TR201911985A2

TR201911985A2 - A smart flask and a working method for it.

Info

Publication number: TR201911985A2
Application number: TR2019/11985A
Authority: TR
Inventors: Kaner Gül; Erdoğan Deni̇z; Berk Di̇nçer Sali̇h; Uğur Genç Hüseyi̇n; Yildiz Mert; Yilmazer Hakan; Coşkun Aykut
Original assignee: Koc Ueniversitesi
Priority date: 2019-08-06
Filing date: 2019-08-06
Publication date: 2021-02-22

Abstract

Mevcut buluşla geliştirilen akıllı matara, bir ağız bölümü bulunan sıvı haznesini (5); ağız bölümünü kapatmaya uygun olan üst kapağı (2); sıvı haznesinin (5) dış yüzeyinde konumlandırılan, üzerinde, ısıyla etkileşerek renk değiştiren bir desenin bulunduğu geribildirim bölümü (3) bulunan kılıfı (1); kullanıcının sıvı haznesi (5) içerisindeki içeceği içme durumunu algılayan algılama tertibatını; kılıfta (1) konumlandırılan, desenin bulunduğu bölgeye ısı sağlayarak desenin renk durumunun değişmesini sağlayan ısıtma elemanını (1d); ısıtma elemanıyla (1d) ve algılama tertibatıyla bağlantılı olan, algılama tertibatından aldığı sıvı haznesi (5) içerisindeki içeceği içme durumu bilgisine göre kullanıcının, sıvı haznesi (5) içerisindeki içecekten içip içmediğini ve içeceği içme periyodunu tespit eden, kullanıcının en son sıvı haznesi (5) içerisindeki içeceği içtiği zamandan itibaren geçen bekleme süresini belirleyen, bu bekleme süresini, bir eşik bekleme süresiyle karşılaştıran, bu karşılaştırma neticesinde bekleme süresi, eşik bekleme süresine eşit ve/veya eşik bekleme süresinden fazla ise ısıtma elemanına (1d) enerji verilmesini sağlayan kontrol birimini (9) ve kontrol birimiyle (9) ve ısıtma elemanıyla (1d) bağlantılı olan güç kaynağını (8) içermektedir.The smart flask developed with the present invention includes the liquid reservoir (5) with a mouth section; the top cover (2) suitable for closing the mouth part; a cover (1) positioned on the outer surface of the fluid reservoir (5) and having a feedback section (3) on which a pattern changes color by interacting with heat; sensing device detecting the drinking state of the user in the liquid reservoir (5); a heating element (1d) positioned on the cover (1), which provides heat to the region where the pattern is located and enables the color status of the pattern to change; The last liquid reservoir (5) of the user, which determines whether the user drinks the beverage in the liquid reservoir (5) and the drinking period of the user, according to the information on the drinking state in the liquid chamber (5), which is connected to the heating element (1d) and the sensing device, ) the control unit that determines the waiting time that has passed since the time he drinks the beverage, compares this waiting time with a threshold waiting time, and as a result of this comparison, the heating element (1d) is energized if the waiting time is equal to the threshold waiting time and / or more than the threshold waiting time ( 9) and the power supply (8) associated with the control unit (9) and the heating element (1d).

Description

TARIFNAME BIR AKILLI MATARA VE BUNUN IÇIN BIR ÇALISMA YÖNTEMI Mevcut bulus, kullanicisina, içerisindeki sivinin/içecegin içilme durumuyla ilgili bir geri bildirim saglayan akilli mataralar ve bunlarin çalisma yöntemleri ile ilgilidir. DESCRIPTION A SMART Flask AND A WORKING METHOD FOR IT The present invention provides the user with a feedback regarding the drinking status of the liquid/beverage inside. It is about smart flasks that provide notification and their working methods.

Onceki Teknik Suyun yasam açisindan önemi çok büyüktür. Hücre yenilenmesinden besin sindirimine kadar birçok yasamsal faaliyet için suya ihtiyaç duyulmakta olup bu yasamsal faaliyetlerin sorunsuz bir sekilde gerçeklestirilebilmesi için gün içerisinde belirli bir miktarda suyun tüketilmesi gerekmektedir. Ancak özellikle uzun çalisma saatleri ve yogun is tempolari sebebiyle insanlar gün içerisinde su içmeyi unutabilmekte veya atlayabilmektedir. Previous Technique Water is very important for life. From cell regeneration to food digestion water is needed for many legal activities, a certain amount of water during the day in order to be carried out without any problems. must be consumed. However, especially long working hours and intense work tempos. Because of this, people may forget to drink water during the day or skip it.

Ilerleyen teknolojiyle, insan sagligini önemli ölçüde etkileyen bu su içmeyi unutma ve/veya atlama probleminin çözümüne yönelik çok çesitli teknik uygulamalar gelistirilmistir. Bu uygulamalarin en bilineni, artik oldukça yaygin bir sekilde kullanilan akilli telefonlara, su içme düzenini takip eden bir mobil uygulamanin indirilmesi ve bu uygulamanin belirli periyotlarla kullanicisina su içmeyi hatirlatmasidir. Ancak bu tür uygulamalar, kullanici düzeninden bagimsiz olarak belirli periyotlarla (örnegin belirli saatlerde) kullaniciya su içimini hatirlatmakta ve kullanici bir süre sonra bu hatirlaticilardan rahatsizlik duyabilmekte ve uygulamayi akilli telefonundan kaldirabilmektedir. With the advancing technology, do not forget to drink this water, which significantly affects human health, and / or Various technical applications have been developed to solve the skipping problem. This The most well-known of the applications is now widely used smartphones, water downloading a mobile application that tracks drinking patterns and It reminds the user to drink water periodically. However, such applications Irrespective of the order of the user, at certain periods (for example, at certain times) water is supplied to the user. reminds me of drinking and the user feels uncomfortable with these reminders after a while. can hear and uninstall the application from his/her smartphone.

Bahsedilen probleme gelistirilen bir baska çözüm ise akilli matara kullanimidir. Söz konusu akilli mataralar, örnegin mataranin bir agiz bölümüne yerlestirilen bir sensör araciligiyla kullanicinin su içip içmedigini takip etmekte ve su içmedigi durumlarda kullaniciyi, baglanti kurdugu bir mobil cihaz (örnegin kullanici akilli telefonu) üzerinden veya matara üzerinde bulunan bir ekran vasitasiyla uyarmaktadir. Ancak bu tür elektronik mataralarin temizligi zor olabilmekte ve ekran içermesi sebebiyle agirlik artisina yol açabilmekte veya çabuk bozulabilmektedir. ilaveten bu tür mataralar genellikle sayisal veriler sunmakta, bu da akilda kaliciligi olumsuz etkilemektedir. Another solution developed to the mentioned problem is the use of smart flasks. Promise The subject smart flasks are, for example, a sensor placed in a mouth part of the flask. It monitors whether the user drinks water through the user via a connected mobile device (for example, a user smartphone) or via a screen on the flask. However, such electronic Flasks can be difficult to clean and cause an increase in weight due to the screen. It can open or break easily. In addition, such flasks are usually digital data, which negatively affects retention in mind.

Sulusun Kisa Açiklamasi Mevcut bulusla gelistirilen akilli matara, içerisine bir içecegin yerlestirilmesine uygun olan, içecegin içerisine doldurulmasi veya içerisindeki içecegin bosaltilmasi için en az bir agiz bölümü bulunan en az bir sivi haznesini; bu sivi haznesinin bahsedilen agiz bölümünü kapatmaya uygun olan en az bir üst kapagi; bahsedilen sivi haznesinin en az bir bölümünü saracak sekilde bahsedilen sivi haznesinin dis yüzeyinde konumlandirilan, üzerinde, isiyla etkileserek renk degistiren en az bir desenin bulundugu en az bir geribildirim bölümü bulunan en az bir kilifi; kullanicinin sivi haznesi içerisindeki içecegi içme durumunu algilayan en az bir algilama tertibatini; bahsedilen kilifta konumlandirilan, bahsedilen desenin bulundugu bölgeye isi saglayarak kullanicinin sivi haznesi içerisindeki içecegi içme durumuna uygun sekilde desenin renk durumunun degismesini saglayan en az bir isitma elemanini; bahsedilen isitma elemaniyla ve algilama tertibatiyla baglantili olan, algilama tertibatindan aldigi sivi haznesi içerisindeki içecegi içme durumu bilgisine göre kullanicinin, sivi haznesi içerisindeki içecekten içip içmedigini ve bahsedilen içecegi içme periyodunu tespit eden, kullanicinin sivi haznesi içerisindeki içecegi en son içtigi zamandan itibaren geçen bekleme süresini belirleyen, bu bekleme süresini, bir birinci esik bekleme süresiyle karsilastiran, bu karsilastirma neticesinde bekleme süresi, birinci esik bekleme süresine esit ve/veya birinci esik bekleme süresinden fazla ise bahsedilen desenin en az bir bölümünde renk durumu degisikligi olusturmak üzere isitma elemanina enerji verilmesini saglayan ve bu sekilde kullanicinin dikkatini çekerek sivi haznesi içerisindeki içecekten içmesi gerektigini hatirlatan en az bir kontrol birimini ve kontrol birimiyle. algilama tertibatiyla ve isitma elemaniyla baglantili olan en az bir güç kaynagini içermektedir. Short Description of Sulu The smart flask developed by the present invention is suitable for placing a beverage inside, At least one mouth for filling or emptying the beverage at least one liquid reservoir having a section; said mouth part of this liquid reservoir at least one top cover suitable for closure; at least one of said liquid reservoir positioned on the outer surface of the said liquid reservoir to enclose the section, at least one pattern on which there is at least one pattern that changes color by interacting with heat at least one case with a feedback section; the user's beverage in the liquid reservoir at least one sensing device that detects the drinking state; positioned in the said sheath, by providing heat to the area where the said pattern is located, inside the liquid reservoir of the user. It is the best tool that allows the color status of the pattern to change in accordance with the drinking situation. at least one heating element; connected to said heating element and sensing device information on the drinking status of the beverage in the liquid reservoir that it receives from the sensing device. According to this, whether the user drinks from the beverage in the liquid reservoir and whether the said beverage the last time the user drank the beverage in the liquid reservoir, which detects the drinking period. a first threshold, which determines the waiting time elapsed from time compared with the waiting time, as a result of this comparison, the waiting time is the first threshold If it is equal to the waiting time and/or more than the first threshold waiting time, to the heating element to create a color change in at least one part of the pattern. the liquid reservoir, which provides energy and thus attracts the attention of the user. at least one control unit and control unit that reminds him to drink from the beverage inside with unit. at least one power source connected to the sensing device and the heating element contains.

