FI92433C - Refrigerator - Google Patents

Refrigerator Download PDF

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Publication number
FI92433C
FI92433C FI906279A FI906279A FI92433C FI 92433 C FI92433 C FI 92433C FI 906279 A FI906279 A FI 906279A FI 906279 A FI906279 A FI 906279A FI 92433 C FI92433 C FI 92433C
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FI
Finland
Prior art keywords
refrigerator according
refrigerator
cabinet
approximately
side parts
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Application number
FI906279A
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Finnish (fi)
Swedish (sv)
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FI92433B (en
FI906279A (en
FI906279A0 (en
Inventor
Hans Joergen Gram-Hansen
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Gram Brdr As
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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25BREFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
    • F25B39/00Evaporators; Condensers
    • F25B39/04Condensers
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25DREFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D23/00General constructional features
    • F25D23/003General 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)
  • Refrigerator Housings (AREA)
  • Devices That Are Associated With Refrigeration Equipment (AREA)

Description

92433 Jååkaappi92433 Refrigerator

Esillå olevan keksinnon kohteena on jååkaappi, joka kåsittåå 5 kaapin, jossa on etusivu ja takasivu ja kaapin vaippa ja kondensaattori, joka sisåltåå putkikiemuran, joka on sovi-tettu vaipan sisåpuolelle kaapin takasivulle ja on tåmån kanssa hyvin låmp5å johtavassa yhteydesså.The present invention relates to a refrigerator comprising a cabinet having a front side and a back side and a cabinet jacket and a condenser comprising a tubular coil arranged inside the jacket on the rear side of the cabinet and in very warm conduction with it.

10 Tåmåntyyppiset jååkaapit, joissa jååkaapin takasivu on ta- sainen ovat yleisen kåytån perusteella tunnettuja. Tållaiset jååkaapit sijoitetaan mååråtyn minimivålimatkan pååhån sei-nåstå, jolle jååkaappi sijoitetaan siten, ettå jååkaapin taakse aikaansaadaan ilmanvirtausvåylå, jossa on riittåvåsti 15 låpivirtaustilaa, jotta låpivirtaava ilma voi poistaa tar-peettoman osan kondensaattorin kehittåmåstå låmm6stå. Koska niin kutsuttu "sijoituspaikka" useimmiten on standardisoitu, toisin sanoin jååkaapin etusivu ei saa sijaita ennalta måå-råttyå vålimatkaa kauempana seinåstå, jolle se on sijoitet-20 tu, johtaa minimivålimatkan pitåminen kaapin takasivun ja seinån vålillå rajoitukseen jååkaapin kåyttåvolyymisså.10 Refrigerators of this type in which the back of the refrigerator is flat are known from general use. Such refrigerators are placed at a specified minimum distance from a wall on which the refrigerator is placed in such a way that an air flow path is provided behind the refrigerator in which there is a sufficient flow-through space to allow the condensate to escape. Since the so-called "location" is usually standardized, in other words, the front of the refrigerator must not be further than a predetermined distance from the wall on which it is placed.

Esillå olevan keksinnon mukaiselle jååkaapille on tunnus-omaista, ettå jååkaapin takasivu sisåltåå olennaisesti taso-25 maisen osan ja sivuosat, jotka ulottuvat sivuttain tasomai-’· sen osan kummallekin puolelle ja on sovitettu låhemmåksi etusivua kuin tasomainen osa, putkikiemuran ollessa sovitettu vaipan sisåpuolelle tasomaisen osan ja sivuosien kohdal-le.The refrigerator according to the present invention is characterized in that the rear side of the refrigerator comprises a substantially planar portion and side portions extending laterally to each side of the planar portion and arranged closer to the front side than the planar portion, with the flat portion and for the side sections.

