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
    • 31. 发明申请
    • METHOD AND DEVICE FOR PRODUCING THIN GLASS PANES
    • 用于生产薄玻璃板的方法和装置
    • US20080184741A1
    • 2008-08-07
    • US11867424
    • 2007-10-04
    • Rudolf MuellerHorst LochDirk SprengerJose ZimmerHolger Wegener
    • Rudolf MuellerHorst LochDirk SprengerJose ZimmerHolger Wegener
    • C03B17/06C03B7/00
    • C03B17/067C03B17/06C03B17/064Y02P40/57
    • The method of making thin glass panes includes conveying a glass melt through a vertical inlet to a drawing tank with a slit nozzle; drawing a glass ribbon downward from the slit nozzle; setting a total throughput by setting length and cross section of the inlet and by heating and cooling the inlet to control glass melt viscosity so that pressure in the inlet decreases; and setting a throughput per unit of length in a lateral direction along the glass ribbon via nozzle system geometry and by heating and cooling of the drawing tank and slit nozzle to control melt viscosity, so that glass does not wet an underside of the slit nozzle near a breaking edge. The setting of the total throughput and the throughput per unit length are largely decoupled to simplify process control. An inventive apparatus for performing the method is also disclosed.
    • 制造薄玻璃板的方法包括将玻璃熔体通过垂直入口输送到具有狭缝喷嘴的拉伸槽; 从狭缝喷嘴向下拉一个玻璃带; 通过设置入口的长度和横截面来设置总吞吐量,并通过加热和冷却入口来控制玻璃熔体粘度,使入口中的压力降低; 并通过喷嘴系统几何形状沿着玻璃带沿横向设置每单位长度的通过量,并且通过加热和冷却拉伸槽和狭缝喷嘴以控制熔体粘度,使得玻璃不会在狭缝喷嘴的下侧附近 一个突破。 总吞吐量的设置和每单位长度的吞吐量大部分是去耦的,以简化过程控制。 还公开了一种用于执行该方法的发明装置。
    • 32. 发明授权
    • Functional element arrangement, functional element, auxiliary assembly element, assembled component and method for producing an assembled component
    • 功能元件布置,功能元件,辅助组装元件,组装元件以及用于生产组装元件的方法
    • US07160047B2
    • 2007-01-09
    • US10239480
    • 2001-02-23
    • Rudolf MuellerRichard Humpert
    • Rudolf MuellerRichard Humpert
    • F16B5/01B21J15/02
    • B23P19/062F16B37/065F16B37/068Y10T29/4992Y10T29/49956Y10T29/49966Y10T29/53Y10T29/53422Y10T403/4941Y10T403/4966Y10T403/4974Y10T403/4991
    • A functional element arrangement which includes a functional element which is to be mounted on a component, especially but not exclusively on a brittle or non-rigid component made of a material containing cavities or pores, e.g. plastic, wood, metal foams, plastic or metal filled with hollow bodies, or another relatively soft material, selectively embodied as a sandwich construction or as a composite material e.g. in the form of a single layered or multilayered structure comprising, for example, two layers of sheet metal or plastic and a core made of one of the above-mentioned materials. The invention is characterized in that it is provided with an auxiliary assembly element which enables the functional element to be blocked using forming techniques when it is mounted on the component in a riveting process or a stamping and riveting process. The invention is further characterized in that, preferably, at least one device is provided to ensure rotational security between the functional element and the component and/or between the auxiliary assembly element and the component. The invention also relates to a functional element, an auxiliary assembly element, an assembled component and various methods for producing assembled components.
    • 一种功能元件装置,其包括要安装在部件上的功能元件,特别但不排他地在由包含空腔或孔的材料制成的脆性或非刚性部件上。 塑料,木材,金属泡沫,填充有中空体的塑料或金属,或另一种相对软的材料,选择性地实施为夹层结构或复合材料。 以单层或多层结构的形式,包括例如两层金属片或塑料,以及由上述材料之一制成的芯。 本发明的特征在于,其具有辅助组件元件,该辅助组件元件在使用铆接工艺或冲压和铆接工艺安装在部件上时能够使用成形技术来阻止功能元件。 本发明的特征还在于,优选地,提供至少一个装置以确保功能元件和部件之间和/或辅助组件元件与部件之间的旋转安全性。 本发明还涉及功能元件,辅助组件元件,组装元件以及用于生产组装元件的各种方法。
    • 34. 发明授权
    • Method for measuring concentration of chemical substances
    • 化学物质浓度测定方法
    • US4971447A
    • 1990-11-20
    • US314083
    • 1989-02-23
    • Rudolf Mueller
    • Rudolf Mueller
    • G01N21/27G01J3/28G01N21/31G01N21/78G01N21/80H01L27/144H01L31/108
    • H01L31/108G01J3/2803G01N21/31H01L27/1443G01N21/78
    • A method for optical identification of the concentration of at least one substance which can be observed in a medium (12) directly due to its own color or indirectly with the use of a color indicator. Chromatic light is measured using a number of independent photodiodes which are sensitive in different absorption regions and the measured values thus obtained are compiled in a pattern matrix and are evaluated using pattern recognition, and the concentration of the substance is identified using known comparison values. An electrical structure (14) formed with a number of different photodiodes integrated therein is used. The method is suitable for exact and reproducible measurements of concentrations which can be identified by their color and it can be implemented in a simple manner.
    • 用于光学鉴定至少一种物质的浓度的方法,其可以由于其自身颜色直接在介质(12)中观察到,或间接地使用颜色指示剂。 使用在不同吸收区域中敏感的多个独立光电二极管来测量色光,并将由此获得的测量值编成模式矩阵,并使用模式识别进行评估,并且使用已知的比较值来识别物质的浓度。 使用形成有集成在其中的多个不同光电二极管的电结构(14)。 该方法适用于可以通过其颜色识别的浓度的精确和可重复的测量,并且可以以简单的方式实现。