TR2021014438A2

TR2021014438A2 - A cooking appliance with microwave function.

Info

Publication number: TR2021014438A2
Application number: TR2021/014438
Authority: TR
Inventors: Ya Ar Tayfun
Original assignee: Vestel Beyaz Eşya Sanayi̇ Ve Ti̇caret Anoni̇m Şi̇rketi̇
Filing date: 2021-09-15
Publication date: 2023-03-21

Abstract

Mevcut buluş, dış gövdeyi; dış gövdenin iç kısmında yer alan ve birinci duvarı (G1), iki adet ikinci duvarı (G2), üçüncü duvarı (G3) ve birinci duvar (G1), ikinci duvarlar (G2) ve üçüncü duvar (G3) arasında yer alan iç hazneyi (G4) içeren iç gövdeyi (G); üçüncü duvarın (G3) bir yüzeyiyle aralarında boşluk olacak şekilde kenarı ve kenarın üzerinde bulunan, boşluğa erişimi sağlayan iki adet bağlantı deliği içeren dağıtım haznesini (D); elektromanyetik dalgaların, dağıtım haznesine (D) ve oradan da iç hazne (G4) içerisine iletilmesini sağlayan dalga kılavuz yolunu (E) içeren mikrodalga fonksiyonuna sahip pişirici cihaz (M) ile ilgili olup pişirici cihaz, dalga kılavuz yolundan (E) dağıtım haznesine (D) iletilen elektromanyetik dalgaların iç hazne içerisine eşit yoğunlukta aktarılmasını sağlayan ve dağıtım haznesinin (D) dalga kılavuz yolunun (E) bağlantılı olduğu kenarına konumlandırılan montaj braketini (1); üçüncü duvar (G3) ile dağıtım haznesinin (D) arasındaki boşluğa konumlandırılan, dönebilen en az bir pervaneyi (2); bir tarafı, pervaneyle (2) bağlantılı olan ve diğer tarafı, pervane (2) boşluk içerisinde kalacak şekilde dağıtım haznesinin (D) kenarında yer alan diğer bağlantı deliğine geçirilerek dağıtım haznesiyle (D) bağlantısı sağlanan, diğer tarafı, montaj braketi (1) ile dağıtım haznesi (D) arasında kalan ve üzerinde birinci girinti (3a) bulunan şaftı (3); pervanenin (2) üçüncü duvara (G3) temas etmeyeceği bir yükseklikte durmasını sağlayacak şekilde, bağlantı deliğinden geçirilen şaftın (3) üzerine takılan ve birinci girinti (3a) üzerine denk gelecek şekilde ikinci girintiyi (4a) içeren bağlantı elemanını (4); bağlantı elemanının (4) şaft (3) üzerinde sabitlenmesini sağlayan birinci montaj yayını (5); pervanenin (2) dönmesi için şafta (3) dönme hareketini sağlayan motoru (6); motor (6) ile şaft (3) arasındaki bağlantıyı sağlayan ikinci montaj yayını (7) içeren dağıtım sistemini (S) içermektedir.The present invention includes the outer body; The first wall (G1), two second walls (G2), the third wall (G3) and the inner chamber (G1), located in the inner part of the outer body, located between the first wall (G1), second walls (G2) and third wall (G3). inner body (G) containing G4); the distribution chamber (D), which includes an edge with a gap between it and a surface of the third wall (G3) and two connection holes located on the edge, providing access to the gap; It is related to the cooking device (M) with microwave function, which includes the wave guide path (E) that enables the transmission of electromagnetic waves to the distribution chamber (D) and from there into the inner chamber (G4). The cooking device is connected to the distribution chamber (D) from the wave guide path (E). ) the mounting bracket (1), which ensures that the transmitted electromagnetic waves are transferred into the inner chamber with equal intensity and is positioned on the edge of the distribution chamber (D) to which the wave guide path (E) is connected; at least one rotatable propeller (2) positioned in the space between the third wall (G3) and the distribution chamber (D); One side is connected to the propeller (2) and the other side is connected to the distribution chamber (D) by passing it to the other connection hole located on the edge of the distribution chamber (D) so that the propeller (2) remains in the gap, and the other side is connected to the mounting bracket (1). the shaft (3) located between the distribution chamber (D) and with the first recess (3a); the connecting element (4) that is mounted on the shaft (3) passed through the connection hole and contains the second recess (4a) to coincide with the first recess (3a), ensuring that the propeller (2) stands at a height where it does not contact the third wall (G3); first assembly spring (5) that ensures the fixing of the connection element (4) on the shaft (3); motor (6) that provides rotational movement to the shaft (3) for the propeller (2) to rotate; It includes the distribution system (S) containing the second assembly spring (7) that provides the connection between the engine (6) and the shaft (3).