Mevcut bulusla gelistirilen çalisma yöntemi ise o algilama tertibati vasitasiyla kullanicinin sivi haznesindeki içecekten içtiginin algilanarak kontrol birimine iletilmesi; 0 kontrol biriminin kullanicinin bu içecegi içtigi zamandan itibaren geçen bekleme süresini saymasi ve bu bekleme süresini birinci esik bekleme süresiyle karsilastirmasi; i bekleme süresi boyunca desenin renk durumunun bir bekleme durumu olarak ayarlanmasi; - bekleme süresi birinci esik bekleme süresine ulastiginda bahsedilen güç kaynagi vasitasiyla isitma elemanina enerji verilmesi; - isitma elemanina enerji verilmesiyle isitma elemaninin, bahsedilen desenin bulundugu geribildirim bölümüne isi saglamasi ve bu sekilde desenin renk durumunun bir birinci hatirlatma durumuna ayarlanmasi; i kullanici içecek tüketimi yapana kadar bu sekilde desenin renk durumunun degistirilerek içecek tüketimi yapilmasi gerektiginin kullaniciya hatirlatilmasi adimlarini içermektedir. The working method developed by the present invention is o from the beverage in the user's liquid reservoir through the detection device detecting your drink and transmitting it to the control unit; 0 control units have elapsed since the user drank this beverage. counting the waiting time and waiting this waiting time as the first threshold comparison with time; i is a standby state of the color state of the pattern during the dwell time. set as; - said power when the cooldown reaches the first threshold cooldown energizing the heating element through its source; - by energizing the heating element, the heating element becomes the pattern of said pattern It provides heat to the feedback section and in this way the color of the pattern setting the state to a first reminder state; Keep the color status of the pattern in this way until the user consumes a beverage. it is necessary to change the beverage consumption to the user. to be reminded contains the steps.

Mevcut bulusla gelistirilen akilli matara ve çalisma yöntemi sayesinde, kullanicinin özellikle su tüketimi efektif bir sekilde takip edilebilmekte ve kullanici, içecek tüketimi konusunda, dikkatini ciddi boyutta dagitmayacak bir sekilde uyarilabilmektedir. Ayrica sivi haznesinin, kilifla elektriksel baglantisinin bulunmamasi sayesinde sivi haznesi kiliftan pratik bir sekilde çikarilabilmekte, kolayca temizlenebilmekte ve kilif tekrar kolayca yerlestirilebilmektedir. Thanks to the smart flask and working method developed with the present invention, the user's In particular, water consumption can be monitored effectively and user and beverage consumption. be warned in a way that does not seriously distract his attention. Also liquid Since the reservoir has no electrical connection to the sheath, the fluid reservoir is removed from the sheath. it can be easily removed, cleaned easily and the cover can be easily removed again. can be placed.

Bulusun Amaci Mevcut bulusun amaci, bir mobil cihaza ihtiyaç duyulmadan kullanicisina, içerisindeki bir içecegin (örnegin suyun) içilmesini hatirlatan bir akilli matara ve bunun için bir çalisma yöntemi gelistirmektir. Purpose of the Invention The aim of the present invention is to provide a mobile device to its user, without the need for a mobile device. A smart flask that reminds you to drink a beverage (eg water) and a study for it to develop the method.

Mevcut bulusun bir diger amaci kolay temizlenebilen bir akilli matara ve bunun için bir çalisma yöntemi gelistirmektir. Another object of the present invention is an easy-to-clean smart flask and a is to develop a working method.

Mevcut bulusun bir baska amaci ise minimum düzeyde agirlik artisi saglayan ve dolayisiyla kolay tasinabilir olan bir akilli matara ve bunun için bir çalisma yöntemi gelistirmektir. Another object of the present invention is to provide minimal weight gain and therefore an easily portable smart flask and a working method for it is to develop.

Mevcut bulusun diger bir amaci da kullaniciya hatirlatmanin yani sira içilen içecek miktarina yönelik görsel geri bildirim saglayan bir akilli matara ve bunun için bir çalisma yöntemi gelistirmektir. Another purpose of the present invention is to remind the user, as well as to drink the beverage. a smart flask providing visual feedback on the amount of to develop the method.

Mevcut bulusun baska bir amaci kullanimi kolay, pratik, güvenilir ve uzun ömürlü bir akilli matara ve bunun için bir çalisma yöntemi gelistirmektir. Another object of the present invention is a smart device that is easy to use, practical, reliable and long lasting. is to develop a canteen and a working method for it.

Sekillerin Açiklamasi Mevcut bulusla gelistirilen akilli mataranin uygulama Örnekleri ekli sekillerde gösterilmis olup bu sekillerden; Sekil 1; gelistirilen akilli mataranin bir perspektif görünüsüdür. Description of Figures Application Examples of the smart canteen developed with the present invention are shown in the attached figures. and from these figures; Figure 1; is a perspective view of the developed smart flask.

Sekil 2; gelistirilen akilli mataranin demonte halinin bir perspektif görünüsüdür. Figure 2; is a perspective view of the disassembled state of the developed smart flask.

Sekil 3; gelistirilen akilli mataranin bir kesit görünüsüdür. Figure 3; This is a section view of the developed smart flask.

Sekil 4; gelistirilen akilli matarada bulunan hatirlatma bölümündeki katmanlarin bir detay perspektif görünüsüdür. Figure 4; One of the layers in the reminder section of the developed smart flask detail is perspective view.

Sekil 5; gelistirilen akilli mataranin bir kesit perspektif görünüsüdür. Figure 5; is a cross-section perspective view of the developed smart flask.

Sekil 6; gelistirilen akilli mataranin içerdigi bir baglayicinin bulundugu kismin bir kesit görünüsüdür. Figure 6; a part of a binder contained in the developed smart flask is the cutaway view.

Sekillerdeki parçalar tek tek numaralandirilmis olup bu numaralarin karsiliklari asagida verilmistir: Dis katman (1a) Izolasyon katmani (lc) Boya katmani (1e) Açiklik (tt) Ust kapak (2) Geribildirim bölümü (3) Kontrol bölmesi (4) Alt kapak (423) Uzanti (4b) Sivi haznesi (5) Baglayici (6) Gövde (6a) Baglanti yuvasi (Gb) Iletken parça (7) Güç kaynagi (8) Kontrol birimi (9) Ikinci sabitleme elemani (11) Bulusun Açiklamasi Canli yasaminda büyük önem tasiyan suyun, özellikle insanlar tarafindan, gün içerisinde belirli bir miktarda tüketilmesi gerekmektedir. Ancak günümüz yasam kosullari göz önünde bulunduruldugunda gün içerisinde su tüketimi unutulabilmekte vei'veya atlanabilmektedir. The parts in the figures are numbered one by one and the corresponding numbers are given below. given: Outer layer (1a) Insulation layer (lc) Paint layer (1e) Aperture (tt) Top cover (2) Feedback section (3) Control compartment (4) Bottom cover (423) Extension (4b) Liquid reservoir (5) Connector (6) Body (6a) port (Gb) Conductive part (7) power supply (8) Control unit (9) Second fastening element (11) Description of the Invention Water, which is of great importance in living life, is especially consumed by humans during the day. must be consumed in a certain amount. However, considering today's living conditions water consumption during the day can be forgotten or skipped.

