TR2022008850A2 - OSTOMY WARNING AND VACUUM SYSTEM - Google Patents

OSTOMY WARNING AND VACUUM SYSTEM

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Publication number
TR2022008850A2
TR2022008850A2 TR2022/008850A TR2022008850A TR2022008850A2 TR 2022008850 A2 TR2022008850 A2 TR 2022008850A2 TR 2022/008850 A TR2022/008850 A TR 2022/008850A TR 2022008850 A TR2022008850 A TR 2022008850A TR 2022008850 A2 TR2022008850 A2 TR 2022008850A2
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TR
Turkey
Prior art keywords
ostomy
waste material
bag
vacuum system
stimulation
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TR2022/008850A
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Turkish (tr)
Inventor
Sürücü Şeymanur
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Kastamonu Ueniversitesi Rektoerluegue
Kastamonu Üni̇versi̇tesi̇ Rektörlüğü
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Priority to TR2022/008850A priority Critical patent/TR2022008850A2/en
Publication of TR2022008850A2 publication Critical patent/TR2022008850A2/en

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Abstract

Buluş, herhangi bir sebeple vücudunda ostomi bulunan kişiler için geliştirilmiş, sensör kısmı ve portatif vakum cihazı olmak üzere iki kısımdan oluşmakta olan bir sistem ile ilgilidir. Sistem, otomatik ve manuel seçenekleri bulundurmaktadır. Kullanıcı temizlik ihtiyacını karşılama yeteneğine göre bu seçenekleri seçerek temizlik ihtiyacını karşılar. Sensör kısmının ostomi boşluğuna yerleştirilmesiyle atık maddenin yaklaştığının sinyali yakınlık sensörü tarafından algılanır. Bu sinyal titreşim ve ses alarmı oluşturur. Alarm oluştuktan sonra atık madde, ostomi boşluğuna vakumlama yapılarak vücuttan uzaklaştırılır.The invention relates to a system developed for people who have an ostomy in their body for any reason, consisting of two parts, the sensor part and the portable vacuum device. The system has automatic and manual options. The user chooses these options according to their ability to meet their cleaning needs and meets their cleaning needs. By placing the sensor part in the ostomy cavity, the signal that the waste material is approaching is detected by the proximity sensor. This signal creates a vibration and sound alarm. After the alarm occurs, the waste material is removed from the body by vacuuming the ostomy cavity.

Description

TARIFNAME OSTOMI UYARI VE VAKUM SISTEMI TEKNIK ALAN Bu bulus, medikal sektörüyle alakalidir ve herhangi bir sebeple vücudunda ostomi bulunan kisiler dikkate alinarak gelistirilmistir. Sistem, sensör kismi ve portatif vakum cihazi olmak üzere iki kisimdan olusmaktadir. Sistem, otomatik ve manuel seçenekleri bulundurmaktadir. Kullanici temizlik ihtiyacini karsilama yetenegine göre bu seçenekleri seçerek temizlik ihtiyacini karsilar. Sensör kisminin ostomi bosluguna yerlestirilmesiyle atik maddenin yaklastiginin sinyali yakinlik sensörü tarafindan algilanir. Bu sinyal sensör kismi üzerinde titresim yoluyla alarm; portatif vakum cihazi üzerinde ise sesli alarm olusturur. Alarm olustuktan sonra atik madde, ostomi bosluguna vakumlama yapilarak vücuttan uzaklastirilir. TEKNIGIN BILINEN DURUMU Günümüzde ostomi bakimi için ostomi torbalari kullanilmaktadir. Kullanicilar atik maddenin sizma ihtimaline karsilik sürekli olarak ostomi torbasi takarlar. Ostomi torbasinin bosaltilabilir, adaptörlü gibi çesitleri olmasina ragmen problemin çözümü için yeterli degildir. Ostomi torbalarinin dezavantajli noktalarinin belirlenmesiyle beraber bu dezavantajlari yok edecek birçok ürün tasarlanmistir. Sirketi tarafindan patentlenen sistem ostomi bosluguna yerlestirilerek diski ve gaz kontrolü saglar. Dönen Valf sistemi vücut içine cerrahi yöntemle yerlestirilen manyetik materyalle vücuda sabitlenir. Diskinin ostomi agzina yaklasmasiyla dönen valf sistemi açilir böylece diski kanülden geçerek tuvalet giderine aktarilir böylece ostomi torbasi gerekmeksizin temizlik ihtiyaci karsilanir. 