TR2021021686A2

TR2021021686A2 - FOLDABLE CABIN WITH HALF ECCENTRIC HINGE

Info

Publication number: TR2021021686A2
Application number: TR2021/021686
Authority: TR
Inventors: Gulener Fahretti̇n
Original assignee: Benmaker Erken Yaş Eği̇ti̇m Gereçleri̇ Sanayi̇ Ti̇caret Ve Hi̇zmetleri̇ Anoni̇m Şi̇rketi̇
Filing date: 2021-12-29
Publication date: 2023-07-21

Abstract

Buluş, kullanıcıya çalışma ortamı sunulması ve/veya nesnelerin yerleştirilmesi için katlanabilir kabin (100) olup, özelliği; gövdenin (120) destek piminin (131) ekseni etrafında döndürülmesi için kayar menteşeyi (150) doğrusal olarak hareket ettirirken kendi destek pimi (131) ekseni etrafında dönme yönünde (140) hareket eden, sabit panelde (110) konumlandırılmış destek kolu (130); sabit panele (110) göre dik açı ile doğrusal hareket eden, gövdenin (120) etrafında döndüğü destek pimi (131); dönme yönünde (140) hareketi boyunca sabit panel (110) üzerinde doğrusal bir yol izleyerek sabit panelde (110) bulunan ray (111) üzerinde, gövdenin (120) bulunduğu kenarı doğrusal bir kayma hareketi gerçekleştiren, rafın bağlı olduğu, gövdenin (120) bir kenarında konumlandırılmış kayar menteşe (150) içermesidir.The invention is a foldable cabin (100) for providing a working environment to the user and/or placing objects, and its feature is; support arm (130) positioned on the fixed panel (110), which moves in the direction of rotation (140) around its own support pin (131) axis while moving the sliding hinge (150) linearly to rotate the body (120) around the axis of the support pin (131); support pin (131) around which the body (120) rotates, moving linearly at a right angle with respect to the fixed panel (110); It is a part of the body (120) to which the shelf is attached, which performs a linear sliding movement on the rail (111) located on the fixed panel (110) by following a linear path on the fixed panel (110) throughout its movement in the direction of rotation (140). It contains a sliding hinge (150) positioned on the edge.

Description

TARIFNAME YARIM EKSANTRIK MENTESE IÇEREN KATLANABILIR KABIN Teknik Alan Bulus, kullaniciya çalisma ortami saglayan ve/veya nesnelerin yerlestirilebilecegi katlanabilir kabin ile ilgilidir. Bulus özellikle, kullanicinin dolabi hem katlanmis hem katlanmamis pozisyonda herhangi bir kisitlama olmadan kullanabilmesi için sabit panel üzerinde konumlandirilmis ray üzerinde kayan bir menteseye bagli rafin, merkezleme aparati vasitasiyla kendi ekseni etrafinda dönerek açma- kapama hareketi yaptigi katlanabilir kabin ile ilgilidir. Teknigin Bilinen Durumu Günümüzde mobilyalar, insanlarin birçok ihtiyacini karsilayarak günlük yasamin ayrilmaz bir parçasi olmustur. Yasam alanlarinin daralmasi ile beraber daha az yer kaplayan nesnelere olan ihtiyaç artmistir. Bu ihtiyacin karsilanmasi amaciyla mobilyalar küçültülmüstür. Mobilyalarin küçültülmesi bulundugu mekân içerisinde daha az yer kaplamasini saglamis olsa da fonksiyonelliginin azalmasina neden olmustur. Özellikle dolap ve benzeri esyalarin depolanmasi amaciyla kullanilan mobilyalarin küçültülmesi depolama hacminin de küçülmesine neden olmustur. Mobilyalarin hem az yer kaplamasi hem de fonksiyonelliginin korunmasi amaciyla çalismalar gerçeklestirilmis ve katlanabilir mobilyalar gelistirilmistir. Katlanabilir mobilyalar yerden tasarruf edilmesinin yaninda farkli amaçlara yönelik olarak da basvurusuna konu olan bulustur. Bulus, katlanabilir bir kabin yapilanmasi ile ilgilidir. Bu kabin yapilanmasina göre, kabinin arka paneli kaydirilarak çikartildiginda, dolabin içerisinde yer alan raflar ve yan, alt ve üst paneller, üzerlerine yerlestirilmis menteseler yardimiyla katlanabilmektedir. Bu sayede kabin tamamiyla katlanarak tasinabilir bir hale gelmektedir. Bu bulus, mobilyanin katlandigi durumda daha az yer kaplamasini saglamakladir. Ancak katlanmis haldeyken mobilyanin iç hacmi tamamen ortadan kalkmaktadir. Bu nedenle katlandigi durumda mobilyanin fonksiyonel kullanimi mümkün olmamaktadir. konusu prefabrik mobilya yapilanmasina göre, mobilyanin kapisi katlanir paravan gibi katlanip açildigi için kullanimi, degistirilmesi veya tamiri kolaydir. Iki kapaktan olusan bu mobilya kapisinin bir kapagi bir mentese yardimiyla