TR2023019770Y

TR2023019770Y - INTERMEDIATE TAP WITH A FILTER

Info

Publication number: TR2023019770Y
Application number: TR2023/019770
Authority: TR
Inventors: Topguner Gokhan; Karabacaklar Bayramo Lu Ozum; Serhend Uyar Ahmet; Karakulak Mustafa
Original assignee: Valfsel Armatür Sanayi̇ Anoni̇m Şi̇rketi̇
Filing date: 2023-12-29
Publication date: 2025-09-22

Abstract

Buluş, ara musluklarda kullanılan filtrenin (5) kolay demonte edilebilmesini, temizlenebilmesini ve yeniden kullanılabilmesini sağlayan, kullanıcıya/teknik servis elemanına kolaylık sağlayan bir yapıya sahip bir filtreli ara musluk (100) ile ilgilidir. Buluşun amacı, filtreye (5) sıkı geçmeli olarak birleştirilen bir tapa (7) vasıtasıyla, kullanıcının/teknik servis elemanının, tapayla (7) birlikte filtreyi (5) de çıkarması sayesinde, filtrenin (5) herhangi bir zarar görmeden gövdeden (1) ayrılabilmesidir.The invention relates to a filtered intermediate valve (100) that has a structure that allows the filter (5) used in intermediate valves to be easily disassembled, cleaned and reused, and that provides convenience for the user/technical service personnel. The purpose of the invention is to enable the user/technical service personnel to remove the filter (5) together with the plug (7) by means of a plug (7) tightly connected to the filter (5), thus enabling the filter (5) to be removed from the body (1) without any damage.

Description

TARIFNAME BIR FILTRELI ARA MUSLUK Bulus Konusu Bulus, ara musluklarda kullanilan filtrenin kolay demonte edilebilmesini, temizlenebilmesini ve yeniden kullanilabilmesini saglayan, kullaniciya/teknik servis elemanina kolaylik saglayan bir yapiya sahip bir Iiltreli ara musluk ile Önceki Teknik Ara musluk, gövde, filtre, salmastra gibi çesitli komponentlerin bir araya gelmesiyle olusan ve su tesisatinda bulunan kum gibi küçük partikülleri kullanilan suya karistirmama görevi gören, kullanicinin hijyen ihtiyacini maksimuma çikarmak için tasarlanmis, pratik kullanimli bir musluk türüdür. Mevcut durumdaki ara muslukta filtre degistirilmesi gerektiginde ya da herhangi bir durum için filtreye ulasmak istendiginde tapa çikarilmali, sonrasinda filtre yuvasindan çikarilmalidir. Ince yapidaki bu filtrenin çikarilmasi için ek bir alet ve kuvvet gerekmektedir. Bu ek islemler sonucunda ise filtrede büzülme, yirtilma gibi deformasyonlar meydana gelmektedir. Teknigin bilinen durumunda, filtrenin musluga montaji veya demontaji esnasinda uygulanan kuwet ile birlikte dayanimi nispeten düsük olmasi sebebiyle istenmeyen hasarlar ve deformasyonlar meydana gelmektedir. Filtrenin deformasyona ugramasi sebebiyle tekrardan kullanilabilirligini kaybetmis olmasi teknikte karsilasilan en büyük problemlerden biridir. Ayni zamanda filtrenin herhangi bir deformasyona ugramadigini düsünsek bile filtrenin yuvadan çikarilmasi oldukça emek ve vakit kaybi saglamaktadir. Mevcut uygulamalarda akiskan içerisindeki toz, kum, talas vb. gibi partiküllerin filtrelenmesi için kullanilan sistemlerin montajlanmasi ya da degistirilmesi esnasinda Iiltrelerde hasarlar olusabilmektedir. Bulusun Amaci 3080.36 Bulusun amaci, filtreye siki geçmeli olarak birlestirilen bir tapa vasitasiyla, kullanicinin/teknik servis elemaninin, tapayla birlikte filtreyi de çikarmasi sayesinde, filtrenin herhangi bir zarar görmeden ara musluk gövdesinden ayrilabilmesidir. Filtre çikarildiktan sonra sahip oldugu iskelet yapisi sayesinde kolayca tutulup temizlenebilmektedir. Bu iskelet ayni zamanda temizleme esnasinda filtre yapisinin zarar görmesini engellemektedir. Temizleme sonrasinda zarar görmemis iskelet sayesinde filtre tekrardan tapaya siki geçebilmektedir. Bu da Iiltrenin tekrar tekrar temizlenerek kullanilmasini ve uzun ömürlü olmasini saglamaktadir. Bulusun Detayli Açiklamasi Bu bulusun amacina ulasmak için gerçeklestirilen, "Bir Filtreli Ara Musluk" ekli sekillerde gösterilmis olup; bu sekillerden; Sekil 