• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The invention allows for leaktightness of the connection. The sealing mass is applied to a portion of the surface of the thread contour of the first element. Screw the elements. At the same time, another part of the surface without a sealing mass is pressed against the counterpart of the thread contour of the second element. Before screwing into one of the elements, the mandrel with threads and channels is screwed or screwed. The dimensions of the mandrel correspond to the tolerance limits of the second element. In the channels entering the gap between the threads, the sealing mass is introduced in the form of a synthetic material, which adheres to the thread of the counter element, forming a composite element with it. Synthetic material is subjected to polymerization. Then, by processing, the polymer is left only in the gaps between the threads within the tolerances of the elements to be joined. 7 il.
    公开号:SU1575950A3
    申请号:SU853964937
    申请日:1985-10-09
    公开日:1990-06-30
    发明作者:Плакэн Бернар；Буни Поль
    申请人:Валлурек (Фирма)；
    IPC主号:
    专利说明:

    The invention relates to threaded pipe joints and can be used in the oil industry.
    The purpose of the invention is to ensure the tightness of the joint.
    FIG. 1 is a sectional view of a standard compound for the petroleum industry; in fig. 2 shows, on an enlarged scale, node I in FIG. 1, the first embodiment of the thread of a standard joint; in fig. 3 - the same, the second option, the cut; in fig. 4 - the same, the third option; in fig. 5 shows a section through an external thread and internal thread according to the invention; figure 6-. a device for producing a thread in accordance with the invention;
    in fig. 7 shows, on an enlarged scale, node II in FIG. 6.,
    The connection (figure 1) consists of a covering element (or coupling) 1, having an internal tapered thread 2, which includes the male item 3 due to the corresponding external tapered thread 4.
    A stop 5 located inside the female element serves to support the end 6 of the male element in order to restrict the screwing, and a pair of surfaces 7 and 8 located respectively on the female and male elements provides a tight connection. .
    ate 1 ate
    F
    ate

    04
    shows how the nit-covered element
    ten
    M
    20
    25
    FIG. 2 ka thread 9
    3 enters the cavity 10 of the enclosing member 1. Given that there is an abutment 5 of the screwing restriction, the side surface 11 of the thread 9 is strongly pressed axially against the side surface 12 of the cavity 10.
    The bottom of the groove of the thread 13 of the male element 3 is strongly pressed radially to the top of the thread 14 of the female element due to the conical shape of the thread and the resulting pushing force.
    In the depicted embodiment, the tops of the internal thread rest on the cavities of the external thread, but it can be vice versa if during processing the height of the teeth of the thread 9 is made greater than the height of the cavities 10.
    When examining the full perimeter of the male element, it can be seen that the female element is strongly pressed against the male element in the bottom of the groove 13 and on the side surfaces 11, which ensures tightness in this area. On the contrary, in the area of the top 15 and the back surface 16 of the thread 9 of the male member there is inevitably a free space of 17 between the female and the male elements.
    The free space (gap) 17 runs in a spiral along the entire thread between the male and female elements.
    FIG. 3 shows another embodiment of the thread, in which the screwing force 5 arising during the screwing of the external tapered thread into the internal tapered thread acts on the side surfaces 18 and 19 of the thread, leaving a free space (gap) 17 on the tops of both the external and internal her thread.
    FIG. 4 shows another embodiment of the thread, where the working surface 11 of the covered element 35
    40
    surface 11, top 15, rear surface 16 and the bottom of the thread 13.
    In the depicted embodiment, the male element is an element of a conventional joint, and the female element 1 is an integral element that interacts with the male element.
    The covering element 1 contains a depression 10 with a working surface 12 and the top of the thread 14.
    The depression -10 is covered with a gasket made of synthetic material 20, which firmly fits to the metal part of the female element 1 and the bottom and rear surface 22 of which have a shape that corresponds to the lower tolerance limit provided for threading the male member
    From this it follows that when screwing the male element onto the female element 1, and the male element is made to a lower limit of tolerances, there is no free space between the male and female elements, considering that contact with the male element is provided The structure of the metal parts 12, 14 of the female element or the periphery of the 21, 22-embedding of synthetic material of the male element.
    When screwing in, the thread of the male element slightly presses the pad of synthetic material 20 o of the winding element, improving the tightness obtained.
    In the drawing, the dashed line 23n of the female element shows the periphery of the thread of the male element in the drawn out state of the joint.
    The compound obtained ensures complete tightness of the thread, since the thread size of the male element varies along the spiral periphery of this thread, up to
    This working surface 12 covers 50 holes for processing in such a way that an element forms an inclined angle forward relative to the radial plane of the joint. This type of thread also leaves a free space (gap) 17 on the top of the external thread 9 and on its rear surface. sixteen.