2017 yilinda OstomyCure sirketi tarafindan patentlenen sistem ostomi agzini vücuttan uzaklastirarak ostomi torbalarinin direkt olarak vücutla temasini engelleyen bir implant yöntemidir. Sistem ostomi agzini vücuttan uzaklastirmakla beraber sahip oldugu kapak sistemiyle hem ostominin yarattigi görüntüyü kapatir hem de atik maddenin kontrolünü saglar. Ostomi torbalari tak-çikar mantigiyla sisteme sabitlendigi için ostomi pastasi kullanimini gerektirmez böylece cilt problemlerinin de önüne geçilmis olunur. numarasiyla 2019 yilinda 11 Health sirketi tarafindan patentlenen cihaz ostomi torbasina yerlestirilen harici bir cihaz sayesinde torbanin cilt problemi olusturma ihtimalini gözleme, çikis durumunu belirleme ve çikis seviyesini algilama gibi özelliklere sahiptir. Torbanin son durumu sistem için hazirlanan uygulama ile gözlemlenmektedir. Sistem Alfred akilli çanta ismiyle ticarilesmistir. 2019 yilinda Ostoform sirketi tarafindan patentlenen tasarima göre sistem, atik maddenin vücuda temas etmeden torbaya aktarimini saglayan yenilikçi adaptör tasarimidir. yilinda Coloplast sirketi tarafindan patentlenen sistem SZtop olarak isimlendirilmistir. Sistem, sizintiyi önlemek, teshis etmek ve hastayi bu konuda bilgilendirmek için tasarlanmistir. Sizinti olustugunda ostomi macununu otomatik olarak ostomi çevresine dagitarak sizdirmalarin önüne geçmeyi hedeflemektedir. yilinda Hindistan Biyoteknoloji Departmani tarafindan patentlenen sistem SphinX olarak isimlendirilmistir. Ostomi bosluguna yerlestirilen yumusak yapidaki bir polimerin sisirilerek ostomi boslugunda kalir böylece sürekli torba takma gereksinimini ortadan kalkmis olur. Ortasinda bulunan bosluga conta yerlestirilerek anlik bosaltimi engeller böylece atik madde kontrolü saglanmis olur. numarali dosyada, bir ostomi sizinti tespit sisteminden söz edilmektedir. Ostomi ürününün durumunu gösteren bir veya daha fazla parametreyi algilayacak sensörler ve sensör cihazina bagli yardimci cihazlar (izleme cihazi, giyilebilir cihaz, elektronik cihaz ve sunucu cihazdan en az birini) içermektedir. Yöntem ayrica kisiye özel karakteristik bilgilerin belirlenmesini de saglamaktadir. sensörü içeren idrar yolu ostomi torbasinda idrar izleme cihazindan söz edilmektedir. Cihaz, ostomi torbasinin durus bilgisini veren bir MEMS sensörü, bir mikrodenetleyici ve bir terminal kullanarak ostomi torbasina bagli 3 farkli basinç bilgisi iletmektedir. BULUSUN AÇIKLAMASI Bulus, herhangi bir sebeple vücudunda ostomi bulunan ve ostomi açilmasi gereken kisilerin bosaltim ihtiyacini karsilamasina destek saglamaktadir. Sistem, diskiyi algilamayi saglayan bir sensör ve temizligi daha hizli ve kolay yapmayi saglayan Bulusun amaci, önceki teknikte bulunan alternatif sistemlerin aksine, sizmalari ve tahris durumlarini degil, yapay algi sistemi olusturarak atik maddenin ostomi çikisina yaklastiginin bilgisini vermek ve böylece sizdirma ihtimali olusmadan temizlik ihtiyacini karsilamaktir. Bulusun diger amaci, ostomi torbasina mecburiyeti ortadan kaldirarak ucuz, tek kullanimlik ve vücuttan bagimsiz bulunan herhangi bir torbaya atik maddeyi aktararak, hastanin sorumlu oldugu maddi külfeti en aza indirmek ve yine bu sebeple de kullanicinin ostomi ameliyatindan sonra yasayacagi hareket sinirlamalarini ortadan kaldirmaktir. Bulusun diger amaci, kullanici ya da hasta bakici atik maddeyi vakumlayarak vücuttan uzaklastirabilecegi için önceki teknige nazaran daha kisa sürede temizlik ihtiyacini karsilamak ve bu sirada vücut atigi ile göz ve el temasi olmadigindan hastanin psikolojik sagligini, eger saglik personelinden destek aliniyorsa mahrem duygusunun da korunmasini saglamaktir. Bulusun diger amaci, sadece kendi ihtiyacini karsilayabilir durumdaki hastalarin degil, hasta bakimindan yükümlü görevlinin is yükünü de azaltarak her açidan fayda saglamaktir. Bulusun kullanimi için özel bir yetenege, egitime veya cerrahi prosedüre gerek yoktur. Bulusun bir diger amaci, ostomi ameliyatindan sonra zamanla ostomi organinda kapanmalar meydana gelmesini engelledigi için belirli araliklarla uygulanmasi gereken dilasyon (genisletme) islemine olan gereksinimi ortadan kaldirir. BU LUSU N DETAYLI AÇIKLAMASI Bu detayli açiklamada bulus konusu ostomi uyari ve vakum sistemi, konunun daha iyi anlasilmasini saglayacak