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    • 3. 发明申请
    • METHOD AND APPARATUS FOR MEASURING OCULAR ALIGNMENT
    • 用于测量眼睛对齐的方法和装置
    • WO0189373A3
    • 2002-02-28
    • PCT/EP0105838
    • 2001-05-21
    • SENSOMOTORIC INSTRUMENTS GMBHTAYLOR NATALIELUTZ PETERSCHMIDT EBERHARDTEIWES WINFRIEDWEISE RALF
    • TAYLOR NATALIELUTZ PETERSCHMIDT EBERHARDTEIWES WINFRIEDWEISE RALF
    • A61B3/15A61F9/01G01B9/02
    • A61B3/152A61F9/00806A61F2009/00846A61F2009/00855A61F2009/00872A61F2009/00891G01B9/02091
    • The present invention covers a method and apparatus to measure the position of an eye in up to 6 degrees of freedom, the pupil diameter and the identity of an eye in different diagnosis and treatment instruments and to link and relate the different positions measured at different times and/ or in different instruments to each other. The method used for linking and relating the position measurements to each other is a co-ordinate transformation between the different system co-ordinate systems and the eye co-ordinate system as measured by image processing or other measurement techniques to obtain either single or combined measures of degrees of freedom. In addition to the position of the eye, the identity of the eye under diagnosis or treatment can be measured and recognized in the different instruments and systems. The measurement of the eye position and pupil diameter can also be done with different measurement techniques like standard or non-standard video image analysis from one or several cameras per system, optical coherence tomography, laser interferometry or others.
    • 本发明涵盖在多达6个自由度,瞳孔直径和眼睛在不同诊断和治疗仪器中的身份以及在不同时间测量的不同位置的连接和关联的方法和装置 和/或彼此不同的仪器。 用于将位置测量值相互联系和相关联的方法是通过图像处理或其他测量技术测量的不同系统坐标系统和眼睛坐标系统之间的坐标转换,以获得单一或组合的测量 的自由度。 除了眼睛的位置,诊断或治疗的眼睛的身份可以在不同的仪器和系统中被测量和识别。 眼睛位置和瞳孔直径的测量也可以通过不同的测量技术来完成,例如来自每个系统的一个或多个摄像机的标准或非标准视频图像分析,光学相干断层摄影,激光干涉测量等。
    • 5. 发明申请
    • GAS TREATMENT APPLIANCE AND GAS TREATMENT PROCESS
    • 气体处理设备和天然气加工程序
    • WO2010072818A2
    • 2010-07-01
    • PCT/EP2009067865
    • 2009-12-23
    • BEKON ENERGY TECHNOLOGIES GMBHLUTZ PETER
    • LUTZ PETER
    • C10G32/00C10J3/00C10K1/00
    • C10J3/00B01D53/84B01D2257/702C10J2300/1681C10K1/34Y02A50/2358
    • A gas treatment appliance and a gas treatment process are provided, by means of which the proportion of tar is decreased in a product gas which is formed on the gasification of carbonaceous feedstocks. The product gas or synthesis gas formed on the gasification of carbonaceous feedstocks is generally highly polluted with tar. This tar-polluted product gas is exposed to a solid support substrate which is a support for bacteria which degrade tar. Suitable bacteria therefor are, in particular, bacteria such as occur in biogas-generating processes. The bacteria contained in the solid support substrate convert at least some of the tars and polycyclic aromatic hydrocarbons (PAHs) contained in the product gas into shorter-chain hydrocarbon compounds and methane which are not an industrial problem, and so their proportion is reduced in the product gas leaving the support substrate. In this manner the tar pollution in a synthesis gas or product gas can be reduced in a simple and inexpensive manner.
