TR201807458T4

TR201807458T4 - Removal tool for auxiliary pipe with threaded spindle connection.

Info

Publication number: TR201807458T4
Application number: TR2018/07458T
Authority: TR
Inventors: Cheng Bing
Original assignee: Model Res International Co Ltd
Priority date: 2013-08-16
Filing date: 2013-08-16
Publication date: 2018-06-21
Also published as: EP2837469A1; PT2837469T; HUE039564T2; EP2837469B1; HRP20181244T1; PL2837469T3; SI2837469T1; RS57560B1; ES2675731T3; DK2837469T3

Abstract

Vida (23) saat yönünün tersine döndürüldüğünde ve bir aktif kaldırma kısmının (31) alt yüzeyinin içbükey yüzeyine vurduğunda bir yardımcı çıkış milinden (22) yardımcı borusunu (21) ayırmak üzere kaldırma kuvveti kullanılarak verimli bir şekilde metal bir yardımcı boruyu (21) çıkarmak üzere bir sökme aletidir. İki sabitleme elemanı (50) tarafından sağlanan kenetleme kuvveti, kaldırma kuvveti (Ä), sökme aletinin sertliğinden daha büyük olduğunda sökme aletinin açık ucunun (301) bozunumunu önlemek üzere bir entegre birime sökme aletini ve yardımcı boruyu (21) kombine eder. Entegre birimi sökmeye yönelik bir kaldırma kuvveti (Ä), yardımcı borunun (21) kurulma yönüne aksi yönde uygulandığında bu, yardımcı borunun (21) iç yivleri (213) ile yardımcı çıkış milinin (22) dış yivleri (222) arasındaki sürtünmeyi aşar akabinde iki yivi (213, 222) ayırır. Yardımcı çıkış milinden (22) yardımcı borunun (21) sökülmesi sağlanır.When the screw (23) is turned counterclockwise and strikes the concave surface of the lower surface of an active lifting portion (31) to efficiently remove a metal auxiliary pipe (21) using the lifting force to separate the auxiliary pipe (21) from an auxiliary output shaft (22). is a removal tool. The clamping force provided by the two fixing elements 50 combines the removal tool and auxiliary tube 21 to an integrated unit to prevent distortion of the open end 301 of the removal tool when the lifting force Ä is greater than the stiffness of the removal tool. When a lifting force Ä for disassembling the integrated unit is applied in the opposite direction to the installation direction of the auxiliary tube 21, this exceeds the friction between the inner grooves 213 of the auxiliary tube 21 and the outer grooves 222 of the auxiliary output shaft 22. separates the groove 213, 222. The auxiliary pipe 21 is removed from the auxiliary output shaft 22.

Description

TARIFNAME YIVLI MIL BAGLANTISI ILE YARDIMCI BORUYA YÖNELIK SÖKME BULUSUN SAHASI Mevcut bulus, radyo kontrol modellerinde kullanilan yardimci borunun sökülmesi ile ve daha özellikle yardimci borulara sahip yardimcilar gibi yivli miller ile baglanan isleme parçalarinin sökülmesine yönelik bir cihaz ile ilgilidir. ÖNCEKI TEKNIGIN AÇIKLAMASI Sekil 1, klasik bir yardimcinin (10) ve yardimci borusunun (1 l) birlesme yapisini gösterir. Yardimci boru (1 l), baglama göbegi içinde bir iç yiv (111) ve iç yivin (111) merkezinde bir açiklik (112) ile uzatilmis bir kola sahiptir. Bir dis yiv mili bir entegrasyonudur. Bir vida (13), dis yiv miline (12) yardimci boruyu (11) sabitleme üzere vida disli bir delik (123) içine sikilir. Yardimci boru (11), sabit sekilde dis yiv miline (12) geçirilir. DESCRIPTION DISASSEMBLY TO AUXILIARY PIPE WITH SPREADED SHAFT CONNECTION FIELD OF THE INVENTION Current invention, removal of auxiliary pipe used in radio control models with splined shafts such as auxiliary pipes, and more particularly with auxiliary pipes It relates to a device for removing connected workpieces. DESCRIPTION OF THE PRIOR ART Figure 1 shows the junction structure of a conventional auxiliary (10) and auxiliary pipe (1 l). shows. Auxiliary pipe (1 l), an inner thread (111) in the coupling hub, and an inner thread (111) has an elongated arm with an opening (112) in its center. One tooth spline shaft is an integration. A screw (13) attaches the auxiliary pipe (11) to the outer spline shaft (12). the screw thread is screwed into a hole 123 for fastening. Auxiliary pipe (11), fixed In this way, the tooth is threaded onto the spline shaft (12).

