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    • 1. 发明申请
    • Process for controlling a laser scanning microscope with a tiltable fine focusing stage
    • 用可倾斜精细聚焦台控制激光扫描显微镜的方法
    • US20050073743A1
    • 2005-04-07
    • US10461769
    • 2003-06-12
    • Thomas WeyhUlrich SimonSebastian Tille
    • Thomas WeyhUlrich SimonSebastian Tille
    • G01B11/24G02B21/24G02B21/26
    • G02B21/242
    • A process for displaying three-dimensional point distributions in a laser scanning microscope with a tiltable fine focusing stage, wherein an actual scanned first raster point distribution is compared with a computer generated second raster point distribution, and the first raster points are utilized for display in the second raster point distribution when the raster points in both distributions correspond with one another, while intermediate values are formed from points of the first raster point distribution lying in the vicinity of second raster points when there is no correspondence, wherein the position of these intermediate values corresponds to the position of the second raster points, or a displacement of the X/Y-scanner of the microscope and/or of the stage tilting means is carried out in a particularly advantageous manner with reference to a computer-determined two- or three-dimensional raster point distribution in such a way that the scanned raster points in and/or on an object correspond completely or partially to a predetermined, preferably stored raster point distribution. A tiltable fine focusing stage is also disclosed.
    • 一种用于在具有可倾斜精细聚焦台的激光扫描显微镜中显示三维点分布的过程,其中将实际扫描的第一光栅点分布与计算机生成的第二光栅点分布进行比较,并且将第一光栅点用于显示在 当两个分布中的光栅指向彼此对应时的第二光栅点分布,而当不存在对应时,中间值由位于第二光栅点附近的第一光栅点分布的点形成,其中这些中间 值对应于第二光栅点的位置,或显微镜的X / Y扫描仪和/或平台倾斜装置的位移以特别有利的方式参照计算机确定的二维或三维 三维光栅点分布,使得扫描的光栅指向和/或对象 ect完全或部分对应于预定的,优选存储的光栅点分布。 还公开了可倾斜的精细聚焦台。
    • 2. 发明授权
    • Process for controlling a laser scanning microscope with a tiltable fine focusing stage
    • 用可倾斜精细聚焦台控制激光扫描显微镜的方法
    • US06636351B2
    • 2003-10-21
    • US09274095
    • 1999-03-22
    • Thomas WeyhUlrich SimonSebastian Tille
    • Thomas WeyhUlrich SimonSebastian Tille
    • G02B2106
    • G02B21/242
    • A process for displaying three-dimensional point distributions in a laser scanning microscope with a tiltable fine focusing stage, wherein an actual scanned first raster point distribution is compared with a computer-generated second raster point distribution, and the first raster points are utilized for display in the second raster point distribution when the raster points in both distributions correspond with one another, while intermediate values are formed from points of the first raster point distribution lying in the vicinity of second raster points when there is no correspondence, wherein the position of these intermediate values corresponds to the position of the second raster points, or a displacement of the X/Y-scanner of the microscope and/or of the stage tilting means is carried out in a particularly advantageous manner with reference to a computer-determined two- or three-dimensional raster point distribution in such a way that the scanned raster points in and/or on an object correspond completely or partially to a predetermined, preferably stored raster point distribution. A tiltable fine focusing stage is also disclosed.
    • 一种用于在具有可倾斜精细聚焦台的激光扫描显微镜中显示三维点分布的过程,其中将实际扫描的第一光栅点分布与计算机生成的第二光栅点分布进行比较,并且将第一光栅点用于显示 当两个分布中的光栅点相对应时在第二光栅点分布中,而当不存在对应时,中间值由位于第二光栅点附近的第一光栅点分布的点形成,其中这些位置 中间值对应于第二光栅点的位置,或者参考计算机确定的二维图像以特别有利的方式执行显微镜和/或舞台倾斜装置的X / Y扫描仪的位移, 或三维光栅点分布,使得扫描的光栅指向对象中和/或对象 ect完全或部分对应于预定的,优选存储的光栅点分布。 还公开了可倾斜的精细聚焦台。
    • 3. 发明授权
    • Process and arrangement for confocal microscopy
    • 共焦显微镜的工艺和布置
    • US06462345B1
    • 2002-10-08
    • US09295556
    • 1999-04-21
    • Ulrich SimonSebastian TilleGunter MoehlerStefan WilhelmUlrich MeiselErnst Hans Karl Stelzer
    • Ulrich SimonSebastian TilleGunter MoehlerStefan WilhelmUlrich MeiselErnst Hans Karl Stelzer
    • G01N2164
    • G02B21/0056G01N21/645G02B21/0064G02B21/0076G02B21/0084
    • A process for confocal microscopy is disclosed in which laser light is coupled into a microscope beam path, directed successively with respect to time onto different locations of a specimen, and an image of the scanned plane is generated from the light reflected and emitted by the irradiated locations. A change in the spectral composition and in the intensity of light is carried out during the deflection of the laser beam from location to location, while the deflection continues in an uninterrupted manner. In this way, at least two locations of the specimen located next to one another are acted upon by light with different spectral characteristics and by laser radiation of different intensity. By periodically interrupting the coupling in of the laser light during the deflection of the microscope beam path, it is made possible that only selected portions of the image field are acted upon by the laser radiation. A laser scanning microscope for carrying out this process is also disclosed.
