CN210056012U

CN210056012U - X-shaped disposable electrode connecting device for electrocardiogram monitoring

Info

Publication number: CN210056012U
Application number: CN201920590172.7U
Authority: CN
Inventors: 马波; 吴英超; 杨腾; 孙高斌
Original assignee: 989th Hospital of the Joint Logistics Support Force of PLA
Current assignee: 989th Hospital of the Joint Logistics Support Force of PLA
Priority date: 2019-04-26
Filing date: 2019-04-26
Publication date: 2020-02-14
Anticipated expiration: 2029-04-26

Abstract

An X-shaped disposable electrode lead connecting device for electrocardio monitoring is characterized in that a junction line is arranged between the total output end of a plug-in type wiring terminal and the first connecting end of the plug-in type wiring terminal, one ends of five wires are butted with the second connecting end of the plug-in type wiring terminal, a gathering shell is arranged on the patch back of a central electrode slice, the first connecting end of the plug-in type wiring terminal and the second connecting end of the plug-in type wiring terminal are correspondingly plugged to form the plug-in type wiring terminal, four strip-shaped connecting lines are arranged on the periphery of the central electrode slice to form an X shape, electrode slices are arranged at the end parts of the X shape, one of the five wires entering the gathering shell is butted with an electrode tip through the center of the patch back of the central electrode slice, and the other four wires are butted with the electrode tip through the center of the patch back; after the four connecting lines are unfolded in an X shape, the five electrode plates are directly adhered to the corresponding positions of the upper body, and quick positioning can be realized.

Description

X-shaped disposable electrode connecting device for electrocardiogram monitoring

Technical Field

The utility model relates to a medical appliance, in particular to an X-shaped disposable electrode lead connecting device for electrocardiographic monitoring.

Background

The electrocardiograph monitor is a precision medical instrument commonly used in hospitals, and can simultaneously monitor the dynamic electrocardiograph of a patient, which is generally a five-joint electrocardiograph, respiration, body temperature and blood pressure non-invasive and invasive physiological parameters, such as blood oxygen saturation, pulse rate and the like. 400 groups of noninvasive blood pressure data, heart rate values, body temperature, respiratory rate and blood oxygen saturation when measuring blood pressure can be stored and can be viewed in a list; the high-precision noninvasive blood pressure measuring module is high in precision and good in repeatability; the unique blood oxygen saturation measuring module ensures that the blood oxygen saturation value and the pulse rate are measured more accurately, and has rich alarm upper and lower limit setting functions. The positions of the five-lead ECG monitor are respectively as follows: white line RA: the median first intercostal of the sternum right margin clavicle; black line LA: the median first intercostal of the sternum right margin clavicle; a red line LL: the left clavicle midline rib edge; green line RL: right clavicle midline rib margin; the left edge of the sternum of the coir line V is positioned between the fourth ribs. The existing electrode plates are disposable, the data output line can be reused, when the electrode plate is used, five electrode plates are required to be respectively attached to five positions corresponding to the upper body, female buttons at five ends of the data output line are butted and buckled with male buttons on the electrode plates, five wires which are wound together are required to be untied before the electrode plate is used every time, the positions where the electrode plates are required to be placed are judged according to the color of each wire, time is wasted, how to quickly position the electrode plates on five wires is achieved, and the technical problem which is difficult to solve for a long time is solved.

In view of the above, an X-shaped disposable electrode lead device for electrocardiographic monitoring has been developed.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the defects in the prior art, and provides an X-shaped disposable electrode guiding and connecting device for electrocardiogram monitoring, wherein the connecting lines are wide, so that the four connecting lines can be effectively prevented from being wound together, when in use, the four connecting lines are unfolded in an X shape, five electrode plates are directly adhered to the corresponding parts of the upper body, the electrode plates can be prevented from being adhered at wrong positions, after in use, the second connecting end of a plug-in type connecting terminal, a wire, a central electrode plate, a collecting shell, the connecting lines, a left upper electrode plate, a right upper electrode plate, a left lower electrode plate and a right lower electrode plate are thrown away as disposable articles, the X-shaped disposable electrode guiding and connecting device has the advantages of simple structure, convenient operation, low manufacturing cost, low price, exquisite size, convenient carrying, ideal use effect, capability of realizing rapid positioning and effectively avoiding the winding of five wires, and direct alignment by the unfolded X shape even under the low-light-, time is not needed to distinguish the color of the wire, and the rescue time is greatly saved.

