TR201710819A2

TR201710819A2 - A COOLER WITH SPRING HINGE MECHANISM

Info

Publication number: TR201710819A2
Application number: TR2017/10819A
Authority: TR
Inventors: Ustaoğlu İbrahi̇m
Original assignee: Ser Dayanikli Tueketim Mallari Ic Ve Dis Ticaret Sanayi Anonim Sirketi
Priority date: 2017-07-25
Filing date: 2017-07-25
Publication date: 2018-03-21

Abstract

Bu buluş, kapağı (B) açılma hareketi yaptığında, kapak menteşesi (3) bir eksende dönme hareketi yaparken, içinde bulunan milin (4) de dönerek içinde yer alan yaya (5) itme kuvveti uyguladığında bu kuvvetin etkisi ile depolama boşluğunda (6.1) enerjisi depolayan, bu enerji sayesinde kapağın (B) açıldığı yerde sabit kalmasını sağlayan ve kapağın (B) üstünden bakıldığında gövde menteşesi (2) ve kapak menteşesinin (3) görünmesini engelleyen yaylı menteşe mekanizmasına sahip soğutucu (1) ile ilgilidir.The present invention, when the lid (B) makes an opening movement, when the lid hinge (3) rotates in an axis, the shaft (4) contained in it rotates and pushes the spring (5) to apply the force to the storage space (6.1). the hinge (2) and the hinge (3) of the lid hinge (3) when viewed from the top of the lid (B).

Description

TARIFNAME YAYLI MENTESE MEKANIZMASINA SAHIP BIR SOGUTUCU Teknik Alan Bu bulus, dondurucu dolap kapaklari için gelistirilmis, kolay gruplama, nakliyede alan tasarrufu olusturarak nakliye masrafinin düsürülmesini ve paketlemenin kolay hale getirilmesini saglayan yayli mentese mekanizmasina sahip bir sogutucu ile Önceki Teknik Bir mille birbirine tutturulmus biri sabit, digeri devingen iki parçadan olusan ve mentese olarak adlandirilan mafsalli sistemler endüstride, mimaride, mobilya sektörü gibi alanlarda yaygin olarak kullanilmaktadir. Günlük yasamda, menteseler özellikle kapi ve pencere kanadi açilip kapanacak sekilde tutturinaya yarayan eklemli parçalar olarak kullanilmaktadir. Çok yaygin kullanim alani bulunan menteselerin kullanim alanlarindan bir tanesi de sogutma sistemleridir. Günümüzde Sogutucu/dondurucu dolaplarin kapaklari, muhafaza gövdesinin iç sicakliginin dengede tutulmasi için büyük önem arz etmektedir. Bu nedenle kapaklarin kapanma biçim ve özellikleri ile birlikte açilip kapanmalarina imkân veren menteseler de büyük öneme sahiptir. Dondurucu dolaplarda genellikle gövdenin disina monte edilen harici menteseler kullanilmaktadir. Bu menteseler gövdenin disindan kapagin dis kismina gelecek sekilde monte edilmektedir. Bu duiumda dondurucu dolabin dis kisminda çikinti olusturmaktadirlar. Menteseler, çikinti olusturduklarindan dolayi da nakliye sirasinda hasarlara yol açmakta, sökülmesi gerektiginde basinçla çalisan sistemlerde tehlike arz etmekte ve kapagi açacak alani saglamak için gerekli bosluk bulunmamasi gibi problemlere neden olmaktadirlar. DESCRIPTION A COOLER WITH SPRING HINGE MECHANISM Technical Area This invention was developed for freezer cabinet doors, easy grouping, transportation saving space, reducing shipping costs and making packaging easier. with a cooler with a spring hinge mechanism that allows Prior Art Consisting of two parts, one fixed and the other moving, attached to each other by a shaft. Articulated systems called hinges are used in industry, architecture, furniture. It is widely used in fields such as industry. In everyday life, hinges especially suitable for fastening the door and window leaf so that it can be opened and closed. used as jointed parts. Very widely used One of the usage areas of hinges is cooling systems. Today The doors of the cooler/freezer cabinets are It is very important to keep it in balance. That's why the lids are closed There are also hinges that allow them to be opened and closed with their shape and features. is of great importance. In freezer cabinets, it is usually mounted outside the body. external hinges are used. These hinges are from the outside of the body. It is mounted to the outer part of the cover. Freezer in this duium they form protrusions on the outer part of the cabinet. hinges, overhang they cause damage during transportation, disassembly When necessary, it poses a danger in pressure-operated systems and does not require the area to open the cover. They cause problems such as not having the necessary space to provide

