TR2023010398T2

TR2023010398T2 - INSTANT COOLER/ FREEZER USING THE SHAKE METHOD

Info

Publication number: TR2023010398T2
Application number: TR2023/010398
Authority: TR
Inventors: Kosa Umi̇t
Original assignee: Orbital Shake Soğutma Teknoloji̇leri̇ Anoni̇m Şi̇rketi̇
Filing date: 2021-03-02
Publication date: 2024-02-21

Abstract

Başvuru konusu buluş; Ambalajlı içecekler, gıda maddeleri ve benzeri her türlü ambalajlı cisim için kullanıma uygun hizmete özel orbital shake / çalkalama yöntemi ile ani soğutucu/ dondurucu ile ilgilidir.The invention subject to the application; It is about instant cooler/freezer with service-specific orbital shake/shaking method suitable for use for packaged beverages, foodstuffs and all kinds of similar packaged objects.

Description

TARIFNAME ÇALKALAMA YÖNTEMI KULLANAN ANI SOGUTUCU/ DONDURUCU Bulusun Ilgili Oldugu Teknik Alan Basvuru konusu bulus; Ambalajli içecekler, gida maddeleri ve benzeri her türlü ambalajli cisim için kullanima uygun hizmete özel orbital shake / çalkalama yöntemi kullanan sogutucu/ dondurucu ile ilgilidir. DESCRIPTION INSTANT COOLER/ FREEZER USING THE SHAKE METHOD Technical Field to which the Invention Relates The invention subject to the application; Packaged beverages, foodstuffs and all similar Using a service-specific orbital shake method suitable for use with packaged objects It is related to the cooler/freezer.

Bulusla Ilgili Teknigin Bilinen Durumu (Önceki Teknik) Günümüzde ambalajli içecekleri, gida maddeleri ve benzeri her türlü ambalajli cisimleri sogutmak ya da dondurmak için birçok sistem ve teknik kullanilmaktadir. Bu teknikler asagidaki gibidir; 0 Bu tekniklerden en çok bilineni standart dikey içecek sogutucu buzdolaplaridir. 0 Derin dondurucular o Sogutucu siviya daldirarak ve / veya döndürerek sogutma islemi 0 Antifiriz içindeki bir kilifa / kiliIlara siselerin konularak sogutma islemi Dikey tip buzdolaplari tasarimlari nedeniyle kapagin her açilisinda / her kullaniminda üretmis olduklari soguk havanin disari çikmasina sebep olmaktadirlar. Ayrica içerisinde barindirdiklari hava sirkülasyon fanlarina ragmen soguttuklari içecekleri homojen bir sekilde sogutamamakta ve ayni zamanda yavastirlar. 24 derecelik 500 ml bir içecegi ortalama 8-9 saatte ancak sogutabilirler. Bunlara ek olarak istenilen sogukluk düzeyine gelmekte zorlandiklari için 24 saat çalisirlar ve ciddi elektrik tüketimine sebep olurlar. Known Status of the Art Related to the Invention (Prior Art) Nowadays, packaged beverages, foodstuffs and all kinds of packaged products are Many systems and techniques are used to cool or freeze objects. This The techniques are as follows; 0 The most well-known of these techniques are standard vertical beverage cooling refrigerators. 0 Deep freezers o Cooling process by immersion in coolant and/or rotation 0 Cooling process by placing bottles in a case / cases filled with antifreeze Due to the design of vertical type refrigerators, every time the door is opened / used They cause the cold air they produce to escape. Also in They cool the drinks homogeneously despite the air circulation fans they contain. They cannot cool and are also slow. A 24 degree 500 ml drink will last approximately 8-9 minutes. They can only cool it in an hour. In addition, it reaches the desired coldness level. Because of their difficulty, they work 24 hours a day and cause serious electricity consumption.

Derin dondurucular çok soguk oldugu için ve içerisindeki içecekler sabit durdugu için donmaya sebep olurlar. Aktif bir hareket olmadigi için yavastirlar donmadan önce ürünü almak bile ortalama 50 dakika sürmektedir. Because deep freezers are very cold and the drinks inside remain stable. They cause freezing. Since there is no active movement, they are slow. It takes an average of 50 minutes to even get it.

Sivi içerisine daldirilarak sogutma yapilan teknikte ürün islak çikmakta ve kullanan kisinin silmesini gerektirmektedir. Ayni zamanda ambalajlanmis içeceklere dogrudan temas eden bu sivi içerisinde bakteri yasamasina olanak saglamakta ve tüketici de bu siviya dogrudan dudaklari yoluyla maruz kalmaktadir. Kullanilan sivi genellikle su oldugu için donmamasi için çok sogutulamaz ve bu sebeple zaman olarak yeterince hizli degildir ve sektör tarafindan tercih edilmezler. Sogutulan içeceklerin kaç dereceye kadar sogutulacaklarini da kontrol edemezler. In the technique of cooling by immersion in liquid, the product comes out wet and the user It requires someone to delete it. Also, direct contact with packaged beverages This liquid allows bacteria to live in it and the consumer is exposed to this liquid. is exposed directly through the lips. Since the liquid used is usually water It cannot be cooled very much so that it does not freeze, and therefore the time is not fast enough and They are not preferred by the industry. To what temperature should the drinks be cooled? They cannot control whether they will be cooled.

Sogutucu / Antifiriz sivi içindeki kilifa konulan yönteminde su yerine antifiriz kullanilmaktadir. Ancak hareket olmadigi için ambalaj içerisindeki sivilar yeterince hizli sogutamamaktadir. Buna ek olarak kiliIlarla siklikla yiitilma sorunlari yasanmakta ve ciddi antifiriz kayiplarina sebep olmaktadirlar. In the method of placing the coolant / antifreeze liquid in the case, antifreeze is used instead of water. is used. However, since there is no movement, the liquids in the package do not move quickly enough. It cannot cool. In addition, there are frequent failure problems with swords and serious They cause loss of antifreeze.

Teknigin bilinen durumunda yer alan TR 2006/02045 numarali dokümanda yer alan bulus, hizli bir sogutma yöntemi ve tertibati ile ilgilidir. Ancak bu dokümanda orbital shake / çalkalama yöntemi bulunmamaktadir. Orbital shake / çalkalama yönteminin saglamis oldugu sogumanin homojen olarak gerçeklesmesini saglayamamaktadir. Çünkü dokümanda orbital shake / çalkalama yöntemi hizli ve homojen karistirma sayesinde ambalaj içerisindeki sivi, sogutulmakta olan ambalaj in iç çeperine sürekli olarak çarpmakta ve çalkalama devam ettigi için, içerde yer degistirerek mümkün olan en homojen isi alisverisini gerçeklestirilmesini saglamaktadir. TR 2006/02045 dokümaninda ise bu özellik mevcut degildir. Ayrica TR 2006/ 02045 numarali dokümanda siselerin konulacagi bir sogutma blogu bulunmamaktadir. In the document numbered TR 2006/02045, which is in the state of the art, The invention relates to a fast cooling method and equipment. However, in this document orbital shake / There is no shaking method. The orbital shake method provides It cannot ensure homogeneous cooling. Because in the document orbital Thanks to the shake / shaking method, fast and homogeneous mixing, the liquid in the package is It constantly hits the inner wall of the package being cooled and the shaking continues. to achieve the most homogeneous work exchange possible by changing places inside. It provides. This feature is not available in the TR 2006/02045 document. Also TR In the document numbered 2006/ 02045, there is no cooling block where the bottles can be placed.