The utility model discloses a realize above-mentioned purpose, adopt following technical scheme: an X-shaped disposable electrode lead connecting device for electrocardiogram monitoring comprises: the device comprises a general output end of a plug-in type wiring terminal, a bus, a first connecting end of the plug-in type wiring terminal, a second connecting end of the plug-in type wiring terminal, a wire, a patch, an electrode tip, a moisturizing gel, a plastic sheet, a gathering shell, a connecting line, a left upper electrode sheet, a right upper electrode sheet, a left lower electrode sheet and a right lower electrode sheet; a junction line is arranged between the total output end of the plug-in type wiring terminal and the first connection end of the plug-in type wiring terminal, five output transmission guide pins are arranged in the total output end of the plug-in type wiring terminal, five plug-in seats are arranged in the first connection end of the plug-in type wiring terminal, five connecting lines are arranged between the five plug-in seats and the five output transmission guide pins and are wrapped in the junction line, one end of each of the five conducting wires is butted with the second connection end of the plug-in type wiring terminal, a gathering shell is arranged on the back surface of a patch of a central electrode plate, the other end of each of the five conducting wires is butted with one side of the gathering shell, the five conducting wires are wrapped in a protective wire sleeve, five data guide pins are arranged in the second connection end of the plug-in type wiring terminal, the five plug-in seats in the first connection end of the plug-in type wiring terminal and the five data transmission, the central electrode piece periphery sets up the connecting wire strip of four rectangular shapes and constitutes X-shaped, two connecting wire strip tip portions that are located X-shaped upper left and right sides set up left upper electrode piece and right upper electrode piece respectively, two connecting wire strip tip portions that are located the X-shaped left and right below set up left lower electrode piece and right lower electrode piece respectively, the central electrode piece is V, left upper electrode piece is RA, right upper electrode piece is LA, left lower electrode piece is RL, right lower electrode piece is LL, the central electrode piece, left upper electrode piece, right upper electrode piece, left lower electrode piece, the structure of right lower electrode piece is the same, be: the front center of the patch is provided with an electrode tip, the periphery of the electrode tip is wrapped with moisturizing gel, the front of the patch is provided with an adhesive layer, a plastic sheet is adhered on the adhesive layer of the patch, one of five wires entering the gathering shell penetrates through the center of the back of the patch of the central electrode piece to be butted with the electrode tip, the other four wires penetrate through four reserved holes in the gathering shell and penetrate through the center of the back of the patch along four connecting lines to be butted with the electrode tip along the electrode piece at the end part, the other four wires are adhered on the central line at the back of the four connecting lines, and the left upper electrode piece and the right upper electrode piece which are positioned above the X-shaped part are different from the left lower electrode.

The connecting line is made of non-woven fabric, and the width of the connecting line is 2-3 cm.

The patches and the plastic sheets of the central electrode plate are circular, the patches and the plastic sheets of the left upper electrode plate and the right upper electrode plate which are positioned above the X-shaped electrode plate are circular, and the patches and the plastic sheets of the left lower electrode plate and the right lower electrode plate which are positioned below the X-shaped electrode plate are square.

The utility model has the advantages that: the utility model discloses a connecting wire is because the width broad, can effectively avoid four connecting wire strips twine together, during the use, make four connecting wire strips be the X shape and expand the back, directly glue five electrode slices in the department that corresponds of upper part of the body, according to the use principle below the circle, circular promptly at last, square under, can avoid gluing the electrode slice misplacement, later the same with current ECG monitor line use principle, will pull out plug-in binding post total output and the corresponding plug-in binding post on the ECG monitor and close, after the use, will pull out plug-in binding post first link and pull out plug-in binding post second link separation, pull out plug-in binding post second link, the wire, central electrode slice, the shell that gathers, connecting wire strip, left side last electrode piece, right side last electrode piece, left side lower electrode piece, right side lower electrode piece throws away as disposable article, because pull out plug-in binding post second link, The wire, gather the shell and all adopt plastics to make, the low price, the line is made of non-woven fabrics, the manufacturing cost of five electrode slices is also very low, therefore, this kind of product is easily accepted by the patient, alleviate patient's economic burden, moreover, the steam generator is simple in structure, convenient operation, low in manufacturing cost, the low price, it is small and exquisite, portable, the result of use is ideal, can realize quick location and avoid five wires to twine effectively, even under the shimmer condition, also can rely on the X shape of expansion to directly counterpoint, need not to spend time to distinguish the electric wire colour, the rescue time has greatly been saved, the long-term technological problem that is difficult to solve has been solved, this product has been since released, the unanimous good comment of institute's side expert and numerous patients has been obtained, the nursing quality has been improved, and is suitable.

