TR202020381A2 - CONICAL FIXED PROFILE CONNECTION ELEMENT - Google Patents
CONICAL FIXED PROFILE CONNECTION ELEMENT Download PDFInfo
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- TR202020381A2 TR202020381A2 TR2020/20381A TR202020381A TR202020381A2 TR 202020381 A2 TR202020381 A2 TR 202020381A2 TR 2020/20381 A TR2020/20381 A TR 2020/20381A TR 202020381 A TR202020381 A TR 202020381A TR 202020381 A2 TR202020381 A2 TR 202020381A2
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- conical
- pin
- nut
- channel
- connection element
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- 230000006835 compression Effects 0.000 claims 1
- 238000007906 compression Methods 0.000 claims 1
- 230000007246 mechanism Effects 0.000 description 6
- 238000000034 method Methods 0.000 description 4
- 239000007799 cork Substances 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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Abstract
Buluş, konik sabitlemeli profil bağlantı elemanın (2) pim kanalı (5) içinde kalan yapısı üzerinde konumlanan konik kovan (9), konik kovan yarığı (10), konik somun (11) ve konik somun çıkıntısı (12) sayesinde pim kanalına (5) sabitlenmesinden oluşmaktadır.The invention is made possible by the conical sleeve (9), the conical sleeve slot (10), the conical nut (11) and the conical nut projection (12) positioned on the structure of the conical fixing profile connection element (2) inside the pin channel (5) to the pin channel (5). ) consists of fixing.
Description
TARIFNAME KONIK SABITLEMELI PROFIL BAGLANTI ELEMANI TEKNIK ALAN Bulus, dikey-yatay cephe profillerinin baglantisinda kullanilan konik sabitleme özelligine sahip baglanti elemani ile ilgilidir. DESCRIPTION CONICAL FIXING PROFILE BRACKET TECHNICAL FIELD Invention, conical fixing used in the connection of vertical-horizontal facade profiles It is related to the connection element with the feature.
TEKNIGIN BILINEN DURUMU Günümüzde, dikey-yatay cephe profillerinin baglantisinda kullanilmak üzere çesitli pim mekanizmalari mevcuttur. Kullanilan bu pim mekanizmalarinda çalisma prensibi olarak pimin profil yapisinin üzerinde bulunan kanala yerlestirilmesi ile baslayan süreç pimin uç kisminda bulunan mantar yapili kismin sabitlenecek diger profil üzerindeki sabitleme deligine geçirilmesi ile devam etmektedir. KNOWN STATE OF THE TECHNIQUE Today, it is used in the connection of vertical-horizontal facade profiles. Various pin mechanisms are available. In these pin mechanisms used as the working principle of the pin to the channel on the profile structure. The process that starts with the placement of the cork on the end of the pin continue with the fixing hole on the other profile to be fixed. is doing.
Iki profili birbirine bu sayede sabitlemis olan pimin pim kanalindan çikan kismi somun ile sikistirilarak profillerin birbirine dogru çekilmesi saglamaktadir. The part of the pin that has fixed the two profiles to each other, coming out of the pin channel It ensures that the profiles are pulled towards each other by tightening them with the nut.
Profiller arasindaki gerilim pimin üstünde yer alan yay tarafindan saglanmaktadir. The tension between the profiles is provided by the spring located on the pin.
Bu sayede iki profil yapisinin birbirine sabitlenmesi saglanmis olmaktadir. In this way, it is ensured that the two profile structures are fixed to each other.
Ancak bu sabitleme yönteminde profillerin birbiri ile baglantisini saglayan çekme kuvveti somunun pimi sikistirmasi ile saglanmaktadir. Bu gerginligin ve çevresel titresimlerin etkisi ile somunda zamanla gevsemeler olusmaktadir. However, in this fastening method, the tension that provides the connection of the profiles with each other. force is provided by the nut tightening the pin. This tension and environmental With the effect of vibrations, loosening occurs in the nut over time.
Somunun gevsemesi sonucunda profillerin arasinda bosluk olusmakta ve yapida hasar olusmasina neden olacak baglanti kopuklugu yasanmaktadir. As a result of the loosening of the nut, a gap is formed between the profiles and There is a disconnection that will cause damage.
Uygulamanin farkli versiyonlari olsa da hepsinin ortak noktasi pim kanalinin disina çikan pim üzerinde Vidali bölgeden somun ile sikistirma yaparak pimin iki profili birbirine çekmesi saglanmaktadir. Somundaki gevseme sonucunda ise iki profilin birbirine çekilmesini ortadan kaldirmaktadir. Although there are different versions of the application, the common point of all of them is the pin channel. By tightening the screwed area with the nut on the pin protruding, two of the pin It is ensured that the profile is pulled together. As a result of the loosening in the nut, two It eliminates the pulling of the profile to each other.
