Testing system design and analysis for the execution units of anti-thrombotic device.
- Author:
Zhelong LI
;
Haipo CUI
;
Kun SHANG
;
Yuehua LIAO
;
Xun ZHOU
- Publication Type:Journal Article
- MeSH:
Equipment Design;
Humans;
Monitoring, Ambulatory;
instrumentation;
Pressure;
Reproducibility of Results;
Software;
Thrombosis;
diagnosis
- From:
Journal of Biomedical Engineering
2015;32(1):187-191
- CountryChina
- Language:Chinese
-
Abstract:
In an anti-thrombotic pressure circulatory device, relays and solenoid valves serve as core execution units. Thus the therapeutic efficacy and patient safety of the device will directly depend on their performance. A new type of testing system for relays and solenoid valves used in the anti-thrombotic device has been developed, which can test action response time and fatigue performance of relay and solenoid valve. PC, data acquisition card and test platform are used in this testing system based on human-computer interaction testing modules. The testing objectives are realized by using the virtual instrument technology, the high-speed data acquisition technology and reasonable software design. The two sets of the system made by relay and solenoid valve are tested. The results proved the universality and reliability of the testing system so that these relays and solenoid valves could be accurately used in the antithrombotic pressure circulatory equipment. The newly-developed testing system has a bright future in the aspects of promotion and application prospect.
