CN108618775A - Disposable electrocardiogram connecting device and method thereof - Google Patents

Abstract

The invention provides a disposable electrocardiogram connecting device, which comprises: a connector for connecting to an electrocardiogram information recording module; a main conducting wire harness having an output end and an input end, the output end being connected to the connector; a thoracic electric conducting wire harness, which is configured at the input end of the main conducting wire harness and is covered with a first color envelope, wherein the thoracic electric conducting wire harness comprises a plurality of thoracic electric leads, and each thoracic electric lead is respectively welded with a thoracic electrode; a limb electric conduction bunch which is configured with the input end of the main conduction bunch and is covered with a second color envelope, wherein the limb electric conduction bunch comprises a plurality of limb electric leads, and each limb electric lead is respectively welded with a limb electrode; and an operation indication module for the user to confirm the sticking positions of the chest electrodes and the limb electrodes on the body of the person to be tested according to the indication operation. The invention also provides a using method of the disposable electrocardiogram connecting device.

Description

Disposable electrocardiogram connection device and method thereof

technical field

The invention relates to a disposable electrocardiogram connection device and its method, in particular to a disposable electrocardiogram connection device with color beam splitting and multiple indicating units for convenient, accurate and rapid operation.

Background technique

Please refer to Figure 1, which is a schematic diagram of a traditional twelve-lead electrocardiogram measurement device in the prior art. The traditional twelve-lead electrocardiogram has ten measurement electrode sheets, including V1, V2, V3, V4, and V5. , V6, RA, LA, RL, LL, when in use, each electrode sheet is manually pasted on the position of the human body to measure the ECG information, and then each electrode sheet is connected to the uploading wire, and transparent The measurement information related to the electrocardiogram is stored in the recorder 5 through the conductive wire 1 , the hub 2 , the cable 3 and the connector 4 for further analysis.

However, when the traditional twelve-lead electrocardiogram measurement equipment of the aforementioned prior art is performing measurement operations, for operators who are not familiar with the operation or are not skilled, it is easy to cause damage when connecting ten electrode sheets with the conductive wire. Troubled and inconvenient, and there is even the possibility of misoperation due to misconnection.

Therefore, the present invention proposes a disposable electrocardiogram connection device, which divides different types of wires into bundles and marks them with different colors and signs, and adds an operation instruction module to provide graphical and simple operation instructions, so that Operators can conveniently, accurately and quickly distinguish and complete settings in a short period of time, which is actually a technical problem that all walks of life want to solve urgently.

Contents of the invention

In view of the aforementioned shortcomings of the prior art, the main purpose of the present invention is to provide a disposable electrocardiogram connection device, which has no redundant parts and assembly steps, and which uses different colors and markings to indicate the split wires and different electrode pads, so that The operator can conveniently and quickly distinguish and complete the setting in a short time, so the purpose of convenient, accurate and fast operation can be achieved.

In order to achieve the foregoing and other purposes, a disposable electrocardiogram connection device of the present invention includes: a connector for connecting to an electrocardiogram information recording module, and the electrocardiogram information recording module is used for recording at least one electrocardiogram information; A main conduction harness has an output end and an input end, the output end is connected to the connector; a chest conductance harness is arranged at the input end of the main conduction harness and covered with a first color Envelope, the chest conductance harness includes a plurality of chest conduction leads, and each of the plurality of chest conduction leads is welded with a chest electrode; a limb conductance harness is configured with the input end of the main conduction harness, and is covered with Covered with a second color coating, the limb electrical conduction harness includes a plurality of limb electrical wires, and each of the plurality of limb electrical wires is respectively welded with a limb electrode; An operation instruction, and a plurality of the chest electrodes and a plurality of the limb electrodes are pasted on the operation instruction, and the operation instruction module is used for the user to follow the instruction to confirm the plurality of chest electrodes and the plurality of limb electrodes The sticking position on the subject's body; the user initially takes at least one limb electrode at a time, and sets it on the subject's body according to the operation instructions; then, the user takes at least one chest electrode at a time electrode, and set it on a subject to be tested according to the operation instructions; wherein, the chest conductance harness and the limb conductance harness respectively have a plurality of indicating units; the plurality of chest electrodes include a first electrode, a first Two electrodes, a third electrode, a fourth electrode, a fifth electrode, and a sixth electrode; the multiple limb electrodes include a right arm electrode, a left arm electrode, a right leg electrode, and a left leg electrode; wherein , the length of the thoracic conductance harness and the limb conductance harness is designed according to the length required for pasting. The length of the conductance harness of the chest cavity and the conductance harness of the limbs can be fine-tuned to meet the testees of different sizes, but the length of the fine-tuning is still limited to maintain the fool-proof effect.

