微量注射泵

  • 网络Micro injection pump;syringe pump
微量注射泵微量注射泵
  1. 第二章详细介绍了各实验装置,对燃料供应系统中的微量注射泵进行的改进和取得的理想的效果。

    Conducting a simple improvements about syringe pump in the fuel supply system , achieves the desired results .

  2. 多巴酚丁胺经外周静脉用微量注射泵连续均匀推注,剂量每5min分级递增。

    Dobutamine was injected through peripheral vein with micro syringe pump continuously and the dose was increased every five minutes .

  3. 探讨了ICU病房中使用微量注射泵的不安全因素及对策。

    This paper explores the status and countermeasure to unsafe factors by using microinjection bumps in ICU of the hospital .

  4. 目的总结在重症监护病房(ICU)使用微量注射泵经中心静脉高浓度补钾纠正低钾血症的护理体会。

    Objective To summarize nursing experience of microinjection pump used in high concentration potassium infusion via central vein to correct kaliopenia in ICU .

  5. 方法:1.离体猪肝实验:将离体猪肝置于37℃生理盐水中,以PTC针穿刺后,通过延长管以微量注射泵12ml/小时速度注入不同浓度、不同剂量盐酸。

    Methods : 1 . Test of pig livers : 1.1 Put the liver into 37 ℃ NS , then we injected difference dosage of HCL to liver by a extension tube to a syringe filled with difference density HCL .

  6. 硬件体系由临床的麻醉监护仪器(包括无创血压监护仪,多功能气体监护仪和AEPI监护仪等),闭环控制计算机以及微量注射泵等组成。

    The hardware system comprises anesthesia monitor ( including non-invasion blood pressure monitor , multi-functional air monitor and AEPI monitor ), close-loop control computer and micro-injection pump .

  7. 结论使用微量注射泵经中心静脉高浓度补钾纠正低钾血症的方法在ICU是有效、安全的,但需要严密的临床监测和护理。

    Patients ( 2.4 % ) suffered hyperkalemia . Conclusions It is effective and safe to use micro-injection pump in high concentration potassium infusion via central vein to correct kaliopenia in ICU , but rigorous clinical monitoring and nursing must be done .

  8. 试验组:先静注丙泊酚1.5mg/kg行静脉诱导,然后改用微量注射泵持续注射丙泊酚,达到理想镇静深度(Ramsay氏5级以上)后行气管插管;

    In the experiment group : propofol 1.5mg/kg injected intravenously as sedative induction , followed by continuous intravenous infusion using injecting pump , tracheal intubation was done immediately after reaching ideal sedative profundity ( above grade 5 of Ramsay gradation ) .

  9. 方法把肺动脉压增高的患者,随机分为两组:治疗组采用微量注射泵在人工气道泵入NTG20mg,加入生理盐水50mL,5~10mL/h,持续1周。

    Methods One hundred twenty-seven patients of pulmonary artery hypertension were randomly divided into two groups . In the treatment group , NTG 20 mg was added into 46 mL normal saline ( NS ) and pumped into the artificial airway for 5-10 mL / h for 1 week .

  10. 微量注射泵在心绞痛及心肌梗死治疗中的应用

    Application of Microinjection Pump during Treating Angina Pectoris and Myocardia Infarction

  11. 微量注射泵控制气道湿化的临床应用

    Clinical Application of Micro-injection Pump to Control the Humidification of Airway

  12. 微量注射泵在糖尿病急症抢救中的应用

    Application of micro - injection pump in early treatment of diabetes

  13. 微量注射泵使用中不安全因素现状分析与对策

    The Status and Countermeasure to Unsafe Factors in Application of Microinjection Bump

  14. 临床应用微量注射泵过程中泵体安全移动方法的研究

    Study on the safe methods of movement of infusion pumps in use

  15. 微量注射泵延长管的改进

    Improvement of the Prolonged Tube for Micro - injection Pump

  16. BP-10型便携式微量注射泵的设计

    The design of type BP-10 microinfusion pump of easy carriage

  17. 微量注射泵在人工气道持续湿化中的应用

    Microinjection pump application for artificial air tract Continuous Wetting

  18. 动脉术后微量注射泵的临床应用

    Clinical applications of Terufusion syringe pump after arterial operation

  19. 目的探讨微量注射泵在动脉闭塞性疾病中的应用。

    Objective To study clinical applications of Terufusion syringe pump after arterial operation .

  20. 两组均采用微量注射泵输入胰岛素。

    Insulin was infused by micro - injection pump .

  21. 微量注射泵在肿瘤化疗中的临床应用

    Clinical study of micro-injection pump in tumor chemotherapy

  22. 安全使用微量注射泵的护理体会

    Nursing experience of using syringe pump safely

  23. 小型微量注射泵的试制

    Trial manufacturing of small-model micro injection pump

  24. 丝杆形位误差对微量注射泵输液精度的影响

    The effect of form and position error of leading screw on the precision microinfusion pumps

  25. 使用微量注射泵经中心静脉高浓度补钾的临床监测与护理

    Clinical Monitoring and Nursing on Micro-injection Pump Used in High Concentration Potassium Infusion Via Central Vein

  26. 目的探讨用微量注射泵控制硬膜外阻滞镇痛分娩的效果,以及对产程、产式等的影响。

    Objective To evaluate the effect of epidural analgesia on laboring time and the mode of delivery .

  27. 目的比较微量注射泵持续气道湿化和超声雾化吸入法的临床效果。

    Objective To Compare the clinical effect between continuous airway moistening via syringe pump and inhalation therapy via ultrasonic nebulizer .

  28. 采用国产微量注射泵持续硬膜外腔注射治疗12例晚期癌痛患者。

    Home-made micro-injection pump was wsed to treat 12 cases of late-stage cancer with persistent injection of morphin to epidural space .

  29. 微量注射泵静脉注射参附注射液治疗顽固性充血性心力衰竭的疗效观察

    Observation on Curative Effect of Shen Fu Injection on Obstinate Congestive Heart Failure through IV by Means of the Microinjection Pump

  30. 目的探索人工气道应用微量注射泵持续湿化的效果。

    Objective To probe the result of the application of the small injection pump for keeping moist in the artificial respiratory tract .