TR2021002811Y - LIGHTING SYSTEM USED DURING THE WELDING PROCESS - Google Patents
LIGHTING SYSTEM USED DURING THE WELDING PROCESSInfo
- Publication number
- TR2021002811Y TR2021002811Y TR2021/002811 TR2021002811Y TR 2021002811 Y TR2021002811 Y TR 2021002811Y TR 2021/002811 TR2021/002811 TR 2021/002811 TR 2021002811 Y TR2021002811 Y TR 2021002811Y
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- Prior art keywords
- welding
- lighting system
- automatic
- lighting
- microcontroller
- Prior art date
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- 238000003466 welding Methods 0.000 claims abstract description 66
- 230000001681 protective effect Effects 0.000 claims abstract description 12
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Abstract
Buluş, kaynak işlemi sırasında ortama yayılan UV (UltraViole) ve IR (InfraRed-Kızılötesi) ışınlarını algılayan sensöre (1) sahip, koruyucu kask lambalarına, koruyucu baret lambalarına, kaynak maskesine entegre edilen ve kaynak kabinine, kaynak odasına veya kaynağın gerçekleştirileceği ortama harici olarak monte edilerek kullanılabilen otomatik açılıp kapanan aydınlatma sistemi ile ilgilidirThe invention has a sensor (1) that detects UV (UltraViole) and IR (InfraRed) rays emitted to the environment during the welding process, is integrated into protective helmet lamps, protective helmet lamps, welding mask and is installed externally in the welding cabin, welding room or the environment where the welding will be carried out. It is about an automatic on and off lighting system that can be mounted and used.
Description
TARIFNAME KAYNAK ISLEMI SIRASINDA KULLANILAN AYDINLATMA SISTEMI Teknik Alan Bulus, karanlik ortamlarin aydinlatilmasi için kaynak islemi sirasinda ortama yayilan UV (UItraVioIe) ve IR (InfraRed-Kizilötesi) isinlarini algilayan sensöre sahip, koruyucu kask lambalarina, koruyucu baret Iambalarina, kaynak maskesine, kaynak kabinine, kaynak odasina veya kaynagin gerçeklestirilecegi ortama harici olarak monte edilerek kullanilabilen otomatik açilip kapanan aydinlatma sistemi ile ilgilidir. DESCRIPTION LIGHTING SYSTEM USED DURING THE WELDING PROCESS Technical Field The invention uses UV light emitted during the welding process to illuminate dark environments. Protective helmet with a sensor that detects (UItraVioIe) and IR (InfraRed) rays lamps, protective helmet lamps, welding mask, welding cabin, welding room or automatic device that can be used by mounting externally to the environment where the welding will be performed. It is related to the lighting system that can be turned on and off.
Teknigin Bilinen Durumu Kaynak, malzemeleri birbiri ile birlestirmek için kullanilan bir imalat yöntemidir. Genellikle metal veya termoplastik malzemeler üzerinde kullanilir. Bu yöntemle çalisma parçalarinin kaynak yapilacak kismi eritilir ve bu kisma dolgu malzemesi eklenir, daha sonra ek yeri sogutularak sertlesmesi saglanir. Bazi hallerde isi ile birlestirme islemi basinç altinda yapilir. Known Status of the Technique Welding is a manufacturing method used to join materials together. Generally It is used on metal or thermoplastic materials. With this method, the working parts The part to be welded is melted and filler material is added to this part, then the joint is It is allowed to harden by cooling. In some cases, heat bonding is done under pressure.
Kaynak yöntemi, 19. yüzyilin sonuna kadar, sadece demircilerin kullandigi isitma ve dövme yolu ile metallerin birlestirildigi bir yöntem olarak bilinmekteydi. Gelismeler ile elektrik ark kaynagi ve oksi-gaz kaynagi 19. yüzyilin sonunda kullanilmaya baslamistir. Kaynak teknolojisi . yüzyilin ikinci yarisinda da lazer isin kaynaginin ve elektron isin kaynaginin bulunmasi ile kullanimi giderek artmistir. The welding method was a heating and forging method used only by blacksmiths until the end of the 19th century. It was known as a method by which metals were combined. Electric arc with developments welding and oxy-gas welding began to be used at the end of the 19th century. welding technology . With the discovery of laser beam source and electron beam source in the second half of the century, Its use has gradually increased.