Description

TARIFNAME MIKRODALGA FONKSIYONUNA SAHIP BIR PisiRici CIHAZ Mevcut bulus. pisirmeyi ve/veya isitmayi saglayan elektromanyetik dalgalarin iç hazne içerisine esit yogunlukta dagilmasini saglayan mikrodalga fonksiyonuna sahip bir pisirici cihaz ile ilgilidir. Yiyecekler hem çig olarak hem de pismis bir sekilde tüketilebilmektedir. Yiyeceklerin pisirilmesi islemi de yiyeceklerin bir kap içerisinde isiya maruz birakilmasiyla gerçeklestirilebilmektedir. Bu amaçla bilinen teknikte çesitli pisirici cihazlar kullanilmaktadir. Örnegin bahsedilen pisirici cihazlar, yiyecegin bir kap içerisinde pisirilmesini saglayan bir ocak; yiyecegin kapali bir iç hazne içerisinde bir isitici tertibat vasitasiyla belli bir süre isitilarak pisirilmesini saglayan firin; yiyecegin kapali bir iç hazne içerisinde elektromanyetik dalgalara maruz kalarak isitilmasini ve/veya pisirilmesini saglayan mikrodalga fonksiyonuna sahip pisirici cihazlar seklindedir. Burada bahsedilen mikrodalga fonksiyonuna sahip pisirici cihazlar, elektromanyetik dalgalar üretmekte ve bu elektromanyetik dalgalarin pisirici cihazin iç haznesi içerisine dagilmasini saglamaktadir. Elektromanyetik dalgalar, iç haznede bulunan yiyecegin moleküllerini yüksek hizda titrestirerek isitmaktadir. Bu isi sayesinde. yiyecegin yapisi bozulmadan pismesi ve/veya isinmasi saglanmaktadir. Teknigin bilinen durumunda yer alan mikrodalga fonksiyonuna sahip pisirici cihaz, elektromanyetik dalgalarin iç hazne içerisine dagilmasi için pisirici cihazin iç gövdesinin üst duvarinda yer alan en az bir dagitim haznesine en az bir motor ile hareket ettirilen ve bahsedilen motorla en az bir saft vasitasiyla baglantili olan en az bir pervane kullanilmaktadir. Mikrodalga fonksiyonuna sahip pisirici cihazin üretimi veya tamiri esnasinda pervane saftin bir ucuna montajlandiktan sonra pervane, dagitim haznesinin iç gövdeye bakan tarafinda ve bahsedilen motor, dagitim haznesinin diger tarafinda kalacak sekilde bahsedilen saft diger ucundan motora montajlanmaktadir. Ancak montaj 4976ITR esnasinda, hem saftin hem de motorun tutulmasi gerektigi için bu montaj sekli oldukça zor ve isçilik gerektirmektedir. Bu da hem üretim sürecini hem de tamir, yedek parça degisimi sürelerini uzatmaktadir. Ilave olarak, teknigin bilinen durumunda mikrodalga fonksiyonuna sahip pisirici cihazlardaki pervane iç gövdenin üst duvarina ya çok yakin ya da iç gövde üst duvarina temas edecek sekilde konumlanmaktadir. Bu da elektromanyetik dalgalarin iç hazne içerisine esit yogunlukta dagilmasini önleyebilmektedir. Bu durumda da yiyecegin esit bir sekilde pismesi ve/veya isinmasi zorlasmakta ve pisirme ve/veya isitma süresi oldukça uzamaktadir. Ayrica teknigin bilinen durumunda bir ucuna pervaneye montajlanan saft, pisirici cihazin kullanimi esnasinda iç gövdenin üst duvarina ve/veya dagitim haznesi yüzeyine temas ederek asinabilmekte ve dolayisiyla kirilabilmektedir. Bu da pisirici cihazin kullanilamamasina neden olmaktadir. Bu temas nedeniyle pisirici cihazin kullanimi esnasinda kullanicilar için oldukça rahatsiz edici sürtünme sesi çikarabilmektedir. Bulusun Kisa Açiklamasi Mevcut bulus, en az bir dis gövdeyi; bahsedilen dis gövdenin iç kisminda yer alan ve dis gövdenin zemine temas eden kenarina yakin olacak sekilde bulunan en az bir birinci duvari, bahsedilen birinci duvara dik uzanan en az iki adet ikinci duvari, bahsedilen ikinci duvarlarin arasinda olacak sekilde bahsedilen birinci duvara paralel uzanan en az bir üçüncü duvari ve bahsedilen birinci duvar, ikinci duvarlar ve üçüncü duvar arasinda yer alan en az bir iç hazneyi içeren en az bir iç gövdeyi; bahsedilen üçüncü duvar üzerinde yer alan, üçüncü duvarin bir yüzeyiyle aralarinda bosluk olacak sekilde en az bir kenari ve bahsedilen kenarin üzerinde bulunan, bahsedilen bosluga erisimi saglayan en az iki adet baglanti deligi içeren en az bir dagitim haznesini; pisirme ve/veya isitma islemi için kullanilacak olan elektromanyetik dalgalarin, dagitim haznesine ve oradan da iç hazne içerisine iletilmesini saglayan, bir tarafindan bahsedilen dagitim haznesindeki baglanti deliklerinden birine baglanan, çokgen formunda olan en az bir dalga kilavuz yolunu içeren, mikrodalga fonksiyonuna sahip pisirici cihaz ile ilgili olup bahsedilen pisirici cihaz, dalga kilavuz yolundan dagitim haznesine iletilen elektromanyetik dalgalarin iç hazne içerisine esit yogunlukta aktarilmasini saglayan ve 49761TR - bahsedilen dagitim haznesinin dalga kilavuz yolunun baglantili oldugu kenarina, bahsedilen dalga kilavuz yolunun yanina konumlandirilan en az bir montaj braketini; - bahsedilen dagitim haznesine gelen elektromanyetik dalgalarin iç hazneye esit yogunlukta dagitilmasini saglayan, bahsedilen üçüncü duvar ile dagitim haznesinin arasindaki bosluga konumlandirilan, dönebilen en az bir pervaneyi; içerisinde kalacak sekilde dagitim haznesinin kenarinda yer alan bir diger baglanti deligine geçirilerek dagitim haznesiyle baglantisi saglanan, bahsedilen bir diger tarafi, montaj braketi ile dagitim haznesi