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    • 3. 发明申请
    • SYSTEM FOR PREVENTING UNAUTHORIZED ACQUISITION OF INFORMATION AND METHOD THEREOF
    • 用于预防未经授权收集信息的方法及方法
    • US20100071034A1
    • 2010-03-18
    • US12095033
    • 2005-11-28
    • Sanehiro FuruichiYuriko KanaiMasana MuraseTasuku Otani
    • Sanehiro FuruichiYuriko KanaiMasana MuraseTasuku Otani
    • G06F21/00G06F3/12G09G5/36
    • H04L63/10G06F3/1285G06F21/608G06F21/6209G06F2221/2147H04L63/083
    • A system including a server apparatus executes an application program and a client apparatus enabling a user to utilize the application program by communicating with the server apparatus based on an instruction of the user. The server apparatus includes: an output detection section for detecting output-processing which is processing of outputting data from the application program into a shared area; and an output control section for storing instruction information in the shares area, instead of storing the output data outputted from the application program therein, in response to the detection of the output-processing, the instruction information specifying an acquisition method by which an authorized client apparatus acquires the output data. The client apparatus includes: a reading detection section for detecting reading-processing which is processing of reading data from the shared area; and a reading control section which reads the instruction information from the shared area in response to the detection of the reading-processing, and which acquires the output data by the acquisition method specified by the instruction information.
    • 包括服务器装置的系统执行应用程序和客户端装置,使得用户能够基于用户的指令与服务器装置进行通信来利用应用程序。 服务器装置包括:输出检测部分,用于检测输出处理,该输出处理是从应用程序将数据输出到共享区域的处理; 以及输出控制部分,用于在共享区域中存储指令信息,而不是根据输出处理的检测来存储从其中应用程序输出的输出数据,指令信息指定获取方法,通过该方法,授权客户端 设备获取输出数据。 客户端装置包括:读取检测部分,用于检测正在从共享区域读取数据的处理的读取处理; 以及读取控制部分,其响应于读取处理的检测从共享区域读取指令信息,并且通过由指令信息指定的获取方法获取输出数据。
    • 7. 发明授权
    • Integrated short cavity laser with bragg mirrors
    • 具有布喇格镜的集成短腔激光器
    • US5363397A
    • 1994-11-08
    • US968109
    • 1992-10-29
    • Reuben T. CollinsSandip Tiwari
    • Reuben T. CollinsSandip Tiwari
    • H01L33/00G02B6/36G02B6/42H01S5/00H01S5/028H01S5/10H01S5/125H01S5/323H01S3/06H01S3/08
    • H01S5/028G02B6/423H01S5/0207H01S5/02284H01S5/0281H01S5/1039H01S5/125H01S5/3202H01S5/32308H01S5/32391H01S5/4031
    • An edge emitting laser combines many of the desirable attributes of the common forms of surface-emitting and edge-emitting laser structures together with elimination of their drawbacks. The laser cavity of a device according to the present invention is short (on the order of the wavelength of light in the cavity medium) and current is injected into the optical cavity substantially perpendicular to the plane of emitted light and parallel to the plane of reflective mirrors. The use of a short optical cavity permits single mode laser operation because of broad mode to mode spacing and large changes in reflectivity between wavelengths. Injecting current into the cavity perpendicular to the direction of light emission provides low power operation because the resistance associated with the injected current is low. The resistance is low because current does not cross boundaries between the different material layers forming the reflective mirrors and the optical cavity. A groove in the semiconductor substrate is formed which aligns an optical fiber to one edge of the laser device. The formation of an optical device incorporating this laser structure is inexpensive to manufacture because the laser is based on planar semiconductor fabrication techniques and the optical alignment of an optical fiber to the laser has been defined by the groove adjacent the laser device.
    • 边缘发射激光器结合了许多常见形式的表面发射和边缘发射激光器结构的所需属性,同时消除了它们的缺点。 根据本发明的装置的激光腔是短的(在空腔介质中的光的波长的数量级),并且电流被注入基本上垂直于发射光的平面并平行于反射平面的光腔中 镜子。 使用短的光学腔允许单模激光操作,因为宽模式到模式间隔和波长之间的反射率的大的变化。 注入垂直于光发射方向的空腔中的电流提供低功率操作,因为与注入电流相关联的电阻低。 电阻很低,因为电流不会跨越形成反射镜和光腔的不同材料层之间的边界。 形成半导体衬底中的凹槽,其将光纤对准激光器件的一个边缘。 结合这种激光结构的光学器件的形成制造成本低廉,因为激光器是基于平面半导体制造技术,并且光纤到激光器的光学对准已经由邻近激光器件的凹槽限定。