TR202016616U5

TR202016616U5 - DIGITAL INNOVATION IN WASTE UNITS

Info

Publication number: TR202016616U5
Application number: TR2020/16616U
Authority: TR
Inventors: Jafari̇ Esmaei̇l; Eri̇nç Mertoğlu Nuri̇; Eren Yavuz
Original assignee: Jeo Internet Teknolojileri Bilgisayar Bilisim Muehendislik Enerji Ticaret Ltd Sirketi; Mertoglu Cevre Tasarim Ve Reklamcilik Ith Ihr Sanayi Ticaret Ltd Sirketi
Priority date: 2020-10-19
Filing date: 2020-10-19
Publication date: 2021-01-21

Abstract

Atık Ünitelerinde Dijital Yenilik isimli buluş, atıkların toplanarak ayrılması, nakliyesi, değerlendirilmesi üzerine geri dönüştürülmesini sağlayan ve bu sayede çevre kirliliğini azaltan bir dizi sensörler aracılığı ile atıkların cinsi, malzeme yapısını ayrıştırabilen yenilikle ilgilidir. Ek olarak bu buluşumuz toplama sürecinde tekrar karışmayı önleyerek, süreç takibi yapabilmekte ve toplanan geri dönüşebilir tüm atığın toplama alanlarına ulaştığını kontrol ederek ve otomatik rapor üretebilmesi ile ıo ilgilidir. Bu buluşumuz, Atık ünitesi gövdesi (1), Çöp Haznesi (2), Çöp Haznesi Tırnakları (3), Sistem karkası (4), Sistem tablası (5), Endüktif Sensör (6), Endüktif Sensör kablosu (7), Endüktif Sensör bağlantı parçası (8), Kapasitif Sensör (9), Kapasitif Sensör kablosu (10), Kapasitif Sensör bağlantı parçası (11), Atık Algılama Sensörü (12), Atık Algılama Sensörü kablosu (13), Atık Algılama Sensörü bağlantı parçası (14), Cisim sensör (15), Cisim Sensörü kablosu (16), Cisim Sensörü bağlantı parçası (17), Ultrasonik sensör (18), Ultrasonik Sensörü kablosu (19), Ultrasonik Sensörü bağlantı parçası (20), Gösterge (21), Güç Dağıtıcısı (22), Konteyner erişimini kontrol eden elektronik kapak kilitleri (23), İşlemci (24), Lazer (25), Kablosuz İletişim (26), Tuşlar (27), Kablosuz Algılayıcı (28), Kod Etiketi (29), RFID kart okuyucu (30) ve Güneş Panelinden (31) meydana gelmektedir.The invention named Digital Innovation in Waste Units is related to the innovation that can separate the type and material structure of the wastes by means of a series of sensors that enable the waste to be collected, separated, transported and recycled upon recycling and thus reduces environmental pollution. In addition, our invention is about preventing re-mixing during the collection process, monitoring the process and controlling that all the collected recyclable waste reaches the collection areas and generating reports automatically. Our invention is, Waste unit body (1), Garbage Reservoir (2), Garbage Reservoir Tabs (3), System carcass (4), System tray (5), Inductive Sensor (6), Inductive Sensor cable (7), Inductive Sensor connector (8), Capacitive Sensor (9), Capacitive Sensor cable (10), Capacitive Sensor connector (11), Waste Detection Sensor (12), Waste Detection Sensor cable (13), Waste Detection Sensor connector (14) Object sensor (15), Object Sensor cable (16), Object Sensor connector (17), Ultrasonic sensor (18), Ultrasonic Sensor cable (19), Ultrasonic Sensor connector (20), Indicator (21), Power Distributor (22), Electronic door locks controlling container access (23), Processor (24), Laser (25), Wireless Communication (26), Keys (27), Wireless Sensor (28), Code Tag (29), RFID card It consists of the reader (30) and the Solar Panel (31).

Description

TARIFNAME ATIK ÜNITELERINDE DIJITAL YENILIK TEKNIK ALAN Mevcut bulus otel, okul, hastane, havalimani, otogar, alisveris merkezleri, sosyal tesisler gibi yasam alanlarinda kullanim sonucu olusan çöplerin atildigi kutularin daha saglikli, kolay ve etkin bir sekilde kullanilmasina yönelik atik ünitelerindeki Atik Ünitelerinde Dijital Yenilik isimli bulus, atiklarin toplanarak ayrilmasi, nakliyesi, degerlendirilmesi üzerine geri dönüstürülmesini saglayan ve bu sayede çevre kirliligini azaltan bir dizi sensörler araciligi ile atiklarin cinsi, malzeme yapisini ayristirabilen yenilikle ilgilidir. Ek olarak bu bulusumuz toplama sürecinde tekrar karismayi önleyerek, süreç takibi yapabilmekte ve toplanan geri dönüsebilir tüm atigin toplama alanlarina ulastigini kontrol ederek ve otomatik rapor üretebilmesi ile TEKNIGIN BILINEN DURUMU Günümüzde otel, hastane, sosyal tesisleri alisveris merkezleri okul, restoran gibi yerlerde çesitli islemler sonucu açiga çikan çöplerin bir arada toplanmasi için atik üniteleri kullanilmaktadir. Bahsedilen bu çöp kovalari çok sayida farkli özelliklerde ve farkli boyutlarda çesitli malzemelerden üretilmektedir. Yillar boyu biçimsel ve islevsel olarak birbirine benzeyen tasinabilir nitelikte olan atik üniteleri modelleri üretilmistir. DESCRIPTION DIGITAL INNOVATION IN WASTE UNITS TECHNICAL FIELD Existing inventions include hotels, schools, hospitals, airports, bus stations, shopping centers, social the boxes in which the garbage formed as a result of use in living areas such as facilities is thrown. in waste units for a healthier, easier and more effective use. Invention called Digital Innovation in Waste Units, collection, separation, transportation, environment, which ensures recycling upon evaluation and thus The type of waste, material structure, through a series of sensors that reduce pollution. It is about innovation that can differentiate. In addition, this invention was repeated during the collection process. By preventing mixing, it is able to follow the process and all the collected recyclables. by controlling that the waste reaches the collection areas and generating automatic reports KNOWN STATE OF THE TECHNIQUE Today, hotels, hospitals, social facilities, shopping centers, schools, restaurants, etc. waste for the collection of garbage that comes out as a result of various processes in places units are used. These garbage bins mentioned are in many different features and It is produced from various materials in different sizes. Formal and functional over the years Models of portable waste units, which are similar to each other, have been produced.

Bahse konu bu çöp kovalari tek kapakli, çift kapakli, kapaksiz, tekerlekli, tekerleksiz, plastik veya metal malzemelerden olmak üzere farkli yapilarda üretilmektedir. These trash cans are single-lid, double-lid, no-lid, wheeled, unwheeled, It is produced in different structures, including plastic or metal materials.

