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    • 62. 发明授权
    • High latent refrigerant control circuit for air conditioning system
    • 高空调系统潜在制冷剂控制回路
    • US5622057A
    • 1997-04-22
    • US520896
    • 1995-08-30
    • Ruddy C. BussjagerJames M. McKallipLester N. Miller
    • Ruddy C. BussjagerJames M. McKallipLester N. Miller
    • F25B29/00F24F3/153F25B41/04
    • F25B40/02F24F3/153F24F11/0015F25B2600/19
    • A high latent cooling control assembly for a compression-expansion air conditioning system employs a subcooler coil disposed in the leaving air side of the indoor air evaporator coil. A liquid line branch supplies condensed liquid refrigerant from the condenser to the subcooler coil, and a flow restrictor, which can be a TXV, drops the sub-cooled liquid pressure before the refrigerant reaches the expansion device associated with the evaporator coil. A bypass line connects the condenser to the expansion device, and has a liquid line solenoid valve that is humidistat actuated. When dehumidification is called for, the solenoid is closed and refrigerant flows through the subcooler coil. When the humidistat is satisfied, the solenoid opens and the refrigerant path bypasses the subcooler coil. The high latent subcooler assembly can be field-installed or retrofitted onto an existing air conditioner.
    • 用于压缩膨胀空调系统的高潜在冷却控制组件采用设置在室内空气蒸发器盘管的离开空气侧的过冷器线圈。 液线分支将冷凝的液体制冷剂从冷凝器供给到过冷却器线圈,并且可以是TXV的限流器在制冷剂到达与蒸发器盘管相关联的膨胀装置之前降低过冷却的液体压力。 旁路管路将冷凝器连接到膨胀装置,并且具有促进湿度的液体管线电磁阀。 当需要除湿时,螺线管闭合,制冷剂流过过冷却器线圈。 当满足湿度计时,螺线管打开,制冷剂路径绕过过冷却器线圈。 高潜力过冷却器组件可以现场安装或改装到现有的空调器上。
    • 63. 发明授权
    • System for providing integrated zone indoor air quality control
    • 提供综合区室内空气质量控制的系统
    • US5520328A
    • 1996-05-28
    • US334259
    • 1994-11-03
    • Walter E. Bujak, Jr.
    • Walter E. Bujak, Jr.
    • F24F11/00F25B29/00
    • F24F11/0017F24F11/0012F24F11/0015F24F2011/0026Y02B30/78
    • A system for providing air quality control for an indoor area divided into a plurality of zones, whereby air quality is controlled both centrally and at each of the zones, including a central controller, a central damper, a supply air stream duct, a return air duct, a plurality of zone controllers, a plurality of zone dampers, a plurality of air quality sensors (i.e., CO.sub.2, volatile organic compounds, humidity, etc. . . ) and a plurality of temperature sensors. A method for providing air quality control for an indoor area divided into a plurality of zones, whereby air quality is controlled both centrally and at each of the zones, including the steps of: reading an output value of an air quality sensor from one of the zones, comparing the output value with a zone maximum threshold value and a zone minimum threshold value, modulating the zone damper to vary a supply air flow into the zone, repeating the first three steps for each zone, determining a predetermined function (i.e., average, maximum, minimum, etc. . . ) of the output values from all of the zones, comparing the function of the output values with a central maximum threshold value and a central minimum threshold value, and modulating the central damper to vary the flow of outside air into the supply air stream.