Teknigin bilinen durumunda yer alan patent dokümanlarinda sogutucu sivi içindeki kilifa konulan yöntemde su yerine antifiriz kullaniliyor ancak hareket olmadigi için ambalaj içerisindeki sivilar yeterince hizli soguyamamaktadir. Ve bu kiliIlar sadece sisenin durmasini ve tam anlamiyla siseyi sararak sivinin sogumasinin homojen olarak isi alisverisi saglamasinda yardimci olamamaktadir. In the patent documents in the state of the art, in the coolant In the method placed in the case, antifreeze is used instead of water, but since there is no movement, the packaging The liquids inside cannot cool down fast enough. And these swords just make the bottle stop. and by literally wrapping the bottle, the cooling of the liquid results in homogeneous heat exchange. It cannot help you achieve this.

Teknigin bilinen durumunda yer alan bir diger patent dokümani ise 2016/02858 numarali patent dokümanidir. Bu yöntemde ise ambalajli içeceklerin dereceleri ölçülebilir ancak sogutma sistemi içecekleri tek tek kontrol edemedigi için hem sogutulan içeceklerin donmasina yol açabilir hem de özel derece ayarlamasi yapilmasina izin vermez. Yine bu teknikte kullanilan çoklu kiliIlar da kullanilabilecek materyaller isil iletkenligi olarak yeterli düzeyde olmayip, ciddi oranda enerji harcanmasina yol açmaktadir. Güncel bulusumuzda ise her bir hol tek tek hem ölçülüp hem de sogutma sistemi kontrol edilebilir ve donma gibi sorunlari tamamen yok eder. Bunun yani sira tüketici içecegini istedigi derecede sogutabilir ve bu pazarlama anlaminda içecek firmalari için önemli bir durumdur ve isin ticarilesmesinde etkisi büyüktür. Bunun yani sira 2016/02858 numarali patent dokümaninda görülen, Orbital shake hareketine kilavuzluk edecegi belirtilen eksantrik rulmanin ise tekli olmasi sebebiyle ve tüm sogutma bölümünün sarhos tekerlekler üzerinde tasinmasi sebebiyle salinim hareketinde de ciddi sapmalar görülmektedir. Bu sapmalar sebebiyle sistem orbital shake hareketini gerektigi gibi yapamaz ve sogutma performansinda öngörülemez degisikliklere yol açabilir. Another patent document in the state of the art is 2016/02858. It is the patent document no. In this method, the temperatures of packaged beverages can be measured. However, since the cooling system cannot control the drinks one by one, both the cooled drinks It may cause freezing and does not allow special temperature adjustment. this again Materials that can be used in multiple clays used in the technique have sufficient thermal conductivity. It is not at the level and causes significant energy consumption. In our current invention Each hall can be measured individually and the cooling system can be controlled and It completely eliminates the problems. In addition, the consumer can cool his beverage to the desired degree. and this is an important situation for beverage companies in terms of marketing and commercialization of the business. The effect is great. In addition, as seen in the patent document numbered 2016/02858, Orbital Because the eccentric bearing, which is stated to guide the shake movement, is single and in oscillating motion due to the fact that the entire cooling section is carried on castors. serious deviations are observed. Due to these deviations, the system experiences orbital shake movement. may not perform properly and may cause unpredictable changes in cooling performance.

Teknigin bilinen durumunda yer alan mevcut uygulamalar göz önünde bulunduruldugun da bulus orbital shake / çalkalama yöntemi kullanan ani sogutucu/ dondurucu ile ayni özelliklerde bir uygulama bulunmadigi görülmektedir. Considering the existing applications in the state of the art flash cooler using the invention orbital shake / shaking method when kept It seems that there is no application with the same features as the freezer.

Bulusun Kisa Açiklamasi ve Amaçlari Mevcut bulus yukarida bahsedilen dezavantajlari ortadan kaldirmak ve ilgili teknik alana yeni avantajlar getirmek üzere orbital shake / çalkalama yöntemi kullanan ani sogutucu/ dondurucu ile ilgilidir. Brief Description and Purposes of the Invention The present invention aims to eliminate the above-mentioned disadvantages and provide relevant technical Flash chiller using orbital shake method to bring new advantages to the field It's about the freezer.

Sogutmak istenen ambalaj li ürünlerin konularak orbital shake / çalkalama yöntemi ile hizli, pratik ve homojen sekilde sogumasini ve kuru bir sekilde servis edilmesini saglayan ekonomik bir ani sogutucu/ dondurucu ile ilgilidir. By placing the packaged products to be cooled and using the orbital shake method. It allows it to cool quickly, practically and homogeneously and be served dry. It is about an economical flash cooler/freezer.

Bulusun amaci, talep edildigi anda üretilen tüm enerjinin dogrudan ambalajlanmis içecege göndererek sogutmanin uygulanmasi ve enerji kaybini minimize edilmesidir. Her sogutma isleminde müsterinin belirledigi derecede içecek alinir ve müsterinin ilik ya da sicak içecek almasinin önüne geçilir. Bu sayede ürün, soguk içecek verme garantisi verilmektedir. The purpose of the invention is to ensure that all the energy produced when requested is directly packaged. It is applied to the beverage to cool it and minimize energy loss. Each In the cooling process, the drink is taken at the temperature determined by the customer and the drink is served warm or warm. Drinking is prevented. In this way, the product is guaranteed to provide cold drinks.

Bulusun bir diger amaci, müsterinin talep ettigi dereceyi kendisi belirlemesi ve istenmeyen donma sorunlarinin ortadan kaldirilmasidir. Another purpose of the invention is for the customer to determine the degree he/she demands and is to eliminate unwanted freezing problems.

Bulusun amaci, ambalajlanmis içecek ve ambalajli gida maddelerini hizli ve verimli bir sekilde sogutma/dondurma islemini gerçeklestiren ve ürünün kuru bir sekilde çikmasini saglayan bir sistem ortaya koymaktir. The purpose of the invention is to produce packaged beverages and packaged foods quickly and efficiently. It performs the cooling/freezing process in a way and ensures that the product comes out dry. To put forward a system that provides

Bu bulusta ambalajlanmis içecekler sogutma sivisiyla temas halinde olmadigi için ambalajlanmis içecekler kuru olarak servis edilmektedir. Sogutma için kullanilan sivilar ile tüketicinin eline aldigi ambalajlanmis içecek asla temas etmemektedir. Bu sebeple herhangi bir bakteriyel sorun çikma olasiligi bulunmamaktadir. Sogutma için kullanilan sivi suya göre çok daha düsük derecelere kadar inebilmektedir (-16 0C / -60 0C). Bu sebeple çok daha hizli sogutma yapilabilmektedir. Tüketici içeceginin kaç dereceye kadar sogutulacagina kendisi karar verebilir ve müsteri memnuniyetini garantilemektedir. Sogutma islemini hem çok düsük derecedeki sogutma sivisi hem de Orbital shake hareketini kullanarak yaptigi için çok hiZlidir. Since the beverages packaged in this invention are not in contact with the cooling liquid, Packaged drinks are served dry. With liquids used for cooling The packaged beverage that the consumer handles never comes into contact with it. For this reason any There is no possibility of a bacterial problem. Depending on the liquid water used for cooling It can go down to much lower temperatures (-16 0C / -60 0C). Therefore it is much faster cooling is possible. The consumer decides to what degree the beverage will be cooled. can make decisions and guarantee customer satisfaction. Keep the cooling process too low It is very fast because it uses both the highest degree of cooling fluid and the Orbital shake movement.