1. Bulus konusu filtreli ara muslugun patlatilmis halinin gösterimidir. Sekil 2. Bulus konusu Iiltreli ara muslugun alternatif bir uygulamasi olan çekvalf içeren versiyonunun patlatilmis halinin gösterimidir. Sekil 3. Bulus konusu Iiltreli ara muslugun filtre ve tapa parçalarinin ara musluktan çikarilmasinin gösterimidir. Sekil 4. Bulus konusu filtreli ara muslugun filtre ve tapa parçalari yakin gösterimidir. Sekildeki parçalar tek tek numaralandirilmis olup, bu numaralarin karsiligi asagida verilmistir: 100. Filtreli ara musluk 1. Gövde 11. Çikis agzi 12. Salmastra montaj açikligi 2. Salmastra 21. Kontrol pimi 3. Volan 4. Vida 3080.36 . Filtre 6. Kapak 7. O-ring 71. Alyan açikligi 8. Rozet 9. Çekvalf Bulus konusu filtreli ara musluk (100), su tesisati üzerinden gelen toz, kum gibi belirli büyüklükteki partiküllerin filtrelenmesini saglayan yapinin zarar verilmeden çikarilip temizlenebilmesini mümkün kilmakta olup, kabaca içi bos bir silindir formunda olup, bir ucu bagli oldugu su tesisati üzerinden gelen suya, yanal yüzeyi üzerindeki bir açiklik seklindeki en az bir çikis agzina (11) dogru yön veren en az bir gövde (1), gövde (1) yanal yüzeyi üzerindeki bir montaj açikligi (12) içerisinden girip, gövdenin (1) iç hacmine dogru uzanan ve gövde (1) içerisinden geçen su akisinin, önünün açilip kapatilmasiyla akisin sürmesi ve kismen veya tümüyle durdurulmasinin kullanici tarafindan kontrol edilebilmesine imkan saglayan ve bu amaçla bir kontrol pimi (21) ve bu kontrol piminin (21) eksenel dönüs hareketi ile su akisinin önünün kapatilmasini saglayan bir durdurucu en az bir salmastra (2), salmastranin (2) kontrol pimi (21) üzerine yerlestirilen ve kontrol pimini (21) kavrayan ve es eksende yaptigi dönme hareketini kontrol pimine (21) aktaran en az bir volan (3), içi bos silindir formunda olup, gövdenin (1) su tesisatindan uzak ucu içerisinden gövde (1) iç hacmine konumlandirilan ve gövdeden (1) çikis agzina (11) dogru giden su içerisindeki toz, kum büyük partiküllerin tutulmasini saglamak amaciyla, çikis agzini (11), gövde (1) iç hacminde kapatan en az bir filtre (5), filtrenin (5) içi bos silindir formunun iç cidarina siki sikiya tutunmasini saglayan ebatlara sahip bir uzantisi bulunan ve siki tutunma sayesinde, ileri 3080.36 geri hareket etmesi durumunda, Iiltrenin (5) de kendisi ile birlikte hareket ettirilebilmesini saglayan en az bir tapa (7) içermektedir. Bulusun bir uygulamasinda, gövdenin (1) çikis agzinda (11), bir çekvalf (9) yer almakta olup, böylece akisin tek yönlü olmasi ve çikis agzina (11) dogru meydana gelen su akisinda filtre (5) üzerinde biriken kirliliklerin ters yönde bir akimla dagilmamasi saglanmaktadir. Bulusun bir uygulamasinda, teknik servis elemani haricinde yetkisiz bir kisinin tapayi (7) yerinden çikarmasini önlemek adina, tapa (7) üzerinde spesifik form veya ebatta bir alyan açikligi (71) bulunmaktadir. Bulusun bir uygulamasinda, filtre (5) içme suyuna uygun bir iskelet malzemesinden imal olabilmektedir. Bulusun farkli bir uygulamasinda, filtre (5) tapaya (7) siki geçmeli olarak birlestirilmeye alternatif olarak bir timakli geçmeli yapi veya Vidali geçmeli yapida sabitleme de kullanilabilmektedir. Bulus konusu Iiltreli ara muslukta (100), su tesisati üzerinden gelen suya yön veren ve akisini saglayan en temel ve suyun ilk temas ettigi parça kabaca içi bos bir silindir formuna sahip olan gövde (1) parçasidir. Gövdenin (1) duvar üzerinden su tesisatina baglanmasinda baglanti bölümünün estetik amaçla düzgün bir görünüm kazandirilmasi amaciyla içindeki bir açikliktan gövdenin (1) geçtigi bir rozet (8) kullanilmaktadir. Gövdenin (1) su tesisatina bagli ucundan girerek gelen su, kullaniciya iletilmek üzere bir çikis agzina (11) yönlendirilirken bu akisin sürmesi ve kismen veya tümüyle durdurulmasi durumu, gövde (1) üzerinde yer alan bir salmastra montaj açikligi (12) üzerinden gövde (1) iç hacmine uzanan bir