Kaynak islemleri sirasinda kisilerin, sagliga zararli çesitli kimyasal madde, toz, gürültü ve isinlarla karsi karsiya kaldiklari, bu sebeple meslek hastaliklari meydana geldigi tespit edilmeye baslanmistir. Çikan tozlar vücuda girdiklerinde sinir sistemi, karaciger, böbrekler, mide ve bagirsaklar, solunum organlari, kari yapici organlar gibi çesitli organlar üzerinde zehirli etki yaparlar. Kursun, krom, kadmiyum, mangan, vanadyum, berilyum ve nikel bilesikleri gibi tozlar kanserojen tozlar olup toksik tozlardir. During welding processes, people may encounter various chemicals, dust, noise and noise that are harmful to health. It has been determined that they are exposed to harmful rays and that occupational diseases have occurred for this reason. has been started. When the resulting dust enters the body, it affects the nervous system, liver, kidneys, stomach and toxic effect on various organs such as intestines, respiratory organs, reproductive organs they do. Powders such as lead, chromium, cadmium, manganese, vanadium, beryllium and nickel compounds They are carcinogenic dusts and toxic dusts.
Kaynak islemi esnasinda ortama salinan duman ve gazlari kisilerde akciger hastaliklari, cilt rahatsizliklari, alerjik rahatsizliklar, sistemik toksik etkiler ve kansere neden olabilirler. Altta yatan akciger hastaligi, kalp hastaligi, beslenme bozuklugu, yüksek tansiyonu olanlar ve obez insanlar tozlarin etkisine daha çok duyarlidirlar. Sigara kullanimi, tozlara bagli akciger hastaliklarinin etkisini artiran önemli faktörlerden biridir. Smoke and gases released into the environment during the welding process can cause lung diseases, skin diseases and They may cause discomfort, allergic reactions, systemic toxic effects and cancer. Below Those with underlying lung disease, heart disease, malnutrition, high blood pressure and those who are obese People are more sensitive to the effects of dust. Smoking, dust-related lung disease It is one of the important factors that increase the effects of diseases.
Olusan ve çalisma ortamina yayilan bu gaz, toz ve dumanlar vücuda solunum yolu ile girerler. These gases, dust and fumes that are formed and spread into the working environment enter the body through breathing.
Söz konusu hava kirleticilerinden bazilari uzun dönemde (kronik) ortaya çikan hastaliklara neden oldugu gibi etkilenme düzeyine bagli olarak ani (akut) meydana gelen rahatsizliklara da neden olabilmektedir. Some of these air pollutants cause long-term (chronic) diseases. It can also cause sudden (acute) discomfort depending on the level of impact. may cause.
Kaynak islemleri sonucu olusan kirli havanin içinde büyüklükleri 0,005 ile 100 mikron arasinda degisen kati partiküller de bulunmaktadir. Bu maddeler, filtre cihazlarinda degisik çesitli yöntemler kullanilarak degisik niteliklerdeki filtreler kullanilarak temizlenebilmektedir. Kaynak islemi sirasinda olusan kirli havanin içindeki zararli gaz ve buharlar ise aktif karbon filtrelerde tutulmakta ve çalisma ortami havasinin kirlenmesi önlenebilmektedir. Their sizes are between 0.005 and 100 microns in the dirty air resulting from welding processes. There are also variable solid particles. These substances are used in various filter devices. It can be cleaned using filters of different qualities using different methods. Source Harmful gases and vapors in the polluted air formed during the process are filtered through active carbon filters. is kept and pollution of the working environment can be prevented.