Mevcut bulunan çöp kovalari genellikle üstleri açik olarak kullanilmaktadir. Ancak çöplerin kapali bir kova içerisinde bulunmamasi gerek görüntü kirliligine gerekse sagliksiz kosularin ve kokularin olusmasina neden olmaktadir. Bununla birlikte TARIFNAME ATIK ÜNITELERINDE DIJITAL YENILIK TEKNIK ALAN Mevcut bulus otel, okul, hastane, havalimani, otogar, alisveris merkezleri, sosyal tesisler gibi yasam alanlarinda kullanim sonucu olusan çöplerin atildigi kutularin daha saglikli, kolay ve etkin bir sekilde kullanilmasina yönelik atik ünitelerindeki Atik Ünitelerinde Dijital Yenilik isimli bulus, atiklarin toplanarak ayrilmasi, nakliyesi, degerlendirilmesi üzerine geri dönüstürülmesini saglayan ve bu sayede çevre kirliligini azaltan bir dizi sensörler araciligi ile atiklarin cinsi, malzeme yapisini ayristirabilen yenilikle ilgilidir. Ek olarak bu bulusumuz toplama sürecinde tekrar karismayi önleyerek, süreç takibi yapabilmekte ve toplanan geri dönüsebilir tüm atigin toplama alanlarina ulastigini kontrol ederek ve otomatik rapor üretebilmesi ile TEKNIGIN BILINEN DURUMU Günümüzde otel, hastane, sosyal tesisleri alisveris merkezleri okul, restoran gibi yerlerde çesitli islemler sonucu açiga çikan çöplerin bir arada toplanmasi için atik üniteleri kullanilmaktadir. Bahsedilen bu çöp kovalari çok sayida farkli özelliklerde ve farkli boyutlarda çesitli malzemelerden üretilmektedir. Yillar boyu biçimsel ve islevsel olarak birbirine benzeyen tasinabilir nitelikte olan atik üniteleri modelleri üretilmistir. Existing trash cans are generally used with an open top. However The fact that the garbage is not in a closed bucket causes both visual pollution and causes unhealthy conditions and odors. With this DESCRIPTION DIGITAL INNOVATION IN WASTE UNITS TECHNICAL FIELD Existing inventions include hotels, schools, hospitals, airports, bus stations, shopping centers, social the boxes in which the garbage formed as a result of use in living areas such as facilities is thrown. in waste units for a healthier, easier and more effective use. Invention called Digital Innovation in Waste Units, collection, separation, transportation, environment, which ensures recycling upon evaluation and thus The type of waste, material structure, through a series of sensors that reduce pollution. It is about innovation that can differentiate. In addition, this invention was repeated during the collection process. By preventing mixing, it is able to follow the process and all the collected recyclables. by controlling that the waste reaches the collection areas and generating automatic reports KNOWN STATE OF THE TECHNIQUE Today, hotels, hospitals, social facilities, shopping centers, schools, restaurants, etc. waste for the collection of garbage that comes out as a result of various processes in places units are used. These garbage bins mentioned are in many different features and It is produced from various materials in different sizes. Formal and functional over the years Models of portable waste units, which are similar to each other, have been produced.

Mevcut bulunan çöp kovalari genellikle üstleri açik olarak kullanilmaktadir. Ancak çöplerin kapali bir kova içerisinde bulunmamasi gerek görüntü kirliligine gerekse sagliksiz kosularin ve kokularin olusmasina neden olmaktadir. Bununla birlikte özellikle hastane gibi alisveris merkezleri gibi insan sirkülasyonu çok olan yerlerde çöpler cinsine göre de fazla olmaktadir. Existing trash cans are generally used with an open top. However The fact that the garbage is not in a closed bucket causes both visual pollution and causes unhealthy conditions and odors. With this especially in places with high human circulation such as shopping centers such as hospitals garbage is also more than its type.

Bulusumuzdan önce kullanilan sistemler barkod, sensör ve görüntü isleme benzeri yöntemlerle sadece geri dönüsüme girecek atiklari ayirabilmekteydi. Dolayisiyla kendi içinde kapali bir sistem oldugu için mevcut konteynerlere entegre edilerek çalisamiyor ve kaynaginda ayristirilan atiklarin toplama sürecinde tekrar karismasini önleyici bir islev sunulmuyordu Mevcut bulusta kullanilan sistemler barkod, sensör ve görüntü isleme benzeri yöntemlerle geri dönüsüme girecek atiklari ayirabiliyor, ancak ürünler barkod üzerinden geri dönüsebilir atiklari taniyan sistemlerdeki barkodlari okunamadigi durumlarda (yirtilma, sise veya kutunun deforme edilmesi vb.) atigi geri veriyor ya da barkod okuma veya sekil kontrolü benzeri süreçler atik tanimayi yavaslatiyor. Systems used before our invention are barcode, sensor and image processing. was able to separate only the wastes that would be recycled. Therefore Since it is a closed system in itself, it can be integrated into existing containers. cannot work and the waste separated at the source is mixed again in the collection process. no preventive function was offered The systems used in the present invention are barcode, sensor and image processing. can separate the wastes that will be recycled with different methods, but the products are barcode. barcodes on systems that recognize recyclable wastes cannot be read. in cases (tearing, deformation of the bottle or can, etc.) returns the waste or In addition, processes such as barcode reading or shape control slow down waste recognition.

Yapilan ulusal patent/ faydali model taramasinda ise gelismeler genelde atik ünitesinin barkod üzerinden geri dönüsebilir atiklari taniyan sistemlerdeki barkodlari okunamadiginda yirtilma, sise veya kutunun deforme edilmesi dezavantajlari ortadan kaldirmada yetersiz oldugu gözlenmistir. Tüm önceki dokümanlar incelenmis yukarida bahsedilen dezavantajlari ortadan kaldiracak mevcut bu bulus çok çesitli kullanima çözüm getirmektedir. In the national patent/utility model scanning, the developments are generally wasteful. barcodes of the unit in systems that recognize recyclable wastes through barcodes. Disadvantages of tearing when unreadable, deforming the bottle or box has been found to be insufficient to eliminate All previous documents This present invention, which will eliminate the above-mentioned disadvantages, has been examined. It provides solutions for a wide variety of uses.

BU LUSUN AMACI Teknigin bilinen durumundan ve yasanan sorunlardan hareket edilerek gelistirilen bu bulus; estetik görüntüsü ile ayni zamanda kapak görevi de gören ayristirma birimi ile etrafa yayilan kötü kokuyu ve görüntüyü ortadan kaldirarak daha fazla çöp depolanmasini saglamak amaciyla üretilmistir. Mekânin genisligine göre istenilen büyüklükte ve her türlü tasarima sahip olabilmektedir. Bulus, geri dönüsüme uygun atiklarin kaynagin ayristirilmasi bu atiklarin tekrar kullanima kazandirilmasindaki en önemli ögelerden biridir. Dolayisiyla uzun ömürlü sizdirmazlik, hijyenik, kullanma ve özellikle hastane gibi alisveris merkezleri gibi insan sirkülasyonu çok olan yerlerde çöpler cinsine göre de fazla olmaktadir. PURPOSE OF THIS INVENTION Developed based on the known state of the technique and the problems experienced this invention; Separation unit, which also acts as a cover with its aesthetic appearance more garbage by eliminating the bad smell and image spread around with It is produced for the purpose of storage. Desired according to the width of the space It can be of any size and design. The invention is suitable for recycling source separation of wastes is the most important factor in reusing these wastes. is one of the important elements. Therefore, long-lasting sealing, hygienic, use and especially in places with high human circulation such as shopping centers such as hospitals garbage is also more than its type.