dolaba baglidir. Diger kapagin bir ucu, dolaba bagli olan kapaga menteselenmis, diger ucu ise dolabin gövdesindeki sürgüye yerlestirilmis halde konumlandirilmistir. Böylelikle kayar kapakli bir mobilya yapisi elde edilmistir. Ancak bu mobilya yapilanmasi, katlanabilir bir kapaga sahip oldugu halde daha az yer kaplanmasini saglayamamaktadir. Dahasi bu mobilya yapilanmasi ancak ince yapili kapaklar için uygun olup, bu ince kapaklarin esya istifleme saglayabilecek bir isleve sahip olmasi mümkün degildir. Bir diger çalisma, CN202567059U numarali faydali model basvurusuna konu olan bulustur. Bulus, iki kitap rafinin bir mentese araciligiyla birbirine baglanmasiyla karakterize edilen, katlanabilir bir kitapligi açiklamaktadir. Bahsedilen katlanabilir kitaplik, katlanmadigi durumda açik pozisyondadir ve bu konumdayken raflarina kitap alip birakmak mümkündür. Ancak katlanabilir kitaplik katlanarak kapali pozisyona getirildiginde, kitapligin en az bir bölümü kapanmaktadir. Kapali pozisyondayken, kitapligin kullanimi kisitlanmaktadir. Genel olarak, mobilyalarin çesitli kullanimlari ve sekilleri vardir. Bunlar arasinda kitaplik olarak kullanilanlar, agirlikli olarak çesitli raflara sahiptirler. Mevcut tekniklerde, mobilyalar katlanabilir özellige sahip oIabiImektedirIer. Ancak mobilyalar ve özellikle kitapliklar, katlandigi durumlarda islevlerinin bir kismini kaybetmektedirler. Bu da kullanicinin kitapligi kapali durumdayken kullanimini kisitlamaktadir. Teknigin bilinen durumunda, bir mobilyanin, özellikle bir dolabin, duvarlarin köse olusturdugu bir konuma yerlestirilmek istendiginde, dolap kapaginin açilip kapanmasi sirasinda kapagin mentese tarafinin duvara sürtmesinin önlenmesi için duvar ile arasinda bir miktar bosluk bulundurulmalidir. Dolap kapaginin kalinligi arttikça, dolap ile duvar arasinda birakilmasi gereken bosluk miktari da artmaktadir. Dolap ile duvar arasinda bosluk birakilmasi, kullanimi zorlasan bir alanin ortaya çikmasina neden olmaktadir. Sonuç olarak mevcut teknikte var olan dezavantajlari ortadan kaldiran katlanabilir kabine olan gereksinimin varligi ve mevcut çözümlerin yetersizligi ilgili teknik alanda bir gelistirme yapmayi zorunlu kilmistir. Bulusun Kisa Açiklamasi Mevcut bulus, yukarida bahsedilen gereksinimleri karsilayan, tüm dezavantajlari ortadan kaldiran ve ilave bazi avantajlar getiren kullaniciya çalisma ortami saglayan ve/veya nesnelerin yerlestirilebilecegi katlanabilir kabin ile ilgilidir. Teknigin bilinen durumundan yola çikarak bulusun amaci, katlanabilir kabinin içerdigi merkezleme aparati sayesinde sabit panel üzerinde konumlandirilmis ray üzerinde kayan bir menteseye bagli rafin kendi ekseni etrafinda dönerek açma-kapama hareketini yapmasinin saglanmasidir. Bulusun amaci, rafin dönerek açilmasi sayesinde kullanici dolabi hem katlanmis hem katlanmamis pozisyonda herhangi bir kisitlama olmadan kullanabilmesi için rafin en az bir kullanilabilir yüzeyinin daima önünün açik kalmasinin saglanmasidir. Bulusun diger bir amaci, kapagin açma-kapama hareketi sirasinda mentesenin dolap kenarindan uzaklasmasi sayesinde kalin olsa dahi kapagin duvara sürtmesinin önlemesinin saglanmasidir. Bulusun diger bir amaci, kalin olsa dahi kapagin duvara sürtmemesi sayesinde dolabin duvara yakin bir sekilde konumlandirabilmesinin ve gereksiz yer kayiplarindan kaçinilmasinin saglanmasidir. Bulusun diger bir amaci, katlanabilir kabinin içerdigi sabit panel, gövde ve destek kolu sayesinde kayma özelliginin saglanmasidir. Bulusun diger bir amaci, sabit panelde bulunan destek kolu sayesinde gövdenin destek piminin ekseni etrafinda döndürülmesinin saglanmasidir. Bulusun diger bir amaci, katlanabilir kabinin içerdigi yarim eksantrik mentese sayesinde gövdenin sabit panel üzerinde kaymasinin saglanmasidir. Bulusun yapisal ve karakteristik özellikleri ve tüm avantajlari asagida verilen sekiller ve bu sekillere atiflar yapilmak suretiyle yazilan detayli açiklama sayesinde daha net olarak anlasilacaktir, bu nedenle degerlendirmenin de bu sekillerin ve detayli açiklamalarin göz önüne alinarak yapilmasi gerekmektedir. Sekillerin Kisa Açiklamasi Mevcut bulusun yapilanmasi ve ek elemanlarla birlikte avantajlarinin en iyi sekilde anlasilabilmesi için