Yardimcinin (10) dis torku, dis yiv milinin (12) ve yardimci borunun (l 1) birbirine geçirilmesi ile gerçeklestirilir. Dis yiv mili ( 12) ve yardimci boru (11) normal olarak, birbirine geçmenin maksimum gücünü elde etinek ve ayrica dis torku gelistirmek üzere metalden yapilir. Ancak yiv baglantisinin siki yerlestirme gereksinimi ayrica, yardimci borunun (11) ve dis yiv milinin (12) ayrilmasini zor hale getirir. The external torque of the auxiliary (10) outer spline shaft (12) and the auxiliary tube (l 1) are connected to each other. accomplished by passing. Thread spline (12) and auxiliary pipe (11) normal As a result, you can achieve the maximum force of engagement, as well as external torque. It is made of metal to improve. However, tight fitting of the thread connection requirement also makes it difficult to separate the auxiliary tube (11) and the outer spline (12). makes it.

US 5,369,863, bir krank kolu içinde bir yuvanin dahili olarak Vida disli bir kisminda Vida disli geçmeye yönelik Vida disi ile harici olarak baglanan boru seklindeki bir eklentiyi içeren bir bisiklet krank kolu çekicisini açiklar, yuvanin diger kismi, pres ile yerlestirilmis geçme içinde bir aks ucunu alir. Eklenti, büyütülmüs, radyal olarak 01805-P-0001 disa dogru uzanan, trilobüler bir tutaca sahiptir. Bir tahrik vidasi,` boru seklindeki eklentiye vida disi açilarak geçirilir ve aks ucu ile geçirilebilir kismen küresel tasiyici uca sahiptir. Tahrik vidasinin dis ucu üzerindeki kare bir tahrik soketi, birlesik bir levye elemaninin tahrik uzantisini alir. US 5,369,863 in a threaded portion internally of a seat in a crank arm A tubular tube externally connected with a screw thread describes a bicycle crank arm puller with attachment, the other part of the housing, the press It receives an axle end in a fitted insert. Attachment, enlarged, radially 01805-P-0001 It has a trilobular handle extending outward. A drive screw, tubular it is threaded into the attachment and can be inserted with the axle end partly spherical It has a carrier end. A square drive socket on the outer end of the drive screw, receives the drive extension of a combined lever element.

BULUSUN KISA AÇIKLAMASI Mevcut bulusun öncelikli amaci, yardimci boru dislisinin dis yivleri üzerinde monte edilen iç yivlere sahip metal bir yardiinci borunun sökülmesine yönelik bir cihazi saglamaktir. BRIEF DESCRIPTION OF THE INVENTION The primary object of the present invention is to mount the auxiliary pipe thread on the thread threads. a device for removing a metal auxiliary pipe with internal threads is to provide.

Mevcut bulus, istem l'e göre bir sökine aletini içerir. The present invention includes a disassembly tool according to claim 1 .

