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    • 4. 发明授权
    • Method for generating two optical pulses with a variable, time pulse interval
    • 用于产生具有可变时间脉冲间隔的两个光脉冲的方法
    • US08446656B2
    • 2013-05-21
    • US12995523
    • 2009-05-14
    • Thomas Eugen HochreinMartin KochNorman Krumbholz
    • Thomas Eugen HochreinMartin KochNorman Krumbholz
    • G02B26/00G01J3/00
    • G01N21/3581G01N21/636H01S3/005H01S3/0057H01S3/10046
    • A method for generating two delayed pulses, in particular in terahertz spectroscopy and/or in pump-probe experiments, with the following method steps: generating a pulsed beam using a beam source, in particular a pulsed laser; dividing the pulsed beam, where a first partial beam contains a first pulse and a second partial beam contains a second pulse; directing the two pulses onto a respective target area, the first pulse directly reaching a first target area and the second pulse reaches a second target area after covering a delay path, and the two target areas may coincide; using the two pulses, in particular for a measuring method, where a time delay of the two pulses in the respective target area is adjustable by a pulse repetition rate of the pulsed beam.
    • 一种用于产生两个延迟脉冲的方法,特别是在太赫兹光谱学和/或泵探针实验中,用以下方法步骤产生两个延迟脉冲的方法:使用束源,特别是脉冲激光产生脉冲束; 划分脉冲光束,其中第一部分光束包含第一脉冲,第二部分光束包含第二脉冲; 将所述两个脉冲引导到相应的目标区域上,所述第一脉冲直接到达第一目标区域,并且所述第二脉冲在覆盖延迟路径之后到达第二目标区域,并且所述两个目标区域可以重合; 使用两个脉冲,特别是用于测量方法,其中相应目标区域中的两个脉冲的时间延迟可通过脉冲束的脉冲重复率来调节。
    • 5. 发明申请
    • SAMPLE ANALYSIS USING TERAHERTZ SPECTROSCOPY
    • 使用TERAHERTZ光谱的样品分析
    • US20130048859A1
    • 2013-02-28
    • US13582486
    • 2011-02-24
    • Maik SchellerMartin KochChristian JansenSteffen Wietzke
    • Maik SchellerMartin KochChristian JansenSteffen Wietzke
    • G01N21/35
    • G01N21/3586G01N21/3563
    • The invention relates to a method for analysing the material of a sample (3) using terahertz spectroscopy in order to identity material irregularities of the sample (3), having the following steps: (a) a terahertz wave transmitting device (5, 8) is used to transmit electromagnetic waves (6, 9) at a frequency in that terahertz range to the sample (3) to be analysed, (b) a terahertz wave receiving device (1, 8) is used to receive electromagnetic waves (7, 9) in the terahertz range from the sample (3), (c) the terahertz wave receiving device (1, 8) supplies the received waves (7, 9), in the form of a time domain signal or a frequency domain signal, to an evaluation device (10), (d) if a signal supplied to the evaluation device (10) is a time domain shier, the evaluation device (10) converts the time domain signal into a frequency domain signal (11) by means of a first spectral transformation, (e) the evaluation device (10) converts the frequency domain signal (H) into an output function (Q(x)) by means of a second spectral transformation, by means of which output function anomaly values (Q) determined are assigned to corresponding optical depth values (x) of the sample, (f) the evaluation device (10) presents the output function (Q(x)) a anomaly values (Q) with respect to optical depth values (x) on a display device and/or automatically determines at least one material irregularity (12) of the sample (3) from the output function (Q(x)) according to at toast one predefined comparison criterion.
    • 本发明涉及一种使用太赫兹光谱分析样品(3)的材料以便识别样品(3)的材料不规则性的方法,具有以下步骤:(a)太赫兹波发射装置(5,8) 用于将以该太赫兹范围的频率的电磁波(6,9)传送到要分析的样品(3),(b)太赫兹波接收装置(1,8)用于接收电磁波(7, 9)在样本(3)的太赫兹范围内,(c)太赫兹波接收装置(1,8)以时域信号或频域信号的形式提供接收波(7,9) 评估装置(10),(d)如果提供给评估装置(10)的信号是时域斜率,则评价装置(10)通过以下方式将时域信号转换为频域信号(11): 第一频谱变换,(e)评估装置(10)将频域信号(H)转换成输出函数( 通过第二频谱变换,通过其确定的输出功能异常值(Q)被分配给样本的相应光学深度值(x),(f)评估装置(10)呈现 输出函数(Q(x))相对于显示装置上的光学深度值(x)的异常值(Q)和/或从输出函数自动确定样本(3)的至少一个材料不规则性(12) (Q(x))根据一个预定义的比较标准。
    • 6. 发明申请
    • LOCK SYSTEM WITH PROFILE STRIPS AND SLIDERS FOR CONNECTING AND SEPARATING
    • 具有连接和分离的轮廓条和滑块的锁定系统
    • US20120124789A1
    • 2012-05-24
    • US13298945
    • 2011-11-17
    • GUENTER UNTCHPeter LaisMartin Koch
    • GUENTER UNTCHPeter LaisMartin Koch
    • A44B19/04A44B19/26
    • B65D33/2591B65B1/28B65B39/00B65B69/00Y10T24/2513Y10T24/2545
    • The proposed invention provides a lock system involves a first lock and a second lock each with two profile strips operable for engagement with an at least partially flexible bundle and effective to enable an environmentally-sealed connection of a first bundle with a second bundle in a closed docking position and for an environmentally-sealed guidance of a flow in a flow direction (D) through the lock members from the first bundle into the second bundle in an open docking position. The second bundle provides similar lock members facing toward the first bundle, which lock members in the opened docking position engage the lock members of the first bundle and jointly with the lock members of the first bundle forms a flow channel for flow in the flow direction. Additionally the invention relates to a slider for connecting and separating such locks. The slider has an insertion side on which the locks are insertable in insertion directions (A, B) which enclose an acute angle (γ) in which the slider is insertable, and opposite the insertion side an outlet side on which the locks connected there with each other can be removed in a joint sliding direction (C) from the slider.