Bunun yani sira paketleme veya depolama gerektirdiginde, menteseler dondurucu disinda yer aldigi için dondurucunun kapladigi alandan sayilmakta ve nakliye masraflarini arttirmaktadir. Bununla birlikte menteseler dondurucu içine monte olacak sekilde üretilmeye baslanmistir. Ancak bu tip menteseler de dondurucunun içinde isi iletkenleri gibi çalismaya basladigi için enerji maliyetlerini artirip enerji kaybina neden olmakta ve dondurucu yalitimini olumsuz yönde etkilemektedir. In addition, when packaging or storage is required, the hinges can be placed in the freezer. Since it is located outside of the freezer, it is counted as the area covered by the freezer and transportation increases its costs. However, the hinges are mounted inside the freezer. It has been started to be produced as it will be. However, these types of hinges are also As it starts to work like heat conductors inside, it increases energy costs and increases energy consumption. loss and adversely affect the freezer insulation.

Yukarida bahsedilen sebeplerle söz konusu sorunlara yanit bulacak bir dondurucu mentese tipine ihtiyaç duyulmaktadir. tarihli Birlesik Devletler patent dokümani, bir sogutucu ya da buzdolabinda kullanilan yatay eksen etrafinda dönebilen ve kapak agirligini dengeleyebilen bir mentese mekanizmasi ile ilgilidir. Bu mentese mekanizmasi, kapaklari yükseltebilmek için bir yay barindirmaktadir. Teknigin bilinen dokümaninda bahsedilen mentese mekanizmasi, bir yay, bir mandal ve braketten olusmaktadir. For the above-mentioned reasons, a freezer that will respond to these problems hinge type is needed. United States patent document dated A device that can rotate around the horizontal axis used and balance the door weight. related to the hinge mechanism. This hinge mechanism It has a spring to raise it. In the known document of the art said hinge mechanism consists of a spring, a latch and a bracket.

Mandal sogutucunun kapagina monte edilirken, mentesenin braket kismi ise Sogutucu gövdesine monte edilmektedir. Söz konusu dokümanda mentesenin mandal kismi sogutucu kapaginin yan yüzeyine, mentesenin braket kismi ise sogutucu gövdesinin arka yüzeyine konumlandirilmaktadir. Dolap kapisi açilmasi tercih edildiginde mentesenin bilesenlerinden yay sayesinde açilmak istendigi konumda sabit kalabilmektedir. Ancak mentese mekanizmasi sogutucunun dis yüzeyinde yer aldigindan dolayi sogutucunun disinda bir çikinti olusturmaktadir. While the latch is mounted on the cooler cover, the bracket part of the hinge is It is mounted on the cooler body. In this document, the hinge the latch part is on the side surface of the cooler cover, and the bracket part of the hinge is It is positioned on the back surface of the cooler body. Wardrobe door opening when preferred, it is desired to be opened by spring from the components of the hinge. can stay in position. However, the hinge mechanism is located on the outer part of the cooler. Since it is located on the surface, it creates a protrusion outside the cooler.

Teknigin bilinen dokümaninda anlatilan bu bulus, basvuru konusu bulus ile ayni teknik alanda bulunmaktadir. Ancak basvuru konusu bulus bilesenleri, sogutucu üzerine konumlandirildigi yüzeyler bakimindan teknigin bilinen dokümanindan ayrilmaktadir. Söz konusu bulusta bir manda] bir yay ve bir braket bulunurken, basvuru konusu olan bulusta ise bilesenler, kapaga ve gövdeye sabitlenebilen gövde ve kapak mentesesi, kapagin tercih edilen konumda durmasina yarayan yay ve tarihli Avrupa patent dokümani, ev tipi bir sogutucu cihaz için üretilen bir mentese ile ilgilidir. Söz konusu bulustaki mentese, iki mentese kolundan olusmaktadir. Bir mentese kolu diger mentese koluna salincak seklinde monte edilmistir. Dönebilen bir sönümleyici unsur ise diger mentese koluna sabitlenmistir. Ikinci mentese kolu, önceki mentese kolunun yan yüzeyi ile örtüsen bir tutma elemani içermektedir. This invention, which is described in the document of the known art, is the same as the invention that is the subject of application. located in the technical area. However, the application subject invention components, refrigerant from the known document of the art in terms of the surfaces on which it is positioned. is separating. While the invention in question contains a buffalo, a spring and a bracket, In the invention, which is the subject of reference, the components are the body that can be fixed to the cover and the body. and the lid hinge, the spring and the lid to keep the lid in the preferred position The European patent document dated , a hinge produced for a domestic cooling appliance It is related to. The hinge in the present invention consists of two hinge arms. A hinge arm is mounted on the other hinge arm in the form of a swing. rotatable a damping element is fixed to the other hinge arm. second hinge arm, a holding member that overlaps with the side surface of the previous hinge arm.