Kaynak islemleri esnasinda kaynagi yapan kisi, her türlü radyasyona ve isiya karsi muhakkak korunmalidir. En iyi korumayi saglayabilmek için yüz koruyucu maskeler, siperlikler ve koruyucu gözlükler gelistirilmistir. Son yillarda özellikle maskelerde gelistirmeler yapilarak kisilerin maruz kalacagi zararlarin önüne geçilmeye baslanilmistir. During the welding process, the person doing the welding must be protected against all kinds of radiation and heat. should be protected. To provide the best protection, face protective masks, visors and Protective glasses have been developed. In recent years, improvements have been made especially in masks. We have begun to prevent the harm that people may be exposed to.
Kisinin kaynak islemini dogru bir sekilde tamamlanmasi veya is kazalarinin önüne geçebilmek için kaynak yapilacak ortamin aydinlatilmasi önemlidir. Özellikle kapali alanlarda ve gece yapilan kaynak islemleri esnasinda kaynak yapilacak ortamin aydinlatilmasi da son derece önem arz eder. Kaynak maskeleri üzerine takilabilen lamba veya fener gibi aydinlatma elemanlari ile ortam aydinlatma sorunlari giderilmeye çalisilmaktadir. Ayrica çalisma alaninda kancali veya miknatisli el fenerleri kullanimi da tercih edilmektedir. To ensure that the person completes the welding process correctly or prevents work accidents. It is important to illuminate the environment where welding will be done. Especially in closed areas and at night It is also extremely important to illuminate the environment to be welded during the welding process. is important. Lighting such as a lamp or flashlight that can be attached to welding masks Ambient lighting problems are being tried to be resolved with the help of lighting elements. Also in the work area It is also preferred to use hooked or magnetic flashlights.
Kaynak maskesi üzerine yerlestirilen aydinlatma elemanlari genelde açma/kapama tuslari ile çalismaktadir. Kaynak esnasinda kisinin aydinlatmaya ihtiyaç duydugu anlarda kaynak islemine ara vererek aydinlatma elemani açmasi ile kullanima baslanir. Kisiler özellikle hassas isçilik gerektiren islemler esnasinda aydinlatma elemanlarinin çalistirilmasi için sürekli kaynaga ara vermek zorunda kalabilmektedir. Buda hatali isçiliklere ve yaralanmalara sebep olabilmektedir. Lighting elements placed on the welding mask are generally equipped with on/off buttons. is working. During the welding process, when the person needs lighting, Usage begins by taking a break and turning on the lighting element. Particularly precise workmanship During operations that require continuous interruption of the source to operate the lighting elements may have to give. This causes faulty workmanship and injuries. It may happen.
Mevcut teknikte gelistirmeler yapilsa da, kaynak isleminin kesintisiz devam edebilmesi için kaynak islemi esnasinda ortama yayilan UV (UltraViole) ve IR (lnfraRed-Kizilötesi) isinlarini algilayarak, otomatik çalisan aydinlatma sistemlerinin gelistirilmesine ihtiyaç duyulmustur. Even though improvements are made in the current technique, in order for the welding process to continue without interruption, UV (UltraViole) and IR (InfraRed) rays emitted to the environment during the welding process There is a need to develop lighting systems that detect and operate automatically.
