TR201606912A2 - A REFRIGERANT WITH CONDENSER COVER - Google Patents
A REFRIGERANT WITH CONDENSER COVER Download PDFInfo
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- TR201606912A2 TR201606912A2 TR2016/06912A TR201606912A TR201606912A2 TR 201606912 A2 TR201606912 A2 TR 201606912A2 TR 2016/06912 A TR2016/06912 A TR 2016/06912A TR 201606912 A TR201606912 A TR 201606912A TR 201606912 A2 TR201606912 A2 TR 201606912A2
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- condenser
- cooling device
- compressor
- machine room
- cover
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- 239000003507 refrigerant Substances 0.000 title description 12
- 238000001816 cooling Methods 0.000 claims abstract description 38
- 239000012530 fluid Substances 0.000 claims abstract description 12
- 230000005540 biological transmission Effects 0.000 claims description 3
- 238000007664 blowing Methods 0.000 claims description 3
- 238000005057 refrigeration Methods 0.000 abstract description 3
- 239000003570 air Substances 0.000 description 27
- 239000012080 ambient air Substances 0.000 description 9
- 238000005452 bending Methods 0.000 description 3
- 238000004806 packaging method and process Methods 0.000 description 2
- PKSODCLCMBUCPW-LVNBQDLPSA-N DSLET Chemical compound C([C@@H](C(=O)N[C@@H](CC(C)C)C(=O)N[C@@H]([C@@H](C)O)C(O)=O)NC(=O)CNC(=O)[C@@H](CO)NC(=O)[C@@H](N)CC=1C=CC(O)=CC=1)C1=CC=CC=C1 PKSODCLCMBUCPW-LVNBQDLPSA-N 0.000 description 1
- 238000009413 insulation Methods 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 239000011159 matrix material Substances 0.000 description 1
- 230000001459 mortal effect Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 230000003068 static effect Effects 0.000 description 1
- 230000000007 visual effect Effects 0.000 description 1
Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B39/00—Evaporators; Condensers
- F25B39/04—Condensers
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B6/00—Compression machines, plants or systems, with several condenser circuits
- F25B6/04—Compression machines, plants or systems, with several condenser circuits arranged in series
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/003—General constructional features for cooling refrigerating machinery
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Other Air-Conditioning Systems (AREA)
- Compressor (AREA)
Abstract
Bu buluş, ısı izolasyonlu bir gövde (1), gövdenin (1) sardığı bir iç hacmi soğutan bir soğutma çevrimine bağlı bir kompresörün (60) yerleştiği bir makine odası (10) içeren bir soğutucu cihazdır. Soğutucu cihaz, akışkan iletimi sağlar biçimde kompresörün (60) bir kompresör çıkışına (62) bağlanan ve makine odasının (10) sınırlandırdığı dışarıdan erişilebilir bir açık dış yüzü (14) en azından kısmen örter biçimde gövdeye (1) tutturulan tüp yapısında bir kondenser kapak (40) içermektedir.The present invention is a cooling device comprising a heat-insulated body (1), a machine room (10) in which a compressor (60) is placed, connected to a refrigeration cycle that cools an internal volume surrounded by the body (1). The cooling device is a tubular condenser cover (which is connected to a compressor outlet 62) of the compressor (60) so as to provide fluid conduction and is attached to the body (1) at least partially covering an externally accessible open outer face (14) delimited by the machine room (10). 40).
Description
TARIFNAME KONDENSER KAPAK IÇEREN BIR SOGUTUCU CIHAZ Bulus, isi izolasyonlu duvari içerisinde bir sogutma çevrimine bagli kompresör ve kondenser içeren sogutucularla ilgilidir. DESCRIPTION A COOLING DEVICE WITH CONDENSER COVER The invention consists of a compressor connected to a refrigeration cycle and a heat-insulated wall. relates to coolers containing condensers.