3030

Arviot, joihin esillå oleva keksinto perustuu, ovat osoitta-neet, ettå esitetyllå tavalla muotoiltu kaappi voidaan so-vittaa tasomainen osa seinån vålittdmåån låheisyyteen, koska kyseisen seinån ja paikalleen asetetun kaapin takaosan vå-35 listå johdettavat sivukanavat aikaansaavat tarvittavan il-mankierron, ja mahdollisuus sovittaa jååkaapin tasomainen takasivuosa seinån vålittomåån låheisyyteen johtaa samalla . . siihen, ettå kaapin hyotyvolyymiå voidaan lisåtå.The evaluations on which the present invention is based have shown that a cabinet shaped as shown can be adapted to the proximity of the planar part to the wall, since the side ducts leading from the wall to the rear of the installed cabinet provide the necessary air circulation and aligning the planar rear side of the refrigerator with the immediate proximity of the wall leads at the same time. . to the fact that the usable volume of the cabinet can be increased.

2 924332,92433

Keksinnon mukaisen kaapin erityisen yksinkertaiselle sovel-lutusmuodolle on tunnusomaista, ettå tasomainen osa on ta-kasivun pystysuora keskiosa ja tasomaisen keskiosan sivuilla kulkevat takaosat ovat tasomaisia sivuosia, jotka muodosta-5 vat kaapin etusivua kohti avoimet tylpåt kulmat tasomaisen keskiosan kanssa.A particularly simple embodiment of the cabinet according to the invention is characterized in that the planar part is the vertical central part of the backside and the rear portions running on the sides of the planar central part are planar side portions forming open blunt corners towards the front side of the cabinet.

Keksinndn mukaisesti tylppå kulma voi olla vålillå n. 130-165°, edullisesti vålillå n. 140-160° ja tarkoituksenmukai-10 sesti n. 150°.According to the invention, the obtuse angle may be in the range of about 130-165 °, preferably in the range of about 140-160 ° and suitably in the range of about 150 °.

Keksinnon eråån toisen sovellutusmuodon mukaisesti voivat ainakin tasomaisen osan kummallakin puolella kulkevat sivu-osat olla valmistetut aineesta, jolla pinta-alaa kohden on 15 korkea låmpokerroin, jolla on sellainen arvo, ettå se var-mistaa kondensaattorin låmpotilan pysymisen siihen liitetyn kompressorin kylmåaineen suositeltavan enimmåisnesteytymis-låmpdtilan alapuolella normaalitoiminnassa. Tålldin saavute-taan se, ettå takaosat pystyvåt toimimaan låmmdnvaraajina, 20 koska ne kåynnistettåesså jååkaappia pystyvåt vastaanotta-maan osan kondensaattorilåmmostå ja kun kaappi on pysåhty-nyt, ne pystyvåt luovuttamaan akkumuloidun låmmdn, jolloin aikaa, jonka låmmon luovuttaminen keståå voidaan jatkaa sen jakson yli, jonka kompressori tyoskentelee ja nåin olien 25 kondensaattorikapasiteetti kasvaa.According to another embodiment of the invention, the side portions extending at least on each side of the planar portion may be made of a material having a high heat coefficient per surface area such as to ensure that the condenser temperature remains within the maximum recommended maximum refrigerant of the compressor connected to it. below in normal operation. In this way, it is achieved that the rear parts are able to act as heat accumulators, because when they start the refrigerator they are able to receive part of the condenser heat and when the cabinet has stopped, they are able to release which the compressor is working on and thus the capacitor capacity of the 25 is increasing.

Korkean låmpokertoimen saavuttamiseksi voi keksinndn mukai-nen takaosa olla muotoiltu metallilevymateriaalista, jonka paksuus on suurempi kuin vaipan muun osan levymateriaalin 30 paksuus. Esimerkkinå tållaisesta materiaalista voidaan mai-nita n. 2 mm paksu teråslevy yhdesså kaapin vaipan levypak-suuden kanssa, joka on n. 0,6 mm.In order to achieve a high heat coefficient, the back part according to the invention can be formed of a sheet metal material having a thickness greater than the thickness of the sheet material 30 of the rest of the casing. An example of such a material is a steel plate about 2 mm thick together with a plate thickness of the cabinet casing which is about 0.6 mm.