Ayrica söz konusu bulustaki mentese bilesenleri içinde kapagin basinçla kaldirilmasini saglayan bir amortisör sistemi ve yay elemani da bulunmaktadir. In addition, in the hinge components of the present invention, the cover is compressed by pressure. There is also a shock absorber system and a spring element that allows it to be lifted.

Sönümleyici unsurun olmadigi mentese kolu sogutucu kapagina monte edilirken, amortisör sistemi ve sönümleyici sistem barindiran mentese kolu sogutucu gövdesine monte edilmektedir. Böylece kapak tercih edilen her konumda açik kalabilmektedir. Teknigin bilinen dokümaninda bahsedilen bu bulus, basvuru konusu olan bulus ile ayni teknik alanda yer almakta ve benzer yapida bilesenler barindirmaktadir. Ancak basvuru konusu bulusta yer alan bilesenlerin çalisma prensibi ve çözüm aradigi problem farklidir. Basvuru konusu bulusta daha az bilesen ile sogutucu kapaginin tercih edilen her konumda açik kalmasi saglanmaktadir ve teknigin bilinen dokümaninda bu durum saglanirken mentese sogutucu gövdenin dis yüzeyinde çikinti olacak sekilde yer almaktadir. Basvuru konusu bulus bu anlamda teknigin bilinen dokümanindan farklilik göstermektedir. When mounting the hinge arm without damping element on the cooler cover, Hinge arm cooler containing shock absorber system and damping system is mounted on the body. Thus, the lid is open in any preferred position. can stay. This invention mentioned in the known document of the art, application are in the same technical field as the subject invention and components with a similar structure contains. However, the working of the components in the invention, which is the subject of the application, The principle and the problem for which it seeks a solution are different. The application subject is less in the invention Keeping the component and the cooler cover open in any preferred position provided and in the known art document, this situation is provided while the hinge The cooler is located on the outer surface of the body as a protrusion. Application In this sense, the subject invention differs from the known document of the art.

Bulusun Amaçlari Bu bulusun amaci, sogutuculara harici olarak monte edilen menteselerden kaynaklanan nakliye sirasindaki hasarlarini minimuma indiren yayli mentese mekanizmasina sahip bir sogutucu gerçeklestirmektir. Objectives of the Invention The object of this invention is to make hinges mounted externally on coolers. spring hinge that minimizes the damage during transportation caused by is to realize a cooler with a mechanism.

Bu bulusun bir diger amaci, sogutucularin paketlenmesi sirasinda harici menteselerin fazla alan kaplamasina engel olan yayli mentese mekanizmasina sahip bir sogutucu gerçeklestirmektir. Another object of this invention is to use external It has a spring hinge mechanism that prevents the hinges from taking up too much space. is to perform a cooler.

Bu bulusun bir diger amaci, fazla bilesen içermeden kolay monte edilebilir ve dayanikli olan yayli mentese mekanizmasina sahip bir sogutucu gerçeklestirmektir. It is another object of the present invention that it can be easily assembled without many components and It is to realize a cooler with a spring hinge mechanism that is durable.

Bulusun Kisa Açiklamasi Bu bulusun amacina ulasmak için gerçeklestirilen, ilk istem ve bu isteme bagli diger istemlerde tanimlanan yayli mentese mekanizmasina sahip sogutucuda gövdeye monte edilen ve sabit halde kalan bir gövde mentesesi, kapaga monte edilen ve bir eksende hareket edebilen bir kapak mentesesi bulunmaktadir. Gövde mentesesi ve kapak mentESesi bir yüzeyleri birbiri ile temas halinde konumlandirilmaktadir. Brief Description of the Invention The first request and other related requests, carried out to achieve the purpose of this invention. In the cooler with the spring hinge mechanism as defined in the claims, it is attached to the body. a body hinge, which is mounted and remains fixed, is a cover-mounted and There is a cover hinge that can move on the axis. body hinge and the cover hinge is positioned with one surface in contact with each other.

Gövde mentesesi ve kapak mentesesi, sogutucu dolaba üstten bakildiginda görülmeyecekleri sekilde monte edilmektedir. Gövde mentesesi ve kapak mentesesinin hareketini kOntrol etmeye yarayan bir mil bulunmaktadir. Mil, gövde mentesesinde bulunan sabitleme boslugunun ve kapak mentesesinde bulunan dönme boslugunun içinde merkezleri çakisik sekilde yer almaktadir. Uygulanan itme kuvveti ile üzerinde enerji depolayan yay, milin üzerinde bulunmaktadir. Body hinge and lid hinge, when viewed from the top of the refrigerator cabinet mounted in a way that they cannot be seen. Body hinge and cover There is a shaft to control the movement of the hinge. shaft, body the fixing gap on the hinge and the cover hinge on the their centers are coincidenced in the rotation space. Applied The spring, which stores energy on it with the pushing force, is located on the shaft.

