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    • 2. 发明公开
    • Diagnostic-test specimen-preparation vial
    • 医疗器械检测仪器。
    • EP0175326A2
    • 1986-03-26
    • EP85111691.3
    • 1985-09-16
    • Orion Corporation Ltd
    • Novgrad, CliffHäivä, Antti Veli-MiesNiskanen, Aimo JuhaniWallenius, Kaija OrvokkiVäänänen, Terttu SinikkaWest, Cheryl Karin
    • B01L3/00A61B10/00G01N1/28G01N33/48
    • A61B10/02A61B10/0038B01L3/508G01N2001/028
    • A specimen-preparation vial for collecting and preparing a specimen of fecal matter or other clinical specimen for a diagnostic test includes a sample-dilution container (20) and a specimen-collection/dispenser top (50). The sample dilution container (20) is shaped to contain a liquid in an interior volume. The container (20) has an opening (34) dimensioned to receive the specimen and a sidewall which is yieldable upon manual squeezing. The specimen-collection/dispenser top (50) includes a cap housing (110) which is connectable to the specimen-dilution container (20) for closing the opening (34) of the container (20). A specimen-collection tool (130) is connected to the cap housing (110) and projects from the cap housing (110) so that the tool (130) extends into the interior volume of the specimen-dilution container (20) when the cap housing (110) closes the opening (34) of the container (20). The specimen-collection/dispenser top (50) also includes a dispenser tip connected to the cap housing (110). The dispenser tip (112) has a channel passing through it which communicates with the interior volume of the sample-dilution container (20) when the cap housing (110) closes the opening (34) of the container (20). An end of the channel defines a filtrate-discharge orifice. A dispenser-tip closure is provided for closing the filtrate-discharge orifice of the channel passing through the dispenser tip (112). A microfiltration filter is located in the cap housing (110) in a liauid oath extendina from the interior volume of the sample-dilution container (20) to the filtrate-discharge orifice of the dispenser tip (112) so that liquid flowing from the interior volume of the container to the filtrate-discharge orifice passes through the microfiltration filter. The microfiltration filter has pores passing through it of dimensions effective to permit virus particle to pass through the pores and to block the passage of particles significantly larger than virus particles.
    • 用于收集和制备用于诊断测试的粪便物质或其他临床标本的样本的标本制备小瓶包括样品稀释容器(20)和样本收集/分配器顶部(50)。 样品稀释容器(20)成形为在内部容积中容纳液体。 容器(20)具有开口(34),该开口(34)的尺寸被设计成容纳样本和侧壁,所述侧壁在手动挤压时是可屈服的。 样本收集/分配器顶部(50)包括可连接到样本 - 稀释容器(20)的盖壳体(110),用于封闭容器(20)的开口(34)。 标本收集工具(130)连接到盖壳体(110)并且从盖壳体(110)突出,使得当盖子(130)延伸到样品 - 稀释容器(20)的内部容积中时, 壳体(110)关闭容器(20)的开口(34)。 样本收集/分配器顶部(50)还包括连接到盖壳体(110)的分配器尖端。 当帽壳体(110)关闭容器(20)的开口(34)时,分配器尖端(112)具有通过该通道的通道,其与样品 - 稀释容器(20)的内部容积连通。 通道的一端限定了滤液 - 排放口。 提供分配器顶端封闭件用于封闭通过分配器尖端(112)的通道的滤液 - 排出孔。 微滤过滤器以从样品稀释容器(20)的内部容积延伸到分配器末端(112)的滤液 - 排出孔的液体通道位于盖壳体(110)中,使得从 容器到滤液排出孔的内部容积通过微滤过滤器。 微滤过滤器具有穿过其的孔,其尺寸有效地允许病毒颗粒通过孔并阻止明显大于病毒颗粒的颗粒的通过。
    • 3. 发明公开
    • Apparatus and method for carrying out photometric assays
    • 装置和方法进行光学测定
    • EP0229355A3
    • 1988-01-07
    • EP86117641
    • 1986-12-18
    • Orion Corporation Ltd
    • Vainio, Atte OlaviNiskanen, Aimo JuhaniKahma, Kauko IlmariJoki, Harri KaleviPoramo, Risto A.A.Lekkala, Jukka Olavi,
    • G01N21/59
    • G01N21/82G01N21/59G01N2201/0616
    • The invention consists of an apparatus which can be used for the measurement of changes in light intensity in the liquid phase. A characteristic of the apparatus is that it does not include its own light source, but instead the apparatus utilizes ambient illumination. The apparatus can be used instead of a photometer for quantitative, semi-quantitative or qualitative chemical, immunochemical or enzymatic assays and also for other analyses in which change in the intensity of light passing through a liquid phase is recorded between different measurements or alternatively the change is monitored continuously as a function of time. The change in light intensity may result eg. from changes in the size or number of light-absorbing or light-­scattering particles in the liquid. The apparatus is inexpensive and can easily be transported. The apparatus also includes the necessary controls, display, A/D-­converter or comparator, processing unit, timer and power source. The power source may be eg. a solar cell or a small battery.
