TR2022013459Y

TR2022013459Y - HYDROMOTTOR DRIVEN FAN CONTROL IN TOWED TYPE TURBO ATOMIZER

Info

Publication number: TR2022013459Y
Application number: TR2022/013459
Authority: TR
Inventors: Taha Ozaslan Ahmet
Original assignee: Ahmet Taha Özaslan
Filing date: 2022-08-26
Publication date: 2024-03-21

Abstract

Buluş, şase (110), çeki oku (130), kriko (150), lastik (210), çamurluk (230), dingil (240), pompa (310), muhafaza demiri (330), muhafaza kafesi (340), hortum (360), yağ tankı (410), sehpa (420), tanker (430), kapak (440), kafes (510), nozul (520), iskelet (530), ızgara (540), pervane (550) içeren, tarımda bağ, bahçe, ağaç ve benzeri toprak üstü aksamlı bitkileri ilaçlamada kullanılan, tek kişi ile etkin ve hızlı ilaçlama imkânı sunan, kaynak noktalarının ortadan kalkmasıyla birlikte sızdırmazlık ve yüksek performans, düşük maliyet avantajlarını sağlamak üzere geliştirilen atomizer (A) ile ilgilidir.Invention, chassis (110), drawbar (130), jack (150), tire (210), fender (230), axle (240), pump (310), protection bar (330), storage cage (340), hose (360), oil tank (410), stand (420), tanker (430), cover (440), cage (510), nozzle (520), skeleton (530), grill (540), propeller (550) It is about the atomizer (A), which is used in spraying vineyards, gardens, trees and similar above-ground plants in agriculture, provides effective and fast spraying with a single person, and was developed to provide sealing, high performance and low cost advantages with the elimination of welding points.

Description

TARIFNAME ÇEKILIR TIP TURBO ATOMIZERDE HIPROMOTOR TAHRIKLI FAN KONTROLU TEKNIK ALAN Bulus, tarimda bag, bahçe, agaç ve benzeri toprak üstü aksamli bitkilerde, profesyonel meyve bahçeleri için tasarlanmis, tek kisi ile etkin ve hizli ilaçlamaya olanak saglayan, motorlu araçlar ile çekilir tip ilaçlama imkâni sunan, pervanelerin dönmesi için gereken döner tahrikin saft yerine hidromotorun kullanilmasi sonucunda; kumanda ile devir kontrolü, kaynak noktalarinin ortadan kalkmasiyla birlikte sizdirmazlik ve yüksek performans, düsük maliyet avantajlarini saglayan çekilir tip turbo atomizerde hidromotor tahrikli fan kontrolü ile ilgilidir. ÖNCEKI TEKNIK Tarimsal üretim sirasinda verim için en büyük tehditlerin basinda kuskusuz yabanci otlar, hastaliklar ve zararlilar geliyor. Mahsul kalitesini, verimini direkt etkileyen bu sorunlarla bas etmek için ilaçlama en etkili yollardan biri. Ancak gerek zaman, gerek is gücü kaybi nedeniyle manuel olarak ilaçlama yapilmasi oldukça zor. Iste bu probleme, zirai ilaçlama makineleri çözüm üretiyor. Zirai ilaçlama makinelerinin faydalarinin basinda is gücünden ve zamandan tasarruf saglamasi geliyor. Ayrica çiftçilerimizin, gerekli koruyucu giysi ve aksesuarlari kullanarak ilaçlarla direkt temas etmesi önleniyor. Bu sayede cilde temasi, solunmasi sakincali bulunan kimyasal içeriklerin, insana zarar vermeden ekinlere uygulanmasi kolaylasiyor. Buna ek olarak, fazla veya az miktarda ilaç kullanmak ilaçlamadan istenen sonucu almayi önlüyor. Gelismis zirai ilaçlama makineleri, ilaçlari hem istenen miktarda hem de dogru yolla ekinlere ulastirmayi sagliyor. Genis alanlarin bile hizli ve kolay bir sekilde ilaçlanmasina yardimci olan aletler, hemen her çiftçimizde yer aliyor. Günümüzde büyük ve yogun özelliklere sahip ürünlerin yetistirildigi profesyonel üretim alanlarinin ilaçlanmasinda genellikle yardimci hava akimli hidrolik pülverizatörü kullanilmaktadir. Ülkemizde turbo atomizer olarak isimlendirilen bu makinelerin çalisma prensibi hidrolik memelerin olusturdugu küçük damlalarin, kuvvetli bir hava akimi yardimi ile hedefe ulasmasini saglamaktir. Yardimci hava akimli hidrolik bag/bahçe pülverizatörlerü hareketini traktörün kuyruk milinden alir. Hareket kuyruk milinden hidrolik sistemi çalistiran pompaya, pompadan da sanzimana aktarilir. Sistem, ilaçlama pompasina ve fana döner tahriki iletmek için traktör kuyruk milinden makinenin arka tarafindaki fanin pervane (merkezi) baglantisina kadar yatay bir eksende iletilmektedir. Ilaç ve su karisimi olan tankin, orta kismindan (saft kanali) geçerek