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    • 74. 发明授权
    • 듀얼시린지 타입 일회용 혈액점도측정키트 어셈블리
    • 双注射器型一次性血液粘度测量套件组件
    • KR101732576B1
    • 2017-05-08
    • KR1020150090207
    • 2015-06-25
    • 나노비즈 주식회사
    • 김승호홍경찬임대윤문호
    • G01N11/04G01N33/49G01N11/00
    • 본발명은듀얼시린지타입의일회용혈액점도측정키트어셈블리에관한것으로서, 기준유체와진단혈액이통과하는복수의마이크로채널과상기마이크로채널과연통하는기준유체주입구와혈액주입구를가지는진단키트와, 상기진단키트의기준유체주입구및 혈액주입구에각각삽입되는첨단부를가지는시린지부와, 상기진단키트가착탈가능하게수용되는키트수용부와상기시린지부가착탈가능하게수용되는시린지수용부를가지며상부가개구되어형성된케이스를구비하여, 진단키트와시린지부와케이스를용이하게조립할수 있도록구성하여혈액점도측정키트어셈블리를일회용으로제조하여사용후즉시폐기할수 있어사용이간편하고안전성이높고, 기준유체와샘플유체를시린지에안전하고용이하게주입이가능하고, 주입후밀봉부재와밀봉가압바에의해유체가외부로누설되는일이없이흐름의안정성을확보함과동시에가입이용이하게구성되어측정중에혈액이공기중에노출될염려가없이안전하고사용이간편하고정밀한측정이가능하다.
    • 本发明涉及一种双注射器型的一次性血液粘度测定试剂盒组件,所述基准流体和血液的诊断确实穿过多个微通道和所述微通道通过所述参考流体入口和具有血液入口的测试试剂盒和诊断试剂盒 一个参考流体入口和具有高的部件,它们分别插入到血液入口疼痛部分,其中所述诊断试剂盒还可拆卸盒接收部分和注射器容纳部分容纳注射器的情况下,可容纳额外去除它是顶部有开口 组装诊断试剂盒,注射器和外壳很容易,因此血液粘度测量套件组件可以一次性使用,即弃处理,易于使用且安全, 注射可以安全且容易地进行,并且在注射之后,流体通过密封构件和密封压力棒泄漏到外部 Neunil确保流动的稳定性,而不时间,并且被配置为使用所述血液被接合担心安全和易于使用的和精确的测量,而不暴露在空气中测量过程中是可能的。
    • 76. 发明授权
    • 혈액점도측정 키트
    • 血液粘度测量包
    • KR101476924B1
    • 2014-12-26
    • KR1020130102123
    • 2013-08-28
    • 김보곤
    • 김승호
    • G01N11/04G01N33/49
    • The present invention relates to a blood viscosity measuring kit including a bottom channel section which has a plurality of micro channels, and is provided with a plurality of discharge passages; a main body section disposed on the bottom channel section with a plurality of damper sections and a sludge storage section, the plurality of damper sections allowing a reference fluid and blood to pass after being supplied from the outside and communicating with the reference fluid passage and the blood passage and the sludge storage section communicating with the discharge passage and storing the reference fluid and the blood after passage through the micro channel and measuring; and a cover section disposed on the main body section, and covers the sludge storage section. According to the present invention, the blood can be supplied with ease and stability, and the kit can be handled with ease. The sludge storage section is formed on the micro channel to stably accommodate the blood without leakage after the passage through the micro channel. Accordingly, continuous blood injection can be ensured. Also, a damper is formed in the vicinity of a blood inlet or a reference fluid inlet such that the generation of a vortex, or sedimentation of blood elements such as lipids and proteins can be prevented even when the blood is injected from a blood injection device such as a needle.
    • 本发明涉及一种血液粘度测定用具,其具备:具有多个微通道的底部通道部,具有多个排出通路; 主体部分,其设置在具有多个阻尼部分和污泥收集部分的底部通道部分上,所述多个阻尼器部分允许参考流体和血液从外部供应之后通过并与参考流体通道连通, 血液通道和污泥储存部分与排出通道连通并且在通过微通道并测量之后存储参考流体和血液; 以及设置在主体部上的盖部,覆盖污泥收纳部。 根据本发明,可以容易且稳定地供给血液,并且可以容易地处理该试剂盒。 污泥收集部形成在微通道上,以在通过微通道之后稳定地容纳血液而不泄漏。 因此,可以确保持续的血液注射。 此外,在血液入口或参考流体入口附近形成阻尼器,使得即使当从注射装置注射血液时也可以防止涡流的产生或诸如脂质和蛋白质的血液成分的沉降 如针。
    • 79. 发明公开
    • 세관식 디지털 점도계
    • 毛细型数字式粘度计
    • KR1020120083708A
    • 2012-07-26
    • KR1020110005000
    • 2011-01-18
    • 경상대학교산학협력단
    • 서양곤하보영김하늘이상민장혜경
    • G01N11/04G01N11/08G01N11/06
    • PURPOSE: A capillary type digital viscometer is provided to calculate an absolute viscosity at a reference temperature of a specific liquid by having a temperature correcting function regardless of a measurement temperature. CONSTITUTION: A capillary type digital viscometer comprises a fluid discharging unit(50), a body, a first pressure sensor(71), a second pressure sensor(73), a temperature sensor(75), and a controlling unit. The fluid discharging unit charges fluid for measuring viscosity and forcibly discharges the fluid. The body comprises a driving unit for driving the fluid discharging unit. The first pressure sensor measures the inner pressure in the inside of the fluid discharging unit. The second pressure sensor measures the pressure of a portion where the fluid is discharged. The temperature sensor is installed in the fluid discharging unit, thereby detecting the temperature of the fluid. The controlling unit detects the discharging time of the fluid charged to a fluid pipe, thereby calculating the viscosity of the fluid at the temperature detected by the temperature sensor and detect viscosity of the fluid at a reference temperature based on the viscosity of the detecting temperature.
    • 目的:提供一种毛细管式数字粘度计,通过具有温度校正功能而不考虑测量温度来计算特定液体的参考温度下的绝对粘度。 构成:毛细管式数字粘度计包括流体排放单元(50),主体,第一压力传感器(71),第二压力传感器(73),温度传感器(75)和控制单元。 流体排放单元为流体测量粘度并强制排出流体。 主体包括用于驱动流体排放单元的驱动单元。 第一压力传感器测量流体排放单元内部的内部压力。 第二压力传感器测量流体被排出的部分的压力。 温度传感器安装在流体排放单元中,从而检测流体的温度。 控制单元检测加载到流体管道的流体的排出时间,从而计算由温度传感器检测的温度下的流体的粘度,并根据检测温度的粘度检测基准温度下的流体的粘度。