The quantitative liquid separating device for inspection belongs to the technical field of medical appliances. The technical scheme of the utility model is as follows: the main body of the liquid separating device is provided with a liquid storage tank, a sealing rotary cover is arranged on the main body of the liquid separating device, a data display screen is arranged on the front side of the main body of the liquid separating device, a capacity adjusting knob is arranged on the lower side of the data display screen, a conductor port is arranged on the right side of the capacity adjusting knob, and an electricity is arranged in the conductor mouth. A grip handle is arranged on the lower side of the main body of the liquid separating device, a pressing pushing liquid cylinder is arranged on the lower side of the grip handle, a pushing liquid chute is arranged on the front side of the pushing liquid cylinder, a pressing liquid pushing valve is arranged in the pushing liquid chute, a dropping nozzle is arranged on the lower side of the pushing liquid cylinder, a liquid storage tank is arranged inside the liquid storage tank, and a transfer pipe is arranged on the lower side of the liquid storage tank. The device can not only flexibly select the size of the liquid separation capacity, but also realize the uninterrupted liquid separation in time. The efficiency is extremely high, and it is easy to operate and control. The efficiency and accuracy of liquid separation are greatly improved and greatly reduced. It is difficult for clinical laboratory doctors to work.
【技术实现步骤摘要】
检验用定量分液装置
本技术属于医疗用具
,具体地讲是一种检验用定量分液装置。
技术介绍
检验科在进行液体检验分析时,需要进行逐个样本液的分液作用,以往的分液过程需要医师进行逐个量液分液作用,对于液体的用量判断需要进行读数作用,来保证分液液体体积的相同,而以往的控制方法多是对不同需求容量试剂瓶进行储液作用,这样需要将液体进行中转转移,不仅效率低下,而且容易造成试剂液的浪费,长此以往,增加了临床检验科医师的工作难度。
技术实现思路
本技术的目的是提供一种在进行检验科液体定量快速分液作用时,操作简便、省时省力、安全稳定的检验用定量分液装置。本技术的技术方案是:包括分液装置主体,在分液装置主体上设有储液罐,储液罐上设有密封旋盖,分液装置主体前侧设有数据显示屏,数据显示屏下侧设有容量调节旋钮,容量调节旋钮右侧设有导线口,导线口内设有电源线,分液装置主体下侧设有握柄,握柄下侧设有按压推液筒,按压推液筒前侧设有推液滑槽,推液滑槽内设有按压推液阀,按压推液筒下侧设有注液滴嘴,储液罐内部设有储液仓,储液仓下侧设有转接管,转接管下侧设有加压通液管,加压通液管内设有泵阀,泵阀与加压泵连接,加压泵与电路主板连接,电路主板上设有集成芯片,电路主板左侧与流量传感器连接,加压通液管下侧设有分液缓存管,分液缓存管内设有电磁阀,电磁阀与信号线与电路主板连接,电磁阀下侧设有推液筒,推液筒内设有活塞片,活塞片上设有通液孔,通液孔左侧设有卡槽,通液孔右侧设有伸缩槽,伸缩槽内设有卡塞,卡塞与推杆连接,推杆上侧设有按压推液阀,推液筒右侧设有滑槽,滑槽内设有推杆。作为优选,所述储液罐前侧设有液位观察 ...
【技术保护点】
1.检验用定量分液装置,包括分液装置主体(1),其特征是:在分液装置主体(1)上设有储液罐(2),储液罐(2)上设有密封旋盖(3),分液装置主体(1)前侧设有数据显示屏(4),数据显示屏(4)下侧设有容量调节旋钮(5),容量调节旋钮(5)右侧设有导线口(6),导线口(6)内设有电源线(7),分液装置主体(1)下侧设有握柄(8),握柄(8)下侧设有按压推液筒(9),按压推液筒(9)前侧设有推液滑槽(10),推液滑槽(10)内设有按压推液阀(11),按压推液筒(9)下侧设有注液滴嘴(12),储液罐(2)内部设有储液仓(13),储液仓(13)下侧设有转接管(14),转接管(14)下侧设有加压通液管(15),加压通液管(15)内设有泵阀(16),泵阀(16)与加压泵(17)连接,加压泵(17)与电路主板(18)连接,电路主板(18)上设有集成芯片(19),电路主板(18)左侧与流量传感器(20)连接,加压通液管(15)下侧设有分液缓存管(21),分液缓存管(21)内设有电磁阀(22),电磁阀(22)与信号线(23)与电路主板(18)连接,电磁阀(22)下侧设有推液筒(24),推液筒(24)内设 ...
【技术特征摘要】
1.检验用定量分液装置,包括分液装置主体(1),其特征是:在分液装置主体(1)上设有储液罐(2),储液罐(2)上设有密封旋盖(3),分液装置主体(1)前侧设有数据显示屏(4),数据显示屏(4)下侧设有容量调节旋钮(5),容量调节旋钮(5)右侧设有导线口(6),导线口(6)内设有电源线(7),分液装置主体(1)下侧设有握柄(8),握柄(8)下侧设有按压推液筒(9),按压推液筒(9)前侧设有推液滑槽(10),推液滑槽(10)内设有按压推液阀(11),按压推液筒(9)下侧设有注液滴嘴(12),储液罐(2)内部设有储液仓(13),储液仓(13)下侧设有转接管(14),转接管(14)下侧设有加压通液管(15),加压通液管(15)内设有泵阀(16),泵阀(16)与加压泵(17)连接,加压泵(17)与电路主板(18)连接,电路主板(18)上设有集成芯片(19),电路主板(18)左侧与流量传感器(20)连接,加压通液管(15)下侧设有分液缓存管(21),分液缓存管(21)内设有电磁阀(22),电磁阀(22)与信号线(23)与电路主板...
还没有人留言评论。发表了对其他浏览者有用的留言会获得科技券。