arasinda kalan ve üzerinde en az bir birinci girinti bulunan en az bir safti; - bahsedilen pervanenin üçüncü duvara temas etmeyecegi bir yükseklikte durmasini saglayacak sekilde, baglanti deliginden geçirilen saftin üzerine takilan ve bahsedilen birinci girinti üzerine denk gelecek sekilde en az bir ikinci girintiyi içeren, boru seklinde olan, saft bilezigi olarak da adlandirilan en az bir baglanti elemanini; 7 bahsedilen baglanti elemaninin saft üzerinde sabitlenmesini saglayan, birinci girinti ile ikinci girintinin birbiri üzerine denk gelerek olusturdugu yapiya takilan en az bir birinci montaj yayini; 7 bahsedilen pervanenin dönmesi için safta dönme hareketini saglayan, bahsedilen montaj braketi üzerine konumlandirilan, bahsedilen saftin montaj braketi ile dagitim haznesi arasinda kalan tarafiyla baglantili olan en az bir motoru; içeren en az bir dagitim sistemini içermektedir. Mevcut bulus ile gelistirilen mikrodalga fonksiyonuna sahip pisirici cihaz sayesinde, yiyecegin pismesini ve/veya isinmasini saglayan elektromanyetik dalgalarin iç hazne içerisine esit yogunlukta dagilmasi saglanmaktadir. Bahsedilen pervanenin ve saftin üçüncü duvar yüzeyine temas etmemesi ve baglanti elemaninin dagitim haznesi yüzeyine temas etmemesi sayesinde söz konusu parçalarin kullanim ömrü uzamaktadir. Bahsedilen üçüncü duvar yüzeyine ve dagitim haznesi yüzeyine temas olmadigi için pisirici cihazin kullanimi esnasinda gürültü olmamaktadir. 4976/TR Bulusun Amaci Mevcut bulusun amaci, elektromanyetik dalgalarin iç hazne içerisine esit yogunlukta dagilmasini saglayan mikrodalga fonksiyonuna sahip bir pisirici cihaz gelistirmektir. Mevcut bulusun bir diger amaci, pervanenin ve saftin iç gövde yüzeyine temas etmeyecek sekilde montajlanmasini saglayan mikrodalga fonksiyonuna sahip bir pisirici cihaz gelistirmektir. Mevcut bulusun bir diger amaci, saftin ve/veya baglanti elemaninin dagitim haznesinin yüzeyine temasini önleyerek oldukça az ses ile kullanim saglayan mikrodalga fonksiyonuna sahip bir pisirici cihaz gelistirmektir. Mevcut bulusun baska bir amaci da pervane, saft ve motor montajinin pratik bir sekilde yapilmasini saglayan mikrodalga fonksiyonuna sahip bir pisirici cihaz gelistirmektir. Mevcut bulusun bir diger amaci, üretim, tamir ve yedek parça degisim süresi oldukça kisa olan, kullanim ömrü uzun mikrodalga fonksiyonuna sahip bir pisirici cihaz gelistirmektir. Sekillerin Açiklamasi Mevcut bulusla gelistirilen mikrodalga fonksiyonuna sahip pisirici cihaz uygulama 'örnekleri ekli sekillerde gösterilmis olup bu sekillerden; Sekil 1; gelistirilen pisirici cihazin 'önden bir kesit görünüsüdür. Sekil 2; gelistirilen pisirici cihaza ait dagitim sisteminin de-monte halinin bir perspektif görünüsüdür. Sekil 3; gelistirilen pisirici cihaza ait dagitim sisteminin pervane saft baglantisinin de-monte halinin bir görünüsüdür. Sekillerdeki parçalar tek tek numaralandirilmis olup bu numaralarin karsiliklari asagida verilmistir: 4976/TR Pisirici cihaz (M) Iç gövde (G) Birinci duvar (G'l) Ikinci duvar ((32) Uçünc'ü duvar (GS) Iç hazne (64) Dagitim haznesi (D) Dalga kilavuz yolu (E) Dagitim sistemi (3) Montaj braketi (1) Pervane (2) Birinci girinti (Ba) Baglanti elemani (4) Ikinci girinti (4a) Birinci montaj yayi (5) Ikinci montaj yayi (7) Bulusun Açiklamasi Yiyecegin kapali bir iç hazne içerisinde elektromanyetik dalgalara maruz kalarak isitilmasini ve/veya pisirilmesini saglayan mikrodalga fonksiyonuna sahip pisirici cihazlarda, elektromanyetik dalgalarin iç hazne içerisine dagilmasi için pisirici cihazin iç gövdesinin üst duvarinda yer alan en az bir dagitim haznesine en az bir motor ile hareket ettirilen ve bahsedilen motorla en az bir saft vasitasiyla baglantili olan en az bir pervane kullanilmaktadir. Söz konusu pisirici cihazin üretimi veya tamiri esnasinda pervane saftin bir ucuna montajlandiktan sonra pervane, dagitim haznesinin iç gövdeye bakan tarafinda ve bahsedilen motor, dagitim haznesinin diger tarafinda kalacak sekilde bahsedilen saft diger ucundan motora montajlanmaktadir. Ancak montaj esnasinda, hem saftin hem de motorun tutulmasi gerektigi için bu montaj sekli oldukça zor ve isçilik gerektirmektedir. Ilave olarak, söz konusu pervane ve saft iç gövdenin üst duvarina ya çok yakin ya da iç gövde üst duvarina temas edecek sekilde konumlanmaktadir. Bu da elektromanyetik dalgalarin iç hazne içerisine esit yogunlukta dagilmasini önleyebilmektedir ve pisirici 4976ITR cihazin kullanimi esnasinda gürültü olusmasina neden olmaktadir. Bu baglamda mevcut bulusla, söz konusu problemlerin çözümüne yönelik mikrodalga fonksiyonuna sahip pisirici cihaz gelistirilmektedir. Örnek görünüsleri sekil 1-3ite verilen, mevcut bulusla gelistirilen pisirici cihaz (M), en az bir dis gövdeyi (sekillerde gösterilmemistir); bahsedilen dis gövdenin iç kisminda yer alan ve dis gövdenin zemine temas eden kenarina yakin olacak sekilde bulunan en az bir birinci duvari (G1) (diger bir deyisle, taban), bahsedilen birinci duvara (G1) dik uzanan en az iki adet ikinci duvari (G2) (diger