Bulusun bir diger amaci standart buzdolaplari gibi 24 saat aktif sogutma yapmak yerine, ihtiyaç aninda elektrik tüketerek çok daha verimli bir sogutma yapmasidir. Another purpose of the invention is to provide 24-hour active cooling like standard refrigerators. Instead, it provides much more efficient cooling by consuming electricity when needed.

Bulusun tercih edilen yapilanmasi, müsterinin bulusu yönetmesini saglayan Dokunmatik ekrana sahip olmasidir. The preferred embodiment of the invention is one that allows the customer to manage the invention. It has a touch screen.

Bulusun tercih edilen yapilanmasi, müsterinin içecekleri yerlestirebilecegi ve farkli ambalaj lanmis içecek sekline göre degistirilebilen Sogutucu bloklara sahip olmasidir. The preferred embodiment of the invention is where the customer can place the drinks and It has cooler blocks that can be changed according to the packaged beverage shape.

Bulusun tercih edilen yapilanmasi, Ambalajlanmis içecekleri sterilize eden UVC Led lambalara sahip olmasidir. The preferred embodiment of the invention is UVC LED that sterilizes packaged beverages. It has lamps.

Bulusun tercih edilen yapilanmasi, Sogutucu bloklari ve içerisindeki Ambalajlanmis içecekleri istenen hizda Orbital shake/Çalkalama hareketini yaptiran Shaker Motoruna sahip olmasidir. The preferred embodiment of the invention is the cooler blocks and the packaged It has a Shaker Motor that makes the beverages orbital shake at the desired speed. is to be.

Bulusun tercih edilen yapilanmasi, Orbital shake/Çalkalama hareketinden dogan salinimi sönümlemeyi saglayan özel bir yerlesime iZin veren Eksantrik Disliye sahip olmasidir. The preferred embodiment of the invention is the orbital shake. It has an eccentric gear that allows a special placement to dampen the oscillation. is to be.

Bulusun tercih edilen yapilanmasi, Sogutma islemi sirasinda müsteriyi hareketten ve UVC Led isinlarindan koruyan Servis kapagina sahip olmasidir. The preferred embodiment of the invention protects the customer from movement and protection during the cooling process. It has a service cover that protects it from UVC LED rays.

Bulusun tercih edilen yapilanmasi, Sogutma islemi sirasinda herhangi bir sebeple Servis kapaginin açilmasi durumunda Sogutma islemini ve UVC Led lambalari durduran Servis Kapagi Butonuna sahip olmasidir. The preferred embodiment of the invention is It stops the cooling process and UVC LED lamps in case the service cover is opened. It has a Service Cover Button.

Bulusun tercih edilen yapilanmasi, içecekleri koydugu sirada hareketli mekanizmaya herhangi bir objenin düsmesini ya da müsterinin ulasmasini engelleyen Gizleme kapagina sahip olmasidir. The preferred embodiment of the invention is based on the moving mechanism while pouring the drinks. Concealment cover that prevents any object from falling or reaching the customer. is to have.

Bulusun tercih edilen yapilanmasi, sogutma sivisinin sogutma bloguna gitmesini saglayan Hortumlara sahip olmasidir. The preferred embodiment of the invention requires the cooling liquid to go to the cooling block. It has hoses that provide

Bulusun tercih edilen yapilanmasi, her bir sogutma bloguna ayri ayri sogutma sivisi göndermeyi saglayan ve kontrol edilebilen Sogutma pompalarina sahip olmasidir. The preferred embodiment of the invention is to apply separate cooling liquid to each cooling block. It has cooling pumps that provide cooling and control.

Bulusun tercih edilen yapilanmasi, PU (Poliüretan) Ana Yalitim Kasasina sahip olmasidir. The preferred embodiment of the invention has a PU (Polyurethane) Main Insulation Case. is to be.

Bulusun tercih edilen yapilanmasi, bulusu ambalajli içecekleri sogutmaya hazir tutan sogutma sivisi tankina sahip olmasidir. The preferred embodiment of the invention is the device that keeps packaged beverages ready for cooling. It has a coolant tank.

Bulusun tercih edilen yapilanmasi, sogutma islemi yapilan ambalajlanmis içeceklerin anlik olarak kaç derece oldugunu görmeyi ve istenen dereceye geldigini anlamayi saglayan Termokupla sahip olmasidir. The preferred embodiment of the invention is the cooling of packaged beverages. It allows you to instantly see how many degrees it is and understand when it has reached the desired temperature. It has a thermocouple.

Bulusun tercih edilen yapilanmasi, her bir holdeki ambalajlanmis içeceklerin anlik derecelerine göre islemleri kontrol ve komute eden sikistirma ve asansör servolarinin kullanim sikligini kontrol eden sogutma islemlerinin kayitlarini tutan ve talep edildigi taktirde üretici tarafindan internet üzerinden takip edilmesini saglayan PCT anakarta sahip olmasidir. The preferred embodiment of the invention is the instantaneous distribution of packaged beverages in each hall. Compression and elevator servos that control and command operations according to their degrees controls the frequency of use, keeps records of cooling processes and, if requested, It has a PCT motherboard that allows it to be tracked by the manufacturer over the internet.

Bulusun tercih edilen yapilanmasi, her bir sogutma blogunun altinda bulunan, termokupldan ve içecek butonundan gelen verileri isleyip PCB,ye isleyen Mini PCB,ye sahip olmasidir. The preferred embodiment of the invention is located under each cooling block, It has a Mini PCB that processes the data coming from the thermocouple and the drink button and transfers it to the PCB. is to be.

Bulusun tercih edilen yapilanmasi, sogutucu bloga yerlestirilen ambalajlanmis içecekleri sogutma holüne indiren ve islem sonunda tekrar müsteriye servis için yukari çikaran asansör servosuna sahip olmasidir. The preferred embodiment of the invention is the packaged refrigerator placed in the cooling block. It brings the drinks down to the cooling hall and at the end of the process, it is brought back up to serve the customers. What makes it stand out is that it has an elevator servo.

Bulusun tercih edilen yapilanmasi, sogutucu bloga yerlestirilen ambalajlanmis içecekleri sikica kavramayi saglayan sikistirma servosuna sahip olmasidir. The preferred embodiment of the invention is the packaged refrigerator placed in the cooling block. It has a compression servo that allows it to grasp the drinks tightly.

Bulusun tercih edilen yapilanmasi, sogutma blogunda ambalajlanmis içecek olup olmadigini anlamayi saglayan içecek butonuna sahip olmasidir. The preferred embodiment of the invention is the beverage packaged in the cooling block. It has a drink button that allows you to understand that it is not available.

Bulusun tercih edilen yapilanmasi, sogutma siVisini sogutmayi saglayan esanjöre sahip olmasidir. The preferred embodiment of the invention has a heat exchanger that provides cooling of the cooling liquid. is to be.

Bulusun tercih edilen yapilanmasi, sogutucu siVinin derecesini kontrol edip otomatik sogutma saglayan Termokupla sahip olmasidir. The preferred embodiment of the invention controls the temperature of the coolant and automatically It has a Thermocouple that provides cooling.

Bulusun tercih edilen yapilanmasi, elektronik aksami nemden koruyan elektronik panel kapagina sahip olmasidir. The preferred embodiment of the invention is an electronic device that protects the electronic parts from moisture. It has a panel cover.

Bulusun tercih edilen yapilanmasi, Sogutma bloklarinin ve ambalajli içeceklerin Orbital shake/ çalkalama hareketini yapmasini saglayan eksantrik göbeklere sahip olmasidir. The preferred embodiment of the invention is the cooling blocks and packaged drinks It has eccentric hubs that enable it to make orbital shake movement.