ve hiçbir sinirlayici etki olusturmayacak sekilde açiklanmaktadir. Bulus, gelistirilen alternatif sistemlerin dezavantajlarini göz önüne alarak, bu dezavantajlara çözüm üretecek sekilde tasarlanmistir. Mevcut teknikte kullanilan ostomi torbalari, kullanilan en yaygin yöntem olsa da kullanilan torbalarin boyutundan dolayi ostomi ameliyatindan sonra hastanin sosyal, psikolojik ve fiziksel hayatini olumsuz etki eder. Torba kullaniminin sürekli olma zorunlulugu, torba degisim asamalarinin uzun sürmesi, vücutla sürekli temas halinde olmasindan dolayi cilt problemlerine yol açmasi, her kullanici profiline uymamasi ve bu sebeple de bazi hastalarin hasta bakim hizmeti almasi, ek bakim ürünlerine (ostomi pastasi, gaz filtresi, pudra, cilt bariyeri, koku giderici, korse, kemer vb.) ihtiyaç duyulmasi gibi sebeplerden dolayi hasta ostomi torbasiyla yasamaya alisamaz ve temizlik ihtiyacina özen göstermez bu da baska saglik sorunlarini beraberinde getirir. Ostomi torbalarinda sikça rastlanan sizdirma, torbanin patlamasi, torbada siskinlik gibi problemlerin de olmasi kullanilan yaygin yöntemin ihtiyaci karsilamadigini açikça göstermektedir. Bulusun amaçlari göz önüne alindiginda hâlihazirda kullanilan ostomi bakim ürünlerinden en önemli farki; içerisinde bulunan sensör sayesinde bosaltim ihtiyacinin giderilmesi gerektigini algilamasi, manuel ve otomatik kullanim seçenekleri bulunan portatif vakum pompasi içermesi ve ostomi torbasina olan ihtiyaci ortadan kaldirmasidir. Bulusun sahip oldugu özelliklerle beraber kullanicinin psikolojik, fizyolojik, sosyolojik hayatinda olumlu sonuçlar olusturacagi, uzun vadede zaman ve maddi açidan tasarruf saglayacagi asikardir. Sekillerin Açiklamasi Sekil 2. Sabitleme ve aktarim aparat detaylari Sekil 3. Sistemin deri üzerinde görünümü Sekil 4. Sabitleme ve aktarim aparati sag ve sol kesit Sekil 5. Sabitleme ve aktarim aparati üst ve alt kesit Sekil 6. Sabitleme ve aktarim aparatinin ön ve arka kesit görüntüsü Sekil 7. Elektriksel sistemi vücuda sabitlenen sistemle birlestirildigi kesit Sekil 8. Elektrik aksamlarin bulundugu parçanin sag ve sol kesit görüntüsü Sekil 9. Elektrik aksamlarin bulundugu parçanin ön ve arka kesit görüntüsü Sekil 10. Elektrik aksamlarin bulundugu parçanin üst ve alt kesit görüntüsü Sekil 11. Sistem açikligini kapatan kapagin görüntüsü Sekil 12. Sistem kapaginin ön ve arka kesit görüntüsü Sekil 13. Sistem kapaginin sol ve sag kesit görüntüsü Sekil 14. Kanül Referans Listesi 1- Sabitleme ve aktarim aparati 2- Elektrik aksamlarin bulundugu parça 3- Sistem kapagi 4- Miknatisli aktarim kanülü - Içine hava doldurularak sisen ve böylece ostomi organina sabitlenen 6- Diskinin vücuda temas etmeden tayinini gerçeklestiren aparat 7- Kullanicinin sabitlenme aparatina hava gönderecegi/hava çekecegi açiklik 8- Elektrik aksamlarinin bulundugu parçayi sabitlemek için olusturulan açiklik 9- Yakinlik sensörünün algilamasi için olusturulan seffaf yüzey -Vücut ve elektrik aksam parçasinin arasinda kalacak oyuklu bölge 11- Stoma 12-Sabitleme ve aktarim aparatinin sag kesit görüntüsü 13-Sabitleme ve aktarim aparatinin sol kesit görüntüsü 14-Sabitleme ve aktarim aparatinin üst kesit görüntüsü -Sabitleme ve aktarim aparatinin alt kesit görüntüsü 16-Sabitleme ve aktarim aparatinin ön kesit görüntüsü 17-Sabitleme ve aktarim aparatinin arka kesit görüntüsü 18- Elektriksel sistemi vücuda sabitlenen sistemle birlestiren çikintilar 19-Elektriksel aksamlarin içinde bulundugu kisim -Sensörün bulundugu kisim ve algilama için olusturulan yüzey 21-Miknatisla çevrelenen sistem açikligi 22-Elektrik aksamlarin bulundugu parçanin sol kesit görüntüsü 23-Elektrik aksamlarin bulundugu parçanin sag kesit görüntüsü 24-Elektrik aksamlarin bulundugu parçanin ön kesit görüntüsü - Elektrik aksamlarin bulundugu parçanin arka kesit görüntüsü 26-Elektrik aksamlarin bulundugu parçanin üst kesit görüntüsü 27-Elektrik aksamlarin bulundugu parçanin alt kesit görüntüsü 28-Sistemden sizmalari engelleyen tipa 29-Sistem kapak yüzeyi -Sistem kapaginin ön kesit görüntüsü 31-Sistem kapaginin arka kesit görüntüsü 32-Sistem kapaginin sol kesit görüntüsü 