Intelligent pulse-taking inquiry instrument

Abstract

The invention discloses an intelligent pulse-taking inquiry instrument. The instrument comprises a patient end device, a cloud data storage device and a diagnosis and treatment end device, the patient end device transmits a collected pulse condition signal of a patient to the cloud data storage device for storage, and the diagnosis and treatment end device obtains the pulse condition signal from the cloud data storage device, analyzes and processes the pulse condition signal, gives a pulse diagnosis result and a medication suggestion, pushes the result and the suggestion to the corresponding patient end device, and controls the patient end device to give an alarm and/or call a treatment center when judging that the abnormal pulse condition of the patient reaches an alarm condition. The patient end device is small in size, convenient to wear, powerful in function, high in pulse abnormity judgment accuracy and good in real-time performance, and has a manual reinspection mechanism, so that the trouble of visiting a doctor in a hospital on site is avoided, and meanwhile, the reliability of machine pulse diagnosis is improved. In addition, when the patient loses the alarm capability due to severe abnormal pulsation, the inquiry instrument actively contacts a treatment center to go to the scene, and the situation that the patient misses the optimal rescue time can be avoided.

Description

technical field [0001] The invention relates to a medical device, in particular to an intelligent pulse interrogation instrument. Background technique [0002] In recent years, with the rapid development of Internet technology, in order to break the geographical limitations of seeing a doctor, Internet hospitals were born. With the strong support of physical hospitals, Internet hospitals can provide consultation, video diagnosis and treatment, follow-up, chronic disease management and other functions for patients. Some simple medical services can be completed online, which meets the diversified medical needs of patients and provides patients with medical treatment Bring great convenience. However, since traditional Chinese medicine mainly judges the disease through pulse diagnosis, and doctors cannot touch the patient's pulse during remote diagnosis and treatment, Internet hospitals cannot realize pulse diagnosis and treatment for patients, which has become a major obstacle...

AI Technical Summary

Problems solved by technology

When these seriously ill patients recuperate at home, the hospital will no longer be able to understand the patient's pulsation in real time. Once the abnormal pulsation meets the treatment conditions and cannot be treated in time, it may cause irreversible damage to the body and even cause death.

Although there are many automatic pulse-taking devices on the market at present, these automatic pulse-taking devices are bulky and have single functions, are not easy to wear around, and cannot monitor the patient's pulsation anytime and anywhere; Too simple, the accuracy is not high, or too complicated, the calculation speed is too slow, it is difficult to ensure the timeliness of abnormal pulsation judgment; lack of manual re-examination mechanism, when the patient has doubts about the judgment result of pulsation abnormality, it is impossible to contact experienced experts in the first place Re-examination by professional Chinese medicine experts reduces the reliability of the pulse-taking equipment; lack of alarm mechanism and positioning function, when the patient loses the alarm ability due to serious abnormal pulse, it is impossible to locate the patient and actively alarm, and it is easy to miss the most best rescue time

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