SEKILLER Sekil 1, klasik bir yardimcinin sökülmüs bir görünüsüdür; Sekil 2, klasik bir yardimci ile mevcut bulusun sökülmüs bir görünüsüdür; Sekil 3, mevcut bulusun ve klasik bir yardimcinin bir montaj görünüsüdür; Sekil 4, Sekil 29nin üstten bir görünüsüdür; Sekil 5, Sekil 4”ün 5-5 hatti boyunca alinan kesitsel bir görünüstür; Sekil 6, Sekil 4iün 6-6 hatti boyunca alinan kesitsel bir göiünüstür; Sekil 7, Sekil 6inin islemsel bir görünüsüdür; Sekil 8, mevcut bulus ile uygun olarak kaldirma eleinaninin yardimci boruyu sökmek üzere kullanildigini gösteren kesitsel bir görünüstür; Sekil 9, inevcut bulus ile uygun olarak kaldirma elemaninin, kenetleme kuvveti iki sabitleme elemani tarafindan gerçeklestirildiginde açik ucun boslugunu doldurmak üzere contalar ile donatildigini gösteren üstten bir görünüstür; Sekil 10, contalarin, kaldirma elemaninin aktif kaldirma kismi ile pasif` kaldirma kismi arasinda yerlestirildigini gösteren kesitsel bir görünüstür; 01805-P-0001 Sekil 11 mevcut bulus ile uygun olarak, pasif kaldirma kisminda iki pasif kaldirma yüzeyine yönelik iki arka sahip kaldirma elemanini gösteren perspektif bir görünüstür; Sekil 12 mevcut bulus ile uygun olarak, bir arka sahip pasif kaldirma kismini gösteren perspektif bir görünüstür; Sekil 13 mevcut bulus ile uygun olarak` bir ilave kapali uca sahip kaldirma elemanini gösteren perspektif bir görünüstür; ve Sekil 14 mevcut bulus ile uygun olarak, bir ilave kapali uç gibi hareket etmek üzere bir sabitleme elemani tarafindan sabitlenen açma ucunun parçasina sahip kaldirma elemanini gösteren bir diger perspektif görünüstür. SHAPES Figure 1 is an exploded view of a classic helper; Figure 2 is a disassembled view of the present invention with a conventional assistant; Figure 3 is an assembly view of the present invention and a classic utility; Figure 4 is a top view of Figure 29; Figure 5 is a cross-sectional view taken along line 5-5 of Figure 4; Figure 6 is a cross-sectional view taken along line 6-6 of Figure 4; Figure 7 is an operational view of Figure 6; Figure 8 is the auxiliary of the lifting element in accordance with the present invention. is a cross-sectional view showing it being used to dismantle the pipe; Figure 9 shows the clamping of the lifting element in accordance with the present invention. open end when force is performed by two fastening elements. A top view showing that it is equipped with gaskets to fill the gap. it is apparent; Figure 10, the gaskets, the active lifting part of the lifting element and the passive` is a cross-sectional view showing it being placed between the lift; 01805-P-0001 Figure 11, in accordance with the present invention, in the passive lifting part two passive showing the lifting element with two rears for the lifting surface perspective is a view; Fig. 12 passive lifting with a rear, in accordance with the present invention. The perspective showing part of it is a view; Figure 13 lifting with an additional closed end in accordance with the present invention is a perspective view showing the element; and Figure 14 acts as an additional closed end, in accordance with the present invention. of the opening end, which is fixed by a fastening element to Another perspective view showing the lifting element with the part.

TERCIH EDILEN DÜZENLEMELERIN DETAYLI AÇIKLAMASI Sekiller 2-6* ya refere edilerek mevcut bulus ile uygun olarak yardimci boru çikarma aletine (SRT) yönelik bir cihaz, bir kaldirma elemanini (30) ve iki sabitleme elemanini (50) içerir ve bir yardimcidan (20) bir yardimci boruyu (21) çikarmak üzere kullanilir. DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS Extraction of auxiliary pipe in accordance with the present invention with reference to Figures 2-6* device (SRT) consists of a lifting member (30) and two fixings. element (50) and removing an auxiliary pipe (21) from an auxiliary (20) used to.

Sekiller 2 ve öada gösterildigi üzere yardimci (20), bir Vida (23) yoluyla sabitlenen yardimci borunun (21) bir iç yivi (213) ile geçen bir dis yiv milini (22) içerir. As shown in figures 2 and above, the auxiliary (20) is fixed via a Screw (23). The auxiliary pipe 21 includes an outer spline 22 engaged with an inner spline 213.

Yardimci bom (21), bir baglama göbegi (211) ile bunun bir ucudur. The auxiliary boom (21) is one end of it with a coupling hub (211).

Baglama göbeginin (211) dikey bir yönü, eksenel bir yön (X) olarak tanimlanir. A vertical direction of coupling hub 211 is defined as an axial direction (X).

Baglama göbegi (211), iç yiv (213) (bir dahili yiv dislisinin formunda) ve iç yivin (213) tabaninda bir açiklik (214) ile olusturulur. The coupling hub (211), the inner thread (213) (in the form of an internal threaded thread) and the inner thread (213) is formed by an opening (214) at its base.

