Advanced fully automatic computerized cardiopulmonary resuscitation simulator
The advanced fully automatic computerized cardiopulmonary resuscitation simulation manikin is an advanced first aid teaching device that integrates highly realistic anatomical structures and intelligent feedback systems. It is widely used in medical education, hospital training and emergency drills. This mannequin is made of simulation materials. Its appearance, thoracic structure and airway are close to those of real patients, and it can reproduce various clinical manifestations after cardiopulmonary arrest. Its core advantage lies in the built-in computer control system and multi-parameter sensing device, which can monitor in real time the depth, frequency, and position of external chest compression of the operator, as well as the volume and ventilation effect of artificial respiration, and provide data feedback and scoring through the screen or software.
Main functions of the system
1: Simulate standard airway opening;
2: When performing manual chest compression by hand:
The dynamic barcode indicator light shows the compression depth: when the compression depth is correct (within the 5-6cm area), it is indicated by a green light on the barcode; when the compression depth is insufficient (less than 5cm), it is indicated by a yellow light on the barcode; when the compression depth is too deep (greater than 6cm), it is indicated by a red light on the barcode. The dynamic feedback of the movement of the barcode indicator light shows the CPR compression depth.
2. Digital counting display; Record in detail the specific reasons for the incorrect pressing (excessive pressing force, insufficient pressing force, incorrect pressing position and the correct number of times).
3. Language prompt: Chinese voice prompt, providing detailed explanations of the specific reasons for incorrect pressing, so that trainees can correct them in a timely manner.
3: During artificial mouth-to-mouth breathing (blowing air) :
The dynamic barcode indicator light shows the moisture volume: when the moisture volume blown in is correct (500ml - 600ml-1000ml), it is displayed by the green light of the barcode; when the moisture volume blown in is too small or too large, it is displayed by the dynamic feedback of the movement of the yellow or red indicator light of the barcode, showing the moisture measurement.
2. Counting display: Record in detail the specific reasons for blowing errors (based on excessive blowing volume, insufficient blowing force, and the number of correct blowing times);
3. Language prompt: Chinese voice prompt, detailing the specific reasons for blowing errors, so that trainees can correct them in a timely manner.
4: Compression to artificial respiration ratio: 30:2 (single person or double person);
5: Operation cycle: 30 effective compressions and 2 artificial air blows, with five 30:2 cycles of CPR operation.
6: Operating frequency: 2020 international standard: At least 100 to 120 times per minute;
7: Operation mode: Training operation; Assessment operations (popularization assessment, custom assessment);
8: Operation time: Timed in seconds;
9: Language Settings: Language prompt Settings and prompt volume adjustment Settings can be made. Or turn off the language prompt Settings;
10: Score printing: The operation results can be thermally printed as long and short score reports.
11: Check the pupil response: Simulate the true manifestation of the automatic dynamic change process of the pupil from dilation to contraction before the assessment operation and after the completion of the assessment procedure operation.
12: Check carotid artery response: Use your hand to touch and check, simulating the automatic pulsation response of the carotid artery during the pressing operation process; And the true manifestation of the automatic pulsation response of the carotid artery after the completion of the assessment procedure operation;
During the training, trainees can perform complete operations in accordance with international cardiopulmonary resuscitation guidelines. From consciousness judgment, calling for help to the simulation of external chest compressions, artificial respiration and automatic external defibrillation, all can be systematically practiced. This simulation manikin can also be set with different disease scenarios, such as respiratory and cardiac arrest, arrhythmia, etc., to help trainees conduct full-process rescue training in a simulated clinical environment. Meanwhile, its computer system can automatically record the operation process, generate data analysis and reports, providing an objective basis for teaching evaluation and skills assessment.
The advanced fully automatic computerized cardiopulmonary resuscitation simulation manikin not only enhances the authenticity and standardization of training, but also emphasizes teamwork and the cultivation of clinical thinking. It provides a safe and repeatable training platform for medical staff and emergency personnel, which helps significantly improve the mastery of cardiopulmonary resuscitation skills and the success rate of clinical rescue. It is an indispensable important device in modern emergency training.