Bulus yukarida belirttigimiz dezavantajlarin üstesinden gelmekte olup çalisma prensibi olarak önceki uygulamalarda kullanilan pim sisteminin sabitlenmesi sürecinde pimin pim yuvasi disinda somun ile sikistirilmasi yerine pim kanali içinde sabitleme yapilmaktadir. The invention overcomes the above-mentioned disadvantages and fixing the pin system used in previous applications as a principle Instead of tightening the pin with the nut outside the pin slot during the process, the pin channel fixing is done.
Pimin arka kisminda yer alan konik kovan formundaki yapinin içine girecek sekilde konumlandirilmis olan konik somun sayesinde somun sikildikça konik yapili kovan çapini arttiracak sekilde açilmaktadir. It will go into the conical sleeve-shaped structure on the back of the pin. Thanks to the conical nut positioned in such a way, it becomes conical as the nut is tightened. it is opened in a way to increase the diameter of the structured sleeve.
Konik kovanin çapini arttiracak sekilde açilmasi ile konik kovan ile pim kanali arasinda bir sürtünme kuvveti olusmaktadir. Bu sayede hem konik somunun sabitlenmesi ile iki profil arasinda çekme kuvveti olusturulmakta hem de konik kovanin pim kanali iç yüzeyi ile temasi ile olusan sürtünme kuvveti sayesinde somunda bosalma sorunu yasanmamaktadir. Pin channel with conical sleeve by opening the conical sleeve to increase its diameter There is a frictional force between them. In this way, both the conical nut tensile force is created between the two profiles and the conical thanks to the friction force created by the contact of the sleeve with the inner surface of the pin channel. there is no problem of loosening in the nut.
Baglantida zamanla gevseme olmamasi sayesinde baglantisi saglanan iki profilin uzun süreli saglikli kullanimi mümkün olmaktadir. Thanks to the lack of loosening in the connection over time, the two profiles that are connected long-term healthy use is possible.
SEKILLERIN KISA AÇIKLAMASI Sekil 1 Demonte pim mekanizmasi görünüsü Sekil 2 Demonte pim mekanizmasi görünüsü Sekil 3 Pim mekanizmasi görünüsü Sekil 4 Sikistirilmis pim mekanizmasi görünüsü konik somun konik kovanin içine girsin Sekil 5 Pim kanalina yerlestirilmis monte edilmemis pim görünüsü Sekil 6 Pim kanalina yerlestirilmis monte edilmis pim görünüsü Sekil 7 Pim kanalina yerlestirilmis pim görünüsü Sekil 8 Pim kanalina yerlestirilmis monte edilmis sabitleme kanalina girmis pim görünüsü Sekil 9 Pim kanalina yerlestirilmis sabitleme kanalina girmis pim görünüsü Sekil 10 Pim kanalina yerlestirilmis pim ön görünüsü Sekil 11 Pim kanalina yerlestirilmis pim arka görünüsü REFERANS NUMARALARININ AÇIKLAMASI FOPONP'lf-”PPJN Profil Konik sabitlemeli profil baglanti elemani Pim çentigi Pim Kanali Sabitleme Deligi Sabitleme Kanali Konik kovan . Konik kovan yarigi 11.Konik somun 12. Konik somun çikintisi BULUSUN DETAYLI AÇIKLAMASI Bulus konik sabitlemeli profil baglanti elemani (2) olup bulusu olusturan unsurlar su sekilde tanimlanmaktadir; Konik Sabitlemeli Profil Baglanti Elemani (2); Pimin (3) üzerinde ve uç kisminda çentikli (4) yapi mevcuttur. Ayrica pimin (3) arka kisminda konik kovan (9) bulunmaktadir. BRIEF DESCRIPTION OF THE FIGURES Figure 1 Disassembled pin mechanism view Figure 2 Disassembled pin mechanism view Figure 3 Pin mechanism view Figure 4 Compressed pin mechanism view of flare nut conical sleeve get in Figure 5 View of the unmounted pin inserted into the pin groove Figure 6 View of the mounted pin inserted into the pin groove Figure 7 Appearance of pin inserted in pin groove Figure 8 Pin inserted into the groove inserted into the mounted fixing channel pin view Figure 9 Appearance of the pin inserted into the fixing channel placed in the pin channel Figure 10 Front view of pin inserted in pin groove Figure 11 Back view of pin inserted in pin groove EXPLANATION OF REFERENCE NUMBERS FOPONP'lf-”PPJN Profile Conical fixing profile connector pin notch Pin Channel Fixing Hole Fixing Channel conical sleeve . Conical sleeve slit 11.Conical nut 12. Conical nut protrusion DETAILED DESCRIPTION OF THE INVENTION The invention is the conical fixed profile connection element (2) and the elements that make up the invention water is defined as; Conical Fixing Profile Connector (2); on the pin (3) and the tip There is a notched (4) structure on the part. In addition, the conical sleeve on the back of the pin (3) (9) exists.