BU LUSUN AMACI Teknigin bilinen durumundan ve yasanan sorunlardan hareket edilerek gelistirilen bu bulus; estetik görüntüsü ile ayni zamanda kapak görevi de gören ayristirma birimi ile etrafa yayilan kötü kokuyu ve görüntüyü ortadan kaldirarak daha fazla çöp depolanmasini saglamak amaciyla üretilmistir. Mekânin genisligine göre istenilen büyüklükte ve her türlü tasarima sahip olabilmektedir. Bulus, geri dönüsüme uygun atiklarin kaynagin ayristirilmasi bu atiklarin tekrar kullanima kazandirilmasindaki en önemli ögelerden biridir. Dolayisiyla uzun ömürlü sizdirmazlik, hijyenik, kullanma ve tasima özelliklerine sahip olmasi ile kullaniciya verimli bir kullanim saglanmakta ve mukavemeti yüksek bir ürün ortaya konmasi amaçlanmaktadir. PURPOSE OF THIS INVENTION Developed based on the known state of the technique and the problems experienced this invention; Separation unit, which also acts as a cover with its aesthetic appearance more garbage by eliminating the bad smell and image spread around with It is produced for the purpose of storage. Desired according to the width of the space It can be of any size and design. The invention is suitable for recycling source separation of wastes is the most important factor in reusing these wastes. is one of the important elements. Therefore, long-lasting sealing, hygienic, use and With its carrying features, it provides an efficient use to the user and It is aimed to produce a product with high strength.

Bulusun bir baska amaci da atiklarin toplanarak ayrilmasi, nakliyesi ve degerlendirilmesi üzerine geri dönüstürülmesini saglayan ve bu sayede çevre kirliligini azaltan bir dizi sensörler araciligi ile atiklarin cinsi, malzeme yapisini ayristirabilen yenilikle ilgilidir. Ek olarak kaynaginda ayristirmaya yönelik ekonomik, hizli, esnek ve tekrar karismayi engelleyici bir çözüm sunmasi da söz konusudur. Bu çözüm çok farkli boyda konteyner ile entegre olabildigi için ofis, kamu binasi, AVM gibi mekânlarda kullanilabilecegi gibi market önü, sokak ve park benzeri mekânlara da uygundur. Böylece daha az masrafla çesitli ortamlarda kullanilmasina olanak saglamaktadir. Another object of the invention is the collection, separation, transportation and environment, which ensures recycling upon evaluation and thus The type of waste, material structure, through a series of sensors that reduce pollution. It is about innovation that can differentiate. In addition, the economic, It is also possible to offer a fast, flexible and anti-remix solution. This Office, public building, shopping mall, as the solution can be integrated with containers of many different sizes. It can be used in places such as in front of the market, street and park-like places. is also suitable. Thus, it allows it to be used in various environments with less cost. it provides.

Bulusun diger bir avantaji ise boyutunun küçük olmasi ile nakliye islemleri sirasinda tasita yükleme sorunlari ya da ekstra maliyetler olusmamaktadir. Ürün çok kolay bir sekilde tasinmasi ve dar alanlarda nakliyelerde sorun yasanmasi önlenmektedir. Yine ürünün ambalajlanmasinda da maliyet olusmamaktadir. Another advantage of the invention is that it is small in size and can be used during transportation processes. There are no vehicle loading problems or extra costs. The product is very easy It is prevented from being transported in a safe way and having problems in transportation in narrow spaces. Still There is no cost in the packaging of the product.

Bulusun önemli bir amaci da daha az parça kullanilarak olusturulmasi ve montaj noktalarinin da asgariye indirilmesi ile sistemin saglikli çalismasini saglamakla hatta montaj sirasinda hata payini yok etmek ve üretim, isçilik ve maliyetleri de düsürebilmektir. An important aim of the invention is to create and assemble using fewer parts. By minimizing the points of the system, it is even possible to ensure the healthy operation of the system. to eliminate the margin of error during assembly and to reduce production, labor and costs. is to drop.

Bulusun bir baska özelligi ise sifir atik ve geri dönüsüm ayristirma ve toplamaya yönelik olarak akilli sehirler, çevre koruma, geri dönüsüm saglayarak çevre temizligini yayginlastirmak ve beraberinde geri dönüsüm kavramini topluma benimsetmek amaçlanmaktadir. Böyle vatandasa çevre bilinci gelistirilerek kent kimligi kazandirilmasi da hedeflenmektedir. Another feature of the invention is zero waste and recycling separation and collection. for the environment by providing smart cities, environmental protection, recycling to generalize the cleaning and to introduce the concept of recycling to the society. is intended to be adopted. By raising environmental awareness in such citizens, the city It is also aimed to gain identity.

Bulusun bir baska amaci ise esnek yapisi sayesinde kullanicinin istedigi farkli ebatlarda veya kullanim alaninda mevcut konteynerlere de adapte edilebilir olmasi tasima özelliklerine sahip olmasi ile kullaniciya verimli bir kullanim saglanmakta ve mukavemeti yüksek bir ürün ortaya konmasi amaçlanmaktadir. Another purpose of the invention is to provide the user with different options, thanks to its flexible structure. size or adaptability to existing containers in the field of use With its carrying features, it provides an efficient use to the user and It is aimed to produce a product with high strength.

Bulusun bir baska amaci ise esnek yapisi sayesinde kullanicinin istedigi farkli ebatlarda veya kullanim alaninda mevcut konteynerlere de adapte edilebilir olmasi ile ilgilidir. Bu minvalde atik Ünitesinin ergonomik bir sekilde kullanilmasi ve bununla birlikte hafif olarak üretilmesi hizmetini saglamaktir. Bulusun önemli bir amaci ise atik ünitelerinin istenilen ebatlarda üretilmesinden ötürü ayni zamanda küçük ya da büyük alanlarda kullanilmaya elverisli olmasiyla ilgilidir. Another purpose of the invention is to provide the user with different options, thanks to its flexible structure. size or adaptability to existing containers in the field of use It is related to. In this way, ergonomic use of the Waste Unit and To provide the service of producing light together. If an important purpose of the invention is Due to the fact that the waste units are produced in the desired dimensions, they are also small or It is related to the fact that it is suitable for use in large areas.

Bulusun baska amaci da bulus kaynaginda ayristirilan geri dönüsebilen atiklarin tekrar karistirilmasini engellemesi ile geri dönüsümde fireyi engellemesidir. Böylece kaynaginda ayristirilan geri dönüsebilir atiklarin toplama sirasinda tekrar karismasi yaygin bir kayip sebebi oldugundan is bu bulusumuz bu problemi engellemeyi amaçlamistir. Ayrica sensör bazli bir ayristirma yaptigi için hizli çalisarak fazla atik getiren kullanicilari da tesvik edilmesi islevindedir. Ek olarak bu bulusumuzla süreç takibi yapilmakta ve tüm toplanan geri dönüsebilir atigin toplama alanlarina ulastigini kontrol edilerek otomatik rapor üretebilmesi de mümkündür. Another purpose of the invention is to remove the recyclable wastes separated in the source of the invention. It prevents re-mixing and prevents waste in recycling. Like this recombination of recyclable wastes separated at source during collection Since it is a common cause of loss, our invention tries to prevent this problem. intended. In addition, since it makes a sensor-based separation, it works fast and wastes more. It also has the function of encouraging users who bring it. In addition, with this invention, the process are followed up and all collected recyclable waste is sent to the collection areas. It is also possible to generate an automatic report by checking its reach.