When starting to use the disposable electrocardiogram connection device of the present invention, the user can quickly distinguish which belong to the chest conductance harness and which belong to the limb conductance harness through the first color envelope and the second color envelope, plus the operation The indication module provides graphic and simple operation indications, which can further determine the position of each electrode. In this way, the accuracy rate can be increased by one electrode one indication operation at a time, and the occurrence of configuration errors and abnormal operations can be reduced, so that The operator can conveniently, accurately and quickly distinguish and complete the setting in a short time, and the design of the different lengths of the chest conductance harness and the limb conductance harness has a fool-proof effect, so it can achieve convenient, accurate and fast operation purpose.

Optionally, the chest conductance harness and the limb conductance harness are formed by covering the input end of the main conduction harness with the first color envelope and the second color envelope, respectively.

Optionally, the plurality of indicating units are configured on the first color envelope and the second color envelope.

Optionally, the plurality of indicating units are configured on the plurality of chest electrodes and the plurality of limb electrodes.

In order to achieve the foregoing and other purposes, a method for using a disposable electrocardiogram connection device of the present invention, the method includes the following steps:

Place the operation indicating unit on the measurement object;

untie the multiple limb electrical wires of the limb electrical conduction harness, and place the multiple limb electrical wires on the measurement object according to the operation instructions on the operation instruction unit;

Untie the multiple chest electrical wires of the chest electrical conduction harness, and place the multiple chest electrical wires on the measurement object according to the operation instructions on the operation instruction unit;

According to the operation instructions on the operation instruction unit, reconfirm that the plurality of limb electrical leads and the plurality of chest electrical leads are respectively located in the correct positions; and

Start ECG measurement;

Wherein, the chest conductance harness and the limb conductance harness respectively have a plurality of indicating units; the plurality of chest electrodes include a first electrode, a second electrode, a third electrode, a fourth electrode, and a fifth electrode , a sixth electrode; the multiple body electrodes include a right arm electrode, a left arm electrode, a right leg electrode, and a left leg electrode;

Wherein, the length of the conductance harness of the chest cavity and the conductance harness of the limbs is designed according to the length required for pasting. The length of the conductance harness of the chest cavity and the conductance harness of the limbs can be fine-tuned to meet patients of different sizes, but the length of the fine-tuning is still limited to maintain the effect of fool-proofing.

Optionally, the conductance harness of the chest cavity and the conductance harness of the limbs are formed by coating the input ends of the main conduction harness with a first color coating and a second color coating, respectively.

Optionally, the plurality of indicating units are configured on the first color envelope and the second color envelope.

Optionally, the plurality of indicating units are configured on the plurality of chest electrodes and the plurality of limb electrodes.

In order to achieve the foregoing and other purposes, a disposable electrocardiogram connection device of the present invention includes:

A connector is used to connect to an electrocardiogram information recording module, and the electrocardiogram information recording module is used to record at least one electrocardiogram information;

A main conductive harness has an output end and an input end, the output end is connected to the connector;

At least one conductance harness is arranged at the input end of the main conductance harness, and each of the at least one conductance harness is coated with a color coating of a different color; and

An operation instruction module is provided to provide a graphical and simple operation instruction for the user to follow the instruction to confirm the pasting position of the at least one conductive bundle;

Wherein, the at least one conductance harness has at least one indicating unit;

Wherein, the length of the at least one conductive harness is designed according to the length required for pasting, and when the user sticks one of the at least one conductive harness to a wrong pasting position, there will be a fool-proof effect, The length of each of the at least one conductance harness can be fine-tuned to suit patients of different sizes, but the fine-tuned length is still limited to maintain the effect of foolproofing.