Drawings

The present invention will be further explained with reference to the accompanying drawings:

FIG. 1 is a schematic view of the assembly structure;

in fig. 1: the combined type moisture-preserving electrode comprises a general plug-in type wiring terminal output end 1, a collecting wire 2, a first plug-in type wiring terminal connecting end 3, a second plug-in type wiring terminal connecting end 4, a conducting wire 5, a patch 6, an electrode tip 7, moisture-preserving gel 8, a plastic sheet 9, a collecting shell 10, a connecting wire 11, an upper left electrode sheet 12, an upper right electrode sheet 13, a lower left electrode sheet 14 and a lower right electrode sheet 15.

Detailed Description

The present invention will be described in further detail with reference to the following detailed description and accompanying drawings:

a bus bar 2 is arranged between the general output end 1 of the plug-in type wiring terminal and the first connecting end 3 of the plug-in type wiring terminal, five output transmission needles are arranged in the general output end 1 of the plug-in type wiring terminal, five plug-in seats are arranged in the first connecting end 3 of the plug-in type wiring terminal, five connecting wires are arranged between the five plug-in seats and the five output transmission needles, the five connecting wires are wrapped in the bus bar 2, one end of each of five wires 5 is butted with the second connecting end 4 of the plug-in type wiring terminal, a collecting shell 10 is arranged on the back surface of a patch 6 of a central electrode plate, the other end of each of the five wires 5 is butted with one side of the collecting shell 10, the five wires 5 are wrapped in a protective wire sleeve, five data guide needles are arranged in the second connecting end 4 of the plug-in type wiring terminal, five plug-in seats in the first connecting end 3 of the plug-in type wiring terminal and five data transmission needles in the second connecting end, the line 11 that links that central electrode piece periphery set up four rectangular shapes constitutes the X-shaped, two line 11 tip portions that link that are located the upper left and right sides of X-shaped set up upper left electrode piece 12 and upper right electrode piece 13 respectively, two line 11 tip portions that link that are located the lower left and right sides of X-shaped set up lower left electrode piece 14 and lower right electrode piece 15 respectively, the central electrode piece is V, upper left electrode piece 12 is RA, upper right electrode piece 13 is LA, lower left electrode piece 14 is RL, lower right electrode piece 15 is LL, the central electrode piece, upper left electrode piece 12, upper right electrode piece 13, lower left electrode piece 14, lower right electrode piece 15's structure is the same, be: an electrode tip 7 is arranged at the center of the front face of the patch 6, moisturizing gel 8 wraps the periphery of the electrode tip 7, an adhesive layer is arranged on the front face of the patch 6, a plastic sheet 9 is adhered on the adhesive layer of the patch 6, one of five wires 5 entering a gathering shell 10 penetrates through the center of the back face of the patch 6 of a central electrode piece to be butted with the electrode tip 7, the other four wires 5 penetrate through four reserved holes in the gathering shell 10 to penetrate through the center of the back face of the patch 6 and be butted with the electrode tip 7 along four connecting lines 11 and electrode pieces at the end part, the other four wires 5 are adhered on a central line at the back face of the four connecting lines 11, and a left upper electrode piece 12 and a right upper electrode piece 13 which are positioned above an X shape and a left lower electrode piece 14 and.

The connecting lines 11 are made of non-woven fabrics, and the width of the connecting lines 11 is 2-3 cm.

