginda otomatik yangin söndürme sistemi kontrol panelinde (5) ayarlanan 1 saniye ile 60 saniye içinde aktif olmakta ve sistem çalismaya baslamaktadir, silindir gövde (11) içindeki yangin söndürme maddesi püskürtme nozullariyla (6) yangin alanina salinmakta ve yanginin aniden önlenmesi mümkün kilmaktadir. Bulus, bina ve benzeri kapali alanlarda kullanilan otomatik yangin söndürme sistemleri olup, çikmasi olasi yanginlari önlemeye yaramaktadir. Sistem içinde yangin algilayici özellikteki duman algilama dedektörleri (1), yangin söndürme amaci tasiyan cihazlarin devreye girerek yangin olusumunu önleyebilmektedirler. Duman algilama dedektörleri (1) kisa sürede müdahale imkâni vermektedirler. Bu nedenle de güvenlik saglama isleminin oldukça önemli bir asamasini üstlenmektedirler. Otomatik yangin söndürme sistemi içerdigi yangin ihbar sireni (3) ile yangina aninda müdahale edebilme ve yangin söndürme maddesi püskürtme nozullariyla (6) yanginin aniden önlenmesi mümkün kilmaktadir. Sistem kontrol panelinden (5) manuel ve otomatik olarak iki sekilde ayarlanabilmektedir. Otomatik olarak, istege ve ihtiyaca göre 1 saniye ile 60 saniye için ayarlama yapilir ve sistemin otomatik çalismasi saglar. Manuel olarak, Kontrol panelinin üzerindeki Manuel baslatma butonuna acil bir durum sirasinda oradaki kisi tarafindan butona basilir ve sistem çalisir. Sistemde bulunan yanmaz kablonun (2) JE-HH, Bd, FE180, PH120 2X2X1,5mm2+0,80mm teknik özellikleri bulunmakta olup, atese karsi kolayca tutusmama özelligi vardir. Yangin ihbar sireni (3) minimum 80 desibel ses ile uyari yapmaktadir. Duyma engelliler ve kulaklik kullanilan yerlerde flasörü sayesinde isikli uyari yapabilmekte ve yangin mahaline yakin olan insanlarin tahliye olmasini saglamaktadir. Sistem kurulacak alanlarda kullanicinin istegi ve ihtiyaca göre yanginin söndürülmesi amaciyla kullanilan silindir gövde (11) içinde FM 200 gazi, novec 1230 gazi veya köpük içermektedir. Her istemde bahsi geçen teknik ve diger tüm özellikleri bir referans numarasi takip etmekte olup, bu referans numaralari sadece istemleri anlamayi kolaylastirmak adina kullanilmistir, dolayisiyla bunlarin örneklendirme amaçli olarak bu referans numaralari ile belirtilen islem basamaklarinin hiçbirinin kapsamini sinirladigi düsünülmemelidir. Teknikte uzman bir kisinin bulusta ortaya konan yeniligi, benzer yapilanmalari kullanarak da ortaya koyabilecegi ve/veya bu yapilanmayi ilgili teknikte kullanilan benzer amaçli diger alanlara da uygulayabilecegi açiktir. Dolayisiyla böyle yapilanmalarin yenilik ve özellikle teknigin bilinen durumunun asilmasi kriterinden yoksun olacagi da asikârdir. TR DESCRIPTION AUTOMATIC FIRE EXTINGUISHING SYSTEM Technical Field The invention is related to the automatic fire extinguishing system, which is used in all areas with fire extinguishing systems and helps to prevent possible fires by using it according to the type of fire. Infrastructure of the Invention Human beings have been in a continuous development process to meet various needs since the day they have been on earth. In this development process, combating natural or artificial disasters is also included. In this context, one of the disasters that human beings face is fire. Fire; It is a natural disaster caused by combustion reactions that occur as a result of the combination of matter with heat and oxygen. Rather than causing material damage in the geographical area where they occur, fires have extremely negative effects on the living creatures and ecological balance there. Depending on the areas where fires start and geographical external influences, situations may arise that may take a long time to be brought under control and may have negative effects on large areas. In order to keep these extinguishing processes short, different extinguishing methods are used depending on the type of fire and the condition of the area where it broke out. The most basic extinguishing method today is to extinguish the fire by spraying water on the burning area or by throwing water with air vehicles. However, the water spread over the area generally has to be pinpointed and the area cannot be cooled completely, and in this case, which competes over time, negative consequences may occur. For this reason, it is clearly observed that new types and types of extinguishing must be used and introduced. Nowadays, there are many systems for fire extinguishing, both automatic and manual. Some of these are automatic sprinkler systems, water spray systems and portable fire extinguishers. It is of great importance to intervene at the first moment of the fire, but when you are not in that environment during the fire or when you do not realize that the fire has started, it is possible to quickly detect flammable objects, etc. around the fire. By