Sogutucu cihazlar, bilhassa buzdolaplari, bir sogutma çevrimine bagli kondenser ve kompresör içennektedir. Kondenser sogutma islemi esnasinda absorbe edilen isinin çevre havasina serbest birakildigi isi degistiricilerdir. Farkli buzdolabi tasarimlarina göre degisik yapida kondenserler kullanilmaktadir. Bunlardan biri sogutucu cihazin arka duvarinda uzatilan statik kondenserdir. Ayrica kompakt bir yapiya sahip olmasi nedeniyle zorlanmis tasinim saglanan bobin kondenser kullanilmaktadir. Bobin kondenserli sogutucularda bir fan hava akisi saglayarak bobin kondenserin sogutulmasini saglamaktadir. Etkili isi transferi saglamak üzere tüp üzerinde tel (Wire-on-tube) yapisinda üretilen kondenser, birbirine paralel bükülen bir tüp ve buna dik olarak uzanan sirali teller içermektedir. Refrigerating appliances, especially refrigerators, condenser connected to a cooling cycle and the compressor is included. absorbed during condenser cooling are heat exchangers where the heat is released into the surrounding air. Different refrigerator Condensers of different structures are used according to their designs. One of these It is the static condenser extended on the back wall of the cooling device. Also a compact Coil condenser with forced convection due to its structure is used. In coil condenser coolers, a fan provides air flow. The coil provides cooling of the condenser. Ensuring effective heat transfer The condenser, which is produced in the form of wire (Wire-on-tube) on the tube, It consists of a tube bent parallel to it and tandem wires extending perpendicularly thereto.
TR200900786 patent yayini, kompresör ve kondenserin tercihen gövdenin alt kisminda bulunan ve kabin dibi bölgesi olarak adlandirilan bölgede çalisan bir sogutucuyu açiklamaktadir. Bölme içinde bulunan bir fan vasitasiyla dis ortamdan hava emilerek bölme içerisine alinmakta, iç içe gövdelerden olusan ve içinde kondenser yer alan bir kondenser muhafazasi üzerine gönderilmektedir.Patent publication TR200900786 states that the compressor and condenser should preferably be placed at the bottom of the body. working in the area called the bottom of the cabinet, located in the explains the cooler. It is removed from the outside by means of a fan in the compartment. The air is taken into the chamber by being sucked, and it consists of nested bodies and It is sent on a condenser housing located in the condenser.
Kondenser muhafazasini terkeden hava ise kompresör üzerine gönderilerek kompresörün sogutulmasini saglamaktadir. etrafinda fani çevreler biçimde saglanan birinci kisma entegre olan bir ikinci kisma sahip bir kondenser içeren sogutucu cihazi açiklamaktadir. Kondenser helisel sogutucu tüpü ve bunun etrafinda kafes yapisinda sarilan telleri içermektedir. The air leaving the condenser enclosure is sent over the compressor. It provides cooling of the compressor. a second integrated into the first portion provided in mortal circles around it. Describes a refrigerant device containing a condenser with a section. condenser helical refrigerant tube and wires wrapped around it in a cage structure contains.
Bulusun amaci, sogutma cihazlarinda makine odasindaki isi transfer veriminin arttirilmasidir. The aim of the invention is to increase the heat transfer efficiency in the machine room in cooling devices. is to be increased.
Bahsedilen amaca ulasmak üzere bulus, isi izolasyonlu bir gövde, gövdenin sardigi bir iç hacmi sogutan bir sogutma çevrimine bagli bir kompresörün yerlestigi bir makine odasi içeren bir sogutucu Cihazdir. Bulusun tercih edilen uygulamasi, akiskan iletimi saglar biçimde kompresörün bir çikisina baglanan ve makine odasinin sinirlandirdigi disaridan erisilebilir bir açik dis yüzü en azindan kismen örter biçimde gövdeye tutturulan tüp yapisinda bir kondenser kapak içermektedir. Bu sayede, isi transferi için ihtiyaç duyulan kondenserin en azindan bir kismi hem kapak vazifesi görerek makine odasindaki açik dis yüzü örtmekte hem de dis ortama isi transferi saglayarak sogutma çevrimine destek olmaktadir.In order to achieve the aforementioned purpose, the invention is a heat-insulated body, of a compressor connected to a refrigeration cycle that cools an internal volume it surrounds. It is a cooling device that contains a machine room in which it is located. Invention preferred application, which is connected to an outlet of the compressor so as to provide fluid transmission and at least an open exterior accessible from the outside delimited by the machine room A tubular condenser cover attached to the body in a partially covering manner contains. In this way, the condenser needed for heat transfer is at least some of it acts as a cover and covers the open outer face in the machine room. It also supports the cooling cycle by providing heat transfer to the external environment.