33-Sistem kapaginin sag kesit görüntüsü 34-Sistem açikligindan daha genis çaptaki aktarma kanül ucu - Miknatis destekli kanül bölgesi 36- Bosaltim torbasi 37- Portatif vakum pompasi Sistemin kullanim adimlari su sekildedir; Adim 1: Kullanici havasi inik halde duran sabitleme aparatini (1) ostomi organina yerlestirir. Adim 2: Siringa yardimiyla sabitleme aparatinda (1) bulunan açikliktan hava gönderilerek sistem ucu (5) genisletilir böylece sabitlenme islemi tamamlanmis olur. Adim 3: Elektriksel aksamlarin (2) bulundugu parça sabitlenme aparati (1) ile sabitleme bosluklari (8) yardimiyla birlestirilir ve sistem çalisir konuma getirilir. Adim 4: Sistem kapagi (3) yerlestirilir. Adim 5: Vakumlama cihazi (37) üzerinde manuel ya da otomatik seçenekleri seçilir. Adim 6: Diskinin ostomi organindan çikisinin uyartisi olusturduktan sonra sistem kapagi (3) yerinden çikartilir. Adim 7: Miknatis destekli kanül bölgesi (35) miknatis destekli sistem açikligina (21) yerlestirilir eger kullanici yataga bagimli bir hastaysa her uyartida aktarma kanülünün (4) takilma zorunlulugu yoktur. Aktarma kanülü (4) ve diskinin atimi için kullanilan aparat (6) baglantisi miknatislarla sürekli hale gelir. Adim 8: Diski, portatif vakum torbasi (37) ile vakumlanarak vücuttan bagimsiz olan bosaltim torbasina (36) aktarilir. Adim 9: Miknatis destekli kanül bölgesi (35) çikartilarak sistem kapagi (3) tekrar takilir, bosaltim torbasi (36) degistirilerek günlük hayata devam edilir. TR TR TR TR DESCRIPTION OSTOMY WARNING AND VACUUM SYSTEM TECHNICAL FIELD This invention is related to the medical sector and was developed taking into account people who have ostomy in their body for any reason. The system consists of two parts: the sensor part and the portable vacuum device. The system has automatic and manual options. The user meets his cleaning needs by selecting these options according to his ability to meet his cleaning needs. By placing the sensor part in the ostomy cavity, the signal that the waste material is approaching is detected by the proximity sensor. This signal alarms through vibration on the sensor part; It creates an audible alarm on the portable vacuum device. After the alarm occurs, the waste material is removed from the body by vacuuming the ostomy space. KNOWN STATE OF THE ART Today, ostomy bags are used for ostomy care. Users wear an ostomy bag at all times in case waste material leaks. Although there are different types of ostomy bags such as drainable and adapter, they are not sufficient to solve the problem. After determining the disadvantages of ostomy bags, many products have been designed to eliminate these disadvantages. The system patented by the company is placed in the ostomy space and provides stool and gas control. The Rotary Valve system is fixed to the body with magnetic material surgically placed inside the body. As the disc approaches the ostomy mouth, the rotating valve system opens, thus passing the disc through the cannula and transferring it to the toilet drain, thus meeting the need for cleaning without the need for an ostomy bag. The system, patented by OstomyCure company in 2017, is an implant method that prevents ostomy bags from coming into direct contact with the body by removing the ostomy mouth from the body. The system removes the ostomy mouth from the body, and with its valve system, it covers the image created by the ostomy and provides control of waste matter. Since ostomy bags are fixed to the system with a plug-in principle, they do not require the use of ostomy cake, thus preventing skin problems. The device, patented by 11 Health company in 2019 with the number, has features such as monitoring the possibility of the bag causing skin problems, determining the exit status and detecting the exit level, thanks to an external device placed in the ostomy bag. The final status of the bag is monitored with the application prepared for the system. The system has been commercialized under the name Alfred smart bag. According to the design patented by the Ostoform company in 2019, the system is an innovative adapter design that allows the transfer