Bu problemin çözümüne yönelik olarak su tüketiminin gerekliligini hatirlatan çesitli uygulamalar yaygin olarak kullanilmaktadir. Ancak bu uygulamalar kimi zaman kullanici için bir süre sonra rahatsiz edici olabilmekte ve kullanici bu uygulamalari kullanmayi birakabilmekte veya kullaniciya kullanim kolayligi saglayamayabilmektedir. Bu nedenle mevcut bulusla, söz konusu problemlerin çözümüne yönelik bir akilli matara gelistirilmektedir. Örnek görünüsleri sekil 1 - 5`te verilen, mevcut bulusla gelistirilen akilli matara, içerisine su gibi bir içecegin yerlestirilmesine uygun olan, içecegin içerisine doldurulmasi veya içerisindeki içecegin bosaltilmasi (örnegin içilmesi) için en az bir agiz bölümü bulunan. tercihen camdan mamul olan, tercihen silindirik bir formdaki en az bir sivi haznesini (5) ve bu sivi haznesinin (5) bahsedilen agiz bölümünü kapatmaya uygun olan, tercihen dairesel kesitli en az bir üst kapagi (2) içermektedir. Gelistirilen akilli matara ayrica, bahsedilen sivi haznesinin (5) en az bir bölümünü (örnegin yanal kenarlarini) saracak sekilde bahsedilen sivi haznesinin (5) dis yüzeyinde (içecekle temas etmeyen yüzeyinde) konumlandirilan, tercihen sivi haznesinin (5), içerdigi en az bir açikliktan (1f) geçerek içerisine yerlestirilebilecegi (örnegin sivi haznesinin (5) yanal kenarlarini saracak sekilde) bir kapali formda olan, üzerinde, isiyla etkileserek renk degistiren en az bir desenin bulundugu en az bir geribildirim bölümü (3) bulunan en az bir kilifi (1) (bahsedilen geribildirim bölümü (3) kilifin (1) bir bölgesinde veya tamaminda bulunabilmektedir); kullanicinin sivi haznesi (5) içerisindeki içecegi içme durumunu algilayan, tercihen en az bir meyil sensörünü (tilt sensor) ve/veya en az bir ivme'ölçeri içeren en az bir algilama tertibatini; bahsedilen kilifta (1), tercihen desenin bulundugu kismin en az bir bölümünde konumlandirilan, bahsedilen desenin bulundugu bölgeye isi saglayarak kullanicinin sivi haznesi (5) içerisindeki içecegi içme durumuna uygun sekilde desenin renk durumunun degismesini (örnegin belirginlesmesi, soluklasmasi, görünür olmasi, kaybolmasi, renk degistirmesi vs.) saglayan en az bir isitma elemanini (1d); bahsedilen isitma elemaniyla (1d) ve algilama tertibatiyla baglantili olan, algilama tertibatindan aldigi sivi haznesi (5) içerisindeki içecegin içilme durumu bilgisine göre kullanicinin, sivi haznesi (5) içerisindeki içecekten içip içmedigini, bahsedilen içecegi içme periyodunu ve tercihen içtigi içecek miktarini tespit eden, kullanicinin, sivi haznesi (5) içerisindeki içecegi en son içtigi zamandan itibaren geçen bekleme süresini belirleyen, bu bekleme süresini, tercihen içilen içecek miktariyla iliskili olarak belirlenmis bir birinci esik bekleme süresiyle karsilastiran, bu karsilastirma neticesinde bekleme süresi, birinci esik bekleme süresine esit ve/veya birinci esik bekleme süresinden fazla ise bahsedilen desenin en az bir bölümünde renk durumu degisikligi olusturmak üzere isitma elemanina (1d) enerji verilmesini saglayan ve bu sekilde kullanicinin dikkatini çekerek sivi haznesi (5) içerisindeki içecekten içmesi gerektigini, tercihen toplam içtigi içecek miktariyla birlikte hatirlatan en az bir kontrol birimini (9) (örnegin bir elektronik kart) ve kontrol birimiyle (9), algilama tertibatiyla ve isitma elemaniyla (1d) baglantili olan en az bir güç kaynagini (8) (örnegin bir harici batarya) içermektedir. Tercih edilen bir uygulamada akilli matara, kontrol biriminin (9) enerjilendirilerek hatirlatma sürecinin baslatilmasi için ve/veya akilli mataranin kullanilmadigi durumda hatirlatma sürecinin aktif olmasini önlemek için en az bir kontrol parçasini (örnegin bir anahtar) içerebilmektedir. Various reminders of the necessity of water consumption for the solution of this problem. applications are widely used. However, these applications are sometimes It can be annoying after a while and the user refuses to use these applications. may leave it or may not provide ease of use to the user. Because With the present invention, a smart canteen for solving these problems is being developed. The smart flask developed by the present invention, whose exemplary views are given in figures 1 - 5, is placed in filling or filling the beverage, suitable for placing a beverage such as water having at least one mouthpiece for emptying (eg drinking) the beverage inside. at least one liquid reservoir (5), preferably of a cylindrical form, preferably made of glass, and preferably circular, suitable for closing said mouth part of this liquid reservoir (5) sectioned at least one upper cover (2). The developed smart flask also contains the mentioned liquid the said chamber (5) to enclose at least a part (for example, its lateral edges). positioned on the outer surface of the liquid reservoir (5) (on the surface not in contact with the beverage), preferably the liquid reservoir (5) passes through at least one opening (1f) it contains. (e.g. wrapping around the lateral edges of the liquid reservoir (5)) in form, on which there is at least one pattern that changes color by interacting with heat. at least one cover (1) with at least one feedback section (3) (the said feedback section (3) may be present in an area or the whole of the sheath (1); user's liquid reservoir (5) preferably at least one tilt sensor (tilt) that detects the drinking state of the beverage inside at least one sensing device comprising a sensor) and/or at least one accelerometer; in the aforementioned (1), preferably positioned in at least a part of the part where the pattern is, said By providing heat to the area where the pattern is located, the user can drink the beverage in the liquid reservoir (5). changing the color status of the pattern in accordance with the drinking situation (for example, clarification, fading, being visible, disappearing, changing color etc.) at least one heating element (1d) providing it; with said heating element (1d) and detection inside the liquid chamber (5) that it receives from the sensing device, which is connected to the According to the information of the drinking status of the beverage, the user can determine the amount of beverage in the liquid reservoir (5). whether he drank the drink, the period of drinking the drink and preferably the amount of drink he drank. from the last time the user drank the beverage in the liquid reservoir (5). This waiting time, which determines the waiting time elapsed from Compared to a first threshold waiting period determined in relation to the amount of As a result of comparison, the waiting time is equal to the first threshold waiting time and/or the first If the threshold is more than the dwell time, the color status in at least one part of the mentioned pattern which ensures that the heating element (1d) is energized to create the change, and this In this way, by drawing the attention of the user, he/she drinks from the beverage in the liquid reservoir (5). at least one control reminder, preferably with the total amount of beverage consumed unit (9) (for example, an electronic board) and control unit (9), detection device and At least one power source (8) (for example, an external) connected to the heating element (1d) battery) included. In a preferred embodiment, the smart flask is connected to the control unit (9). to start the reminder process by energizing and/or the smart flask at least one control to prevent the reminder process from being active when not in use part (for example, a key).