Tercih edilen bir uygulamada kondenser kapak, gövdeye kolay demonte edilir biçimde tutturulmustur. Böylece, kondenser kapak çikarilarak makine odasi içerisine bakim amaciyla erisim saglanabilmektedir. Kondenser kapagin, kompresör çikisina akiskan baglantisi, dogrudan baglanti olabilecegi gibi sogutma çevrimine destek veren diger fonksiyonel unsurlarin ara baglantisi vasitasiyla da baglanabilir. Açik dis yüz, gövdenin dis ortama bakan bir dis yüzü olarak, örnegin gövdenin arka duvari dip kisminda saglanabilmektedir. In a preferred application, the condenser cover is easily disassembled from the body. fastened properly. Thus, by removing the condenser cover, the machine room Access can be provided for maintenance purposes. condenser cover, fluid connection to compressor outlet, direct connection as well as cooling also through the interconnection of other functional elements that support the can be attached. The open outer face, as an outer face of the body facing the outer environment, for example the rear wall of the body can be provided at the bottom.
Kondenser kapak, gövdenin bir dis duvarina paralel hizalanmis olarak uzatilmistir. Bu durumda, kondenser kapak gövdenin dis hatlarina uyum saglamakta ve sogutucu cihazin kolayca ambalajlanmasi saglanmaktadir.Condenser cover aligned parallel to an outer wall of the housing. has been extended. In this case, the condenser cover adapts to the outer lines of the body. provides easy packaging of the cooling device.
Muhtemel bir yapilanmada, kapagin gövdenin adapte edilecegi gövde duvarini takip eden bir forma sahip olmasi mümkündür. Böylece, kondenser kapak takildigi gövdenin görsel bütünlügünü bozmamaktadir. In a possible embodiment, the closure is attached to the body wall to which the body is to be adapted. It is possible that it has a following form. Thus, the condenser cover It does not disturb the visual integrity of the body it is attached to.
Kondenser kapak, izgara benzeri konfigürasyona sahiptir. Bu sayede, kondenser kapak örttügü açiklik içerisinden makine odasina yabanci cisimlerin girisini zorlastirmakta ayni zamanda hava transferine imkân saglamaktadir. The condenser cover has a grill-like configuration. In this way, the condenser Entry of foreign objects into the machine room through the opening covered by the cover. It also makes it difficult for air transfer.
Bir fan, bir yandan kompresörü diger yandan kondenser kapagi sogutur biçimde ayarlanarak makine odasinda sabitlenmektedir. Fan, açik dis yüzden ortam havasini alip makine odasina sirküle ederek zorlanmis tasinim olusturmakta ve sagladigi sogutma ile daha kompakt bir kondenser kullanimini mümkün kilmaktadir. A fan cools the compressor on the one hand and the condenser cover on the other. adjusted and fixed in the machine room. Fan, ambient from open external face It creates forced convection by taking the air and circulating it to the machine room and It is possible to use a more compact condenser with the cooling it provides. it builds.
Bir bobin kondenser, makine odasinda fanin yakininda sabitlenerek kompresör ile kondenser kapak arasinda akiskan iletimi saglar biçimde baglanmistir. Bu durumda, kompresörden çikan sicak akiskan önce bobin kondenserde sogutulmakta, ardindan kondenser kapak üzerinde dis ortam isisina getirilmektedir. Kondenser kapak, sogutma çevrimindeki kondenserin iki parçali olmasini saglamakta ve daha az malzeme kullanarak üretilen bir bobin kondenserin makine odasinda kullanimi mümkün olmaktadir. A coil condenser is fixed in the machine room near the fan and connected to the compressor. It is connected between the condenser cover to provide fluid transmission. This In this case, the hot fluid coming out of the compressor is first in the coil condenser. It is cooled, then exposed to outside temperature on the condenser cover. is brought. Condenser cover, two-piece condenser in the cooling cycle and a bobbin produced using less material. It is possible to use the condenser in the machine room.
Fanin makine odasindaki konumu, sagladigi hava sirkülasyonu sirasiyla bobin kondenser, kompresör ve kondenser kapaga ilerler biçimde ayarlidir. Böylece, ortam havasi dis açikliktan alindiginda önce sogutma çevrimindeki akiskanin en sicak oldugu bobin kondenseri sogutmaktadir. Fanin makine odasi içinde hava üfleme dogrultusu, kondenser kapaga esasen paraleldir. Bu durum, fanin, dis açikligin bir ucundan ortam havasi emisi yapmasini ve diger ucundan ise tahliye etmesini ve böylece kondenser kapagin bir ucundan ortam havasinin, diger ucundan ise makine odasi havasinin geçmesini saglamakta, böylece tamami boyunca bir zorlanmis isi transferi elde edilmesini saglamaktadir. The position of the fan in the machine room, the air circulation it provides, respectively. condenser, compressor and condenser are adjusted to advance to the cover. Like this, When the ambient air is taken from the outer opening, first of all, the most of the fluid in the cooling cycle The hot coil cools the condenser. Air inside the fan's machine room The blowing direction is essentially parallel to the condenser cover. This situation, fan, dis Let the ambient air suction from one end of the opening and discharge from the other end. so that the ambient air from one end of the condenser cover, it allows the machine room air to pass through its end, thus ensuring that the entire ensures a forced heat transfer throughout.