of waste material to the bag without contacting the body. The system patented by the Coloplast company in 1999 was named SZtop. The system is designed to prevent, diagnose and inform the patient about leakage. It aims to prevent leaks by automatically distributing the ostomy paste around the ostomy when leaks occur. The system patented by the Department of Biotechnology of India in 2014 was named SphinX. A soft polymer placed in the ostomy space is inflated and remains in the ostomy space, thus eliminating the need to constantly wear a bag. A gasket is placed in the gap in the middle, preventing instantaneous discharge, thus ensuring waste material control. In file number, an ostomy leak detection system is mentioned. It includes sensors that will detect one or more parameters that indicate the status of the ostomy product and auxiliary devices (at least one of the monitoring device, wearable device, electronic device and server device) connected to the sensor device. The method also enables the determination of personal characteristic information. A urine monitoring device is mentioned in the urinary tract ostomy bag containing the sensor. The device transmits 3 different pressure information connected to the ostomy bag using a MEMS sensor, a microcontroller and a terminal that provide posture information of the ostomy bag. DESCRIPTION OF THE INVENTION The invention provides support to meet the excretory needs of people who have an ostomy on their body for any reason and need to have an ostomy opened. The aim of the invention is to provide information that the waste material is approaching the ostomy outlet by creating an artificial perception system, and thus to meet the need for cleaning without the possibility of leakage, instead of creating leaks and irritation situations, unlike the alternative systems in the previous art. . Another purpose of the invention is to eliminate the necessity of using an ostomy bag and to transfer the waste material to any bag that is cheap, disposable and independent of the body, to minimize the financial burden for which the patient is responsible, and thus to eliminate the movement limitations that the user will experience after ostomy surgery. Another purpose of the invention is to meet the need for cleaning in a shorter time compared to the previous technique, as the user or caregiver can remove the waste material from the body by vacuuming, and to ensure that the patient's psychological health and sense of privacy are protected, if support is received from the healthcare personnel, since there is no eye and hand contact with body waste. Another purpose of the invention is to provide benefits in every aspect by reducing the workload not only of the patients who are able to meet their own needs, but also of the staff responsible for patient care. No special skills, training or surgical procedures are required to use the invention. Another purpose of the invention is to eliminate the need for dilation (expansion) that must be performed at regular intervals, as it prevents closure of the ostomy organ over time after ostomy surgery. DETAILED DESCRIPTION OF THE INVENTION In this detailed explanation, the ostomy stimulation and vacuum system, which is the subject of the invention, is explained in a way that will provide a better understanding of the subject and will not create any limiting effect. The invention has been designed to provide solutions to these disadvantages, taking into account the disadvantages of the alternative systems developed. Although ostomy bags used in the current technique are the most common method used, they negatively affect the social, psychological and physical life of the patient after ostomy surgery due to the size of the bags used. The necessity of continuous use of the bag, the fact that the bag change process takes a long time, the fact that it causes skin problems due to constant contact with the body, the fact that it does not fit every user profile and therefore some patients require patient care services, the need for additional care products (ostomy cake, gas filter, powder, Due