会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明申请
    • METHOD AND DEVICE FOR CUTTING WOUND HOSES
    • 切割伤口的方法和装置
    • US20140352833A1
    • 2014-12-04
    • US14293323
    • 2014-06-02
    • Witzenmann GmbH
    • Matthias Farr
    • B23K28/02F16L11/08B23K11/00B23K26/38B23K11/26
    • B23K28/02B21C37/122B21C37/127B23K7/006B23K11/002B23K11/26B23K26/38B23K2101/06F16L11/08F16L11/16
    • A method for cutting a wound hose (1), made form mutually engaging windings (11, 12, 13, 14) of a metallic tape (2), with the wound hose (1) being welded in a predetermined axial area (10) and then cut within the area (10) essentially in a plane (6) extending radially, with the wound hose (1) being axially compressed in the predetermined area prior to welding such that in the area (10) a mutual contacting of the windings (11, 12, 13, 14) occurs. The welding is performed along a predetermined number of windings (11-14) in the area (10), and the welding energy required for welding the windings is introduced via the area of the winding hose into it. Additionally, an accordingly produced wound hose (1) is provided and a device suitable for its production.
    • 一种用于切割由金属带(2)相互接合的绕组(11,12,13,14)制成的缠绕软管(1)的方法,其中缠绕的软管(1)被焊接在预定的轴向区域(10)中, 然后基本上在径向延伸的平面(6)内在区域(10)内切割,在被焊接的软管(1)在预定区域中被轴向压缩,使得在区域(10)中绕组的相互接触 (11,12,13,14)。 焊接沿着区域(10)中的预定数量的绕组(11-14)进行,并且焊接绕组所需的焊接能量通过绕组软管的区域被引入其中。 此外,提供相应地生产的卷绕软管(1)和适于其生产的装置。
    • 5. 发明授权
    • Exhaust-gas conduction component
    • 排气传导元件
    • US08291943B2
    • 2012-10-23
    • US12741096
    • 2008-10-11
    • Bernard WalleMichael Pluschke
    • Bernard WalleMichael Pluschke
    • F16L11/00
    • F01N13/1811F01N13/14F01N13/143F01N13/1816F16L27/1004F16L27/11F16L51/03F16L55/041
    • An exhaust-gas conduction component that is effective as a vibration decoupling element and can be installed in an exhaust-gas system for conducting the exhaust gases of a motor vehicle internal combustion engine. The exhaust-gas conduction component (1) has an outer pipe (2) with a corrugated metal tube section (3; 4) and an inner pipe (8) that is coaxial with the outer pipe (2) and separated from the latter by an annular gap. The outer pipe (2) also has a smooth central section (5), first and second corrugated metal tube sections (3; 4) and smooth first and second end sections (6; 7). The inner pipe (8) is permanently fixed to the outer pipe (2) by a continuous joint (9) extending around the central section (5) and the rectilinear exhaust-gas conduction component (1) is approximately axially symmetrical in relation to a central transverse axis (10). The exhaust-gas conduction component is especially suitable in utility vehicles for linking an emission control unit to an internal combustion engine.
    • 一种作为振动解耦元件有效的排气传导部件,其可以安装在用于导引机动车内燃机的废气的排气系统中。 排气传导部件(1)具有带有波纹金属管部(3; 4)的外管(2)和与外管(2)同轴的内管(8),与内管 环形间隙。 外管(2)还具有平滑的中心部分(5),第一和第二波纹金属管部分(3; 4)和平滑的第一和第二端部部分(6; 7)。 内管(8)通过围绕中心部分(5)延伸的连续接头(9)永久地固定到外管(2),并且直线排气传导部件(1)相对于 中心横轴(10)。 排气传导部件特别适用于用于将排放控制单元与内燃机连接的多用途车辆。
    • 6. 发明申请
    • METHOD AND PREPROCESSED TUBE FOR PRODUCING A TUBE WITH A BENT PROGRESSION OR A BEND EMBODIED AS A TRAVERSE PROGRESSION
    • 用于生产具有弯曲成形或弯曲的管的方法和预制管作为过渡进程
    • US20120138185A1
    • 2012-06-07
    • US13295535
    • 2011-11-14
    • Hans Tubach
    • Hans Tubach
    • F16L9/00B21D9/04
    • B21C37/15B23D15/002B23D21/02B23D23/02F16L43/001
    • A method and preprocessed tube for producing a tube with a bent progression or bend embodied as a transverse progression. For the bent position of the tube or for each fold of the transverse progression, two miter cuts are made into an essentially straight tube, creating two tube sections with miter cut surfaces extending along cutting planes and a cutting wedge. The miter cuts are placed such that the cutting planes intersect at a point located inside the tube wall, and at this point a bendable bar is left intact connecting the two tube sections. A folding of the miter cut surfaces of the two tube sections onto each other around the bar acting as a hinge allows both tube sections to be welded together around their miter cut surfaces. An additional centering aid formed by a protrusion and a recess can be provided in the opposite miter cut surfaces.