    • 一种用于为分为多个区域的室内空间提供空气质量控制的系统,由此空气质量在中心地和每个区域被控制,包括中央控制器,中央阻尼器,供气管道,回流空气 管道,多个区域控制器,多个区域阻尼器,多个空气质量传感器(即,CO 2,挥发性有机化合物,湿度等)和多个温度传感器。 一种用于为分为多个区域的室内空间提供空气质量控制的方法,其中空气质量在中心地和每个区域被控制,包括以下步骤:从空气质量传感器之一读取空气质量传感器的输出值 将输出值与区域最大阈值和区域最小阈值进行比较,调制区域阻尼器以改变进入区域的供应空气流,重复每个区域的前三个步骤,确定预定函数(即,平均值 ,最大值,最小值等)来比较所有区域的输出值,将输出值的函数与中心最大阈值和中心最小阈值进行比较,并调制中心阻尼器以改变流量 外部空气进入供气流。
    • 64. 发明授权
    • Method and apparatus for determining an air quality level
    • 用于确定空气质量水平的方法和装置
    • US5511006A
    • 1996-04-23
    • US103124
    • 1993-08-09
    • Hirokazu TachibanaNobuyuki Yoshiike
    • Hirokazu TachibanaNobuyuki Yoshiike
    • F24F11/02F24F11/00G01N25/64G01N27/00G01W1/17A62B11/00
    • F24F11/00F24F11/0012F24F11/0015F24F11/0017F24F2011/0063Y02B30/78
    • Method and apparatus for accurately determining an air quality level even when the temperature and humidity are varied can be achieved. A predefining formula used for obtaining the output value of an air quality level sensor according to the conditions of temperature and humidity at a clean state is obtained, the output value at the clean state of the air quality level sensor at a temperature and humidity at air quality detection using the formula is calculated a corrected amount as a difference between the calculated output value and an output value at the clean state of the air quality level sensor at conditions of temperature and humidity providing an absolute determination reference of the air quality level is taken, and the threshold value predetermined at the conditions of temperature and humidity providing an absolute determination reference is connected, by adding the correction amount to the threshold value, and determining an air quality level by comparing an output of the air quality sensor upon the air quality detection, with the corrected threshold value.
    • 即使在温度和湿度变化时也能够准确地确定空气质量水平的方法和装置。 获得用于根据干净状态下的温度和湿度条件获得空气质量水平传感器的输出值的预定义公式,空气质量水平传感器在空气温度和湿度下的清洁状态下的输出值 使用公式的质量检测计算校正量,作为在空气质量水平的绝对确定基准的温度和湿度条件下在空气质量水平传感器的清洁状态下计算的输出值与输出值之间的差值 ,并且通过将校正量与阈值相加来确定在提供绝对确定基准的温度和湿度条件下预定的阈值,并且通过将空气质量传感器的输出与空气质量进行比较来确定空气质量水平 检测,具有校正的阈值。
    • 66. 发明授权
    • Draw-off mechanism for a flat bar knitting machine
    • 平条针织机的拉脱机构
    • US5369967A
    • 1994-12-06
    • US47793
    • 1993-04-15
    • Franz SchmidWinfried Kapitel
    • Franz SchmidWinfried Kapitel
    • D04B15/90D04B15/88
    • D04B15/90F24F11/0012F24F11/0015
    • The draw-off mechanism for a flat bar knitting machine having needle beds includes a pair of driven feed rollers arranged axially parallel to each other and located adjacent to the needle beds under a gap between the needle beds; a pair of pivoting levers, each pivoting lever being two-armed and having a feed roller mounted at one end thereof and an adjustable stop device for setting a minimum spacing between the feed rollers located at another end of each pivoting lever remote from the feed rollers; and a device for adjusting an initial tension on at least one of the pivoting levers to urge the pivoting levers closer together, so that the driven feed rollers can cooperate with each other and act on a workpiece running between them.
    • 具有针床的扁平针织机的牵引机构包括:一对从动进给辊,其彼此轴向平行地布置并且在针床之间的间隙附近位于针床附近; 一对枢转杆,每个枢转杆是双臂式的,并且具有安装在其一端的进给辊和可调节止动装置,用于设置位于远离进给辊的每个枢转杆的另一端的进给辊之间的最小间隔 ; 以及用于调节至少一个所述枢转杆的初始张力以将所述枢转杆紧靠在一起的装置,使得所述从动进给辊可以彼此协作并作用在在它们之间运行的工件上。