Bulusun tercih edilen yapilanmasi, Sogutulmus içecekleri yüksek verimlilikle soguk tutmaya yarayan yalitilmis Soguk stok alanina sahip olmasidir. The preferred embodiment of the invention is to cool chilled beverages with high efficiency. It has an insulated cold stock area to keep it.

Bulusun tercih edilen yapilanmasi, Soguk stok alanindaki dereceyi ölçerek gerekli görülmesi durumunda sogutma saglayan Radyatör ve Fan,a sahip olmasidir. The preferred embodiment of the invention is to measure the temperature in the cold stock area and It has a Radiator and Fan that provide cooling in case of damage.

Bulusu Açiklayan Sekillerin Tanimlari Bu bulusla gelistirilen orbital shake / çalkalama yöntemi kullanan ani sogutucu/ dondurucunun daha iyi açiklanabilmesi için hazirlanan sekiller asagida açiklanmaktadir. Definitions of Drawings Explaining the Invention Instant cooler using orbital shake/shaking method developed with this invention The figures prepared to better explain the freezer are explained below.

Sekil 1 - Genel görünüs. Figure 1 - General view.

Sekil 2 - Servis kapagi açik genel görünüs. Figure 2 - General view with the service cover open.

Sekil 3 - Ana Kapak açik görünüs. Figure 3 - Main Cover open view.

Sekil 4 - Ana kapak ve Elektrik Paneli kapagi açik görünüs. Figure 4 - Main cover and Electrical Panel cover open view.

Sekil 5 - Ana kapak açik üstten ve Önden Kesit alinmis görünüs. Figure 5 - View from the top and front section with the main cover open.

Sekil 6 - Ana kapak açik, Sol ve Ön bölümler çiplak görünüs. Figure 6 - Main cover open, Left and Front sections bare view.

Sekil 7 - Ana PU Yalitim Kasasinin üstten ve önden kesit alinmis görünüs. Figure 7 - Top and front sectional view of the Main PU Insulation Case.

Sekil 8 - Ana kapak açik, Ön ve Sag bölümler çiplak görünüs. Figure 8 - Main cover is open, Front and Right sections are bare.

Sekil 9 - Orbital Shaker ve Sogutma bloklarina ait izometrik görünüs. Figure 9 - Isometric view of Orbital Shaker and Cooling blocks.

Sekil 10 - Orbital Shaker ve Sogutma bloklarina ait tepeden görünüs. Figure 10 - Top view of Orbital Shaker and Cooling blocks.

Sekil 11 - Shaker Motoru ve Aktarim kutusu çiplak görünüs. Figure 11 - Shaker Motor and Transfer box bare view.

Sekil 12 - Shaker Motoru ve Aktarim kutusu kapali görünüs. Figure 12 - Shaker Motor and Transfer box closed view.

Sekil 13 - Orbital Shake Aktarma ve Tasima blogu görünüs. Figure 13 - Orbital Shake Transfer and Transport blog view.

Sekil 14 - Orbital Shake Aktarma ve Tasima bloguna Sogutma Blok Tabani eklenmis görünüs. Figure 14 - Cooling Block Base added to Orbital Shake Transfer and Transport block appearance.

Sekil 15 - Sogutma Blogu ve Sikistirma Servosu,nun Üst çapraz ve alt çapraz Patlatma görünüsü. Figure 15 - Upper cross and lower cross Blasting of Cooling Block and Compression Servo view

Sekil 16 - Sogutma blogu önden görünüs ve Kesit alinmis tepeden, Içecek Sikistiriliyorken görünüs. Figure 16 - Cooling block front view and sectioned top, while the beverage is being compressed appearance.

Sekil 17 - Sogutma blogu önden görünüs ve Kesit alinmis tepeden, Içecek Sikistirilmiyorken görünüs. Figure 17 - Cooling block front view and sectioned top, when the beverage is not being compressed appearance.

Sekil 18 - Sogutma blogu Karsidan ve Üstten Kesit görünüsleri. Figure 18 - Cooling block front and top section views.

Sekil 19 - Sogutma Blogu Karsidan ve Alttan kesit görünüsleri. Figure 19 - Cooling Block Front and Bottom Section Views.

Sekil 20 - Sogutma blogu kesit, Kaldirma servosu YUKARIDA Sikistirma servosu Sikistirmiyorken görünüs. Figure 20 - Cooling block section, Lift servo ABOVE Compression servo Appearance when not squeezing.

Sekil 21 - Sogutma blogu kesit, Kaldirma servosu ASAGIDA Sikistirma servosu Sikistirmiyorken görünüs. Figure 21 - Cooling block section, Lift servo BELOW Compression servo Appearance when not squeezing.

Sekil 22 - Sogutma blogu kesit, Kaldirma servosu ASAGIDA Sikistirma servosu Sikistiriyorken görünüs. Figure 22 - Cooling block section, Lift servo BELOW Compression servo Appearance while squeezing.

Sekil 23 - Asansör mekanizmasi ve K tipi termokupl ve Içecek butonu sag çapraz görünüs. Figure 23 - Elevator mechanism and K type thermocouple and Beverage button right diagonal view.

Sekil 24 - Soguk Stok alanli model genel görünüs. Figure 24 - General view of the model with cold storage area.

Sekil 25 - Soguk Stok alanli model kapaklari açik görünüs. Figure 25 - Open view of the Cold Stock area model covers.

Sekil 26 - Soguk Stok alanli model kesit Önden görünüs. Figure 26 - Model section with cold stock area. Front view.