    • 一种用于生产具有弯曲进展或弯曲的管的方法和预处理管,其被实施为横向进程。 对于管的弯曲位置或横向进展的每个折叠,两个斜切切口被制成基本上直的管,形成两个管段,具有沿着切割平面延伸的斜切切面和切割楔。 倾斜切口被放置成使得切割平面在位于管壁内部的点处相交,并且此时可弯曲的杆保持连接两个管部分。 将两个管部分的斜切割表面折叠成围绕作为铰链的杆彼此相对地允许两个管部分在其斜切切割表面周围焊接在一起。 可以在相对的斜切割表面中设置由突起和凹部形成的附加定心辅助件。
    • 7. 发明授权
    • Sprinkler mount
    • 喷头安装
    • US07954771B2
    • 2011-06-07
    • US11764103
    • 2007-06-15
    • Gerd Paulig
    • Gerd Paulig
    • F16L3/24F16L3/00A62C35/00A62C37/08G09F7/18
    • A62C35/68
    • A mount for situating a sprinkler nozzle of a fire extinguishing system in an opening of a suspended ceiling system, the fire extinguishing system having a main line to which a downwardly directed sprinkler nozzle is connected by a flexible hose line, a bridge provided on the top side of the ceiling system extending essentially parallel thereto, the bridge being connected to girders of the ceiling system by a detachable clamp, and the sprinkler nozzle being at least indirectly attached to the bridge.
    • 一种用于将灭火系统的喷洒喷嘴定位在悬吊天花板系统的开口中的灭火系统,其具有通过柔性软管线与向下指示的喷洒喷嘴连接的主线,设置在顶部的桥 天花板系统的侧面基本上平行于其延伸,桥接器通过可拆卸的夹子连接到天花板系统的桁架,并且喷洒喷嘴至少间接地附接到桥。
    • 8. 发明申请
    • METHOD AND PREPROCESSED TUBE FOR PRODUCING A TUBE WITH A BENT PROGRESSION OR A BEND EMBODIED AS A TRAVERSE PROGRESSION
    • 用于生产具有弯曲成形或弯曲的管的方法和预制管作为过渡进程
    • US20080134744A1
    • 2008-06-12
    • US11953958
    • 2007-12-11
    • Hans Tubach
    • Hans Tubach
    • B21D7/00
    • B21C37/15B23D15/002B23D21/02F16L43/001
    • A method and a preprocessed tube for producing a tube with a bent progression or with a bend embodied as a transverse progression. For the bent position of the tube or for each fold of the transverse progression, two miter cuts are made into an essentially straight tube, thus creating two tube sections with miter cut surfaces extending along the cutting planes and a cutting wedge. The miter cuts are placed according to the invention such that the cutting planes intersect at a point located inside the tube wall, and at this point a bendable bar is left intact connecting the two tube sections. A folding of the miter cut surfaces of the two tube sections onto each other around the bar acting as a hinge then allows both tube sections to be welded together all around their miter cut surfaces. Preferably an additional centering aid in form of a protrusion and a form-fitting recess is provided in the two opposite miter cut surfaces.