Description of drawings

FIG. 1 is a schematic diagram showing a conventional twelve-lead electrocardiogram measurement device in the prior art;

Fig. 2 is a schematic structural view showing the disposable electrocardiogram connection device of the present invention;

Fig. 3 is a schematic diagram showing that the chest conductance beam of the present invention is coated with a first color coating;

Figure 4 and Figure 5 are schematic diagrams showing the configuration of the indicating unit of the present invention;

6 is a schematic view showing the use of the disposable electrocardiogram connection device of the present invention;

Fig. 7 is a schematic diagram showing the operation indication module of the present invention;

Figure 8 is a schematic diagram showing a group of products of the present invention; and

FIG. 9 is a flowchart showing the use of the disposable ECG connection device of the present invention.

【Symbol Description】

1 conductive wire

2 hubs

3 cables

4 connectors

5 recorder

10 connectors

20 Main conducting harness

30 Chest Conductance Harness

31 first color envelope

32 Chest leads

40 Limb conductance harness

42 Limb Electrical Leads

50 ECG information recording module

60 indicator unit

70 Operation instruction module

RA Right Arm Electrodes

LA left arm electrodes

RL Right Leg Electrode

LL Left Leg Electrode

V1 first electrode

V2 second electrode

V3 third electrode

V4 fourth electrode

V5 fifth electrode

V6 sixth electrode

【Biological Material Storage】None

【Sequence Listing】None

Detailed ways

The implementation of the present invention is described below through specific specific examples, and those skilled in the art can easily understand other advantages and effects of the present invention from the content disclosed in this specification. The present invention can also be implemented or applied through other different specific examples, and various modifications and changes can be made to the details in the description of the present invention based on different viewpoints and applications without departing from the spirit of the present invention.

It should be noted that the structures, proportions, sizes, etc. shown in the drawings attached to this specification are only used to match the content disclosed in the specification for the understanding and reading of those familiar with this technology, and are not used to limit the implementation of the present invention. Conditions, so it has no technical substantive meaning, any modification of structure, change of proportional relationship or adjustment of size, without affecting the effect and purpose of the present invention, should fall within the scope of the present invention. The technical content must be within the scope covered.

The following describes the disposable electrocardiogram connection device according to the embodiment of the present invention.

Please refer to FIG. 2 to FIG. 6 , which are the disposable electrocardiogram connection device of the present invention, which includes: a connector 10 , a main conduction harness 20 , a chest conductance harness 30 , and a limb conductance harness 40 .

Wherein, the connector 10 is used to connect to an electrocardiogram information recording module 50, and the electrocardiogram information recording module 50 is used to record at least one electrocardiogram information (not shown in the figure).

The main conduction harness 20 has an output end 21 and an input end (not shown in the figure), and the output end 21 is connected to the connector 10 for collecting and conducting at least one ECG information (not shown in the figure).

The thoracic conductance harness 30 is configured at the input end (not shown in the figure) of the main conduction harness 20, and covered with a first color coating 31, the thoracic conductance harness 30 includes a plurality of thoracic conductance wires 32, And each of the plurality of chest electrical wires 32 is respectively welded with a chest electrode. In an embodiment of the present invention, the plurality of chest electrodes include a first electrode (V1), a second electrode (V2), a third electrode (V3), a fourth electrode (V4), and a fifth electrode (V5), a sixth electrode (V6).

The limb conduction harness 40 is configured with the input end (not shown in the figure) of the main conduction harness 20, and covered with a second color coating (not shown in the figure), and the limb conductance harness 40 includes a plurality of Limb electrical wires 42 , and each of the plurality of limb electrical wires 42 is respectively welded with a limb electrode. In an embodiment of the present invention, the plurality of limb electrodes include a right arm electrode (RA), a left arm electrode (LA), a right leg electrode (RL), and a left leg electrode (LL).

The length of the chest conductance harness 30 and the limb conductance harness 40 is designed according to the length required for pasting. When the user sticks the chest conductance harness 30 to the sticking position of the limb conductance harness 40, the There is a fool-proof effect, the lengths of the chest conductance harness 30 and the limb conductance harness 40 can be fine-tuned to suit patients of different sizes, but the fine-tuned lengths are still limited to maintain the fool-proof effect.

In the embodiment of the present invention, the chest conductance harness 30 and the limb conductance harness 40 are the input end (not shown in the figure) of the main conduction harness 20 respectively covering the first color coating 31 and the The second color envelope (not shown in the figure) is formed.

