CN107157471A - A kind of precordial leads method for quickly identifying - Google Patents
A kind of precordial leads method for quickly identifying Download PDFInfo
- Publication number
- CN107157471A CN107157471A CN201710338433.1A CN201710338433A CN107157471A CN 107157471 A CN107157471 A CN 107157471A CN 201710338433 A CN201710338433 A CN 201710338433A CN 107157471 A CN107157471 A CN 107157471A
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- China
- Prior art keywords
- conducting wire
- identification region
- region
- correspondence
- division identification
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Classifications
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/24—Detecting, measuring or recording bioelectric or biomagnetic signals of the body or parts thereof
- A61B5/316—Modalities, i.e. specific diagnostic methods
- A61B5/318—Heart-related electrical modalities, e.g. electrocardiography [ECG]
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B90/00—Instruments, implements or accessories specially adapted for surgery or diagnosis and not covered by any of the groups A61B1/00 - A61B50/00, e.g. for luxation treatment or for protecting wound edges
- A61B90/90—Identification means for patients or instruments, e.g. tags
Abstract
The invention discloses a kind of precordial leads method for quickly identifying, the recognition methods is, each conducting wire of precordial leads is distinguished into mode with same shape and/or the general character of colour system, it is divided into different two groups by correspondence human chest left part and right part when using, there is every group of each conducting wire identical to distinguish shape and/or colour system；Every group of each conducting wire is distinguished into mode with Division identification region axial segmentation and/or the difference of tab character, distinguished in detail by the concrete position of each conducting wire correspondence human body.The present invention makes correspondence chest left part, distinguishing identifier simplification, sharpening, the clearing of the conducting wire of right part, greatly facilitate the identification operation during use, it has the features such as recognizing light, easy, efficient, quick, and reliability is high, practical.
Description
Technical field
It is that a kind of front is led more specifically the present invention relates to the precordial leads of medicine equipment, specifically electrocardiogram
Join method for quickly identifying.
Background technology
Electrocardiogram is obtained by electrocardiograph, and electrocardiograph is produced by record human heart each cardiac cycle
Electrical activity change realizes that is, electrocardiograph is connected to body surface by lead in lead mode, and this just leads including front
Connection.
Precordial leads has many conducting wires for corresponding to human chest left part and right part when in use（It is usually left
Side part three, right part three, the common six roots of sensation）；Every conducting wire is main by connecting integral amplifier termination electrode, lead
Line body, human body termination electrode and body surface sucker etc. are constituted, and one end of every conducting wire is connected with amplifier, the other end is for adsorbing
Connect human chest body surface.In this way, many conducting wires of precordial leads are unordered bulk storages when idle, needed when medical treatment is used
Will rapidly on human body correspondence " playback ", especially emergency treatment when it is higher to the efficiency and accuracy of operation.However, close by many
Collect and the conducting wire of unordered bulk storage together is correspondingly placed on body surface, it is necessary to recognize that each conducting wire institute is right by root
The concrete position of human chest is answered, this just proposes higher technical requirements to the recognition efficiency of precordial leads.
At present, precordial leads is recognized for convenience, and constitute each conducting wire of precordial leads has distinguishing identifier respectively, that is, exists
The distinguishing identifier differentiation on identification color and character, each conducting wire is disposed with the conducting wire of human body termination electrode, i.e.,
Each conducting wire has a kind of distinguishing identifier color and correspondence character, so that the differentiation mark of each conducting wire of precordial leads
Knowing color, no matter left part or right part are not quite similar, and the distinguishing identifier of whole precordial leads is in colorful shape, for example
There are white, black, red, purple, green, blueness etc..In this way, when in use, the conducting wire representated by a certain color and character
Position general healthcare givers absolutely not can that what's frequently heard can be repeated in detail is clear, understand, easily conducting wire is obscured and connection error,
So as on the one hand cause, the recognition speed of precordial leads is slow, operating efficiency is low, and then influences the promptness for the treatment of, on the other hand
Medical new hand can be unfavorable for easily, timely to learn and apply.As can be seen here, the recognition methods of existing precordial leads is not clear enough
It is clear, clear, easily obscure, dependable with function is poor.
The content of the invention
The technical purpose of the present invention is：The deficiency of particularity and existing identification technology for above-mentioned precordial leads, is carried
The precordial leads method for quickly identifying that clear, identification is light readily and efficiently, reliability is high, practical is identified for a kind of.
The present invention realizes that the technical scheme that its technical purpose is used is：A kind of precordial leads method for quickly identifying, it is described
Recognition methods is each conducting wire of precordial leads to be distinguished into mode with same shape and/or the general character of colour system, by correspondence when using
Human chest left part and right part and be divided into different two groups, there is identical to distinguish shape for every group of each conducting wire
And/or colour system；Every group of each conducting wire is distinguished into mode with Division identification region axial segmentation and/or the difference of tab character,
Distinguished in detail by the concrete position of each conducting wire correspondence human body.