    FIG. 5 shows the thread 9 of the male element, its working no-
    that in at least one part of this spiral path the top and rear surface of the thread-male element provide sufficient compression of the synthetic material 20 to obtain a full seal along the thread. In this case, there is no need to provide a packing made of synthetic material 20 along the entire
    0
    0
    five
    ABOUT
    45
    35
    40
    surface 11, top 15, rear surface 16 and the bottom of the thread 13.
    In the depicted embodiment, the male element is an element of a conventional connection, and the female element 1 is an integral element that interacts with the male element.
    The covering element 1 contains a depression 10 with a working surface 12 and the top of the thread 14.
    The depression -10 is covered with a plastic wrap 20, which is firmly attached to the metal part of the female element 1 and the bottom 21 and the rear surface 22 of which have a shape corresponding to the thread profile of the male element in the tightened thread position, the dimensions of which correspond to the lower tolerance limit provided for machining covered element.
    From this it follows that when the male element is screwed onto the female element 1, and the male element is made at a lower tolerance limit, there is no free space between the female and male elements, taking into account that contact with the male element is provided by means of metal parts 12, 14 covering element or periphery 21, 22 - embedding from synthetic material covered element.
    When screwed, the thread of the male element slightly presses the gasket of synthetic material 20 of the female element, improving the resulting tightness.
    In the drawing, the dashed line 23 on the female element depicts the periphery of the thread of the male element in the tightened connection state.
    The compound obtained ensures complete tightness of the thread, since the thread size of the male element varies along the spiral periphery of this thread within the range of tolerances for processing in such a way
    that at least in this section of the spiral path, the top 15 and the rear surface of the thread-male element provide sufficient compression of the synthetic material 20 to obtain a full seal along the thread. There is no need to provide a packing of synthetic material 20 along the entire
    threads and can be done by doing this stuffing in the right place.
    It is important to do a lot of synthetic material 20 pdoc. the entire thread for the purpose of improving the solidity of the joint, mainly in the case when the joint is made with one or several cylindrical threads that DEFINE the covered element with simultaneous lateral movements relative to the female element.
    FIG. 6 and 7 depict a device with which the composite female element shown in FIG. 5 is executed.
    Fig, 6 shows a section of the covering element 1, on which it is necessary to perform a gasket of synthetic material 20.
    To do this, a mandrel 24 is screwed into the female element, the thread of which has been machined so as to exactly correspond to the minimum processing tolerances of the male element that is to be connected to the female element,
    The mandrel 24 is screwed into the element 1 with a tightening torque sufficient to ensure the contact of the side surfaces, depressions and working tops of the corresponding male and female threads.
    The mandrel is provided with a plurality of channels 25 extending into the space 17 between the male threads of the mandrel 24 and the threads 2 of the female element 1, and these channels are combined into the main channel 26, allowing injection of synthetic material into the space 17 under pressure.
    Channel 25 (Fig. 7) goes into the space 17 between the top 15 and the rear (non-working) surface 22 and 10
    It is not enough to cover the surface of the latter with antisense Nmcimes material.
    In accordance with the invention, the synthetic material used is a urethane elastomer, known under the name Trust XPE.
    In another embodiment of the invention, it is possible to inject a synthetic material in a manner that it completely filled and covered the threads of the enclosing element, for example, using a reference without a thread, and then, when J5 synthetic material 20 hardened}, during machining, leave only a synthetic material shown in FIG. 7
    In the presented embodiments of the invention, the constituent elements are enveloping elements (therefore, a layer of synthetic material is applied to them, it is also possible to superimpose this padding of synthetic material on the encompassed element (the standard element is covered), for example using a mandrel with an internal speech-fight.
    20
    25
    thirty
    权利要求:
    Claims (1)
    [1]
    Invention Formula
    A method of manufacturing a split ppsi-joint for steel 35, comprising applying an auxiliary weight to a portion of the surface. the contour of the thread of one element, the screwing of elements, in which another part of the surface of the contour of the thread without a sealing mass is pressed against the counterpart of the contour-thread of the second element, is required to ensure that
    neither the tightness of the joint, the front element and the cavity 10, and not 45 screwing olements into one of them with a working surface 16 of the female element for injecting a mass of synthetic material 20 that adheres firmly to the female element, the free surface of which exactly 50 corresponds to the shape of the thread corresponding to the dimensions minimally compatible with manufacturing tolerances.