Makine odasi, gövdenin bir arka duvari alt kisminda açilan ve agzi açik dis yüzü tanimlayan bir oyuk formundadir. Oyuk, arka duvar alt kisminda gizlenerek hem disaridan kolayca görünmesi engellenmekte hem de sogutma çevriminde ses üreten fonksiyonel unsurlarin, örnegin kompresörün gürültüsünün ön kisimdan daha az duyulmasina yardimci olmaktadir. The machine room is the outer surface of the body, which is opened in the lower part of one rear wall and with its mouth open. It is in the form of a defining cavity. The cavity is hidden in the lower part of the rear wall and It is prevented from being easily seen from the outside and the sound in the cooling cycle is prevented. from the front of the functional elements that produce, for example, the noise of the compressor. It helps to be heard less.
Tercih edilen bir uygulama, bir ucundan arka duvara sabitlenen diger ucundan kondenser kapagi tutan bir tutucu içermektedir. Tutucu, kondenser kapagi arka duvara tutturmaktadir. Böylece, kondenser kapagin açikliga montaji kolaylasmaktadir. Tutucu kompresör kapagi arka duvara paralel tutar biçimde konfigüre edilmistir. Ayrica tutucu, arka duvarda açik dis yüze bitisik olarak sabitlenmistir. Bu konfigürasyon ile kapak kondenser, dis açiklik üzerinde kolay ambalajlamaya izin verir biçimde arka duvarin devami seklinde uzanmaktadir. A preferred application is fixed at one end to the rear wall and at the other end. It includes a holder that holds the condenser cover. Holder, condenser cover rear attaches to the wall. Thus, mounting the condenser cover in the opening it gets easier. Holding the compressor cover parallel to the rear wall is configured. In addition, the holder is attached to the open outer face on the rear wall. is fixed. With this configuration, the cap condenser is easy on the disc opening. It extends as a continuation of the rear wall, allowing packaging.
Kondenser kapak enine dogrultuda birbirine paralel uzanan kollar formlar sekilde bükülen yekpare bir tüp içermektedir. Tüp, açikligi örtecek bir mesafede örnegin arka duvarin karsilikli iki kenarinin enine mesafesinde bükülerek sogutucu akiskanin kat edecegi mesafe arttirilmaktadir. Bunun yani sira, paralel kollar kondenser kapagin açikligi enine dogrultuda örtmesine yardimci olmaktadir.The arms extending parallel to each other in the transverse direction of the condenser cover are in forms. It consists of a bent monolithic tube. The tube is at a distance to cover the opening, e.g. the cooler by bending at the transverse distance of the two opposite sides of the rear wall. The distance that the fluid will travel is increased. Besides, parallel arms It helps the condenser cover to cover the opening in the transverse direction.
Kondenser kapak, kompresörün bir çikisina akiskan iletimi saglar biçimde baglanan ve makine odasina dogru uzanan bir giris içermektedir. Bu yolla, makine içerisine uzanarak makine içerisindeki sogutucu çevrime bagli bir diger unsurun bir çikisina dogrudan baglanabilmesi saglanmaktadir. The condenser cover provides fluid conduction to one outlet of the compressor. It includes an entrance that connects and extends into the machine room. In this way, the machine reaching into the machine and another element related to the refrigerant cycle inside the machine. It can be connected directly to an output.
Bu bulusun amacina ulasmak için gerçeklestirilen bir ev aleti ekli sekillerde gösterilmis olup bu sekillerden; Sekil 1 - Bulus konusu kondenser kapagin temsili bir yapilanmasini içeren ev tipi bir buzdolabinin arkadan perspektif gösterimidir. A household appliance realized to achieve the purpose of this invention is in the attached figures. shown and from these figures; Figure 1 - House type containing a representative configuration of the inventive condenser cover It is a rear perspective illustration of a refrigerator.
Sekil 2 - Sekil llde yer alan buzdolabi makine odasinin detay gösterimidir. Figure 2 - is the detail display of the refrigerator machine room in Figure II.
