TR202022316A2 - PROTECTOR - Google Patents

PROTECTOR

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Publication number
TR202022316A2
TR202022316A2 TR2020/22316A TR202022316A TR202022316A2 TR 202022316 A2 TR202022316 A2 TR 202022316A2 TR 2020/22316 A TR2020/22316 A TR 2020/22316A TR 202022316 A TR202022316 A TR 202022316A TR 202022316 A2 TR202022316 A2 TR 202022316A2
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TR
Turkey
Prior art keywords
microorganisms
protector
turbine
viruses
uvc
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TR2020/22316A
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Turkish (tr)
Inventor
Ayteki̇n Gözütok Ali̇
Original Assignee
Rock Gg Otomoti̇v Sanayi̇ Ti̇caret Li̇mi̇ted Şi̇rketi̇
Rock Gg Otomotiv Sanayi Ticaret Ltd Sirketi
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Application filed by Rock Gg Otomoti̇v Sanayi̇ Ti̇caret Li̇mi̇ted Şi̇rketi̇, Rock Gg Otomotiv Sanayi Ticaret Ltd Sirketi filed Critical Rock Gg Otomoti̇v Sanayi̇ Ti̇caret Li̇mi̇ted Şi̇rketi̇
Priority to TR2020/22316A priority Critical patent/TR202022316A2/en
Publication of TR202022316A2 publication Critical patent/TR202022316A2/en

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Abstract

Buluş özellikle; ortamdaki bakteri, virüs, mantar gibi mikro organizmaların hapsedilerek ultraviyole ışık sayesinde zayıflatılmasını veya öldürülmesini sağlayan, mikroorganizmaların üzerine toplanabildiği koruyucu ile ilgilidir.The invention especially; It is related to the preservative on which microorganisms can accumulate, which ensures that micro-organisms such as bacteria, viruses, fungi in the environment are imprisoned and weakened or killed by ultraviolet light.

Description

TARIFNAME KORUYUCU Teknik Alan Bulus genel olarak; ortamdaki bakteri, virüs, mantar gibi mikro organizmalarin zayiflatilmasini veya öldürülmesini saglayan koruyucu ile ilgilidir. Bulus özellikle; ortamdaki bakteri, virüs, mantar gibi mikro organizmalarin hapsedilerek ultraviyole isik sayesinde zayiflatilmasini veya öldürülmesini saglayan, mikroorganizmalarin üzerine toplanabildigi koruyucu ile ilgilidir. Teknigin Bilinen Durumu gerçeklestirilmistir. Günümüzde virüs, bakteri ve mantar gibi mikro organizmalarin sebep oldugu hastaliklarin varligi bilim dünyasinin bir gerçegi ve basa çikmak zorunda oldugu bir problemidir. Bunun yaninda kisiler de cerrahi maske, siperlik gibi kendi koruyuculari ekipmanlarini kullanarak bu mikro organizmalarin verecegi zararlardan korunmaya çalismaktadir. Ayrica bilinen teknikteki, ultraviyole C (UVC) dalga boyundaki isinlarin mikro organizmalar üzerindeki öldürücü etkisi yeniden siklikla kullanilan bir trend haline gelmistir. Özellikle 2019'un son aylarinda Çin Wuhan Sehrinde ortaya çikan COVID-19 virüsü sadece 3-4 ay içinde tüm dünya geneline yayilarak pandemi halini almis ve hepimizin günlük hayatini hiç beklemedigimiz sekilde olumsuz etkilemistir. Insan sagligini tehdit eden bu virüsün yayilimini yavaslatmak için uygulanan fiziksel/sosyal izolasyon disinda temizlik ve hijyenin de virüslerden korunmadaki önemi her platformda paylasilmistir. Tüm bilim insanlarinin çözüm noktasinda seferber oldugu bu vaka ile Iaboratuvarlarda gece gündüz virüs için asi ve ilaç bulma süreçleri devam etmektedir. Fakat virüsün sürekli mutasyona ugramasi sebebiyle henüz net bir sonuca varilamamistir. Ilerleyen zaman içerisinde süreç uzadikça insan hayatini yeni normale göre sürdürmek zorunda kalmistir. Tüm insanligin çalismak ve üretmek ile ilgili mecbur oldugu su dönemde koruyucu önlemler alinarak bir sekilde hayat devam ettirilmektedir. Fakat virüs için tam olarak çözüm bulunamadan yasamin sürdürülmesi genç yasli demeden herkesi endiselendirmektedir. Günlük hayati saglikli olarak devam ettirebilmek için tüm is yerleri, tüm ulasim araçlari, cadde ve sokaklar antimic nano teknolojik sistemlerle sterilize edilmis, UV-C lambalari kullanilarak havadan bulasabilecek tüm virüsler yok edilmeye çalisilmistir. Teknigin bilinen durumundaki TR 2020/05460 numarali dokümanda, bir koruyucu maskeden bahsedilmektedir. Bulus bir gövde ve bahsedilen gövde içerisine hava girisini saglamak üzere en az bir hava kanalina sahip bir koruyucu maske ile ilgilidir. Yenilik olarak bahsedilen hava kanalindan gövde içerisine dogru