Bulusu Olusturan Unsurlarin/Kisimlarin/Parçalarin Tanimlari Bu bulusla gelistirilen orbital shake / çalkalama yöntemi kullanan ani sogutucu/ dondurucunun daha iyi açiklanabilmesi için hazirlanan sekillerde yer alan parçalar/kisimlar/unsurlar ayri ayri numaralandirilmis olup her bir numaranin açiklamasi asagida verilmektedir. 1. Ekran 2. Kulp 3. Servis kapagi 4. UVC Led Lamba . Servis Kapagi Butonu 6. Gizleme kapagi 7. Sogutucu blok 8. Elektrik Panel Kapagi 9. Hortum . Sogutma Blok Basligi 11. PCB 12. Güç Kaynagi 13. Orbital Tabla 14. Orbital Iskelet . Sivi Tanki Kapagi Kompresör Kompresör Elektrik Kutusu Kondenser Likit Tanki Evaporatör Sogutma Pompalari Termometre Ana Pompa Elektrik Giris Soketi Blok Yalitimi PU Blok Tabani Sikistirma Servosu Merkez Disli Eksantrik Disli Termokupl Sikistirma Servosu Kolu Yerlestirme Yuvasi Yerlestirme Pimleri PU Ana Yalitim Kasasi Sogutma SiVisi Tanki Shaker Motoru Kaplin Aktarma Gövdesi Aktarma Gövde Kapagi Motor Sabitleme Eksantrik Göbek Rulman Blok Mentese Mili Sikistirma Kolu Pimi Blok Taban Yalitimi Içecek Butonu Itme Mili Asansör Gövdesi 50. Asansör Dislisi 51. Asansör Servosu 52. Mini PCB 53. Giris Hortumu 54. Çikis Hortumu 55. U Hortum 56. Sogutucu Sivi 57. Ana Kapak 58. Yalitimli Cam 59. Yalitimli Stok alani 60. Fan 61. Radyatör Bulusun Ayrintili Açiklamasi Bulus konusu, çok kisa sürede ambalajlanmis içecek ve ambalajli gida maddeleri sogutmaya yarayan orbital shake / çalkalama yöntemi kullanan ani sogutucu/ dondurucu ile Orbital shake/çalkalama yöntemi kullanan ani sogutucu/dondurucu; donmadan akiskanligini koruyarak -16°C ve daha düsük derecelere kadar düsebilen sogutucu siVi (56), Sogutucu siViyi (56) sistemde deVir ettirmeyi saglayan Ana pompa (23), Sogutucu siViyi (56) Sogutucu bloklara (7) gönderen Sogutma pompalari (21), Sogutucu siViyi(56) Sogutma bloklarina(7) tasiyan Hortumlar(9), Sogutucu siViyi(56) saklayan Sogutma SiVisi Tanki(35), Sogutucu siViyi(56) ve diger tüm ekipmanlari yalitarak enerji kaybini önleyen PU Ana Yalitim Kasasi (34), Sogutucu siViyi(56) içerisinde ki kanalli yapida deVir ettirerek Içecegi(41) sogutan Sogutma Bloklari (7), Sogutma bloklarini birbirine baglayan Blok Mentese Mili (44), Sogutucu blogu (7) yalitarak enerji kaybetmesini engelleyen Blok Yalitimi PU (25), Sogutucu bloklari (7) birbirine dogru çekerek Içecegi (41) sikistirmaya yarayan Sikistirma Servosu (27), Sikistirma Servosunun (27) bir uzantisi olan Sikistirma Servosu Kolu (31), Sikistirma Servosu Kolunu (31) sabitlemeye yarayan Sikistirma Kolu Pimi (45), Sogutucu Bloga (7) sogutucu siVinin (56) girisinin yapildigi kisa boylu Giris Hortumu (53), Sogutucu bloktan (7) Sogutucu siVinin (56) çikis yaptigi uzun boylu Çikis Hortumu (54), Sogutucu blogun (7) üstünde yer alarak çesitli aydinlatma ya da görsel uygulamaya iZin veren ve ayni zamanda mekanizmayi koruyan Sogutma Blok Basligi (10), Sogutucu blogu (7) blok tabanina (26) baglarken isil yalitim yapan Blok Yalitim Tabani (46), Sogutucu blogun (7) Orbital shake/çalkalanma hareketini yapmasini saglayan merkezi sapmali Eksantrik Göbek (42), Enzantrik göbek (42) ile sogutucu blogun (7) birbirine baglanmasi için taban görevi yapan Blok Tabani (26), Içecegin (41) anlik kaç oC oldugunu ölçüp PCB,ye (11) bildiren Termokupl (30), Termokupl (30) dan aldigi veriyi isleyerek hangi ekipmanlarin çalisacagina karar veren PCB (11), Hangi sogutucu blokta (7) içecek (41) oldugunu anlamaya yarayan Içecek Butonu (47), Termokupl (30 ve içecek butonundan (47) aldigi verileri isleyip PCB,ye (11) sürekli olarak anlik veri gönderen Mini PCB (52), sogutma islemi baslangicinda asagi inen, bitisinde ise yukari çikarak Içecegi (41) servis eden Asansör Servosu (51), Asansör servosunun (51) uzantisi olan Asansör dislisi (50), Asansör dislisinin (50) yönlendirdigi Itme Mili (48), Asansör servosu (51) ve diger ekipmanlarin gövdesi olan Asansör Gövdesi (49), Sogutucu bloklar (7) arasinda devir daimi saglamaya yardimci olan U Hortum (55), Kullanicinin makine ile iletisimi saglayan Ekran (1), sogutucu bloklari (7) ve içecekleri (41) koruyan Servis Kapagi (3), servis kapaginin (3) açilmasini kolaylastirmak için Kulp (2), sogutulmakta olan içecekleri (41) sterilize eden UVC Led Lambalar (4), Sogutma islemi sirasinda müsteriyi hareketli aksamdan ve UVC led lambalardan (4) koruyan ve Servis kapaginin (3) açilmasi halinde tüm sistemi durduran Servis Kapagi Butonu (5), sisteme dogru voltta elektrik saglayan Güç Kaynagi (12), güç kaynagi (12) PCB (11) ve ekrani (1) nemden ve sivi siçramalarindan koruyan Elektrik Panel Kapagi (8), Sogutucu bloklarin (7) arasina el ve benzeri objelerin girmesini engellemek için Gizleme kapagi (6), mekanizmalarin tamamini koruyan ve ayni zamanda isi yalitimi saglayan Ana Kapak (57), orbital shake hareketini blok tabanina (26) ileten Ekzantrik Disli (29), Ekzantrik disli (29) ve ekzantrik göbeklerin (42) rulmanlar araciligiyla bagli oldugu Orbital Tabla (13), Hareketli mekanizmalarda dairesel dönüsü kolaylastiran Rulmanlar (43), Sogutucu bloklari (7) ve orbital tablayi (13) tasiyan Orbital Iskelet (14), Orbital Iskeletin (14) PU ana yalitim kasasina yerlestirilmesini ve sabitlenmesini saglayan Yerlestirme Pimleri (33), Yerlestirme Pimlerinin (33) girecegi Yerlestirme Yuvasi (32), Orbital shake hareketine güç veren Shaker Motoru (36), Shaker Motorundan (36) gelen hareketin aktarilmasina yataklik yapan Aktarma Gövdesi (38), Aktarma gövdesi (38) içindeki dislileri koruyan Aktarma Gövdesi Kapagi (39), Shaker motorundan (36) gelen hareketi Merkez dislisine (28) aktaracak olan Kaplin (37), Sogutucu sivinin (56) sogutulmasini saglayan Evaporatör (20), Sogutma gazini devir daim ettiren Kompresör (16), sogutma gazini sogutan Kondenser (18), Evaporatörden (20) dönen sogutucu gazin fazlasinin likit halde saklandigi Likit Tanki (19), Kompresörün (16) elektrigini düzenleyen Kompresör Elektrik Kutusu (17), Sogutucu sivinin (56) 0C derecesini ölçen ve PCB,ye (11) bildiren Termometre (22) unsurlarini içermektedir. Definitions of the Elements/Parts/Parts Constituting the Invention Instant cooler using orbital shake/shaking method developed with this invention In the figures prepared to better explain the freezer The parts/sections/elements are numbered separately and the explanation of each number is is given below. 1. Screen 2. Handle 3. Service cover 4. UVC Led Lamp . Service Cover Button 6. Concealment cover 7. Cooler block 8. Electrical Panel Cover 9. Hose . Cooling Block Head 11. PCB 12. Power Source 13. Orbital Table 14. Orbital Skeleton . Liquid Tank Cover Compressor Compressor Electrical Box condenser Liquid Tank evaporator Cooling Pumps Thermometer Main Pump Electrical Input Socket Block Insulation PU Block Base Compression Servo Center Gear Eccentric Gear thermocouple Compression Servo Arm Docking Slot Locating Pins PU Main Insulation Case Coolant Tank Shaker Engine Coupling Transfer Body Transfer Body Cover Engine Fixation Eccentric Hub Roller Block Hinge Shaft Clamping Lever Pin Block Base Insulation Beverage Button Thrust Shaft Elevator Body 50. Elevator Gear 51. Elevator Servo 52. Mini PCB 53. Inlet Hose 54. Outlet Hose 55. U Hose 56. Coolant 57. Main Cover 58. Insulated Glass 59. Insulated Stock area 60.Fan 61. Radiator Detailed Description of the Invention The subject of the invention is the production of packaged beverages and packaged foods in a very short time. with flash cooler/freezer using orbital shake/shaking method for cooling Flash cooler/freezer using orbital shake method; without freezing Cooling liquid (56) that can drop to -16°C and lower degrees while maintaining its fluidity, Main pump (23), which allows the coolant (56) to circulate in the system, coolant (56) Cooling pumps (21), which send the cooling liquid (56) to the cooling blocks (7). Hoses (9) carrying the coolant blocks (7), Cooling Liquid Tank (35) storing the coolant (56), PU Main Base, which prevents energy loss by insulating the coolant (56) and all other equipment Insulation Case (34) circulates the coolant liquid (56) through the channel structure inside. Cooling Blocks (7) that cool the beverage (41), Block that connects the cooling blocks to each other Block Insulation, which insulates the Hinge Shaft (44), Cooling Block (7) and prevents it from losing energy PU (25), which is used to compress the beverage (41) by pulling the cooling blocks (7) towards each other. Compression Servo (27), Compression Servo Arm, which is an extension of the Compression Servo (27) (31), Compression Arm Pin (45), which is used to fix the Compression Servo Arm (31), Short length Inlet Hose (53) through which the coolant fluid (56) is entered into the Coolant Block (7), Long Outlet Hose (54), through which the coolant liquid (56) exits from the cooling block (7), It is located above the cooling block (7) and allows various lighting or visual applications. and the Cooling Block Head (10), which also protects the mechanism, the Cooling Block (7) block Block Insulation Base (46), which provides thermal insulation while connecting to the base (26), Cooler block (7) Eccentric Hub with central deviation that enables orbital shake movement (42), serves as the base for connecting the centric core (42) and the cooling block (7). Block Base (26), which measures the current temperature of the drink (41) and reports it to the PCB (11). Thermocouple (30) determines which equipment will operate by processing the data it receives from the Thermocouple (30). decision making PCB (11), which helps to understand which cooler block (7) contains beverage (41). It processes the data received from the Beverage Button (47), Thermocouple (30) and the drink button (47) and sends it to the PCB. (11) Mini PCB (52), which constantly sends instantaneous data, drops down at the beginning of the cooling process. Elevator Servo (51), which goes down and at the end goes up and serves the Beverage (41), Elevator Elevator gear (50), which is an extension of the servo (51), provides thrust directed by the elevator gear (50). Elevator Body (49), which is the body of the shaft (48), elevator servo (51) and other equipment, U Hose (55), which helps to provide circulation between the cooling blocks (7), Screen (1), cooler blocks (7) and drinks (41) that allow the user to communicate with the machine Service Cover (3) that protects the vehicle, Handle (2) to facilitate opening the service cover (3), UVC LED Lamps (4) that sterilize the drinks being cooled (41), Cooling process Protects the customer from moving parts and UVC LED lamps (4) during service Service Cover Button (5), which stops the entire system if the cover (3) is opened, moves towards the system. The Power Supply (12), which provides electricity at 100 volts, protects the power supply (12), PCB (11) and screen (1) from moisture. and the Electrical Panel Cover (8), which protects it from liquid splashes, between the cooling blocks (7). In order to prevent the entry of similar objects and similar objects, the concealment cover (6) closes the entire mechanism. Main Cover (57), which protects and provides thermal insulation at the same time, blocks the orbital shake movement. Eccentric Gear (29), Eccentric gear (29) and eccentric hubs (42) that transmit to the base (26). Orbital Table (13) to which it is connected via bearings, Circular plate in moving mechanisms Bearings (43) that facilitate rotation, carrying cooling blocks (7) and orbital tray (13) Place the Orbital Skeleton (14) into the PU main insulation case and Locating Pins (33), which enable the Locating Pins (33) to enter Placement Slot (32), Shaker Motor (36) that powers the orbital shake movement, Shaker Transfer Body (38), which supports the transmission of the movement coming from the engine (36), Transfer Body Cover (39), which protects the gears inside the transfer body (38), Shaker Coupling (37), which will transfer the movement from the engine (36) to the central gear (28), Evaporator (20), which provides cooling of the liquid (56), Circulation of the cooling gas Compressor (16), Condenser (18) that cools the cooling gas, Coolant returning from the evaporator (20) The Liquid Tank (19), where the excess gas is stored in liquid form, supplies the electricity of the Compressor (16). Compressor Electrical Box (17), which regulates the 0C temperature of the refrigerant liquid (56) and It contains the Thermometer (22) elements that report to the PCB (11).