asagida açiklamasi yapilan sekiller ile birlikte degerlendirilmesi gerekir. Sekil-1; katlanabilir kabinin sematik genel görünümüdür, Sekil-2; destek kolunun demonte halinin sematik genel görünümüdür, Sekil-3; sabit panel, gövde ve kayar mentesenin detay görünümüdür, Sekil-4; kayar mentesenin demonte halinin sematik genel görünümüdür. Referans Numaralari 100. Katlanabilir kabin 110. Sabit panel 111. Ray 120. Gövde 121. Destek paneli 130. Destek kolu 131. Destek pimi 132. Kol sabitleme levhasi 133. Kol destek levhasi 134. Pim yuvasi 135. Yay tutucu 136. Yay 140. Dönme yönü 141. Ilerleme yönü 150. Kayar mentese 151. Mentese gövdesi 152. Tekerlek 153. Tekerlek pimi 154. Tekerlek yuvasi Bulusun Detayli Açiklamasi Bu detayli açiklamada, bulus konusu kullaniciya çalisma ortami saglayan ve/veya nesnelerin yerlestirilebilecegi katlanabilir kabin (100) sadece konunun daha iyi anlasilmasina yönelik örnek olarak ve hiçbir sinirlayici etki olusturmayacak sekilde anlatilmaktadir. Sekil-1*de gösterilen bulus konusu katlanabilir kabinde (100), sabit panel (110) üzerinde konumlandirilmis ray (111) üzerinde hareket eden kayar menteseye (150) bagli rafin, destek kolu (130) sayesinde kendi ekseni etrafinda dönerek açma-kapama hareketi yapmasi ile teknigin bilinen durumunda yer alan sorunlarin çözülmüs, kullanim avantaji saglanmistir. Rafin dönerek açilmasi, rafin en az bir kullanilabilir yüzeyinin daima önünün açik kalmasini saglamaktadir. Böylece kullanici katlanabilir kabini (100) hem katlanmis hem katlanmamis pozisyonda herhangi bir kisitlama olmadan kullanabilmektedir. Ayrica kapagin açma-kapama hareketi sirasinda kayar mentesenin (150) katlanabilir kabin (100) kenarindan uzaklasmasi, kalin olsa dahi kapagin duvara sürtmesini önlemektedir. Böylece katlanabilir kabin (100), duvara yakin bir sekilde konumlandirilabilir hale geldiginden, gereksiz yer kayiplarindan kaçinilmis olmaktadir. kayma özelligi saglamaktadir. Bahsedilen sabit panel (110), destek koluna (130) sabitlenerek bünyesinde bulundurdugu ve en az bir yarim eksantrik kayar menteseye (150) yataklik yapmaktadir. Gövdenin (120), dönme yönünde (140) hareketi boyunca, gövdenin (120) bir kenarina konumlandirilmis ve sabit panel (110) üzerinde dogrusal bir yol izleyerek hareket eden kayar mentesenin (150), yapisinda bulunan mentese gövdesi (151), tekerlek (152), tekerlek pimi üzerinde dogrusal bir kayma hareketi yapabilmektedir. Bahsedilen gövde (120), mevcut yapisi veya üzerine eklenen ilave raf/raflar ile kullaniciya çalisma ortami saglamakta ve/veya çesitli nesnelerin yerlestirilebilecegi zemini olusturmaktadir. Bahsedilen gövdede (120) destek piminin (131) konumlandirilmasi için gövdenin (120), dönme yönünde (140) silindirik yapiya sahip bir destek piminin (131) ekseni etrafinda dönebilmesini saglayan destek paneli (121) kullanilmistir. Bahsedilen sabit panelde (110) konumlandirilmis destek kolu (130), gövdenin (120) destek piminin (131) ekseni etrafinda döndürülmesi için kayar mentesenin (150) dogrusal hareketini saglamaktadir. Bahsedilen gövde (120) destek pimi (131) ekseni etrafinda dönme yönünde (140) hareket etmektedir. Kayar mentese (150) ise ilerleme yönünde (141) hareket etmektedir. hareketini ve gövdenin (120) sürekli olarak açik veya kapali pozisyonda kalmasini saglayan yay ekseninde dönme yönünde (140) dönebilen gövdenin (120) daima sabit panele (110) yaklasma egiliminde olmasini saglamaktadir. Böylece gövdenin (120), sabit panel (110) ile bitisik ya da ayrik pozisyonda olmasi saglanmaktadir. Bahsedilen yayin (136) bir ucu çeki yönünde gergin olacak sekilde, gövdenin (120) ekseni etrafinda döndürüldügü destek pimine (131) irtibatlandirilmistir. Bahsedilen yayin (136) diger ucu yay tutucu (135) vasitasiyla destek kolunu (130) sabit panele (110) sabitleyen kol sabitleme levhasina (132) irtibatlandirilmistir. Bahsedilen destek kolu (130), sabit panele (110) kol sabitleme levhasi (132) vasitasiyla konumlandirilmistir. Kol destek levhasi (133), destek kolunun (130) bir parçasini olusturmaktadir. Bahsedilen destek pimine (131) kilavuzluk eden pim yuvasi (134), destek piminin (131) sabit panele (110) göre dik açi ile dogrusal hareket etmesini saglamaktadir. Sekil-3*te gösterilen sabit panelin (110) tekerlek (152) tarafindan asindirilmasini önlemek için, tekerlegin (152) sabit panel (110) üzerinde hareket ettigi kisimda, tercihen metal esasli malzemeden mamul ray (111) konumlandirilmistir. Kayar mentesede (150) bulunan mentese gövdesi (151), tekerlek pimi (153) ve tekerlek yuvasini (154) içermektedir. Bahsedilen sabit panel (110) üzerinden konumlandirilan en az bir ray (111) üzerinde ve mentese gövdesine (151) sabitlenmis bir silindirik yapiya sahip bir tekerlek piminin (153) ekseni etrafinda dönme hareketi yapan tekerlek (152), kayar mentesenin (150) sabit panel (110) üzerinde kayma hareketi yapmasini saglamaktadir. Sekil-4*te gösterilen tekerlek pimi (153), silindirik gövdesi üzerinde esmerkezli olarak konumlandirilan tekerlege (152) yataklik yapmaktadir. Bahsedilen tekerlegin (152), tekerlek pimi (152) üzerinde dogrusal olarak kaymasini önleyen tekerlek yuvasi (154) içerisinde tekerlek (152) konumlandi rilmistir. Bahsedilen katlanabilir kabinde (100) gövdenin (120) daima sabit panele (110) yaklasma egiliminde olmasi saglanmaktadir. Gövdenin (120), sabit panel (110) ile bitisik pozisyonda olmasi katlanabilir kabinin (100) kapali durumda oldugunu, ayrik pozisyonda olmasi ise katlanabilir kabinin (100) açik durumda oldugunu ifade etmektedir. Bahsedilen katlanabilir kabinin (100) açilmasi ve kapanmasi sirasinda, en az bir kayar mentese (150), sabit panel (110) üzerinde dogrusal bir yol izleyerek kayma hareketi gerçeklestirmektedir. Gövdenin (120) el ile veya disaridan herhangi bir kuvvet ile destek pimi (131) etrafinda döndürüldügü durumda, kayar mentese (150), ilerleme yönünde (141) hareket etmektedir. TR TR DESCRIPTION FOLDABLE CABINET WITH HALF ECCENTRIC HINGE Technical Field The invention relates to a foldable cabin that provides a working environment for the user and/or where objects can be placed. The invention is particularly related to a foldable cabinet, in which the shelf connected to a hinge sliding on the rail positioned on the fixed panel performs an opening-closing movement by rotating around its own axis by means of a centering apparatus, so that the user can use the cabinet in both folded and unfolded positions without any restrictions. State of the Art Today, furniture has become an integral part of daily life by meeting many needs of people. With the shrinking of living spaces, the need for objects that take up less space has increased. In order to meet this need, furniture was reduced in size. Although making the furniture smaller made it take up less space in the space, it caused its functionality to decrease. The shrinking of furniture, especially used for storing cabinets and similar items, has also caused the storage volume to shrink. Studies have been carried out to ensure that furniture takes up little space and preserves its functionality, and foldable furniture has been developed. Foldable furniture is an invention that is applied for different purposes as well as saving space. The invention relates to the structure of a foldable cabin. According to this cabinet configuration, when the back panel of the cabinet is removed by sliding, the shelves and side, bottom and top panels inside the cabinet can be folded with the help of the hinges placed on them. In this way, the cabin folds completely and becomes portable. This invention allows the furniture to take up less space when folded. However, when folded, the interior volume of the furniture disappears completely. For this reason, functional use of the furniture is not possible when it is folded. According to the prefabricated furniture structure in question, it is easy to use, replace or repair since the door of the furniture folds and opens like a folding screen. Consisting of two covers, one cover of this furniture door is connected to the cabinet with the help of a hinge. One end of the other cover is hinged to the door attached to the cabinet, and the other end is positioned on the slide on the body of the cabinet. Thus, a furniture structure with a sliding door was obtained. However, although this furniture structure has a foldable cover, it cannot take up less space. Moreover, this furniture structure is only suitable for thin doors, and it is not