uzanan en az bir hava koridoru ve bahsedilen hava koridoru içerisinde saglanarak geçecek havayi temizlemek üzere en az bir UVC lamba ve en az bir UVC lazerden en az birini içermektedir. Ancak bahsedilen bulus ortamdaki virüslerin öldürülmesi yerine, alinan havanin temizlenmesini saglayan bir yapilanmadir. Mevcut teknikteki bir diger doküman olan JP yayin numarali dokümanda, araçlar için fotoelektronik bir hava temizleyiciden bahsedilmektedir.Hava temizleyicisi gövdesi, bir aspiratör fani, bir transformatör, bir devre substrati ve ultraviyole isini radyasyon tüpünü içeren prizmatik bir yapidan olusur. Gövde ayrica, bir karbon fiber seridi, bir hava birlestirme duvarinin muamelesi ile ayni boyutta ve hassasiyette bir koruyucu duvari ve çok sayida iletken bölmeye sabitlenmis metal yay iletkeni ve polarizasyon ucu ultraviyole isini radyasyon tüpü koruyucu duvarin bir ön kismina entegre olarak sabitlenmis bir metal iletken içeren degistirilebilir bir ultraviyole isini radyasyon tüpü tertibatini tespit ederek virüsü atmak için bir birlesme bölmesine sahiptir. dokümanlar da bulunmaktadir. Ancak ne bahsedilen buluslarda ne de teknigin bilinen durumundaki diger açiklamalarda, bulusumuza benzer sekilde ortamdaki bakteri, virüs, mantar gibi mikro organizmalarin hapsedilerek ultraviyole isik sayesinde zayiflatilmasini veya öldürülmesini saglayan, mikroorganizmalarin üzerine toplanabildigi koruyucu yapilanmaya rastlanilmamistir. Sonuç olarak, yukarida anlatilan olumsuzluklardan dolayi ve mevcut çözümlerin konu hakkindaki yetersizligi nedeniyle ilgili teknik alanda bir gelistirme yapilmasi gerekli kilinmistir. Bulusun Amaci Bulus, mevcut durumlardan esinlenerek olusturulup yukarida belirtilen olumsuzluklari çözmeyi amaçlamaktadir. Bulusun ana amaci, ortamdaki bakteri, virüs, mantar gibi mikro organizmalarin zayiflatilmasini veya öldürülmesini saglayan, bir koruyucu ortaya koymaktir. Bulusun bir diger amaci, ortamdaki bakteri, virüs, mantar gibi mikro organizmalarin hapsedilerek ultraviyole isik sayesinde zayiflatilmasini veya öldürülmesini saglayan, mikroorganizmalarin üzerine toplanabildigi koruyucu ortaya koymaktir. Bulusun baska bir amaci, kapali hazne yapilanmasi sayesinde beyne ve diger organlara zarar vermeden kisilerin baslarina takarak kullanabilecegi bir koruyucu ortaya koymaktir. Bulusun diger bir amaci, USB ile kolaylikla sarj edilebilen kullanabilecegi bir koruyucu ortaya koymaktir. Yukarida anlatilan amaçlari yerine getirmek üzere bulus, ortamdaki bakteri, virüs, mantar gibi mikro organizmalarin hapsedilerek ultraviyole isik sayesinde zayiflatilmasini veya öldürülmesini saglayan, mikroorganizmalarin üzerine toplanabildigi koruyucu olup, 0 dönmesi sayesinde koruyucuya dogru hava akimi olusturarak, ortamdaki mikro organizmalarin içeriye çekilmesini saglayan en az bir türbin, - bahsedilen türbinden gelen mikro organizmalarin hapsedildigi en az bir içermektedir. bahsedilen hazne içerisine hapsedilen mikro organizmalarin zayiflatilmasini veya öldürülmesini saglayan en az bir UVC (ultraviyole C) isik kaynagi, bahsedilen türbinin ve UVC isik kaynaginin çalismasi için gerekli olan enerjinin saglandigi en az bir pil, bahsedilen türbin gelen hava akimi sayesinde, UVC isik kaynagi ile zayiflatilan veya öldürülen mikro organizmalarin hazneden disari yönlendirilmesini saglayan en az bir açiklik, bahsedilen açikliga yerlestirilen, türbin gelen hava akimi ile gelen mikro organizmalarin toplanmasini saglayan en az bir filtre, bahsedilen filtrenin, açiklikta sabit bir sekilde durmasini saglayan en az bir filtre tutucu, 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. Bulusun Anlasilmasina Yardimci Olacak Sekiller Sekil 1. bulus Sekil 2. bulus Sekil 3. bulus Sekil 4. bulus konusu koruyucunun temsili perspektif görünümüdür. konusu koruyucunun bir diger temsili perspektif görünümüdür. konusu koruyucunun diger bir temsili perspektif görünümüdür. konusu koruyucunun filtre tutucusunun temsili perspektif görünümüdür. Sekil 5. bulus konusu koruyucunun filtre tutucusunun ve filtresinin temsili perspektif görünümüdür. Parça Referanslarinin Açiklamasi Türbin UVC Isik Kaynagi Türbin Dügmesi UVC Dügmesi Elektronik Devre Sarj Girisi . Siperlik 11.Baslik 12. Filtre Tutucu 13. Girinti 14. Çikinti . Filtre Açikligi 16. Filtre Bulusun