Bulusumuzun önemli amaçlarindan biri, atiklar metal, cam ve plastik olarak algilaniyor ve farkli haznelerde biriktiriliyor olmasidir. Bu islem Endüktif Sensör ve Kapasitif Sensör sayesinde olmaktadir. Bahse konu bu sensörler kendilerine yaklasan cisimleri belirli bir mesafede algilayarak manyetik alan olusturmaktadir. Algilama mesafesine yaklasan bir cisim bu manyetik alani etkiler ve bu etkilesim sensörün çikis sinyalini degistirmektedir. Sensörün algilama mesafesine giren malzemelerin (cam, metal, plastik) manyetik alan üzerindeki etkisi hassas bir biçimde ayarlandigi için bu degisimler üzerinden malzeme algilanmis olmaktadir. Sistemdeki algilama sensörlerinin fazla olmasi ile kullanim kolayligi, fazla fonksiyonellik özelligi ile ilgilidir. One of the important aims of our invention is to divide the wastes into metal, glass and plastic. is detected and accumulated in different chambers. This is the Inductive Sensor and Thanks to the Capacitive Sensor. If these sensors approached them, It detects objects at a certain distance and creates a magnetic field. Perception An object approaching the distance will affect this magnetic field and this interaction will cause the sensor to changes the output signal. Materials entering the sensing range of the sensor (glass, metal, plastic) whose influence on the magnetic field is finely tuned For these changes, the material is perceived. Detection in the system Ease of use with a large number of sensors is related to more functionality.

Mevcut sistemlerde karismayi önleyici malzeme bazli kontrol edilen kapaklar (örnegin plastik toplamaya çikan bir temizlik görevlisi cam ve metal konteynerlere erisemiyor) bulunmamaktadir. Ancak bizim bulusumuzda bu kapaklar mevcut olup böylece toplanan atiklarin son toplama alanina kadar ulastigi tespit edilerek otomatik raporlar üretebilmektedir. ile ilgilidir. Bu minvalde atik Ünitesinin ergonomik bir sekilde kullanilmasi ve bununla birlikte hafif olarak üretilmesi hizmetini saglamaktir. Bulusun önemli bir amaci ise atik ünitelerinin istenilen ebatlarda üretilmesinden ötürü ayni zamanda küçük ya da büyük alanlarda kullanilmaya elverisli olmasiyla ilgilidir. Controlled lids based on anti-mixing material in existing systems (for example, a cleaning worker going out to collect plastics is cleaning glass and metal containers. can't access) is not available. However, in our invention these caps are available. Thus, it is determined that the collected wastes have reached the last collection area and automatically can generate reports. It is related to. In this way, ergonomic use of the Waste Unit and To provide the service of producing light together. If an important purpose of the invention is Due to the fact that the waste units are produced in the desired dimensions, they are also small or It is related to the fact that it is suitable for use in large areas.

Mevcut sistemlerde karismayi önleyici malzeme bazli kontrol edilen kapaklar (örnegin plastik toplamaya çikan bir temizlik görevlisi cam ve metal konteynerlere erisemiyor) bulunmamaktadir. Ancak bizim bulusumuzda bu kapaklar mevcut olup böylece toplanan atiklarin son toplama alanina kadar ulastigi tespit edilerek otomatik raporlar üretebilmektedir. Controlled lids based on anti-mixing material in existing systems (for example, a cleaning worker going out to collect plastics is cleaning glass and metal containers. can't access) is not available. However, in our invention these caps are available. Thus, it is determined that the collected wastes have reached the last collection area and automatically can generate reports.

Bulusun baska amaci da mekanik tasarimi yaklasik bir saniye içinde malzemenin algilanip dogru hazneye gönderilmesini saglayan, hacim açisindan minimalist bir yapiya sahip olmasidir. Bu minimalist yapi sistemin kolaylikla farkli konteyner düzeneklerine entegre olmasini saglamaktadir. Minimum insan gücü vasitasiyla bosaltma imkani tanimaktadir. Böylelikle düzlem üzerinde konumlanan atik ünitesinin dezavantaj olarak karsimiza çikan tasima ya da nakliye problemi sorun olmaktan çikmistir. Another aim of the invention is to design the mechanical design of the material in about one second. A minimalist in terms of volume, which ensures that it is detected and sent to the correct chamber. having a structure. This minimalistic structure allows the system to easily store different containers. allows it to be integrated into its mechanisms. through minimum manpower provides the possibility of unloading. Thus, the waste positioned on the plane Problems with the transportation or transportation problem encountered as a disadvantage of the unit has ceased to exist.

Atik Ünitelerinde Dijital Yenilik isimli bulusun bir baska islevi de aslinda açik alanlarda park, bahçe, otoparklarda kullanilabilmesi için, bu bölgelere elektrik hatti çekilemeyeceginden mobil özellige sahip olabilmesi için, üzerindeki günes paneli ile ihtiyaç duydugu enerjiyi üreterek sistemin çalismasina yardimci olmaktadir. Another function of the invention called Digital Innovation in Waste Units is actually in open spaces. In order for it to be used in parks, gardens and car parks, electrical lines must be connected to these areas. With the solar panel on it, in order for it to have mobile feature, it cannot be pulled. It helps the system to work by producing the energy it needs.

Bulusun tercih edilen bir baska özelligi ise sistemdeki yükseklik sensörü ile her haznenin doluluk seviyesi takip edilir ve her malzemenin konteynerine elektronik kilit ile kapali bir kapaktan ulasilmasidir. Ayni kuruma ait geri dönüsüm üniteleri doluluk oranlarina göre tek bir malzeme türünün toplanacagi süreçler baslatmaktadir. Örnegin farkli konteynerde plastik doluluk orani 70% geçtigi zaman toplama süreci için bir mesaj gönderilmektedir. Süreci takip ederek toplayan personel için yalnizca plastik konteyner kapaklari açilir ve diger malzemeleri ayni anda toplamasi engellenmektedir. Ayrica toplanan malzemeler son toplama alanina kadar mobil ve web uygulamalari üzerinden takip edilebilerek otomatik raporlar üretilmektedir. Another preferred feature of the invention is the height sensor in the system. The filling level of the hopper is monitored and an electronic lock is placed on the container of each material. It is accessed through a closed cover. Occupancy of recycling units belonging to the same institution It initiates processes in which a single material type will be collected according to their ratios. For example, when the plastic fill rate in a different container exceeds 70%, the collection process a message is sent. Only for personnel who collect by following the process plastic container lids open and collect other materials at the same time is blocked. In addition, the collected materials are mobile and mobile until the last collection area. Automatic reports are produced by being tracked via web applications.

Böylece ilgili kurum ya da otoritelere (Çevre Bakanligi/Belediyelere vb.) dijital ortamdan sunabilecek bir altyapi hazirlanmasina da olanak saglanmaktadir. Thus, the relevant institutions or authorities (Ministry of Environment/Municipalities etc.) It is also possible to prepare an infrastructure that can serve from the environment.