    • 本发明提供一种气体处理装置和可用的气体处理方法,通过该焦油的量是在碳质原料的气化产生的产物气体中,被减少。 碳质原料的产品或合成气的气化过程中产生的水为重焦油通常加载。 这种污染的焦油产物气体被暴露于固体支持基板,降解焦油细菌的载体。 于该目的的特别是细菌,如发生在产生沼气过程。 中所含的固体载体底物转化至少包含产物气体和的方式在技术上没有问题的,更短的链烃化合物和甲烷的多环芳香烃(PAH)在焦油的一部分的细菌,它们的比例,其中所述载体基片离开的产物气体被减小。 以这种方式,可以Teerlast合成或产物气体中以简单和成本有效的方式被降低。
    • 6. 发明申请
    • LINEAR GUIDE
    • 直线导轨
    • WO2009147071A3
    • 2010-04-08
    • PCT/EP2009056565
    • 2009-05-28
    • SCHAEFFLER KGMOHRBACHER DIRKLUTZ PETER
    • MOHRBACHER DIRKLUTZ PETER
    • F16C29/06H04M1/02
    • F16C29/063F16C29/0678H04M1/0237
    • Linear guide, in particular for mobile telephones comprising a multi-part housing, the first housing section (1) thereof being mounted in a rolling bearing and longitudinally displaceable at a second housing section (2) along an axis of displacement by way of rolling elements (5), wherein the first housing section (1) comprises a housing base (14) and a first shelf (15) disposed parallel to the axis of displacement, wherein the second housing section (2) comprises a housing cover (9) and a second shelf (12) disposed parallel to the axis of displacement, wherein respective running tracks are disposed at each shelf side of the first and second shelves (15, 12) facing one another for the rolling elements (5), wherein the two housing sections (1, 2) border exterior chambers (7) and a inner chamber (8) disposed between said exterior chambers (7), wherein the two exterior chambers (7) are bordered on one side by the first shelves (15) of the first housing section (1) and the inner chamber (8) are bordered by inner shelves (10) of the second housing section (2), wherein the first shelves (15) are connected in one piece to the housing base (14) and the second shelves (12) are connected in one piece to the housing cover (9).
    • 直线导轨,特别是用于移动电话,具有多部分壳体,所述第一壳体部分(1)上的第二壳体部分(2)通过辊沿着位移轴线纵向移动通过滚动支承体(5),其中,所述第一壳体部分(1)具有壳体基座(14)和 位移轴线平行布置的第一架子(15),其中,所述第二壳体部分(2)的壳体盖(9)和所述位移轴线平行地布置第二搁架(12),其中,(在端口侧面面向所述第一和第二博尔德15的 12形成),每个具有用于滚动元件(5)一个滚道,其特征在于,所述两个壳体部分(1,2)限定了两个外腔室(7)和(外腔7)之间设置内部腔室(8),其中所述两个外 有限室(7)在第一壳体部分(1)和内室的第一凸缘(15)的一侧(8)所述第二壳体部件的内轮辋(10)的(2) 说,第一凸缘(15)与壳体基座(14)成一整体,并且所述第二搁架(12)一体地连接到所述壳体盖(9)。
    • 7. 发明申请
    • HYBRID SOLAR COLLECTOR
    • 混合型太阳能聚集
    • WO0199203A3
    • 2003-10-02
    • PCT/EP0106919
    • 2001-06-19
    • BEKON UMWELSCHUTZ & ENERGIETECLUTZ PETER
    • LUTZ PETER
    • H02S40/44H01L31/058F24J2/20
    • F24J2/51H02S40/44Y02E10/40Y02E10/60
    • The invention relates to an extremely flat and compact hybrid collector comprising a photo-voltaic collecting area facing the sun and having an active layer, a thermal collecting area which is arranged under the photo-voltaic collecting area, and thermal insulation which is located under the thermal collecting area. The extremely compact and flat structure is obtained by arranging the carrier layer of the active photo-voltaic layer as the upper outer layer of a sandwich structure, and by arranging the thermal insulation which is embodied as a corrugated gastight cardboard structure as the lower outer layer of said sandwich structure.