salmastra (2) ile saglanmaktadir. Salmastra (2), üzerinde yer alan kontrol piminin (21) ekseni 3080.36 etrafinda saat yönünde veya tersi yönde çevrilmesi ile kontrol edilmekte olup, bu hareket salmastra (2) bünyesinde yer alan ve su akisinin önüne set çeken bir durdurucunun, bu engele sebep olmasi veya kaldirmasi ile suyun akisinin kontrol edilmesini mümkün kilmaktadir. Bu dogrultuda, kullanici tarafindan kolayca kavranamayacak kontrol piminin (21), kullanicinin kavrayabilecegi bir yapi araciligiyla saglanmasi adina bir volan (3) parçasi kontrol pimine (21) geçirilmektedir. Kontrol piminin (21) dis yüzeyini sikica kavrayan volan (3) parçasi, yukarida kalan ve kullanicinin kavradigi tutunma yüzeyine yapilan eksenel döndürme hareketini, dogrudan kontrol pimine (21) aktarmakta, o da bu hareketi salmastranin (2) gövde (1) içerisinden su akisina izin vermesi veya durdurmasi seklinde yönlendirmektedir. Volanin (3), kontrol pimine (21) sabitlenmesi, siki bir tutunma saglamasi adina volan (3) ve kontrol pimi (21) ekseninden geçen vida açikliklarindan geçirilerek sikistirilan bir vida (4) araciligiyla gerçeklestirilmektedir. Gövdenin (1) sahip oldugu içi bos silindir formunun, su tesisatindan uzak diger ucu içerisinden uzanarak giren ve gene tercihen içi bos silindir formundaki bir filtre (5), suyun gövdenin (1) disina alindigi çikis agzinin (11) önünü kapatacak seklinde gövde (1) iç hacmine yerlestirilmektedir. Filtre (5) sahip oldugu, mesh yapisi sayesinde suyun içerisinde karisabilecek toz, kum gibi belirli büyüklükteki partiküller filtrelenmesini saglamaktadir. Geleneksel uygulamalardan farkli olarak, bulus konusu filtreli ara muslukta (100) filtrenin (5) temizlenmesi adina çikarilmasi gerektiginde teknik servis elemaninin filtreyi (5) gövde (1) iç hacmi içerisinden çekistirerek çikarmasina gerek kalmamakladir. Filtre (5) içerisine dogru uzanan ve iç cidarina siki sikiya tutunmasini saglayan ebatlara sahip uzantisi ile bir tapa (7), böylece filtreye (5) siki geçmeli olarak birlesmektedir. Bu sayede, filtre (5) tapa (7) ile birlikte monte/demonte edilebilmektedir. Filtreyi (5) degistirmek ya da temizlemek isteyen kullanici tapayi (7) çikardiginda filtre (5) de tapa (7) ile birlikte çikacaktir. Bu sayede zaman tasarrufu saglanmis olup, deformasyona sebebiyet verilmeden filtre (5) gövde (1) disina alinabilecektir. Filtrenin (5) temizlenmesi sirasinda gövdenin (1) bu açikta kalan ucunun kapatilmasi adina filtreden (5) ayri 3080.36 olarak tapa (7) gövdeye (1) birlestirilmektedir. Ilave olarak, tapanin (7) gövdeye (1) temas eden dis çeperini sarmalayacak sekilde konumlandirilan bir o-ring (6), gövdenin (1) filtrenin (5) konumlandirildigi tarafinda, suyun sizmasina engel olarak sizdirmazlik saglamaktadir. Bulus kapsaminda, filtre (5) ve tapa (7) ölçülerinin birbirlerini agizlayacak (birbirine siki geçmeli olarak birlesecek) sekilde olmasiyla, tapa (7) çikarildiginda filtre (5) de tapa (7) ile birlikte çikmakta ve bu sayede de ek bir malzeme ya da güce gerek duyulmamaktadir. Bulus konusu filtreli ara musluk (100) sayesinde, filtrenin (5) kolayca degistirilebilmesi mümkün kilinarak montaj/demontaj yönünden kolaylik saglamis olmakla birlikte ürün ömrünün de uzatilmaktadir. TR TRDESCRIPTION OF A FILTERED INTERMEDIATE VALVE Invention Subject The invention is a filtered intermediate valve with a structure that allows for easy disassembly, cleaning, and reuse of the filter used in intermediate valves, providing convenience to the user/technical service personnel. Previous Technical Description An intermediate valve is a type of practical valve designed to maximize the user's hygiene needs, consisting of various components such as a body, filter, and packing, and serving the purpose of preventing small particles such as sand found in the water system from mixing with the water used. In the current intermediate valve, when the filter needs to be changed or