bir deyisle, yan duvarlar), bahsedilen ikinci duvarlarin (82) arasinda olacak sekilde bahsedilen birinci duvara (G1) paralel uzanan en az bir üçüncü duvari (GS) (diger bir deyisle, üst duvar) ve bahsedilen birinci duvar (G1), ikinci duvarlar (G2) ve üçüncü duvar (GB) arasinda yer alan en az bir iç hazneyi (G4) içeren en az bir iç gövdeyi (G); bahsedilen üçüncü duvar (GS) üzerinde yer alan, üçüncü duvarin (GS) bir yüzeyiyle (diger bir deyisle, iç hazneye (G4) bakan yüzeyinin karsisindaki yüzeyiyle) aralarinda bosluk olacak sekilde en az bir kenari ve bahsedilen kenarin üzerinde bulunan, bahsedilen bosluga erisimi saglayan en az iki adet baglanti deligi içeren en az bir dagitim haznesini (D); pisirme ve/veya isitma islemi için kullanilacak olan elektromanyetik dalgalarin, dagitim haznesine (D) ve oradan da iç hazne (G4) içerisine iletilmesini saglayan, bir tarafindan bahsedilen dagitim haznesindeki (D) baglanti deliklerinden birine baglanan, çokgen, tercihen dikdörtgen formunda olan en az bir dalga kilavuz yolunu (E); bahsedilen dalga kilavuz yolundan (E) dagitim haznesine (D) iletilen elektromanyetik dalgalarin iç hazne içerisine esit yogunlukta aktarilmasini saglayan ve oldugu kenarina, bahsedilen dalga kilavuz yolunun (E) yanina, tercihen dalga kilavuz yoluna (E) temas edecek sekilde konumlandirilan en az bir montaj braketini (1); - bahsedilen dagitim haznesine (D) gelen elektromanyetik dalgalarin iç hazneye esit yogunlukta dagitilmasini saglayan, bahsedilen üçüncü duvar (GB) ile dagitim haznesinin (D) arasindaki bosluga konumlandirilan, dönebilen en az bir pervaneyi (2); pervane (2) bosluk içerisinde kalacak sekilde dagitim haznesinin (D) kenarinda yer alan bir diger baglanti deligine geçirilerek dagitim haznesiyle (D) baglantisi saglanan, bahsedilen bir diger tarafi, montaj braketi (1) ile 4976ITR dagitim haznesi (D) arasinda kalan ve 'üzerinde en az bir birinci girinti (3a) bulunan, tercihen silindir formunda olan en az bir safti (3); - bahsedilen pervanenin (2) üçüncü duvara ((33) temas etmeyecegi bir yükseklikte durmasini saglayacak sekilde, baglanti deliginden geçirilen saftin (3) üzerine takilan ve bahsedilen birinci girinti (3a) üzerine denk gelecek sekilde en az bir ikinci girintiyi (4a) içeren, boru seklinde olan, saft bilezigi olarak da adlandirilan en az bir baglanti elemanini (4); - bahsedilen baglanti elemaninin (4) saft (3) üzerinde sabitlenmesini saglayan, birinci girinti (3a) ile ikinci girintinin (4a) birbiri `üzerine denk gelerek olusturdugu yapiya takilan en az bir birinci montaj yayini (5); - bahsedilen pervanenin (2) dönmesi Için safta (3) dönme hareketini saglayan, bahsedilen montaj braketi (1) üzerine konumlandirilan, bahsedilen saftin (3) montaj braketi (1) ile dagitim haznesi (D) arasinda kalan tarafiyla baglantili olan, tercihen elektrik motoru olan en az bir motoru 7 bahsedilen motor (6) ile saft (3) arasindaki baglantiyi saglayan ve tercihen baglanti elemaninin (4) dagitim haznesi (D) yüzeyine temas etmeyecegi sekilde saftin (3) motora (6) dogru çekilmesini saglayan en az bir ikinci montaj yayini (7) içeren en az bir dagitim sistemini (S) içermektedir. Bulusun örnek bir uygulamasinda bahsedilen mikrodalga fonksiyonuna sahip pisirici cihaz da (M), pervane (2) dagitim haznesi (D) ile iç gövdenin (G) üçüncü duvari (GB) arasinda kalacak sekilde konumlandirilmakta ve saftin (3) bir tarafiyla baglantilandirilmaktadir. Daha sonra saft (3), diger tarafi montaj braketi (1) ile dagitim haznesi (D) arasinda kalacak sekilde dagitim haznesi (D) üzerindeki baglanti deliklerinden bir digerinden geçirilmektedir. Saftin (3) baglanti deliginden geçerek montaj braketi (1) ile dagitim haznesi (D) arasinda kalan tarafindan saft bilezigi olarak da adlandirilan baglanti elemani (4), ikinci girinti (4a) birinci girinti (3a) üzerine denk gelecek sekilde takilmaktadir. Bahsedilen birinci montaj yayi (5), baglanti elemani (4) ile saft (3) arasindaki baglantiyi sabitlemek için üst 'üste gelen ikinci girinti (4a) birinci girintinin (Sa) olusturdugu yapiya takilmaktadir. Daha sonra bahsedilen motor (6), montaj braketi (1) üzerine takilmakta ve bir tarafindan, bahsedilen saftin (3) montaj braketi (1) ile dagitim haznesi (D) arasinda kalan tarafiyla baglantilanmakta ve bahsedilen ikinci montaj yayi (7) vasitasiyla 4976ITR sabitlenmektedir. Bahsedilen montaj sekli sayesinde bahsedilen pervane (2), iç gövdenin (G) üçüncü duvarina (G3) temas etmeyecek sekilde konumlandirilmaktadir. Bu sayede dalga kilavuz yolundan (E) iletilen elektromanyetik dalgalar iç hazne (G4) içerisine esit yogunlukta dagitilmaktadir. Bulusun tercih edilen bir uygulamasinda bahsedilen saft (3), ikinci montaj yayinin (7) geçme ile takilacagi en az bir yuvayi içermektedir. Bu sayede saft (3) ile motor (6) arasindaki baglanti daha saglam olmaktadir. Mevcut bulus ile gelistirilen mikrodalga fonksiyonuna sahip pisirici cihaz (M) sayesinde, yiyecegin pismesini vei'veya isinmasini saglayan elektromanyetik dalgalarin iç hazne (G4) içerisine esit yogunlukta dagilmasi