SEKILLERIN AÇIKLAMASI Bu bulusla atik ünitelerinde dijital yeniligin daha iyi açiklanabilmesi için hazirlanan ve ekte yer alan resimler sunlardan olusmaktadir: Bulusun baska amaci da mekanik tasarimi yaklasik bir saniye içinde malzemenin algilanip dogru hazneye gönderilmesini saglayan, hacim açisindan minimalist bir yapiya sahip olmasidir. Bu minimalist yapi sistemin kolaylikla farkli konteyner düzeneklerine entegre olmasini saglamaktadir. Minimum insan gücü vasitasiyla bosaltma imkani tanimaktadir. Böylelikle düzlem üzerinde konumlanan atik ünitesinin dezavantaj olarak karsimiza çikan tasima ya da nakliye problemi sorun olmaktan çikmistir. EXPLANATION OF FIGURES With this invention, the digital innovation in waste units can be explained better. and the attached pictures consist of: Another aim of the invention is to design the mechanical design of the material in about one second. A minimalist in terms of volume, which ensures that it is detected and sent to the correct chamber. having a structure. This minimalistic structure allows the system to easily store different containers. allows it to be integrated into its mechanisms. through minimum manpower provides the possibility of unloading. Thus, the waste positioned on the plane Problems with the transportation or transportation problem encountered as a disadvantage of the unit has ceased to exist.

SEKILLERIN AÇIKLAMASI Bu bulusla atik ünitelerinde dijital yeniligin daha iyi açiklanabilmesi için hazirlanan ve ekte yer alan resimler sunlardan olusmaktadir: SEKIL-i; Atik Ünitesinin genel görünümü verilmistir. EXPLANATION OF FIGURES With this invention, the digital innovation in waste units can be explained better. and the attached pictures consist of: Terraced; The general view of the Waste Unit is given.

SEKIL-Z; Atik ünitesini olusturan parçalarin patlamis genel görünümü verilmistir. FIGURE-Z; The exploded general view of the parts that make up the waste unit is given.

SEKIL-3; çöp Haznesinin görüntüsü verilmistir. FIGURE-3; The image of the garbage hopper is given.

SEKILLERDE YER ALAN PARÇALARIN -UNSURLARIN AÇIKLAMASI Bu bulusla gelistirilen atik ünitelerinde dijital yeniligin daha iyi açiklanabilmesi için, resimlerde yer alan elemanlar (unsurlar-parçalar) ayri ayri numaralandirilmistir. EXPLANATION OF PARTS - ELEMENTS IN THE FIGURES In order to better explain digital innovation in waste units developed with this invention, Elements (elements-parts) in the pictures are numbered separately.

Numara verilen her elemanlarin açiklamasi da asagida gösterilmistir. 1- Atik ünitesi gövdesi 2- Çöp Haznesi 3- Çöp Haznesi Tirnaklari 4- Sistem karkasi - Sistem tablasi 6- Endüktif Sensör 7- Endüktif Sensör kablosu 8- Endüktif Sensör baglanti parçasi 9- Kapasitif Sensör - Kapasitiic Sensör kablosu 11-Kapasitif Sensör baglanti parçasi 12- Atik Algilama Sensörü 13- Atik Algilama Sensörü kablosu 14- Atik Algilama Sensörü baglanti parçasi -Cisim Algilama Sensörü 16-Cisim Algilama Sensörü kablosu 17-Cisim Algilama Sensörü baglanti parçasi 18-Ultrasonik Sensör 19-Ultrasonik Sensörü kablosu -Ultrasonik Sensörü baglanti parçasi SEKIL-i; Atik Ünitesinin genel görünümü verilmistir. The description of each numbered element is also shown below. 1- Waste unit body 2- Garbage Bin 3- Trash Tray Tabs 4- System frame - System tray 6- Inductive Sensor 7- Inductive Sensor cable 8- Inductive Sensor connection piece 9- Capacitive Sensor - Capacitive Sensor cable 11-Capacitive Sensor connection piece 12- Waste Detection Sensor 13- Waste Detection Sensor cable 14- Waste Detection Sensor connection piece -Object Detection Sensor 16-Object Detection Sensor cable 17-Object Detection Sensor connector 18-Ultrasonic Sensor 19-Ultrasonic Sensor cable -Ultrasonic Sensor connector Terraced; The general view of the Waste Unit is given.