Mevcut bulusla gelistirilen akilli mataranin çalisma yönteminde bahsedilen sivi haznesi (5) içerisinde bir içecek (örnegin su) bulunmakta olup algilama tertibati vasitasiyla kullanicinin sivi haznesindeki (5) içecekten içtigi, tercihen içtigi içecek miktariyla birlikte algilanarak kontrol birimine (9) iletilmektedir. Kontrol birimi (9), kullanicinin bu içecegi içtigi zamandan itibaren geçen bekleme süresini saymakta ve bu bekleme süresi birinci esik bekleme süresine ulastiginda (bahsedilen birinci esik bekleme süresi tercihen kullanicinin içtigi içecek miktariyla iliskili olup örnegin kullanici `önceden belirlenen bir miktardan daha az içecek tükettiginde bu birinci esik bekleme süresi daha kisa, bu 'önceden belirlenen miktardan daha çok içecek tükettiginde ise daha uzun olabilmektedir) bahsedilen güç kaynagi (8) vasitasiyla isitma elemanina (1d) enerji verilmesini saglamaktadir. Bekleme süresi içerisinde desenin renk durumu bir bekleme durumunda olmaktadir. Isitma elemanina (1d) enerji verilmesiyle isitma elemani (1d), bahsedilen desenin bulundugu geribildirim bölümüne (3) isi saglamakta ve bu sekilde desenin renk durumunda degisiklik olmaktadir. Bu degisiklik neticesinde desenin renk durumu bir birinci hatirlatma durumuna gelmektedir. Kullanici içecek tüketimi yapana kadar bu sekilde desenin renk durumu ve tercihen ilgili renk durumunda kalma süresi, hatirlatma miktarina oranla artacak sekilde degistirilerek içecek tüketimi yapilmasi gerektigi kullaniciya hatirlatilmaktadir. Kullanici içecek tüketimi yaptiginda ise desen renk durumu tercihen, kullaniciya bu durumu bildiren bir içecek tüketme durumuna gelmekte ve sonrasinda bekleme durumuna geri dönmektedir. Bu içecek tüketme durumu da tercihen, desenin tamaminin 'önceden belirlenen bir renkte kullaniciya gösterilmesi seklinde olabilmektedir. Çalisma yönteminin bir örnek uygulamasinda, bekleme süresi içerisinde desenin renk durumu (bekleme durumu), oda sicakliginda desenin fark edilmeyecegi bir görünmez durumda (örnegin kilifla (1) ayni renkte veya seffaf veya geçirgen) olabilmektedir. Bekleme süresi bahsedilen birinci esik bekleme süresini geçtikten sonra, isitma elemaninin (1d) sagladigi isiyla bahsedilen desenin renk durumu, desenin en az bir bölümünün fark edilebilecegi sekilde degisebilmekte ve bu sekilde desen, birinci hatirlatma durumuna gelebilmektedir (örnegin kilifin (1) renginden farkli bir renge dönüsebilir veya bahsedilen desen bölümünün dis konturlari daha belirginlesebilir vs.). Bu uygulamada tercihen, kullanicinin, desenin birinci hatirlatma durumuna gelmesinden itibaren, tercihen 30 dakika clabilen ve/veya kullanici tarafindan belirlenerek, bir veri giris birimi (örnegin kullanicinin bir mobil cihazi) vasitasiyla kontrol birimine (9) kayit edilebilen bir ikinci esik bekleme süresi (bu ikinci esik bekleme süresi birinci esik bekleme süresine esit veya birinci esik bekleme süresinden farkli olabilmektedir) içerisinde içecek tüketimi gerçeklestirip gerçeklestirmedigi takip edilmekte ve kullanici bu ikinci esik bekleme süresi içerisinde sivi haznesi (5) içerisindeki sudan içmezse, isitma elemaninin (1d) isi vermeye devam etmesiyle birlikte desenin renk durumunda daha belirgin degisiklikler olmakta ve bu sekilde desenin daha dikkat çekici oldugu bir ikinci hatirlatma durumuna gelmesi saglanmaktadir. Bir baska uygulamada örnegin bekleme süresi içerisinde desenin renk durumu (diger bir deyisle desenin renginin bekleme durumu), oda sicakliginda desen, kiliftan (1) farkli bir birinci renge sahip olacak sekilde olabilmektedir. Bekleme süresi birinci esik bekleme süresine geldiginde saglanan isi sebebiyle desenin rengi, birinci renkten farkli bir ikinci renge dönüsebilmekte ve birinci hatirlatma durumuna gelebilmekte; kullanicinin, desenin birinci hatirlatma durumuna gelmesinden itibaren ikinci esik bekleme süresi içerisinde içecek tüketimi gerçeklestirip gerçeklestirmedigi takip edilmektedir. Bu ikinci esik bekleme süresi içerisinde kullanici sivi haznesi (5) içerisindeki sudan içmezse, desenin rengi, ikinci renkten farkli bir üçüncü renge dönüsebilmekte ve ikinci hatirlatma durumuna gelebilmektedir. Bu sekilde hatirlatmalar, içecek tüketimi gerçeklesene kadar renk durumu degisikligi ile devam etmektedir. Bu uygulamada ayrica tercihen, desen rengi birinci hatirlama durumuna geldiginde, kullanicinin içecek tüketimi gerçeklestirmedigi durumda, ikinci esik bekleme süresinden daha az olan bir gösterme süresi (bu gösterme süresi tercihen 5 dakika olabilmekte ve/veya kullanici tarafindan belirlenerek, bir veri giris birimi (örnegin kullanicinin bir mobil cihazi) vasitasiyla kontrol birimine (9) kayit edilebilmektedir) kadar bu birinci hatirlatma durumunda kalip gösterme süresi doldugunda bekleme durumuna geri dönebilmekte ve ikinci esik bekleme süresi dolana kadar bu bekleme durumunda kalabilmektedir. Bir diger uygulamada ise desenin rengi, kullanicinin içecek tüketimi gerçeklestirmedigi durumda, ikinci esik bekleme süresi dolana kadar birinci hatirlatma durumunda kalabilmektedir. Bir diger alternatif uygulamada da örnegin, bahsedilen kontrol birimi (9) araciligiyla isitma elemanina (1d) saglanan akim miktari kontrol edilebilmekte ve böylelikle desendeki renk durumu degisikliginin hizi ve/veya degisen renk durumunun belirgin kalma süresi ayarlanabilmektedir. Bir baska uygulamada da örnegin, bahsedilen geribildirim bölümünde (3) farkli isi degerlerinde renk durumlari degisen birden çok desen bulunabilmekte, bekleme süresinde farkli renkte bir birinci desen, birinci esik bekleme süresine ulasildiginda birinci desenle birlikte (veya birinci desenin görünürlügünün azalmasiyla velveya kaybolmasiyla) birinci desenle ayni veya birinci desenden farkli bir renkte bir ikinci desen kullaniciya gösterilebilmektedir. Bu sekilde kullanici içecek tüketimi gerçeklestirene kadar desenin renk durumlari degistirilerek kullaniciya içecek tüketimi yapmasi gerektigi hatirlatilmakta ve tercihen hatirlatma sayisi arttikça, desenin ilgili hatirlatma sayisiyla iliskili desen rengi durumunda kalma süresi (diger bir deyisle gösterme süresi) (ve tercihen bu renk durumunun kaybolma süresi) de uzatilmaktadir (örnegin hatirlatma sayisi arttikça ilgili desen renginde kalma süresi de 5'er dakika artabilmektedir). Bir diger uygulamada da önceden belirlenen bir sayida (tercihen 6 defa) renk durumu degisikligi gerçeklestikten sonra son renk durumunun, kullanici içecek tüketimi gerçeklestirene kadar kalici olmasi saglanabilmektedir. Örnegin desen durumu bekleme durumundan birinci hatirlatma durumuna geçtikten sonra ikinci esik bekleme süresi boyunca içecek tüketimi olmazsa, desen durumu ikinci hatirlatma durumuna geçmekte; ikinci hatirlatma durumundayken bir üçüncü esik bekleme süresi (bu üçüncü esik bekleme süresi birinci ve/veya ikinci esik bekleme süresiyle ayni veya birinci ve/veya ikinci esik bekleme süresinden farkli olabilmektedir) boyunca içecek tüketimi olmazsa, desen durumu, birinci ve ikinci hatirlatma durumlarindan farkli bir üçüncü hatirlatma durumuna geçmekte ve örnegin bu üçüncü hatirlatma durumu, kullanici içecek tüketimi gerçeklestirene kadar kullaniciya gösterilebilmektedir. Gelistirilen akilli matara ve çalisma yöntemi sayesinde kullanicinin, nazik bir sekilde içecek tüketimine iliskin uyarilmasi saglanabilmektedir. Kullanici bu hatirlatmalar neticesinde sivi haznesi (5) içerisindeki içecekten içmezse, hatirlatma derecesi, en az bir desenin renk durumunun degistirilmesiyle daha dikkat çekici olarak artirilmakta; kullanici bu hatirlatmalar neticesinde sivi haznesi (5) içerisindeki içecekten içtiginde ise, içecek tüketiminin gerçeklestigi kullaniciya bildirilerek bekleme süresindeki desen renk durumuna geri dönülmektedir. Içecek tüketiminin gerçeklestigi kullaniciya örnegin, en az bir desenin tamaminin renklendirilmesiyle, renginin degistirilmesiyle veya farkli bir desenin kullaniciya gösterilmesiyle gerçeklestirilebilmektedir. The liquid reservoir (5) mentioned in the working method of the smart flask developed with the present invention It contains a beverage (e.g. water) and is detected by the detection device. together with the amount of beverage that the user drinks from the beverage in the liquid reservoir (5), preferably It is detected and transmitted to the control unit (9). The control unit (9) is where the user drinks this beverage. counts the waiting time from time to time and this waiting time is the first threshold. when the waiting time is reached (the first threshold waiting time mentioned is preferably the user's It is related to the amount of beverage he drinks and for example the user `more than a predetermined amount. this first threshold waiting time is shorter, this 'predetermined it may be longer when consuming more than the amount of drink) mentioned power It provides energy to the heating element (1d) through its source (8). Wait During the duration, the color status of the pattern is in a waiting state. Heating By energizing the element (1d), the heating element (1d) It provides heat to the feedback section (3) and thus changes the color status of the pattern. is happening. As a result of this change, the color status of the pattern becomes a first reminder. is coming. In this way, until the user consumes a beverage, the color status of the pattern and preferably, the residence time in the relevant color state will increase in proportion to the reminder amount. The user is reminded that the beverage should be consumed by changing it. User when consuming a beverage, the pattern color status is preferably the one that informs the user of this situation. it comes to the state of consuming a beverage and then returns to the standby state. is returning. Preferably, this beverage consumption situation is the 'pre-existence of the whole pattern'. It can be displayed to the user in a specified color. Working method in an example application, the color state of the pattern during the dwell time (wait condition) in an invisible state where the pattern is not noticeable at room temperature (e.g. it can be the same color as the sheath (1) or transparent or permeable). Standby time After the said first threshold waiting time has passed, the heating element (1d) provides the color state of the pattern mentioned by heat, where at least part of the pattern can be noticed and in this way, the pattern can become the first reminder. (for example, it may change to a different color from the color of the cover (1) or the pattern mentioned the outer contours of the section may become more pronounced, etc.). In this application, preferably, the user preferably 30 minutes from the first reminder of the pattern. and/or specified by the user, a data entry unit (for example, a mobile a second threshold dwell time (this second threshold waiting time equal to first threshold waiting time or first threshold waiting time may be different from the duration of the beverage) It is monitored that it does not occur and the user does not drink liquid within this second threshold waiting period. If he does not drink from the water in the chamber (5), the heating element (1d) continues to heat. There are more obvious changes in the color status of the pattern with In this way, it becomes a second reminder that the pattern is more noticeable. is provided. In another application, for example, the color of the pattern in the waiting time status (in other words, the waiting state of the color of the pattern), the pattern at room temperature, It may be such that it has a different first color from the sheath (1). Standby time Because of the heat provided when the first threshold reaches the waiting time, the color of the pattern changes to the first it can change to a second color different from the color and become a first reminder; Waiting for the second threshold after the user reaches the first reminder state of the pattern It is monitored whether or not the beverage is consumed within the specified period. This If the user does not drink from the water in the liquid reservoir (5) within the second threshold waiting period, the color of the pattern can change to a different third color from the second color and the second reminder situation can occur. In this way, the reminders are kept until the beverage is consumed. continues with color status change. In this application, also preferably, the pattern color When it comes to the first recall, the user does not consume any beverage. In this case, a display time that is less than the second threshold wait time (this The duration can preferably be 5 minutes and/or determined by the user, a data entry register to the control unit (9) via the user's mobile device (for example, a mobile device of the user) until the pattern display time expires in this first reminder state. can return to the waiting state and remain in this state until the second threshold cooldown expires. may be on standby. In another application, the color of the pattern is determined by the user. In the case of no beverage consumption, the first threshold waits until the end of the second threshold. may remain in a state of remembrance. In another alternative application, for example, the amount of current supplied to the heating element (1d) through said control unit (9) can be controlled and thus the speed and/or The apparent residence time of the changing color state can be adjusted. In another application For example, in the feedback section (3), color states at different heat values There may be more than one pattern changing, a first one in a different color during the waiting period. pattern will be played together with the first pattern (or the first same as the first pattern or a second pattern in a different color from the first pattern can be displayed to the user. This In this way, the color states of the pattern until the user consumes a beverage. by changing it, the user is reminded that he should consume beverages and preferably The higher the reminder number, the higher the pattern is in the case of the pattern color associated with the corresponding reminder number. residence time (i.e. display time) (and preferably this color state disappearance time) is also extended (for example, as the number of reminders increases, the corresponding pattern color residence time may also increase by 5 minutes). In another application, predetermined the final color after a number of color state changes (preferably 6 times) status is permanent until the user consumes the beverage can be provided. For example, the first reminder from the pattern state waiting state If there is no beverage consumption during the second threshold waiting period after switching to the pattern state changes to second reminder state; In the second reminder state, a third threshold cooldown (this third threshold cooldown is the first and/or second threshold same as the waiting time or different from the first and/or second threshold waiting time If there is no beverage consumption during the first and second It changes from the reminder states to a different third reminder state and for example this The third reminder status is given to the user until the user consumes the beverage. can be displayed. Thanks to the developed smart flask and working method, the user can it can be gently stimulated about beverage consumption. This is the user If he does not drink from the beverage in the liquid reservoir (5) as a result of reminders, the reminder degree is more conspicuous by changing the color state of at least one pattern. being increased; As a result of these reminders, the user will lose the drink in the liquid reservoir (5). When he drinks, the user is informed that the consumption of the beverage has occurred, and the waiting period is the pattern is returning to the color state. To the user who consumes the beverage for example, by coloring at least one entire pattern, changing its color, or It can be done by showing a different pattern to the user.