Bulusun bir uygulamasinda kullanilan ekran (1) dokunmatik ekrandir. The screen (1) used in an embodiment of the invention is a touch screen.

Sogutulmus içeceklerin (41) stoklandigi Sogutulmus Içecek Yalitilmis Stok alani (59), Yalitilmis Stok alanina (59) gerekli durumda soguk hava saglayabilen Radyatör (61), Radyatördeki (61) sogugu Yalitilmis Stok alanina (59) yönlendiren Fan (60) unsurlarini içermesi ile karakterize edilmektedir. Chilled Beverage Insulated Stock area (59), where chilled beverages (41) are stored, Radiator (61) that can provide cold air to the Insulated Stock area (59) when necessary, Fan (60) elements that direct the cold in the radiator (61) to the Insulated Stock area (59). It is characterized by containing

Orbital shake / çalkalama yöntemi kullanan ani sogutucu/dondurucu sisteminde sogutulacak olan ambalaj li içecek (41) isil iletkenligi yüksek materyallerden yapilan Sogutucu bloklar (7) tarafindan kavranarak ve sikistirma servosu (27) tarafindan sikilarak, sogutucu sivinin (56) enerjisinin ambalaj li içecege (41) dogrudan temas ile iletilmesi saglanir. Sogutucu bloklar (7) gerekli görüldügü taktirde esnek materyallerle de yapilarak, içerisine konulan içecegin ambalajinin (41) seklini almasini saglayabilir, bu islemde de amaç yine içecek ambalajina (41) dogrudan temas ile isi iletmektir. Bu sikistirma ve tutma islemi yapilirken ayni anda hem sogutucu sivi (56) sogutma bloklarina (7) gönderilmeye baslanir hem de orbital shake/ çalkalama hareketi baslar. Flash cooler/freezer system using orbital shake method The packaged beverage to be cooled (41) is made of materials with high thermal conductivity. by gripping the blocks (7) and tightening by the compression servo (27), the cooler The energy of the liquid (56) is transmitted to the packaged beverage (41) by direct contact. Cooler If deemed necessary, the blocks (7) can be made with flexible materials and placed inside them. It can cause the beverage packaging (41) to take its shape, and the aim of this process is to It transmits heat by direct contact to the packaging (41). While this compression and holding process is carried out At the same time, the coolant (56) starts to be sent to the cooling blocks (7) and orbital shake begins.

Orbital shake /çalkalama hareketi, ambalajli içeceklerin (41) ambalajini açmadan karistirmanin en verimli ve hizli yöntemidir. Orbital shake /çalkalama yöntemi sayesinde sogutma bloklarindan (7) temasla gelen soguk enerjisi, içecegin (41) içerisine mümkün olan en hizli ve homojen sekilde aktarilmaktadir. Sogutucu Bloklar (7) sogutulmak istenen içecegin (41) ambalajinin boyutuna ve sekline göre degistirilebilir. Bu sayede pet, plastik, cam, alüminyum, karton vb. fark etmeksizin tüm ambalajlarda sogutma yapilir. Ürün ayni anda 1 ya da daha fazla içecegi sogutabilecek sekilde tasarlanmistir. Her bir sogutucu blogun (7) merkezinde 0 bloga ait Içecek Butonu (47) ve Termokupl (30) vardir. Orbital shake movement, without opening the packaging of packaged drinks (41) It is the most efficient and fastest method of mixing. Thanks to the orbital shake method The cold energy coming from the cooling blocks (7) by contact, enters the beverage (41) as much as possible. It is transferred in the fastest and most homogeneous way. Cooling Blocks (7) It can be changed according to the size and shape of the packaging of the beverage (41). In this way, pet, plastic, glass, aluminum, cardboard etc. Cooling is done in all packages, regardless of size. The product is designed to cool 1 or more drinks at the same time. Each In the center of the cooler block (7), there is the Beverage Button (47) and Thermocouple (30) belonging to the block 0.