Keksinnon mukaisesti kondensaattori voi olla putkikiemura, 35 jossa kiemurat kulkevat pystysuunnassa.According to the invention, the capacitor may be a tubular coil 35 in which the coils run vertically.

Paremman kondensaattorin låmmdn luovuttamisen saavuttamiseksi sivuosia pitkin voivat kondensaattorin sivuputket ollaIn order to achieve a better condenser heat transfer along the side sections, the condenser side tubes can be

IIII

3 92423 sovitetut tiiviiiranin toistensa viereen tasomaisen osan si-vulla kulkevien sivuosien kohdalla kuin tasomaisen osan koh-dalla.3,92423 fitted side by side to the side portions of the planar portion passing adjacent to each other than to the planar portion.

5 Keksinnon mukaisesti voi sivuosien yhteisleveys muodostaa n. 20-50 %, tarkoituksenmukaisesti vålillå 25-35 % ja edulli-sesti n. 28 % kaapin kokonaisleveydestå.According to the invention, the total width of the side parts can be about 20-50%, suitably between 25-35% and preferably about 28% of the total width of the cabinet.

Keksintoå selitetåån seuraavassa viitaten piirrokseen, jossa 10 kuvio 1 esittåå keksinnon mukaisen jååkaapin sovellutusmuo-don takaa påin katsottuna, kuvio 2 esittåå kuviossa 1 esitetyn jååkaapin ylhååltå påin katsottuna, kuvio 3 esittåå kuviossa 1 esitetyn jååkaapin vasemmalta 15 katsottuna, kuvio 4 esittåå kuviossa 1 esitetyn jååkaapin perspektiivi-kuvassa katsottuna, ja kuvio 5 esittåå kuviossa 2 esitettyå ympyråå A vastaavan pystysuoran leikkauksen jååkaapin låpi.The invention will now be described with reference to the drawing, in which Fig. 1 shows a rear view of an embodiment of a refrigerator according to the invention, Fig. 2 shows a top view of the refrigerator shown in Fig. 1, Fig. 3 shows Fig. in perspective view, and Fig. 5 shows a vertical section through the refrigerator corresponding to the circle A shown in Fig. 2.

2020

Piirroksessa on viitenumerolla 1 merkitty esitetty jååkaappi ja viitenumerolla 2 tåmån etuovi. Jååkaapissa on tasomaiset sivuseinåt 3, 4 ja sen takasivu on merkitty viitenumerolla 5. Siinå on tasomainen osa 6 ja sen kummallakin puolella 25 kulkevat sivuosat 7, 8, jotka sijaitsevat låhempånå kaapin etuovea 2 kuin takasivuosaa 6, jolloin sivuosat 7, 8 ulottu-vat tylpån kulman alta suhteessa tasomaiseen osaan 6. Kulma on piirroksessa esitetysså sovellutusmuodossa n. 150°, mutta se voi olla vålillå 130-165° ja edullisesti vålillå 140-30 160°.In the drawing, the refrigerator shown by reference number 1 and the front door of this number are indicated by reference number 2. The refrigerator has planar side walls 3, 4 and its rear side is denoted by reference numeral 5. It has a planar part 6 and side parts 7, 8 running on each side 25, which are located closer to the front door 2 of the cabinet than the rear side part 6, whereby the side parts 7, 8 extend bluntly. below the angle with respect to the planar part 6. In the embodiment shown in the drawing, the angle is about 150 °, but may be between 130-165 ° and preferably between 140-30 160 °.