    • 本发明提供一种非常扁平且紧凑的混合型太阳能聚集。 的混合型太阳能收集器包括具有活性层,设置在所述集电极区域和设置在所述集热器面积的热绝缘下热集电极区下方的光伏面向太阳能光伏集电区的一侧。 的事实,所述活性光生伏打层的你载体层,上部Auäenschicht的夹层结构,并在气密封闭的波纹板结构的形式的热绝缘,夹层结构的下部外层,有非常紧凑和扁平的结构。
    • 8. 发明申请
    • FERMENTER AND METHOD FOR CONTINUOUSLY PRODUCING BIOGAS FROM BIOMASS ACCORDING TO THE PRINCIPLE OF METHANIZING SOLIDS
    • 沼气由生物质连续生产发酵罐和方法根据FESTSTOFFMETHANISIERUNG的原理
    • WO2010130813A3
    • 2011-07-07
    • PCT/EP2010056601
    • 2010-05-12
    • BEKON ENERGY TECHNOLOGIES GMBH & CO KGLUTZ PETER
    • LUTZ PETER
    • C12M1/107C12P5/02
    • C12P5/023C12M21/04C12M23/58C12M27/06C12M29/02C12M47/02Y02E50/343
    • The invention relates to a fermenter for continuously producing biogas from biomass according to the principle of methanizing solids and a method for operating such a fermenter, wherein secure continuous biogas production is achieved using a simple design. The fermenter comprises a loading area (14), into which fresh biomass (28) is poured, and an unloading area (18), from which the fermented biomass (24) is conveyed out of the fermenter. In the fermenter or digester (2), a transport channel (22) is arranged between the loading and unloading areas (14, 18), which is barrier-free, i.e. does not have any installations for actively conveying the fermenting biomass (24). By means of a percolate distributing apparatus (12), the fermenting biomass (24) is held in a state such that the biomass automatically moves from the loading area (14) of the transport channel (22) to the unloading area (18) of the transport channel (22). Therefore, installations for actively conveying the fermenting biomass (24) are unnecessary.
    • 公开了一种用于连续生产根据Feststoffmethanisierung的原理和操作这种发酵罐中,其中一个安全的连续生产沼气是用简单的结构来实现的方法由生物质沼气发酵罐。 发酵罐包括在所述鲜生物量(28)的装载区域(14)被填充,并且从该发酵的生物质(24)被从发酵罐到外部输送卸载区域(18)。 在发酵罐或消解罐(2)布置在所述装载和卸载(14,18),它是可访问的,D之间的输送管道(22)。 小时。 具有用于输送主动发酵的生物质(24)无安装。 由Perkolatverteileinrichtung(12)的装置,发酵,从所述传输信道(22),以传输信道(22)的所述卸载区域(18)的装载区域(14)自动地驱动它们的状态保持所述生物质(24)。 内部积极推进发酵的生物质(24)因此,不需要。
    • 9. 发明申请
    • METHOD FOR REDUCING METHANE SLACK WHEN STARTING AND STOPPING BIOGAS FERMENTERS AND BIOGAS SYSTEM FOR CARRYING OUT THE METHOD
    • 在启动和关闭生物积分器和生物气设备时处理方法滑移的方法
    • WO2010063709A3
    • 2010-10-21
    • PCT/EP2009066133
    • 2009-12-01
    • BEKON ENERGY TECHNOLOGIES GMBHLUTZ PETER
    • LUTZ PETER
    • C12M1/107C10L3/10C12P5/02
    • C10L3/08C12M21/04C12M21/16C12M23/36C12M29/24C12M41/34C12M47/18C12P5/023Y02E50/343
    • The invention relates to a method for reducing methane slack when operating biogas systems comprising at least one biogas fermenter and to a biogas system for carrying out the method. When starting up a freshly charged fermenter, the methane portion in the biogas produced is initially so low and the fractions of carbon dioxide and nitrogen are so high that direct use of the biogas in a combined heat and power (CHP) plant is not possible. During this startup phase of a freshly charged fermenter, the biogas generated with the low methane fraction is therefore discharged directly to the atmosphere or is flared off if the methane fraction is higher. This results in the non-use of a portion of the methane produced, methane slack. In order to prevent this, the biogas with the low methane fraction produced in the startup phase is fed to a gas treatment unit in which non-methane components of the gas mixture are partially separated and the remaining gas mixture with a higher methane fraction is returned to the biogas fermenter until the methane fraction is high enough.
    • 公开了一种用于减少沼气工厂运行中的甲烷滑移的方法,所述沼气工厂具有至少一个沼气发酵罐和沼气工厂用于执行该过程。 当在产生的生物气启动甲烷的新鲜发酵罐装载比例最初是如此之低和二氧化碳和氮气的比例是如此之高,在一个热电联产电厂的直接使用的沼气是不可能的。 在新鲜发酵罐的启动阶段,低甲烷含量的沼气直接排放到大气中,或在更高的甲烷含量下燃烧。 这意味着部分产生的甲烷未被使用 - 甲烷滑脱。 为了避免这种情况,在启动时产生的沼气与气体处理装置的低的甲烷含量,在气体处理装置提供该气体混合物被部分地分离,并用甲烷的比例较高的剩余气体混合物的非甲烷组分是只要反馈到沼气发酵罐中以甲烷含量足够高 是。