possible for these thin doors to have a function that can provide stacking of items. Another work is the invention that is the subject of the utility model application numbered CN202567059U. The invention discloses a foldable bookshelf characterized by connecting two bookshelves to each other via a hinge. The mentioned foldable bookshelf is in the open position when it is not folded, and it is possible to take and leave books on its shelves when it is in this position. However, when the foldable bookcase is folded into the closed position, at least one part of the bookcase is closed. When in the closed position, the use of the bookcase is restricted. In general, furniture has various uses and shapes. Among these, those used as bookcases mainly have various shelves. With existing techniques, furniture can be foldable. However, furniture and especially bookcases lose some of their functions when folded. This restricts the user's use of the library while it is closed. In the state of the art, when a piece of furniture, especially a cabinet, is desired to be placed in a position where the walls form a corner, there should be some space between it and the wall to prevent the hinge side of the door from rubbing against the wall when opening and closing the cabinet door. As the thickness of the cabinet door increases, the amount of space that must be left between the cabinet and the wall also increases. Leaving a gap between the cabinet and the wall creates a space that is difficult to use. As a result, the existence of the need for a foldable cabinet that eliminates the disadvantages of the current technique and the inadequacy of existing solutions have made it necessary to make a development in the relevant technical field. Brief Description of the Invention The present invention relates to a foldable cabin that meets the above-mentioned requirements, eliminates all disadvantages and brings some additional advantages, providing a working environment for the user and/or in which objects can be placed. Based on the known state of the art, the aim of the invention is to ensure that the shelf attached to a hinge sliding on the rail positioned on the fixed panel rotates around its own axis and performs the opening-closing movement, thanks to the centering apparatus contained in the foldable cabinet. The purpose of the invention is to ensure that at least one usable surface of the shelf always remains open, so that the user can use the cabinet in both folded and unfolded positions without any restrictions, thanks to the rotating opening of the shelf. Another purpose of the invention is to prevent the door from rubbing against the wall, even if it is thick, by moving the hinge away from the edge of the cabinet during the opening-closing movement of the door. Another purpose of the invention is to ensure that the door does not rub against the wall, even if it is thick, so that the cabinet can be positioned close to the wall and unnecessary space losses are avoided. Another purpose of the invention is to provide the sliding feature of the foldable cabin thanks to the fixed panel, body and support arm it contains. Another purpose of the invention is to enable the body to be rotated around the axis of the support pin, thanks to the support arm located on the fixed panel. Another purpose of the invention is to ensure that the body slides on the fixed panel, thanks to the semi-eccentric hinge included in the foldable cabin. The structural and characteristic features and all the advantages of the invention will be more clearly understood thanks to the figures given below and the detailed explanation written by making references to these figures, therefore the evaluation should be made by taking these figures and detailed explanations into consideration. Brief Description of the Drawings In order to best understand the structure of the present invention and its advantages with additional elements, it should be evaluated together with the figures explained below. Figure 1; is the schematic general view of the foldable cabin, Figure-2; Figure 3 is the schematic general view of the disassembled support arm; Detail view of fixed panel, body and sliding hinge, Figure-4; This