Depolanan enerji ile kapak kaldirildiginda, kapak kullanicinin istedigi konumda sabit durabilmektedir. Kapak sabit konumdayken, mentese gövdenin disinda bir çikinti olusturmadigi için nakliye sirasinda bir hasar olusmasi ve paketleme sirasinda fazla alan kaplanmasi mümkün olmamaktadir. When the lid is lifted with the stored energy, the lid is in the position desired by the user. can stand still. When the cover is in the fixed position, the hinge is located on the outside of the body. any damage during shipping and packaging It is not possible to cover more area during

Bulusun Ayrintili Açiklamasi Bu bulusun amacina ulasmak için gerçeklestirilen yayli mentese mekanizmasina sahip bir sogutucu, ekli sekillerde gösterilmis olup bu sekiller; Sekil 1. Yayli mentese mekanizmasina sahip sogutucunun perspektif görünüsüdür. Detailed Description of the Invention Spring hinge mechanism realized to achieve the aim of this invention. A chiller with a built-in cooler is shown in the attached figures, which are; Figure 1. Perspective of the cooler with spring hinge mechanism is the view.

Sekil 2. Sekil l”de yer alan K bölgesinin yakinlastirilmis perspektif görünüsüdür. Figure 2. is a zoomed-in perspective view of the K region in Figure 1.

Sekil 3. Yayli mentese mekanizmasina sahip sogutucunun patlatilmis perspektif görünüsüdür. Figure 3. Exploded perspective of the cooler with spring hinge mechanism is the view.

Sekil 4. Gövde mentesesinin tapa ile birlikte yakinlastirilmis perspektif görünüsüdür. Figure 4. Closed perspective of the body hinge with the plug is the view.

Kapak mentesesinin tapa ile birlikte yakinlastirilmis perspektif görünüsüdür. Zoomed perspective of lid hinge with plug is the view.

Mil ve yayin birlikte yakinlastirilmis perspektif görünüsüdür. It is a perspective view of the shaft and spring zoomed together.

Tapanin perspektif görünüsüdür. It is the perspective view of the plug.

Yayli mentese mekanizmasina sahip sogutucunun baska bir uygulamasinin perspektif görünüsüdür. Another part of the cooler with spring hinge mechanism perspective view of the application.

Yayli mentese mekanizmasina sahip sogutucunun baska bir uygulamasinin patlatilmis perspektif görünüsüdür. Another part of the cooler with spring hinge mechanism Exploded perspective view of the app.

Sekillerdeki parçalar tek tek numaralandirilmis olup, bu numaralarin karsiligi asagida verilmistir. 1. Yayli mentese mekanizmasina sahip sogutucu 2. Gövde mentesesi 2.1. Sabitleme boslugu 2.2. Yatay oyuntu 3. Kapak mentesesi 3.1. Dönme boslugu 3.2. Dikey oyuntu 4. Mil . Yay 6.1. Depolama boslugu 6.2. Sabitleme uzantisi A. Gövde Dondurucu dolap kapaklari için gelistirilmis, kolay gruplama, nakliyede alan tasarrufu olusturarak nakliye masrafinin düsürülmesini ve paketlemenin kolay hale getirilmesini saglayan yayli mentese mekanizmasina sahip sogutucu (1) en temel halinde, - gövdeye (A) sabitlenen, hareketsiz duran ve bir sabitleme bosluguna (2.1) sahip - kapaga (B) sabitlenen, bir eksende dönme hareketi yapan ve bir dönme bosluguna (3.1) sahip en az bir kapak mentesesi (3), - gövde mentesesi (2) ve kapak mentesesinin (3) ayni eksende sabit kalmasi için sabitleme boslugunun (2.1) ve dönme boslugunun (3.1) içine monte edilen, kapagin (B) dönme hareketi ile birlikte dönme hareketi yapan en az bir mi] (4), - mil (4) üzerine geçirilerek çalisan ve kapak mentesesinin (3) dönme hareketi ile üzerinde olusan itme kuvvetinin etkisiyle enerji depolayarak kapagin (B) açildigi konumda kalmasina yarayan en az bir yay (5), - yayin (5) uç noktasinin içinde sabitlendigi en az bir depolama boslugu (6.1) ve kendi ekseni etrafinda dönmeyi engelleyen sabitleme uzantisina (6.2) sahip en az bir tapa (6) içermektedir. The parts in the figures are numbered one by one and the corresponding numbers are given below. 1. Cooler with spring hinge mechanism 2. Body hinge 2.1. fixing space 2.2. horizontal gully 3. Cover hinge 3.1. rotational space 3.2. vertical gully 4. Shaft . Arrow 6.1. storage space 6.2. anchor extension A. Body Developed for freezer cabinet doors, easy grouping, space in transport savings, reducing shipping costs and making packaging easier. The cooler (1), which has a spring hinge mechanism that allows in case of, - fixed to the body (A), standing still and having a fixing gap (2.1) - fixed to the cover (B), rotating about an axis and at least one door hinge (3) with a gap (3.1), - for the body hinge (2) and the cover hinge (3) to be fixed on the same axis mounted inside the fixing gap (2.1) and the rotation gap (3.1), at least one mi] (4), which rotates together with the rotational movement of the cover (B), - by the rotational movement of the cover hinge (3), which works by being threaded onto the shaft (4) the cover (B) by storing energy with the effect of the thrust force on it. at least one spring (5) to stay in the opened position, - at least one storage space (6.1) in which the broadcast (5) endpoint is fixed, and with fixing extension (6.2) that prevents rotation around its own axis. contains a small plug (6).

