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    • 3. 发明授权
    • Compensation for power feed line weight in weight measurement devices
    • 重量测量装置中馈线重量的补偿
    • US4742528A
    • 1988-05-03
    • US895890
    • 1986-08-12
    • Otto Stenzel
    • Otto Stenzel
    • G01G17/00B22D23/10C22B9/18G01G23/16H05B7/152H05B7/148
    • C22B9/18G01G23/16H05B7/152Y02P10/256Y02P10/259
    • A compensation device for the influence of the weight of a power feed line on a weight measurement device determining the weight of an electrode and/or the melting rate in an electro-slag remelting process, in a vacuum arc furnace or the like. When an x-y device is adjusted, a weight jump occurs due to the forces of the power cable or the forces of the bellows, which has a disturbing effect on the rate definition. This weight jump can be prevented by means of mechanical devices, or can be made so small that it no longer constitutes a disturbance. However, the expenditure for this is disproportionately high. The invention is more cost efficient, since hardware or software means suffice. The weight function G=f(t) is extrapolated and compared with the actually measured weight G'=f(t). The magnitude of the difference between the two is stored and later added as a correction value.
    • 在真空电弧炉等中,用于影响供电线的重量对确定电极重量的重量测量装置和/或电渣重熔过程中的熔化速率的影响的补偿装置。 当x-y装置被调整时,由于电力电缆的力或波纹管的力而产生重量跳跃,这对速率定义具有不利影响。 这种重量跳跃可以通过机械装置来防止,或者可以使其小到不再构成干扰。 但是,这方面的支出却不成比例。 本发明更具成本效益,因为硬件或软件装置就足够了。 权重函数G = f(t)被外推,并与实际测量的权重G'= f(t)进行比较。 两者之间的差值的大小被存储并且随后被添加为校正值。
    • 4. 发明授权
    • Drilling and/or striking hammer with a lubricating device
    • 钻孔和/或打击锤与润滑装置
    • US08047302B2
    • 2011-11-01
    • US12489753
    • 2009-06-23
    • Rudolf BergerOtto Stenzel
    • Rudolf BergerOtto Stenzel
    • B25D17/26B25D17/24
    • B25D17/26B25D17/24B25D2211/068B25D2250/101B25D2250/221B25D2250/371F16N7/14F16N11/04F16N29/02
    • Disclosed is a drilling and/or striking hammer that includes a lubricating device having a lubricant reservoir and a volume of lubricant contained therein. The lubricating device conveys lubricant to at least one a transmission system within the hammer's housing, a percussion system, and/or a tool holder at a variable dosing or flow rate. The dosing or flow rate varies as a function of tool stress which can include use intensity and/or temperature. A flexible tube extends between the reservoir and the lubricated component(s). At lease part of the flexible tube vibrates with the lubricated components during use and modifies a viscosity of the lubricant therein, based on tool use intensity. A pressure generating device can pressurize the lubricant, helping convey the lubricant to a targeted area for lubricating movable parts.
    • 公开了一种钻孔和/或打击锤,其包括具有润滑剂储存器和其中容纳的润滑剂的体积的润滑装置。 润滑装置将润滑剂输送到锤子壳体内的至少一个传动系统,冲击系统和/或可变计量或流量的工具保持器。 剂量或流量随刀具应力的函数而变化,其可以包括使用强度和/或温度。 柔性管在储存器和润滑部件之间延伸。 柔性管的至少一部分在使用期间与润滑的部件振动,并且基于工具使用强度改变其中的润滑剂的粘度。 压力发生装置可以对润滑剂加压,有助于将润滑剂输送到目标区域以润滑可动部件。
    • 5. 发明申请
    • Drilling and/or Striking Hammer with a Lubricating Device
    • 钻孔和/或打击锤具有润滑装置
    • US20090277657A1
    • 2009-11-12
    • US12489753
    • 2009-06-23
    • Rudolf BergerOtto Stenzel
    • Rudolf BergerOtto Stenzel
    • B25D17/26B25D17/24
    • B25D17/26B25D17/24B25D2211/068B25D2250/101B25D2250/221B25D2250/371F16N7/14F16N11/04F16N29/02
    • Disclosed is a drilling and/or striking hammer that includes a lubricating device having a lubricant reservoir and a volume of lubricant contained therein. The lubricating device conveys lubricant to at least one a transmission system within the hammer's housing, a percussion system, and/or a tool holder at a variable dosing or flow rate. The dosing or flow rate varies as a function of tool stress which can include use intensity and/or temperature. A flexible tube extends between the reservoir and the lubricated component(s). At lease part of the flexible tube vibrates with the lubricated components during use and modifies a viscosity of the lubricant therein, based on tool use intensity. A pressure generating device can pressurize the lubricant, helping convey the lubricant to a targeted area for lubricating movable parts.