One of preferably, the differentiation colour system of described two groups of conducting wire is and dark for the obvious light color of contrast
System.
One of preferably, the Division identification region axial segmentation of described every group of each conducting wire is, from conducting wire
Division identification region one end rise, with spacing mode corresponding segments, the axial length of each segmentation is whole Division identification region
The 1/6 of axial length, the remaining identification region of distinguishing not being divided keeps complete, and the remaining axial direction for distinguishing identification region is long
Degree is at least the 1/2 of whole Division identification region.
One of preferably, each conducting wire of the precordial leads distinguish be to aid in buckle to realize, it is described auxiliary
Help buckle retaining ring on Correspondence lead line, retaining ring is located proximate to body electrode, the auxiliary buckle is the differentiation of Correspondence lead line
Identification region, for carry distinguish identification marking.
Further, the section of the auxiliary buckle is in the annular shape of circumferential openings, the internal diameter matching of the auxiliary buckle
In the external diameter and external diameter of the circumferential openings width less than Correspondence lead line of the auxiliary buckle of Correspondence lead line.Further
, the hardness of the auxiliary buckle is more than the hardness of Correspondence lead line.Further, the auxiliary buckle is according to axial stiffness
Leading section, three regions in middle part and rearward end are divided into, the hardness of the central region is more than front end region or rearward end area
The hardness in the hardness in domain, the front end region or rearward end region is matched with the hardness of Correspondence lead line.Or, the auxiliary
Buckle is divided into the hardness in two regions in leading section and rearward end, the front end region and rearward end region according to axial stiffness
The minimum hardness for being matched with Correspondence lead line of hardness in differentiation, the front end region and rearward end region.
Further, the outer wall of the auxiliary buckle is provided with anti-skidding friction structure.
The method have the benefit that：
1. these conducting wires, in the corresponding characteristic of human chest, and are divided into left and right by the present invention according to each conducting wire of precordial leads
Two groups, each group uses distinguishing identifier same, with general character, i.e., the distinguishing identifier differentiation of two groups conducting wires but same group
The distinguishing identifier of each conducting wire general character on the whole, such as it is all red conducting wires correspondence human chest left parts, all
The conducting wire of green corresponds to human chest right part, or the conducting wire of all rectangular profiles corresponds to human chest left side
Divide, the conducting wire of all circular contours corresponds to human chest right part, etc., so makes correspondence chest left part, right side
Distinguishing identifier simplification, sharpening, the clearing of partial conducting wire, greatly facilitate the identification operation during use,
It has the features such as recognizing light, easy, efficient, quick, and reliability is high, practical；
2. the present invention is by aiding in buckle as the Division identification of Correspondence lead line, its one side can put each conducting wire
Correspondence connection combination flexibility greatly between device and human body, convenient purification, without the correspondence of conducting wire is fully cured, so that more
For the live actual medical job requirements of laminating, vary in different localities；On the other hand, the premise of conducting wire action characteristic itself is not being influenceed
Under, can convenient working personnel to the hand-held of conducting wire, make to be affectedly bashful it is more steady, more accurate, be conducive to improving medical procedures efficiency,
Accuracy and reliability.
Brief description of the drawings
Fig. 1 is the first Division identification structural representation of conducting wire of the present invention.
Fig. 2 is second of Division identification structural representation of conducting wire of the present invention.
Fig. 3 is the third Division identification structural representation of conducting wire of the present invention.
Code name implication in figure：1-conducting wire；2-amplifier termination electrode；3-conducting wire body；4-human body termination electrode；
5-body surface sucker；6-Division identification region；7-auxiliary buckle.
Embodiment
The present invention relates to the precordial leads of medicine equipment-electrocardiogram, the quick identification side of specifically a kind of precordial leads
The technology contents of the present invention are described in detail by method with multiple embodiments and part with reference to respective figure below, and another part is real
Though applying, example is not drawn individually but its agent structure still can refer to existing accompanying drawing.