to reasons such as the need for a skin barrier, deodorizer, corset, belt, etc.), the patient cannot get used to living with an ostomy bag and does not pay attention to the need for cleaning, which brings other health problems. Frequent problems such as leakage, bursting of the bag, and bulging of the bag, which are frequently encountered in ostomy bags, clearly show that the common method used does not meet the needs. Considering the purposes of the invention, the most important difference from currently used ostomy care products is; Thanks to the sensor inside, it detects when the need for evacuation needs to be met, it contains a portable vacuum pump with manual and automatic usage options, and it eliminates the need for an ostomy bag. It is obvious that the invention, with its features, will create positive results in the psychological, physiological and sociological life of the user and will save time and money in the long run. Explanation of Figures Figure 2. Fixing and transfer apparatus details Figure 3. View of the system on the skin Figure 4. Fixation and transfer apparatus right and left section Figure 5. Fixation and transfer apparatus upper and lower section Figure 6. Front and back section of the fixation and transfer apparatus Figure 7. Cross-section where the electrical system is combined with the system fixed to the body. Figure 8. Right and left cross-sectional view of the part containing the electrical parts. Figure 9. Front and back sectional view of the part containing the electrical parts. Figure 10. Top and bottom sectional view of the part containing the electrical parts. Figure 11. Image of the cover that covers the system opening Figure 12. Front and back cross-sectional view of the system cover Figure 13. Left and right sectional view of the system cover Figure 14. Cannula Reference List 1- Fixing and transfer apparatus 2- Part containing electrical components 3- System cover 4- Magnet transfer cannula - Inflatable by filling it with air and thus fixed to the ostomy organ 6- Apparatus that determines the disc without contacting the body 7- Opening through which the user will send/draw air to the fixing apparatus 8- Opening created to fix the part containing the electrical components 9- Transparent device created for detection of the proximity sensor surface -The hollow area that will remain between the body and the electrical component 11- Stoma 12-Right cross-sectional view of the fixing and transfer apparatus 13-Left cross-sectional view of the fixing and transfer apparatus 14-Upper cross-sectional view of the fixing and transfer apparatus -Lower cross-sectional view of the fixing and transfer apparatus 16 -Front cross-sectional view of the fixing and transfer apparatus 17-Rear cross-sectional view of the fixing and transfer apparatus 18- Protrusions that connect the electrical system with the system fixed to the body 19-The part where the electrical components are located -The part where the sensor is located and the surface created for detection 21-The system opening surrounded by a magnet 22- Left sectional view of the part containing electrical components 23-Right sectional image of the part containing electrical components 24-Front sectional image of the part containing electrical components - Rear sectional image of the part containing electrical components 26-Top sectional image of the part containing electrical components 27-Bottom sectional image of the part containing electrical components 28-Plug that prevents leaks from the system 29-System cover surface -Front section view of the system cover 31-Rear sectional image of the system cover 32-Left sectional image of the system cover 33-Right sectional image of the system cover 34-Transfer cannula tip with a larger diameter than the system opening - Magnet supported cannula area 36- Excretion bag 37- Portable vacuum pump The usage steps of the system are as follows; Step 1: The user places the deflated fixation apparatus (1) onto the ostomy organ. Step 2: With the help of a syringe, air is sent through the opening in the fixing apparatus (1) and the