    • 公开了一种用于共焦显微镜的方法,其中将激光耦合到相对于时间相对于样本的不同位置的显微镜光束路径中,并且从被照射的反射和发射的光产生扫描平面的图像 位置。 在激光束从位置到位置的偏转期间进行光谱组成和光强度的变化,而偏转以不间断的方式继续。 以这种方式,彼此相邻的样本的至少两个位置由具有不同光谱特性的光和不同强度的激光辐射作用。 通过在显微镜光束路径的偏转期间周期性地中断激光的耦合,使得只有图像场的选定部分被激光辐射作用才有可能。 还公开了用于进行该方法的激光扫描显微镜。
    • 4. 再颁专利
    • Process and arrangement for confocal microscopy
    • 共焦显微镜的工艺和布置
    • USRE41666E1
    • 2010-09-14
    • US10959949
    • 2004-10-07
    • Ulrich SimonSebastian TilleGunter MoehlerStefan WilhelmUlrich MeiselErnst Stelzer
    • Ulrich SimonSebastian TilleGunter MoehlerStefan WilhelmUlrich MeiselErnst Stelzer
    • G01N21/64G01J3/30
    • G02B21/0056G01N21/645G02B21/0064G02B21/0076G02B21/0084
    • A process for confocal microscopy is disclosed in which laser light is coupled into a microscope beam path, directed successively with respect to time onto different locations of a specimen, and an image of the scanned plane is generated from the light reflected and emitted by the irradiated locations. A change in the spectral composition and in the intensity of light is are carried out during the deflection of the laser beam from location to location, while the deflection continues in an uninterrupted manner. In this way , so that at least two adjacent locations of the specimen located next to one another are acted upon by light with different spectral characteristics and by laser radiation of different intensity. By periodically interrupting the coupling in of the laser light during the deflection of the microscope beam path, it is made possible that only selected portions of the image field are acted upon by the laser radiation. A laser scanning microscope for carrying out this process is also disclosed. A laser scanning microscope for carrying out this process is also disclosed.
    • 公开了一种用于共焦显微镜的方法,其中将激光耦合到相对于时间相对于样本的不同位置的显微镜光束路径中,并且从被照射的反射和发射的光产生扫描平面的图像 位置。 在激光束从位置到位置的偏转期间,进行光谱组成和光强度的变化,同时偏转以不间断的方式继续。 以这种方式,使得彼此相邻的样本的至少两个相邻位置由具有不同光谱特性的光和不同强度的激光辐射作用。 通过在显微镜光束路径的偏转期间周期性地中断激光的耦合,使得只有图像场的选定部分被激光辐射作用才有可能。 还公开了用于进行该方法的激光扫描显微镜。 还公开了用于进行该方法的激光扫描显微镜。
    • 9. 发明申请
    • USE OF POLYESTER POWDER IN A SHAPING PROCESS, AND MOLDINGS PRODUCED FROM THIS POLYESTER POWDER
    • 在成型工艺中使用聚酯粉末,以及从该聚酯粉末生产的模具
    • US20070126159A1
    • 2007-06-07
    • US11561021
    • 2006-11-17
    • Ulrich SimonSylvia MonsheimerMaik GrebeHeinrich Temme
    • Ulrich SimonSylvia MonsheimerMaik GrebeHeinrich Temme
    • B29C35/08
    • B29C67/0077B29C64/153B29K2067/00B33Y70/00
    • The present invention relates to the use of a powder which comprises specific polyesters for shaping processes, and to moldings produced powder. The shaping processes are layer-by-layer processes which use powder, which comprises selectively melting regions of a powder layer by applying electromagnetic energy. Selectivity can although there is no intention to restrict the invention thereto be achieved via a mask, or application of an inhibitor, of an absorber or of a susceptor, or via focusing of the energy input. After cooling, the regions then solidified can be removed as moldings from the powder bed. The process occurs by using a polyester powder obtained from an alcohol and from a diacid with no use of any aromatic monomer unit. These polyester powders combine high crystallinity and low melting point, and makes the construction process more reliable while good component quality, mechanical properties, density, dimensional accuracy, and low shrinkage are realized.
    • 本发明涉及包含用于成型工艺的特定聚酯的粉末的使用,以及生产粉末的模制品的用途。 成型方法是使用粉末的逐层方法,其包括通过施加电磁能量选择性地熔融粉末层的区域。 选择性虽然不意图通过掩模,抑制剂,吸收体或感受体的应用,或通过能量输入的聚焦来限制本发明。 冷却后,然后凝固的区域可以作为模制品从粉末床中除去。 该方法通过使用由醇和来自二酸的聚酯粉末而不使用任何芳族单体单元进行。 这些聚酯粉末结合了高结晶度和低熔点,使得施工过程更可靠,同时实现了良好的部件质量,机械性能,密度,尺寸精度和低收缩率。