CN219422820U

CN219422820U - Paste type electrocardio sensor capable of collecting three leads of human body

Info

Publication number: CN219422820U
Application number: CN202320242848.XU
Authority: CN
Inventors: 吴璠; 宓城
Original assignee: Hangzhou Proton Technology Co ltd
Current assignee: Hangzhou Proton Technology Co ltd
Priority date: 2023-02-17
Filing date: 2023-02-17
Publication date: 2023-07-28
Anticipated expiration: 2033-02-17

Abstract

The utility model provides a can gather pad-type electrocardiosignal of human three leads, includes from the pad-type side to the surface side in proper order for pad-type side from type paper, conductive gel, electrode, collet, PU membrane and surface side from type paper, the electrode includes electrode line, electrode point and host computer contact, conductive gel glues on the electrode point, the collet glues in host computer contact department, the edge of electrode point, electrode line of electrode glues on the lower surface of PU membrane, pad-type side is from type paper with conductive gel, electrode, collet cladding on the PU membrane, PU membrane outer covering surface side is from type paper. The utility model is extremely light and thin, convenient to operate, extremely excellent in ductility of the material structure, waterproof and breathable, ensures long-time comfortable wearing of users, and meets long-time electrocardiograph acquisition and measurement performed by the users in normal living environments.

Description

Paste type electrocardio sensor capable of collecting three leads of human body

Technical Field

The utility model relates to the technical field of medical appliances, in particular to a patch type electrocardio sensor capable of collecting three leads of a human body.

Background

The common electrocardiograph commonly used in the prior art is only suitable for being used in hospitals or specific places, and patients need to regularly go to the hospitals to carry out heart monitoring under the nursing of full-time medical staff, so that the electrocardiograph is inconvenient.

At present, heart rhythm monitoring and heart problem investigation are mostly carried out on patients based on electrocardiograms, common electrocardio equipment comprises conventional static electrocardio equipment, conventional electrocardio monitors and conventional dynamic electrocardio equipment, but the equipment is large and can only be monitored in hospitals, and the monitoring period has multi-lead wire limitation, so that normal life is influenced, and family daily monitoring cannot be realized.

Disclosure of Invention

In order to overcome the defects of large volume and uncomfortable wearing of a user in the prior art, the utility model provides the patch type electrocardio sensor capable of collecting three leads of a human body, which is extremely light and thin, easy to operate, extremely excellent in ductility of material structure, waterproof and breathable, ensures long-time comfortable wearing of the user, and meets long-time electrocardio collection and measurement of the user in a normal living environment.

The technical scheme adopted for solving the technical problems is as follows:

the utility model provides a can gather pad-type electrocardiosignal of human three leads, includes from the pad-type side to the surface side in proper order for pad-type side from type paper, conductive gel, electrode, collet, PU membrane and surface side from type paper, the electrode includes electrode line, electrode point and host computer contact, conductive gel glues on the electrode point, the collet glues in host computer contact department, the edge of electrode point, electrode line of electrode glues on the lower surface of PU membrane, pad-type side is from type paper with conductive gel, electrode, collet cladding on the PU membrane, PU membrane outer covering surface side is from type paper.

Further, a plurality of through holes are arranged at the bottom of the bottom support side by side, buckles are respectively arranged at the front side and the rear side of the bottom support, a measuring host can be embedded into the bottom support from top to bottom, and a spring needle at the bottom of the measuring host is abutted to a host contact of the electrode through the plurality of through holes side by side, so that stable electric connection between the measuring host and the electrode is formed.

Still further, PU membrane and surface release paper all are equipped with the through-hole of measurement host computer shape. The scheme more tightly wraps the conductive gel, the electrode and the bottom support in the skin-adhering side release paper.

Furthermore, the collet is connected with the measuring host by a built-in embedded buckle.

The beneficial effects of the utility model are mainly shown in the following steps:

1. the paste type electrocardio sensor has simple production flow and is easy to realize mass production;

2. the operation is simple, and the measuring host is only required to be embedded into the bottom support from top to bottom by the buckle, and the surface release paper is torn off;

3. the novel electrocardiograph is extremely light and thin, convenient to operate, extremely excellent in extensibility of the material structure, waterproof and breathable, capable of ensuring long-time comfortable wearing of a user, and capable of meeting long-time electrocardiograph acquisition and measurement of the user in a normal living environment.

Drawings

Fig. 1 is an exploded view of a patch type electrocardio sensor of the present utility model which can collect three leads of a human body.

Fig. 2 is a schematic diagram of the front structure of the present utility model and the measuring host.

Fig. 3 is a schematic diagram of the back structure of the measuring host.

Detailed Description

The utility model is further described below with reference to the accompanying drawings.

