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    • 1. 发明申请
    • TEXTURING MACHINE
    • 纹理
    • WO2007006498A3
    • 2007-11-29
    • PCT/EP2006006659
    • 2006-07-07
    • OERLIKON TEXTILE GMBH & CO KGFISCHER MARTINHERZBERG MARCUSWORTMANN THOMAS
    • FISCHER MARTINHERZBERG MARCUSWORTMANN THOMAS
    • D02G1/02
    • D02G1/0266
    • The invention relates to a texturing machine for texturing a multitude of threads. The texturing machine comprises a creel frame for holding a multitude of supply bobbins and comprises a machine frame for holding a multitude of process units for drawing off, guiding and winding up the threads. The machine frame has a multipart design in order to form an operator passage. The process units of a processing location are arranged to form a thread path that partially surrounds the operator passage. In order to obtain a high integration and closeness of the process units inside the machine frame, the invention provides that a portion of the process units are held in an overlapping manner by at least one frame part of the machine part, said frame part facing the operator passage, the guiding of the thread ensuing between the overlapping process units via a redirecting means.
    • 它描述了一种假捻机用于纹理化的多个线程。 纹理化机器包括用于保持多个筒管和用于支撑多个Prozressaggregaten的用于取出,引导,治疗机器框架,和卷取线程筒子架框架。 机架在几个部分构成,以形成服务走道,与处理台到teilumschließenden服务走道纱线路径布置的处理单元。 为了获得高的集成度和在机器框架内的处理单元的密度,根据本发明至少被保持的处理程序集重叠的部分在机器框架的服务走道框架部中的一个面对,其中,所述重叠布置的处理单元之间的导丝器是由偏转装置进行。
    • 2. 发明申请
    • TEXTURING MACHINE
    • 纹理
    • WO2008017705A2
    • 2008-02-14
    • PCT/EP2007058266
    • 2007-08-09
    • OERLIKON TEXTILE GMBH & CO KGFISCHER MARTINWORTMANN THOMASHERZBERG MARCUS
    • FISCHER MARTINWORTMANN THOMASHERZBERG MARCUS
    • D02G1/02
    • D02G1/0266
    • A texturing machine is described for texturing and reeling a plurality of threads which is composed of two machine halves. The machine halves are placed against one another in a mirror-image manner and have respectively several operating points with several process units for texturing and reeling several threads. Heating devices thereby face one another in a symmetry plane, which heating devices can be controlled and regulated separately from one another in the machine halves. In order to obtain a compact, space-saving construction and also avoid heat losses, the heating devices of the two machine halves are arranged jointly in the symmetry plane in an insulating housing according to the invention, a heat barrier being embodied inside the insulating housing between the heating devices. Individual settings in the heating devices are thus possible without impacting one another.
    • 它描述了用于纹理化和卷绕多个线的变形机,其由两个半机构组成。 半机器是彼此的镜像,每个半机器人都有多个处理点和多个处理单元,用于纹理和缠绕多个线程。 在对称平面上与加热器相反,加热器在半机器中可独立控制和调节。 在一方面,以获得一个紧凑的节省空间的设计,并且另一方面避免热量损失,根据共同设置在绝缘壳体中的本发明,其特征在于,一个热障被加热器之间的绝缘壳体的内部形成在对称平面两个机器半边的加热器。 因此,加热器中的各个设置可能没有相互干扰。
    • 5. 发明申请
    • METHOD FOR PRODUCING A MICROMECHANICAL MEMBRANE STRUCTURE HAVING FIXED COUNTER ELEMENT
    • 方法用于生产具有硬立靠在元微机械膜结构
    • WO2009127455A3
    • 2010-04-15
    • PCT/EP2009051774
    • 2009-02-16
    • BOSCH GMBH ROBERTFISCHER MARTINREINMUTH JOCHENKNESE KATHRINARMBRUSTER SIMON
    • FISCHER MARTINREINMUTH JOCHENKNESE KATHRINARMBRUSTER SIMON
    • B81C1/00
    • B81C1/00182B81B2201/0257B81C2201/0115B81C2201/0136G01L9/0042
    • The present invention proposes a method for producing a micromechanical membrane structure (11) having a fixed counter element (12), which starts from a p-doped silicon substrate (1). Said method comprises the following processing steps: n-doping of at least one coherent latticed area (2) of the substrate surface; (Figure 1a) porous etching of a substrate area (3) below the n-doped lattice structure (2); (Figures 1b-c) oxidation of the porous silicon; (Figure 1d) generating at least one sacrificial layer (5) above the n-doped lattice structure (2); (Figure 1e) depositing and structuring at least one thick epitaxial layer (7); (Figures 1f-g) removing the sacrificial layer (5) between the thick epitaxial layer (7) and the n-doped lattice structure (2) and generating a cavity (10) in the silicon substrate (1) below the n-doped lattice structure (2) by removing the oxidized porous silicon (oxPorSi); (Figure 1h) so that the exposed n-doped lattice structure (2) forms a membrane structure (11) and at least one fixed counter element (12) is implemented in the structured thick epitaxial layer (7).
    • 与本发明的用于制造微机械膜结构(11)具有固定的计数器元件(12)的方法,提出了从p掺杂的Si衬底开始(1)。 该方法包括以下工艺步骤 - n掺杂至少一个有凝聚力的网格区域(2)在基板表面的; (图1a)是多孔的蚀刻n型掺杂的晶格结构(2)下方的衬底部分(3); (图1b-C)多孔硅的氧化; (图1d) - 通过n型掺杂的晶格结构生成至少一个牺牲层(5)(2); (图1E)的沉积和至少一个厚的外延层的图案(7); (图LF-g)除去厚的外延层(7)和所述n型掺杂的晶格结构之间的牺牲层(5)(2)和在所述Si基板(1)下方的n型掺杂的光栅结构产生的腔体(10)( 2)通过除去已氧化的多孔硅(oxPorSi); 是(11)(小时图),使得露出的n型晶格结构(2)的膜的结构和在结构化厚的外延层(7)的至少一个固定的反元件(12)。