Sogutucu bloga içecek yerlestirildiginde makine bunu anlar ve ayni anda ve anlik olarak o bloktaki içecegin (41) 0C Derecesini ölçmeye baslar. Bu islem, içerisinde içecek (41) olan her bir sogutucu blokta (7) da es zamanli olarak yapilir. Kullanici hangi Sogutucu bloga kaç Mililitrelik içecek koydugunu ekrani (1) kullanarak belirler. Kullanici hangi içecegi kaç dereceye kadar sogutma istedigini de yine ekran araciligiyla belirler. Her bir bloktaki oC Derece ve mililitre verilerine sahip olan makine, hangi sogutma bloguna kaç saniye ve hangi sirayla sogutucu sivi (56) gönderecegine dair hesaplama yapar. Kullanici içecekleri (41) sogutucu hollere yerlestirdikten ve Servis kapagini (3) kapattiktan sonra Dokunmatik ekrandan Baslat komutunu verir. Baslat komutunu takiben UVC Led lambalar (4) yanar ve dezenfekte islemi baslar, Asansör servolari (51) içecekleri (41) önceden belirlenen, sogutucu bloklar tarafindan en iyi sekilde kavranacaklari konumlarina indirir, bu islemi takiben Sikistirma servolari (27) içecekleri (41) sogutucu bloklarin (7) içerisinde sikistirir. Bu islemi takiben PCB (11) Tarafindan yönlendirilen sogutucu bloklara (7) hesaplanan süre boyunca sogutucu siVi (56) gönderilir. Ayni anda da orbital shake/çalkalama hareketi baslar. When a drink is placed in the cooling block, the machine detects this and starts it at the same time and instantaneously. It starts measuring the 0C degree of the beverage in the block (41). This process applies to any drink containing beverage (41). It is done simultaneously in a cooling block (7). Which Cooler blog does the user run to? It determines whether it has poured milliliters of drink using the screen (1). Which drink will the user choose? It also determines the degree of cooling it wants via the screen. oC in each block The machine, which has degree and milliliter data, determines which cooling block for how many seconds and which time. It calculates how to send coolant (56) in turn. User drinks (41) After placing it in the cooler halls and closing the Service cover (3) gives the Start command on the screen. Following the start command, UVC LED lamps (4) turn on and The disinfection process begins, the elevator servos (51) the drinks (41) are placed in the pre-determined, cooler lowers it to the positions where it can be grasped by the blocks in the best way, following this process Compression servos (27) compress the drinks (41) inside the cooling blocks (7). This process followed by the heatsink blocks (7) directed by the PCB (11) for the calculated period. Coolant liquid (56) is sent. At the same time, the orbital shake movement begins.

Orbital Shake/çalkalama hareketi bilinen haliyle titresime yol açmaktadir, bu sebeple gelistirdigimiZ özel yerlesim ve sapmalar ile bu sorunun önüne geçilmektedir. Yöntem su sekildedir, her bir sogutucu blok, bir baska sogutucu blok ile ayni yönde ancak 180 derecelik sapma ile dönmeye baslar. Yaklasik esit agirliktaki 2 blok birbirini sönümleyen bir salinim ile döndürülür. Bu sayede salinim azaltilir. Orbital Shake/shaking movement as known causes vibration, therefore This problem is prevented with the special layouts and deviations we have developed. Method water It is as follows, each cooling block is in the same direction as another cooling block but 180 degrees It starts to rotate with deviation. 2 blocks of approximately equal weight absorb each other with an oscillation. is returned. In this way, emissions are reduced.

Detaylandirmak gerekirse, X,Y koordinat düZleminde 1 birim çapinda, merkezi (0,0) noktasi olan bir daire çizilir. Çemberin bir turunu 4 saniyede attigini varsayalim. Sifir aninda Sogutucu bloklardan 0. saniyede A blogu (-1,0) noktasinda iken, B blogu (1,0) noktasindadir. 1. saniyede A blogu (0,1) noktasina gelirken, B blogu (0,-1) noktasina gelir. 2. saniyede A blogu (1,0) noktasina gelirken, B blogu (-1,0) noktasina gelir. 3. saniyede A blogu (0,-1) noktasina gelirken, B blogu (0,1) noktasina gelir. 4. saniyede A blogu (-1,0) noktasina geri döner, B blogu da (1,0) noktasina geri döner. To elaborate, in the X,Y coordinate plane, with a diameter of 1 unit, the center is (0,0). A circle with a point is drawn. Let's assume that he completes one revolution of the circle in 4 seconds. at zero instant from cooling blocks At the 0th second, block A is at (-1,0) point, while block B is at (1,0). In the 1st second, block A comes to point (0,1), while block B comes to point (0,-1). In the 2nd second, block A reaches the point (1,0), while block B reaches the point (-1,0). In the 3rd second, block A comes to point (0,-1), while block B comes to point (0,1). In the 4th second, block A returns to point (-1,0), and block B returns to point (1,0).

Bu sekildeki bir tam turda her iki blok ta, kendi agirliklari ve esit hizlari sayesinde salinimi sönümler ve makinenin titresimini engeller. In such a complete revolution, both blocks move forward thanks to their own weight and equal speed. It dampens oscillation and prevents machine vibration.

Tek içecek (41) sogutulmasi planlanan bir modelde, salinimi sönümlemek için, B blogu yerine karsit bir agirlik da kullanilabilir. In order to dampen the oscillation in a model planned to cool a single drink (41), block B An opposing weight can also be used instead.

Dilenirse her bir sogutucu bloga qr kod okuyucu ya da barkod okuyucu da eklenerek sogutulan içeceklerin sayimi da yapilabilir. Bu sayim bilgileri PCB (11) tarafindan internet üzerinden istenilen noktalara iletilir. If desired, a QR code reader or barcode reader can be added to each cooler block. Counting of cooled drinks can also be done. This counting information is sent to the internet by PCB (11). It is transmitted to the desired points via .

Sogutma Bloklarinin (7) bulundugu alan, PU Ana yalitim kasasinin (34) içerisinde yer alir, dis ortamdan isil olarak izole edilmistir ve ortalama olarak 2°C ile 10°C araliginda tutulur. Bu alanin isinmasi durumunda, içerisinde içecek olmasa dahi, PCB (l 1) nin verecegi komut ile sogutucu bloklara (7) soguk siVi gönderilir ve bu alan sogutulur. Bu islemin amaci, sogutucu bloklari (7) soguk tutarak, bir sonraki içecek sogutmaya hazir olmaktir. Sogutucu siVi (56) da yine PU Ana yalitim kasasi,nin (34) içerisindeki Sogutma siVisi tanki (35) bölümünde yer alir ve daha kalin bir yalitim tabakasina sahiptir. Isil izolasyonun elektrik tüketimine etkisi çok yüksektir. The area where the Cooling Blocks (7) are located is located inside the PU Main Insulation Case (34). It is thermally isolated from the external environment and is kept at temperatures between 2°C and 10°C on average. is kept. If this area gets heated, even if there is no drink inside, the PCB (l 1) will give out With the command, cold liquid is sent to the cooling blocks (7) and this area is cooled. The purpose of this process is to By keeping the cooler blocks (7) cold, the next beverage is ready to be cooled. Cooler Cooling liquid tank (35) inside the PU main insulation case (34) It is located in the section and has a thicker insulation layer. electrical insulation of thermal insulation It has a very high impact on consumption.

