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
    • 72. 发明申请
    • SCHALTVORRICHTUNG FÜR MASCHNINELLE ANLAGEN
    • 控制装置植物MASCHNINELLE
    • WO2005087405A1
    • 2005-09-22
    • PCT/EP2005/001529
    • 2005-02-16
    • GRUBER, Heinz
    • GRUBER, Heinz
    • B21H3/02
    • B21H3/02
    • Eine für eine Notfallabschaltung maschineller Anlagen bestimmte Schaltvorrichtung (20) besteht aus einer manuellen Betätigungseinrichtung (21), einem Energiespeicher (22) und einem Schaltorgan (23), das zur ausgangsseitigen Generierung einer Schaltbewegung bestimmt und eingerichtet ist. Die durch diese Bewegung unmittelbar ausgelöste primäre Schaltfunktion wird sofort nach Aktivieren der Betätigungseinrichtung (21) wirksam. Über den vorzugsweise als Federkraftspeicher ausgebildeten Energiespeicher (22) wird die für eine Notabschaltung erforderliche Energie bereitgestellt. Das Schaltorgan (23) ist ferner zur zeitlich verzögerten Bewirkung weiterer sekundärer Schaltfunktionen (25, 26, 27, 28) eingerichtet, die sich auf Komponenten der Anlage beziehen und die beispielsweise aus Gründen der Betriebssicherheit nicht gleichzeitig mit der primären Schaltfunktion eingeleitet werden können. Die Schaltvorrichtung (20) weist aufgrund des Energiespeichers eine hohe Zuverlässigkeit auf.
    • 一个特定的用于机器设备的开关装置(20)的紧急停机由一个手动操作装置(21)的,能量存储器(22)和开关元件(23),其意在输出侧产生的开关动作,并设置。 直接由该移动主开关功能诱发立即激活操作装置后(21)有效。 用于紧急关闭所需的能量是通过优选地设计为弹簧的能量存储的能量存储器(22)提供。 切换构件(23)还用于进一步次级开关函数(25,26,27,28)被布置成与所述系统的组件和不能与主开关功能同时启动,例如用于操作安全的原因,时间延迟的效果。 所述的开关装置(20)具有高的可靠性,由于能量存储。
    • 74. 发明申请
    • METHOD AND DEVICE FOR THE FINISHING BY ROLLER BURNISHING OF A HELICAL THREAD CUT ON A CYLINDRICAL PART
    • 螺旋式螺纹切割机在圆柱形部件上进行磨光处理的方法和装置
    • WO1984000511A1
    • 1984-02-16
    • PCT/FR1983000164
    • 1983-08-02
    • EQUIPEMENTS AUTOMOBILES MARCHALPERRAUDIN, Hubert, A.
    • EQUIPEMENTS AUTOMOBILES MARCHAL
    • B23P09/04
    • B21H3/02B23P9/02B23P9/04
    • A wheel (16) of which the periphery is shaped as a profile which is complementary to that of the threading to be surfaced, is used as a cutter for roller burnishing a helical thread. The wheel (16) is idle mounted in rotation about an axis inclined to the axis of the screw (10) which is rotatingly driven on itself about the axis thereof. The wheel (16) is resiliently applied against the screw (10) by means of a compression spring (56) which pushes back the pivoting support (18) of the wheel (16) in the direction of the screw (10). The carriage (20) on which the support (18) is pivotingly mounted is free to move with a translating motion parallel to the axis of the screw (10) on a rail (22). Application to the finishing by roller burnishing of a helical thread by an automatic repetitive cycle of a given number of passes of a burnishing wheel along the thread.