    • 一种用于生产具有弯曲进展的管或具有横向进展的弯曲的管的预处理管。 对于管的弯曲位置或横向进展的每个折叠,两个斜切切口被制成基本上直的管,从而形成两个管段,其具有沿着切割平面延伸的斜切切面和切割楔。 根据本发明设置斜切切口,使得切割平面在位于管壁内部的点处相交,并且在这一点上,连接两个管部分的可弯曲杆保持不变。 将两个管段的斜切割表面折叠成围绕作为铰链的杆彼此相对地允许两个管段在其斜切切割表面周围被焊接在一起。 优选地,在两个相对的斜切切割表面中提供了一种形式的突起和形状配合凹槽的附加定心辅助件。
    • 9. 发明授权
    • Plug connection between a corrugated hose and an unprofiled pipe
    • 波纹管和未成型管之间的插头连接
    • US07290804B2
    • 2007-11-06
    • US10387785
    • 2003-03-13
    • Matthias GehringPeter Foitzik
    • Matthias GehringPeter Foitzik
    • F16L21/06
    • F16L25/0045Y10S285/903
    • Plug connection between a corrugated hose and an unprofiled pipe. A plug connection is provided between a corrugated hose (1) and an unprofiled pipe (31), a holding element (3, 34, 50) that surrounds the unprofiled pipe (31) being connected at least indirectly with the hose end (4), and the end (31) of the unprofiled pipe being surrounded by a sealing ring (16, 17, 30) that is situated before the holding element (3, 34, 50). The sealing ring is connected at least indirectly with the hose (1) so as to form a seal. It is provided that the holding element (3, 34, 50) is situated in the hose end (4) and is held thereby, at least indirectly, by mutual positively locking engagement in the axial direction, and that on the other side of the seal (17, 18, 30) a guide sleeve (18, 25) having an inner diameter that corresponds to the outer diameter of the unprofiled pipe (31) is situated before the holding element (3, 34, 50). The sleeve is held radially by the hose (1) practically play-free, and at least indirectly, by mutual positively locking engagement in the axial direction.
    • 波纹管和未成型管之间的插头连接。 在波纹软管(1)和未成型管道(31)之间提供插头连接,围绕未成型管道(31)的保持元件(3,34,50)至少间接地与软管端部(4)连接, 并且未配置管的端部(31)被位于保持元件(3,34,50)之前的密封环(16,17,30)包围。 密封环至少间接地与软管(1)连接以形成密封。 提供了保持元件(3,34,50)位于软管端部(4)中并且至少间接地通过在轴向方向上相互正向锁定接合而被保持,并且在另一侧 密封件(17,18,30)具有对应于未成型管道(31)的外径的内径的引导套筒(18,25)位于保持元件(3,34,50)之前。 套管由软管(1)径向地保持无缝隙,并且至少间接地通过沿轴向相互正向锁定接合。
    • 10. 发明授权
    • Solar heating installation with failure-protected heating medium hose
    • 太阳能加热设备带有故障保护的加热介质软管
    • US4856494A
    • 1989-08-15
    • US131590
    • 1987-12-11
    • Claus SchusslerJanusz WojcikRolf Hemminger
    • Claus SchusslerJanusz WojcikRolf Hemminger
    • F16L11/10F24J2/14F24J2/54
    • F24J2/5417F16L11/10F24J2/14F24J2/4647Y02E10/45Y02E10/47
    • To prevent snap-over of a flexible connecting tube conducting solar-heated liquid to a mirror which follows the travel of the sun through the sky and then changes to an inverted "night" position, as shown in FIG. 1 at (a), a flexible corrugated or pleated tube or hose (6) with a braid (9) to form a multi-layered structure (6,9) is surrounded by a stiffening jacket (10) in the form of a spiral metal tube with interlocking adjacent windings. The stiffening jacket has the characteristic to dampen movement of the tube and additionally the tendency to retain the tube in straight or at least single-bend position, so that unstable double bends (FIG. 1, B, C) are avoided. This substantially increases the lifetime of the tube. A lubricant (15) may be introduced between the corrugated tube (6) or the braid (9) and the stiffening jacket (10). Preferably, the braid is a wire mesh or braid (9) surrounding the corrugated tube (6). The end portions, adjacent attachments to ducts (2) on the mirror and a fixed attachment (4) can be reinforced.
    • 为了防止将太阳能加热的液体柔性的连接管卡扣到跟随太阳穿过天空的行进的反射镜上,然后变成反向的“夜”位置,如图3所示。 如图1(a)所示,具有形成多层结构(6,9)的编织物(9)的柔性波纹或折叠管或软管(6)被螺旋形式的加强护套(10)包围 金属管具有互锁的相邻绕组。 加强护套具有抑制管的移动的特征,另外还具有将管保持在直线或至少单弯位置的趋势,从而避免了不稳定的双弯(图1,B,C)。 这大大增加了管的寿命。 可以在波纹管(6)或编织物(9)和加强套(10)之间引入润滑剂(15)。 优选地,编织物是围绕波纹管(6)的丝网或编织物(9)。 可以加强端部,与镜子上的管道(2)相邻的附件和固定附件(4)。