Tüm bu izolasyonlar ve içeceklere (41) dogrudan temas sayesinde, yalnizca sogutma islemi yapilan içecege (41) aktarilan kadar enerji kullanilir. Enerji kaybi minimize edilmistir ve bu sayede elektrik tüketimi de karbon salinimi da standart dolaplara ve mevcut piyasadakiThanks to all these insulations and direct contact with beverages (41), only cooling Energy is used as much as is transferred to the processed beverage (41). Energy loss is minimized and thus, electricity consumption and carbon emissions are reduced compared to standard cabinets and those in the current market.

Claims

STEMS

1. It is an instant cooler/freezer that uses the orbital shake method and its features are; Coolant that can drop from -16°C to -60°C while maintaining its fluidity without freezing. Main pump (23) that circulates the coolant (56) in the system. Cooling pumps (21) that send the coolant (56) to the cooling blocks (7). Hoses (9) that carry the coolant (56) to the cooling blocks (7), Coolant Tank (35) that stores the coolant (56), PU Main Insulation Case (34), which prevents energy loss by insulating the coolant (56) and all other equipment, Cooling Blocks (7), which cool the Beverage (41) by circulating the coolant liquid (56) in the channel structure inside, Block Hinge Shaft (44), which connects the cooling blocks to each other, Compression Servo (which serves to compress the Beverage (41) by pulling the cooling blocks (7) towards each other. 27), Compression Servo Arm (31), which is an extension of the Compression Servo (27), Short Inlet Hose (53) through which the coolant fluid (56) is entered into the Coolant Block (7), Coolant Liquid (56) exits from the Coolant Block (7). Long Outlet Hose (54), Cooling Block Head (10), which is located on top of the Cooling Block (7), allowing various lighting or visual application and at the same time protecting the mechanism, Central deviation that allows the Cooling Block (7) to perform orbital shake movement. Eccentric Hub (42), base for connecting the eccentric hub (42) and the cooling block (7), Thermocouple (30), which measures the instantaneous temperature of the drink (41) and reports it to the PCB (1 l), transmits the data it receives from the Thermocouple (30). PCB (1 l), which decides which equipment will operate by processing, Beverage Button (47), which helps to understand which cooler block (7) contains beverage (41), Processes the data received from the thermocouple (30) and beverage button (47) and sends it to the PCB (11). Mini PCB (52), which continuously sends instant data, Elevator Servo (51), which goes down at the beginning of the cooling process and rises at the end to serve the Beverage (41), Elevator gear (50), which is an extension of the elevator servo (51), Elevator gear (50). ) to the Push Shaft (48), the Elevator Body (49), which is the body of the Elevator servo (51) and other equipment, the U Hose (55), which helps to provide circulation between the cooling blocks (7), the screen (1), which allows the user to communicate with the machine. , Service Cover (3) that protects the cooler blocks (7) and beverages (41), Service Cover Button (5), which protects the customer from the moving parts during the cooling process and stops the entire system if the Service cover (3) is opened, Power Supply that provides electricity to the system at the correct voltage. (12), Power supply (12), Electrical Panel Cover (8), which protects the PCB (11) and the screen (1) from moisture and liquid splashes, Concealment cover (6), which prevents hands and similar objects from entering between the cooler blocks (7), Entire mechanisms. Eccentric Gear (29), which transmits the Main Orbital shake movement to the block base (26), which protects and at the same time provides heat insulation, Orbital Table (13), to which the eccentric gear (29) and eccentric hubs (42) are connected through bearings, Bearings that facilitate circular rotation in moving mechanisms. (43), Orbital Skeleton (14), which carries the cooling blocks (7) and orbital tray (13), Shaker Engine (36), which powers the orbital shake movement, Transfer Body (38), which supports the transfer of the movement coming from the Shaker Engine (36), Transfer Transfer Body Cover (39), which protects the gears inside the body (38), Coupling (37), which transfers the movement from the Shaker engine (36) to the Central gear (28), Evaporator (20), which provides cooling of the cooling liquid (56), o Circulate the cooling gas. Compressor (16), o Condenser (18), which cools the refrigerant gas, o Liquid, where the excess refrigerant gas returning from the evaporator (20) is stored in liquid form, o Compressor Electrical Box (17), which regulates the electricity of the compressor (16), o Measures the temperature of the refrigerant liquid (56) ( OC) and PCBaye (11) reporting Thermometer elements. .

It is a cooler/freezer according to claim 1 and its feature is; It contains Block Insulation PU (25) which insulates the cooler block (7) and prevents it from losing energy. .

It is a cooler/freezer according to claim 1 and its feature is; It contains the Compression Arm Pin (45) used to fix the Compression Servo Arm (31). .

It is a cooler/freezer according to claim 1 and its feature is; It contains a Block Insulation Base (46) that provides thermal insulation while connecting the cooler block (7) to the block base (26). .

It is a cooler/freezer according to claim 1 and its feature is; It contains a handle (2) to facilitate opening the service cover (3). .

It is a cooler/freezer according to claim 1 and its feature is; It contains Locating Pins (33) that enable the Orbital Skeleton (14) to be placed and fixed on the PU main insulation case. .

It is a cooler/freezer according to claim 6 and its feature is; It contains a Placement Slot (32) into which the Placement Pins (33) will fit. .

It is an instant cooler/freezer with an orbital shake method as in claim 1, and its feature is; It contains a Chilled Beverage Insulated Stock area (59) where chilled beverages are stocked. .

It is a cooler/freezer according to claim 8 and its feature is; The insulated stock area (5 9) contains a Radiator (61) that can provide cold air when necessary.

10. It is a cooler/freezer according to claim 9 and its feature is; It contains a fan (60) that directs the cold in the radiator (61) to the insulated stock area (59).

11. It is a cooler/freezer according to claim 1 and its feature is; The screen (1) is a touch screen.

12. It is a cooler/freezer according to claim 1 and its feature is; It contains UVC LED Lamps (4) that sterilize the drinks being cooled (41).

13. Orbital shake method feature; Placing the beverage (41) into the cooler block (7), making the instant cooler/freezer machine understand that the beverage is placed in the cooler block, instantaneous cooler/freezer instantly measuring the temperature of the beverage (41) in that block, determining the temperature of the beverage in each cooler block (7) containing the beverage (41). ) simultaneously measuring, The user determines how many milliliters of drinks he has placed in which cooling block using the screen (1), The user determines which beverage he wants to cool to what degree using the screen (1), The machine has Degree (OC) and milliliter data in each block, Calculating how many seconds and in what order to send coolant (56) to which cooling block, After placing the drinks (41) in the cooling chambers and closing the service cover (3), the user gives the start command on the touch screen, Following the start command, the UVC LED lamps (4) turn on. and the start of the disinfection process, Elevator servos (51) lowering the beverages to predetermined positions where they can be grasped by the cooling blocks in the best way, Compression servos (27) compressing the beverages (41) inside the cooling blocks (7), o Cooling directed by the PCB (1 1). Sending coolant to the blocks (7) for a calculated period of time, o Starting the orbital shake movement, 0 Each cooling block starting to rotate in the same direction as another cooling block but with a deviation of 180 degrees, It includes the process steps.