Big data feedback-based chest and abdomen processing device for breathing assistance

Abstract

The invention discloses a chest and abdomen processing device for breathing assistance based on big data feedback, which is characterized in that a chest massager is mounted on the inner side of the front side of a vest, an abdomen massager is mounted on the inner side of the front side of the vest, and a signal processor is electrically connected with a power interface and a first wireless module; the wireless control panel comprises a manual mode and an automatic mode, and when the wireless control panel is in the manual mode, the chest massager and / or the abdomen massager are / is manually adjusted to act; in the automatic mode, sign data of a patient are input and compared with a preset sign parameter model in the cloud platform for searching to obtain corresponding driving parameters, the driving parameters are pre-downloaded to the signal processor, and the chest massager and / or the abdomen massager act according to the driving parameters in the signal processor. The device is convenient to wear and easy to use, big data informatization feedback and automatic operation are achieved, respiration monitoring and respiration assisting are combined, and the device has the effect of preventing and treating respiratory suppression in the sedation and anesthesia process outside an operating room.

Description

technical field [0001] The present invention relates to the field of medical equipment, and more specifically, to a chest and abdomen processing device for breathing assistance based on big data feedback. Background technique [0002] Endoscopic examination is widely used in the world. At present, sedation and anesthesia have become the main content of clinical practice in the application of endoscopic examination and treatment of patients. Propofol has good pharmacokinetic properties such as fast onset of action and short recovery time. , has been recommended by international guidelines and is generally used in painless endoscopy (including gastrointestinal endoscopy, painless bronchoscopy, painless abortion, etc.), but propofol is easy to cause respiratory depression, that is, the patient's breathing The frequency slows down and the tidal volume decreases, sometimes even causing the patient's apnea. Especially in gastroscopy, the endoscope occupies the patient's oropharyn...

AI Technical Summary

Problems solved by technology

[0002] Endoscopic examination is widely used in the world. At present, sedation and anesthesia have become the main content of clinical practice in the application of endoscopic examination and treatment of patients. Propofol has good pharmacokinetic properties such as fast onset of action and short recovery time. , has been recommended by international guidelines and is generally used in painless endoscopy (including gastrointestinal endoscopy, painless bronchoscopy, painless abortion, etc.), but propofol is easy to cause respiratory depression, that is, the patient's breathing Decreased frequency and tidal volume, sometimes causing apnea in the patient

Especially in gastroscopy, the endoscope occupies the patient's oropharynx, and the anesthesiologist cannot perform effective and timely respiratory management; and the stimulation of the esophagus catheterization and the examination and treatment of key steps require the patient to achieve deep sedation to suppress the stress response. Each of these conditions increases the risk of respiratory depression

According to reports, the incidence of hypoxemia in painless gastroscopy can reach 1.8%-69%. Hypoventilation is the main cause of hypoxemia in painless gastroscopy. Obese patients are prone to severe hypoxemia and need to interrupt the gastroscopy operation to perform face mask ventilation, pressurize oxygen, or even endotracheal intubation. Prolonged hypoxemia is also the most common cardiovascular accident that induces arrhythmia and coronary artery ischemia. However, at present, the prevention of respiratory depression in patients with painless gastroscopy is mainly based on prevention, such as adequate pre-oxygenation before examination, adjusting body position, strengthening monitoring, using an optimized combination of drugs with less side effects of respiratory depression, supraglottic oxygen injection, etc. Although Supraglottic jet oxygenation and ventilation (SJOV) and high-flow nasal cannula oxygen (HFNO) can reduce the incidence of respiratory depression to a certain extent, they cannot be detected early Respiratory depression avoids the occurrence of severe hypoxemia, and it has not been widely used clinically due to related side effects. There is no device that is simple to operate and integrates early monitoring to effectively prevent and early treat respiratory depression

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