    • 将周边成形为与待表面的螺纹的轮廓互补的轮廓的轮(16)用作用于滚动抛光螺旋螺纹的切割器。 轮(16)围绕与螺杆(10)的轴线倾斜的轴线旋转而怠速安装,该轴线绕其轴线自身旋转驱动。 轮(16)通过压缩弹簧(56)弹性地施加到螺钉(10)上,压缩弹簧(56)沿着螺钉(10)的方向推回车轮(16)的枢转支撑件(18)。 支撑架(18)枢转安装在其上的支架(20)能够在平行于螺钉(10)的轨道(22)上的平移运动中自由移动。 通过沿着螺纹的抛光轮的给定数量的通过的自动重复循环,通过滚柱抛光螺旋螺纹来应用于精加工。
    • 77. 发明授权
    • Locking bolt and method for manufacturing same
    • 锁紧螺栓及其制造方法
    • US09212685B2
    • 2015-12-15
    • US14232397
    • 2012-06-05
    • Tadayoshi YamazakiKazuki Yamazaki
    • Tadayoshi YamazakiKazuki Yamazaki
    • F16B39/28F16B39/00B21K1/46B21K1/56F16B35/06F16B39/284B21H3/02
    • F16B39/00B21H3/02B21J13/02B21K1/46B21K1/463B21K1/56B21K29/00F16B35/06F16B39/284
    • It is an object to provide a locking bolt, which is capable of tightly fixing a member or the like at an extremely high degree of firmness without being loosened even when vibrations are repeatedly applied thereto, and is manufactured in an extremely facilitated manner. The locking bolt includes: a shank section (1) threaded on an outer circumference thereof; and a head section (2) provided at one end of the shank section (1). The head section (2) includes: a main body portion (201) having a hexagonal cross-sectional shape; and a cylindrical skirt portion (202) provided continuously with the main body portion (201) and formed so as to be spaced radially outward from the main body portion (201) in an expanding manner along a concave surface using a catenary curve surface. The locking bolt has a structure in which: a lower edge surface (203) of an outer surface of the cylindrical skirt portion (202) is parallel to an axis (X-X) of the main body portion (201); and an inner surface of the cylindrical skirt portion (202) is hollowed into an inverted catenary curve surface-like shape with a flat portion left on a bottom rim (204).
    • 本发明的目的是提供一种锁定螺栓,其能够以非常高的硬度牢固地固定构件等,即使在重复施加振动时也不会松动,并且以极其方便的方式制造。 锁定螺栓包括:在其外圆周上螺纹的柄部分(1); 以及设置在所述柄部(1)的一端的头部(2)。 头部(2)包括:具有六边形横截面形状的主体部分(201); 以及与所述主体部(201)连续设置并且形成为与所述主体部(201)径向向外间隔地延伸的圆筒状裙部(202),所述圆筒状裙部以凹状表面使用悬链曲面形成。 锁定螺栓具有如下结构:圆筒形裙部(202)的外表面的下边缘表面(203)平行于主体部分(201)的轴线(X-X); 并且所述圆筒形裙部部分(202)的内表面被挖空成具有平坦部分留在底边缘(204)上的倒钩状曲线状表面状。
    • 79. 发明授权
    • Threaded rebar manufacturing process and system
    • 螺纹钢筋制造工艺及系统
    • US09010165B2
    • 2015-04-21
    • US13008751
    • 2011-01-18
    • Francis W. GriggsJames R. DollarBrent Michael MorrisJerry Thomas Brown
    • Francis W. GriggsJames R. DollarBrent Michael MorrisJerry Thomas Brown
    • B21B13/08E04C5/03B21H3/02B21B1/16
    • B21D43/28B21B1/163B21H3/02E04C5/03
    • Embodiments of the invention comprise forming a billet from molten steel and hot rolling the billet to reduce the cross sectional area of the billet. Thereafter, the billet is hot rolled into a lead pass bar having a cross-sectional area comprising a reduced width dimension located adjacent to the center longitudinal axis of the bar. In one embodiment of the invention, the billet can be formed into a lead pass bar having a cross-sectional area in the shape of an hourglass or peanut by feeding the billet through a first set of rolls. After the lead pass bar is formed, it is passed through a second set of rolls in order to form the substantially continuous threaded rebar without longitudinal ribs. The cross-sectional area of the lead pass bar helps to produce a substantially continuous threaded rebar product without longitudinal ribs using standard rebar manufacturing tooling and equipment.
    • 本发明的实施例包括从钢水中形成坯料并热轧坯料以减小坯料的横截面积。 此后,坯料被热轧成具有横截面积的引导通道,引导通道包括邻近杆的中心纵向轴线的减小的宽度尺寸。 在本发明的一个实施例中,坯料可以通过将坯料送入第一组辊而形成具有沙漏或花生形状的横截面积的引导通道。 在形成导线棒之后,它通过第二组辊,以形成没有纵向肋的基本上连续的螺纹钢筋。 导线棒的横截面积有助于使用标准钢筋制造工具和设备来生产基本上连续的螺纹钢筋产品,而不使用纵向肋。