Electrocardographic Monitoring Device and Blood Pressure Monitoring System Using The Same

Content Provider	The Lens
Abstract	The present invention provides an electrocardiographic monitoring device comprising a device body configured to be attached to a user's chest; a plurality of electrodes provided on the device body; and a controller provided on the device body and connected to the electrodes in order to obtain the user's electrocardiographic signal waveforms. The electrocardiographic monitoring device of the invention can be applied in a blood pressure monitoring system for monitoring a user's blood pressure.
Related Links	https://www.lens.org/lens/patent/010-362-382-814-430/frontpage
Language	English
Publisher Date	2019-12-26
Access Restriction	Open
Content Type	Text
Resource Type	Patent
Jurisdiction	United States of America
Date Applied	2017-11-30
Applicant	Lin Shiming Biv Medical Ltd
Application No.	201716465370
Claim	An electrocardiographic monitoring device, comprising: a device body configured to be attached to a user's chest; a plurality of electrodes provided on the device body, wherein the electrodes comprise a right electrode (RA), a left electrode (LA), and a grounding electrode (G), the right electrode and the left electrode are provided on a right side and a left side of the device body respectively, and the grounding electrode is adjacent to the right electrode but is not between the right electrode and the left electrode; and a controller provided on the device body and connected to the electrodes in order to obtain the user's electrocardiographic signal waveforms. The electrocardiographic monitoring device of claim 1 , wherein the controller transmits the electrocardiographic signal waveforms obtained to a third-party controller through a wireless transmission module. The electrocardiographic monitoring device of claim 2 , wherein the device body further comprises a positioning mark and a grid, and the positioning mark is intended to coincide with, or be placed right above, the user's xiphoid process. The electrocardiographic monitoring device of claim 2 , when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are horizontally arranged in an area higher than and to the right of the user's xiphoid process, and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is horizontally aligned with the right electrode (RA) and the grounding electrode (G). The electrocardiographic monitoring device of claim 3 , wherein when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are horizontally arranged in an area higher than and to the right of the user's xiphoid process, and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is horizontally aligned with the right electrode (RA) and the grounding electrode (G). The electrocardiographic monitoring device of claim 1 , wherein when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are horizontally arranged in an area higher than and to the right of the user's xiphoid process, and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is lower than the right electrode (RA) and the grounding electrode (G). The electrocardiographic monitoring device of claim 2 , wherein when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are horizontally arranged in an area higher than and to the right of the user's xiphoid process, and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is lower than the right electrode (RA) and the grounding electrode (G). The electrocardiographic monitoring device of claim 1 , wherein when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are vertically arranged in an area higher than and to the right of the user's xiphoid process, with the right electrode (RA) higher than the grounding electrode (G), and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is horizontally aligned with the grounding electrode (G). The electrocardiographic monitoring device of claim 2 , wherein when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are vertically arranged in an area higher than and to the right of the user's xiphoid process, with the right electrode (RA) higher than the grounding electrode (G), and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is horizontally aligned with the grounding electrode (G). A blood pressure monitoring system, comprising: an electrocardiographic monitoring device configured to be attached to a user's chest, wherein the electrocardiographic monitoring device comprises a device body and a plurality of electrodes provided on the device body to obtain electrocardiographic signal waveforms; and a pulse detection device configured to be worn on a user's limb at a position corresponding to a radial artery, wherein the pulse detection device comprises a sensor for obtaining pulse signal waveforms; wherein at least one selected from the group consisting of the electrocardiographic monitoring device, the pulse detection device, and a mobile device is provided with a controller for calculating the user's blood pressure parameters according to the electrocardiographic signal waveforms and the pulse signal waveforms; and wherein the electrocardiographic monitoring device, the pulse detection device, and the mobile device are connected to one another through wireless transmission. The blood pressure monitoring system of claim 10 , wherein the electrodes arranged on the device body at least include a right electrode (RA), a left electrode (LA), and a grounding electrode (G); and, the right electrode (RA) and the left electrode (LA) are placed on the right side and the left side of the device body respectively, and the grounding electrode (G) is adjacent to the right electrode (RA) but does not lie between the right electrode (RA) and the left electrode (LA). The blood pressure monitoring system of claim 10 , wherein when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are horizontally arranged in an area higher than and to the right of the user's xiphoid process, and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is horizontally aligned with the right electrode (RA) and the grounding electrode (G). The blood pressure monitoring system of claim 10 , wherein when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are horizontally arranged in an area higher than and to the right of the user's xiphoid process, and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is lower than the right electrode (RA) and the grounding electrode (G). The blood pressure monitoring system of claim 10 , wherein when the electrocardiographic monitoring device has been attached to a user's chest, the right electrode (RA) and the grounding electrode (G) are vertically arranged in an area higher than and to the right of the user's xiphoid process, with the right electrode (RA) higher than the grounding electrode (G), and the left electrode (LA) is higher than and to the left of the user's xiphoid process and is horizontally aligned with the grounding electrode (G).
CPC Classification	Diagnosis; Surgery; Identification
Extended Family	129-647-142-326-563 047-355-581-813-884 015-977-165-663-27X 036-748-135-491-772 099-264-371-612-681 084-925-671-060-20X 064-523-543-181-317 075-754-906-737-28X 129-347-562-805-70X 028-867-845-259-136 179-249-618-972-465 151-119-984-916-277 123-667-915-004-831 093-381-863-386-427 077-792-243-594-037 139-549-977-125-560 181-060-461-185-131 048-966-862-044-048 148-626-828-647-974 010-362-382-814-430 064-251-811-337-108 043-298-070-114-172 089-581-360-723-243 138-469-915-797-058 120-138-496-453-17X 045-431-653-901-621 049-200-081-790-504 092-917-527-477-705 073-139-642-155-296 134-386-298-508-29X 009-306-982-144-192 144-170-190-239-665 141-400-724-533-415 160-726-837-496-787 164-278-251-069-648
Patent ID	20190387984
Inventor/Author	Lin Shiming Chiang Shih-wei Guo Cheng-yan Lin Tai-cun Huang Wei-chih Chen Chun-nan Chang Ya-ting
IPC	A61B5/021 A61B5/00 A61B5/024 A61B5/308 A61B5/332
Status	Active
Owner	Biv Medical Ltd Lin Shiming
Simple Family	129-647-142-326-563 047-355-581-813-884 010-362-382-814-430 036-748-135-491-772 138-469-915-797-058 120-138-496-453-17X 099-264-371-612-681 028-867-845-259-136 045-431-653-901-621 084-925-671-060-20X 064-523-543-181-317 179-249-618-972-465 129-347-562-805-70X 073-139-642-155-296 134-386-298-508-29X 009-306-982-144-192 077-792-243-594-037 164-278-251-069-648
CPC (with Group)	A61B5/6841 A61B5/0006 A61B5/02125 A61B5/282 A61B5/30 A61B5/681 A61B5/02108 A61B5/02116 A61B5/02225 A61B5/02416 A61B5/02438 A61B5/02444 A61B5/25 A61B5/332 A61B5/6823 A61B5/6824 A61B7/04 A61B2562/0204 A61B2562/0209 A61B2562/0247
Issuing Authority	United States Patent and Trademark Office (USPTO)
Kind	Patent Application Publication