Sogutucu/dondurucularin kapaklarinin açilip kapanmasi için kullanilan menteseler genellikle harici olarak gövde (A) ve kapak (B) disina monte edilmektedir. Bu nedenle menteseler sogutucu disinda bir çikinti seklinde durmaktadir. Çikinti seklinde duran menteseler nakliye sirasinda hasarlara neden olmaktadir. Diger taraftan sogutucunun paketlenmesi tercih edildiginde, mentese çikintisi da sogutucunun kapladigi alan içerisinde düsünülmesinden dolayi nakliye masraflari çikmaktadir. Söz konusu bulusta ise yayli mentese mekanizmasina sahip sogutucu (l) gövde (A) ile kapagin (B) iç kismina yerlestirilmektedir. Hinges used for opening and closing the doors of refrigerators/freezers it is usually mounted externally to the body (A) and cover (B). This Therefore, the hinges stand as a protrusion outside the cooler. Protrusion shaped hinges cause damage during transportation. Other On the other hand, when the cooler is preferred to be packaged, the hinge protrusion is also Shipping costs due to being considered within the footprint of the cooler is coming out. In the invention in question, a cooler with a spring hinge mechanism (l) is placed on the inside of the body (A) and the cover (B).

B UIUSun bu uygulamasinda yer alan yayli mentese mekanizmasina sahip sogutucuda (l), gövdeye (A) monte edilen ve sabit halde kalan bir gövde mentesesi (2), kapaga (B) monte edilen ve bir eksende hareket edebilen bir kapak mentesesi (3) bulunmaktadir. Gövde mentesesi (2) ve kapak mentesesi (3) bir yüzeyleri birbiri ile temas halinde konumlandirilmaktadir. Gövde mentesesi (2) disarida bir çikinti olusturmamasi için tercihen gövdenin (A) kapaga (B) bakan ve kapagin (B) üzerine kapandigi yüzüne monte edilmektedir. Gövde mentesesi (2) ve kapak mentesesi (3), yayli mentese mekanizmasina sahip sogutucuya (l) üstten bakildigi durumda görülmeyecek sekilde montajlanmaktadir. Kapak mentesesi (3) ise tercihen kapagin (B) gövdeye (A) bakan ve üzerine kapatildigi yüzüne monte edilmektedir. Gövde mentesesi (2) ve kapak mentesesinin (3) hareketini kontrol etmeye yarayan bir mil (4) bulunmaktadir. Mil (4), gövde mentesesinde (2) bulunan sabitleme boslugunun (2.1) ve kapak mentesesinde (3) bulunan dönme boslugunun (3.1) içinde merkezleri çakisik sekilde yer almaktadir. Uygulanan itme kuvveti ile üzerinde enerji depolayan yay (5 ), milin (4) etrafinda sarili halde bulunmaktadir. Mi] (4), yayin (5) sabit konumda kalmasini saglamaktadir. Bu durumda kapak (B) açildigi konumda sabit sekilde durabilmektedir. (Sekil 1) Bulusun bir uygulamasinda, mil (4) ve yayin (5) bir arada sabit kalmasini saglayan en az bir tapa (6) bulunmaktadir. Yayin (5) içine geçirilmis milin (4) iki ucunda da tapa (6) bulunmaktadir. Tapa (6), milin (4) gövde mentesesi (2) ve kapak mentesesi (3) içine monte edilmesini saglamaktadir. Tapa (6), gövde mentesesi (2) ve kapak mentesesinin (3) iki ucunu kapatacak sekilde yer almaktadir. Mil (4), tapada (6) yer alan depolama boslugu (6.1) içerisine gömülü sekilde bulunmaktadir. Tapada (6) bir de sabitleme uzantisi (6.2) bulunmaktadir. Söz konusu sabitleme uzantisi (6.2), gövde mentesesindeki (2) yatay oyuntuyla (2.2) ve kapak mentesesindeki (3) dikey oyuntuyla (3.2) ayni geometriye sahiptir. Tapadaki (6) sabitleme uzantilari (6.2), gövde mentesesi (2) ve kapak mentesesinin içinde yer alan mil (4) ile birlikte tapanin (6) ayni eksende konumlanmasini saglamaktadir. It has the spring hinge mechanism included in this application of B UIUS. a body hinge on the heatsink (l), which is mounted on the body (A) and remains fixed (2), a cover hinge mounted on the cover (B) and movable in one axis (3) exists. The body hinge (2) and the cover hinge (3) are on one side of each other. positioned in contact with The body hinge (2) has a protrusion on the outside Preferably, the body (A) facing the cover (B) and the cover (B) It is mounted on the closed face. Body hinge (2) and cover hinge (3), When viewed from above the cooler (l) with spring hinge mechanism It is mounted inconspicuously. The cover hinge (3) is preferably the cover (B) is mounted on the side facing the body (A) and on which it is closed. Body a spindle for controlling the movement of the hinge (2) and the cover hinge (3) (4) exists. Shaft (4) is located in the body hinge (2) (2.1) and their centers in the swivel space (3.1) in the cover hinge (3) it is located in a chaotic manner. Energy on the applied thrust The storage spring (5) is wrapped around the shaft (4). Mi] (4), publication (5) It keeps it in a fixed position. In this case, the cover (B) is in the opened position. can stand still. (Figure 1) In one embodiment of the invention, the shaft (4) and the spring (5) are fixed together. there is at least one plug (6). At both ends of the shaft (4) inserted into the spring (5) There is a plug (6). Plug (6), stem (4) stem hinge (2) and cover hinge (3) allows it to be mounted inside. Plug (6), stem hinge (2) and cover It is located in such a way as to close the two ends of the hinge (3). Shaft (4) located in plug (6) The field is embedded in the storage space (6.1). In the plug (6) there is also a fixing extension (6.2). Said fixing extension (6.2), with the horizontal groove (2.2) on the body hinge (2) and the vertical on the cover hinge (3) has the same geometry as the gully (3.2). Fixing extensions (6.2) on the plug (6), together with the body hinge (2) and the shaft (4) located inside the cover hinge It ensures that the plug (6) is positioned on the same axis.