system end (5) is expanded, thus the fixing process is completed. Step 3: The part containing the electrical components (2) is combined with the fixing apparatus (1) with the help of the fixing spaces (8) and the system is put into operation. Step 4: The system cover (3) is placed. Step 5: Manual or automatic options are selected on the vacuuming device (37). Step 6: After stimulating the stool to exit the ostomy organ, the system cover (3) is removed. Step 7: The magnet-supported cannula area (35) is placed in the magnet-supported system opening (21). If the user is a bedridden patient, there is no obligation to insert the transfer cannula (4) at every stimulation. The connection of the transfer cannula (4) and the apparatus (6) used for expulsion of the disc becomes continuous with magnets. Step 8: The feces are vacuumed with a portable vacuum bag (37) and transferred to the excretory bag (36), which is independent of the body. Step 9: The magnet-supported cannula area (35) is removed, the system cover (3) is reattached, the drainage bag (36) is replaced and daily life continues. TR TR TR TR

Claims (1)

1.ISTEMLER . Bulus ostomi uyari ve vakum sistemi olup, özelligi; atik maddeyi algilamayi saglayan ve yapay algi sistemi olusturarak atik maddenin ostomi çikisina yaklastiginin bilgisini veren bir yakinlik sensörü (20) içermesi, temizligin daha hizli ve kolay yapilmasini saglayan bir vakum pompasi (37) içermesi, herhangi bir torba (36) ile atik maddeyi aktarma isleminin gerçeklestirilmesi imkani sunmasidir. . Istem 1'e göre bulus ostomi uyari ve vakum sistemi olup, özelligi; sabitleme aparatinda bulunan yakinlik sensörü (20) sayesinde stoma açikligindan atik maddeyi sizma veya tahris olusmadan önce bosaltim ihtiyacinin giderilmesini algilamasidir. . Istem 1'e göre bulus ostomi uyari ve vakum sistemi olup, özelligi; portatif vakum pompasinin (37) manuel veya otomatik olarak, hasta ve/veya hasta ile ilgilenen kisinin tercihine göre vakumlama islemi yapmasidir. . Istem 1'e göre bulus ostomi uyari ve vakum sistemi olup, özelligi; ostomi torbasina gerekliligi ortadan kaldirarak atik maddenin herhangi bir torba (36) araciligi ile atilmasini saglamaktir. . Istem 1'e göre bulus ostomi uyari ve vakum sistemi olup, özelligi; ostomi organinda olusabilecek kapanmalari engellemesi ve ostomi hastalarinin belirli araliklarla yapmasi gereken dilasyon (genisletme) islemine olan gereksinimi ortadan kaldirmaktir. TR TR TR TR1.CLAIMS. The invention is an ostomy stimulation and vacuum system and its features are; It contains a proximity sensor (20) that allows detecting the waste material and provides information that the waste material is approaching the ostomy outlet by creating an artificial perception system, it contains a vacuum pump (37) that allows cleaning to be done faster and easier, it contains the process of transferring the waste material with any bag (36). It provides the possibility of realization. . The invention is an ostomy stimulation and vacuum system according to claim 1, and its feature is; Thanks to the proximity sensor (20) located in the fixing apparatus, it detects the need to excrete the waste material from the stoma opening before leakage or irritation occurs. . The invention is an ostomy stimulation and vacuum system according to claim 1, and its feature is; The portable vacuum pump (37) performs vacuuming manually or automatically, according to the preference of the patient and/or the person caring for the patient. . The invention is an ostomy stimulation and vacuum system according to claim 1, and its feature is; It eliminates the need for an ostomy bag and ensures that the waste material is discharged through any bag (36). . The invention is an ostomy stimulation and vacuum system according to claim 1, and its feature is; It prevents any closure that may occur in the ostomy organ and eliminates the need for dilation (expansion) that ostomy patients must perform at regular intervals. TR TR TR TR
TR2022/008850A 2022-05-30 2022-05-30 OSTOMY WARNING AND VACUUM SYSTEM TR2022008850A2 (en)

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