Detayli Açiklamasi Bu detayli açiklamada, bulusa konu olan koruyucu sadece konunun daha iyi anlasilmasina açiklanmaktadir. yönelik olarak hiçbir olusturmayacak sekilde Sekil 1, ortamdaki bakteri, virüs, mantar gibi mikro organizmalarin hapsedilerek ultraviyole isik sayesinde zayiflatilmasini veya öldürülmesini saglayan, mikroorganizmalarin üzerine toplanabildigi koruyucunun temsili perspektif görünümüdür. Bulus konusu koruyucu, dönmesi sayesinde koruyucuya dogru hava akimi olusturarak, ortamdaki mikro organizmalarin içeriye çekilmesini saglayan türbin (1) içermektedir. Bulusun tercih edilen bir yapilanmasinda, 12 voltla çalisan iki adet salyangoz türbin (1) yer almaktadir. Koruyucu ayrica, bahsedilen türbinden (1) gelen mikro organizmalarin hapsedildigi hazne (2) ve bahsedilen hazne (2) içerisine hapsedilen mikro organizmalarin zayiflatilmasini veya öldürülmesini saglayan UVC (ultraviyole C) isik kaynagi (3) Bulusun tercih edilen bir yapilanmasinda, bahsedilen hazne (2) içerisine hapsedilen mikro organizmalarin zayiflatilmasini veya öldürülmesini saglayan LED UVC (ultraviyole C) isik kaynagi (3) bulunmaktadir. Böylelikle daha verimli ve daha uzun süreli kullanilabilir. Koruyucu, bahsedilen türbinin (1) ve UVC isik kaynaginin (3) çalismasi için gerekli olan enerjinin saglandigi pili (8) de içerir. Bulusun tercih edilen bir yapilanmasinda, bahsedilen türbinin (1) pille (8) olan enerji baglantisini açarak veya keserek, türbinin (1) çalismasini veya durdurulmasini saglayan türbin dügmesi (5) bulunabilir. Bulusun tercih edilen bir yapilanmasinda, bahsedilen UVC isik kaynaginin (3) pille (8) olan enerji baglantisini açarak veya keserek, UVC isik kaynaginin (3) çalismasini veya durdurulmasini saglayan UVC dügmesi (6) vardir. Bulusun tercih edilen bir yapilanmasinda, bahsedilen pilin (8) sarj edilmesini saglayan sarj girisi (9) bulunur. Bu yapilanmada bahsedilen sarj girisi (9) tercihen USB (Evrensel Seri Veriyolu) tipindedir. Koruyucu, bahsedilen türbin (1) gelen hava akimi sayesinde, UVC isik kaynagi (3) ile zayiflatilan veya öldürülen mikro organizmalarin hazneden (2) disari yönlendirilmesini saglayan açiklik (4) içerir. Bulusun tercih edilen bir yapilanmasinda, bahsedilen haznenin (2) dikeydeki en alt noktasindan referansla egimlendirilerek, zayiflatilan veya öldürülen mikro organizmalarin 45 derecelik açiyla asagiya dogru hazneden (2) disari atilmasini saglayan bir açiklik (4) bulunur. Koruyucunun temel yapilanmasi son olarak, bahsedilen açikliga (4) yerlestirilen, türbin (1) gelen hava akimi ile gelen mikro organizmalarin toplanmasini saglayan filtre (16) ve bahsedilen filtrenin (16), açiklikta (4) sabit bir sekilde durmasini saglayan n az bir filtre tutucu (12) içerir. Bahsedilen filtre tutucu (12) sekil 5'te görüldügü sekilde 2 parçadir ve arasina filtre (16) yerlestirilir. 2 parçali yapi üzerinde karsilikli olarak bulunan girinti (13) ve çikintilar (14) birbirlerine geçerek filtrenin (16) arada sabir durmasini saglar. Filtre (16), filtre tutucu (12) üzerinde açik birakilmis olan filtre açikliklari (15) üzerinden filtreleme ve mikroorganizmalari toplama islevlerini yerine getirmis olur. Böylelikle zayiflatilan veya öldürülen mikro organizmalar koruyucunun önünde toplanabilmis olur. Ayrica kullanici koruyucu kafasina taktiginda, önünde virüslerden temizlenmis bir alan bulunmasi ve bu alandaki havayi teneffüs etmesi saglanir. Koruyucu sayesinde, kullanicinin özellikle alin kismindan solunum yolu girisine kadar bir mikro koruma mekanizmasi çalismaktadir. Koruyucunun 6 metreye kadar önündeki mikro organizmalari etkisiz hale getirdigi tespit edilmistir. Koruyucu gözle görülmeyen mikro organizmalari zayiflatarak veya yok ederek kullaniciyi korur. Bulusun tercih edilen bir yapilanmasinda, türbin dügmesi (5), UVC dügmesi (6) veya sarj girisinin (9) elektronik baglantilar ile koruyucuya dahil edilmesini saglayan elektronik devre (7) bulunur. Bulusun tercih edilen bir yapilanmasinda, koruyucunun önüne monte edilerek, kullanicinin yüzünün virüslerden korunmasini saglayan takilip sökülebilir siperlik (10) ve kullanicinin koruyucuyu basina takilmasini saglayan takilip sökülebilir baslik (11) vardir. Böylelikle kullanici koruyucuyu takarak güvenli bir sekilde disari çikabilir. Bahsedilen siperlik (10), bir kismi