Bir diger alternatif uygulamada tercihen, bir içecek içme sürecinde kullanicinin tüketmesi gereken içecek miktari kontrol biriminde (9) kayitli olabilmektedir. Bu tüketilmesi gereken içecek miktari tercihen kullanici tarafindan, bir veri giris birimi (örnegin kullanicinin bir mobil cihazi) vasitasiyla kontrol birimine (9) kayit edilebilmektedir. Bu uygulamada kullanicinin içecegi içmeye basladigi, bahsedilen algilama tertibati vasitasiyla tespit edildiginde, bu içecek içme sürecinde kullanicinin ne kadar içecek tükettigi tespit edilmekte ve kontrol biriminde (9) kayitli tüketilmesi gereken içecek miktariyla karsilastirilmaktadir. Kullanicinin, kontrol biriminde (9) kayitli miktardan daha az içecek tüketmesi durumunda bahsedilen desenin renk durumu, az içecek tüketildigini gösteren bir uyari durumunu gösterecek sekilde degistirilmektedir. Tercih edilen bir uygulamada bu uyari durumu, desenin en az bir kismi, tercihen önceden belirlenen bir uyari renginde, oda sicakliginda görünür olacak sekilde olabilmekte ve tercihen desenin bahsedilen uyari rengine sahip oldugu kisminin boyutu, kullanicinin tükettigi içecek miktarinin, tüketilmesi gereken içecek miktarina oranina göre, kontrol birimi (9) tarafindan belirlenebilmektedir. In another alternative application, it is preferably consumed by the user while drinking a beverage. the required amount of beverage can be registered in the control unit (9). It must be consumed The amount of beverage is preferably specified by the user as a data entry unit (for example, a can be registered to the control unit (9) via the mobile device. In this application detection by said detection device that the user has started to drink the beverage It is determined how much beverage the user consumes during this beverage drinking process. and with the amount of beverage to be consumed registered in the control unit (9). are compared. The user may drink less than the amount stored in the control unit (9). The color status of the mentioned pattern, in case of consumption is changed to show the warning status. In a preferred embodiment, this warning condition, at least part of the pattern, preferably in a predetermined warning color, room temperature, and preferably the said warning of the pattern the size of the part it has the color of, the amount of beverage consumed by the user, consumption It can be determined by the control unit (9) according to the ratio of required beverage amount.

Bir baska uygulamada da bahsedilen uyari durumu, içecek tüketme durumundaki desen renginin, tüketilmesi gereken içecek miktarinda içecek tüketimi gerçeklestirildiginde gösterildiginden daha soluk bir biçimde gösterilmesi seklinde de olabilmektedir. The warning state, which is also mentioned in another application, is the pattern in the beverage consumption state. the color of the beverage is consumed in the amount of beverage that should be consumed. It can also be shown in a paler form than shown.