Numara verilen her elemanlarin açiklamasi da asagida gösterilmistir. 1- Atik ünitesi gövdesi 2- Çöp Haznesi 3- Çöp Haznesi Tirnaklari 4- Sistem karkasi - Sistem tablasi 6- Endüktif Sensör 7- Endüktif Sensör kablosu 8- Endüktif Sensör baglanti parçasi 9- Kapasitif Sensör - Kapasitiic Sensör kablosu 11-Kapasitif Sensör baglanti parçasi 12- Atik Algilama Sensörü 13- Atik Algilama Sensörü kablosu 14- Atik Algilama Sensörü baglanti parçasi -Cisim Algilama Sensörü 16-Cisim Algilama Sensörü kablosu 17-Cisim Algilama Sensörü baglanti parçasi 18-Ultrasonik Sensör 19-Ultrasonik Sensörü kablosu -Ultrasonik Sensörü baglanti parçasi 21-Gösterge 22-Güç Dagiticisi 23- Kapak kilitleri 24-Islemci - Lazer 26- Kablosuz Iletisim Modülü 27- Tuslar 28- Kablosuz Algilayici Modül 29- Kod Etiketi - RFID kart okuyucu 31- Günes Paneli Bu bulusumuz, Atik ünitesi gövdesi (1), Çöp Haznesi (2), Çöp Haznesi Tirnaklari (3), Sistem karkasi (4), Sistem tablasi (5), Endüktif Sensör (6), Endüktif Sensör kablosu (7), Endüktif Sensör baglanti parçasi (8), Kapasitif Sensör (9), Kapasitif Sensör kablosu (10), Kapasitif Sensör baglanti parçasi (11), Atik Algilama Sensörü (12), Atik Algilama Sensörü kablosu (13), Atik Algilama Sensörü baglanti parçasi (14), Cisim sensör (15), Cisim Sensörü kablosu (16), Cisim Sensörü baglanti parçasi (17), Ultrasonik sensör (18), Ultrasonik Sensörü kablosu (19), Ultrasonik Sensörü baglanti parçasi (20), Gösterge (21), Güç Dagiticisi (22), Konteyner erisimini kontrol eden elektronik kapak kilitleri (23), Islemci (24), Lazer (25), Kablosuz Iletisim (26), Tuslar (27), Kablosuz Algilayici (28), Kod Etiketi (29), RFID kart okuyucu (30) ve Günes Panelinden (31) meydana gelmektedir. Ürünün dis görüntüsünü olusturan ana iskelet yapisi olan atik ünitesi gövdesi (1) ile altta yer alan üç adet çöp haznesi (2) yer almaktadir. Bahsedilen bu gövdenin (1) üzerinde ise sistemin baglantisini saglayan Sistem karkasi (4) ile sistemin parçalarinin toplandigi sistem tablasi (5) bulunmaktadir. Bahsedilen bu tabla (5) tüm sistem elemanlarinin daginik durmasini engellemek üzere konumlandirilmaktadir. 21-Gösterge 22-Güç Dagiticisi 23- Kapak kilitleri 24-Islemci - Lazer 26- Kablosuz Iletisim Modülü 27- Tuslar 28- Kablosuz Algilayici Modül 29- Kod Etiketi - RFID kart okuyucu 31- Günes Paneli Bu bulusumuz, Atik ünitesi gövdesi (1), Çöp Haznesi (2), Çöp Haznesi Tirnaklari (3), Sistem karkasi (4), Sistem tablasi (5), Endüktif Sensör (6), Endüktif Sensör kablosu (7), Endüktif Sensör baglanti parçasi (8), Kapasitif Sensör (9), Kapasitif Sensör kablosu (10), Kapasitif Sensör baglanti parçasi (11), Atik Algilama Sensörü (12), Atik Algilama Sensörü kablosu (13), Atik Algilama Sensörü baglanti parçasi (14), Cisim sensör (15), Cisim Sensörü kablosu (16), Cisim Sensörü baglanti parçasi (17), Ultrasonik sensör (18), Ultrasonik Sensörü kablosu (19), Ultrasonik Sensörü baglanti parçasi (20), Gösterge (21), Güç Dagiticisi (22), Konteyner erisimini kontrol eden elektronik kapak kilitleri (23), Islemci (24), Lazer (25), Kablosuz Iletisim (26), Tuslar (27), Kablosuz Algilayici (28), Kod Etiketi (29), RFID kart okuyucu (30) ve Günes Panelinden (31) meydana gelmektedir. Ürünün dis görüntüsünü olusturan ana iskelet yapisi olan atik ünitesi gövdesi (1) ile altta yer alan üç adet çöp haznesi (2) yer almaktadir. Bahsedilen bu gövdenin (1) üzerinde ise sistemin baglantisini saglayan Sistem karkasi (4) ile sistemin parçalarinin toplandigi sistem tablasi (5) bulunmaktadir. Bahsedilen bu tabla (5) tüm sistem elemanlarinin daginik durmasini engellemek üzere konumlandirilmaktadir. The description of each numbered element is also shown below. 1- Waste unit body 2- Garbage Bin 3- Trash Tray Tabs 4- System frame - System tray 6- Inductive Sensor 7- Inductive Sensor cable 8- Inductive Sensor connection piece 9- Capacitive Sensor - Capacitive Sensor cable 11-Capacitive Sensor connection piece 12- Waste Detection Sensor 13- Waste Detection Sensor cable 14- Waste Detection Sensor connection piece -Object Detection Sensor 16-Object Detection Sensor cable 17-Object Detection Sensor connector 18-Ultrasonic Sensor 19-Ultrasonic Sensor cable -Ultrasonic Sensor connector 21-Indicator 22-Power Distributor 23- Door locks 24-Processor - Laser 26- Wireless Communication Module 27- Keys 28- Wireless Sensor Module 29- Code Label - RFID card reader 31- Solar Panel This invention consists of Waste Unit Body (1), Garbage Bin (2), Garbage Tray Claws. (3), System frame (4), System tray (5), Inductive Sensor (6), Inductive Sensor cable (7), Inductive Sensor connector (8), Capacitive Sensor (9), Capacitive Sensor cable (10), Capacitive Sensor connector (11), Waste Detection Sensor (12), Waste Sensing Sensor cable (13), Waste Sensing Sensor connector (14), Object sensor (15), Object Sensor cable (16), Object Sensor connector (17), Ultrasonic sensor (18), Ultrasonic Sensor cable (19), Ultrasonic Sensor Connector (20), Indicator (21), Power Distributor (22), Container access control Electronic door locks (23), Processor (24), Laser (25), Wireless Communication (26), Keys (27), Wireless Sensor (28), Code Tag (29), RFID card reader (30), and It consists of the Solar Panel (31). With the waste unit body (1), which is the main skeleton structure that forms the external image of the product. There are three garbage chambers (2) located at the bottom. This body (1) on it, with the System frame (4), which provides the connection of the system. There is a system table (5) where the parts are collected. This table (5) mentioned It is positioned to prevent the system elements from being dispersed. 21-Indicator 22-Power Distributor 23- Door locks 24-Processor - Laser 26- Wireless Communication Module 27- Keys 28- Wireless Sensor Module 29- Code Label - RFID card reader 31- Solar Panel This invention consists of Waste Unit Body (1), Garbage Bin (2), Garbage Tray Claws. (3), System frame (4), System tray (5), Inductive Sensor (6), Inductive Sensor cable (7), Inductive Sensor connector (8), Capacitive Sensor (9), Capacitive Sensor cable (10), Capacitive Sensor connector (11), Waste Detection Sensor (12), Waste Sensing Sensor cable (13), Waste Sensing Sensor connector (14), Object sensor (15), Object Sensor cable (16), Object Sensor connector (17), Ultrasonic sensor (18), Ultrasonic Sensor cable (19), Ultrasonic Sensor Connector (20), Indicator (21), Power Distributor (22), Container access control Electronic door locks (23), Processor (24), Laser (25), Wireless Communication (26), Keys (27), Wireless Sensor (28), Code Tag (29), RFID card reader (30), and It consists of the Solar Panel (31). With the waste unit body (1), which is the main skeleton structure that forms the external image of the product. There are three garbage chambers (2) located at the bottom. This body (1) on it, with the System frame (4), which provides the connection of the system. There is a system table (5) where the parts are collected. This table (5) mentioned It is positioned to prevent the system elements from being dispersed.

Bulusun en önemli unsuru Sistem tablasi (5) üzerinde yer alan ve bölgede metali algilamak için çesitli sayida olabilen Endüktif (6) ve Kapasitif (9) sensörler kullanilmaktadir. Bu sensörler (6, 9) Endüktif Sensör kablosu (7) ve Kapasitif Sensör kablosu (10) ile Endüktif Sensör baglanti parçasi (8), Kapasitif Sensör baglanti parçasi (11) ile islemciye (24) dahil edilerek çalisir durum kazanmistir. Endüktif sensörle (6) atigin metal olup olmadigini, kapasitif sensörle (9) malzemenin kapasitesine göre cam, kâgit ve plastik ayristirilmasi yapilmaktadir. Sensörler (6 ve 9) islemciye (24) dogrudan baglanabilmekte ya da hareketli aksamdan sabit aksama çok sayida kablo olusturmamak adina sisteme bir islemci dahil edilebilmektedir. The most important element of the invention is the metal on the system table (5) and the metal in the area. Various Inductive (6) and Capacitive (9) sensors to detect is used. These sensors (6, 9) are Inductive Sensor cable (7) and Capacitive Sensor cable (10) with Inductive Sensor connector (8), Capacitive Sensor connector It has gained a working status by including the part (11) and the processor (24). inductive with the sensor (6), whether the waste is metal or not, with the capacitive sensor (9) According to its capacity, glass, paper and plastic are separated. Sensors (6 and 9) can be connected directly to the processor (24) or from the moving part to the fixed part. A processor can be included in the system in order not to create a large number of cables.

Bulusta Sistem tablasi (5) üzerinde yer alan ve lazer, kizilötesi veya ultrasonik sensör olabilen Atik Algilama sensörü (12) bulunmaktadir. Bu sensör (12), Atik Algilama Sensör kablosu (13) sayesinde Sensör baglanti parçasi (14) ile islemciye (24) dahil edilerek çalisir duruma getirilmistir. Atik Algilama sensörü (12), algilanan sinyalleri dijital verilere dönüstürebilen, bu verilerle sistem ayristirma ünitesine atilan atigin cinsini ayirip (kagit, cam, metal, plastik) sistemde bulunan motorlar sayesinde cinsine göre ayristirilan atigin farkli haznelerde (2) depolanabilmesi için motorlarla hareket ettirilebilmesini sagalmaktadir. Laser, infrared or ultrasonic sensor located on the system tray (5) in the invention There is a Waste Detection sensor (12) that can be This sensor (12), Waste Detection Included in the processor (24) with the Sensor connector (14) thanks to the sensor cable (13) has been made operational. The Waste Detection sensor (12), the waste thrown into the system separation unit with this data, which can be converted into digital data. Thanks to the motors in the system that can separate the type (paper, glass, metal, plastic) It is equipped with motors so that the waste separated according to its type can be stored in different chambers (2). enables it to be moved.

