Intelligentized multi-parameter remote controller used for vital signs of patient in oxygen chamber

Abstract

The invention discloses an intelligentized multi-parameter remote controller used for vital signs of a patient in an oxygen chamber. The intelligentized multi-parameter remote controller used for the vital signs of the patient in the oxygen chamber comprises a high-pressure oxygen chamber and a vital sign monitoring meter arranged inside the high-pressure oxygen chamber, the vital sign monitoring meter comprises a sign collecting unit used for collecting real-time vital sign data of the patient, an internal signal processing unit, an external signal processing unit and a controlling unit. The collected real-time vital sign data are transmitted through the internal signal processing unit and the external signal processing unit, and controlling commands sent by the controlling unit are transmitted through the external signal processing unit and the internal signal processing unit. The intelligentized multi-parameter remote controller collects real-time vital sign data parameters of the patient in real time, then transmits signals through the mode of wireless communication, avoids operation difficulties caused by a large number of signal lines during the collecting of vital sign data of the patient in the prior art and avoids the curing time delayed due to signal connecting wires, and even prevents occurrence of the phenomenon of mistaken connecting of the signal wires.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a remote control instrument for vital signs of patients in an oxygen chamber. Background technique [0002] At present, hyperbaric oxygen therapy has been widely used in clinical practice. This treatment method is carried out in a closed manned pressure vessel. Usually, this treatment is completed by inhaling oxygen at a pressure of 2.2-2.5MPa (the maximum working pressure is 3.0MPa). Oxygen and pressurized air are passed through the pipeline. After entering the cabin, the patient will receive oxygen inhalation therapy through a respirator and a mask. Hyperbaric oxygen therapy for patients is carried out in a closed medical hyperbaric oxygen chamber. The hyperbaric oxygen chamber is a closed cylinder. Pure oxygen or purified compressed air is input through pipelines and control systems. and intercom to implement man-machine dialogue with patients, or achieve the purpose of moni...

AI Technical Summary

Problems solved by technology

For patients who need to be monitored for a long time, this method not only has extremely unreliable parameters and complicated operation, but also requires a lot of manpower input, and is not conducive to timely detection of changes in the patient's condition

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