is the schematic general view of the disassembled sliding hinge. Reference Numbers 100. Foldable cabin 110. Fixed panel 111. Rail 120. Body 121. Support panel 130. Support arm 131. Support pin 132. Arm fixing plate 133. Arm support plate 134. Pin holder 135. Spring holder 136. Spring 140 Direction of rotation 141. Direction of advancement 150. Sliding hinge 151. Hinge body 152. Wheel 153. Wheel pin 154. Wheel housing Detailed Description of the Invention In this detailed description, the subject of the invention is the foldable cabin (100), which provides a working environment for the user and/or where objects can be placed. It is explained as an example for a better understanding of the subject and in a way that does not create any limiting effect. In the foldable cabinet (100) that is the subject of the invention shown in Figure-1, the shelf connected to the sliding hinge (150) moving on the rail (111) positioned on the fixed panel (110) rotates around its own axis to open and close, thanks to the support arm (130). By doing this, the problems in the known state of the technique have been solved and the advantage of use has been provided. Rotating the shelf to open ensures that at least one usable surface of the shelf always remains open. Thus, the user can use the foldable cabin (100) in both folded and non-folded positions without any restrictions. In addition, the sliding hinge (150) moving away from the edge of the foldable cabinet (100) during the opening-closing movement of the door prevents the door from rubbing against the wall, even if it is thick. Thus, since the foldable cabin (100) can be positioned close to the wall, unnecessary space losses are avoided. It provides sliding feature. The said fixed panel (110) is fixed to the support arm (130) and supports at least one semi-eccentric sliding hinge (150). The hinge body (151), wheel (152) in the structure of the sliding hinge (150), which is positioned on one side of the body (120) and moves in a linear path on the fixed panel (110) throughout the movement of the body (120) in the direction of rotation (140). ), can make a linear sliding movement on the wheel pin. The said body (120) provides a working environment for the user with its existing structure or additional shelf/shelves added to it and/or forms the floor on which various objects can be placed. In order to position the support pin (131) in the said body (120), the support panel (121) is used, which allows the body (120) to rotate around the axis of a cylindrical support pin (131) in the direction of rotation (140). The support arm (130) positioned on the said fixed panel (110) provides the linear movement of the sliding hinge (150) to rotate the body (120) around the axis of the support pin (131). Said body (120) moves in the rotation direction (140) around the support pin (131) axis. The sliding hinge (150) moves in the direction of advancement (141). It ensures that the body (120), which can rotate in the direction of rotation (140) on the spring axis, which ensures movement and the body (120) constantly remaining in the open or closed position, always tends to approach the fixed panel (110). Thus, the body (120) is ensured to be in an adjacent or separate position with the fixed panel (110). One end of the said spring (136) is connected to the support pin (131) around which the body (120) is rotated around its axis, so that it is tensioned in the direction of pull. The other end of the said spring (136) is connected to the arm fixing plate (132) that fixes the support arm (130) to the fixed panel (110) via the spring holder (135). The said support arm (130) is positioned on the fixed panel (110) via the arm fixing plate (132). The arm support plate (133) forms a part of the support arm (130). The pin slot (134) that guides the said support pin (131) enables the support pin (131) to move linearly at a right angle relative to the fixed panel (110). In order to prevent the fixed panel (110) shown in Figure 3 from being abraded by the wheel (152), a rail (111), preferably made of metal-based material, is positioned in the part where the wheel (152) moves on the fixed panel (110). The hinge body (151), located in