accessed for any reason, the plug must be removed, and then the filter must be removed from its housing. Removing this fine filter requires additional tools and force. These additional processes result in deformations such as shrinkage and tearing in the filter. In the current state of the technology, unwanted damage and deformations occur due to the relatively low strength of the filter, combined with the force applied during its mounting or dismounting from the tap. The loss of the filter's reusability due to deformation is one of the biggest problems encountered in the technology. At the same time, even if we assume that the filter has not suffered any deformation, removing the filter from its housing is quite laborious and time-consuming. In current applications, damage can occur to filters during the installation or replacement of systems used to filter particles such as dust, sand, sawdust, etc., from the fluid. Purpose of Invention 3080.36 The purpose of this invention is to enable the user/technical service personnel to detach the filter from the shut-off valve body without damage, thanks to a plug that is tightly fitted to the filter. After removal, the filter can be easily held and cleaned thanks to its frame structure. This frame also prevents damage to the filter structure during cleaning. After cleaning, the filter can be tightly fitted back onto the plug thanks to the undamaged frame. This ensures that the filter can be cleaned and reused repeatedly, and has a long service life. Detailed Description of the Invention The "Shut-off Valve with Filter" realized to achieve the purpose of this invention is shown in the attached figures; Figure 1 shows the exploded state of the shut-off valve with filter that is the subject of this invention. Figure 2. Shows the exploded view of the check valve version, an alternative application of the filtered shut-off valve that is the subject of the invention. Figure 3. Shows the removal of the filter and plug parts from the filtered shut-off valve that is the subject of the invention. Figure 4. Shows a close-up view of the filter and plug parts of the filtered shut-off valve that is the subject of the invention. The parts in the figure are individually numbered, and the corresponding numbers are given below: 100. Filtered shut-off valve 1. Body 11. Outlet 12. Packing assembly opening 2. Packing 21. Control pin 3. Handwheel 4. Screw 3080.36. The invention, the filtered intermediate tap (100), enables the removal and cleaning of the structure without damaging it, which filters particles of a certain size such as dust and sand coming from the water supply system. It is roughly in the form of a hollow cylinder, with at least one body (1) that directs the water coming from the water supply system to at least one outlet (11) in the form of an opening on its lateral surface, and the water flow that enters through a mounting opening (12) on the lateral surface of the body (1) and extends towards the inner volume of the body (1) and passes through the body (1) can be controlled by the user to continue the flow and partially or completely stop it by opening and closing the front of the body (1), and for this purpose a control pin (21) and the axial of this control pin (21) A stopper which ensures the water flow is blocked by the rotational movement, at least one packing (2), at least one flywheel (3) which is placed on the control pin (21) of the packing (2) and grips the control pin (21) and transmits the rotational movement it makes in the coaxial direction to the control pin (21), at least one filter (5) which is in the form of a hollow cylinder and is positioned in the inner volume of the body (1) from the far end of the body (1) from the water supply and closes the outlet (11) in the inner volume of the body (1) in order to retain dust, sand and large particles in the water going from the body (1) to the outlet (11), and has an extension with dimensions that ensure that the filter (5) is held tightly to the inner wall of the hollow cylinder form and, thanks to the tight hold, if it moves forward or backward, the filter (5) contains at least one plug (7) which allows it to be moved along with itself. In one application of the invention, a check valve (9) is located at the outlet (11) of the body (1), so that the flow is unidirectional and the contaminants accumulated on the filter (5) are not dispersed by a reverse flow in the water flow towards the outlet (11). In one application of the invention, a specific form or size Allen key opening (71) is located on the plug (7) to prevent an unauthorized person other than a technical service employee from removing the plug (7). In one application of the invention, the filter (5) can be manufactured from a frame material suitable for drinking water. In a different application of the invention, as an alternative to connecting the filter (5) to the plug (7) with a tight fit, a snap-fit structure or a screw-fit structure can also be used for fastening. In the filtered intermediate tap (100) that is the subject of the invention, the most basic part that directs and directs the flow of water coming from the water supply and is the first part that the water comes into contact with is the body (1), which has a roughly hollow cylindrical form. In connecting the body (1) to the water supply through the wall, a rosette (8) is used through which the body (1) passes through an opening in the connection section in order to give the connection section a neat appearance for aesthetic purposes. Water entering from the end of the casing (1) connected to the water supply is directed to an outlet (11) to be delivered to the user. The continuation and partial or complete cessation of this flow is ensured by a packing (2) that extends into the internal volume of the casing (1) through a packing mounting opening (12) located on the casing (1). The packing (2) is controlled by turning the control pin (21) on it clockwise or counterclockwise around its axis 3080.36. This movement causes a stopper located within the packing (2) to create or remove an obstacle in front of the water flow, thus controlling the flow of water. In this respect, a flywheel (3) part is fitted onto the control pin (21) so that the control pin (21), which cannot be easily grasped by the user, can be grasped by the user. The flywheel (3) part, which firmly grips the outer surface of the control pin (21), transmits the axial rotational movement made to the upper gripping surface, which is grasped by the user, directly to the control pin (21), which directs this movement to allow or stop the flow of water through the housing (1) of the seal (2). The fastening of the flywheel (3) to the control pin (21) is accomplished by means of a screw (4) that is tightened by passing through the screw openings that pass through the axis of the flywheel (3) and the control pin (21) to ensure a tight grip. The filter (5), preferably in the form of a hollow cylinder, is placed inside the body (1) so that it closes the outlet (11) where the water is taken out of the body (1), extending from the other end of the hollow cylinder form of the body (1) away from the water supply. Thanks to its mesh structure, the filter (5) ensures the filtering of particles of a certain size, such as dust and sand, that may be mixed in the water. Unlike traditional applications, in the filtered shut-off valve (100) that is the subject of this invention, when the filter (5) needs to be removed for cleaning, the technical service personnel does not need to pull the filter (5) out from inside the body (1). A plug (7) with an extension that extends into the filter (5) and has dimensions that ensure it holds tightly to its inner wall is thus tightly fitted to the filter (5). In