Referring to fig. 1 to 3, a three-lead-in-one type of a pad-type electrocardiograph sensor 100 capable of collecting three leads of a human body comprises a pad-side release paper 110, a conductive hydrogel 120, an electrode 130, a shoe 140, a PU film 150 and a surface-side release paper 160 sequentially from the pad-side to the surface-side, wherein the electrode comprises an electrode wire 131, an electrode point 132 and a host contact 133, the conductive gel 120 is adhered to the electrode point 132, the shoe 140 is adhered to the host contact 133, the electrode point 132 and the electrode wire 131 of the electrode 130 are adhered to the lower surface of the PU film 150, the conductive gel 120, the electrode 130 and the shoe 140 are coated on the PU film 150 by the pad-side release paper 110, and the PU film 150 covers the surface-side release paper 160.

The bottom of the bottom support 140 is provided with a plurality of through holes 141 side by side, the front and rear sides of the bottom support 140 are respectively provided with a buckle, the measuring host 200 can be embedded into the bottom support 140 from top to bottom, and the spring pins 210 at the bottom of the measuring host 200 are abutted against the host contacts 133 of the electrodes 130 through the plurality of through holes 141 side by side, so that stable electrical connection between the measuring host 200 and the electrodes 130 is formed.

The PU film 150 and the surface release paper 160 are provided with a PU film through hole 151 and a surface release paper through hole 161 for measuring the shape of the host 140, so that the conductive gel 120, the electrode 130 and the shoe 140 are more tightly wrapped in the skin-side release paper 110.

The collet 140 and the measuring host 200 are connected by adopting a built-in embedded buckle, so that the structure is finest, the whole volume sense is greatly reduced, and the convenience and easiness in operation of a user are ensured in use.

Examples: the utility model provides a can gather pad-type electrocardio sensor 100 of human three leads, includes pad-side release paper 110, conductive gel 120, electrode 130, collet 140, PU membrane 150 and surface side release paper 160, and the electrode includes electrode line 131, electrode point 132, and host computer contact 133, and collet 140 contains a set of through-hole 141, and PU membrane 150 contains two through-holes 151, and surface side release paper 160 contains two through-holes 161.

Before measurement, the measurement host 200 needs to be fixed to the patch type electrocardiograph sensor 100. As shown in fig. 2, the measuring host 200 is embedded into the bottom bracket 140 from top to bottom by a buckle, and the spring pins at the bottom of the measuring host 200 are abutted against the host contacts 133 of the electrodes 130 through the plurality of through holes 141 side by side, so as to form stable electrical connection between the measuring host 200 and the electrodes 130;

then, the patch type electrocardio sensor 100 is fixed on a detected person, the skin side release paper 110 needs to be torn off, the patch type electrocardio sensor 100 is leveled to be attached to a proper chest position of the detected person, and the sticking is guaranteed to be tight by lightly smoothing and compacting.

After the patch type electrocardiograph sensor 100 is attached to the chest of the subject, the surface side release paper 160 is slowly torn off, and the patch type electrocardiograph sensor 100 is attached. After the next monitoring is completed, the patch type electrocardio sensor 100 can be slowly torn off from the chest, the measuring host 200 is popped up by pressing the bottom support 140, the measuring host 200 is reserved for the next monitoring, the patch type electrocardio sensor 100 is used for the next processing, and a new patch is needed for the next monitoring.

The embodiments described in this specification are merely illustrative of the manner in which the inventive concepts may be implemented. The scope of the present utility model should not be construed as being limited to the specific forms set forth in the embodiments, but the scope of the present utility model and the equivalents thereof as would occur to one skilled in the art based on the inventive concept.

Claims

1. The utility model provides a but collection human three leads paste type electrocardiosignal, its characterized in that includes from the subsides skin side to the surface side be in proper order and paste skin side from type paper, electrically conductive gel, electrode, collet, PU membrane and surface side from type paper, the electrode includes electrode line, electrode point and host computer contact, electrically conductive gel glues on the electrode point, the collet glues in host computer contact department, the edge of electrode point, electrode line of electrode glues on the lower surface of PU membrane, paste skin side from type paper with electrically conductive gel, electrode, collet cladding on the PU membrane, PU membrane outer covering surface side is from type paper.

2. The paste type electrocardio sensor capable of collecting three leads of a human body according to claim 1, wherein a plurality of through holes are arranged at the bottom of the base in parallel, buckles are respectively arranged at the front side and the rear side of the base, a measuring host can be embedded into the base from top to bottom, and a spring needle at the bottom of the measuring host is abutted on a host contact of an electrode through the plurality of through holes in parallel to form stable electric connection between the measuring host and the electrode.

3. The three-lead-collectable patch type electrocardio sensor of claim 1 or 2, wherein the PU film and the surface release paper are provided with through holes for measuring the shape of a host.

4. A patch type electrocardio sensor capable of collecting three leads of a human body as claimed in claim 1 or 2 wherein the base and the measuring host are connected by a built-in embedded buckle.