fana ulasmaktadir. Bu durumda saftin içerisinden geçtigi kanalin etrafinin kazan içerisinde kaplanmasi ve ek yerlerinin kaynatilmasi gerekmedir. Bunun sonucunda; - ek yerlerinde kaynak ve diger birlesim hatalari, - montaj ve isçilik zorluklari, - isçilik, yedek parça, servis nedeniyle yüksek maliyet, - tank içerisinde ki kaynak ve ek yerlerinde meydana gelen yipranmalar ve mukavemet düsüklügü, - tank içerisinde ilaç ve suyun sizdirmazlik kontrolü zorluklari meydana gelmektedir. Teknigin bilinen durumunda, turbo atomizerin yatay eksende sistemin basindan ucuna kadar uzayan ve döner harekete bulunan saftin; titresim, balans ve gürültü parametreleri yüksek olup, ürünün ergonomik yapisi, tamir ve bakim masraflari, ürünün gövde ve diger yapisal bozukluklara olumsuz yönde neden olmasi ile ömrünü de kisaltmaktadir. Mevcut teknikte, turbo atomizerin arka tarafinda bulunan fan (pervane) kismi, yatay saft ekseni üzerinde olmak zorundadir. Bu durumda montaj ve isçilik zorluklarina, bakim ve tamir zorluklarina neden olmaktadir. Ayrica piyasada kullanilan sistemlerde arka tarafta bulunan fanin devri kademeli olarak yapilmaktadir. Bunun sonucunda ilacin verimli kullanilamamasi, uygulama yapilacak bölgelere ilacin ulasamamasi, zaman ve fazladan maliyete neden olmaktadir. Yapilan literatür taramasinda asagida belirtildigi sekilde benzer basvurulara rastlanmistir. Türk patent veri tabaninda yaptigimiz arastirmalara göre 2013/14994 numarali bir basvuruya rastlanmistir. Bu basvurunun özet sayfasinda; "Bulus konusu; Bu bulus iki depo (1, 2) arasina yerlestirilmis bir davlumbaz (3) ve pervane grubuna (4) sahip bir ilaçlama makinesi ile ilgilidir. Birçok ilaçlama makinasinda olmayan özellikleri üzerinde barindiran yeni nesil bir pülverizatördur. Yenilikleri özetlenecek olursa; -Meyilli arazilerde sorunsuz ilaçlama yapma imkâni, -Hava basma hattinda (7) homojen bir hava çikis hizi (dolayisi ile basarili bir ilaçlama), -Ön depo (1) ve arka depo (2) olmak uzere iki farkli depoyu (1, 2) ayni anda veya farkli zamanlarda kullanma imkâni en önemli özellikleri arasindadir." seklinde belirtilmektedir. Türk patent veri tabaninda yaptigimiz arastirmalara göre 2011/13021 numarali bir basvuruya rastlanmistir. Bu basvurunun özet sayfasinda; "Bulus konusu; Yardimci hava akimli hidrolik bag - bahçe pülverizatörü için üretilen çift fanli plastik davlumbazli fan grubu, iki hareketli fan (4,5) içermektedir. Kuyruk milinden güç alarak hareketlendirilen fan (5) havayi davlumbaz (3) içerisine dogru yönlendirir. Buradan sabit pervane (7) olarak isimlendirilen sac malzemeden yapilmis sabit fandan geçerek avare dönen fani(4) hareketlendirir. Böylece davlumbaz (3) içerisindeki hava kayiplan azaltilarak türbülanslar engellenmeye çalisilir. Hava daha sonra yön verme saci (1) ve ara kademe saci (1) araciligi ile hedef olan bitkiye gönderilir. Turbo atomizerin hava çikis agizlan anemometre cihazi ile ölçüldügünde bir birine yakin hava hizlarinin elde edildigi gözlemlenir." seklinde belirtilmektedir. Bahsedilen basvurular incelendiginde; mevcut teknikte yer alan problemlere çözüm üretilmedigi görülmektedir. Fanlarin; tasarim, konum ve sayilarinda gerçeklestirilen degisikler ile mevcut teknigin problemlerini çözecek bir sistem ortaya çikarmamakla birlikte problemlerin daha da büyüdügü bir sistemin ortaya çikmasina neden olmaktadir. Sonuç olarak yukarida anlatilan olumsuzluklardan dolayi ve mevcut çözümlerin konu hakkindaki yetersizligi nedeniyle ilgili teknik alanda bir gelistirme yapilmasi gerekliligi ortaya çikmaktadir. BULUSUN AMAÇLARI Bulusun amaci, yukarida bahsedilen gereksinimleri karsilayan, tüm dezavantajlari ortadan kaldiran ve ilave bazi avantajlar getiren çekilir tip turbo atomizerde hidromotor tahrikli fan kontrolü ile ilgilidir. Bulusun en önemli amaci, mevcuttaki çekilir tip turbo atomizerlerde ilaçlama pompasindan fana (pervanelere) kadar yatay eksende olan ve tankin içinden geçerek tank boyunca uzanan safti kaldirmaktir. Bir diger amaç ise fanin (pervanelerin) dönmesi için gereken döner tahrikin saft yerine hidromotor kullanilmasi saglanmasidir. Bir