Bulusun bu uygulamasinda yer alan yayli mentese mekanizmasina sahip sogutucunun (1) çalismasi ise su sekilde gerçeklestirilmektedir. Yayli mentese mekanizmasina sahip sogutucuda (1) bulunan gövde mentesesi (2) sogutucu gövdesi (A) üzerine, kapak mentesesi (3) ise sogutucu kapaginin (B) üzerine, bir yüzeyleri birbiri ile temas edecek sekilde monte edilmektedir. Gövde mentesesi (2) tercihen gövdenin (A) kapak (B) ile birlestigi yüzeye, kapak mentesesi (3) ise kapagin (B) alt kismina monte edilmektedir. Bu durumda yayli mentese mekanizmasina sahip sogutucuya (1) üstten bakildiginda gövde mentesesi (2) ve kapak mentesesinin (3) kullanici tarafindan görünmeyecegi sekilde konumlandirilmaktadir. Itme kuvveti yardimi ile enerji depolayip kapagin (B) açik bulundugu konumda kalmasina yarayan yayin (5) sabit konumda kalmasi için içerisine mil (4) geçirilmektedir. Içerisine mil (4) geçirilmis yay (5), gövde mentesesinin (2) sabitleme boslugundan (2.1) ve kapak mentesesinin (3) dönme boslugundan (3.2) içeri konumlandirilmaktadir. Milin (4), sabitleme boslugu (2.1) ve dönme boslugu (3.1) içerisinde hareketini engellemek için tapa (6) bulunmaktadir. Gövde mentesesinin (2) ve kapak mentesesinin (3) birbiri ile temas eden yüzeyleri disinda kalan yüzeylerine tapa (6) yerlestirilmektedir. Tapadaki (6) sabitleme uzantisi (6.2), gövde mentesesindeki (2) yatay oyuntuya (2.2) ve kapak mentesesindeki (3) dikey oyuntuya (3.2) yüzey yüzeye denk getirilerek yErlestirilmektedir. Içinden mil (4) geçen yay (5 ), tapadaki (6) depolama bosluguna (6.1) oturtulmaktadir. It has a spring hinge mechanism in this embodiment of the invention. The operation of the cooler (1) is carried out as follows. spring hinge body hinge (2) located on the cooler (1) with the cooler body (A), and the cover hinge (3) on the cooler cover (B). are mounted in such a way that their surfaces come into contact with each other. Body hinge (2) preferably the surface where the body (A) meets the cover (B), and the cover hinge (3) It is mounted on the lower part of the cover (B). In this case, the spring hinge When viewed from above, the body hinge (2) and so that the cover hinge (3) is not visible to the user. is positioned. With the help of the pushing force, energy is stored and the cover (B) is open. the spring (5), which is used to stay in its position, to remain in its fixed position. shaft (4) is inserted into it. Spring (5) with shaft (4) inserted, body from the fixing gap (2.1) of the hinge (2) and the rotation of the cover hinge (3) It is positioned inside its cavity (3.2). Shaft (4), fixing clearance (2.1) and the plug (6) to prevent its movement within the rotation space (3.1) are available. Contact between body hinge (2) and cover hinge (3) A plug (6) is placed on the surfaces other than the connecting surfaces. in the plug (6) fixing extension (6.2) to the horizontal groove (2.2) in the body hinge (2) and the cover by making the vertical groove (3.2) on the hinge (3) coincide with the surface. is being placed. The spring (5) through which the shaft (4) passes is inserted into the storage space in the plug (6). (6.1) is seated.