Sekil 3 - bulus konusu kondenser kapagin takildigi bir sogutucu cihaz makine odasinin yerlesim planina ait sematik gösterimdir. Figure 3 - a cooling device machine to which the condenser cover of the invention is attached It is the sematic representation of the layout plan of the room.
Sekillerdeki parçalar tek tek numaralandirilmis olup bu numaralarin karsiligi asagida verilmistir. 1 Gövde 2 Arka duvar 3 Yan duvar Makine odasi 12 Taban plakasi 14 Açik dis yüz 16 Hava emis boslugu Tutucu 22 Birinci mandal 24 Ikinci mandal 26 Esnek uzanti Bobin kondenser 32 Kondenser girisi 34 Kondenser çikisi 36 Bobin tüp 40 Kondenser kapak 42 Giris 44 Çikis 46 Tüp 48 Tel 50 Fan 60 Kompresör 62 Kompresör çikisi 64 Kompresör girisi 66 Kurutucu Sekil 1'de ev tipi bir no-frost buzdolabi arkadan perspektif olarak gösterilmektedir. Buzdolabi, bir sogutma çevrimi vasitasiyla sogutulacak unsurlarin yerlestirildigi bir iç hacmi sinirlandiran kabin yapisindaki isi izolasyonlu bir gövde (l) içermektedir. Gövdenin (1) bir arka duvarinin (2) taban kismina yakin olarak bir oyuk yapisinda makine odasi (10) formlanmistir. Makine odasina (10), üstten arka duvarin (2) alt kenari, alttan bir taban plakasi (12) yanlardan ise karsilikli yan duvar (3) tarafindan sinirlandirilan bir açik dis yüz (14) üzerinden erisilmektedir. Açik dis yüz (14) tüp üzeri tel (wire-on-tube, WOT) yapisinda olan panel seklinde bir kondenser kapak (40) ile makine odasina (10) erisimi kisitlar biçimde örtülmüstür. Kondenser kapak (40) yekpare bir tüpün (46) birbirini takip eden enine sirali uzantilar olusturur biçimde U formunda bükülmesi ile elde edilmistir. Tüpün (46) üzerinde yine sirali olarak dizilen ve isi transfer alanini arttiran teller (48) sabitlenmistir. Teller (48) tüp (46) ile birlikte açik dis yüzden (14) makine odasina (10) hava geçisine izin veren ancak erisimi engelleyen izgara benzeri bir yapi olusturmaktadir. The parts in the figures are numbered one by one and the corresponding numbers are given below. 1 Body 2 Back wall 3 Sidewall machine room 12 Base plate 14 Open outer face 16 Air intake gap Conservative 22 First latch 24 Second latch 26 Flexible extension coil condenser 32 condenser inputs 34 condenser outlet 36 Coil tube 40 Condenser cover 42 Introduction 44 Exit 46 Tube 48 Wires 50 Fans 60 Compressors 62 Compressor output 64 Compressor input 66 Dryer A domestic no-frost refrigerator in Figure 1 as a rear perspective is shown. The refrigerator will be cooled through a cooling cycle. heat in the cabinet structure that limits an interior volume in which the elements are placed includes an insulated body (1). The base of a rear wall (2) of the body (1) The machine room (10) is formed in a hollow structure close to its part. Machine chamber (10), the lower edge of the rear wall (2) from above, a baseplate (12) from below an open outer face delimited from the sides by the opposing side wall (3) It can be accessed via (14). Open outer face (14) wire on tube (wire-on-tube, WOT) to the machine room (10) with a condenser cover (40) in the form of a panel. access is restricted. The condenser cap (40) consists of a solid tube (46) bending in a U-shape forming successive transverse tandem extensions obtained with. Heat transfer and sequentially lined up on the tube (46) The wires (48) that increase the area are fixed. Wires (48) with tube (46) open tooth Therefore (14) the machine room (10) allows air to pass but has access to it. It forms a grid-like structure that prevents
Sekil 2ide makine odasi (10) yakinlastirilmis olarak gösterilmektedir. Bir tutucu (20) arka duvara (2) paralel ve bitisik olarak kondenser kapagi (40) karsilikli iki ucundan gövdeye (1) tutturmaktadir. Tutucu (20), bir ucundan yan duvarin (3) arka kenarina monte edilen ve kondenser kapak (40) üzerine dogru uzanarak kapak kondensere (40) sirali dikey tellerinden (48) çapraz geçirilerek tutunan esnek bir birinci manda] (22) ve bununla benzer yapida ancak zit yönde uzanan birbiriyle mesafeli iki ikinci manda] (24) içermektedir. In Figure 2, the machine room (10) is shown zoomed in. a holder (20) condenser cover (40) parallel to and adjacent to the rear wall (2) It attaches it to the body (1) from its end. The holder (20) is attached from one end of the sidewall (3). mounted on its rear edge and extending over the condenser cover (40) The cover is attached to the condenser (40) by passing it crosswise through its vertical wires (48). a flexible first buffalo] (22) and a similar structure but extending in the opposite direction contains two second buffaloes] (24) at a distance from each other.