diger amaçta ise, sisteme analog olarak sabit devir sayisi verilebilmektedir. Hidromotora hortumlar vasitasi ile yag geçis orani, hiz kumandasi ile analog olarak ayarlanabilmektedir. Bu sayede ilaçlama yapilirken istenilen sekilde devir ayari yapildigi için ilaçlama sarfiyat ve ilaçlama maliyetleri kontrol edilebilir. Bahsedilen amaçlar sayesinde; - ilaç ve su dolu tankin, içerisinden geçmek zorunda olan saft kanalinin yapilmasina ve ek yerlerinin kaynatilarak birlestirilmesine gerek kalmayacaktir, - ek yerlerinde kaynak ve diger birlesim hatalari, montaj ve isçilik zorluklari, kullanilan ürünlerin maliyet, tank içerisinde zamanla olusabilecek (kaynak ve ek yerlerinde) yipranmalar ve mukavemet düsüklügü, tank içerisinde ilaç ve suyun sizdirmazlik gibi konular kontrol altina alinmis olacaktir, -saftin olmamasi ile titresim, balans ve gürültü parametreleri de olmayacaktir. - ürünün gövde ve diger yapisal mukavemet, ergonomik yapisi, tamir ve bakim masaralari düsünüldügünde kullanim ömrü ve kolayligi da artacaktir, - bu sistemde analog olarak sabit devir sayisi verebilmektedir. Hidromotora hortumlar vasitasi ile yag geçis oranini, hiz kumandasi ile analog olarak ayarlanabilmektedir. Bu sayede ilaçlama yapilirken istenilen sekilde devir ayari yapildigi için ilaçlama sarfiyat ve ilaçlama maliyetleri kontrol edilebilir olmaktadir, yukarida bahsedilen avantajlar sayesinde tarimda bag, bahçe, agaç ve benzeri toprak üstü aksamli bitkilerde, profesyonel meyve bahçeleri için tasarlanmis, tek kisi ile etkin ve hizli ilaçlamaya olanak saglayan, motorlu araçlar ile çekilir tip ilaçlama imkâni sunan, performans artirici ve maliyet düsürücü, yüksek verimlilikle ilaçlama uygulamalarinin gerçeklestirilmesi saglanmaktadir. Bulusun mevcut ürünlerden avantajlari; - yüksek verimlilikte ilaçlama uygulamasi, - yüksek performans, - bakim, ariza, yedek parça maliyetlerinin düsük olmasi, - tek bir kisi ile büyük alanlarin ilaçlanabilmesi, - hiz kumandasi ile ihtiyaç duyulan bölgeye göre performans ayari gerçeklestirilmesi avantajlarindandir. SEKILLERIN AÇIKLANMASI Sekil-1; Bulusa konu çekilir tip turbo atomizer temsili perspektif görünümü, Sekil-2; Bulusa konu çekilir tip turbo atomizer temsili perspektif farkli açidan görünümü, Sekil-3; Bulusa konu çekilir tip turbo atomizer temsili perspektif yandan görünümü, Sekil-4; Bulusa konu çekilir tip turbo atomizer temsili perspektif arkadan görünümü, Sekil-5; Bulusa konu çekilir tip turbo atomizer temsili perspektif alttan görünümü, REFERANS NUMARALARI A. Atomizer 100. Sase grubu 110. Sase 120. Koruma demiri 130. Çeki oku 140. Çeki halkasi 150. Kriko 160. Kriko ayagi 200. Hareket grubu 210. Lastik 220. Jant 230. Çamurluk 240. Dingil 300. Pompa grubu 310. Pompa 320. Basinç elemani 330. Muhafaza demiri 340. Muhafaza kafesi 350. Tahrik elemani 400. Tank grubu 410. Yag tanki 420. Sehpa 430. Tanker 440. Kapak 500. Fan grubu 510. Kafes 520. Nozul 530. Iskelet 540. lzgara 550. Pervane BULUSUN DETAYLI AÇIKLAMASI Sekil 1, 2, 3 ve 4'te tarimda bag, bahçe, agaç ve benzeri toprak üstü aksamli bitkileri ilaçlamada kullanilan, tek kisi ile etkin ve hizli ilaçlama imkâni sunan, kaynak noktalarinin ortadan kalkmasiyla birlikte sizdirmazlik ve yüksek performans, düsük maliyet avantajlarini saglamak üzere gelistirilen atomizer (A) ile ilgili temsili perspektif görünümleri bulunmaktadir. - sase grubu(100) üzerine irtibatlandirilmis; sase (110), koruma demiri (120), motorlu araçlara baglanabilmesi için çeki oku (130) ve ucuna irtibatlandirilmis çeki halkasi (140), kriko (150), kriko - atomizerin (A) hareketini saglayan ve içeriginde; lastik (210), jant (220), çamurluk (230) ve dingil (240) bulunan hareket grubu (200), - pompa grubuna (300) dahil; motorlu araçlara baglanmasi sonucu, aldigi döner tahrik ile su ve ilaç karisimini karistirip nozullardan (520) basinçli püskürtmeyi saglayan pompa (310), tahrik elemaninin (350) döner hareketini saglamasi için basinçli yag geçisini saglayan basinç elemani (320), sase (110) ile irtibatlandirilmis muhafaza demiri, püskürtülen ilacin, hava akimi ile dagilmasini saglayan