saglanmaktadir. Bahsedilen pervanenin (2) üçüncü duvar (G3) yüzeyine temas etmemesi ve baglanti elemaninin (4) dagitim haznesi (D) yüzeyine temas etmemesi sayesinde söz konusu parçalarin kullanim ömrü uzamaktadir. Bahsedilen üçüncü duvar (G3) yüzeyine ve dagitim haznesi (D) yüzeyine temas olmadigi için pisirici cihazin (M) kullanimi esnasinda gürültü olmamaktadir. TR TR TR TR DESCRIPTION A COOKING DEVICE WITH MICROWAVE FUNCTION Present invention. It relates to a cooking device with a microwave function that ensures that electromagnetic waves that provide cooking and/or heating are distributed evenly into the inner chamber. Food can be consumed both raw and cooked. Cooking of food can also be done by exposing the food to heat in a container. Various cooking devices are used in the known art for this purpose. For example, the cooking devices mentioned are a stove that allows food to be cooked in a container; An oven that allows food to be cooked by heating it for a certain period of time through a heating device in a closed inner chamber; They are cooking devices with a microwave function that enable the food to be heated and/or cooked by being exposed to electromagnetic waves in a closed inner chamber. The cooking devices with microwave function mentioned here produce electromagnetic waves and ensure that these electromagnetic waves are distributed within the inner chamber of the cooking device. Electromagnetic waves heat the molecules of the food in the inner chamber by vibrating at high speed. Thanks to this work. The food is cooked and/or heated without damaging its structure. The cooking device with microwave function, which is in the state of the art, consists of at least one distribution chamber located on the upper wall of the inner body of the cooking device, which is moved by at least one motor and connected to the said motor by at least one shaft, in order to distribute the electromagnetic waves into the inner chamber. A propeller is used. During the production or repair of the cooking device with microwave function, after the propeller is mounted on one end of the shaft, the propeller is mounted on the motor from the other end of the shaft, with the said motor remaining on the side of the distribution chamber facing the inner body and the said motor on the other side of the distribution chamber. However, since both the shaft and the engine need to be held during assembly, this assembly method is quite difficult and requires workmanship. This extends both the production process and repair and spare part replacement times. In addition, in the state of the art, the propeller in cooking devices with microwave function is positioned either very close to the upper wall of the inner body or in contact with the upper wall of the inner body. This can prevent electromagnetic waves from being distributed evenly within the inner chamber. In this case, it becomes difficult for the food to cook and/or warm up evenly and the cooking and/or heating time becomes considerably longer. In addition, in the known state of the technique, the shaft mounted on one end of the impeller may come into contact with the upper wall of the inner body and/or the surface of the distribution chamber during the use of the cooking device, and may be worn and therefore broken. This causes the cooking device to become unusable. Due to this contact, the cooking device may produce a very disturbing friction noise for users while using it. Brief Description of the Invention The present invention includes at least one outer body; At least one first wall located on the inside of the said outer body and close to the edge of the outer body in contact with the ground, at least two second walls extending perpendicular to the said first wall, at least one running parallel to the said first wall, located between the said second walls. at least one inner body comprising a third wall and at least one inner chamber located between said first wall, second walls and third wall; at least one distribution chamber located on said third wall, containing at least one edge with a gap between it and a surface of the third wall, and at least two connection holes located on said edge, providing access to said space; Cooking device with microwave function, which ensures the transmission of electromagnetic waves to be used for the cooking and/or heating process to the distribution chamber and from there into the inner chamber, and which includes at least one wave guide path in polygonal form, connected on one side to one of the connection holes in the said distribution chamber. The relevant cooking device includes at least one mounting bracket that ensures that the electromagnetic waves transmitted from the wave guide path to the distribution chamber are transferred with equal intensity into the inner chamber and is positioned next to the said wave guide path, on the edge of the said distribution chamber to which the wave guide path is connected; - at least one rotatable propeller