    • 本发明由可用于测量液相光强变化的装置组成。 该装置的特征在于它不包括其自身的光源,而是设备利用环境照明。 可以使用该装置代替用于定量,半定量或定性化学,免疫化学或酶学测定的光度计,并且还可以用于在不同测量之间记录通过液相的光的强度变化的其他分析,或者替代地,改变 作为时间的函数被连续地监视。 光强的变化可能会导致例如。 来自液体中的光吸收或光散射颗粒的尺寸或数量的变化。 该设备便宜并且可以容易地运输。 该装置还包括必要的控制,显示,A / D转换器或比较器,处理单元,定时器和电源。 电源可以是例如。 太阳能电池或小电池。
    • 4. 发明公开
    • Diagnostic-test specimen-preparation vial
    • 诊断样本制备VIAL
    • EP0175326A3
    • 1987-12-02
    • EP85111691
    • 1985-09-16
    • Orion Corporation Ltd
    • Novgrad, CliffHäivä, Antti Veli-MiesNiskanen, Aimo JuhaniWallenius, Kaija OrvokkiVäänänen, Terttu SinikkaWest, Cheryl Karin
    • B01L03/00A61B10/00G01N01/28G01N33/48
    • A61B10/02A61B10/0038B01L3/508G01N2001/028
    • A specimen-preparation vial for collecting and preparing a specimen of fecal matter or other clinical specimen for a diagnostic test includes a sample-dilution container (20) and a specimen-collection/dispenser top (50). The sample dilution container (20) is shaped to contain a liquid in an interior volume. The container (20) has an opening (34) dimensioned to receive the specimen and a sidewall which is yieldable upon manual squeezing. The specimen-collection/dispenser top (50) includes a cap housing (110) which is connectable to the specimen-dilution container (20) for closing the opening (34) of the container (20). A specimen-collection tool (130) is connected to the cap housing (110) and projects from the cap housing (110) so that the tool (130) extends into the interior volume of the specimen-dilution container (20) when the cap housing (110) closes the opening (34) of the container (20). The specimen-collection/dispenser top (50) also includes a dispenser tip connected to the cap housing (110). The dispenser tip (112) has a channel passing through it which communicates with the interior volume of the sample-dilution container (20) when the cap housing (110) closes the opening (34) of the container (20). An end of the channel defines a filtrate-discharge orifice. A dispenser-tip closure is provided for closing the filtrate-discharge orifice of the channel passing through the dispenser tip (112). A microfiltration filter is located in the cap housing (110) in a liauid oath extendina from the interior volume of the sample-dilution container (20) to the filtrate-discharge orifice of the dispenser tip (112) so that liquid flowing from the interior volume of the container to the filtrate-discharge orifice passes through the microfiltration filter. The microfiltration filter has pores passing through it of dimensions effective to permit virus particle to pass through the pores and to block the passage of particles significantly larger than virus particles.
    • 5. 发明公开
    • Apparatus and method for carrying out photometric assays
    • Vorrichtung und Verfahren zurDurchführungvon photometrischen Untersuchungen。
    • EP0229355A2
    • 1987-07-22
    • EP86117641.0
    • 1986-12-18
    • Orion Corporation Ltd
    • Vainio, Atte OlaviNiskanen, Aimo JuhaniKahma, Kauko IlmariJoki, Harri KaleviPoramo, Risto A.A.Lekkala, Jukka Olavi,
    • G01N21/82G01N21/59
    • G01N21/82G01N21/59G01N2201/0616
    • The invention consists of an apparatus which can be used for the measurement of changes in light intensity in the liquid phase. A characteristic of the apparatus is that it does not include its own light source, but instead the apparatus utilizes ambient illumination. The apparatus can be used instead of a photometer for quantitative, semi-quantitative or qualitative chemical, immunochemical or enzymatic assays and also for other analyses in which change in the intensity of light passing through a liquid phase is recorded between different measurements or alternatively the change is monitored continuously as a function of time. The change in light intensity may result eg. from changes in the size or number of light-absorbing or light-­scattering particles in the liquid. The apparatus is inexpensive and can easily be transported. The apparatus also includes the necessary controls, display, A/D-­converter or comparator, processing unit, timer and power source. The power source may be eg. a solar cell or a small battery.
    • 本发明由可用于测量液相光强变化的装置组成。 该装置的特征在于它不包括其自身的光源,而是设备利用环境照明。 可以使用该装置代替用于定量,半定量或定性化学,免疫化学或酶学测定的光度计,并且还可以用于在不同测量之间记录通过液相的光的强度变化的其他分析,或者替代地,改变 作为时间的函数被连续地监视。 光强的变化可能会导致例如。 来自液体中的光吸收或光散射颗粒的尺寸或数量的变化。 该设备便宜并且可以容易地运输。 该装置还包括必要的控制,显示,A / D转换器或比较器,处理单元,定时器和电源。 电源可以是例如。 太阳能电池或小电池。