the sliding hinge (150), includes the wheel pin (153) and the wheel housing (154). The wheel (152), which rotates around the axis of a wheel pin (153) with a cylindrical structure fixed to the hinge body (151), on at least one rail (111) positioned over the said fixed panel (110), is the wheel (152) of the sliding hinge (150) on the fixed panel. It enables it to make a sliding movement on (110). The wheel pin (153), shown in Figure-4, supports the wheel (152), which is positioned concentrically on its cylindrical body. The wheel (152) is positioned within the wheel housing (154), which prevents the said wheel (152) from sliding linearly on the wheel pin (152). In the said foldable cabin (100), it is ensured that the body (120) always tends to approach the fixed panel (110). The fact that the body (120) is in an adjacent position with the fixed panel (110) means that the foldable cabin (100) is in a closed state, and that it is in a separate position means that the foldable cabin (100) is in an open state. During the opening and closing of the said foldable cabin (100), at least one sliding hinge (150) performs a sliding movement by following a linear path on the fixed panel (110). When the body (120) is rotated around the support pin (131) manually or by any external force, the sliding hinge (150) moves in the direction of advancement (141). TR TR

Claims

1.SYSTEMS It is a foldable cabin (100) for providing a working environment to the user and/or placing objects, and its feature is; the support arm (130) positioned on the fixed panel (110), which moves in the direction of rotation (140) around its own support pin (131) axis while moving the sliding hinge (150) linearly to rotate the body (120) around the axis of the support pin (131); support pin (131), which moves linearly at right angles to the fixed panel (110), around which the body (120) rotates; It follows a linear path on the fixed panel (110) throughout its movement in the direction of rotation (140), on the rail (111) located on the fixed panel (110), the edge of which the body (120) is located performs a linear sliding movement, to which the shelf is attached, a part of the body (120). It contains a sliding hinge (150) positioned on the edge. It is a foldable cabin (100) in accordance with claim 1, and its feature is; It contains a rail (111) located at the part where the wheel (152) moves on the fixed panel (110) to prevent it from being worn by the side fixed to the support arm (130), which supports at least one semi-eccentric sliding hinge (150). It is a foldable cabin (100) in accordance with claim 1, and its feature is; It consists of a body (120) that provides a working environment for the user with its existing structure or additional shelf/shelves added to it and/or serves as a floor where various objects can be placed. One end of the body (120), which can rotate in the direction of rotation and the support pin (131) and the support pin (131) axis, in the direction of rotation (140), always tends to approach the fixed panel (110), one end of which is stretched so that the body (120) remains in an open or closed position. It consists of a spring (136) connected to the arm fixing plate (132) that fixes the support to which the body (120) is rotated around its axis, so that it is tensioned in the direction of pull. It is a foldable cabin (100) in accordance with claim 1, and its feature is; It contains a pin slot (134) that guides the support pin (131) so that the support pin (131) moves linearly at right angles to the fixed panel (110). . It is a foldable cabin (100) in accordance with claim 1, and its feature is; It consists of a hinge body (151) consisting of a wheel pin (153) and a wheel housing (154). It is a foldable cabin (100) in accordance with claim 1, and its feature is; It contains a wheel (152) that rotates on the rail (111) and around the axis of the wheel pin (153) in order for the sliding hinge (150) to slide on the fixed panel (110). 9. It is a foldable cabin (100) in accordance with claim 1, and its feature is; It contains a wheel pin (153) fixed to the hinge body (151), which supports the wheel (152) positioned concentrically on its cylindrical body. TR TR