    • 所提出的发明提供了一种锁系统,其包括第一锁和第二锁,每个具有两个轮廓带,其可操作用于与至少部分柔性束接合,并有效地使第一束与第二束在环形密封 并且用于通过锁定构件沿着流动方向(D)在开放对接位置从第一束进入第二束的环境密封引导。 第二束提供面向第一束的类似的锁定构件,其中打开的对接位置中的锁定构件接合第一束的锁定构件并且与第一束的锁定构件共同形成用于在流动方向上流动的流动通道。 另外本发明涉及一种用于连接和分离这种锁的滑块。 滑块具有插入侧,锁可以插入方向(A,B)插入,该插入方向(A,B)包围滑块可​​插入的锐角(γ),并且插入侧与其上连接有锁的出口侧相对 可以从滑动件沿关节滑动方向(C)移除彼此。
    • 7. 发明授权
    • Coupling closures and docking devices comprising said coupling closures
    • 包括所述联接闭合件的联接闭合件和对接装置
    • US08122924B2
    • 2012-02-28
    • US10566017
    • 2004-07-30
    • Martin KochJoachim StoyleStefan Vogler
    • Martin KochJoachim StoyleStefan Vogler
    • B65B1/04
    • B65B1/28B65B51/046B65D21/02B65D33/16B65D33/2541B65D81/32
    • A coupling closure is provided for substantially environmentally-sealed reversible closure of containers or hose elements. At least one first flexible band with at least one first closure element is provided. At least one second flexible band is provided with at least one second closure element that is complementary to the first closure element. A top side of the first band comprises at least one third closure element and a top side of the second band comprises at least one fourth closure element. Also a coupling closure is provided for substantially environmentally-sealed reversible closure of containers or hose elements comprising a plurality of frame bands and articulation devices. Immediately adjacent frame bands are connected with one another via at least one articulation device between the immediately adjacent frame bands to form a circumferential folding frame wherein inner sides of at least two adjacent or opposing frame bands are foldable one on top the other to form a closure.
    • 提供耦合闭合件用于容器或软管元件的基本上环境密封的可逆封闭。 提供至少一个具有至少一个第一闭合元件的第一柔性带。 至少一个第二柔性带设置有与第一封闭元件互补的至少一个第二封闭元件。 第一带的顶侧包括至少一个第三闭合元件,第二带的顶侧包括至少一个第四闭合元件。 还提供了联接闭合件,用于基本上环境密封地可逆地封闭容器或软管元件,其包括多个框架带和铰接装置。 紧邻的框架带通过至少一个关节运动装置相互连接在紧邻的框架带之间,以形成圆周折叠框架,其中至少两个相邻或相对的框架带的内侧可以一个在另一个顶部上折叠以形成封闭件 。
    • 10. 发明授权
    • Apparatus and method for environmentally isolated analysis
    • 用于环境隔离分析的装置和方法
    • US07525662B2
    • 2009-04-28
    • US11690203
    • 2007-03-23
    • Joachim MannhardtTrevor PageMartin Koch
    • Joachim MannhardtTrevor PageMartin Koch
    • G01N21/00
    • G01N21/8507G01N21/15G01N21/276G01N2021/8592
    • An apparatus for analyzing a product to be analyzed which is located in a receptacle provided with a coupling element, in particular for photometric or spectrophotometric analysis of powder, bulk material, granular material and similar, is provided with a docking element for sealing connection to the coupling element, and with a measuring probe which is arranged in a probe housing and is provided with at least one radiation and light measuring element, at least one measuring window, which is arranged in the beam path and is arranged in a wall of the probe housing, and with at least one detection element for the analysis. The probe housing with the measuring probe is designed and guided displaceably in such a way that at least a part of the probe housing in which the measuring window is located can be inserted into the receptacle for the analysis.
    • 一种用于分析位于具有耦合元件的插座中的待分析产品的装置,特别是用于粉末,散装材料,颗粒材料等的光度或分光光度分析的设备具有用于密封连接到 耦合元件,以及布置在探针外壳中的测量探针,并且设置有至少一个辐射和光测量元件,至少一个测量窗口,其布置在光束路径中并且布置在探针的壁中 并具有用于分析的至少一个检测元件。 具有测量探针的探针壳体被设计和引导可移动,使得测量窗口所在的探头壳体的至少一部分可以插入到用于分析的插座中。