Bulusta yer alan cisim algilayici sensörler (15), kullanicilarin zarar görmesini engellemek amaciyla atik girisinde bulunmakta ve lazer, kizilötesi veya ultrasonik sensör olabilmektedir. Bu sensör (15), Cisim Algilayici Sensörü kablosu (16) sayesinde Cisim Algilayici baglanti parçasi (17) ile islemciye (24) baglanmistir. The object-detection sensors (15) included in the invention prevent users from being harmed. It is located in the waste inlet to prevent can be a sensor. This sensor (15) is the Object Detection Sensor cable (16) Thanks to the Object Detector connector (17), it is connected to the processor (24).

Bulusta Sistem tablasi (5) üzerinde yer alan ve hacimsel doluluk algilamasi islevini gören Ultrasonik sensör (18), bulunmaktadir. Bu sensör (18), Ultrasonik Sensörü kablosu (19) sayesinde Ultrasonik Sensörü baglanti parçasi (20) ile islemciye (24) dâhil edilerek çalisir duruma getirilmistir. Ultrasonik sensör (18), doluluk ve agirlik algilamasi islevinde olup çöp hazneleri doldugu zaman göstergeye (21) yansitmaktadir. In the invention, the volumetric occupancy detection function located on the System tray (5) There is an ultrasonic sensor (18), which sees This sensor (18) is the Ultrasonic Sensor. to the processor (24) with the Ultrasonic Sensor connector (20) through the cable (19) included and made operational. Ultrasonic sensor (18), fill and weight It is in the function of detecting and when the garbage containers are full, the indicator (21) reflects.

Bulusta yer alan kablosuz iletisim modülü (26), sistemde bulunan sise sayisi veya hacimsel doluluk gibi algilanan ve islemci (24) tarafindan dijitale dönüstürülen verilerin sunucuya dogrudan veya bir arabirim araciligi ile iletilmesi amaciyla kullanilmakta ve Iora, wifi, GPRS, RF olabilmektedir. The wireless communication module (26) included in the invention, the number of bottles in the system or perceived as volumetric occupancy and converted to digital by the processor (24) for the transmission of data to the server either directly or via an interface It is used and can be Iora, wifi, GPRS, RF.

Bulusta led, oled, led matriks veya tft ekran olabilen bir gösterge (21) bulunmaktadir. Bu gösterge (21) atik ünitesinin (1) altinda konumlandirilan çöp haznelerinin (2) doluluk oranlarini gösterme islevindedir. Sistemdeki doluluk oranlarini belirleyen ise bir yazilim yer almaktadir. Bununla birlikte bulusta Çöp haznesi tirnaklari (3) yer almaktadir. Bu birbirine paralel konumlandirilan tirnaklar (3) atilan atiklari tutma görevindedir. An indicator (21) that can be led, oled, led matrix or tft screen in the invention are available. This indicator (21) is the trash positioned below the waste unit (1). It has the function of showing the occupancy rates of the chambers (2). Occupancy in the system There is a software that determines the rates. However, garbage in the invention reservoir tabs (3). These are the tabs positioned parallel to each other. (3) is in charge of holding the discarded waste.

Bulusta yer alan güç dagiticisi (22) ise sebeke elektrigini islemci (24), sensörler (6, 9, 12, 15, 18) gibi sistemin ihtiyaç duydugu elektrik seviyesine çevirebilme islevindedir. Güç dagitici (22), bulusun bagli oldugu sebekeyi korumak için sigorta veya akim sinirlayicilar, emi filtre ve kisa devre koruyucu birimler içermektedir. Bir baska amaci ise bulusun sarjli veya günes panelli olmasi halinde günes panelinden sarj edilecek depolama birimine (akü, li-po gibi) sarj için uygun seviyelere çevirebilen (regüle edebilen) ve sistemde bulunan depolama birimindeki voltaji da sistemin kullanabilecegi seviyelere çevirebilen regülatörleri, güç kaynagini ve ek olarak sistemde varsa günes panelini içermektedir. The power distributor (22) included in the invention supplies the mains electricity to the processor (24), sensors (6, 9, 12, 15, 18) to the electricity level needed by the system is in function. The power distributor (22) is fused to protect the mains to which the invention is connected. or current limiters, suction filter and short circuit protective units. A another purpose, if the invention is charged or solar panel capable of converting the storage unit (such as battery, li-po) to suitable levels for charging. (which can regulate) and the voltage in the storage unit in the system. regulators, power supply, and additionally includes the solar panel, if any in the system.

Bulusta yer alan tuslar (27), atik ünitesindeki (1) atiklarin toplanmasi esnasinda elektronik kapak kilitlerini (23) açabilmek için tus takimi veya gösterge (21) üzerinde dokunmatik panel kullanilarak hazirlanabilen görevlinin yetki girisi yaparak kapagi açabilmesi için kullanilmaktadir. The keys (27) included in the invention are used during the collection of wastes in the waste unit (1). On the keypad or on the indicator (21) to open the electronic door locks (23) The cover of the attendant, which can be prepared using the touch panel, by entering the authorization used to open it.

Bulusta yer alan RFID kart okuyucu (30), atik ünitesindeki (1) atiklarin toplanmasi esnasinda elektronik kapak kilitlerini (23) açabilmek için veya kullaniciyi tesvik etme yöntemini uygulayabilmek amaciyla karta puan yükleyebilmek için kullanilmaktadir. The RFID card reader (30) included in the invention is used to collect the waste in the waste unit (1). To be able to open the electronic door locks (23) or to encourage the user during It is used to load points to the card in order to apply the method.

Bulusta yer alan kablosuz algilayici modül (28), tercihen bluetooth standardini kullanabilmekte ve görevli ünitedeki (1) atiklari almaya geldigi zaman otomatik olarak sinyal gücünden görevlinin ünitenin yaninda oldugunu algilamak ve kilitleri (23) otomatik açmak için kullanilabilmektedir. The wireless sensor module (28) included in the invention preferably follows the bluetooth standard. can use it and automatically when the attendant comes to collect the wastes in the unit (1). As a signal strength, it is necessary to detect that the attendant is near the unit and lock the locks. (23) can be used for automatic opening.

Bulusta yer alan kocl etiketi (29), cep telefonu veya görevlinin kullanacagi tasinabilir elektronik cihaz ile ünite ile ilgili islem yapabilmek için android uygulama üzerinden cihazi algilamak için gösterge (21) üzerinde gösterilebilen veya ayri etiket olarak da ünite üzerinde bulunabilen barkod veya qr-kod olabilen, cep telefonu veya okuyucu ile okunabilmektedir. The kocl tag (29) included in the invention is a mobile phone or a portable device to be used by the attendant. In order to be able to operate the electronic device and the unit, you can use the android application. It can also be displayed on the display (21) or as a separate label to detect the device. mobile phone or reader, which can be barcode or qr-code on the unit can be read with

Bulusta yer alan günes paneli (31), açik alanlarda park, bahçe, otoparklarda kullanilabilmesi için, bu bölgelere elektrik hatti çekilemeyeceginden mobil özellige sahip olabilmesi için ihtiyaç duydugu enerjiyi üreterek sistemin çalismasina yardimci olmaktadir. The solar panel (31) included in the invention is used in open areas in parks, gardens, parking lots. In order to be able to use the mobile feature, since power lines cannot be drawn to these areas, It helps the system to work by producing the energy it needs to have is happening.

