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    • 23. 发明申请
    • Automatic sash safety mechanism
    • 自动窗框安全机制
    • US20060079164A1
    • 2006-04-13
    • US11241327
    • 2005-09-30
    • Eugene DeCastroRonald Arredondo
    • Eugene DeCastroRonald Arredondo
    • B08B15/02
    • B08B15/023B01L1/04B01L9/02B01L2200/145E05F15/44E05F15/73
    • A fume hood comprised of: a first and second side wall, a back wall, a work surface, and a top wall, which define a work area; an access opening for providing a user access to the work area; a movable sash member disposed within the fume hood for movement across the access opening to vary the effective size thereof; a drive motor mechanically coupled to the movable sash member; and a pressure-sensitive switch disposed on the bottom surface of the movable sash member. Upon a pressure being exerted on the pressure-sensitive switch in excess of a threshold limit, either by a user pressing against it or by the movable sash member encountering an object left within the access opening, movement of the movable sash member is ceased. The fume hood unit is coupled to an operator sensor to close the sash when the fume hood is not in use.
    • 一种通风橱,包括:第一和第二侧壁,后壁,工作表面和顶壁,其限定工作区域; 用于提供用户对工作区域的访问的访问开口; 布置在所述通风橱内的活动窗扇构件,用于穿过所述进入开口移动以改变其有效尺寸; 驱动马达,机械地联接到可动窗扇构件; 以及设置在可动窗扇构件的底面上的压敏开关。 当压力超过阈值极限时,通过使用者按压压力敏感开关或者通过可动窗扇构件遇到留在进入开口内的物体,停止活动窗扇构件的运动。 当通风橱不使用时,通风橱单元联接到操作者传感器以关闭窗扇。
    • 24. 发明授权
    • Optical sash sensing system for fume hoods
    • 通风柜的光学感应系统
    • US06994619B2
    • 2006-02-07
    • US10378033
    • 2003-03-04
    • Jean H Scholten
    • Jean H Scholten
    • B08B15/02
    • B08B15/023B01L1/00B01L2200/145
    • A fume hood optical sash sensing system for controlling the flow of air into a fume hood to maintain a constant face velocity by utilizing an optical sensing device mounted inside the fume hood that can sense the movement of a sash based on repeatable reflexive tape to produce an output control signal that corresponds to sash movement to produce desired airflow into the fume hood. The system includes an optical sensing device with a light source, reflexive tape with a repetitive, quadrature encoded pattern, a smart controller device that receives output control signals from the optical sensing device, and an actuation device capable of receiving the output signal from the controlling device to control the damper device that will result in constant face velocity across the face of the sash.
    • 一种通风橱光栅感测系统,用于通过利用安装在通风柜内部的光学感测装置来控制进入通风橱中的空气的流动以保持恒定的面速,其可以基于可重复的反射带感测窗扇的移动,从而产生 输出控制信号,其对应于窗扇运动以产生期望的气流进入通风橱。 该系统包括具有光源的光学感测装置,具有重复正交编码图案的反射带,接收来自光学感测装置的输出控制信号的智能控制器装置,以及能够接收来自控制的输出信号的致动装置 用于控制阻尼器装置的装置,其将导致横过窗扇面的恒定的面速。
    • 25. 发明申请
    • Optical sash sensing system for fume hoods
    • 通风柜的光学感应系统
    • US20050048900A1
    • 2005-03-03
    • US10378033
    • 2003-03-04
    • Jean Scholten
    • Jean Scholten
    • B01L1/00B08B15/02
    • B08B15/023B01L1/00B01L2200/145
    • A fume hood optical sash sensing system for controlling the flow of air into a fume hood to maintain a constant face velocity by utilizing an optical sensing device mounted inside the fume hood that can sense the movement of a sash based on repeatable reflexive tape to produce an output control signal that corresponds to sash movement to produce desired airflow into the fume hood. The system includes an optical sensing device with a light source, reflexive tape with a repetitive, quadrature encoded pattern, a smart controller device that receives output control signals from the optical sensing device, and an actuation device capable of receiving the output signal from the controlling device to control the damper device that will result in constant face velocity across the face of the sash. Obvious permutations of the above can be adapted for various fume hood sash configurations.
    • 一种通风橱光栅感测系统,用于通过利用安装在通风柜内部的光学感测装置来控制进入通风橱中的空气的流动以保持恒定的面速,其可以基于可重复的反射带感测窗扇的移动,从而产生 输出控制信号,其对应于窗扇运动以产生期望的气流进入通风橱。 该系统包括具有光源的光学感测装置,具有重复正交编码图案的反射带,接收来自光学感测装置的输出控制信号的智能控制器装置,以及能够接收来自控制的输出信号的致动装置 用于控制阻尼器装置的装置,其将导致横过窗扇面的恒定的面速。 上述的明显排列可适用于各种通风橱窗扇配置。