Bulusun bir uygulamasinda, kapak (B) açilma hareketi yaptiginda, kapak mentesesi (3) bir eksende dönme hareketi yapmaktadir. Dönme hareketi yaparken, içinde bulunan mil (4) de dönmekte ve üzerinde sarili oldugu yaya (5) itme kuvveti uygulamaktadir. Itme kuvvetinin etkisi ile yayin (5) ucunun oturtuldugu tapadaki (6) depolama boslugunda (6.1) yayin kinetik enerjisi depolanmaktadir. Depolanan bu enerji ile kapagin (B) açildigi konumda sabit kalmasi saglanmaktadir. B u sayede kapak (B) tercih edilen pozisyonda durabilmektedir. In one embodiment of the invention, when the cover (B) makes an opening movement, the cover hinge (3) rotates on an axis. When making a rotational movement, in The shaft (4) on it rotates and pushes the spring (5) on which it is wrapped. applies. With the effect of the pushing force, the end of the spring (5) is placed in the plug. (6) the kinetic energy of the broadcast is stored in the storage space (6.1). stored With this energy, it is ensured that the cover (B) remains fixed in the opened position. In this way the cover (B) can stand in the preferred position.

Bulusun baska bir uygulamasinda, gövde mentesesi (2) disarida bir çikinti olusturmamasi için tercihen gövdenin (A) kapaga (B) bakan ve kapagin (B) üzerine kapandigi yüzüne monte edilmektedir. Kapak mentesesi (3) ise tercihen kapagin (B) yan yüzüne monte edilmektedir. Kapak (B) açilma hareketi yaptiginda, kapak mentesesi (3) bir eksende dönme hareketi yapmaktadir. Dönme hareketi yaparken, içinde bulunan mil (4) de dönmekte ve içinde yer aldigi yaya (5) itme kuvveti uygulamaktadir. Itme kuvvetinin etkisi ile yayin (5) ucunun oturtuldugu tapadaki (6) depolama boslugunda (6.1) yayin kinetik enerjisi depolanmaktadir. Depolanan bu enerji ile kapagin (B) açildigi yerde sabit kalmasi saglanmaktadir. Bu sayede istenilen pozisyonda kapak (B) durabilmektedir. Kapagin (B) istedigi konumda durdugu sirada, kapak mentesesinin (3) ve gövde mentesesinin (2) konumlandigi yerler itibari ile gövde disinda çikinti olusmasi engellenmektedir. (Sekil 8 ve Sekil Söz konusu bulus olan yayli mentese mekanizmasina sahip sogutucu (1), içinde bulundurdugu mentese bilesenleri sayesinde kullanicinin istedigi konumda kapagi (B) sabit tutmasini saglarken, gövdenin (A) dis yüzeyinde de çikinti olusturmamakta ve hasarlari önlemektedir.In another embodiment of the invention, the body hinge (2) has a protrusion on the outside. Preferably, the body (A) facing the cover (B) and the cover (B) It is mounted on the closed face. The cover hinge (3) is preferably the cover (B) is mounted on its side. When the cover (B) makes an opening movement, the cover its hinge (3) rotates on an axis. While making a rotational movement, The shaft (4) inside it also rotates and the thrust force on the spring (5) it is in. applies. With the effect of the pushing force, the end of the spring (5) is placed in the plug. (6) the kinetic energy of the broadcast is stored in the storage space (6.1). stored With this energy, it is ensured that the cover (B) remains fixed where it is opened. In this way the cover (B) can stand in the desired position. In the desired position of the cover (B) when the cover hinge (3) and body hinge (2) are positioned Protrusions on the outside of the body are prevented by places. (Figure 8 and Figure The cooler (1) with a spring hinge mechanism, which is the invention in question, Thanks to the hinge components it contains, it can be closed in the position desired by the user. (B) protrudes on the outer surface of the body (A) while keeping it stable. and prevents damage.