veya tamami seffaf, bir kismi veya tamami renklendirilmis, bir kismi veya tamami siyah ile renklendirilmis, bir kismi veya tamami günes isinlarinin geçmesini engelleyen bir katman ile kaplanmis veya renklendirilmis olarak bulunabilir. Böylelikle, ortamdaki bakteri, virüs, mantar gibi mikro organizmalarin hapsedilerek ultraviyole isik sayesinde zayiflatilmasini veya öldürülmesini saglayan, mikroorganizmalarin üzerine toplanabildigi koruyucu ortaya konmus olur. TR DESCRIPTION PROTECTIVE Technical Field Invention in general; It is about a preservative that helps weaken or kill microorganisms such as bacteria, viruses and fungi in the environment. In particular, the invention; It is related to the preservative that allows microorganisms such as bacteria, viruses and fungi in the environment to be trapped and weakened or killed by ultraviolet light, and on which microorganisms can accumulate. The Known State of the Technique has been realized. Today, the existence of diseases caused by microorganisms such as viruses, bacteria and fungi is a reality and a problem that the scientific world has to deal with. In addition, people try to protect themselves from the damage caused by these microorganisms by using their own protective equipment such as surgical masks and visors. In addition, the lethal effect of ultraviolet C (UVC) wavelength rays on microorganisms in the known technique has become a frequently used trend again. The COVID-19 virus, which emerged in Wuhan, China, especially in the last months of 2019, spread all over the world in just 3-4 months and became a pandemic, negatively affecting all of our daily lives in a way we never expected. In addition to the physical/social isolation applied to slow the spread of this virus that threatens human health, the importance of cleanliness and hygiene in protecting against viruses has been shared on every platform. With this case, for which all scientists are mobilized to find a solution, the process of finding a vaccine and medicine for the virus continues in laboratories day and night. However, due to the constant mutation of the virus, no clear conclusion has been reached yet. Over time, as the process dragged on, people had to continue their lives according to the new normal. In this period when all humanity is obliged to work and produce, life is somehow continued by taking protective measures. However, continuing to live without finding a complete solution for the virus worries everyone, young and old. In order to maintain a healthy daily life, all workplaces, all means of transportation, avenues and streets have been sterilized with antimic nano technological systems, and all viruses that can be transmitted from the air have been tried to be destroyed by using UV-C lamps. In the state of the art document numbered TR 2020/05460, a protective mask is mentioned. The invention relates to a body and a protective mask having at least one air duct to provide air entry into said body. As an innovation, it contains at least one air corridor extending from the said air duct into the body and at least one of at least one UVC lamp and at least one UVC laser to clean the air that will pass through the said air corridor. However, the invention mentioned is a structure that allows cleaning of the inhaled air instead of killing the viruses in the environment. In the document with publication number JP, which is another document in the current technique, a photoelectronic air cleaner for vehicles is mentioned. The air cleaner body consists of a prismatic structure containing an aspirator fan, a transformer, a circuit substrate and an ultraviolet ray radiation tube. The body is also interchangeable, comprising a carbon fiber ribbon, a shielding wall of the same size and precision as the treatment of an air coupling wall and metal spring conductor fixed in a plurality of conductive chambers and a metal conductor fixed integrally in a front part of the shielding wall of the polarizing tip ultraviolet ray radiation tube It has a coupling chamber to detect the virus by detecting an ultraviolet light radiation tube assembly. documents are also available. However, neither in the mentioned inventions nor in other explanations of the known state of the art has a protective