Piirroksessa esitetysså sovellutusmuodossa sivuosien leveys muodostaa yhteenså n. 30 % kaapin kokonaisleveydestå, sivuosien leveys voi kuitenkin vaihdella n. 20-50 % vålillå, 35 edullisesti vålillå n. 25-35 % kokonaisleveydestå.In the embodiment shown in the drawing, the width of the side parts together makes up about 30% of the total width of the cabinet, however, the width of the side parts can vary between about 20-50%, preferably between about 25-35% of the total width.

Kaappi on varustettu jååhdytysaggregaatilla, joka esitetysså tapauksessa muodostuu kompressorista 10, johon kuuluu kon- 4 92423 densaattori 11. Tåmå muodostuu putkikiemurasta, jossa putket kulkevat pystysuoraan kuviossa 1 katkoviivalla kaaviomaises-ti osoitetulla tavalla. Piirroksessa esitetysså sovellutus-muodossa on, kuten kuviossa 2 esitetåån, viisi kondensaatto-5 riputkea tasomaisessa osassa 6, yksi putki kunkin sivuosien 7, 8 liittymåkohdan kohdalla, yksi putki kunkin sivuosan 7, 8 kohdalla, yksi putki kunkin sivuseinån 3, 4 takareunan kohdalla ja yksi putki kunkin takareunan kohdalla. Kuten kuviosta 5 ilmenee,on putkikondensaattori 11 sovitettu siså-10 puolelle suhteessa kaapin vaippaan tai påållysteeseen 14 ja se on hyvin låmpoå johtavassa yhteydesså siihen, koska put-kikiemura on liimattu hyvin låmpoå johtavalla tarttuvalla massalla 15.The cabinet is provided with a refrigeration unit, which in the case shown consists of a compressor 10 comprising a condenser 11. This consists of a pipe coil in which the pipes run vertically as shown schematically in phantom in Fig. 1. The embodiment shown in the drawing has, as shown in Fig. 2, five condensate-5 hangers in the planar part 6, one pipe at each junction of the side parts 7, 8, one pipe at each side part 7, 8, one pipe at the rear edge of each side wall 3, 4 and one tube at each trailing edge. As shown in Fig. 5, the tube capacitor 11 is arranged on the inside-10 with respect to the cabinet jacket or coating 14 and is in a highly heat-conducting connection therewith because the tube coil is glued with a highly heat-conducting adhesive 15.

15 Kuvion 5 osoittamalla tavalla sivuosat 8 koostuvat levyai-neesta, joka esitetysså tapauksessa on 2 mm paksua teråsle-vyå. Toinen sivuosa 7 on muodostettu vastaavalla tavalla. Kaapin vaippa 14 koostuu muutoin 0,6 mm paksusta teråslevy-aineesta.As shown in Fig. 5, the side parts 8 consist of a plate material, which in the case shown is a 2 mm thick steel plate. The second side part 7 is formed in a corresponding manner. The cabinet casing 14 otherwise consists of 0.6 mm thick steel sheet material.

2020

Levyosat 7, 8 on liitetty niitå vastaaviin levyreunoihin, esim. hitsaamalla tai muulla tavalla, jolla aikaansaadaan tiivis liitos. Kaappi on my6s varustettu eristyksellå, jota ei esitetå ja joka tukeutuu påållysteen sisåsivua vasten.The plate parts 7, 8 are connected to their respective plate edges, e.g. by welding or in another way, which provides a tight connection. The cabinet is also provided with insulation, not shown, which rests against the inside of the coating.

2525

Tasomainen osa 6 on etupååstå liitetty viistoon ylåpuoli-osaan 16, ja kaapin ylåsivu muodostuu muutoin tasomaisesta ylåosasta 17. Alhaalla tasomainen osa 6 muuttuu viistoksi takaseinåosaksi 18, joka pååttyy tilan 20 kanteen 19, johon 30 syvennykseen kompressori 10 on sovitettu.The planar part 6 is connected at the front to the oblique upper part 16, and the upper side of the cabinet is formed by an otherwise planar upper part 17. At the bottom, the planar part 6 becomes an oblique rear wall part 18 which ends in a space 20 cover 19 into which the compressor 10 is fitted.