    To make synthetic ma
    The threaded mandrel is screwed or screwed, the dimensions of which correspond to the tolerance limits of the second element and create the largest possible gap between the elements and the channels extending into the gap between the threads, insert into them a plastic mass in the form of a synthetic material that engages speech speech
    the material did not mate with the mandrel when you vyvvvVVF him composite
    from the mold by means of the unscrewing element.
    It is not enough to cover the surface of the latter with antisense Nmcimes material.
    In accordance with the invention, the synthetic material used is a urethane elastomer, known under the name Trust XPE.
    In another embodiment of the invention, it is possible to inject a synthetic material in a manner that it completely filled and covered the threads of the enclosing element using, for example, a certificate without a thread, and then, when 5 synthetic material 20 hardened} during machining, leave only a synthetically material that corresponds to shown in FIG. 7
    In the presented embodiments of the invention, the constituent elements are enveloping elements (therefore, a layer of synthetic material is applied to them, it is also possible to superimpose this padding of synthetic material on the encompassed element (while the enveloping element is standard). for example, using a mandrel with internal speech.
    0
    five
    0
    Invention Formula
    A method of manufacturing a detachable ppsi-bead joint for steel, comprising applying an anti-squeeze mass to a part of the surface of the thread contour of one element, screwing the elements, in which the other part of the surface of the thread contour without a seal mass is pressed against the counterpart of the contour-thread of the second element, and that with the aim of ensuring
    no tightness of the joint before screwing the elements into one ke
    The threaded mandrel is screwed or screwed, the dimensions of which correspond to the tolerance limits of the second element and create the largest possible gap between the elements and the channels extending into the gap between the threads, insert into them a plastic mass in the form of a synthetic material that engages speech speech
    element.
    2 I 1
    73
     9 3 15 W Fig z
    fia1
    70 1
    Ј. f
    OS6SZSI
    5gpf
    25
    2 1 25 17 L
    Compiled by R. Khludov Editor O.Spesyvykh Tehred A. Kravchuk Proofreader N. Korol
    Order 1794
    Circulation 566
    VNIIGSH of the State Committee for Inventions and Discoveries at the State Committee on Science and Technology of the USSR 4/5, Moscow, Zh-35, Raushsk nab. 113035
    17
    25
    FIG. 6 F
    25 fig 7
    Subscription
    类似技术:
    公开号 | 公开日 | 专利标题
    SU1575950A3|1990-06-30|Method of manufacturing detachable threaded joint for steel pipes
    US5503187A|1996-04-02|Multiple synchronized thread connector
    SU568380A3|1977-08-05|Threaded joint for casing pipes
    US3489437A|1970-01-13|Joint connection for pipes
    US1497549A|1924-06-10|Structural joint
    US5124507A|1992-06-23|Cable splice assembly for connecting and branching cables particularly telecommunication cables
    US5113038A|1992-05-12|Cable splice assembly for connecting and branching cables, particularly telecommunication cables
    US4498680A|1985-02-12|Sealing-ring arrangement for threaded closure bolt
    KR920006385B1|1992-08-03|Threaded joint for steel pipes comprising a sealing apparatus
    US6041487A|2000-03-28|Method for producing sealing surfaces on a tubular member
    US2299695A|1942-10-20|Cylinder cap locking and sealing means
    US1934022A|1933-11-07|Pipe-fitting
    JP2007522411A|2007-08-09|Screw fastening part
    US4709946A|1987-12-01|Lined pipe joint
    DE60107120T2|2005-04-07|SEALED CABLE CONNECTION
    DE19722629B4|2006-07-27|sealing arrangement
    CN1015402B|1992-02-05|Threaded connection joint of a steel tube with sealing unit at the threaded portion