pervanelerin (550) dönmesi için gereken döner hareketi saglayan tahrik elemani (350), - tank grubuna (400) dahil; yagin sirkülasyonunda bekleme ve depolandigi yag tanki (410) ve üzerine irtibatlandigi sehpa (420), ilaç ve suyun karistirildigi, depolandigi tanker (430) ve kapaklari (440), - fan grubuna (500) dahil; pervaneyi (550) koruyan, yabanci büyük boyutlu cisimlerin girisini, insanlara ve hayvanlara zarar gelmemesi için kullanilan kafes (510) ve izgara (540), ilaci pompa (310) vasitasi ile pervaneden (550) gelen hava akimina dogru püskürten nozul (520), grubun (500) üzerine irtibatlandi- rildigi iskeletten (530) olusmaktadir. Bulusa konu atomizer (A) tarim alanlarinda ilaçlama süreçlerinde verimli ilaçlama ve yüksek hassasiyetlerde kullanima imkân saglamaktadir. Motorlu araçlardan aldigi döner tahriki, tankin önünde bulunan ilaçlama pompasina (310) ileterek çalismasini saglamaktadir. Bu sayede fan grubunda (500) bulunan nozullardan (520) tankerden (430) aldigi ilaç ve su karisimini püskürtmektedir. Ilaçlama pompasina (310) baglanan ve döner tahrikini motorlu araçtan alabilen basinç elemani (320) da ayni zamanda çalismakta ve sisteme (A) basinçli yag saglamaktadir. Tahrik elemani (350) çalistiginda, yag tankindan (410) aldigi yagi basinçli bir sekilde iletmektedir. Basinçli yag, tahrik elemanina (350) gelerek burada döner tahrike dönüsmektedir. Tahrik elemanindan (350) gelen dönel hareket iletilerek pervanenin (550) dönmesini saglamaktadir. Bunun sonucunda, nozullardan (520) püskürtülen ilaç ve su karisimi pervane (550) yardimiyla dagitilarak ilaçlama yapilabilmektedir. Tahrik elemanindan (350) çikan yag tekrar yag tankina (410) giderek sistem (A) kapali olarak devirdaim yapmaktadir. Yukarida açiklanan gelistirmeler sayesinde elde edilen atomizer (A); tarimda bag, bahçe, agaç ve benzeri toprak üstü aksamli bitkileri ilaçlamada kullanilan, tek kisi ile etkin ve hizli ilaçlama imkâni sunan, kaynak noktalarinin ortadan kalkmasiyla birlikte sizdirmazlik ve yüksek performans, düsük maliyet avantajlarini saglamaktadir. TR DESCRIPTION HYPROMOTOR DRIVEN FAN CONTROL ON A TOWABLE MEDICINE TURBO ATOMIZER TECHNICAL FIELD The invention is designed for professional orchards in vineyards, gardens, trees and similar above-ground parts in agriculture, allowing effective and fast spraying by a single person, and offering trailed type spraying with motor vehicles. As a result of using a hydromotor instead of the shaft of the rotary drive required for the rotation of the propellers; It is related to hydromotor driven fan control in the trailed type turbo atomizer, which provides speed control with remote control, sealing, high performance and low cost advantages by eliminating welding points. BACKGROUND OF THE INVENTION The biggest threats to productivity during agricultural production are undoubtedly weeds, diseases and pests. Disinfestation is one of the most effective ways to deal with these problems that directly affect crop quality and productivity. However, it is very difficult to spray manually due to both time and labor loss. Agricultural pesticide machines provide a solution to this problem. The main benefit of agricultural spraying machines is that they save labor and time. In addition, our farmers are prevented from coming into direct contact with medicines by using the necessary protective clothing and accessories. In this way, it becomes easier to apply chemical ingredients that are dangerous to skin contact or inhalation to crops without harming humans. In addition, using too much or too little medication prevents the desired result from being sprayed. Advanced agricultural pesticide machines ensure that pesticides are delivered to crops both in the desired amount and in the correct way. Almost every farmer has tools that help spray even large areas quickly and easily. Nowadays, hydraulic sprayer with auxiliary air flow is generally used in the spraying of professional production areas where large and dense products are grown. The working principle of these machines, called turbo atomizers in our country, is