The utility model discloses a measuring device applied to the determination of chemiluminescence. The device includes a bearing, a rotating motor and a measuring box are installed on the upper side of the bearing. The inner hollow of the measuring box is formed by a cylindrical measuring room, which includes a box cover and a box bottom. The box cover is separately equipped with a bearing chamber in the middle of the middle of the box bottom. A bearing is installed in the two bearing chamber, and a rotor is installed on the inside of the two bearing, and the rotor is with the measuring room. Concentric setting, and its lower end extending out of the measuring box, is connected with a rotating motor, and the upper side is provided with a number of reaction cup placement grooves; the photomultiplier tube measuring chamber is connected, and the upper side of the box cover is provided with an opening, a reinforcing liquid filling mouth and a flip cover. The utility model, when the reaction cup is put into the measuring room, automatically judges whether there is a reaction cup in the slot of the reaction cup, reducing the manual pressing operation, avoiding the misoperation, measuring the cover cover before measuring, and ensuring the accuracy of the measurement. The rotor and the measuring chamber are concentrically arranged to ensure that the rotor rotates smoothly.
【技术实现步骤摘要】
一种应用于化学发光测定的测量装置
本技术涉及化学发光检测领域,具体涉及一种应用于化学发光测定的测量装置。
技术介绍
现有技术中化学发光检测一般都是采用按压的方式进行反应杯的有无检测,对按压检测的轻触按钮要求体积要小、按下行程要小、按下次数要多,安装要求避光要好;鉴于测量室需要加入增强液体才能发光,由于轻触开关的误动作导致液体直接加入到测量室里面,轻触开关又在测量室的底部,造成轻触开关腐蚀生锈,进而导致仪器无法正常进行工作。现有技术中转子的上下轴承的固定方式,由于是采用上盖板是方形的,装配调试很难做到同心;导致转子偏向转动,转动出现抖动等不稳现象。
技术实现思路
本技术的目的是针对现有技术存在的不足,提供一种自动检测反应杯,且避光效果很好,节省安装空间和检测时间的应用于化学发光测定的测量装置。为实现上述目的,本技术提供了一种应用于化学发光测定的测量装置,该装置包括支座,所述支座上侧安装有旋转电机和测量盒,所述测量盒的内部中空形成圆柱状测量室,且包括盒盖和盒底,所述盒盖与盒底内侧中部分别设有轴承室,两轴承室内分别安装有轴承,两轴承内侧安装有转子,所述转子与所述测量室同心设置, ...
【技术保护点】
一种应用于化学发光测定的测量装置,其特征在于,包括支座,所述支座上侧安装有旋转电机和测量盒,所述测量盒的内部中空形成圆柱状测量室,且包括盒盖和盒底,所述盒盖与盒底内侧中部分别设有轴承室,两轴承室内分别安装有轴承,两轴承内侧安装有转子,所述转子与所述测量室同心设置,且其下端伸出所述测量盒之外,并与旋转电机连接,且其上侧设有若干反应杯放置槽;所述测量盒一侧开孔并安装有光电倍增管,所述光电倍增管穿过所述孔与所述测量室连接,所述盒盖上侧设有开口和增强液加注口,并设有用于盖合所述开口的翻盖。
【技术特征摘要】
1.一种应用于化学发光测定的测量装置,其特征在于,包括支座,所述支座上侧安装有旋转电机和测量盒,所述测量盒的内部中空形成圆柱状测量室,且包括盒盖和盒底,所述盒盖与盒底内侧中部分别设有轴承室,两轴承室内分别安装有轴承,两轴承内侧安装有转子,所述转子与所述测量室同心设置,且其下端伸出所述测量盒之外,并与旋转电机连接,且其上侧设有若干反应杯放置槽;所述测量盒一侧开孔并安装有光电倍增管,所述光电倍增管穿过所述孔与所述测量室连接,所述盒盖上侧设有开口和增强液加注口,并设有用于盖合所述开口的翻...
【专利技术属性】
技术研发人员:刘秀峰,
申请(专利权)人:南京航思生物科技有限公司,
类型:新型
国别省市:江苏,32
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