    • 公开了一种钻孔和/或打击锤,其包括具有润滑剂储存器和其中容纳的润滑剂的体积的润滑装置。 润滑装置将润滑剂输送到锤子壳体内的至少一个传动系统,冲击系统和/或可变计量或流量的工具保持器。 剂量或流量随刀具应力的函数而变化,其可以包括使用强度和/或温度。 柔性管在储存器和润滑部件之间延伸。 柔性管的至少一部分在使用期间与润滑的部件振动,并且基于工具使用强度改变其中的润滑剂的粘度。 压力发生装置可以对润滑剂加压,有助于将润滑剂输送到目标区域以润滑可动部件。
    • 6. 发明申请
    • Oil Supply For An Internal Combustion Engine
    • 内燃机供油
    • US20080035101A1
    • 2008-02-14
    • US11568134
    • 2005-04-20
    • Wolfgang HauslerOtto StenzelGeorg Sick
    • Wolfgang HauslerOtto StenzelGeorg Sick
    • F01M11/02
    • F01M1/08F01M1/16F01M2001/086F01P3/08
    • The invention relates to an oil supply for an internal combustion engine, comprising an oil supply device for the supply of oil to a piston, reciprocating in a cylinder. The oil supply device is embodied such that at least at a point at which the piston is in the region of bottom dead centre, oil is introduced directly into a region below the piston, by means of the oil supply device, in particular, beneath the piston crown and within the piston skirt. The oil supply device thus comprises at least one tube element, extending into a region beneath the piston crown. The tube element terminates as close as possible to a gudgeon pin, when the piston is at bottom dead centre. A targeted lubrication of the mechanically and thermally highly loaded gudgeon pin can thus be guaranteed. It is also possible by means of the oil supply to supply transfer ports of a two-stroke engine with oil, counteracting a tendency to coke up.
    • 本发明涉及一种用于内燃机的供油装置,其特征在于,包括用于向活塞供应油的供油装置,在气缸中往复运动。 供油装置被实施为使得至少在活塞处于下死点区域的点处,油通过供油装置直接引入活塞下方的区域,特别是在 活塞冠和活塞裙内。 因此,供油装置包括延伸到活塞顶部下方的区域中的至少一个管元件。 当活塞处于下止点时,管元件尽可能靠近舵杆终止。 因此可以保证机械和热负荷较高的舵头针的目标润滑。 也可以通过供油将二冲程发动机的输送口供给油,抵消焦化的倾向。
    • 8. 发明授权
    • Composite casting for adding lithium to molten alloys
    • 用于向熔融合金中添加锂的复合铸件
    • US5021299A
    • 1991-06-04
    • US459549
    • 1990-01-02
    • Hartwig RuppOtto Stenzel
    • Hartwig RuppOtto Stenzel
    • B22D19/16
    • B22D19/16Y10T428/12285Y10T428/12493Y10T428/12764
    • Method for the charging and controlled addition of pre-alloys to molten alloys of metals reactive and nonreactive at room temperature which are held in a crucible. To permit pre-alloys with a high percentage of reactive metal to be handled more easily, a casting is produced from the reactive and nonreactive metals by a casting process followed by solification. This casting is nonreactive at its surface at room temperature and its average content of reactive metal is equal to or greater than the reactive metal content in the crucible. Such castings are added to the crucible according to the need for the reactive metal. In an especially advantageous manner, a casting produced in a casting mold in a nonreactive atmosphere has at least at its surface such a content of nonreactive metal that it is stable at room temperature.
    • 用于将保持在坩埚中的在室温下反应和非反应性金属的熔融合金的预合金充电和控制加入的方法。 为了允许更高比例的反应性金属的预合金被更容易地处理,通过铸造过程随后进行溶解从反应性和非反应性金属制备铸件。 该铸件在室温下在其表面是非反应性的,其反应性金属的平均含量等于或大于坩埚中的反应性金属含量。 根据对活性金属的需要,将这种铸件加入到坩埚中。 在非常有利的方式中,在非反应性气氛中在铸模中生产的铸件至少在其表面上具有这样的非反应性金属的含量,使得其在室温下是稳定的。