Esitetty kaappi toimii seuraavasti:The cabinet shown works as follows:

Kaappi sijoitetaan tasomainen takaosa 6 hyvin låhelle sei-nåå, joka on osoitettu viivan 21 avulla kuviossa 2. Tålloin 35 esiintyy leikkaukseltaan kiilan muotoisia kanavaosia 22, 23 sivuosien 7, 8 ja seinån 21 vålillå. Jos jååkaappi sijoitetaan esim. keitti55n, voivat kanavaosat 22, 23 ulospåin ra-. joittua kaapin sivulla sijaitseviin keittiokalusteisiin.The cabinet-shaped rear part 6 is placed very close to the wall indicated by the line 21 in Fig. 2. In this case, wedge-shaped channel parts 22, 23 are present between the side parts 7, 8 and the wall 21. If the refrigerator is placed, for example, in the kitchen, the duct sections 22, 23 can open outwards. into the kitchen furniture on the side of the cabinet.

IIII

92433 592433 5

Kaapin toiminnan aikana esiintyy ylospåin kulkevia ilmavir-tauksia kanavaosien 22, 23 låpi, jotka jååhdyttåvåt sivuosat 7, 8. Esillå olevan keksinnån pohjana olevissa arvioissa ja kokeissa on osoittautunut, ettå vaikka tasomaisen sivuosan 6 5 ja seinån 21 vålillå ei ole huomattavaa virtauskanavaa, saa-vutetaan kuitenkin riittåvå kondensaattorikapasiteetti. Tås-så yhteydesså on kuitenkin syytå huomauttaa, ettå joskin tasomainen osa 6 on sovitettu hyvin låhelle seinåå 21, luo-vuttaa tasomainen osa 6 kuitenkin låmpoå såteilyn/johtumisen 10 muodossa seinåån 21. Jos jååkaapin 1 sivulle on sijoitettu kalusteita, jååhdytetåån myos kondensaattoriosat såteilyn/johtumisen avulla.During operation of the cabinet, upward air currents occur through the duct sections 22, 23 which cool the side sections 7, 8. In the evaluations and tests underlying the present invention, it has been found that although there is no significant flow channel between the planar side section 6 and the wall 21, however, sufficient capacitor capacity is provided. In this connection, however, it should be noted that although the planar part 6 is arranged very close to the wall 21, it does give the planar part 6 heat in the form of radiation / conduction 10 in the wall 21. If furniture is placed on the side of the refrigerator 1, it is cooled through conduction.

Kondensaattorikapasiteetin lisååmiseksi on esitetyn sovel-15 lutusmuodon mukainen kaappi varustettu aikaisemmin esite- tyillå suhteellisen paksuilla levyosilla, jotka muodostavat sivuosat 7, 8. Nåmå levyosat kehittåvåt jossain måårin låm-p6å, jolloin ne pystyvåt kehittåmåån osan luovutettavasta kondensaattorilåmmostå sekå luovuttamaan kyseisen låmpomåå-20 rån kun kaapin kompressor! on pysåhtynyt. Jotta saavutettai-sin suhteellisen korkea låmmon luovutus sivuosille 7, 8, voivat kondensaattoriputken putket olla sovitettu pienemmål-lå hajonnalla nåitå pitkin kuin tasomaisen takaosan 6 koh-dalla.In order to increase the capacity of the capacitor, the cabinet according to the embodiment shown is provided with the relatively thick plate parts previously shown, which form the side parts 7, 8. These plate parts develop a cabinet compressor! has stopped. In order to achieve a relatively high heat transfer to the side parts 7, 8, the condenser tube tubes can be arranged with a smaller scatter along them than at the planar rear part 6.

