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    • 3. 发明申请
    • Door or gate
    • 门或门
    • US20070084126A1
    • 2007-04-19
    • US11545673
    • 2006-10-11
    • Dieter HautmannJurgen HofmannOliver Sommer
    • Dieter HautmannJurgen HofmannOliver Sommer
    • E06B7/16
    • E06B5/18H05K9/0015
    • Door or gate, with an at least partially peripheral sealing means, with a retaining strip made from metal, within which the seal is arranged, wherein the seal may be activated pneumatically and is provided in the region of a door or gate opening for air-tight abutment against an installation frame made from metal, with fastening means arranged laterally of the seal for fastening electrically conductive contact elements, the electrical contact elements extending in the direction of the longitudinal axis of the seal and with their end above the surface of the seal that is directed toward the door or gate opening in such a way that when the door/gate is closed, said contact elements are pressed into electrical contact with the building-side installation frame and the surface of the seal is at the same time in air-tight contact with the installation frame.
    • 具有至少部分周边的密封装置的门或门具有由金属制成的保持带,其中布置有密封件,其中密封件可被气动地启动并且设置在门或门开口的区域中, 紧紧抵靠由金属制成的安装框架,紧固装置设置在密封件的横向以用于紧固导电接触元件,电接触元件沿着密封件的纵向轴线的方向延伸并且其端部在密封件的表面上方 以门/门关闭的方式指向门或门开口,所述接触元件被压入与建筑物侧安装框架电接触,并且密封件的表面同时在空气中 与安装框架接触。
    • 4. 发明申请
    • Electromechanical lock cylinder
    • 机电锁缸
    • US20060213240A1
    • 2006-09-28
    • US10562166
    • 2004-06-22
    • Volker KrischHardy BismarkBernhard MuellerJurgen HofmannBertrand Roland
    • Volker KrischHardy BismarkBernhard MuellerJurgen HofmannBertrand Roland
    • E05B47/06
    • E05B47/0692E05B47/0012E05B47/0649E05B2047/0025E05B2047/0067Y10T70/7062Y10T70/7102Y10T70/713
    • The invention relates to an electromechanical lock cylinder, which interacts with evaluating electronics for recognizing an access authorization and comprises a housing that has two opposing cylindrical cavities (12). A lock core, which can be actuated by a key, or a knob shaft (11), which is joined to a knob in a rotationally fixed manner, is rotationally mounted in said cavities. The lock core and/or knob shaft (11) interact with a lock lug (13), which actuates, in particular, a bolt or latch of a door lock. When the key fits or in the event of a successful access authorization, an electromechanically driven blocking or coupling element (14) is moved out of the position of rest into an angular position, and a rotationally fixed joining between the key or knob and the lock lug (13) is effected. The invention is characterized in that the lock lug (13), when the blocking or coupling element (14) is in a position of rest, can be freely rotated relative to both lock cores or to both knob shafts (11).
    • 本发明涉及一种机电锁芯,其与用于识别进入授权的评估电子装置相互作用,并且包括具有两个相对的圆柱形空腔(12)的壳体。 旋转地安装有可以通过钥匙致动的锁芯或旋转固定方式连接到旋钮的旋钮轴(11)。 锁芯和/或旋钮轴(11)与锁定凸耳(13)相互作用,锁紧凸耳特别地致动门锁的螺栓或闩锁。 当钥匙配合或者在成功进入许可的情况下,机电驱动的阻塞或联接元件(14)被移出静止位置到角位置,并且在钥匙或旋钮和锁之间的旋转固定的接合 (13)。 本发明的特征在于,当阻挡或联接元件(14)处于静止位置时,锁定凸耳(13)能够相对于两个锁芯或两个旋钮轴(11)自由旋转。
    • 9. 发明授权
    • Preparation of thermoplastics
    • 热塑性塑料的制备
    • US5910276A
    • 1999-06-08
    • US620310
    • 1996-03-22
    • Norbert GuntherbergJurgen HofmannHilmar OhligElmar MailahnKlaus BusBernhard CzaudernaSven Grabowski
    • Norbert GuntherbergJurgen HofmannHilmar OhligElmar MailahnKlaus BusBernhard CzaudernaSven Grabowski
    • B29B7/88B29B7/48B29B7/58B29C47/40B29C47/76C08G85/00C08J3/20C08J3/205C08L25/04C08L27/06C08L33/04C08L33/12C08L33/18C08L33/20C08L51/00C08L51/04C08L55/02C08L101/00
    • B29C47/767B29C47/40B29C47/6031B29C47/6056B29C47/62B29C47/64B29C47/76C08J3/205C08L51/04C08L55/02B29C47/0011B29C47/0019B29C47/0023B29C47/762
    • Toughened thermoplastics are prepared by mechanically dewatering a water-moist elastomer component A containing up to 60% by weight of residual water and mixing the resulting dewatered elastomer component A' with a thermoplastic polymer B in an extruder, by a process in which the elastomer component A is fed to a twin-screw extruder which has corotating, in each case double-flight, screws and essentially includes, in the transport direction,a metering section in which the elastomer component A is fed to the extruder by a metering means,at least one squeeze section which serves for dewatering and contains at least one retarding element and in each case at least one associated dewatering orifice,at least one section provided with a conveying screw or at least one section provided with mixing, kneading or other plasticating elements or combinations of these elements,at least one section in which the thermoplastic polymer B is introduced as a melt into the extruder,at least one section provided with mixing, kneading or other plasticating elements or combinations of these elements,at least one devolatilization section which is provided with at least one devolatilization orifice and in which the residual water is removed as steam, anda discharge zone,the water emerging from the dewatering orifices being present partially or completely in the liquid phase, and the extruder being operated at a screw speed of from 50 to 600 min.sup.-1 and average shear rates of from 20 to 240 s.sup.-1.
    • 通过机械脱水含有高达60重量%的残余水的水分弹性体组分A并将所得脱水的弹性体组分A'与热塑性聚合物B混合在挤出机中,通过以下方法制备增韧的热塑性塑料,其中弹性体组分 A被输送到双螺杆挤出机,双螺杆挤出机在每个情况下都具有旋转螺旋,并且在输送方向上基本上包括计量部分,其中弹性体组分A通过计量装置进料到挤出机, 至少一个挤压部分,其用于脱水并且包含至少一个延迟元件,并且在每种情况下包括至少一个相关联的脱水孔,设置有输送螺杆的至少一个部分或设置有混合,捏合或其它塑化元件的至少一个部分, 这些元件的组合,将热塑性聚合物B作为熔体引入挤出机中的至少一个部分,至少一个部分 n具有混合,捏合或其它塑化元件或这些元素的组合,至少一个脱挥发段,其设置有至少一个脱挥发分孔,残留水作为蒸汽除去,以及排出区,从 脱水孔部分或完全在液相中存在,挤出机以50至600分钟-1的螺杆速度和20至240s -1的平均剪切速率操作。