positioned in the space between the said third wall and the distribution chamber, ensuring that the electromagnetic waves coming to the said distribution chamber are distributed equally to the inner chamber; Another side of the distribution chamber, which was connected to the distribution chamber by passing it to another connection hole located on the edge of the distribution chamber, was at least one shaft between the mounting bracket and the distribution chamber, with at least one first recess on it; - at least one connection element, also called shaft collar, in the form of a pipe, which is mounted on the shaft passed through the connection hole and includes at least a second recess that coincides with the said first recess, in order to ensure that the said propeller stands at a height where it does not contact the third wall; 7 at least one first assembly spring, which ensures the fixation of the said connection element on the shaft, and is installed in the structure formed by the first recess and the second recess overlapping each other; 7, at least one motor located on the said mounting bracket, which provides rotational movement in the shaft for the rotation of the said propeller, and is connected to the side of the said shaft between the mounting bracket and the distribution chamber; It includes at least one distribution system containing Thanks to the cooking device with microwave function developed with the present invention, the electromagnetic waves that enable the cooking and/or heating of the food are distributed evenly within the inner chamber. Thanks to the fact that the said impeller and shaft do not contact the third wall surface and the connection element does not contact the distribution chamber surface, the useful life of the said parts is extended. Since there is no contact with the third wall surface and the distribution chamber surface, there is no noise while using the cooking device. 4976/TR Purpose of the Invention The purpose of the present invention is to develop a cooking device with microwave function that ensures the distribution of electromagnetic waves with equal intensity within the inner chamber. Another aim of the present invention is to develop a cooking device with microwave function that allows the propeller and shaft to be mounted in a way that does not come into contact with the inner body surface. Another aim of the present invention is to develop a cooking device with microwave function that prevents the shaft and/or connecting element from contacting the surface of the distribution chamber and enables use with very low noise. Another aim of the present invention is to develop a cooking device with microwave function that enables the assembly of the propeller, shaft and motor in a practical way. Another aim of the present invention is to develop a cooking device with a microwave function that has a very short production, repair and spare parts replacement time and a long service life. Explanation of the Drawings Application examples of cooking devices with microwave function developed with the present invention are shown in the attached figures and these figures; Figure 1; It is a front cross-sectional view of the developed cooking device. Figure 2; It is a perspective view of the disassembled distribution system of the developed cooking device. Figure 3; It is a view of the disassembled state of the propeller shaft connection of the distribution system of the developed cooking device. The parts in the figures are numbered one by one and the equivalents of these numbers are given below: 4976/TR Cooking device (M) Inner body (G) First wall (G'l) Second wall ((32) Third wall (GS) Inner chamber (64) Distribution chamber (D) Wave guide path (E) Distribution system (3) Mounting bracket (1) Impeller (2) First recess (Ba) Fastener (4) Second recess (4a) First mounting spring (5) Second mounting spring ( 7) Description of the invention In cooking devices with microwave function, which enable the food to be heated and/or cooked by being exposed to electromagnetic waves in a closed inner chamber, at least one motor is attached to at least one distribution chamber located on the upper wall of the inner body of the cooking device in order to distribute the electromagnetic waves into the inner chamber. During the production or repair of the cooking device in question, at least one propeller is used, which is moved by the motor and connected to the said motor by means of at least one shaft. After the propeller is mounted on one end of the shaft, the propeller will remain on the side of the distribution chamber facing the inner body and the said motor will remain on the other side of the distribution chamber. The shaft mentioned in the figure is mounted to the engine from the other end. However, since both the shaft and the engine must be held during assembly, this assembly method is quite difficult and requires workmanship. In addition, the propeller and shaft in question are positioned either very