In a paper published on December 25th, local time, "Advanced Materials" magazine introduced a transparent, highly malleable guideline developed by Wang Chao, a scientist at the University of California, Riverside, and his peers. Ionic material. This material can give robots the ability to self-heal after mechanical failure, extend the life of electric vehicles and lithium-ion batteries, and improve the performance of biosensors in medical and environmental monitoring applications.
For the first time, the new study "combines self-healing materials with ionic conductors." Self-healing materials can automatically repair the losses caused by use, prolong service life and reduce costs; ionic conductors that allow ions to flow within them play an important role in energy storage, solar energy conversion, sensors and electronics. Wang Chao said: "Research and development of a variety of superior performance materials is a difficult problem in the scientific community for many years, and now we have successfully and have begun to develop their related applications."
Co-author, Christopher Capelinger, an associate professor at the University of Colorado at Boulder, previously developed an ionic conductor that energizes artificial muscles and uses them to make transparent speakers, but cannot heal itself after a mechanical failure. The reason for not being able to heal itself is that the covalent bonds contained in these polymers react in an electrochemical environment, reducing the properties of the material. Wang Chao uses ion dipole action to couple the charged ions and polar molecules, which greatly improves the stability of the ionic conductor. Finally, a new self-healing material with a variety of superior properties is developed.
The new material can be made into a transparent artificial muscle with self-healing function. Image source: University of California, Riverside
Features
10.1 inch high resolution color TFT display
Lightweight and portable design suitable for Ambulance,Emergency Transport
Three Working Modes : Monitoring , Surgery and Diagnosis.
Simple and friendly operating display interface.
Multi-display modes suitable for different applications: Standard Interface , Large font , ECG Standard Full Display ,OXY, Trend able BP Trend.
Built-in high capacity battery up to 3 hours of continuous work
Technique Specification
ECG
Lead Mode : 5 Leads ( I , ll , Ill , AVR , AVL , AVF , V )
Gain : 2.5mm / mV, 5.0mm /mV , 10mm /Mv, 20mm /mV
Heart Rate : 15-300 BPM ( Adult ) ; 15-350 BPM ( Neonatal )
Resolution : 1 BPM
Accuracy : ± 1%
Sensitivity > 200 uV ( Peak to peak )
ST measurement range : -2.0 ~+ 2.0 Mv
Accuracy : -0. 8mV~+ 0. 8mV : ± 0. 02mV or ± 10% , which is greater
Other Range : unspecified
Sweep speed : 12.5 mm / s , 25mm / s , 50mm / s
Bandwidth:
Diagnostic : 0.05~130 Hz
Monitor : 0.5~40 Hz
Surgery : 1~20 Hz
SPO2
Measuring Range : 0 ~ 100%
Resolution : 1%
Accuracy : 70%~100% ( ± 2 % )
Pulse Rate : 20-250 BPM
Resolution : 1 BPM
Accuracy : ± 3 BPM
Optinal Parameters :
Central monitoring system
Dual IBP
Etco 2
12-lead ECG
Nellcor SpO2
Sun Tech NIBP
NIBP
Method : Oscillometry
Measure mode Manual, Auto, STAT
Unit : mmHg , kPa
Measure and alarm range:
Adult Mode
SYS 40 ~ 280 mmHg
DIA 10 ~ 225 mmHg
MEAN 20 ~ 240 mmHg
Pediatric Mode
SYS 40 ~ 220 mmHg
DIA 10 ~ 160 mmHg
MEAN 20 ~ 170 mmHg
Neonatal Mode
SYS 40 ~ 135 mmHg
DIA 10 ~ 100 mmHg
MEAN 20 ~ 110 mmHg
Resolution : 1 mmHg
Accuracy : ± 5 mmHg
TEMP
Measure and Alarm Range : 0 ~ 50 C
Resolution : 0 . 1C
Accuracy : ± 0 . 1C
Standard Parameters
ECG, RESP, TEMP, NIBP, SPO2, PR
RESP
Method : Impedance between RA-LL or RALA
Measurement Range:
Adult : 10~120 BrPM
Neonatal / Pediatric : 7~150 BrPM
Resolution : 1 BrPM
Accuracy : ± 2 BrPM
Standard Configuration
No Item Qty
- 1 Main Unit 1
- 2 5-lead ECG cable 1
- 3 Disposable ECG Electrode 5
- 4 Adult Spo2 probe 1
- 5 Adult NIBP cuff 1
- 6 NIBP extension tube 1
- 7 Temperature probe 1
- 8 Power Cable 1
- 9 User Manual 1
- 10 Fuse 3
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