Tutucu (20) gövdeye (l) çikarilabilir biçimde monte edilmistir. Makine odasina (10) erisim istendiginde tutucunun (20) çikarilmasi ile kapak kondenser (40) makine odasina (10) erisime izin verir biçimde kolayca çikarilabilmektedir. Bunu saglamak için birinci mandali (22) yan duvara (3) monte edildigi kisimdan sökmek yeterli olmaktadir. Böylece, kondenser kapak (40) yana kaydirilarak teller (48) ikinci mandallardan (24) kurtarilmakta ve kondenser kapak (40) büyük ölçüde serbest kalmaktadir. Birinci manda] (22) tellere (48) bir esnek uzantisi (26) tellerin (48) arkasinda kalacak sekilde geçirilmistir. Montaj için ise kondenser kapak (40) tersine bir hareketle enine kaydirilarak teller (48) ikinci mandallara (24) geçirilmekte ve birinci manda] (22) yan duvara (3) arka kismindan vidalanm aktadir. The holder (20) is detachably mounted to the body (1). to the machine room (10) cover condenser (40) by removing the holder (20) when access is desired it can be easily removed, allowing access to the machine room (10). this much Remove the first latch (22) from where it is mounted on the side wall (3) to ensure Dismantling is sufficient. Thus, the condenser cover (40) is moved to the side and the wires are (48) is released from the second latches (24) and the condenser cover (40) is largely free. A flexible extension (26) to the wires (48)] (22) It is passed in such a way that it remains behind the wires (48). Condenser for assembly the cover (40) is slid transversely in a reverse motion and the wires (48) are attached to the second latches. (24) is inserted and the first buffalo] (22) is attached to the side wall (3) from the rear. my screw is on.
Taban plakasi (12) üzerinde kapak kondenserin (40) bir giris (42) ve bir çikisinin (44) yakin olarak bulundugu bir kenar kisminda bir radyal fan (50) sabitlenmistir. The cover on the base plate (12) is the inlet (42) and the outlet of the condenser (40). A radial fan (50) is fixed on one side where (44) is located in close proximity.
Radyal fan (50) havayi enine dogrultuda sirküle eder biçimde makine odasinin (10) bir ucuna yakin konumlanmistir. Fan (50), kondenser kapagin (40) açik dis yüzde (14) yan duvara (3) yakin kisimda biraktigi bir hava emis boslugundan (16) ve kondenser kapagin (40) hava emis boslugu (16) kismindan çektigi ortam havasini makine odasinda (10) enine yönde üflemektedir. Ortam havasi makine odasinin (10) diger ucuna dogru ilerlemekte ve sogutma çevrimine ait fonksiyonel unsurlari sogutarak, uzak kismindan kondenser kapak (40) üzerinden makine odasini (10) terk etmektedir. The radial fan (50) circulates the air in the transverse direction of the machine room. (10) is located near one end. Fan (50), open outer of condenser cover (40) from an air intake gap (16) on the face (14) near the side wall (3) and the medium drawn by the condenser cover (40) from the air suction gap (16) blows its air in the machine room (10) in the transverse direction. ambient air machine It moves towards the other end of the chamber (10) and the functional of the cooling cycle the machine through the condenser cover (40) from the remote part, by cooling the elements. leaves his room (10).