structure similar to our invention been found, which allows microorganisms such as bacteria, viruses and fungi in the environment to be trapped and weakened or killed by ultraviolet light, and on which microorganisms can gather. As a result, due to the negativities described above and the inadequacy of existing solutions on the subject, it has become necessary to make a development in the relevant technical field. Purpose of the Invention: The invention is inspired by current situations and aims to solve the above-mentioned drawbacks. The main purpose of the invention is to introduce a preservative that enables the weakening or killing of microorganisms such as bacteria, viruses and fungi in the environment. Another aim of the invention is to introduce a protective device on which microorganisms can accumulate, which allows them to be trapped and weakened or killed by ultraviolet light, such as bacteria, viruses and fungi in the environment. Another aim of the invention is to create a protector that people can wear on their heads without damaging the brain and other organs, thanks to its closed chamber structure. Another purpose of the invention is to produce a protector that can be easily charged via USB. In order to fulfill the purposes described above, the invention is a protector that allows microorganisms such as bacteria, viruses and fungi in the environment to be imprisoned and weakened or killed by ultraviolet light, on which microorganisms can gather, and by creating air flow towards the protector thanks to its 0 rotation, it has at least one element that allows the microorganisms in the environment to be drawn in. The turbine includes at least one in which the micro-organisms coming from said turbine are trapped. At least one UVC (ultraviolet C) light source that enables the weakening or killing of microorganisms trapped in the said chamber, at least one battery that provides the energy required for the operation of the said turbine and the UVC light source, thanks to the air flow coming from the said turbine, which is weakened by the UVC light source. or at least one opening that allows the killed microorganisms to be directed out of the chamber, at least one filter placed in the said opening, which ensures the collection of microorganisms coming with the air flow coming from the turbine, at least one filter holder that ensures that the said filter stands steadily in the opening, The structural and Its characteristic features and all its advantages will be more clearly understood thanks to the figures given below and the detailed explanation written by making references to these figures, and therefore the evaluation should be made taking these figures and detailed explanation into consideration. Figures to Help Understand the Invention Figure 1. invention Figure 2. invention Figure 3. invention Figure 4 is the representative perspective view of the protector that is the subject of the invention. Another representative perspective view of the subject protector. Another representative perspective view of the subject protector. The topic is a representative perspective view of the filter holder of the protector. Figure 5 is the representative perspective view of the filter holder and filter of the protector according to the invention. Description of Part References Turbine UVC Light Source Turbine Button UVC Button Electronic Circuit Charging Input. Visor 11.Cap 12. Filter Holder 13. Recess 14. Protrusion. Filter Opening 16. Filter Detailed Description of the Invention In this detailed explanation, the protector that is the subject of the invention is explained only for a better understanding of the subject. Figure 1 is the representative perspective view of the protector on which microorganisms can gather, which allows microorganisms such as bacteria, viruses and fungi in the environment to be trapped and weakened or killed by ultraviolet light. The protector of the invention contains a turbine (1) that, thanks to its rotation, creates air flow towards the protector and allows the microorganisms in the environment to be drawn in. In a preferred embodiment of the invention, there are two snail turbines (1) operating with 12 volts. The protector also consists of the chamber (2) in which the microorganisms