igniting substances, it gains too much power and reaches a level that cannot be intervened. Portable extinguishers contain foam, water, dry chemical powder, etc. substances are available and the person manually takes the extinguisher and intervenes at the point where the fire started. In some cases, depending on the size of the fire, extinguishers are not sufficient, making fire intervention difficult. FM200 gas extinguishing systems are used as one of the most used systems in the sector, in order to prevent fires that unexpectedly hit the social and business life under normal conditions. Being one of the most demanded fire extinguishing systems with their odorless and transparent color features, these systems, which are designed with people's life safety in mind, are highly functional. FM 200 gas extinguishing system is considered advantageous as it does not cause any damage to the burning area while intervening in it. It is produced in ISO14520 standards and complies with quality specifications and regulations. In addition, foam extinguishing systems are a system that allows the low-density foam formed by the combination of pressurized water and foam to adhere to horizontal or vertical surfaces and cover the burning surface. It is generally preferred in industrial facilities where flammable and explosive fuels are used. Novec 1230 is a clean extinguishing gas that is colorless, odorless and has no electrical conductivity. Novec, which is carbon based (C6F120) and coded FK-5-1-12, is stored. It is an extinguishing gas approved by many standards and organizations worldwide such as UL, FM, LPCB and VdS. Novec 1230 gas extinguishing systems intervene in fire with the principle of absorbing heat from the environment and control the fire without affecting the amount of oxygen in the space. Novec 1230 gas, which has been determined by the Environmental Protection Association as not damaging the ozone layer, can be breathed at the required design concentration and does not cause any harm to human health. The atmospheric lifetime of Novec 1230 gas is between 3 and 5 days and its global warming potential factor is 1. In other words, Novec 1230 gas is not harmful to ozone and does not have a greenhouse effect. Currently, there are systems in automatic fire systems that can be adjusted according to the needs in the field of use and work with FM 200 gas, Novec 1230 gas and foam in the same system. In this case, it shows that there is no extinguishing system depending on the type of fire. The invention is an automatic fire extinguishing system that can work as FM 200 gas extinguishing, foam and Novec 1230 gas extinguishing systems, in which the known state of the art is overcome, its disadvantages are eliminated, and it also includes extra advantages. The invention in question was developed as a solution to existing problems. The invention is an automatic fire extinguishing system used in buildings and similar closed areas and serves to prevent possible fires. Smoke detection detectors within the system can prevent fire by activating fire extinguishing devices. Sensors provide the opportunity to intervene in a short time. For this reason, they undertake a very important stage of the security provision process. The automatic fire extinguishing system makes it possible to intervene in a fire immediately with the fire alarm siren it contains and to prevent the fire suddenly with the fire extinguishing agent spray nozzles. In the invention, after the system installation is made in a closed area, protection is provided with a minimum of 2 and a maximum of 150 detectors, depending on the protection area. Detectors work with the cross zone detection technique. When the fire danger begins within the protection area, when the first detector detects the fire, it notifies the control panel of the fire and the fire alarm siren works, but the system does not activate immediately at the first siren, only the siren sounds. It waits for the other detector to detect the fire, and when the other detector detects the fire, the automatic fire extinguishing system becomes active within 60 seconds and the system starts working, making it possible to prevent the fire suddenly with fire extinguishing agent spray nozzles. Among the areas of use of the invention are buildings, restaurants, hotels and similar closed establishments. The structural and characteristic features and all the advantages of the invention will be more clearly understood thanks to the detailed explanation written below, and therefore this evaluation should be made taking this detailed explanation into consideration. Figures Helping to Explain the Invention Figure 1: Representative view of the installation of the automatic fire extinguishing system References