Fanin (50) yakininda hava üfleme yönüne karsi duran bir bobin kondenser (30) taban plakasina (12) sabitlenmistir. Bobin kondenser (30) bir bobin tüpünün (36) uçlarindan bükülmesi ve elde edilen panellerin bobin olusturacak sekilde birbirine paralel olarak sirali dizilmesiyle elde edilen üç boyutlu matris yapisindadir. Bobin kondenserin (30) sogutucu akiskani tasiyan bir kondenser çikis (34) ucu, kondenser kapagin (40) girisine (42) takilmistir. Bobin kondensere (30) yakin olarak taban plakasina (12) sabitlenen bir kompresörün (60) sogutucu akiskan çikan bir kompresör çikisi (62) ise bobin kondenserin (30) bir kondenser girisine (32) takilmistir. Kompresörde (60) basinci artarak isinan sogutucu akiskan, önce fana (50) bitisik olan bobin kondensere (30) gönderilmektedir. Bu sayede, fanin (50) dis ortamdan çektigi hava fandan (50) sonra ilk olarak bobin kondensere (30) ulasmaktadir. Kompresör çikisi (62) bobin kondensere (30) bir kurutucu (66) araciligiyla ulasmaktadir. Kurutucu (66) kompresörden (60) gelen sogutucu akiskani filtrelemektedir. Bir kompresör girisi ise (64) evaporatöre (sekilde gösterilmemistir) bagli olarak evaporatörden gelen gazi emmektedir. A coil condenser (30) standing against the airflow direction near the fan (50) fixed to the base plate (12). The coil condenser (30) consists of a coil tube (36) bending the ends and the panels obtained are interconnected to form a coil. It is in the form of a three-dimensional matrix obtained by arranging them in parallel order. Coil a condenser outlet (34) end of the condenser (30) carrying the refrigerant, it is attached to the inlet (42) of the condenser cover (40). Coil close to condenser (30) the refrigerant of a compressor (60) fixed to the base plate (12) as A compressor outlet (62) is connected to a condenser inlet of the coil condenser (30). (32) is attached. The refrigerant, which is heated by increasing pressure in the compressor (60), is first The coil adjacent to the fan (50) is sent to the condenser (30). In this way, the fan (50) the air drawn from the outside environment first goes to the coil condenser (30) after the fan (50). is reaching. Compressor outlet (62) connects coil condenser (30) to a dryer (66). reaches through. The drier (66) is the refrigerant from the compressor (60). filters the fluid. If a compressor inlet (64) is connected to the evaporator (fig. not shown) sucks the gas from the evaporator depending on the
Sekil 3°te makine odasi (10) üstten sematik olarak gösterilmektedir. Makine odasinda (10) ortam havasi akis yönüne göre sirasiyla açik dis yüzün (14) kondenser kapagi (40) tarafindan kismen açikta birakilmasiyla olusan bir hava emis boslugu (16), hava emis boslugu (16) arkasinda kalir biçimde enine yönlü hava üfleyen fan (50), fanin (50) yaninda hava akis dogrultusina karsi dikilen bobin kondenser (30) ve bobin kondenserin (30) fana (50) göre arkasinda kalan kompresör (60) dizilmistir. In Figure 3, the machine room (10) is shown schematically from above. Machine open outer face (14) respectively according to the ambient air flow direction in the chamber (10) an air created by the condenser cover (40) being partially exposed in the transverse direction with the intake cavity (16) behind the air intake cavity (16) The air blowing fan (50) is located next to the fan (50) against the direction of air flow. Coil condenser (30) and coil condenser (30) behind the fan (50) the compressor (60) is lined up.
Makine odasi (10) içerisindeki sicaklik dagilimi en yogun olarak kompresör (60) sogutucu akiskan çikan bir kompresör çikisina (62) yakin bölgededir. Zira kompresör (60) evaporatörden gelen gazi sikistirarak basincini ve sicakligini arttirmaktadir. Sogutucu gazi önce bobin kondenser (30) içerisinde fanin (50) hizlandirdigi ortam havasiyla sogutulmaktadir. Kondenser kapagin (40) izgara yapisi ortam havasinin enine ilerlerken açik dis yüzden (14) tamamen çikisini engeller biçimde havayi büyük ölçüde perdelemektedir. Kondenser kapagin (40) sogutucu akiskan girisi (42) hava emis bosluguna (16) yakin olarak konumlanmistir. Böylece fanin (50) hava emis boslugundan (16) çekerek bobin kondensere (30) dogru ilettigi ortam havasi ilk olarak giris (42) ve bunun civarindaki kondenser kapagi (40) sogutmaktadir. Ortam havasi bobin kondenserden (30) sonra kompresör (60) etrafindan da geçerek açik dis yüzün (14) hava emis bosluguna (16) zit olan kenarin yakinindan makine odasini (10) terk etmektedir. Kondenser kapak (40) hem büyük ölçüde açik dis yüzü (14) örterek makine odasinin (10) erisim engellenir sekilde kapatilmasini saglamakta hem de açik dis yüzü (14) örttügü kisim kadar bir alanda dis ortam havasi ile temasi sayesinde sogutucu akiskanin evaporatöre gönderilmesi öncesinde sogutulmasini saglamaktadir. Kondenser kapagin (40) dik uzanan bir çikisi (44) ise izolasyon katmanindan geçerek gövde (l) içerisinden evaporatöre ulasmaktadir. Fan (50), kondenser kapagin (40) iç cidari boyunca hava sirkülasyonu saglamakta ve sogutmayi hizlandirmaktadir. Diger yandan fanin (50) sogutma verimini arttirir biçimde kondenser kapak (40) fanin (50) üfledigi havanin açik dis yüzden ( 14) disari kaçisini azaltmaktadir. 