close to the upper wall of the inner body or in contact with the upper wall of the inner body. This may prevent the electromagnetic waves from being distributed evenly within the inner chamber and causes noise during the use of the cooker 4976ITR device. In this context, with the present invention, a cooking device with microwave function is being developed to solve these problems. The cooking device (M) developed with the present invention, sample views of which are given in Figures 1-3, consists of at least one outer body (not shown in the figures); At least one first wall (G1) located in the inner part of the said outer body and close to the edge of the outer body in contact with the ground (in other words, the base), at least two second walls (G2) extending perpendicular to the said first wall (G1). ) (in other words, side walls), at least one third wall (GS) (in other words, the upper wall) extending parallel to said first wall (G1) so as to be between said second walls (82) and said first wall (G1). at least one inner body (G) containing at least one inner chamber (G4) located between the second walls (G2) and the third wall (GB); Located on the said third wall (GS), with at least one edge with a gap between it and a surface of the third wall (GS) (in other words, the surface opposite the surface facing the inner chamber (G4)) and located on the said edge, providing access to the said space. at least one distribution chamber (D) containing at least two connection holes; It is at least a polygonal, preferably rectangular shaped device that ensures that the electromagnetic waves to be used for the cooking and/or heating process are transmitted to the distribution chamber (D) and from there to the inner chamber (G4), connected on one side to one of the connection holes in the said distribution chamber (D). a wave guide path (E); At least one assembly ensures that the electromagnetic waves transmitted from the said wave guide path (E) to the distribution chamber (D) are transferred with equal intensity into the inner chamber and is positioned on its edge, next to the said wave guide path (E), preferably in contact with the wave guide path (E). bracket (1); - at least one rotatable propeller (2) positioned in the space between the said third wall (GB) and the distribution chamber (D), which ensures that the electromagnetic waves coming to the said distribution chamber (D) are distributed equally to the inner chamber; The propeller (2) is connected to the distribution chamber (D) by passing it to another connection hole located on the edge of the distribution chamber (D) in a way that it remains in the gap, the other side of which is located between the mounting bracket (1) and the 4976ITR distribution chamber (D) and ' at least one shaft (3), preferably in cylindrical form, with at least one first recess (3a); - It is mounted on the shaft (3) passed through the connection hole, in a way to ensure that the said propeller (2) stands at a height where it does not contact the third wall ((33), and contains at least a second recess (4a) that coincides with the said first recess (3a), It consists of at least one connection element (4), which is in the form of a pipe and also called shaft collar; - the first recess (3a) and the second recess (4a) coincide with each other, ensuring the fixation of the said connection element (4) on the shaft (3). at least one first mounting spring (5) attached to the structure; - distribution chamber with the mounting bracket (1) of the said shaft (3), positioned on the said mounting bracket (1), which provides rotational movement in the shaft (3) for the rotation of the said propeller (2). It has at least one motor 7, preferably an electric motor, connected to the side between (D), which provides the connection between the said motor (6) and the shaft (3), and preferably the shaft (3) in such a way that the connection element (4) does not come into contact with the surface of the distribution chamber (D). ) includes at least one distribution system (S) containing at least one second mounting spring (7) that enables it to be pulled towards the engine (6). In an exemplary embodiment of the invention, the cooking device (M) with microwave function is positioned so that the fan (2) is between the distribution chamber (D) and the third wall (GB) of the inner body (G) and is connected to one side of the shaft (3). Then, the shaft (3) is passed through one of the connection holes on the distribution chamber (D), with the other side remaining between the mounting bracket (1) and the distribution chamber (D). The connection element (4), also called the shaft collar, passing through the connection hole of the shaft (3) and remaining between the mounting bracket (1) and the distribution chamber (D), is installed in such a way that the second recess (4a) coincides with the first recess (3a). The said first mounting spring (5) is attached to the structure formed by the first recess (Sa) of the second overlapping recess (4a) in order to fix the connection between the connection element (4) and the shaft (3). Then, the said engine (6) is mounted on the mounting bracket (1) and on one side, it is connected to the side of the said shaft (3) between the mounting bracket (1) and the distribution chamber (D) and 4976ITR is fixed via the said second mounting spring (7). . Thanks to the mentioned mounting method, the said propeller (2) is positioned so that it does not contact the third wall (G3) of the inner body (G). In this way, the electromagnetic waves transmitted through the wave guide path (E) are distributed equally into the inner chamber (G4). In a preferred embodiment of the invention, the mentioned shaft (3) contains at least one slot into which the second assembly spring (7) will be installed. In this way, the connection between the shaft (3) and the engine (6) becomes stronger. Thanks to the cooking device (M) with microwave function developed with the present invention, the electromagnetic waves that enable the cooking and heating of the food are distributed evenly within the inner chamber (G4). Since the said impeller (2) does not contact the surface of the third wall (G3) and the connection element (4) does not contact the surface of the distribution chamber (D), the useful life of the said parts is extended. Since there is no contact with the surface of the third wall (G3) and the surface of the distribution chamber (D), there is no noise during the use of the cooking device (M). 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Claims

1.CLAIM: At least one outer body; At least one first wall (G1) located in the inner part of the said outer body and close to the edge of the outer body in contact with the ground, at least two second walls (G2) extending perpendicular to the said first wall (G1), the said second walls (G2) ) and at least one interior wall located between the said first wall (G'1), the second walls ((32) and the third wall ((33)). at least one inner body (G) containing the chamber (G4); at least one edge located on the said third wall (GS), with a gap between it and a surface of the third wall (GS), and a width located on said edge, providing access to said space. At least one distribution chamber (D) containing at least two connection holes; the electromagnetic waves to be used for the cooking and/or heating process are transmitted to the distribution chamber (D) and from there to the inner chamber (G4); D) It is a cooking device (M) with microwave function, containing at least one wave guide path (E) in polygonal form, connected to one of the connection holes, and its feature is; It ensures that the electromagnetic waves transmitted from the said wave guide path (E) to the distribution chamber (D) are transferred with equal intensity into the inner chamber and is positioned on the edge of the said distribution chamber (D) to which the wave guide path (E) is connected, next to the said wave guide path (E). a small mounting bracket (1); At least one rotatable propeller (2) positioned in the space between the said third wall (83) and the distribution chamber (D), ensuring equal density distribution into the chamber; - one side is connected to the said propeller (2) and the other side is connected to the distribution chamber (D) by passing it to another connection hole located on the edge of the distribution chamber (D) so that the propeller (2) remains within the gap, at least one condition (3) located between the mounting bracket (1) and the distribution chamber (D) and having at least one first recess (3a); - mounted on the 4976ITR shaft (3) passed through the connection hole, so as to ensure that the said propeller (2) stands at a height where it does not contact the third wall (GB), and containing at least a second recess (4a) to coincide with the said first recess (3a). tubular at least one connection element (4), also called shaft collar; - at least one first assembly spring (5), which ensures the fixation of the said connection element (4) on the shaft (3), and is installed in the structure formed by the first recess (3a) and the second recess (4a) overlapping each other; At least one motor (6) positioned on the said mounting bracket (1) and connected to the side of the said shaft (3) between the mounting bracket (1) and the distribution chamber (D); - It contains at least one distribution system (S) containing at least one second assembly spring (7) that provides the connection between the said engine (6) and the shaft (3). It is a cooking device (M) in accordance with claim 1 and its feature is; It contains at least one second mounting spring (7) that enables the shaft (3) to be pulled towards the engine (6) so that the said connection element (4) does not come into contact with the surface of the distribution chamber (D). It is a cooking device (M) in accordance with claim 1 and its feature is; The said shaft (3) contains at least one slot into which the second assembly spring (7) will be fitted. TR TR TR TR