Embodiment 1
Shown in Figure 1, the present invention has many（The usually six roots of sensation）The conducting wire 1 of precordial leads line-i.e., every conducting wire 1 is led
To be made up of the amplifier termination electrode 2 connected as one, conducting wire body 3, human body termination electrode 4 and body surface sucker 5, these leads
Link position of the line 1 between amplifier and human body is different；The particular technique measure that the present invention is quickly recognized to these conducting wires
Including：
- by many conducting wires 1 of precordial leads by when using correspondence human chest left part and right part and be divided into difference
Two groups, the left part and right part not simply represent the left chest of human body and right chest, but packet is relative
Position relationship, similarly hereinafter；Each conducting wire of left part（Usually three）Their general character area is used as using same colour system-peony
Point, each conducting wire of right part（Usually three）Distinguished using same colour system-light green color as their general character；It is either left
Side part or right part, the differentiation colour system of each conducting wire 1 are in the end of conducting wire body 3 at human body termination electrode 4
Portion, respectively leading for Division identification region 6, i.e. left part is constituted in end of the body of conducting wire body 3 at human body termination electrode 4
The Division identification region of on line is that peony, the Division identification region of each conducting wire of right part are light green color；
- by each conducting wire 1 of left part（Usually three）Carried out in detail by the concrete position of their correspondence human chests
Distinguish, the differentiation is that each conducting wire 1 of left part is distinguished into mode with the difference of the axial segmentation of Division identification region 6 to carry out in detail
Thin to distinguish, i.e., from the one end in the Division identification region 6 of conducting wire 1, with spacing mode corresponding segments, the axial direction of each segmentation is long
Degree is about the 1/6 of the whole axial length of Division identification region 6, and the remaining identification region 6 of distinguishing not being divided keeps complete, and this is remained
The axial length in remaining Division identification region 6 is at least the 1/2 of whole Division identification region 6；That is, by many of left part
Root conducting wire carries out refinement differentiation, the Division identification region of first conducting wire（For example axial length is in terms of 20mm）Keep
It is whole, be not segmented, the Division identification region of second conducting wire separates a bit of from leading section（Such as axial length is about 2~
3mm, spacing distance are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, the differentiation of the 3rd conducting wire is known
Other region separates two segments from leading section（For example be about per a bit of axial length 2~3mm, spacing distance be about 1~
3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate；
- by each conducting wire 1 of right part（Usually three）Carried out in detail by the concrete position of their correspondence human chests
Distinguish, the differentiation is that each conducting wire 1 of right part is distinguished into mode with the difference of the axial segmentation of Division identification region 6 to carry out in detail
Thin to distinguish, i.e., from the one end in the Division identification region 6 of conducting wire 1, with spacing mode corresponding segments, the axial direction of each segmentation is long
Degree is about the 1/6 of the whole axial length of Division identification region 6, and the remaining identification region 6 of distinguishing not being divided keeps complete, and this is remained
The axial length in remaining Division identification region 6 is at least the 1/2 of whole Division identification region 6；That is, by many of right chest group
Root conducting wire carries out refinement differentiation, the Division identification region of first conducting wire（For example axial length is in terms of 20mm）Keep
It is whole, be not segmented, the Division identification region of second conducting wire separates a bit of from leading section（Such as axial length is about 2~
3mm, spacing distance are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, the differentiation of the 3rd conducting wire is known
Other region separates two segments from leading section（For example be about per a bit of axial length 2~3mm, spacing distance be about 1~
3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate.
In this way, each conducting wire of precordial leads is distinguished mode by the present invention with the general character of same colour system, by correspondence when using
Human chest left part and right part and be divided into different two groups, make every group of each conducting wire that there is identical to distinguish color
System；Meanwhile, every group of each conducting wire is distinguished into mode with the difference of Division identification region axial segmentation, by each conducting wire correspondence people
The concrete position of body chest and distinguish in detail.
The present invention is in the differentiation using colour system as two groups of conducting wires, the preferred more obvious light color system of colour system contrast and deep
Colour system makes a distinction, for example white to black, it is pale yellow to it is dark-grey, light green to dark blue, light gray to dark blue etc..