Mevcut teknikte yayin numarasi CN204909819U numarali Çin faydali model basvuru incelenmistir. Basvuruya konu edilen bulusta, gece çalismasina uygun bir tür elektrikli ve ayarlanabilir lambaya sahip kaynakçi basligindan bahsedilmektedir. Ayarlanabilir sapa, baslik üzerinde sabit bulunan isiga sahip olmasi özelligi ile aydinlatmanin az oldugu durumlarda kullanicinin tusu kullanarak açmasi ile ortami aydinlatmasi özelligi anlatilir. Ancak, ortama yayilan UV ve IR isinlari algilayan sensör ve mikrodenetleyiciye sahip otomatik açilip kapanabilen fenerden bahsedilmemektedir. basvurusu incelenmistir. Basvuruya konu edilen bulusta, iyi aydinlatilmis bir çalisma alani olusturmak için hemen hemen her kaynak basligina takilabilen kaynak basligi isigindan bahsedilmektedir. Ayarlanabilir yapisi ile kaynakçinin isigi gerektigi gibi konumlandirmasini saglar. Kaynakçilarin yetersiz aydinlatma kosullarinda kasklarini kaldirip indirmeye gerek duymadan çalismalarini kolaylastirma özelliklerinden bahsedilmektedir. Ancak, ortama yayilan UV ve IR isinlari algilayan sensör ve mikrodenetleyiciye sahip otomatik açilip kapanabilme yapisindan bahsedilmemektedir. Chinese utility model application with current state of the art publication number CN204909819U has been examined. The invention subject to the application includes a type of electrical and electronic equipment suitable for night work. Welder helmet with adjustable lamp is mentioned. Adjustable handle, head With its feature of having a constant light on it, it can be used in situations where illumination is low. It describes the feature that illuminates the environment when the user turns it on using the button. However, the environment It has a sensor and microcontroller that detects emitted UV and IR rays and automatically turns on and off. There is no mention of a flashlight that can be turned off. The application has been reviewed. In the invention subject to the application, a well-lit work area is required. from the welding head light, which can be attached to almost any welding head to create is mentioned. With its adjustable structure, it allows the welder to position the light as needed. provides. Welders do not need to raise and lower their helmets in inadequate lighting conditions. It is mentioned that it makes it easier for them to work without hearing. However, the environment It has a sensor and microcontroller that detects emitted UV and IR rays and automatically turns on and off. The closing structure is not mentioned.
Mevcut teknikteki bir diger doküman olan TR 2008/01464 numarali Türkiye patent basvurusu incelenmistir. Basvuruya konu edilen bulusta, sarj edilebilir pil enerjisi kullanarak her türlü kaynak isiginda çalisabilir ve isik hassasiyeti ayarlanabilir bir elektronik devresi bulunan ve bu sayede isik etkisini elektronik motoru ile hareket enerjisine çevirmek suretiyle kaynak camina hareket vererek çalisani zararli kaynak isinlarindan koruyan pratik kullanimli ekonomik bir kaynak maskesinden bahsedilmektedir. Ancak yine, ortama yayilan UV (UltraViole) ve IR (InfraRed-Kizilötesi) isinlari algilayan sensöre ve mikrodenetleyiciye sahip otomatik açilip kapana bilen fenerden bahsedilmemektedir. Türkiye patent application numbered TR 2008/01464, which is another document in the current technique. has been examined. In the invention subject to the application, all kinds of devices are produced using rechargeable battery energy. It can operate under source light and has an electronic circuit whose light sensitivity can be adjusted. In this way, the light effect is transferred to the welding glass by converting it into motion energy with its electronic motor. It is a practical and economical product that protects the worker from harmful welding rays by providing movement. welding mask is mentioned. However, again, UV (UltraViole) and IR emitted into the environment It has a sensor and microcontroller that detects (InfraRed) rays and automatically turns on and off. There is no mention of a lantern that can be closed.
Sonuç olarak yukarida bahsi geçen buluslardaki mevcut çözümlerin konu hakkindaki yetersizligi nedeni ile ilgili teknik alanda bir gelistirme yapilmasi gerekli olmustur. As a result, the existing solutions in the above-mentioned inventions are not relevant to the subject. Due to its inadequacy, it has become necessary to make an improvement in the technical field.
Bulusun Amaci Mevcut bulus, yukarida bahsedilen gereksinimleri karsilayan, dezavantajlari ortadan kaldiran ve ilave bazi avantajlar getiren otomatik açilip kapanan aydinlatma sistemi ile ilgilidir. Purpose of the Invention The present invention meets the above-mentioned requirements and eliminates the disadvantages. and it is about the automatic on and off lighting system that brings some additional advantages.