The patch 6 and the plastic sheet 9 of the central electrode plate are circular, the patch 6 and the plastic sheet 9 of the left upper electrode plate 12 and the right upper electrode plate 13 which are positioned above the X-shape are circular, and the patch 6 and the plastic sheet 9 of the left lower electrode plate 14 and the right lower electrode plate 15 which are positioned below the X-shape are square.

Claims

1. An X-shaped disposable electrode lead connecting device for electrocardiogram monitoring comprises: the device comprises a plug-in type wiring terminal main output end (1), a collecting line (2), a plug-in type wiring terminal first connecting end (3), a plug-in type wiring terminal second connecting end (4), a conducting wire (5), a patch (6), an electrode tip (7), moisturizing gel (8), a plastic sheet (9), a collecting shell (10), a wiring strip (11), a left upper electrode sheet (12), a right upper electrode sheet (13), a left lower electrode sheet (14) and a right lower electrode sheet (15); the method is characterized in that: a junction bus (2) is arranged between a plug-in type wiring terminal main output end (1) and a plug-in type wiring terminal first connecting end (3), five output transmission guide pins are arranged in the plug-in type wiring terminal main output end (1), five plug-in seats are arranged in the plug-in type wiring terminal first connecting end (3), five connecting wires are arranged between the five plug-in seats and the five output transmission guide pins, the five connecting wires are wrapped in the junction bus (2), one ends of the five wires (5) are in butt joint with a plug-in type wiring terminal second connecting end (4), a gathering shell (10) is arranged on the back of a patch (6) of a central electrode plate, the other ends of the five wires (5) are in butt joint with one side of the gathering shell (10), the five wires (5) are wrapped in a protective wire sleeve, five data guide pins are arranged in the plug-in type wiring terminal second connecting end (4), the five plug-in seats in the plug-in type wiring terminal first connecting terminal (3) are in butt joint with the five data transmission The guide pin corresponds to insert to close and constitutes and pulls out plug-in binding post, central electrode piece periphery sets up four strip-shaped even lines (11) and constitutes the X-type, two even line (11) tip that are located X-type upper left and right sides set up upper left electrode piece (12) and upper right electrode piece (13) respectively, two even line (11) tip that are located the X-type left and right sides below set up lower left electrode piece (14) and lower right electrode piece (15) respectively, the central electrode piece is V, upper left electrode piece (12) are RA, upper right electrode piece (13) are LA, lower left electrode piece (14) are RL, lower right electrode piece (15) are LL, the central electrode piece, upper left electrode piece (12) on the left side, upper right electrode piece (13), lower left electrode piece (14), the structure of lower right electrode piece (15) is the same, be: an electrode tip (7) is arranged at the center of the front surface of the patch (6), moisturizing gel (8) is wrapped on the periphery of the electrode tip (7), an adhesive layer is arranged on the front surface of the patch (6), a plastic sheet (9) is adhered on the adhesive layer of the patch (6), one of the five leads (5) entering the gathering shell (10) is butted with the electrode tip (7) through the center of the back surface of the patch (6) of the central electrode piece, in addition, the four leads (5) are butted with the electrode plate at the end part along four connecting lines (11) through four preformed holes on the collecting shell (10) and the center of the back surface of the patch (6) to be butted with the electrode head (7), the other four leads (5) are adhered to the central lines on the back surfaces of the four connecting lines (11), and the left upper electrode plate (12) and the right upper electrode plate (13) which are positioned above the X-shape are different from the left lower electrode plate (14) and the right lower electrode plate (15) which are positioned below the X-shape in shape.

2. The X-shaped disposable electrode lead device for electrocardiographic monitoring according to claim 1, wherein: the connecting lines (11) are made of non-woven fabrics, and the width of the connecting lines (11) is 2-3 cm.

3. The X-shaped disposable electrode lead device for electrocardiographic monitoring according to claim 1, wherein: the patch (6) and the plastic sheet (9) of the central electrode plate are circular, the patch (6) and the plastic sheet (9) of the left upper electrode plate (12) and the right upper electrode plate (13) which are positioned above the X-shape are circular, and the patch (6) and the plastic sheet (9) of the left lower electrode plate (14) and the right lower electrode plate (15) which are positioned below the X-shape are square.