The blood visualization cardiopulmonary resuscitation simulator is a brand new cardiopulmonary resuscitation simulator. Blood visualization allows students to better understand the blood flow of cardiopulmonary resuscitation.
CPR indicator
When the pressing depth and pressing frequency are correct, the head indicator will light up. On the contrary, if any one of the operations is not correct, the head indicator will not light up.
Blood circulation indicator
The blood circulation indicator is used to indicate the blood circulation from the heart to the brain during chest compressions.
The circulation speed of the blood depends on the user's compression depth and compression frequency.
Through this light, the user can understand the flow of blood and perform CPR quickly and normally.
Press the depth indicator
The pressure depth indicator is used to measure the user's compression depth and pump the corresponding blood based on this.
When the compression depth meets the requirements, the indicator light shows a longer brightness.
When the compression depth does not meet the requirements, the indicator light will be very short.
This can be intuitively linked to the user's compression depth is normal
Technical Parameters
1, cardiopulmonary resuscitation training model with blood circulation indication
2, variable blood circulation mode:
When the chest is pressed for more than 3 seconds with a compression depth of 5 cm or more, the blood circulation type is converted from V to O.
When the power is turned off and the power is turned back on, the blood circulation will return to the original V shape.
3. The sound prompt function can be set and set. Turn on the sound prompt function: there will be an audible prompt when the chest compression depth is above 5cm.
4, size: 32cm x 59cm x 21cm (W x H x D)
5, the total amount: 3.1kg
6, operating temperature: 15 ° C ~ 30 ° C
7, storage temperature: -10 ° C ~ 50 ° C
8, humidity: 5% ~ 95% relative humidity
9, power: AC power

Blood visualization cardiopulmonary resuscitation simulator/mannequi/CPR model