Bulusun en önemli amaci; kaynak islemi sirasinda ortama yayilan UV (UltraViole) ve IR (lnfraRed-Kizilötesi) isinlarini algilayan otomatik açilip kapanan aydinlatma sistemi ortaya koyma kti r. The most important purpose of the invention is; UV (UltraViole) and IR emitted to the environment during the welding process Automatic on and off lighting system that detects (InfraRed) rays has emerged. putting
Bulusun bir diger amaci, karanlik ortamlarda kaynak islemi yapilirken, islem bittiginde kisinin yapilan kaynagin aninda kontrol edebilmesi için ortamin aydinlatilmasini saglayan otomatik açilip kapanan aydinlatma sistemi ortaya koymaktir. Another purpose of the invention is to ensure that when the welding process is carried out in dark environments, when the process is completed, the person Automatic lighting of the environment for instant control of the welding To introduce a lighting system that can be turned on and off.
Bulusun bir diger amaci, aydinlatmaya ihtiyaç duyulan ortamlarda kaynak islemi yapilirken islem esnasinda, kisinin kaynaga ara vererek lamba ve/veya feneri açma/kapama zorunlulugunu ortadan kaldirmayi saglayan otomatik açilip kapanan aydinlatma sistemi ortaya koyma kti r. Another purpose of the invention is to provide protection while welding in environments where lighting is needed. During the process, the person must take a break from the welding and turn the lamp and/or flashlight on/off. Automatic on and off lighting system that eliminates the need for putting
Bulusun bir diger amaci, aydinlatmaya ihtiyaç duyulan ortamlarda kaynak islemi yapilirken islem esnasinda, kisinin kaynaga ara vererek lamba ve/veya feneri açma/kapama zorunlulugunu ortadan kaldirarak olusacak zaman kaybinin azaltilmasini saglayan otomatik açilip kapanan aydinlatma sistemi ortaya koymaktir. Another purpose of the invention is to provide protection while welding in environments where lighting is needed. During the process, the person must take a break from the welding and turn the lamp and/or flashlight on/off. automatic system that reduces the loss of time by eliminating the necessity of To introduce a lighting system that can be turned on and off.
Bulusun bir diger amaci, aydinlatmaya ihtiyaç duyulan ortamlarda kaynak islemi yapilirken islem esnasinda, kisinin kaynaga ara vererek lamba ve/veya feneri açma/kapama zorunlulugunu ortadan kaldirarak olusabilecek dikkat daginikligi ve dikkat daginikligi sebebi ile olusabilecek is kazalarinin azaltilmasini saglayan otomatik açilip kapanan aydinlatma sistemi ortaya koymaktir. Another purpose of the invention is to provide protection while welding in environments where lighting is needed. During the process, the person must take a break from the welding and turn the lamp and/or flashlight on/off. Due to the distraction and distraction that may occur by eliminating the necessity Automatic on and off lighting system that reduces possible work accidents is to reveal.
Bulusun bir diger amaci, kaynak islemi yapilirken islemin baslamasina ragmen aydinlatma elemanin açik kalarak fazla enerji harcanmasinin ortadan kaldirilmasini saglayan otomatik açilip kapanan aydinlatma sistemi ortaya koymaktir. Another purpose of the invention is to provide illumination during the welding process even though the process has started. automatic device that ensures that the element remains open and excess energy consumption is eliminated. To introduce a lighting system that can be turned on and off.
Bulusun bir diger amaci, aydinlatmaya ihtiyaç duyulan ortamlarda kaynak islemi yapilirken kullanilan koruyucu kask lambalarina ve koruyucu baret lambalarina entegre edilebilen otomatik açilip kapanan aydinlatma sistemi ortaya koymaktir. Another purpose of the invention is to provide protection while welding in environments where lighting is needed. which can be integrated into the protective helmet lamps and protective helmet lamps used It is to introduce a lighting system that automatically turns on and off.