Helping to Explain the Invention Smoke detection detector Fireproof cable Fire alarm siren Emergency stop button Control panel Spray nozzle Pipe main line Heavy load clamp Solenoid valve. Manometer 11. Cylindrical body 13. Identification label Detailed Description of the Invention In this detailed explanation, the automatic fire extinguishing system configuration subject to the invention is explained only for a better understanding of the subject and in a way that does not create any limiting effect. The invention in question; Smoke detection detector, which is used in minimum 2 to maximum 50 units within the system depending on the protection area, activates the fire alarm siren (3) when it detects smoke in a closed area and enables the system to activate on the control panel (5) within 1 to 60 seconds when it receives a fire alarm. The fireproof cable (2) that provides the connection between the detector (1) and the control panel (5), the fire alarm siren (3) that gives a fire warning with the warning coming from the smoke detection detectors (1), the fire alarm siren (3) that gives a fire warning with the warning coming from the smoke detection detectors (1), the fire alarm system where the fire extinguishing system is activated, when the system is activated in case of emergency. Emergency stop button (4), which stops the operation of the system, control panel (5), which allows setting the system to operate manually or automatically, receives the fire alarm from the smoke detection detector (1) and gives warning by activating the fire alarm siren (3), the closed area where the system is installed. Spray nozzles (6), which are between 2 and 50 pieces depending on the protection area in the area, used to spray the extinguishing agent to the fire point when the system is activated, pipe diameters varying between 1/2" and 4" depending on the protection area of the system, and the pipe main line used in the entire system (7), heavy load clamp (8), which serves as a connection between the fire installation pipes and the wall, solenoid valve (9), which enables the system to be activated automatically in case of a fire alarm coming from the control panel (5) on the 0 cylinder body (11), 0 cylinder body ( 11) manometer (10), which is the pressure indicator of the system that shows whether the pressure inside is full or empty, cylinder body (11) used to store the fire extinguishing agent inside, cylinder connection clamp (12) that allows the cylinder body (11) to be fixed to the wall when the system is installed, It consists of parts of the identification label (13) showing information such as the content, filling and expiration date of the extinguishing agent inside the cylindrical body (11). In the invention, after the system installation is made in a closed area, protection is provided with a minimum of 2 and a maximum of 150 smoke detection detectors (1) depending on the protection area. When the danger of fire begins within the protection area, the first detector detects the fire and notifies the control panel (5), and the fire alarm siren (3) operates and the detectors work with the cross zone detection technique. However, the system does not activate immediately at the first siren; only the fire alarm siren (3) sounds. It waits for the other detector to detect the fire, and when the other detector detects the fire, the automatic fire extinguishing system becomes active within 1 second to 60 seconds set on the control panel (5) and the system starts to work, with the fire extinguishing agent spray nozzles (6) inside the cylindrical body (11) to the fire area. It is released and makes it possible to prevent fire suddenly. The invention is an automatic fire extinguishing system used in buildings and similar closed areas and serves to prevent possible fires. Smoke detection detectors (1), which have fire detecting properties within the system, can prevent the occurrence of fire by activating fire extinguishing devices. Smoke detection detectors (1) allow intervention in a short time. For this reason, they undertake a very important stage of the security provision process. The automatic fire extinguishing system makes it possible to intervene in a fire immediately with the fire alarm siren (3) it contains and to prevent the fire suddenly with the fire extinguishing agent spray nozzles (6). The system can be adjusted in two ways, manually and automatically, from the control panel (5). Automatically, adjustments are made for 1 second to 60 seconds according to demand and need, allowing the system to operate automatically. Manually, during an emergency, the manual start button on the control panel is pressed by the person there and the system operates. The fireproof cable (2) in the system has the technical