25 :·. Koska tasomainen takaosa 6 sijoitetaan niin låhelle seinåå 21, voidaan kaapin syvyyttå lisåtå takaosasta 6 sitå våli-matkaa vastaavalla tilalla, jota suositellaan jååkaapeille, samalla pitåen ennalta mååråtty sisåsyvyys eli siten, ettå 30 kaapin etuovi 2 ei ulotu pidemmålle kuin kaapilla, jolla on våli seinåån koko takasivun pituudelta.25: ·. Since the planar rear part 6 is placed so close to the wall 21, the depth of the cabinet can be increased from the rear part 6 by the space corresponding to the distance recommended for refrigerators, while maintaining a predetermined internal depth, i.e. so that the cabinet front door 2 does not extend beyond the cabinet. along the entire length of the back.

• · * Λ• · * Λ

Claims (10)

1. Kylskåp innefattande ett kylskåpschassi (l) med en fram-sida och en baksida (5), ett holje for chassit (1) och en kondensor (11) innefattande en rorslinga som år anordnad på insidan av holjet vid baksidan (5) på chassit och år i god 20 vårmeledande fdrbindelse med denna, kånnetecknat av att baksidan (5) innefattar en våsentligen plan den (6) och sidode-lar (7, 8), som stråcker sig i sidled på båda sidorna om den plana delen (6) och år placerade nårmare framsidan (2) ån vad den plana delen (6) år, varvid rdrslingan år anordnad 25 vid insidan av holjet vid den plana delen (6) och vid sido-,, delarna (7, 8) .A refrigerator comprising a refrigerator chassis (1) with a front side and a rear side (5), a housing for the chassis (1) and a condenser (11) comprising a rudder loop arranged on the inside of the housing at the rear side (5) of the chassis and is in good heat conducting connection thereto, characterized in that the rear side (5) comprises a substantially planar portion (6) and side portions (7, 8) extending laterally on both sides of the planar portion (6). ) and years positioned closer to the front (2) than the planar portion (6), with the rear loop being arranged at the inside of the housing at the planar portion (6) and at the lateral portions (7, 8). 2. Kylskåp enligt patentkrav 1, kånnetecknat av att den plana delen utgårs av en vertikal central del av baksidan (5) 30 och att sidodelarna, som stråcker sig i sidled i forhållande till den plana centrala delen, utgors av plana sidodelar (7, 8. som bildar lika, mot skåpets framsida åppna, trubbiga vinklar tillsammans med den plana centrala delen (6).Refrigerator according to claim 1, characterized in that the flat part is formed by a vertical central part of the back side (5) and that the side parts extending laterally in relation to the flat central part are made of flat side parts (7, 8). which form equal blunt angles to the front of the cabinet, together with the flat central part (6). 3. Kylskåp enligt patentkrav 2, kånnetecknat av att den trubbiga vinkeln ligger mellan approximativt 130-165°, f6-retrådesvis mellan approximativt 140-160°, och ånnu hellre : år approximativt 150°. 92433Refrigerator according to Claim 2, characterized in that the blunt angle is between approximately 130-165 °, f6-retrievably between approximately 140-160 °, and more preferably: is approximately 150 °. 92433 4. Kylskåp enligt patentkrav 1, kånnetecknat av att åtmins-tone sidodelarna (7, 8), som stråcker sig i sidled i forhål-lande till den plana delen (6) består av material med en vårmekapacitet per enhetsarea som har ett varde som garante- 5 rar att sidodelarna (7, 8) kan fungera som vårmeackumulato-rer.4. A refrigerator according to claim 1, characterized in that at least the side portions (7, 8) extending laterally in relation to the flat part (6) consist of material having a heating capacity per unit area having a value as a guarantee. - 5 that the side parts (7, 8) can act as heat accumulators. 5. Kylskåp enligt patentkrav 4, kånnetecknat av att sidodelarna (7, 8) utgors av metalliskt plåtmaterial med en tjock- 10 lek som år storre ån tjockleken hos plåtmaterialet till den återstående delen av holjet.Refrigerator according to claim 4, characterized in that the side parts (7, 8) are made of metallic sheet material having a thickness greater than the thickness of the sheet material to the remaining part of the housing. 6. Kylskåp enligt patentkrav 1, kånnetecknat av att konden-sorn (11) år utformad som en rorslinga med rorstrångar som 15 stråcker sig vertikalt.A refrigerator according to claim 1, characterized in that the condenser (11) is designed as a rudder loop with rudder rods extending vertically. 7. Kylskåp enligt patentkrav 6, kånnetecknat av att strån-garna år anordnade nårmare intill varandra vid sidodelarna (7, 8) som stråcker sig i sidled i forhållande till den pla- 20 na delen (6) ån vid den plana delen (6). 1 II Kylskåp enligt patentkrav 1, kånnetecknat av att sidode-larnas (7, 8) totala bredd utgdr approximativt 20-50 %, f6-retrådesvis approximativt 25-35 %, och ånnu hellre approxi- 25 mativt 28 % av skåpets totala bredd. • ·Refrigerator according to claim 6, characterized in that the strands are arranged closer to each other at the side parts (7, 8) extending laterally in relation to the flat part (6) than at the flat part (6). . A refrigerator according to claim 1, characterized in that the total width of the side parts (7, 8) is approximately 20-50%, f6-threaded approximately 25-35%, and even more approxi- mately 28% of the total width of the cabinet. • ·
FI906279A 1989-12-20 1990-12-19 Refrigerator FI92433C (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
DK650689 1989-12-20
DK650689A DK165426C (en) 1989-12-20 1989-12-20 REFRIGERATOR