Bulusun tercih edilen bir uygulamasinda bahsedilen geribildirim bölümü (3), üzerinde bahsedilen desenin yer aldigi, kullaniciya görünür olan (diger bir deyisle disaridan, kullanici tarafindan görülebilir olan) en az bir birinci yüzeyi ve bu birinci yüzeyin karsisindaki, kullaniciya görünür olmayan (diger bir deyisle disaridan, kullanici tarafindan görülebilir olmayan) en az bir ikinci yüzeyi içeren, kumastan mamul en az bir dis katmani (1a); bahsedilen dis katmanin (1a) ikinci yüzeyinin bulundugu tarafta konumlu olan (tercihen ikinci yüzey ile temas halinde olan), tercihen bir tel rezistans olan bahsedilen isitma elemaninin (1d) konumlu oldugu en az bir isitma katmanini (1b); isitma katmaniyla (1b) sivi haznesi (5) arasinda olacak sekilde konumlandirilan, isitma elemaninin (1d) sagladigi isinin, sivi haznesine (5) ve dolayisiyla sivi haznesi (5) içerisindeki içecege ulasmasini önleyen en az bir izolasyon katmanini (tc) ve bahsedilen desen üzerinde yer alan, isiyla etkileserek desenin renk durumunun degismesini saglayan en az bir boya katmanini (1e) içermektedir. Böylece desenin renk durumunun, isitma elemanina (1d) enerji verilmesiyle oda sicakliginda farkli olmasi saglanarak kullaniciya, sivi haznesi (5) içerisindeki içecegin tüketimine yönelik çesitli geribildirimler, pratik ve efektif bir sekilde iletilebilmektedir. Bu uygulamada tercihen, isitma katmaniyla (1b) kontrol biriminin (9) ve güç kaynaginin (8) baglantisi en az bir iletken parça (7) (örnegin tel) vasitasiyla saglanmakta olup akilli matara da tercihen, bu iletken parçanin (7) içerisinde konumlu oldugu, bahsedilen katmanlari tutan en az bir baglayiciyi (6) içermektedir. Ornek bir kesit görünüsü sekil 6'de verilen söz konusu baglayici (6) tercihen, kilif (1) boyunca uzanir sekilde (örnegin kilifin (1) açiklik (1f) bölümüyle açikligin (1f) karsisindaki bir taban bölümü arasinda uzanir sekilde) konumlu olan, iletken parçanin (7) içerisinde konumlu oldugu, bir çubuk formundaki en az bir gövdeyi (Ba) ve bahsedilen gövdenin (Ba) birbirine bakmayan karsilikli yüzeylerinde konumlu olan, kilifin (1) (tercihen, kilifin (1) geribildirim bölümünün (3)) kilif (1) boyunca uzanan karsilikli iki ucunun birbirinden bagimsiz olarak içerisine yerlestigi, karsilikli duvarlariyla kilifin (1), sivi haznesine (5) temas eden bir iç yüzeyinin en az bir kismiyla, bu iç yüzeyin karsisindaki bir dis yüzeyinin en az bir kismini kavrayan, tercihen kesiti bir “U” formunda olan en az iki baglanti yuvasini (Bb) (baglanti yuvalarinin (Gb) en az birinin içerisine bir kilif (1) ucu, en az bir digerinin içerisine de diger bir kilif (1) ucu yerlesmektedir) içermektedir. The feedback section (3) mentioned in a preferred embodiment of the invention, on the said pattern, which is visible to the user (in other words, from the outside, at least one first surface (visible to the user) and opposite, invisible to the user (in other words, from the outside, by the user) at least one outer layer of fabric comprising at least one second surface (not visible) (1 a); which is located on the side of the second surface of said outer layer (1a) (preferably in contact with the second surface), preferably a wire resistor. at least one heating layer (1b) in which the heating element (1d) is located; with heating layer (1b) of the heating element (1d), which is positioned between the liquid chamber (5) The heat it provides is transferred to the liquid chamber (5) and therefore the beverage inside the liquid chamber (5). at least one insulation layer (tc) that prevents it from reaching area, at least one dye that interacts with heat to change the color state of the pattern contains the layer (1e). Thus, the color status of the pattern depends on the heating element (1d). the liquid reservoir (5) Various feedbacks on the consumption of the beverage in it are provided in a practical and effective way. can be transmitted. In this application, preferably the heating layer (1b) and the control unit (9) and connection of the power supply (8) via at least one conductive part (7) (e.g. wire) and the smart flask is preferably located inside this conductive part (7). contains at least one connector (6) holding said layers. A sample section Said connector (6), the appearance of which is shown in figure 6, preferably extends along the cover (1) In the figure (for example, a base between the opening (1f) section of the sheath and the floor opposite the opening (1f) positioned inside the conductive part (7), which is located between the is, at least one rod-shaped body (Ba) and said body (Ba) are connected to each other. feedback of the sheath (1) (preferably, the sheath (1)) located on the opposing non-facing surfaces. the two opposite ends of the section (3) extending along the sheath (1) independently of each other. The sheath (1) with its opposing walls, in which it is placed, has an inner part that contacts the liquid reservoir (5). with at least a part of its surface, at least a part of an outer surface opposite that inner surface at least two connection sockets (Bb) (connection sockets), preferably in the form of a "U" cross-section one end of the sheath (1) into at least one of the slots (Gb) and the other into at least one of the other a cover (1) inserts the tip).

Bir diger alternatif uygulamada gelistirilen akilli matara tercihen, kilifta (1) yer alani tercihen kilifin (1) bir alt kisminda bulunan, bahsedilen kontrol biriminin (9) ve güç kaynaginin (8) içerisinde yerlesik oldugu en az bir kontrol bölmesini (4) içermektedir` Bu uygulamada ayrica, bahsedilen kontrol bölmesine (4) erisimi kontrol eden en az bir alt kapak (4a) bulunmakta olup bahsedilen güç kaynagi (8), kolay erisim ve pratik bir sekilde10 degistirme yapilabilmesi adina bu alt kapak (4a) içerisinde yerlesiktir. Bir alternatif uygulamada da bahsedilen kontrol birimi (9), en az bir birinci sabitleme elemani (10) vasitasiyla bu alt kapaga (4a) sabitlenebilmektedir. Bahsedilen kontrol bölmesinin (4) kilifin (1) alt tarafinda bulundugu uygulamada kontrol bölmesi (4), üzerine, sivi haznesinin (5) tabaninin yerlestigi en az bir uzantiyi (4b) içermektedir. Böylelikle sivi haznesi (5) tabanindan desteklenmekte ve sivi haznesinin (5) kayarak kontrol bölümünde (4) bulunan elemanlara temas etmesi ve dolayisiyla bu elemanlara zarar vermesi önlenebilmektedir. The smart flask developed in another alternative application is preferably the one in the hull (1). said control unit (9) and power unit, preferably located in a lower part of the case (1) It contains at least one control compartment (4) in which the source (8) is built. In practice, furthermore, at least one subordinate controller controlling access to said control compartment (4) There is a cover (4a) and the said power supply (8), easy access and practically10 It is built into this lower cover (4a) for replacement. an alternative the control unit (9) also mentioned in the application, at least one first fixing element (10) via this lower cover (4a). of said control compartment (4) In the application where the cover (1) is on the underside, the control compartment (4) is placed on the liquid reservoir. (5) includes at least one extension (4b) on which the base is located. Thus, the liquid reservoir (5) It is supported from its base and is located in the control section (4) by sliding the liquid reservoir (5). contact with the elements and therefore damage to these elements can be prevented.

Bahsedilen kontrol bölümünde (4) ayrica, en az bir ikinci sabitleme elemani (11) bulunmakta olup bu ikinci sabitleme elemani (11) vasitasiyla sivi haznesi (5) kontrol bölümüne (4) sabitlenmektedir. Bahsedilen ikinci sabitleme elemani (11) tercihen kontrol bölümünün (4) bir yan duvarindan sivi haznesine (5) dogru uzanan bir çikinti formunda olup sivi haznesinde (5) bulunan en az bir yuvaya yerlesmektedir. In said control section (4), there is also at least one second fixing element (11). and the liquid chamber (5) is controlled by this second fixing element (11). It is fixed to section (4). Said second fixing element (11) is preferably controllable. in the form of a protrusion extending from a side wall of the section (4) towards the liquid reservoir (5) and it is placed in at least one slot in the liquid reservoir (5).

Algilama tertibatinin, kontrol birimiyle (9) baglantili en az bir meyil sensörünü ve en az bir 3-aksli ivmeölçeri içerdigi bir diger alternatif uygulamada, ivmeölçerin bir aksi kullanilarak içilen içecek miktari tespit edilmektedir. Ilaveten, ivmeölçerin tespit ettigi, akilli mataradaki açisal degisim dogrultusunda akilli mataranin, içecegin tüketilmesi için mi kullanildigi, içecegin sivi haznesinden (5) bosaltilma isleminin mi gerçeklestirildigi gibi akilli mataranin hareket ettigi farkli süreçler birbirlerinden ayirt edilebilmektedir. Diger bir deyisle, bahsedilen meyil sensörü vasitasiyla akilli mataranin hareket edip etmedigi tespit edilmekte ve meyil sensörünün hareket tespit etmesi durumunda kontrol birimi (9), bu hareketin hangi sürece bagli oldugunun belirlenmesi için bu hareket sürecinde ivmeölçerin açisal degisiklerini tespit etmek amaciyla ivmeölçeri etkinlestirmektedir. Ivmeölçer tespit ettigi ivme degerlerini kontrol birimine (9) iletmekte ve kontrol birimi (9) bu ivme degerlerini açi degerlerine dönüstürerek bu açilar dogrultusunda akilli mataranin hareketinin hangi süreçle iliskili oldugunu belirlemektedir. Bu açi degerlerine göre akilli mataranin içecek tüketimi için hareket ettirildigi belirlendiginde ise kontrol birimi (9), bu açi degerlerini kullanarak bir tüketilen içecek miktari algoritmasini isletmekte ve bu sekilde kullanicinin, bir içecek tüketme sürecinde ne miktarda içecek tükettigi kolaylikla belirlenebilmektedir. The sensing device must have at least one inclination sensor connected to the control unit (9) and at least one In another alternative application, where it includes a 3-axis accelerometer, it is possible to use the opposite side of the accelerometer. The amount of beverage consumed is determined. In addition, the accelerometer detected, In line with the angular change, whether the smart flask was used for the consumption of the beverage, Like whether the beverage is emptied from the liquid reservoir (5), the smart flask The different processes in which it moves can be distinguished from each other. In an other saying, detecting whether or not the smart flask is moving by means of the said inclination sensor. and if the tilt sensor detects motion, the control unit (9) In this motion process, the accelerometer is used to determine which process the motion depends on. It activates the accelerometer to detect angular changes. accelerometer detection It transmits the acceleration values it has to the control unit (9) and the control unit (9) transmits these acceleration values. By converting to the angle values, which direction of the smart flask's movement in the direction of these angles determines that it is related to the process. According to these angle values, the beverage of the smart canteen When it is determined that it is moved for consumption, the control unit (9) sets these angle values. operates an algorithm for the amount of beverage consumed, and in this way the user In the process of consuming a beverage, the amount of beverage consumed can be easily determined.