Sekiller 4 ve 67da gösterildigi üzere çikis yiv milinin (22) bir dis mili (221), yardimci (20) ile entegre edilir. Dis yiv mili (22) yardimci borunun (21) iç yivi vida disli bir boruya (223) sahiptir. Vida (23), bir bas kismini (231) ve bir gövdeyi 01805-P-0001 içinden geçer ve dis yiv milinin (22) vida disli deligi (223) içine döner. As shown in Figures 4 and 67, the output spline (22) has an outer shaft (221), It is integrated with the helper (20). Outer spline (22) Inner thread of auxiliary pipe (21) a tube (223) with a screw thread. The screw (23) attaches a bass part (231) and a stem. 01805-P-0001 it passes through and turns into the threaded hole (223) of the thread spline (22).

Sekiller 2 ve 3”te gösterildigi üzere kaldirma elemani (30), bir açik ucu (301) ve bir kapali ucu (302) içerir. Kapali uç (3 02). bir aktif kaldirma kismini (31) ve bir pasif kaldirma kismini (32) olusturmak üzere açik uca (301) dogru uzanir. Aktif kaldirma plakasi olarak olusturulur ve pasif kaldirma kismi (32), uzun delik (311) altinda bir arka (321) sahip açik ucun (301) alt plakasi olarak olusturulur. Bir aralik (33), yardimci borunun (21) bir uzatma kolunun (212) tutulmasina yönelik pasif kaldirma kismi (3 2) ile aktifkaldimia kismi (31) arasinda olusturulur. Yardimci borunun (21) baglama göbegi (211), pasif kaldirma kisminin (32) arkinin (321) kösesine temas ettiginde Vidanin (23) bas kismi (231), aktif kaldirma bölümünün (31) uzun deliginin (31 1) alt kösesi ile yakin sekilde denk düser. Aktifkaldirma kisminin (31) uzun deliginin (311) alt kösesi, vidanin (23) bas kismini (231) oturtmaya yönelik bir içbükey yüzeyi (314) saglar. As shown in Figures 2 and 3, the lifting member (30) has an open end (301) and a includes the closed end (302). Closed end (3 02). one active lifting part (31) and one passive extends towards the open end (301) to form the lifting portion (32). active removal plate, and the passive lifting section (32) is placed in a hole under the elongated hole (311). It is formed as the bottom plate of the open end (301) with the rear (321). a range (33), passive lifting for holding an extension arm (212) of the auxiliary tube (21) It is formed between the part (3 2) and the active-caldimia part (31). Auxiliary pipe (21) coupling hub (211) contacting the corner of the arc (321) of the passive lifting part (32) the head (231) of the screw (23) coincides closely with the lower corner of the hole (31 1). Removing part (31) the lower corner of the long hole (311) is used to seat the head (231) of the screw (23) provides a concave surface (314).

Iki sabitleme elemani (50), kaldirma elemaninin (30) iki tarafinda aktif kaldirma kismina (31) ve pasif kaldirma kismina (32) kenetlendiginde yardimci boru (21), aralik (33) arasinda yerlesir ve kenetlendiginde aktif kaldirma kismi (31) ve pasif kaldirma kismi (32) ile entegre edilir. Two fastening elements (50), active lifting on both sides of the lifting element (30) Auxiliary pipe (21) when clamped to section (31) and passive lifting section (32) range (33) and when clamped, the active lifting part (31) and passive it is integrated with the lifting part (32).

Sekiller 2 ve 5'te gösterildigi üzere sabitleme elemanlari (50), bir civatayi (51) ve bir somunu (52) içerir. Aktif kaldirma kisminin (31) iki ucunda iki pozisyonlandirma deligi (312), pasif kaldirma kisminin (32) iki pozisyonlandirma deligi (322) ile hizalanir. Civatalar (51) ve somunlar (52), aktif kaldirma kismini (31), pasif kaldirma kismini (32) ve yardimci boruyu (21) bu üç eleman arasinda hiçbir boslugun kalmayacagi kadar sikildiklarinda bir entegre birime kombine eder. As shown in Figures 2 and 5, the fasteners (50) attach a bolt (51) and a nut 52 . Two ends of the active hoist (31) positioning hole (312), two positioning of the passive lifting part (32) It is aligned with the hole (322). Bolts (51) and nuts (52) secure the active lift (31) connect the passive lifting part (32) and the auxiliary pipe (21) between these three elements. combines into an integrated unit when tightened so that no gaps remain.

