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    • 3. 发明授权
    • Method and apparatus for measuring the aggregation of blood platelets or
the coagulation of blood
    • 用于测量血小板聚集或血液凝结的方法和装置
    • US4780418A
    • 1988-10-25
    • US932422
    • 1986-11-19
    • Michael Kratzer
    • Michael Kratzer
    • G01N33/86G01N33/49G01N7/00
    • G01N33/4905
    • A method and apparatus are disclosed for measuring the aggregation of blood platelets or the coagulation of blood, the apparatus including a capillary tube for drawing blood, a piston in communication with the capillary tube and connected to a motor means for linear displacement thereof, a pressure sensor in the space located between the drawn blood and piston, and a computing means or microprocessing means for comparing the sensed pressure from the pressure sensor with a predetermined value, and providing a measured regulating output to the motor means. The method for measuring the aggregation of blood platelets and coagulation of blood includes the steps of drawing blood into the capillary tube of the moveable piston until the desired pressure is achieved within the capillary tube, and allowing the computing means to then maintain by adjustment of the piston position the pressure within the capillary tube. The computing means is able to determine the amount of blood flowing into the capillary tube during constant pressure regulation, and hence the amount of aggregate of blood platelets and blood coagulation due to a known relationship relating movement of the piston to blood drawn into the cylinder.
    • 公开了一种用于测量血小板聚集或血液凝固的方法和装置,该装置包括用于抽血的毛细管,与毛细管连通的活塞,并连接到用于其线性位移的马达装置,压力 传感器,其位于抽取的血液和活塞之间的空间中,以及计算装置或微处理装置,用于将来自压力传感器的感测压力与预定值进行比较,并向马达装置提供测量的调节输出。 用于测量血小板聚集和血液凝固的方法包括以下步骤:将血液吸入可移动活塞的毛细管中,直到毛细管内达到所需的压力,然后允许计算装置通过调节 活塞定位毛细管内的压力。 计算装置能够确定在恒定压力调节期间流入毛细管的血液量,并因此确定由于已知关系使血小板凝集的聚集体和血液凝固的量,使活塞与吸入气缸的血液相关。
    • 10. 发明授权
    • Device for selective destruction of cells
    • 选择性破坏细胞的装置
    • US5188633A
    • 1993-02-23
    • US736379
    • 1991-07-26
    • Michael KratzerEberhard Unsold
    • Michael KratzerEberhard Unsold
    • A61B18/18A61M1/36
    • A61M1/3681A61B2018/1807
    • Apparatus for selective destruction or inactivation of cells is disclosed wherein cells are arrayed in a plane for successive illumination, by optical X-Y scanning devices, with a first low powered light beam to produce in particular cells certain radiations responsive to the illumination. These response radiations are detected and used to enable a second higher powered light beam directed through substantially the same optical scanning paths, to destroy or inactivate the cells producing the response radiations. The illumination, response, detection, and high power radiation steps are accomplished by devices acting in times short as compared to the X-Y scanning devices so as to make the accurate treatment of each of large numbers of cells highly effective. Alternate embodiments disclose the use of a single laser light source to selectively provide both the low and high powered light beams, various X-Y scanning arrangements, and various devices for correcting the spherical aberration of the scanned beams in variously positioned image planes.
    • 公开了用于细胞的选择性破坏或灭活的装置,其中通过光学X-Y扫描装置将细胞排列在用于连续照明的平面中,其中第一低功率光束特别地产生响应于照明的某些辐射。 这些响应辐射被检测并用于使通过基本上相同的光学扫描路径的第二较高功率的光束能够破坏或失活产生响应辐射的单元。 与X-Y扫描装置相比,照明,响应,检测和高功率辐射步骤由与时间相比短的装置实现,从而使得大量细胞中的每一个的精确处理非常有效。 替代实施例公开了使用单个激光光源来选择性地提供低功率和高功率光束,各种X-Y扫描装置以及用于校正在各种定位的图像平面中的扫描光束的球面像差的各种装置。