Magnetic-control three-electrode loading and separating device based on intelligent medical equipment and method

Abstract

The invention discloses a magnetic-control three-electrode loading and separating device based on intelligent medical equipment. The magnetic-control three-electrode loading and separating device comprises a fixing disk, a fool-proofing base, a safe loading base and a medical equipment applying part. The invention relates to the technical field of medical apparatuses. According to the magnetic-control three-electrode loading and separating device based on intelligent medical equipment and a method disclosed by the invention, the loading and locking operation and the separating and unlocking operation of wearable medical equipment are realized through controlling magnetic force between an electromagnet and a fixed polarity magnet, and besides, the magnitude of electric currents can be adjusted to adapt to different weights; and a doctor can manage and control issuing of a treatment procedure of the wearable medical equipment through combining the device and the method with a matched control flow, and the problem that technical means of final management and control on safe loading and distributing of the treatment procedure under the application scene that a specialized physician needs to perform on-site programming and the program is applied to patients in an oriented manner in the treatment procedure with conventional wearable medical equipment are deficient, and better practical application effects cannot be achieved, can be solved.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a magnetically controlled three-electrode loading and separation device and method based on intelligent medical equipment. Background technique [0002] With the development of wearable medical equipment technology, the application of wearable medical equipment in the medical field has migrated from the collection of human electrophysiological data to the direction of human electrophysiological treatment. The uplink and downlink data structure of data communication between APP, cloud remote management platform, etc.) has also begun to change. Previously, the uplink data was the main content, and the core content of its transmission was the collected human body electrophysiological data, and the downlink data was a small amount of available Wearable terminal configuration information, the data transmitted up and down has negligible harm to the human body, and the current...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies of the prior art, the present invention provides a magnetically controlled three-electrode loading and separation device and method based on intelligent medical equipment, which solves the problem that the treatment procedures of existing wearable medical equipment must be programmed on-site by professional physicians

Images