coming from the said turbine (1) are imprisoned, and the UVC (ultraviolet C) light source (3), which ensures the weakening or killing of the microorganisms imprisoned in the said chamber (2). In a preferred embodiment of the invention, the said chamber (2). There is an LED UVC (ultraviolet C) light source (3) that enables the weakening or killing of microorganisms trapped inside. Thus, it can be used more efficiently and for a longer period of time. The protector also includes the battery (8) from which the energy required for the operation of the said turbine (1) and the UVC light source (3) is provided. In a preferred embodiment of the invention, there may be a turbine button (5) that enables the turbine (1) to start or stop by opening or breaking the energy connection of the said turbine (1) to the battery (8). In a preferred embodiment of the invention, there is a UVC button (6) that enables the UVC light source (3) to operate or stop by opening or breaking the energy connection of the said UVC light source (3) to the battery (8). In a preferred embodiment of the invention, there is a charging port (9) that allows the said battery (8) to be charged. In this embodiment, the charging port (9) is preferably of USB (Universal Serial Bus) type. The protector contains an opening (4) that allows the microorganisms weakened or killed by the UVC light source (3) to be directed out of the chamber (2) thanks to the air flow coming from the said turbine (1). In a preferred embodiment of the invention, there is an opening (4) that is inclined from the lowest point of the said chamber (2) vertically, allowing the weakened or killed microorganisms to be expelled from the chamber (2) downwards at a 45-degree angle. The basic structure of the protector is finally the filter (16) placed in the said opening (4), which ensures the collection of microorganisms coming with the air flow coming from the turbine (1), and a small filter that ensures that the said filter (16) stands steadily in the opening (4). Contains holder (12). The said filter holder (12) is in 2 parts, as seen in Figure 5, and the filter (16) is placed between them. The recesses (13) and protrusions (14) located opposite each other on the 2-piece structure engage each other, ensuring that the filter (16) remains firmly in between. The filter (16) fulfills its functions of filtering and collecting microorganisms through the filter openings (15) left open on the filter holder (12). In this way, weakened or killed microorganisms can be collected in front of the protector. In addition, when the user wears the protective head, there is an area in front of him that is cleared of viruses and he is allowed to breathe the air in this area. Thanks to the protector, a micro-protection mechanism operates, especially from the user's forehead to the respiratory tract entrance. It has been determined that the protector neutralizes microorganisms in front of it up to 6 meters. The protector protects the user by weakening or destroying microorganisms invisible to the eye. In a preferred embodiment of the invention, there is an electronic circuit (7) that enables the turbine button (5), UVC button (6) or charging input (9) to be included in the protector with electronic connections. In a preferred embodiment of the invention, there is a detachable visor (10) that is mounted in front of the protector, ensuring that the user's face is protected from viruses, and a detachable cap (11) that allows the user to attach the protector to his head. Thus, the user can go out safely by wearing the protector. Said visor (10) may be partially or completely transparent, partially or completely colored, partially or completely colored black, partially or completely covered with a layer that prevents the transmission of sunlight, or colored. In this way, a protector is created that allows microorganisms such as bacteria, viruses and fungi in the environment to be trapped and weakened or killed by ultraviolet light, and on which microorganisms can accumulate. TR

TR2020/22316A 2020-12-29 2020-12-29 PROTECTOR TR202022316A2 (en)

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TR202022316A2 true TR202022316A2 (en) 2022-02-21

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