Objective To observe the effects of lasting air way humidification with precision infusion set.
目的观察机械通气中精密输液器持续气道湿化的效果。
METHODS :Contrast experiments on the infusion set were made using bacterial endotoxins and pyrogen tests.
方法：采用内毒素检查法和热原检查法对一次性输液器进行对照试验。
The utility model is composed of a conventional infusion set, a sphygmomanometer and an inflatable air bag.
主要由现行常规输液装置加上一个血压表和一个可充气气袋构成。
The disposable iv infusion set needle consist of protective cover, needle tube, needle handle, flexible tube, needle seat.
一次性使用静脉输液针由保护套、针管、针柄、软管、针座组成。
Medtronic says it recently learned that about 2% of the "Lot 8" Quick-set infusion sets may not allow the insulin pump to vent air pressure properly.
美敦力说，最近发现大概有2%的批号为8开头的快速胰岛素注射设备不能精确定量的注入胰岛素。
The infusion set can effectively solve the technical problem of the occurrence of bubbles in the infusion set and is characterized by simple structure and convenient use.
本发明可以有效地解决了输液器气泡产生的技术问题，具有结构简单、使用方便的特点。
CONCLUSIONS Hospital acquired infection can be effectively reduced by controlling the clinically used disposable infusion set and injection syringe so as to assure the safety of public health.
结论加强一次性使用输液器、注射器临床使用管理，可有效地预防医院感染的发生，确保医疗和护理安全。
During the manufacturing of disposable infusion (transfusion) set, cyclohexanone is used as the main adhesive agent. The effect of cyclohexanone on animal was studied.
在一次性使用输液(血)器生产中，环己酮是主要粘合剂。本文针对环己酮对动物的影响进行了研究。
During the manufacturing of disposable infusion (transfusion) set, cyclohexanone is used as the main adhesive agent.
在一次性使用输液(血)器生产中，环己酮是主要粘合剂。
An infusion device including a site and a set for delivery of a substance to a patient.
一种用于将物质输送到患者的输液设备，其包括有一个定位贴片以及一个套件。
Methods: Based on the theory of accumulated generating opposite-direction GOM (1, 1) of the set-up model, the grey pharmacokinetics model of fleetness intravenous infusion was made.
方法：根据反向累加生成GOM(1,1)的建模原理，给出快速静脉推注药物动力学的灰色模型。
Methods: Based on the theory of accumulated generating opposite-direction GOM (1, 1) of the set-up model, the grey pharmacokinetics model of fleetness intravenous infusion was made.
方法：根据反向累加生成GOM(1,1)的建模原理，给出快速静脉推注药物动力学的灰色模型。
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