Bulusun bir diger amaci, aydinlatmaya ihtiyaç duyulan ortamlarda kaynak islemi yapilirken kullanilan kaynak maskesine entegre edilebilen otomatik açilip kapanan aydinlatma sistemi ortaya koymaktir. Another purpose of the invention is to provide protection while welding in environments where lighting is needed. Automatic on and off lighting system that can be integrated into the welding mask used is to reveal.
Bulusun bir diger amaci, aydinlatmaya ihtiyaç duyulan ortamlarda kaynak islemi yapilirken kullanilan lamba ve/veya fenere entegre edilebilen otomatik açilip kapanan aydinlatma sistemi ortaya koymaktir. Another purpose of the invention is to provide protection while welding in environments where lighting is needed. Automatic on/off lighting that can be integrated into the lamp and/or lantern in use to reveal the system.
Bulusun bir diger amaci, kaynakçi kabinlerinde kaynak islemi yapilirken kullanilan kabin aydinlatma lambasina entegre edilebilen otomatik açilip kapanan aydinlatma sistemi ortaya koyma kti r. Another purpose of the invention is the cabin used during welding in welder cabins. An automatic on and off lighting system that can be integrated into the lighting lamp has emerged. putting
Bulusun Anlasilmasina Yardimci Olacak Sekiller Sekil-1: Bulus konusu otomatik açilip kapanan aydinlatma sistemi temsili görünümüdür. Figures to Help Understand the Invention Figure-1: Representative view of the automatically on and off lighting system that is the subject of the invention.
Referans numaralari 1. Sensör 2. Devre 3. Mikrodenetleyici 4. Lamba Bulusun Detayli Açiklamasi Bulus, kaynak islemi sirasinda ortama yayilan UV (UltraViole) ve IR (InfraRed-Kizilötesi) isinlarini algilayan otomatik açilip kapanan aydinlatma sistemi ile ilgilidir. Reference numbers 1. Sensor 2nd Circuit 3. Microcontroller 4. Lamp Detailed Description of the Invention The invention covers UV (UltraViole) and IR (InfraRed-Infrared) emitted during the welding process. It is related to the lighting system that automatically turns on and off by detecting the light rays.
Bulus konusu otomatik açilip kapanan aydinlatma sistemi, UV (Ultaviole lve IR (InfraRed- Kizilötesi) isinlari algilayabilen sensör (1) içermektedir. Bahsedilen sensör (1) tercihen BPW34 fotodiyot tipindedir. Kaynak islemine baslanildiginda ortama yayilan isinlarin sensöre (1) gelmesi ile olusan veriler, aydinlatma sistemi üzerinde bulunan devre (2) altinda yer alan mikrodenetleyici (3) üzerinde çalisan yazilim sayesinde okunarak sistemi çalistiran veya kapatan komutlari olustur. Aydinlatma sistemi üzerinde bulunan transistör, mikrodenetleyiciden (3) alinan komut ile çalisarak, kaynak yapilan alanin aydinlatilmasini saglayan Iambaya (4) akim verilmesini veya akimin kesilmesini saglamaktadir. Bahsedilen mikrodenetleyici (3) tercihen arduino nano tipindedir. Bahsedilen mikrodenetleyici (3) devreye (2) baglanti ayaklari sayesinde irtibatlandirilmaktadir. The automatically on and off lighting system that is the subject of the invention is UV (Ultaviolet l and IR (InfraRed- It contains a sensor (1) that can detect (infrared) rays. Said sensor (1) is preferably BPW34 It is of photodiode type. When the welding process starts, the rays spread into the environment reach the sensor (1). The data generated by the arrival of the data is transferred to the circuit located under the circuit (2) on the lighting system. It is read by the software running on the microcontroller (3) and operates the system or Create closing commands. The transistor on the lighting system is It illuminates the welded area by working with the command received from the microcontroller (3). It ensures that current is given or interrupted to the lamp (4) that provides it. Said The microcontroller (3) is preferably of the Arduino nano type. Said microcontroller (3) It is connected to the circuit (2) via connection legs.