40 66 32 36 SeHdlZ 36 12 50" 4- ' vf\50 40 66 46 42The temperature distribution in the machine room (10) is the most intense in the compressor (60). It is in the region close to a compressor outlet (62) leaving the refrigerant. For the compressor (60) compresses the gas coming from the evaporator, thereby reducing its pressure and temperature. is increasing. The refrigerant gas is first placed in the coil condenser (30) inside the fan (50). It is cooled by the ambient air it accelerates. Condenser cover (40) grill As its structure moves transversely, the ambient air exits completely from the open outer face (14). it obscures the air to a great extent. Condenser cover (40) refrigerant inlet (42) close to air intake gap (16). is located. Thus, by pulling from the air suction gap (16) of the fan (50), the coil The ambient air conveyed to the condenser (30) is firstly the inlet (42) and its The condenser cover (40) around it cools. ambient air coil After the condenser (30), pass around the compressor (60) and open the outside. (14) close the machine chamber (10) near the opposite side to the air intake gap (16) is leaving. Condenser cover (40) as well as largely open outer face (14) It provides the machine room (10) to be closed in a way that prevents access by covering it. and with outdoor air in an area as much as the part covered by the open outer surface (14) before sending the refrigerant to the evaporator thanks to the contact it provides cooling. A vertical outlet (44) of the condenser cover (40) on the other hand, it passes through the insulation layer and enters the evaporator through the body (l). is reaching. The fan (50) draws air along the inner wall of the condenser cover (40). It provides circulation and accelerates cooling. On the other hand, fan (50) The condenser cover (40) blows by the fan (50), increasing the cooling efficiency. it reduces the escape of air from the open outer face (14). 40 66 32 36 SeHdlZ 36 12 50" 4- ' vf\50 40 66 46 42
Claims (13)
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TR2016/06912A TR201606912A2 (en) | 2016-05-25 | 2016-05-25 | A REFRIGERANT WITH CONDENSER COVER |
| PCT/EP2017/061980 WO2017202687A1 (en) | 2016-05-25 | 2017-05-18 | A cooling device comprising a condenser cover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TR2016/06912A TR201606912A2 (en) | 2016-05-25 | 2016-05-25 | A REFRIGERANT WITH CONDENSER COVER |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TR201606912A2 true TR201606912A2 (en) | 2017-12-21 |
Family
ID=58772874
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TR2016/06912A TR201606912A2 (en) | 2016-05-25 | 2016-05-25 | A REFRIGERANT WITH CONDENSER COVER |
Country Status (2)
| Country | Link |
|---|---|
| TR (1) | TR201606912A2 (en) |
| WO (1) | WO2017202687A1 (en) |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2087257A (en) * | 1934-07-07 | 1937-07-20 | Reconstruction Finance Corp | Refrigerator cabinet |
| US2378524A (en) * | 1941-04-23 | 1945-06-19 | Gibson Refrigerator Co | Refrigerator |
| JPH0526562A (en) * | 1991-07-19 | 1993-02-02 | Matsushita Refrig Co Ltd | Condensing unit |
| KR20030004899A (en) * | 2001-07-07 | 2003-01-15 | 엘지전자 주식회사 | Refrigerator with condenser and backcover in one |
| KR20030089819A (en) * | 2002-05-20 | 2003-11-28 | 엘지전자 주식회사 | Compressor base cover of refrigerator |
| EP2136168B1 (en) * | 2008-06-20 | 2020-01-15 | Electrolux Home Products Corporation N.V. | A cooling apparatus condenser, and a cooling apparatus including the same |
| WO2012084486A1 (en) | 2010-12-24 | 2012-06-28 | Arcelik Anonim Sirketi | A cooling device comprising a condenser cooled by a fan |
-
2016
- 2016-05-25 TR TR2016/06912A patent/TR201606912A2/en unknown
-
2017
- 2017-05-18 WO PCT/EP2017/061980 patent/WO2017202687A1/en not_active Ceased
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| Publication number | Publication date |
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| WO2017202687A1 (en) | 2017-11-30 |
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