to ensure that the small drops created by hydraulic nozzles reach the target with the help of a strong air flow. Hydraulic garden/garden sprayers with auxiliary air flow take their movement from the tractor's tail shaft. The movement is transferred from the PTO shaft to the pump that operates the hydraulic system, and from the pump to the transmission. The system is transmitted on a horizontal axis from the tractor tail shaft to the propeller (central) connection of the fan at the rear of the machine to transmit the rotary drive to the spraying pump and fan. The mixture of medicine and water passes through the middle part of the tank (shaft channel) and reaches the fan. In this case, the area around the channel through which the shaft passes must be covered in the boiler and the joints must be welded. As a result; - welding and other joint errors at the joints, - assembly and workmanship difficulties, - high costs due to labor, spare parts and service, - wear and tear and low strength in the welds and joints in the tank, - difficulties in controlling the leakage of medicine and water in the tank is occurring. In the known state of the technique, the shaft of the turbo atomizer extends from the beginning to the end of the system on the horizontal axis and has a rotary movement; Vibration, balance and noise parameters are high, and the ergonomic structure of the product, repair and maintenance costs, shorten the life of the product by causing negative effects on the body and other structural defects. In the current technique, the fan (propeller) part at the back of the turbo atomizer must be on the horizontal shaft axis. In this case, it causes assembly and workmanship difficulties, maintenance and repair difficulties. In addition, in the systems used in the market, the rotation of the fan at the back is done gradually. As a result, the drug cannot be used efficiently, the drug cannot reach the application areas, causing time and extra costs. In the literature review, similar applications were found as stated below. According to our research in the Turkish patent database, an application numbered 2013/14994 was found. On the summary page of this application; "Subject of the invention; This invention is about a spraying machine with a hood (3) and a propeller group (4) placed between two tanks (1, 2). It is a new generation sprayer with features that are not available in many spraying machines. To summarize its innovations; - Possibility of trouble-free spraying on sloping lands, -A homogeneous air outlet rate in the air discharge line (7) (therefore a successful spraying), -Two different tanks (1, 2), namely the front tank (1) and the rear tank (2), can be used at the same time. "The possibility of using it simultaneously or at different times is among its most important features." It is stated in the figure. According to our research in the Turkish patent database, an application numbered 2011/13021 was found. On the summary page of this application; "The subject of the invention is; The double-fan plastic hood fan group produced for the auxiliary air flow hydraulic bag - garden sprayer contains two moving fans (4,5). The fan (5), which is activated by taking power from the tail shaft, directs the air into the hood (3). From here It moves the idle rotating fan (4) by passing through the fixed fan made of sheet metal, called the fixed impeller (7). Thus, air losses in the hood (3) are prevented and turbulence is prevented. When the air outlet ports of the turbo atomizer are measured with an anemometer device, it is observed that air velocities close to each other are obtained. It is stated in the figure. When the mentioned applications are examined; It is seen that there are no solutions to the problems in the current technique. Your fans; While changes in their design, location and number do not create a system that will solve the problems of the current technique, they lead to the emergence of a system in which the problems get bigger. As a result, due to the negativities described above and the inadequacy