As shown in FIG. 4 and FIG. 5 , in the embodiment of the present invention, the chest conductance harness 30 and the limb conductance harness 40 respectively have a plurality of indicating units 60 . The plurality of indicating units 60 can be arranged on the first color envelope 31 and the second color envelope (not shown in the figure), or can be arranged on the plurality of chest electrodes (such as the right shoulder electrode RA in FIG. 4 ). ) and the plurality of limb electrodes (not shown in the figure).

As shown in FIG. 7 , in the present invention, an operation instruction module 70 is also included, which provides graphical and simple operation instructions (V1-V6, LL, LA, RL, RA as shown in FIG. 7 ) . As shown in Figure 8, it is a schematic diagram of a group product of the present invention. In the present invention, the operation indicating module can be made into a release sheet, and multiple chest electrodes and multiple The limb electrodes are used as a part of the group product package, and the operation instruction module 70 is used for the user to confirm the plurality of chest electrodes (V1-V6) and the plurality of limb electrodes (LL, LA, RL, RA) on the body of the subject; the user first takes at least one limb electrode (one of LL, LA, RL, RA) at a time, and follows the operation instructions It is set on a subject to be tested; then, the user takes at least one chest cavity electrode (one of V1-V6) at a time, and sets it on the subject to be tested according to the operation instruction. In this way, the accuracy rate can be increased by operating one electrode and one indication at a time, and the occurrence of configuration errors and abnormal operations can be reduced.

Please refer to Fig. 1～shown in Fig. 9, when starting to use the present invention, be to place the operation indicating unit on the measuring object (step S01); According to the operation instruction on the operation instruction unit, place a plurality of limb electrical leads on the measurement object (step S02); untie the plurality of thoracic electrical leads of the thoracic conductance harness, and place the plurality of thoracic electrical leads according to the operation instructions on the operation instruction unit. On the measurement object (step S03); according to the operation instructions on the operation instruction unit, confirm again that the plurality of limb electrical leads and the plurality of chest cavity electrical leads are respectively located in the correct positions (step S04); start the electrocardiogram measurement (step S05); wherein, the first electrode (V1) and the second electrode (V2) are respectively arranged on the right side and the left side of the sternum, the fourth electrode (V4) is arranged below the left nipple of the human body, and the sixth electrode (V6) is arranged on the left underarm midline, the right arm electrode (RA) is arranged on the right shoulder, the left arm electrode (LA) is arranged on the left shoulder, the right leg electrode (RL) is arranged on the right abdomen, the The left leg electrode (LL) is placed on the left abdomen.

In addition, because the electrocardiogram measurement can have multiple lead configurations, the aforementioned embodiment is a standard 12-lead configuration, the present invention can also include electrocardiogram measurement with a non-12-lead configuration, and can also pass each of the at least one lead configuration. The conductance harnesses are coated with different color coatings (to distinguish between the chest conductance harness and the limb conductance harness), and are designed according to the length required for sticking to suit patients of different sizes.

Thereby, since the user can quickly distinguish which belong to the conductance harness of the chest cavity and which belong to the conductance harness of the limbs through the first color envelope 31 and the second color envelope (not shown in the figure), and through multiple The indicating unit 60 can further determine the position of each electrode, so the purpose of convenient, accurate and fast operation can be achieved.

Although implementations have been described with reference to a number of illustrative embodiments thereof, it should be understood that numerous other modifications and embodiments can be devised by those skilled in the art that will fall within the spirit and principles of this disclosure. within range. In particular, various changes and modifications may be made in the component parts and/or arrangements of the subject combination arrangement within the scope of the disclosure, the drawings and the appended claims. In addition to changes and modifications in component parts and/or arrangements, alternative uses will be apparent to those skilled in the art.

Claims (9)