Aydinlatmaya ihtiyaç duyulan ortama giren kisi, aydinlatma sistemini açarak kullanima hazir hale getirir. Kaynak islemi basladiginda ortama yayilan isinlarin sensöre (1) gelmesi ile sensörde olusan veri mikrodenetleyici (3) üzerinde çalisan yazilim sayesinde okunarak ”kaynak basladi” komutunu olustur. Olusan komut ile kaynak yapila alanin aydinlatilmasini saglayan Kaynak isleminin bitmesi ile ortama UV (UltraViole) ve IR (InfraRed-Kizilötesi) isinlari yayilimi duracagi için sensöre (1) isin gitmeyecektir. Bahsedilen sensörden (1) veri gelmeyerek, mikrodenetleyici (3) üzerinde çalisan yazilim sayesinde okunarak "kaynak bitti" komutu olusturulacaktir. Bahsedilen transistör, mikrodenetleyiciden (3) alinan "kaynak bitti" komutu ile çalisarak Iambaya (4) akim verilmesini ve kaynak yapilan ortamin aydinlatilmasi saglayacaktir. Bu sayede kisinin kaynak yapilan alani net olarak görmesi ve yapilan kaynagin durumunu kontrol etmesi saglanir. Bahsedilen lamba (4) tercihen LED (Light Emitting Diode) tipindedir. The person entering the environment where lighting is needed turns on the lighting system and becomes ready for use. makes it happen. When the welding process starts, the rays spread to the environment reach the sensor (1). The data generated in the sensor is read by the software running on the microcontroller (3) Create the “started” command. Enables illumination of the welding area with the resulting command. With the completion of the welding process, UV (UltraViole) and IR (InfraRed) rays are emitted into the environment. Since it will stop, no light will reach the sensor (1). No data comes from the said sensor (1), The "resource finished" command is read by the software running on the microcontroller (3). will be created. The transistor in question is activated by the "source finished" command received from the microcontroller (3). By working with, current is supplied to the lamp (4) and the welding environment is illuminated. It will provide. In this way, the person can clearly see the welding area and is allowed to check the status. The said lamp (4) is preferably LED (Light Emitting Diode) It is of type.
Bulus konusu aydinlatma sistemi, koruyucu kask Iambalarina, koruyucu baret lambalarina, kaynak maskelerine entegre edilerek, kaynak islemleri sirasinda kullanilan harici Iambaya (4) ve/veya fenere entegte edilerek ve kaynakçi kabinlerinde kullanilan lambalara (4) entegre edilerek kullanilabilmektedir. Entegre edildigi sistemin enerjisini kullanarak çalisabilmektedir. Özellikle kaynakçi kabinlerinde kaynak basladigi anda kapanip, kaynak bittiginde otomatik olarak açilarak çalismasi ile sürekli enerji kullaniminin önüne geçilerek enerji tasarrufu edilmesini saglamaktadir. The lighting system of the invention is suitable for protective helmet lamps, protective helmet lamps, It can be integrated into welding masks and connected to an external lamp (4) used during welding processes. and/or integrated into the lamps (4) used in welder cabins and can be used by . It can operate by using the energy of the system into which it is integrated. Especially in welder cabins, it turns off as soon as welding starts and automatically turns off when welding is finished. Saving energy by preventing continuous energy use by opening and operating It enables it to be done.
Bulus konusu aydinlatma sisteminin bahsi geçen yapilar disinda, tek basina çalismasi güç ünitesi (pil vb.) ile saglanmaktadir. The lighting system of the invention is difficult to operate alone, outside of the mentioned structures. It is provided with the unit (battery, etc.).
Claims (7)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/TR2022/050088 WO2022125051A2 (en) | 2021-02-11 | 2022-02-01 | Lighting system used during welding process |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TR2021002811Y true TR2021002811Y (en) | 2022-06-21 |
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