Bir baska tercih edilen uygulamada gelistirilen akilli matara, bahsedilen kontrol birimiyle (9) baglantili en az bir vericiyi (örnegin anten) içermektedir. Bahsedilen verici, bir mobil cihazla (örnegin kullanicinin akilli telefonu, tablet bilgisayari vs.) baglanti kurabilmekte (örnegin radyo frekansi protokolü ve/veya Bluetooth® protokolü gibi) ve kontrol biriminin10 topladigi, içecek tüketimiyle ilgili verileri bu mobil cihaza iletebilmektedir. Tercihen mobil cihazda yer alan bir kullanici ara yüzü (örnegin mobil cihaza yüklenen bir uygulama) vasitasiyla bu veriler kullaniciya, mobil cihaz vasitasiyla sunulabilmektedir. Bahsedilen ara yüz tercihen, kullanicinin bir sosyal medya hesabiyla baglanti kurabilmekte ve bu sosyal medya hesabindaki kisilerle iliskili olarak kullaniciya çesitli veriler sunabilmektedir. Örnegin kullanicinin sosyal medya hesabindaki kisiler arasinda, mevcut bulusla gelistirilen akilli matarayi kullanan kisilerin bulunmasi durumunda, bu kisilerin içecek tüketimiyle karsilastirmali sekilde kullanici verileri gösterilebilmektedir. Bahsedilen veriler de tercihen bulut gibi bir uzak sunucuda saklanmakta ve böylelikle mobil cihazin hafizasinda gereksiz Mevcut bulusla gelistirilen akilli matara ve çalisma yöntemi sayesinde, kullanicinin özellikle su tüketimi efektif bir sekilde takip edilebilmekte ve kullanici, içecek tüketimi konusunda, dikkatini ciddi boyutta dagitmayacak bir sekilde uyarilabilmektedir. Ayrica sivi haznesinin (5), kilifla (1) elektriksel baglantisinin bulunmamasi sayesinde sivi haznesi (5) kiliftan (1) pratik bir sekilde çikarilabilmekte, kolayca temizlenebilmekte ve kilif (1) tekrar kolayca yerlestirilebilmektedir. Developed in another preferred embodiment, the smart flask is connected with said control unit. (9) includes at least one transmitter (eg antenna) connected. Said transmitter is a mobile can establish a connection with the device (for example, the user's smartphone, tablet computer, etc.) (such as radio frequency protocol and/or Bluetooth® protocol) and the controller10 It can transmit the data it collects about beverage consumption to this mobile device. Preferably mobile a user interface on the device (for example, an application installed on a mobile device) This data can be presented to the user via the mobile device. Said The interface is preferably able to connect with a user's social media account and can provide various data to the user in relation to the people in the social media account. For example, among the people in the user's social media account, In case there are people using the smart flask, these people's beverage consumption User data can be shown in a comparative way. The aforementioned data is also preferably stored on a remote server, such as the cloud, and thus unnecessary in the mobile device's memory. Thanks to the smart flask and working method developed with the present invention, the user's In particular, water consumption can be monitored effectively and user and beverage consumption. be warned in a way that does not seriously distract his attention. Also liquid Since the reservoir (5) is not electrically connected to the sheath (1), the fluid reservoir (5) it can be removed from the cover (1) in a practical way, it can be easily cleaned and the cover (1) can be can be easily placed.

