血液透析设备气泡检测仪
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血液透析设备气泡检测仪、血透机气泡监测测试系统（Blood Dialysis Equipment Bubble Detector, Blood Dialysis Machine Bubble Monitoring And Testing System）
执行标准：
依据 YY0054-2010 《血液透析設备》标准的测试方法进行设计
Execution Standards:
Design according to the testing method of YY0054-2010 "Hemodialysis Equipment" standard
技术参数：
操作系统：PLC+Windows系统；
操作界面：彩色12寸嵌入式工业电脑，中英文切换；
主体支架:铝型材制造；
压力传感器：-50kpa-0，精度0.1%；
储存容器：亚克力制造1套含所有接头；
回收容器：亚克力制造1套含所有接头；
控制系统和测试支架独立分开；
加热容器带控温系统：0-99度，可设置；
打印机：无线WiFi连接方式，结构数据可以导出编辑；
流量计：0-1升可根据试验品选择其他量程
空气探测器：1套国产
用电要求：220V,50HZ;
Technical Parameters:
Operating system: PLC+Windows system;
Operating interface: Color 12 inch embedded industrial computer, switching between Chinese and English;
Main bracket: made of aluminum profiles;
Pressure sensor:- 50kpa-0, accuracy 0.1%;
Storage container: 1 set made of acrylic, including all joints;
Recycling container: 1 set made of acrylic, including all joints;
The control system and testing bracket are independently separated;
Heating container with temperature control system: 0-99 degrees, adjustable;
Printer: Wireless WiFi connection method, structural data can be exported and edited;
Flow meter: 0-1 liter, other ranges can be selected according to the test sample
Air detector: 1 set domestically produced
Electricity requirements: 220V, 50HZ;
原理：
血液透析设备气泡检测仪采用高清摄像捕捉、图像处理技术来实现对气泡的精确测量，从而用来评价血液透析机的气泡监测能力。
Principle:
The blood dialysis equipment bubble detector adopts high-definition camera capture and image processing technology to achieve accurate measurement of bubbles, which is used to evaluate the bubble monitoring ability of the blood dialysis machine.
应用领域：
血液透析设备气泡检测仪主要用于血液透析机中气泡的检测，确保透析过程中的气泡数量在安全范围内。气泡检测仪通过高清摄像捕捉和图像处理技术，实现对气泡的精确测量，从而评价血液透析机的气泡监测能力。
Application Areas:
The blood dialysis equipment bubble detector is mainly used for detecting bubbles in the blood dialysis machine to ensure that the number of bubbles during the dialysis process is within a safe range. The bubble detector uses high-definition camera capture and image processing technology to achieve accurate measurement of bubbles, thereby evaluating the bubble monitoring capability of hemodialysis machines.
