Advanced multifunctional comprehensive SP

■  The emergency and critical intelligent high-end comprehensive simulator consists of an adult simulated patient, a computer, a simulated monitor, a simulated defibrillator, and an operating trolley; Wireless connection can be achieved between simulated patients and computers; Simulate artificial polymer materials, environmentally friendly and pollution-free; The anatomical landmarks are obvious and can touch the nipples, ribs, sternum, and xiphoid process, making it easy to operate and locate.
■  Simulate the accurate anatomical position of the head and neck of a human, with the head able to swing left and right and rotate horizontally 180 degrees for easy removal of oral foreign objects.
■  The eyeball is simulated using OLED, with visible colored retina, black pupils, transparent crystals, and the ability to reflect light at any angle; The pupil has a reflex to light, which automatically changes with the condition. In a dead state, the pupil dilates and the reflex to light disappears; Adjustable normal and slow reaction speed when reflecting light.
■  It can simulate the pulsation of the carotid artery, radial artery, and brachial artery, and the examination of the carotid artery can automatically generate operational records.
■  Can achieve autonomous breathing, with chest undulations during breathing, and adjustable breathing frequency.
■  Can simulate cyanosis on the lips and fingernail beds, with four adjustable levels of condition.

■  Airway management: realistic mouth, nose, tongue, gums, pharynx, esophagus, and epiglottis, simulating the removal of foreign objects in the respiratory tract, supporting three methods of opening the airway: head up and neck lifting, head up and chin lifting, and two handed jaw lifting. Equipped with an open airway sensor, the open airway can automatically provide feedback (the system has operation records).
■  Able to perform tracheal intubation, oropharyngeal ventilation, nasopharyngeal ventilation intubation, and laryngeal mask ventilation; Able to perform fiberoptic bronchoscopy intubation; Retrograde intubation; Visual laryngoscope tracheal intubation.
■  Can perform nasogastric tube intubation.
■  Can undergo training for puncture of the cricoid membrane.
■  Can provide training on pneumothorax decompression, pleural cavity puncture, placement of chest drainage tubes, and tibial bone marrow puncture.
■  Simulate 5 heart sound auscultation areas, 6 lung sound auscultation areas, and 2 abdominal auscultation areas in front of the patient's body.
■  Implementation standards for cardiopulmonary resuscitation training: 2020 American Heart Association Guidelines for Cardiopulmonary Resuscitation and Cardiovascular Emergency.
  ﹡Pressing automatically generates pulse, blood pressure waveform, and electrocardiogram.
  ﹡Actual pressing depth; It can provide real-time feedback on the quality of cardiopulmonary resuscitation, including compression depth, compression frequency, compression position information, whether compression rebound is complete, ventilation tidal volume, ventilation frequency, etc. Various presentation methods such as graphics, operation waveforms, and text interfaces.
■  32 types of electrocardiogram, vital signs can automatically change with changes in electrocardiogram and treatment.

■  Can practice multiple basic nursing operations: oral care, removal of respiratory foreign bodies, sputum suction, oxygen inhalation, nasal feeding, intravenous injection, intramuscular injection, subcutaneous injection, bathing, changing clothes, catheterization, enema, turning over, cold and hot therapy care, external genital scrubbing, external genital wet and hot compress, fistula opening care, nebulized inhalation therapy, and other nursing operations.
■  Blood pressure measurement：Non invasive blood pressure measurement can be performed using cuff type blood pressure monitors and monitors. The cuff type blood pressure monitor requires manual measurement of blood pressure through auscultation of Korotkov sounds, with adjustable volume and blood pressure readings consistent with the current condition.
■  The right hand can be used for intravenous injection and blood collection. The puncture is correct and there is a clear sense of emptiness, and there is a phenomenon of blood return.
■  Equipped with a simulated defibrillator
  ﹡Simulated defibrillators are specifically designed for training emergency personnel before using real defibrillators. The simulator is a highly simulated defibrillator with an appearance that is no different from a real defibrillator, and the operating process is no different from a real defibrillator, making it easy to train emergency personnel for defibrillation training. Equipped with manual defibrillation and automatic defibrillation (AED) functions.
■  Blood circulation simulator
  ﹡Blood flow velocity, circulation type, pulse frequency, and pulse intensity can all be adjusted.
  ﹡Equipped with LCD display screen, which can display pulse frequency, pulse intensity, etc.
■  Technical parameters of simulator operation software:
  ﹡Simulated human operation software can run, control, and monitor various aspects of learning, and can be operated in both automatic and manual modes.
  ﹡The system conducts consultation, physical examination, auxiliary examination, operation, and medication treatment according to the steps of clinical thinking. The system can preset several consultation scenarios and multiple pathological signs, which can be identified through physical examination.
  ﹡The system has two control modes: single mode and case mode.