1. A disposable electrocardiogram connection device, characterized in that, comprising: A connector is used to connect to an electrocardiogram information recording module, and the electrocardiogram information recording module is used to record at least one electrocardiogram information; A main conductive harness has an output end and an input end, the output end is connected to the connector; A thoracic conductance harness is configured at the input end of the main conduction harness and covered with a first color coating, the thoracic conductance harness includes a plurality of thoracic conductance leads, and each of the plurality of thoracic conductance leads Solder a chest electrode respectively; A limb conduction harness, configured with the input end of the main conduction harness, and covered with a second color coating, the limb conductance harness includes a plurality of limb conduction conductors, and each of the plurality of limb conduction conductors is respectively welding a limb electrode; and An operation instruction module is to provide a graphical and simple operation instruction, and a plurality of the chest electrodes and a plurality of the limb electrodes are pasted on the operation instruction, and the operation instruction module is used for the user to follow the instruction Operation to confirm the pasting positions of the plurality of chest electrodes and the plurality of limb electrodes on the body of the subject; at the beginning, the user takes at least one limb electrode at a time, and sets it on the subject according to the operation instructions body; then, the user takes at least one chest cavity electrode at a time, and arranges it on a subject to be tested according to the operation instruction; Wherein, the chest conductance harness and the limb conductance harness respectively have a plurality of indicating units; the plurality of chest electrodes include a first electrode, a second electrode, a third electrode, a fourth electrode, and a fifth electrode , a sixth electrode; the multiple body electrodes include a right arm electrode, a left arm electrode, a right leg electrode, and a left leg electrode; Wherein, the length of the conductance harness of the chest cavity and the conductance harness of the limbs is designed according to the length required for pasting. The length of the conductance harness of the chest cavity and the conductance harness of the limbs can be fine-tuned to meet the testees of different sizes, but the fine-tuned length is still limited to maintain the fool-proof effect. 2. The disposable electrocardiogram connection device as claimed in claim 1, wherein the chest conductance harness and the limb conductance harness are respectively coated with the first color coating and the input end of the main conductance harness. The second color coating is formed. 3 . The disposable electrocardiogram connection device according to claim 1 , wherein the plurality of indicating units are disposed on the first color envelope and the second color envelope. 4 . 4 . The disposable electrocardiogram connection device according to claim 1 , wherein the plurality of indicating units are disposed on the plurality of chest electrodes and the plurality of limb electrodes. 5. A method for using a disposable electrocardiogram connection device, characterized in that the method comprises the following steps: Place the operation indicating unit on the measurement object; untie the multiple limb electrical wires of the limb electrical conduction harness, and place the multiple limb electrical wires on the measurement object according to the operation instructions on the operation instruction unit; Untie the multiple chest electrical wires of the chest electrical conduction harness, and place the multiple chest electrical wires on the measurement object according to the operation instructions on the operation instruction unit; According to the operation instructions on the operation instruction unit, reconfirm that the plurality of limb electrical leads and the plurality of chest electrical leads are respectively located in the correct positions; and Start ECG measurement; Wherein, the chest conductance harness and the limb conductance harness respectively have a plurality of indicating units; the plurality of chest electrodes include a first electrode, a second electrode, a third electrode, a fourth electrode, and a fifth electrode , a sixth electrode; the multiple body electrodes include a right arm electrode, a left arm electrode, a right leg electrode, and a left leg electrode; Wherein, the length of the conductance harness of the chest cavity and the conductance harness of the limbs is designed according to the length required for pasting. The length of the conductance harness of the chest cavity and the conductance harness of the limbs can be fine-tuned to meet patients of different sizes, but the length of the fine-tuning is still limited to maintain the effect of fool-proofing. 6. The method of using a disposable electrocardiogram connection device according to claim 5, wherein the chest conductance harness and the limb conductance harness are respectively coated with a first color coating at the input ends of the main conduction harness. film and a second color coating. 7 . The method of using the disposable electrocardiogram connection device according to claim 5 , wherein the plurality of indicating units are disposed on the first color envelope and the second color envelope. 8 . 8 . The method of using the disposable electrocardiogram connection device according to claim 6 , wherein the plurality of indicating units are arranged on the plurality of chest electrodes and the plurality of limb electrodes. 9. A disposable electrocardiogram connection device, comprising: A connector is used to connect to an electrocardiogram information recording module, and the electrocardiogram information recording module is used to record at least one electrocardiogram information; A main conductive harness has an output end and an input end, the output end is connected to the connector; At least one conductance harness is arranged at the input end of the main conductance harness, and each of the at least one conductance harness is coated with a color coating of a different color; and An operation instruction module is provided to provide a graphical and simple operation instruction for the user to follow the instruction to confirm the pasting position of the at least one conductive bundle; Wherein, the at least one conductance harness has at least one indicating unit; Wherein, the length of the at least one conductive harness is designed according to the length required for pasting, and when the user sticks one of the at least one conductive harness to a wrong pasting position, there will be a fool-proof effect, The length of each of the at least one conductance harness can be fine-tuned to suit patients of different sizes, but the fine-tuned length is still limited to maintain the effect of foolproofing.