    EP3601860B1|2022-02-09|Gland for a sealed feedthrough of an orifice of a partition
    US6564645B1|2003-05-20|Pressure sensor constructed by joining two housings with ring-like metal plate interposed therebetween
    GB1145957A|1969-03-19|Pipe fitting
    JPH0791551A|1995-04-04|Seal ring for pipe fitting and manufacture thereof
    DE4307650A1|1994-09-15|High pressure line connection
    JP2506057B2|1996-06-12|Nut for sealing
    WO2000005522A1|2000-02-03|Method for producing a sealing between two engine parts, especially between an engine block and a cylinder head
    FR2681396A1|1993-03-19|Static sealing component which can be used again and again
    同族专利:
    公开号 | 公开日
    SG22591G|1991-07-26|
    AT47215T|1989-10-15|
    ES296229U|1987-08-01|
    KR930001490B1|1993-03-02|
    ES296229Y|1988-02-16|
    NO853998L|1986-04-11|
    US4828295A|1989-05-09|
    KR860003447A|1986-05-26|
    MX163013B|1991-08-05|
    CN85107996A|1986-05-10|
    CA1290364C|1991-10-08|
    FR2571467A1|1986-04-11|
    JPH0240157B2|1990-09-10|
    DE3573646D1|1989-11-16|
    NO167599C|1991-11-20|
    NO167599B|1991-08-12|
    EP0178231A1|1986-04-16|
    BR8504988A|1986-07-29|
    ZA857799B|1986-06-25|
    CN1006571B|1990-01-24|
    AU4846185A|1986-06-12|
    IN164036B|1988-12-31|
    EP0178231B1|1989-10-11|
    AU580098B2|1988-12-22|
    JPS61171987A|1986-08-02|
    FR2571467B1|1987-03-20|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    WO2009134160A1|2008-04-30|2009-11-05|Общество С Ограниченной Ответственностью "Тмк-Премиум Сервис"|Tight threaded joint for oil field pipes|
    RU2642922C2|2013-09-06|2018-01-29|Ниппон Стил Энд Сумитомо Метал Корпорейшн|Threaded joint for steel pipes|
    RU2659291C2|2012-11-28|2018-06-29|Ультра Премиум Ойлфилд Сервисез, Лтд.|Tubular connection with helically extending torque shoulder|
    RU2659932C2|2013-12-10|2018-07-04|Валлурек Ойл Энд Гес Франс|Assembly for producing threaded connection for drilling and operating hydrocarbon wells and resulting threaded connection|US1474375A|1920-09-10|1923-11-20|Us Government|Air-flask joint|
    US1946619A|1933-05-12|1934-02-13|Eugene C Furman|Method of sealing leaks in threaded joints|
    US2086133A|1935-07-24|1937-07-06|Frank J Kennedy|Connection or joint|
    US2177100A|1938-09-21|1939-10-24|Nat Supply Co|Leak-resisting pipe thread|
    US2380690A|1943-09-13|1945-07-31|Nat Tube Co|Pipe joint|
    US2671949A|1948-11-23|1954-03-16|Chicago Pneumatic Tool Co|Method of making tool joints|
    US2631871A|1949-04-30|1953-03-17|Albert L Stone|Pressure responsive pipe joint seal|
    US2760585A|1952-11-24|1956-08-28|Frank E Bergeron|Apparatus for applying lubricant to threaded connections|
    US2756479A|1955-01-14|1956-07-31|Garneau Hughes|Apparatus for forming a protective sheath about an end portion of a pipe having an internal liner|
    US3101207A|1958-07-26|1963-08-20|Henkel & Cie Gmbh|Process for the production of gas-tight tube connections|
    US3047316A|1958-10-01|1962-07-31|Atlas Bradford Company|Packed pin and box drill pipe coupling with means preventing extrusion of packing ring|
    US3339003A|1964-06-01|1967-08-29|Hi Shear Corp|Sealing of threaded fasteners|
    US3391101A|1964-08-10|1968-07-02|Jefferson Chem Co Inc|Pipe sealant compositions|
    IT994714B|1972-09-29|1975-10-20|Fischer Ag Georg|PROCEDURE AND DEVICE FOR THE APPLICATION OF A SEALING GROUND ON THE PARTS TO BE CONNECTED|
    AR206593A1|1972-03-31|1976-08-06|Kainan Steel Tube Co|STRUCTURE OF COUPLING JOINTS FOR THREADED PIPES, PARTICULARLY PIPES FOR OIL WELLS|
    CH557499A|1974-01-18|1974-12-31|Paveg Anstalt|Plastomeric pipe joint seal - using plastic coating on the threads of coupling, e.g. sleeve or nipple|
    JPS52145622U|1976-04-30|1977-11-04|
    DE2706649A1|1977-02-23|1978-08-24|Pilgrim Eng Dev|PIPE JOINT AND METHOD OF MANUFACTURING THE SAME|