Kapali uç (3 02), sirasiyla yardimci borunun (21 ) üst yüzeyi ve alt yüzeylerine karsi arkin (321) köseleri etrafinda aktif kaldirma kisminin (31) alt yüzeyi ve üst yüzey 01805-P-0001 tarafindan uygulanan, kaldirma prosesi sirasinda iletme enerjisini saglar. Kaldirma elemaninin (30) ve yardiinci borunun (21) entegrasyonu akabinde saglanir. Closed end (3 02) against the upper surface and lower surfaces of the auxiliary pipe (21 ), respectively The lower surface and upper surface of the active lifting part (31) around the corners of the arc (321) 01805-P-0001 It provides the conductive energy during the lifting process, which is applied by Lifting The integration of the element (30) and the auxiliary pipe (21) is then provided.

Sekil 6*da gösterildigi üzere Vida (23), bir tornavida (A) ile saat yönünün aksine döndürüldügünde bu, eksenel yönde (X) yukari dogru hareket edecektir ve entegre elemanlari (30) kaldirmak üzere kaldirma elemaninin (30) içbükey yüzeyine (314) çarpacaktir ve dis yiv milinden (22) uzak yardimci boru (21) akabinde kademeli olarak, iç yivi (213) ve dis yivi (222) ayiracaktir. Screw (23) with a screwdriver (A) counterclockwise as shown in Figure 6* when rotated it will move upwards in the axial direction (X) and the concave surface (314) of the lifting member (30) to lift the elements (30). will collide and the auxiliary pipe (21) away from the outer spline shaft (22) will then be cascaded. As a result, it will separate the inner thread (213) and the outer thread (222).

Sekiller 7 ve 8*e refere edilerek bir döndürme kuvveti (F), vidayi (23) gevsetmek üzere tornavida (A) üzerine uygulandiginda bir yukari dogru kuvvet (t), eksenel yönde (X) yukari dogru vidayi (23) hareket ettirmek üzere eksenel yönde üretilecektir. Bu noktada kaldirma elemaninin (30) aktif kaldirma kismi (31), vida (23) yoluyla yukari dogru kaldirilir ve yukari dogru itme kuvveti akabinde, kapali uç (302) vasitasiyla pasif kaldirma kismina (32) iletilir. Pasif kaldirma kismi (32) akabinde, yukari dogru yardimci borunun (21) uzatma kolunu (212) kaldirir ve dis yiv milinden (22) yardimci borunun (21) iç yivinin (213) baglantisini keser. Referring to Figures 7 and 8*, a turning force (F) is required to loosen the screw (23) An upward force (t) when applied on the screwdriver (A) in the axial direction to move the screw (23) upwards in the direction (X) will be produced. At this point, the active lifting part (31) of the lifting element (30) (23) is lifted upwards and after the upward pushing force, it is closed. it is transmitted to the passive lifting portion 32 via the end (302). Passive lift section (32) Then, he lifts the extension arm (212) of the auxiliary tube (21) upwards and It disconnects the inner thread (213) of the auxiliary pipe (21) from the spline shaft (22).

Kaldirma kuvveti (T), iç yiv (213) ile dis yiv mili (22) arasindaki sürtünmeden daha büyük oldugunda yardimcinin (20) yardimci borusu (21) yukari dogru kaldirilir ve yardimci borunun (21) ve yardimcinin (20) hasar görmesini önlemek üzere dis yiv milinden (22) ayrilir. Ayrica döndürme kuvveti (F) ile üretilen kaldirma kuvveti (I) ile yardimci boru (21), sadece vida (23) saat yönünün tersine döndürülerek verimli bir sekilde dis yiv milinden (22) kolayca ayrilabilir. Ayrica yardimci borunun (21) uzatma kolu (212), farkli uygulamalar ile karsilasacak sekilde farkli sekillere sahip olabilir. Sekil 2'de gösterildigi üzere yardimci boru (21), bir döndürme kolunun formuna sahiptir ve uzatma kolu (212), uzun düzlemsel bir yapiya sahiptir. Ayrica Sekil 9°da gösterildigi üzere yardimci boru (21), bir disk sekline sahiptir ve uzatma kolu (212) ayrica disk biçimlidir. The lift force (T) is greater than the friction between the inner spline (213) and the outer spline shaft (22). when it is large, the auxiliary pipe (21) of the auxiliary (20) is lifted upwards and Thread thread to prevent damage to auxiliary pipe (21) and auxiliary (20) it is separated from the shaft (22). Also the lift force (I) produced by the turning force (F) The auxiliary tube (21) with in some way the tooth can be easily separated from the spline shaft (22). In addition, the auxiliary pipe (21) the extension arm (212) has different shapes to meet different applications. it could be. As shown in Figure 2, the auxiliary tube (21) is and the extension arm (212) has a long planar structure. Moreover As shown in Figure 9°, the auxiliary tube 21 has a disk shape and is extended lever 212 is also disc-shaped.