specifications of JE-HH, Bd, FE180, PH120 2X2X1.5mm2+0.80mm and has the feature of not being easily ignited by fire. The fire alarm siren (3) warns with a minimum sound of 80 decibels. Thanks to its flasher, it can provide a light warning for the hearing impaired and in places where headphones are used, allowing people close to the fire scene to evacuate. It contains FM 200 gas, Novec 1230 gas or foam in the cylinder body (11), which is used for fire extinguishing purposes in the areas where the system will be installed, according to the user's request and need. The technical and all other features mentioned in each claim are followed by a reference number, and these reference numbers are used only to facilitate understanding of the claims, therefore they should not be considered to limit the scope of any of the process steps specified with these reference numbers for exemplary purposes. It is clear that a person skilled in the art can demonstrate the innovation set forth in the invention by using similar structures and/or apply this structure to other areas with similar purposes used in the relevant technique. Therefore, it is obvious that such structures will lack the criteria of innovation and especially surpassing the known state of the technology. TR

Claims

1.CLAIMS The invention is related to the automatic fire extinguishing system and its feature is; smoke detection detector (1), which activates the fire alarm siren (3) when it detects smoke in a closed area in the system and enables the system to activate on the control panel (5) within 1 to 60 seconds when it receives the fire alarm, smoke detection detector (1) and control panel (5). ) fireproof cable (2) that provides the connection between the smoke detection detectors (1), the fire alarm siren (3) that warns of fire with the warning coming from the smoke detection detectors (1), the emergency stop button that stops the system from operating when the system is activated in case of emergency where the fire extinguishing system is activated, the system can be operated manually or automatically. The control panel (5), which allows the operation to be adjusted automatically, receives the fire alarm coming from the smoke detection detector (1) and activates the fire alarm siren (3), provides a warning and warning. The spray nozzle (6), which is used to spray the extinguishing agent on the point where the fire breaks out when it enters, the pipe main line (7), whose pipe diameters vary between 1/2" and 4" depending on the protection area of the system and is used in the whole system, the heavy duty pipe that serves as the connection between the fire installation pipes and the wall. load clamp (8), solenoid valve (9) on the cylinder body (11) that enables the system to automatically activate in case of a fire alarm coming from the control panel (5), manometer (which is the pressure indicator of the system that shows whether the pressure in the cylinder body (11) is full or empty). 10), cylinder connection clamp (12) that allows the cylinder body (11) to be fixed to the wall when the cylinder body system for storing the fire extinguishing agent is installed, 0 identification label showing information such as the content, filling and expiration date of the extinguishing agent inside the cylinder body (11). It is characterized by containing parts (13). It is about an automatic fire extinguishing system in accordance with Claim 1, and its feature is; It includes a fire alarm siren (3) that warns with a minimum of 80 decibels, gives a light warning thanks to its flasher in places where hearing impaired people and headphones are used, and allows people close to the fire scene to evacuate. It is about an automatic fire extinguishing system in accordance with Claim 1, and its feature is; The presence of FM 200 gas, Novec 1230 gas or foam in the cylinder body (11) for the purpose of extinguishing the fire according to the user's request and need. It is about an automatic fire extinguishing system in accordance with Claim 1, and its feature is; The smoke detection detectors (1), which are located between a minimum of 2 and a maximum of 50 within the system, depending on the protection area, operate with the cross zone detection technique. It is about an automatic fire extinguishing system in accordance with Claim 1, and its feature is; By setting automatic operation on the control panel (5) of the system, when smoke is detected, the system is automatically activated between 1 second and 60 seconds. It is about an automatic fire extinguishing system in accordance with Claim 1, and its feature is; When smoke is detected by the system during an emergency, the system operates manually when the manual start button on the control panel (5) is pressed. TR