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    • 3. 发明申请
    • Integrated circuit optical detector for biological detection
    • US20060084069A1
    • 2006-04-20
    • US10965270
    • 2004-10-14
    • Mansun ChanJiong LiYijin WangZuhong Lu
    • Mansun ChanJiong LiYijin WangZuhong Lu
    • C12Q1/68C12M1/34
    • G01N21/6428B01L3/5088C12Q1/6825G01N21/6454
    • This invention provides an integrated circuit (IC) optical detector. The IC optical detector comprises a substrate and an IC. The substrate comprises a plurality of test sites defined thereon. The test sites comprise a surface suitably treated for coating of at least one test sample. The at least one test sample is capable of being changed by a reaction. The IC comprises at least one optical sensor array for simultaneously receiving and sensing optical signals from the test sites during operations Presence of at least one changed test sample at a test site changes the quantity of light directed through the test site. The change in quantity of light is detectable by the sensor array. The optical sensor array further converts the sensed optical signals to electrical signals. The IC automatically processes and outputs the electrical signals during operation. This invention further provides a method for detecting a specific sample within at least one test sample. The method comprises securing said test sample on a plurality of test sites defined on a substrate; processing said test sample to allow said test sample to be optically differentiated; directing a light at said test sample; simultaneously receiving and sensing optical signals from said test sample using at least one optical sensor array of an IC; converting said sensed optical signals to electrical signals by said optical sensor array; and automatically processing and outputting said electrical signals by said IC to detect said specific sample within said test sample.
    • 5. 发明授权
    • Integrated circuit optical detector for biological detection
    • 用于生物检测的集成电路光检测器
    • US07585664B2
    • 2009-09-08
    • US10965270
    • 2004-10-14
    • Mansun ChanJiong LiYijin WangZuhong Lu
    • Mansun ChanJiong LiYijin WangZuhong Lu
    • C12M1/00C12Q1/70C12M1/34C12M3/00A01N1/00A01N1/02
    • G01N21/6428B01L3/5088C12Q1/6825G01N21/6454
    • This invention provides an integrated circuit (IC) optical detector. The IC optical detector comprises a substrate and an IC. The substrate comprises a plurality of test sites defined thereon. The test sites comprise a surface suitably treated for coating of at least one test sample. The at least one test sample is capable of being changed by a reaction. The IC comprises at least one optical sensor array for simultaneously receiving and sensing optical signals from the test sites during operations Presence of at least one changed test sample at a test site changes the quantity of light directed through the test site. The change in quantity of light is detectable by the sensor array. The optical sensor array further converts the sensed optical signals to electrical signals. The IC automatically processes and outputs the electrical signals during operation.This invention further provides a method for detecting a specific sample within at least one test sample. The method comprises securing said test sample on a plurality of test sites defined on a substrate; processing said test sample to allow said test sample to be optically differentiated; directing a light at said test sample; simultaneously receiving and sensing optical signals from said test sample using at least one optical sensor array of an IC; converting said sensed optical signals to electrical signals by said optical sensor array; and automatically processing and outputting said electrical signals by said IC to detect said specific sample within said test sample.
    • 本发明提供一种集成电路(IC)光检测器。 IC光检测器包括基板和IC。 衬底包括其上限定的多个测试点。 试验部位包括经适当处理以涂覆至少一个测试样品的表面。 至少一种测试样品能够通过反应而改变。 该IC包括至少一个光学传感器阵列,用于在操作期间同时接收和感测来自测试位置的光学信号。在测试位置处存在至少一个改变的测试样品会改变通过测试位置的光线的数量。 传感器阵列可以检测光量的变化。 光学传感器阵列还将感测到的光信号转换为电信号。 IC在运行期间自动处理和输出电信号。 本发明还提供了一种用于检测至少一个测试样品内的特定样品的方法。 该方法包括将所述测试样品固定在限定在基底上的多个测试位置上; 处理所述测试样品以允许所述测试样品被光学分化; 在所述测试样品上引导光; 使用IC的至少一个光学传感器阵列同时接收和感测来自所述测试样品的光信号; 通过所述光学传感器阵列将所述检测到的光信号转换成电信号; 并且由所述IC自动处理和输出所述电信号,以检测所述测试样品内的所述特定样品。
    • 6. 发明申请
    • Car park
    • 停车场
    • US20070294952A1
    • 2007-12-27
    • US11879092
    • 2007-07-13
    • Jiong Li
    • Jiong Li
    • E04H6/28
    • E04H6/285
    • A car park (or other storage facility), comprising: a plurality of annular parking levels; an outer structure and a central core for supporting the parking levels; and a hoisting mechanism; wherein each of the plurality of parking levels comprises a plurality of parking compartments located between the outer structure and the inner core, each of the levels is rotatable to bring a respective compartment into alignment with the hoisting mechanism so that the respective compartment can be detached from the respective level and raised or lowered by the hoisting mechanism. In one embodiment, the plurality of annular parking levels constitutes a first parking circuit and the car park includes at least one additional parking circuit comprising a further plurality of annular parking levels, wherein the first parking circuit and the additional parking circuit are coaxial.
    • 停车场(或其他存储设施),包括:多个环形停车位; 外部结构和用于支撑停车位的中心核心; 和提升机构; 其中所述多个停车位级别中的每一个包括位于所述外部结构和所述内部芯之间的多个停车室,每个所述水平面都是可旋转的,以使相应的隔室与所述提升机构对准,使得相应的隔室可以从 各级升降机构升降。 在一个实施例中,所述多个环形停车位构成第一停车回路,并且所述停车场包括至少一个附加的停车电路,所述另外的停车电路包括多个环形停车位,其中所述第一停车电路和所述附加停车电路是同轴的。
    • 8. 发明申请
    • Car park
    • 停车场
    • US20060228196A1
    • 2006-10-12
    • US10533934
    • 2003-11-06
    • Jiong Li
    • Jiong Li
    • E04H6/00
    • E04H6/28
    • A car park (or other storage facility), comprising: a plurality of annular parking levels; an outer structure and a central core for supporting the parking levels; and a hoisting mechanism; wherein each of the plurality of parking levels comprises a plurality of parking compartments located between the outer structure and the inner core, each of the levels is rotatable to bring a respective compartment into alignment with the hoisting mechanism so that the respective compartment can be detached from the respective level and raised or lowered by the hoisting mechanism. In one embodiment, the plurality of annular parking levels constitutes a first parking circuit and the car park includes at least one additional parking circuit comprising a further plurality of annular parking levels, wherein the first parking circuit and the additional parking circuit are coaxial.
    • 停车场(或其他存储设施),包括:多个环形停车位; 外部结构和用于支撑停车位的中心核心; 和提升机构; 其中所述多个停车位级别中的每一个包括位于所述外部结构和所述内部芯之间的多个停车室,每个所述水平面都是可旋转的,以使相应的隔室与所述提升机构对准,使得相应的隔室可以从 各级升降机构升降。 在一个实施例中,多个环形停车位构成第一停车回路,并且停车场包括至少一个附加的驻车回路,其包括多个环形停车位,其中第一停车回路和附加停车回路是同轴的。