Iki sabitleme elemani (50), yardimci boruyu (21) kenetlemek üzere kaldirma elemaninin (30) aktif kaldirma kismi (31) ve pasif kaldirma kismi (32) araciligiyla 01805-P-0001 sikildiginda kaldirma elemaninin (30) ve yardimci borunun (21) bir parça olarak entegre edildigini vurgulamak önemlidir. Bu ne vida (23) saat yönünün tersine döndürüldügünde ve aktif kaldirma kisminin (31) uzun deliginin alt kösesine vurdugunda kaldirma kuvveti, kapali uç (302) vasitasiyla iletilir ve kaldirma elemaninin (30) arkinin (321) üst kösesine uygulanir akabinde dis yiv milinden (22) yardimci borunun (21) iç yivini (213) ayirmak üzere kaldirma elemaninin (30) entegre birimini ve yardimci boruyu (21) kaldirir. Contalar (40), yardimci boru (21), aktif kaldirma kismi (31) ve pasif kaldirma kismi (32) arasinda bir bosluk oldugunda gereklidir. Contalarin (40) uygun kalinliginin eklenmesinin, kaldirma kuvveti, kaldirma elemaninin (30) sertliginden daha fazla oldugunda açma ucunda kaldirma elemaninin (30) bozunumunu önlemek üzere yardimci boruyu (21) ve kaldirma elemanini (30) birbirine kenetlemek üzere iki sabitleme elemaninin (50) sikilmasindan önce yapilmasi gerekir. Contalar (40), kaldirma elemani (30) ve sabitleme elemanlari (50) tarafindan saglanan herhangi bir delik yoluyla sabitlenebilir. Two fixing elements (50), lifting to clamp the auxiliary pipe (21) through the active lifting part (31) and the passive lifting part (32) of the element (30) 01805-P-0001 When tightened, the lifting element (30) and the auxiliary pipe (21) It is important to emphasize that it is integrated. What screw (23) is counterclockwise when turned and into the lower corner of the long hole of the active lift (31) when struck, the lifting force is transmitted through the closed end (302) and the lifting force is It is applied to the upper corner of the element (30) of the arc (321), then from the tooth spline (22) of the lifting element (30) to separate the inner thread (213) of the auxiliary pipe (21) lifts the integral unit and the auxiliary pipe (21). Gaskets (40), auxiliary pipe (21) a gap between the active lifting portion (31) and the passive lifting portion (32) when necessary. The addition of the appropriate thickness of the gaskets (40), the removal at the opening end when the force is greater than the stiffness of the lifting element (30) To prevent deterioration of the lifting element (30), the auxiliary pipe (21) and two fixing elements (50) to clamp the lifting element (30) together. must be done before tightening. Gaskets (40), lifter (30) and through any hole provided by the fixing elements (50) can be fixed.

Ilgili contalarin (40) gövde kisimlari (42), açik delikler (41) yoluyla kaldirma elemaninin (30) aktif kaldirma kismi (31) ile yardimci borunun (21) uzatma kolu (212) arasinda yerlestirilir. Ilgili contalar (40), sirasiyla kaldirma elemaninin (30) Sabitleme elemanlari (50), kaldirma elemanini (30) sabitlemek üzere kaldirma deliklerinden (41) biri içinden geçer. Akabinde iki pivot elemani (60), kaldirma deligi (41) içinden eklenir. Bu düzenlemede pivot elemani (60), bir civatayi (61) ve bir somunu (62) içerir. Lifting the body parts (42) of the respective seals (40) through the through holes (41) the active lifting part (31) of the element (30) and the extension arm of the auxiliary pipe (21) It is placed between (212). The respective seals (40) are respectively attached to the lifting element (30). Fixing elements (50) one of the holes (41) passes through it. Then the two pivot elements (60) It is inserted through the hole (41). In this embodiment, the pivot member 60 consists of a bolt 61 and includes a nut (62).