of existing solutions on the subject, a development in the relevant technical field becomes necessary. OBJECTIVES OF THE INVENTION The purpose of the invention is related to hydromotor driven fan control in a trailed type turbo atomizer that meets the above-mentioned requirements, eliminates all disadvantages and brings some additional advantages. The most important purpose of the invention is to remove the shaft that is on the horizontal axis from the spraying pump to the fan (propellers) in the existing trailed type turbo atomizers and extends through the tank and along the tank. Another purpose is to use a hydromotor instead of a shaft for the rotary drive required for the rotation of the fan (propellers). For another purpose, a fixed speed number can be given to the system analogously. The oil flow rate to the hydromotor via hoses can be adjusted analogously with the speed control. In this way, spraying consumption and spraying costs can be controlled as the speed can be adjusted as desired while spraying. Thanks to the mentioned purposes; - There will be no need to build the shaft channel that has to pass through the tank full of medicine and water and to join the joints by welding, - Welding and other joint errors in the joints, assembly and workmanship difficulties, cost of the products used, which may occur in the tank over time (in welding and joints). Issues such as wear and tear, low strength, leakage of medicine and water in the tank will be taken under control. -With the absence of the shaft, there will be no vibration, balance and noise parameters. - Considering the product's body and other structural strength, ergonomic structure, repair and maintenance tables, its lifespan and ease of use will also increase, - In this system, it can provide a constant speed number as an analog. The oil flow rate to the hydromotor via hoses can be adjusted analogously with the speed control. In this way, spraying consumption and spraying costs can be controlled as the cycle is adjusted as desired while spraying. Thanks to the advantages mentioned above, it is designed for professional orchards, vineyards, gardens, trees and similar above-ground plants in agriculture, allowing effective and fast spraying by a single person. It enables performance-enhancing and cost-reducing, high-efficiency spraying applications to be carried out, providing trailed type spraying with motor vehicles. Advantages of the invention over existing products; - High efficiency spraying application, - High performance, - Low maintenance, malfunction and spare parts costs, - Being able to spray large areas with a single person, - Performance adjustment according to the required area with the speed control are among the advantages. EXPLANATION OF THE FIGURES Figure-1; Representative perspective view of the trailed type turbo atomizer subject to the invention, Figure-2; Representative perspective view of the trailed type turbo atomizer subject to the invention from different angles, Figure-3; Representative perspective side view of the trailed type turbo atomizer subject to the invention, Figure-4; Representative perspective rear view of the trailed type turbo atomizer that is the subject of the invention, Figure-5; Representative perspective bottom view of the trailed type turbo atomizer that is the subject of the invention, REFERENCE NUMBERS A. Atomizer 100. Chassis group 110. Chassis 120. Protection bar 130. Drawbar 140. Tow eye 150. Jack 160. Jack stand 200. Movement group 210. Tire 220 . Rim 230. Mudguard 240. Axle 300. Pump group 310. Pump 320. Pressure element 330. Casing iron 340. Casing cage 350. Drive element 400. Tank group 410. Oil tank 420. Stand 430. Tanker 440. Cover 500. Fan group 510. Cage 520. Nozzle 530. Skeleton 540. Grille 550. Impeller DETAILED DESCRIPTION OF THE INVENTION In Figures 1, 2, 3 and 4, a single-person effective method is shown, which is used in agriculture to spray vineyards, gardens, trees and similar aboveground plants. There are representative perspective views of the atomizer (A), which was developed to