Claims

REQUESTS

1. Developed for freezer cabinet doors, the cooler (1) with spring hinge mechanism, which provides easy grouping, saving space in transportation, reducing transportation costs and making packaging easier, in its most basic form, is fixed to the body (A), stands still and has a fixing gap (2.1). ), at least one door hinge (3), which is fixed to the door (B), rotates in an axis and has a pivoting gap (3.1), the body hinge (2) and the door hinge (3) At least one shaft (4), which is mounted inside the fixing space (2.1) and the rotation space (3.1) in order to keep it fixed on the same axis, rotates together with the rotational movement of the cover (B), works by being passed on to the shaft (4) and that the cover hinge ( 3) at least one spring (5) to keep the cover (B) in its opened position by storing energy with the effect of the thrust force formed on it with the rotational movement, at least one storage space (6.1) in which the end point of the spring (5) is fixed and at least one plug (6) with at least one fixing extension (6.2) that prevents the shaft (4) from turning around its own axis passing through it.

2. Characterized by a cover hinge (3) mounted on the cover (B) and movable on an axis, and a body hinge (2) that is positioned in contact with one of its surfaces, and is also mounted on the body (A) and remains fixed, as desired cooler (1) with spring hinge mechanism.

3. Cooler (1) with spring hinge mechanism as in Claim 1, characterized by a body hinge (2) comprising at least one fixing cavity (2.1) and at least one horizontal groove (2.2). Cooler (1) with spring hinge mechanism as in Claim, characterized by a cover hinge (3) comprising at least one rotation gap (3.1) and at least one vertical groove (3.2). Cooler (1) with spring hinge mechanism as in Claim F, characterized by the body hinge (2) mounted on the face of the body (A) facing the cover (B) and on which the cover (B) is closed so that it does not form a protrusion outside the body (A). Cooler (1) with spring hinge mechanism as in Claim 1, characterized by the cover hinge (3) mounted on the face of the cover (B) facing the body (A) and on which it is closed. Cooler (1) with spring hinge mechanism as in Claim 1, characterized by the cover hinge (3) mounted on the side surface of the cover (B). Cooler (1) with spring hinge mechanism as in Claim 1, which is characterized by a shaft (4) that serves to control the movement of the body hinge (2) and the cover hinge (3). Claim 1, characterized by the shaft (4) located inside the fixing cavity (2.1) located on the body hinge (2) and the rotation cavity (3.1) located on the cover hinge (3), in such a way that the centers of the fixing cavity (2.1) and the rotation cavity (3.1) coincide Cooler (1) with spring hinge mechanism as in ”. Cooler with spring hinge mechanism (l ) as in Claim F, characterized by a spring (5) that allows the cover (B) to rotate around the axis of a part and keeps the body hinge (2) and the cover hinge (3) together. Cooler (1) with spring hinge mechanism as in Claim F, which is characterized by a spring (5) that stores energy on it with the applied pushing force and is wrapped around the shaft (4). Cooler (l) with a spring hinge mechanism as in the request, which is characterized by a shaft (4) that keeps the spring (5) in a fixed position. Cooler (1) with spring hinge mechanism as in Claim 1, which is characterized by the plug (6) located at both ends of the shaft (4), which keeps the shaft (4) and the spring (5) together and is inserted into the spring (5). Cooler (1) with spring hinge mechanism as in Claim 1, characterized by a plug (6) that enables the shaft (4) to be mounted inside the body hinge (2) and the cover hinge (3). Cooler (1) with spring hinge mechanism as in Claim 1, which is characterized by the plug (6) located to close the two ends of the body hinge (2) and the cover hinge (3). Cooler (1) with spring hinge mechanism as in Claim 1, characterized by a plug (6) comprising at least one storage space (6.1) and at least one fixing extension (6.2). Cooler (l) with spring hinge mechanism as in Claim 1, characterized by the shaft (4) embedded in the storage space (6.1) located in the plug (6). Cooler (1) with spring hinge mechanism as in Claim 1, characterized by the plug (6) with the fixing extension (6.2) having the same geometry as the horizontal groove (2.2) on the body hinge (2) and the vertical groove (3.2) on the cover hinge (3). . Cooler (1) with spring hinge mechanism as in Claim 1, characterized by a plug (6) with fixing extensions (6.2) that allows the body hinge (2) and the cover hinge I in (3) to stay on the same axis with the help of the shaft (4). . The fixing extension (6.2), the horizontal groove (2.2) on the body hinge (2) and the vertical groove (3.2) on the cover hinge (3), are positioned by matching the surface to the surface, and the cooler with spring hinge mechanism as in Claim 1 ( one). Cooler (1) with spring hinge mechanism as in Claim 1, characterized by a plug (6) placed on the surfaces of the body hinge (2) and the cover hinge (3), except for the surfaces where they come into contact with each other.