Publications (4)

Publication Number Publication Date
FI906279A0 FI906279A0 (en) 1990-12-19
FI906279A FI906279A (en) 1991-06-21
FI92433B FI92433B (en) 1994-07-29
FI92433C true FI92433C (en) 1994-11-10

Family

ID=8148817

Family Applications (1)

Application Number Title Priority Date Filing Date
FI906279A FI92433C (en) 1989-12-20 1990-12-19 Refrigerator

Country Status (5)

Country Link
EP (1) EP0438023B1 (en)
DE (1) DE69001478T2 (en)
DK (1) DK165426C (en)
FI (1) FI92433C (en)
NO (1) NO172152C (en)

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DE102006061154A1 (en) * 2006-12-22 2008-06-26 BSH Bosch und Siemens Hausgeräte GmbH heat exchanger assembly
IT1398991B1 (en) 2010-02-23 2013-03-28 Mondial Group Srl HIGH EFFICIENCY REFRIGERATOR UNIT.
WO2019020175A1 (en) * 2017-07-26 2019-01-31 Electrolux Appliances Aktiebolag Cooling apparatus comprising a condenser

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US2139521A (en) * 1933-12-27 1938-12-06 Gen Motors Corp Refrigerating apparatus
US2666301A (en) * 1949-02-11 1954-01-19 Nash Kelvinator Corp Mounting refrigerating apparatus
US2606429A (en) * 1949-08-02 1952-08-12 Gen Electric Flue cooling arrangement for cooling refrigeration units
US2621490A (en) * 1950-05-05 1952-12-16 Int Harvester Co Refrigerant condenser

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DK650689A (en) 1991-06-21
DE69001478D1 (en) 1993-06-03
NO905491D0 (en) 1990-12-19
FI92433B (en) 1994-07-29
FI906279A (en) 1991-06-21
NO172152B (en) 1993-03-01
NO905491L (en) 1991-06-21
EP0438023A1 (en) 1991-07-24
DK650689D0 (en) 1989-12-20
DK165426C (en) 1993-04-05
DE69001478T2 (en) 1993-08-12
DK165426B (en) 1992-11-23
NO172152C (en) 1993-06-09
FI906279A0 (en) 1990-12-19
EP0438023B1 (en) 1993-04-28

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