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    • 61. 发明授权
    • Entry system
    • 入门系统
    • US4206491A
    • 1980-06-03
    • US25646
    • 1979-03-30
    • James R. LigmanPeter KaufmanHarry W. KompanekDavid K. Carlson
    • James R. LigmanPeter KaufmanHarry W. KompanekDavid K. Carlson
    • G07C9/00E05B49/00
    • G07C9/0069
    • A keyless system especially useful in controlling the doors and trunk of an automobile is disclosed. The overall system usually comprises an input station containing a keyboard, a signal processor, signal amplification means and an electromechanical grouping which converts the electrical output from the amplifier to mechanical movement in control of a lock. The system is activated by a touch control at the input keyboard and with the power section of the system energized, the lock is controlled in response to a proper sequence of digital input signals created by the operator. The input at the control station is described in terms of a keyboard having five selectors and resulting in approximately three thousand possible combinations for the base code. The signal processor responds to correct combinations of digital inputs with a drive signal. The signal processor is also programmable with temporary convenience codes which are loaded into the logic portion of the system with access preconditioned on entry of the base code.
    • 公开了一种特别适用于控制汽车的门和主干的无钥匙系统。 整个系统通常包括一个输入站,它包含一个键盘,一个信号处理器,信号放大装置和一个机电组合,它将控制锁的放大器的电输出转换为机械运动。 该系统通过输入键盘上的触摸控制被激活,并且系统的功率部分被激励,响应于由操作者创建的适当的数字输入信号序列来控制锁定。 根据具有五个选择器的键盘来描述控制站的输入,并且导致用于基本码的大约三千种可能的组合。 信号处理器响应数字输入与驱动信号的正确组合。 信号处理器也可以用临时方便代码进行编程,这些代码被加载到系统的逻辑部分中,在基本代码输入时进行预处理。
    • 65. 发明申请
    • SEMICONDUCTOR PROCESS CHAMBER VISION AND MONITORING SYSTEM
    • 半导体过程室视觉和监测系统
    • US20090314205A1
    • 2009-12-24
    • US12144485
    • 2008-06-23
    • Kailash K. PatalayCraig MetznerDavid K. Carlson
    • Kailash K. PatalayCraig MetznerDavid K. Carlson
    • B05C11/00
    • G02B23/2492
    • A system for monitoring a process inside a high temperature semiconductor process chamber by capturing images is disclosed. Images are captured through a borescope by a camera. The borescope is protected from high temperatures by a reflective sheath and an Infrared (IR) cur-off filter. Images can be viewed on a monitor and can be recorded by a video recording device. Images can also be processed by a machine vision system. The system can monitor the susceptor and a substrate on the susceptor and surrounding structures. Deviations from preferred geometries of the substrate and deviations from preferred positions of susceptor and the substrate can be detected. Actions based on the detections of deviations can be taken to improve the performance of the process. Illumination of a substrate by a laser for detecting deviations in substrate geometry and position is also disclosed.
    • 公开了一种用于通过捕获图像监视高温半导体处理室内的处理的系统。 照相机通过管道镜捕获图像。 通过反射护套和红外线(IR)截止滤波器,保护套管免受高温的影响。 可以在监视器上观看图像,并且可以由视频记录装置记录。 图像也可以由机器视觉系统处理。 该系统可以监测基座和基座和周围的结构。 可以检测到偏离衬底的优选几何形状和偏离基座和衬底的优选位置。 可以采取基于偏差检测的操作来改善过程的性能。 还公开了用于检测基板几何形状和位置的偏差的用于激光的衬底的照明。
    • 69. 发明授权
    • Method and apparatus for controlling the radial temperature gradient of
a wafer while ramping the wafer temperature
    • 用于在使晶片温度升高的同时控制晶片的径向温度梯度的方法和装置
    • US06064799A
    • 2000-05-16
    • US71469
    • 1998-04-30
    • Roger N. AndersonDavid K. Carlson
    • Roger N. AndersonDavid K. Carlson
    • H01L21/205H01L21/00H01L21/26A21B2/00
    • H01L21/67248H01L21/67115
    • A method and apparatus for controlling the radial temperature gradients of a wafer and a susceptor while ramping the temperature of the wafer and susceptor using a first heat source that is primarily directed at a central portion of the wafer, a second heat source that is primarily directed at an outer portion of the wafer, a third heat source that is primarily directed at a central portion of the susceptor, and a fourth heat source that is primarily directed at an outer portion of the susceptor. Ramping of the wafer and susceptor temperature is accomplished by applying power to the first, second, third and fourth heat sources. During ramping, the ratio of the first and second heat source powers is varied as a function of the wafer temperature and the ratio of the third and fourth heat source powers is varied as a function of the susceptor temperature.
    • 一种用于控制晶片和基座的径向温度梯度的方法和装置,同时使用主要针对晶片的中心部分的第一热源来升高晶片和基座的温度,主要定向的第二热源 在晶片的外部,主要指向基座的中心部分的第三热源和主要指向基座的外部的第四热源。 通过向第一,第二,第三和第四热源施加电力来实现晶片和基座温度的斜坡化。 在斜坡期间,第一和第二热源功率的比率作为晶片温度的函数而变化,并且第三和第四热源功率的比值作为基座温度的函数而变化。
    • 70. 发明授权
    • Vehicle driver module
    • 车载驱动模块
    • US6060788A
    • 2000-05-09
    • US190522
    • 1998-11-12
    • David K. CarlsonThomas S. SchafferTimothy J. Green
    • David K. CarlsonThomas S. SchafferTimothy J. Green
    • B60R16/00B60Q1/04
    • B60R16/005
    • A vehicle driver module 10 with circuit 12 for receiving a first signal from a vehicle's controller and providing a second signal responsive thereto. The circuit 12 being placed on a substrate 14 constructed as a heat sink and preferably formed into a U-shaped configuration. A plurality of terminals 16 are attached to the substrate 14 with collars 18 made of an insulative material and having posts 20 constructed to fit within openings 50 of the substrate 14 be fastened thereto and retain the terminals 16 therein. Each of the terminals 16 include a prong 24 projecting out one side of the collar 18 and a clasp 26 out the opposite side of the collar 18. Each clasp 26 is constructed to provide a snap electrical contact at a predetermined location on the circuit on the substrate. The prongs 24 are selectively spaced so as to be received in and mesh with the standard vehicle relay junction block. The vehicle driver module 10 is a solid state, high-speed, high-power switch particularly suited for vehicle headlamps for daytime running lamp operation.
    • 具有电路12的车辆驾驶员模块10,用于从车辆控制器接收第一信号并响应于此提供第二信号。 电路12被放置在构造为散热器并优选地形成为U形构造的衬底14上。 多个端子16用由绝缘材料制成的套环18附接到基板14,并且具有构造成装配在基板14的开口50内并固定在其中的端子16的柱20。 每个端子16包括从轴环18的一侧伸出的叉形件24和在套环18的相对侧上的扣环26.每个扣件26构造成在电路上的预定位置处提供卡扣电接触 基质。 叉24被选择性地间隔开以被接收在标准车辆继电器接线块中并与标准车辆继电器接线块相啮合。 车辆驾驶员模块10是特别适用于日间行车灯操作的车辆用前照灯的固态高速大功率开关。