this way, the filter (5) can be assembled/disassembled together with the plug (7). When the user wants to change or clean the filter (5), the filter (5) will come out together with the plug (7). In this way, time is saved and the filter (5) can be removed from the housing (1) without causing deformation. In order to close the open end of the housing (1) during the cleaning of the filter (5), the plug (7) is attached to the housing (1) separately from the filter (5). In addition, an o-ring (6) positioned to wrap around the outer edge of the plug (7) that contacts the housing (1) ensures a leak-proof seal on the side of the housing (1) where the filter (5) is located, preventing water leakage. Within the scope of the invention, the dimensions of the filter (5) and the plug (7) are such that they fit together tightly, so that when the plug (7) is removed, the filter (5) is also removed together with the plug (7), and thus no additional material or force is required. Thanks to the filtered intermediate tap (100) in question, it is possible to easily change the filter (5), thus providing ease in terms of assembly/disassembly and also extending the product life.

Claims

REQUESTS

1. It enables the structure that filters particles of a certain size such as dust and sand coming from the water system to be removed and cleaned without damaging it, and it is roughly in the form of a hollow cylinder, and it consists of at least one body (1) that directs the water coming from the water system to which it is connected, towards at least one outlet opening (11) in the form of an opening on its lateral surface, a stopper that allows the user to control the flow of water passing through the body (1) by opening and closing the front of the flow, or to stop it partially or completely, and for this purpose, a control pin (21) and a stopper that ensures the blocking of the water flow with the axial rotation movement of this control pin (21), at least one packing (2) that controls the packing (2). at least one flywheel (3) which is placed on the pin (21) and grasps the control pin (21) and transfers the rotational movement it makes in the same axis to the control pin (21); at least one filter (5) which closes the outlet mouth (11) in the inner volume of the body (1) in order to retain the dust, sand and large particles in the water going from the body (1) towards the outlet mouth (11); an intermediate filter with an extension having dimensions that ensure the filter (5) to be held tightly to the inner wall of the hollow cylinder form and at least one plug (7) which ensures that the filter (5) can be moved together with itself in case of back and forth movement, thanks to the tight hold; the flow is unidirectional and directed towards the outlet mouth (11); A filtered intermediate valve (100) as in Claim 1, comprising an outlet (11) with a check valve (9) that prevents the impurities accumulated on the filter (5) from being dispersed with a reverse flow in the water flow. . A filtered intermediate valve (100) as in Claim 1, comprising an allen opening (71) of a specific form or size on the plug (7) in order to prevent unauthorized persons other than the technical service personnel from removing the plug (7). . A filtered intermediate valve (100) as in Claim 1, comprising a filter (5) made of a skeleton material that is suitable for drinking water. A filter intermediate valve (100) as in Claim 1, comprising a Screw (4) which is tightened through the Screw openings passing through the axis of the flywheel (3) and the control pin (21) in order to firmly fix the flywheel (3) to the control pin (21). A filter intermediate valve (100) as in Claim 1, comprising an 0-ring (6) which prevents water leakage on the side of the body (1) where the filter (5) is positioned and is positioned to surround the outer wall of the plug (7) which is in contact with the body (1).