provide fast spraying opportunities, sealing, high performance and low cost advantages with the elimination of welding points. - connected to the chassis group (100); Chassis (110), protection bar (120), drawbar (130) for connection to motor vehicles and tow ring (140) connected to its end, jack (150), jack - which enables the movement of the atomizer (A) and includes; movement group (200) with tire (210), rim (220), fender (230) and axle (240), - included in the pump group (300); As a result of being connected to motor vehicles, the pump (310), which mixes the water and drug mixture with its rotary drive and provides pressurized spraying from the nozzles (520), the pressure element (320), which provides pressurized oil passage to ensure the rotating movement of the drive element (350), the chassis (110). connected casing bar, drive element (350) that provides the rotary movement required for the rotation of the propellers (550) that ensure the distribution of the sprayed medicine with the air flow, - included in the tank group (400); The oil tank (410) where the oil is kept in circulation and stored and the stand (420) to which it is connected, the tanker (430) where the medicine and water are mixed and stored and its covers (440), - included in the fan group (500); Cage (510) and grill (540), which protect the propeller (550) and are used to prevent the entry of foreign large-sized objects and harm to humans and animals; It consists of the skeleton (530) to which the group (500) is connected. The atomizer (A) subject to the invention enables efficient spraying and high precision use in spraying processes in agricultural areas. It ensures its operation by transmitting the rotary drive it receives from motor vehicles to the spraying pump (310) located in front of the tank. In this way, it sprays the medicine and water mixture taken from the tanker (430) through the nozzles (520) in the fan group (500). The pressure element (320), which is connected to the spraying pump (310) and can receive its rotary drive from the motor vehicle, also operates and provides pressurized oil to the system (A). When the drive element (350) operates, it transmits the oil it receives from the oil tank (410) under pressure. Pressurized oil comes to the drive element (350) and turns into a rotary drive. The rotational movement coming from the drive element (350) is transmitted and causes the propeller (550) to rotate. As a result, spraying can be done by distributing the mixture of pesticide and water sprayed from the nozzles (520) with the help of the propeller (550). The oil coming out of the drive element (350) goes back to the oil tank (410) and circulates with the system (A) closed. The atomizer (A) obtained thanks to the improvements explained above; It is used in agriculture to spray vineyards, gardens, trees and similar above-ground plants, provides effective and fast spraying with a single person, and provides the advantages of sealing, high performance and low cost by eliminating welding points. TR

Claims

1.SYSTEMS are the atomizer (A) used in spraying vineyards, gardens, trees and similar aboveground plants in agriculture, and its feature is; Offering effective and fast spraying with a single person, and developed to provide leak-proofing, high performance and low cost advantages by eliminating welding points; - The rotary movement required for the rotation of the propellers (550), which ensures the distribution of the sprayed medicine with the air flow. - The drive element (350) is given oil to provide the rotary movement. - It is an acclimation atomizer (A) in accordance with Claim 1, and its feature is; - The drive element (350), which converts the pressurized oil coming from the pressure element into a rotary drive and thus provides the circular movement of the propellers (550), contains a hydromotor. 3.- It is an atomizer (A) in accordance with Claim 1, and its feature is; - The pressure element (320), which provides pressurized oil to provide the rotary movement of the drive element (350), contains a hydropump. TR