    JPS53121226A|1977-03-29|1978-10-23|Sumitomo Metal Ind Ltd|Oil well pipe joint construction|
    US4226444A|1978-12-26|1980-10-07|Pilgrim Engineering Developments Limited|Pipe joints|
    GB2064041B|1979-11-19|1983-07-27|Hunting Oilfield Services Ltd|Pipe connectors|
    US4433862A|1982-04-13|1984-02-28|Otis Engineering Corporation|Pipe joint|
    US4473245A|1982-04-13|1984-09-25|Otis Engineering Corporation|Pipe joint|
    US4508326A|1983-01-11|1985-04-02|Andre Eugene R|Pressure chuck for irregular articles|
    GB8323858D0|1983-09-06|1983-10-05|Hunting Oilfield Services Ltd|Pipe connectors|
    JPS60205091A|1984-03-29|1985-10-16|Sumitomo Metal Ind|Pipe joint for oil well pipe|FR2587080B1|1985-09-12|1989-08-04|Vallourec|THREADED JOINT FOR STEEL TUBES COMPRISING A SEALING DEVICE LOCATED AT THE THREAD LEVEL|
    FR2592935B1|1986-01-15|1988-04-15|Vallourec|COMPOSITE THREADED JOINT FOR STEEL TUBE|
    FR2599812B1|1986-06-04|1988-12-02|Vallourec|JOINT FOR TUBES FOR THE OIL INDUSTRY|
    GB2202291B|1987-03-19|1991-09-04|Nippon Steel Corp|Joint for marine structure-mooring steel pipe leg members|
    US5092635A|1990-04-27|1992-03-03|Baker Hughes Incorporated|Buttress thread form|
    JP2541291Y2|1990-10-05|1997-07-16|セイコー精機株式会社|Vacuum pump|
    US5137310A|1990-11-27|1992-08-11|Vallourec Industries|Assembly arrangement using frustoconical screwthreads for tubes|
    WO1996013385A1|1994-10-20|1996-05-09|Joalto Design, Inc.|Vehicle door adjustment system|
    NL1012048C2|1999-05-12|2000-11-14|Ihc Holland Nv|Assembly of an axle and a hub to be connected thereto.|
    GB2358228B|2000-01-13|2002-11-06|Ian Harold Hignett|Improvements to pipe joints|
    EP1359359A1|2002-04-29|2003-11-05|Shell Internationale Researchmaatschappij B.V.|Screw thread connector seal|
    GB0227603D0|2002-11-27|2002-12-31|Hsc S A L|Improved casino joints|
    US6905149B2|2003-01-02|2005-06-14|Grant Prideco, L.P.|Pressure relieved thread connection|
    CA2481609A1|2004-09-28|2006-03-28|Argus Machine Co. Ltd.|Threaded connection for drill pipes|
    US20060107509A1|2004-11-23|2006-05-25|Mannella Eugene J|Method of sealing threaded connections|
    US7562911B2|2006-01-24|2009-07-21|Hydril Usa Manufacturing Llc|Wedge thread with sealing metal|
    JP5028923B2|2006-09-14|2012-09-19|住友金属工業株式会社|Threaded joints for steel pipes|
    US20150008667A1|2010-11-29|2015-01-08|Boris Yur'evich Shcherbakov|Tightly threaded joint for oil field pipes|
    US8870756B2|2010-10-08|2014-10-28|ERBE-USA, Inc.|Hybrid apparatus for fluid supply for endoscopic irrigation and lens cleaning|
    DE102011010897A1|2011-02-10|2012-08-16|Gebr. Brasseler Gmbh & Co. Kg|Dental instrument|
    US20120298249A1|2011-05-24|2012-11-29|Banker Edward O|Tubular connection and associated thread form|
    US8684419B2|2012-08-24|2014-04-01|Vetco Gray Inc.|Tubular connector having a secondary shoulder|
    CN102829270A|2012-09-13|2012-12-19|中国石油天然气股份有限公司|Method for connecting small-diameter metal pipes|
    FR3007495B1|2013-06-19|2015-11-13|Vallourec Mannesmann Oil & Gas|ASSEMBLY FOR MAKING A THREADED JOINT FOR DRILLING AND OPERATING HYDROCARBON WELLS, THREADED JOINT AND METHOD OF MAKING SAME|
    USD750235S1|2014-03-19|2016-02-23|ERBE-USA, Inc.|Endoscope connector|
    US10052472B2|2014-10-31|2018-08-21|ERBE-USA, Inc.|Coupler for endoscope fluid supply|
    CN104481422B|2014-11-12|2016-10-26|中国石油天然气集团公司|A kind of aluminium alloy drill pipe body and the attachment structure of steel joint|
    US9683684B1|2015-12-09|2017-06-20|Certus Energy Solutions, Llc|Tubular coupling|
    CN106523820A|2016-11-04|2017-03-22|成都启立辰智科技有限公司|Water conservancy pipeline|
    EP3822449A1|2017-01-31|2021-05-19|Torsion Tool Company AS|A coupling|
    AU2018363846B2|2017-11-09|2021-07-01|Nippon Steel Corporation|Threaded connection for steel pipe|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    FR8415551A|FR2571467B1|1984-10-10|1984-10-10|THREADED JOINT FOR A STEEL TUBE HAVING A THREADED SEALING DEVICE|
    [返回顶部]