Charging device of patch for biological monitoring

Abstract

The invention discloses a charging device of a patch for biological monitoring. An upper cover is hinged with the rear side of a bottom shell. The partition plate located in the bottom shell is respectively provided with a head sticker accommodating groove and a chest sticker accommodating groove. A USB interface and a light guide column are arranged on the side surface of the bottom shell side byside. A power interface board is arranged on one side of the bottom shell close to the USB interface and the light guide column. Two power indicating lamps are arranged at the position relative to the light guide column on the power interface board. Three head sticker magnet columns are respectively arranged at the corresponding positions of the bottom of the head sticker accommodating groove andthe three exposed interfaces of the head sticker. Three chest sticker magnet columns are respectively arranged at the corresponding positions of the bottom of the chest sticker accommodating groove and the three exposed interfaces of the chest sticker, wherein the two head sticker magnet columns and the two chest sticker magnet columns are connected with the power interface board through electrode ring sleeves and leads. The storage and charging functions are integrated, the structure is simple, operation is convenient, cleanness and sanitation can be realized, the patch can be stored and charged, time saving can be realized, loss of the patch can be prevented and the patch can also be effectively protected.

Description

technical field [0001] The invention relates to the field of biomedical technology, in particular to a charging device for a biomonitoring patch. Background technique [0002] At present, there are many medical wearable devices for physical sign monitoring on the market, especially patches for biological monitoring, including head patches, chest patches, etc. During use, the patch products need to be charged irregularly to meet its normal use. When charging, different patches such as the head patch and the chest patch need to be charged separately. If they are charged at the same time, multiple power jacks, adapters and multiple data cables are required. There are many charging tools involved, and the charging operation Also more cumbersome. In addition, the storage of various patches for different purposes is also a problem. Many users place them randomly after use, which makes it difficult to find them next time and affects normal use. Not only are they easy to lose, but...

AI Technical Summary

Problems solved by technology

When charging, different patches such as the head patch and the chest patch need to be charged separately. If they are charged at the same time, multiple power jacks, adapters and multiple data cables are required. There are many charging tools involved, and the charging operation more cumbersome

In addition, the storage of various patches for different purposes is also a problem. Many users place them randomly after use, which makes it difficult to find them next time and affects normal use. Not only are they easy to lose, but there is no external storage box for them. It is protected and easily damaged or polluted by the external environment and dust

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