Mevcut bulusun farkli versiyonlarinin islevini ve isleyisini daha iyi anlamaya yönelik referans Sekiller 1 1-14°e yapilmalidir. To better understand the function and operation of different versions of the present invention Reference should be made to Figures 1 1-14°.

Sekil ll,e refere edilerek kapali uç (302) sadece, aktif kaldirma kismi (31) ve pasif 01805-P-0001 kaldirma kismi (32) için baglanma bükülmesi olarak hareket etmez ayrica yardimci boru (21) arkin (324) üst kösesi üzerinde oturtuldugunda kati sekilde olusturulan kenetleme bölgesini saglar. Bu, yardimci boru (31) conta (40) ile veya bu olmaksizin aktif kaldirma kismi (31) ile pasif kaldirma kismi (32) arasinda kenetlendiginde sabitleme elemanlari (50) gibi sabitleyicileri elimine eder. Aktif kaldirma kisminin (31) uzun deligi (311), kaldirma kuvveti vidanin (23) saat yönünün tersine rotasyonu sirasinda olustugunda vidayi (23) almak içindir. Referring to Figure 11, the closed end (302) only includes the active hoist (31) and the passive 01805-P-0001 it does not act as a tie-down bend for the lifting part (32) and also as an auxiliary rigidly formed when the tube (21) is seated on the upper corner of the arc (324). provides the clamping area. This is the auxiliary pipe (31) with the gasket (40) or this between the active lifting section (31) and the passive lifting section (32) without when clamped, it eliminates fasteners such as fastening elements (50). Active the long hole (311) of the lifting part (31), the lifting force of the screw (23) it is for taking the screw (23) when it occurs during its counter-clockwise rotation.

Sekil 12, kaldirma elemaninin (30) basitlestirilmis versiyonunu gösterir. Figure 12 shows a simplified version of the lifting element 30.

Sekil 13,e refere edilerek kaldirma elemani (30), bir tarafta bir açik uca (303) ve karsit tarafta ikinci kapali uca (304) sahiptir. Ikinci kapali ucun (304) islevi, bir sabitleme elemaninin (50) elimine edilebilecegi sekilde kapali uç (302) ile aynidir. Referring to Figure 13, the lifting member (30) has an open end (303) on one side and it has a second closed end (304) on the opposite side. The function of the second closed end 304 is to it is the same as the closed end (302) so that the fastening element (50) can be eliminated.

Ikinci kapali ucun (304) karsit tarafinda bir sabitleme elemani (50), yardimci boru (21) kenetlendiginde ikinci kapali ucun (304) sertligi ile kenetleme kuvveti saglayabilir. On the opposite side of the second closed end (304), a fastening element (50), auxiliary pipe The stiffness of the second closed end (304) when clamped (21) and the clamping force can provide.

Sekil 14”te gösterildigi üzere kaldirma elemaninin (30) ikinci kapali ucu (304), bir sabitleme elemani (5 0) tarafindan aktif kaldirma kismi (31) ile pasif kaldirma kismi (32) arasinda kenetlenen bir manson (35) tarafindan olusturulur. Manson (3 5), kapali uç (3 04) üzerinde kaldirma elemaninin (3 0) pozisyonlandirma delikleri (312, 322) ile hizalanan bir merkez delige (351) sahiptir akabinde sabitleme elemaninin (50) civatasi (51), manson (3 5) içinden geçer ve kati kapali uçlu bir yapi olusturinak üzere somun (52) ile aktif kaldirma kismini (31) ve pasif kaldirma kismini (32) sikabilir. Sonuç, Sekil 13 ile aynidir.As shown in Figure 14, the second closed end (304) of the lifting member (30) active lifting part (31) and passive lifting part by fastening element (5 0) It is formed by a sleeve (35) clamped between (32). Manson (3 5), Positioning holes (312) of the lifting element (3 0) on the closed end (3 04), It has a center hole (351) that aligns with the 322, then the fastening element. The bolt (51) passes through the sleeve (3 5) and forms a solid closed-end structure. nut (52) and active lifting part (31) and passive lifting part (32) he can fuck. The result is the same as Figure 13.