Bulusta yer alan kapak kilitleri (20) ise Atik ünitesi gövdesi (1) altina konumlandirilan Çöp Haznesi (2) bulunan atiklarin çikartilabilmesi amacini tasimaktadir. Bu kilit mekanizmasi (20) mekanik olabilmekle birlikte ve ayni zamanda anahtarla açilabilen, selonoid kilit ya da elektromanyetik miknatisli sekilde de tasarlanabilmektedir. Door locks (20) included in the invention are located under the body of the waste unit (1). The garbage container (2) has the purpose of removing the wastes. This is the lock Although the mechanism (20) can be mechanical and at the same time can be opened with a key, It can also be designed with a solenoid lock or electromagnetic magnet.

Bu temel kavram etrafinda bulus konusu çesitli uygulamalarin gelistirilmesi mümkündür. Bu basvurunun koruma kapsami istemler kisminda belirtilmis olup yukarida kesinlikle anlatilarla sinirli tutulamaz. Teknik 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 açiktir. Developing various applications of invention around this basic concept. possible. The scope of protection of this application is stated in the claims section. The above certainly cannot be limited to the narratives. In the invention of a technical expert that the innovation can be demonstrated by using similar structures and/or This structuring can also be applied to other fields with similar purposes used in the related technique. obviously applicable. Therefore, the innovation and especially the technique of such structuring It is also clear that it will lack the criterion of exceeding its known status.

Claims

REQUESTS 1. It is Digital Innovation in Waste Units and its feature is; - Waste Unit Body (1), Trash (2), Trash Claws (3), System Frame (4) and System Tray (5), which form the skeleton of the invention, - Indicator (21) , Lid Locks (23) and Power Distributor (22) - Inductive Sensor (6), Capacitive Sensor (9), Waste Detection Sensor (12), Object Detection sensor (15), Ultrasonic sensor (18), Processor (24) and Laser (25) is characterized by inclusion. 2. It is a Digital Innovation in Waste Units specified in Claim-1, and its feature is Inductive Sensor cable (7), Inductive Sensor connector (8), Capacitive Sensor cable (10), Capacitive Sensor connector (11), Waste Detection Sensor as fasteners. cable (13), Object Detection Sensor connector (14), Object Detection Sensor cable (16), Object Detection Sensor connector (17), Ultrasonic Sensor cable (19), Ultrasonic Sensor connector (20). 3. It is a Digital Innovation in the Units specified in Request-1 or Request-2, and its feature is Iora, wifi, GPRS, RF, in order to transmit the data, which is perceived as the number of bottles in the system or volumetric occupancy and converted to digital by the processor, to the server directly or via an interface. It is characterized by containing a wireless communication module (26). 4. It is a Digital Innovation in Waste Units specified in any of the above claims, and its feature is characterized by the fact that it contains keys (27) for the attendant to be able to open the lid by entering authorization, which can be prepared by using the touch panel on the display (21) in order to open the electronic lid locks (23) during the collection of wastes in the waste unit. has been made. REQUESTS

1. It is a Digital Innovation in Waste Units and its feature is; - Waste Unit Body (1), Trash (2), Trash Claws (3), System Frame (4) and System Tray (5), which form the skeleton of the invention, - Indicator (21) , Lid Locks (23) and Power Distributor (22) - Inductive Sensor (6), Capacitive Sensor (9), Waste Detection Sensor (12), Object Detection sensor (15), Ultrasonic sensor (18), Processor (24) and Laser (25) is characterized by inclusion.

2. It is a Digital Innovation in Waste Units specified in Claim-1, and its feature is Inductive Sensor cable (7), Inductive Sensor connector (8), Capacitive Sensor cable (10), Capacitive Sensor connector (11), Waste Detection Sensor as fasteners. cable (13), Object Detection Sensor connector (14), Object Detection Sensor cable (16), Object Detection Sensor connector (17), Ultrasonic Sensor cable (19), Ultrasonic Sensor connector (20).

3. It is a Digital Innovation in the Units specified in Request-1 or Request-2, and its feature is Iora, wifi, GPRS, RF, in order to transmit the data, which is perceived as the number of bottles in the system or volumetric occupancy and converted to digital by the processor, to the server directly or via an interface. It is characterized by containing a wireless communication module (26).

4. It is a Digital Innovation in Waste Units specified in any of the above claims, and its feature is characterized by the fact that it contains keys (27) for the attendant to be able to open the lid by entering authorization, which can be prepared by using the touch panel on the display (21) in order to open the electronic lid locks (23) during the collection of wastes in the waste unit. has been made. 5. It is a Digital Innovation in Waste Units specified in any of the above claims, and it is characterized by the fact that it contains an RFID card reader (30) in order to be able to open the electronic door locks (23) during the collection of waste in the waste unit (1) or to load points on the card in order to apply the method of encouraging the user. has been made. 6. It is a digital innovation in the Waste Units specified in any of the above claims, and its feature is a wireless sensor module (28) that can preferably use the bluetooth standard to automatically detect when the attendant comes to collect the wastes in the unit (1), that the attendant is next to the Unit (1) from the signal strength and automatically open the locks (28) characterized by its content. 7. It is a Digital Innovation in Waste Units specified in any of the above claims, and its feature is that it can be displayed on the display screen (21) or as a separate label in order to detect the device via the android application in order to be able to operate on the unit (1) with the mobile phone or the portable electronic device to be used by the attendant. It is characterized by the fact that it contains a code tag (29) that can be barcode or qr-code that can be found on the unit and can be read with a mobile phone or reader. 8. It is a Digital Innovation in Waste Units specified in any of the above claims, and its feature is that it contains a solar panel (31) to help the system work by producing the energy it needs to be used in parks, gardens, car parks in open areas, and to have mobile feature since electricity lines cannot be drawn to these areas. is characterized.

5. It is a Digital Innovation in Waste Units specified in any of the above claims, and it is characterized by the fact that it contains an RFID card reader (30) in order to be able to open the electronic door locks (23) during the collection of waste in the waste unit (1) or to load points on the card in order to apply the method of encouraging the user. has been made.

6. It is a digital innovation in the Waste Units specified in any of the above claims, and its feature is a wireless sensor module (28) that can preferably use the bluetooth standard to automatically detect when the attendant comes to collect the wastes in the unit (1), that the attendant is next to the Unit (1) from the signal strength and automatically open the locks (28) characterized by its content.

7. It is a Digital Innovation in Waste Units specified in any of the above claims, and its feature is that it can be displayed on the display screen (21) or as a separate label in order to detect the device via the android application in order to be able to operate on the unit (1) with the mobile phone or the portable electronic device to be used by the attendant. It is characterized by the fact that it contains a code tag (29) that can be barcode or qr-code that can be found on the unit and can be read with a mobile phone or reader.

8. It is a Digital Innovation in Waste Units specified in any of the above claims, and its feature is that it contains a solar panel (31) to help the system work by producing the energy it needs to be used in parks, gardens, car parks in open areas, and to have mobile feature since electricity lines cannot be drawn to these areas. is characterized.