Konik kovan (9) ile pimin kafa kismi arasinda yay (8) bulunmaktadir. Yay (8) pimin (3) profiller (1) üzerindeki çekme kuvvetinin daha stabil olmasini saglamaktadir. There is a spring (8) between the conical sleeve (9) and the head of the pin. Spring (8) pin (3) ensures that the tensile force on the profiles (1) is more stable.
Pimin (3) uç kisminda bulunan pim çentigi (4) sayesinde pimin (3) diger profil (1) üzerinde bulunan sabitleme deligine (6) girmesi saglanmaktadir. Profil (1) üzerindeki sabitleme deliginden (6) giren pimin (3) çapi sabitleme deliginden (6) daha küçük olan sabitleme kanalina (7) dogru çekilmesi durumunda kilitlenmesi saglanmis olmaktadir. Thanks to the pin notch (4) on the end of the pin (3), the other profile (1) of the pin (3) It is provided to enter into the fixing hole (6) on it. Profile (1) The diameter of the pin (3) entering through the fixing hole (6) on the locking when pulled towards the smaller fixing channel (7) is provided.
Sabitleme kanalinin (7) çapi pimin (3) çapindan daha düsük oldugu için pim çentigi (4) sabitleme kanalindan (7) çikamamaktadir. Since the diameter of the fixing channel (7) is smaller than the diameter of the pin (3), the pin the notch (4) cannot come out of the fixing channel (7).
Pimin (3) arka kisminda bulunan ve pim kanali (5) içinde kalan konik kovan (9) üzerinde konik kovan yarigi (10) bulunmaktadir. Konik kovanin (9) içine girebilecek boyutta tasarlanan konik somunun (11) dis kisminda konik kovan yarigina (10) denk gelecek konik somun çikintilari (12) mevcuttur. Conical sleeve (9) located at the back of the pin (3) and remaining in the pin channel (5) There is a conical sleeve slit (10) on it. into the conical sleeve (9) Conical sleeve on the disc of the conical nut (11) designed in a size that can be inserted There are conical nut protrusions (12) to match the slot (10).
Konik somun (11) sikildigi zaman pim çentigi (4) üzerinde bir çekme kuvveti uygulamaktadir. Bu çekme kuvveti de sabitleme kanalina (7) pim çentiginden (4) sikistirilmis olan pim (3) sayesinde direkt olarak profile aktarilmis olmaktadir. When the flare nut (11) is tightened, a pulling force is exerted on the pin notch (4). applies. This pulling force is transferred to the fixing channel (7) from the pin notch (4). It is transferred directly to the profile thanks to the pin (3) which is compressed.
Konik somunun (11) sikilmasi sürecinde ikinci bir manevra olarak konik somunun (11) konik kovanin (9) içine dogru hareket etmesi saglanmis olmaktadir. Konik somun (11) üzerinde yer alan konik somun çikintilari (12) konik kovan yarigina (10) girmektedir. As a second maneuver during the tightening of the flare nut (11), the flare nut (11) (11) is provided to move towards the inside of the conical sleeve (9). Conical the conical nut protrusions (12) on the nut (11) are inserted into the conical sleeve slot. (10) is entered.
Konik kovan yariginin (10) içine giren konik somun çikintilari (12) konik kovanin (9) disa dogru açilmasina neden olmaktadir. Conical nut protrusions (12) that go into the conical sleeve slot (10) (9) causes it to open outward.
Konik kovanin (9) pim kanali (5) iç yüzeyine dogru olan bu genislemesi nedeniyle konik kovan (9) ile pim kanali (5) arasinda sürtünme kuvveti olusmaktadir. Bu sürtünme kuvveti ise konik somunun (11) gevsemesini engellemektedir. Due to this expansion of the conical sleeve (9) towards the inner surface of the pin channel (5) friction force occurs between the conical sleeve (9) and the pin channel (5). This friction force prevents the conical nut (11) from loosening.
Bu sayede sabitlenen profilleri zamanla gevsemesi, profiller arasinda bosluk olusmasi gibi istenmeyen durumlarin da önüne geçilmis olmaktadir. In this way, the fixed profiles loosen over time, gaps between profiles. It also prevents undesirable situations such as the occurrence of
Claims (4)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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TR2020/20381A TR202020381A2 (en) | 2020-12-13 | 2020-12-13 | CONICAL FIXED PROFILE CONNECTION ELEMENT |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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TR2020/20381A TR202020381A2 (en) | 2020-12-13 | 2020-12-13 | CONICAL FIXED PROFILE CONNECTION ELEMENT |
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Publication Number | Publication Date |
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TR202020381A2 true TR202020381A2 (en) | 2021-01-21 |
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TR2020/20381A TR202020381A2 (en) | 2020-12-13 | 2020-12-13 | CONICAL FIXED PROFILE CONNECTION ELEMENT |
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TR (1) | TR202020381A2 (en) |
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2020
- 2020-12-13 TR TR2020/20381A patent/TR202020381A2/en unknown
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