Claims

REQUESTS

1. An auxiliary (20) is a removal tool for removing a metal auxiliary pipe (`21) from a thread spline (22), characterized in that the removal tool includes the following elements: a top plate connected via a closed end (302) and a a lifting element (30) consisting of a lower plate and an open end (301), the upper plate of the open end (301) acts as an active lifting part (31) with an elongated hole (311) and a passive lifting part (32) it is connected via the closed end 302 to the bottom plate, which acts as an arc and is equipped with an arc (321, 324) corresponding to the long hole (311) of the active lifting portion (31) to provide a lifting zone for the auxiliary pipe (21) to be seated; and two fastening elements (50) that clamp the active lift portion (31), the auxiliary pipe (21) and the passive lift portion (32) to an integrated unit with gaskets (40) if necessary; wherein the long hole (311) of the active lifting part (31) is generated at the open end (301), and a lifting force (T) is generated when a screw (23) on the auxiliary pipe (21) contacts a concave lower edge of the elongated hole (311). and is created when it rotates counterclockwise.

2. Disassembly tool as specified in item 1, where the auxiliary (20) includes an output shaft (221) with output threads (222) and is adapted to different auxiliary pipes (21) with internal threads (213), auxiliary pipe (21) , is formed with a coupling hub (211) and an extension arm (212) in the radial direction, the coupling hub is screwed into the inner grooves (213) and screw (23) is tightened to fix the auxiliary tube (21) to the auxiliary output shaft (221). (221) has a threaded hole (223) in it. Dismantling tool as claimed in claim 1, wherein the active lifting part (31) and the passive lifting part (32) are connected by two fastening elements (50), the passive lifting part (32) has two positioning holes (322) on both sides, and The active lift portion (31) is further formed by two positioning holes (312) aligned with the positioning holes (322) of the passive lift portion (32), passively connected to an integrated unit via fasteners (50), nuts (52) and bolts (51). It combines the lifting section (32), the active lifting section (31) and the auxiliary pipe (21). It is a dismantling tool as specified in claim 1, where the auxiliary pipe (21) is between the active lifting section (31) and the passive lifting section (32) by the two fastening elements (50) and the auxiliary pipe with these two lifting sections (31, 32). When there is a space between (21) the two aligned positioning holes (312, 322) on either side of the two lifts (31, 32) are clamped by tightening, gaskets (40) to assist the fasteners (50) in clamping these three elements into a rigid integral unit. It is placed between them so as to fill the space 33, the stiffness is imperative when the required lifting force (r) is greater than the friction between the inner splines (213) of the auxiliary pipe (21) and the tooth splines (222) of the outer spline shaft (22). The removal tool as claimed in claim 1, wherein each of the fixing members (50) includes a bolt (51) and a nut (52), two pivot members are attached, and each of the pivot member (60) includes a bolt (61) and a nut (52). includes a nut (62). It is the removal tool as specified in claim 1, where the lifting force (I) is generated by the passive lifting direct contact from the active lifting part (31) via the closed end (302) and then by the upper corner of the arc (321) in the passive lifting section (32) and the auxiliary pipe ( 21) is transferred to the coupling hub (21 1). A removal tool as claimed, where the lifting force (r) exceeds the friction between the inner threads (213) and the outer threads (222) and the lifting force (17) pulls the inner threads (213) of the auxiliary pipe (21) and the outer threads (222) of the outer thread shaft (22). ) separates the outer threads (222), disassembly of the metal auxiliary pipe (21) is achieved without damaging any part of the auxiliary (20) and the auxiliary pipe (21). It is the removal tool as claimed in claim 1, wherein a sleeve (35) is clamped between the active lifting portion (31) and the passive lifting portion (32) via a Bolt (51). It is the removal tool as indicated in request 1, where the Screw (23) on the auxiliary tube (21) when rotated counterclockwise strikes the bottom of the long hole (311) and pulls the inner threads (213) of the auxiliary tube (21) and the outer spline shaft (22) Pull the removal tool upwards to separate the thread threads (222) and