Claims

REQUIREMENTS At least one liquid container (5) suitable for placing a beverage inside, having at least one mouth section for filling the beverage inside or discharging the beverage inside, and at least one upper cover (2) suitable for closing the said mouth section of this liquid container (5). It is a smart flask containing ) and its feature is; at least one cover (1) with at least one feedback section (3) on which there is at least one pattern that changes color by interacting with heat, positioned on the outer surface of said liquid reservoir (5) to enclose at least a portion of said fluid reservoir (5); at least one sensing device that detects the user's drinking status in the liquid reservoir (5); at least one heating element (1d) positioned on the said cover (1), which provides heat to the area where the said pattern is located and enables the color status of the pattern to change in accordance with the user's drinking status in the liquid reservoir (5); The liquid reservoir of the user (5, which is connected to the said heating element (1d) and the sensing device, determines whether the user drinks from the beverage in the liquid reservoir (5) and the drinking period of the said beverage, according to the information about the drinking status of the beverage in the liquid reservoir (5) that he receives from the sensing device. ) determines the waiting time elapsed since the last time he drank the beverage in it, and compares this waiting time with a first threshold waiting time. It is equipped with at least one control unit (9) and control unit (9), sensing device and heating element (9), which ensures that the heating element (1d) is energized to create a color state change and thus draws the attention of the user and reminds him to drink from the beverage in the liquid reservoir (5). 1d) at least one connected power source It contains (8) . It is a smart flask according to claim 1 and its feature is; that the liquid reservoir (5) is made of glass. It is a smart flask according to claim 1 and its feature is; is that the liquid reservoir (5) is in a cylindrical form. Claim 1 or 39 is a suitable smart flask and its feature is; the upper cover (2) has a circular cross-section. It is a smart flask according to claim 1 and its feature is; said sheath (1) is in a closed form in which the liquid reservoir (5) can be placed through at least one opening (1f) it contains. It is a smart flask according to claim 1 and its feature is; said feedback section (3) is located in only one region of the cover (1). It is a smart flask according to claim 1 and its feature is; said feedback section (3) is present in the entire cover (1). It is a smart flask in accordance with Claim 1 and its feature is; said sensing device comprising at least one inclination sensor. It is a smart flask in accordance with Claim 1 and its feature is; said control unit (9) is a unit that detects the amount of beverage the user drinks. It is a smart flask according to claim 1 and its feature is; said first threshold waiting time is related to the amount of beverage consumed. It is a smart flask according to any of the above claims and its feature is; said feedback portion (3), at least one outer layer (1a) of fabric, comprising at least one first surface visible to the user, on which said pattern is located, and at least one second surface, opposite this first surface, which is not visible to the user;10 - at least one heating layer (1b) located on the side where the second surface of said outer layer (la) is located, where said heating element (1d) is located; - at least one insulation layer (10) positioned between the heating layer (1b) and the liquid chamber (5), preventing the heat provided by the heating element (1d) from reaching the liquid chamber (5) and thus the beverage inside the liquid chamber (5), and . it contains at least one paint layer (1e) on the said pattern, which interacts with the heat and enables the color status of the pattern to change. It is a smart flask according to claim 11 and its feature is; said heating element (1d) is a wire resistance. It is a smart flask according to claim 11 and its feature is; it comprises at least one conductive part (7) for the connection of the heating layer (1b), the control unit (9) and the power supply (8). It is a smart flask in accordance with claim 13 and its feature is; it contains at least one connector (6) holding the said layers, in which the conductive part (7) is located. It is a smart flask according to any of the above claims and its feature is; it contains at least one control compartment (4), in which the said control unit (9) and the power supply (8) are located on the cover (1). It is a smart flask according to claim 15 and its feature is; said control compartment (4) is located at a lower part of the cover (1). It is a smart flask according to claim 15 or claim 18 and its feature is; it comprises at least one lower cover (4a) that controls access to said control compartment (4). It is a smart flask in accordance with claim 17 and its feature is; said power supply (8) is built into said lower cover (4a). It is a smart flask according to claim 17 and its feature is; it comprises at least one first fixing element (10) for fixing said control unit (9) to the bottom cover (4a). It is a smart flask suitable for demand, and its feature is; the control chamber (4) includes at least one extension (4b) on which the bottom of the liquid reservoir (5) is placed. It is a smart flask according to any one of claims 15 to 20 and its feature is; it contains at least one second fixing element (11) located in the said control section (4), which ensures the fixation of the liquid reservoir (5) to the control section (4). It is a smart flask according to claim 21 and its feature is; said second fixing element (11) is in the form of a protrusion extending from a side wall of the control section (4) towards the liquid reservoir (5). It is a smart flask according to claim 22 and its feature is; it contains at least one slot in the liquid reservoir (5) where the said second fixing element (11) is placed. It is a smart flask according to claim 14 and its feature is; at least one body (Ba) in the form of a rod, in which said connector (6) is positioned extending along the sheath (1), within the conductive part (7), and at least one body (Ba) in the form of said body (6a), which is located on the opposite surfaces of the sheath ( 1) that the two opposite ends extending along the sheath (1) fit inside independently of each other. The fact that the sheath (1) with its opposing walls includes at least two connection sockets (6b) that grasp at least a part of an inner surface that contacts the liquid reservoir (5) and at least a part of an outer surface against this inner surface. It is a smart flask according to claim 1 or claim Si and its feature is; wherein said sensing assembly comprises at least one 3-axis accelerometer. It is a smart flask according to any of the above claims and its feature is; the control unit (9) includes at least one control piece to start the reminder process by energizing it and/or to prevent the reminder process from being active when the smart water bottle is not used. 27. It is a smart flask according to any of the above claims and its feature is; it comprises at least one transmitter, which is connected to said control unit (9), able to establish a connection with a mobile device and transmit the data related to beverage consumption collected by the control unit to this mobile device. 28. A working method for a smart flask according to any of the above claims and its feature is; detecting the user's drink from the beverage in the liquid reservoir (5) via the detection device and transmitting it to the control unit (9); the control unit (9) counts the waiting time since the user drinks this beverage and compares this waiting time with the first threshold waiting time; setting the color state of the pattern as a dwell state during the dwell time; energizing the heating element (1d) via said power source (8) when the dwell time reaches the first threshold dwell time; by energizing the heating element (1d), the heating element (1d) supplies heat to the feedback section (3) where said pattern is located, thereby setting the color state of the pattern to a first reminder state; It includes the steps of reminding the user that the beverage should be consumed by changing the color status of the pattern in this way until the user consumes a beverage. 29. It is a working method according to claim 28 and its feature is; In the step of detecting that the user drinks from the beverage in the liquid reservoir and transmitting it to the control unit (9), the amount of beverage consumed by the user is also determined and transmitted to the control unit (9). 30. It is a working method in accordance with claim 29 and its feature is; said first threshold is that the waiting time is related to the amount of beverage the user drinks. It is a working method in accordance with Claim 30 and its feature is; The first threshold wait time is shorter if the user consumes less than a predetermined amount of beverage, and longer if the user consumes more than a predetermined amount. It is a working method according to claim 28 and its feature is; In the reminders made with the change of the pattern color status until the user consumes a beverage, the duration of the pattern staying in a relevant color state is longer than the remaining time in the previous reminder state compared to the current reminder number. It is a working method according to any one of claims 28 to 32 and its feature is; when the user consumes a beverage, the pattern color status changes to a beverage consumption status that informs the user of this status, and then returns to the standby status. It is a working method in accordance with Claim 33 and its feature is; beverage consumption status is in the form of showing the entire pattern to the user in a predetermined color. It is a working method according to any one of claims 28 to 34 and its feature is; is that the color status of the pattern is in an invisible state at room temperature, in which the pattern cannot be noticed during the waiting period. It is a working method in accordance with Claim 35 and its feature is; is that the pattern is the same color as the cover (1) in the invisible state. It is a working method in accordance with Claim 35 and its feature is; is that the pattern is transparent or permeable in the invisible state. It is a working method according to any one of claims 28 to 37 and its feature is; After the dwell time exceeds the first threshold waiting time, the color status of the said pattern changes in such a way that at least a part of the pattern can be noticed with the heat provided by the heating element (1d), and in this way, the pattern becomes the first reminder state. It is a working method and its feature is; In the first reminder, the color of the pattern changes to a different color from the color of the cover (1). It is a working method suitable for 38 and its feature is; In the first reminder, the outer contours of the said pattern section are made more prominent. It is a working method according to any one of claims 38 to 40 and its feature is; Monitoring whether the user consumes a beverage within a second threshold waiting period after the pattern comes to the first reminder state, and if the user does not drink from the beverage in the liquid reservoir (5) within this second threshold waiting period, the color of the pattern will continue to be given by the heating element (1d) continuing to heat. There are more obvious changes in the state of the drink, and in this way, it becomes a second reminder where the pattern is more striking, and the reminders in this way continue with the change of color until the beverage consumption occurs. It is a working method according to claim 41 and its feature is; the second threshold waiting time is equal to or different from the first threshold waiting time. It is a working method according to claim 41 or claim 42 and its feature is; The second threshold is that the waiting time is 30 minutes. It is a working method according to claim 41 or claim 42 and its feature is; The second threshold waiting time, determined by the user, can be recorded in the control unit (9) via a data input unit. It is a working method according to any one of claims 28 to 34 and its feature is; the color status of the pattern during the waiting period is such that the pattern has a different first color from the cover (1) at room temperature. It is a working method in accordance with Claim 45 and its feature is; When the waiting time reaches the first threshold waiting time, the color of the pattern changes from the first color to a different second color due to the heat provided and becomes the first reminder. It is a working method according to claim 46 and its feature is; monitoring whether the user consumes a beverage within a second threshold waiting period after the pattern becomes the first reminder; If the user does not drink from the beverage in the liquid reservoir (5) within this second threshold waiting period, the color of the pattern is changed from the second color to a different third color and the second reminder is made, and the reminders continue with the color status change until the beverage is consumed. It is a working method according to claim 41 or claim 47 and its feature is; when the pattern color comes to the first reminder state, in case the user does not consume any beverage, it returns to the waiting state when the pattern display time expires in this first reminder state for a display time that is less than the second threshold waiting time, and remains in this waiting state until the second threshold waiting time expires. It is a working method in accordance with Claim 48 and its feature is; The display time is 5 minutes. It is a working method according to claim 48 and its feature is; display time can be determined by the user and recorded to the control unit (9) via a data input unit. It is a working method according to claim 41 or claim 47 and its feature is; When the color of the pattern becomes the first reminder, if the user does not consume any beverage, the color of the pattern remains in the first reminder state until the second threshold waiting period expires. It is a working method according to any of the claims 28 to 51 and its feature is; it includes the steps of controlling the amount of current10 supplied to the heating element (1d) through the said control unit (9) and adjusting the speed of the color state change in the pattern and/or the apparent residence time of the changing color state. It is a working method according to any one of claims 28 to 52 and its feature is; in said feedback section (3), in case there are multiple patterns whose color states change at different heat values, a first pattern with a different color is displayed to the user during the waiting period, and a second pattern with the same color as the first pattern or a different color from the first pattern is displayed to the user when the first threshold waiting time is reached; It includes the steps of reminding the user that he/she should consume beverage by changing the color status of the pattern until the user consumes a beverage. It is a working method according to claim 53 and its feature is; When the first threshold waiting time is reached, the second pattern and the first pattern are displayed to the user together. It is a working method according to claim 53 and its feature is; when the first threshold wait time is reached, the second pattern is displayed to the user with the visibility of the first pattern being reduced and/or disappearing. It is a working method according to any one of claims 28 to 55 and its feature is; As the reminder number increases, the duration of the pattern staying in the pattern color state associated with the corresponding reminder number is also extended. It is a working method according to any of the claims 28 to 56 and its feature is; after a predetermined number of color status changes have taken place, it is ensured that the final color status is permanent until the user consumes a beverage. It is a working method according to any one of claims 28 to 56 and its feature is; is to notify the user of the status of beverage consumption by coloring at least one entire pattern. It is a working method according to any of the claims 28 to 56 and its feature is; is to notify the user of the status of beverage consumption by changing the color of at least one pattern. It is a working method according to any one of claims 28 to 56 and its feature is; is to notify the user of the status of beverage consumption by showing a different pattern. It is a working method according to any of the 28 to 60 claims and its feature is; the amount of beverage that the user should consume while drinking a beverage is recorded in the control unit (9). It is a working method in accordance with claim 61 and its feature is; the amount of beverage to be consumed is recorded by the user to the control unit (9) via a data entry unit. It is a working method according to claim 61 or claim 62 and its feature is; when it is detected by the said detection device that the user has started to drink the beverage, the detection device and the control unit (9) determine how much beverage the user consumes during this beverage drinking process, and compare it with the amount of beverage to be consumed recorded in the control unit (9); In case the user consumes less beverage than the amount registered in the control unit (9), the color status of the said pattern is changed to show a warning status indicating that less beverage is consumed. Claim B is a suitable working method and its feature is; The warning condition is such that at least part of the pattern is visible in a predetermined warning color at room temperature. It is a working method in accordance with Claim 64 and its feature is; the size of the part of the pattern with the aforementioned warning color is determined by the control unit (9) according to the ratio of the amount of beverage consumed by the user to the amount of beverage that should be consumed. 66. It is a working method according to claim 63 and its feature is; The warning status is such that the color of the pattern in the beverage consumption situation is displayed in a paler way than when the beverage is consumed in the amount of beverage that needs to be consumed. It is a working method according to any of the claims 28 to 66 and its feature is; In case the sensing device includes at least one inclination sensor connected to the control unit (9) and at least one 3-axis accelerometer, it is the determination of the amount of beverage drunk by using the opposite of the accelerometer. It is a working method according to Claim 67 and its feature is; detecting whether the smart flask is moving by means of said inclination sensor, and in case the inclination sensor detects motion, the control unit (9) activates the accelerometer in order to detect angular changes in the motion process of the accelerometer in order to determine what process this motion is due to; transmitting the acceleration values determined by the accelerometer to the control unit (9) and the control unit (9) converts these acceleration values into angle values and determines which process the smart canteen's movement is related to in line with these angles; If it is determined that the smart flask is moved for beverage consumption according to these angle values, the control unit (9) runs an algorithm for the amount of beverage consumed using these angle values, and this includes the steps of determining how much beverage the user consumes during a beverage consumption process.