Embodiment 2
Shown in Figure 2, the present invention has many（The usually six roots of sensation）The conducting wire 1 of precordial leads line-i.e., every conducting wire 1 is led
To be made up of the amplifier termination electrode 2 connected as one, conducting wire body 3, human body termination electrode 4 and body surface sucker 5, these leads
Link position of the line 1 between amplifier and human body is different；The particular technique measure that the present invention is quickly recognized to these conducting wires
Including：
- by many conducting wires 1 of precordial leads by when using correspondence human chest left part and right part and be divided into difference
Two groups；Each conducting wire of left part（Usually three）Distinguished using same shape-rectangular profile as their general character, it is right
Each conducting wire of side part（Usually three）Distinguished using same shape-circular contour as their general character；On the left of either
Partly or right part, the differentiation shape of each conducting wire 1 is in the end of conducting wire body 3 at human body termination electrode 4
Portion, respectively leading for Division identification region 6, i.e. left part is constituted in end of the body of conducting wire body 3 at human body termination electrode 4
The Division identification region of on line is that rectangular profile, the Division identification region of each conducting wire of right part are circular contour；
- by each conducting wire 1 of left part（Usually three）Carried out in detail by the concrete position of their correspondence human chests
Distinguish, the differentiation is that each conducting wire 1 of left part is distinguished into mode with the difference of the axial segmentation of Division identification region 6 to carry out in detail
Thin to distinguish, i.e., from the one end in the Division identification region 6 of conducting wire 1, with spacing mode corresponding segments, the axial direction of each segmentation is long
Degree is about the 1/6 of the whole axial length of Division identification region 6, and the remaining identification region 6 of distinguishing not being divided keeps complete, and this is remained
The axial length in remaining Division identification region 6 is at least the 1/2 of whole Division identification region 6；That is, by many of left part
Root conducting wire carries out refinement differentiation, the Division identification region of first conducting wire（For example axial length is in terms of 20mm）Keep
It is whole, be not segmented, the Division identification region of second conducting wire separates a bit of from leading section（Such as axial length is about 2~
3mm, spacing distance are about that 1~3mm, gap depth are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, the
The Division identification region of three conducting wires separates two segments from leading section（Be about 2 for example per a bit of axial length~
3mm, spacing distance are about that 1~3mm, gap depth are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate；
- by each conducting wire 1 of right part（Usually three）Carried out in detail by the concrete position of their correspondence human chests
Distinguish, the differentiation is that each conducting wire 1 of right part is distinguished into mode with the difference of the axial segmentation of Division identification region 6 to carry out in detail
Thin to distinguish, i.e., from the one end in the Division identification region 6 of conducting wire 1, with spacing mode corresponding segments, the axial direction of each segmentation is long
Degree is about the 1/6 of the whole axial length of Division identification region 6, and the remaining identification region 6 of distinguishing not being divided keeps complete, and this is remained
The axial length in remaining Division identification region 6 is at least the 1/2 of whole Division identification region 6；That is, by many of right part
Root conducting wire carries out refinement differentiation, the Division identification region of first conducting wire（For example axial length is in terms of 20mm）Keep
It is whole, be not segmented, the Division identification region of second conducting wire separates a bit of from leading section（Such as axial length is about 2~
3mm, spacing distance are about that 1~3mm, gap depth are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, the
The Division identification region of three conducting wires separates two segments from leading section（Be about 2 for example per a bit of axial length~
3mm, spacing distance are about that 1~3mm, gap depth are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate.
In this way, each conducting wire of precordial leads is distinguished mode by the present invention with the general character of same shape, by correspondence when using
Human chest left part and right part and be divided into different two groups, make every group of each conducting wire that there is identical to distinguish color
System；Meanwhile, every group of each conducting wire is distinguished into mode with the difference of Division identification region axial segmentation, by each conducting wire correspondence people
The concrete position of body chest and distinguish in detail.
Embodiment 3
The present invention has many（The usually six roots of sensation）The conducting wire of precordial leads line-i.e., every conducting wire is main by connecting as one
Amplifier termination electrode, conducting wire body, human body termination electrode and body surface sucker composition, these conducting wires amplifier and human body it
Between link position it is different；The present invention includes to the particular technique measure that these conducting wires are quickly recognized：
- by many conducting wires of precordial leads by when using correspondence human chest left part and right part and be divided into different
Two groups；Each conducting wire of left part（Usually three）It is total to using same shape and colour system-rectangular profile+white as they
Property distinguish, each conducting wire of right part（Usually three）Using same shape and colour system-circular contour+black as they
General character is distinguished；Either left part or right part, the differentiation shape and colour system of each conducting wire are in close to people's body end
Conducting wire body end at electrode, constitutes Division identification region, i.e., in end of the conducting wire body at human body termination electrode
The Division identification region of each conducting wire of left part is rectangular profile+white, the Division identification of each conducting wire of right part
Region is circular contour+black；
- by each conducting wire of left part（Usually three）Detailed area is carried out by the concrete position of their correspondence human chests
Point, the differentiation is that each conducting wire of left part is distinguished into mode with the difference of Division identification region axial segmentation to carry out detailed area
Point, i.e., from the one end in the Division identification region of conducting wire, with spacing mode corresponding segments, the axial length of each segmentation is about
The 1/6 of whole Division identification region axial length, the remaining identification region of distinguishing not being divided keeps complete, and the residue, which is distinguished, to be known
The axial length in other region is at least the 1/2 of whole Division identification region；That is, many conducting wires of left part are entered
Row refinement is distinguished, the Division identification region of first conducting wire（For example axial length is in terms of 20mm）Keep complete, be not segmented, the
The Division identification region of two conducting wires separates a bit of from leading section（Such as axial length is about 2~3mm, spacing distance
About 1~3mm, gap depth are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, the 3rd conducting wire
Division identification region separates two segments from leading section（For example per a bit of axial length be about 2~3mm, spacing distance about
It is about 1~3mm for 1~3mm, gap depth）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate；
- by each conducting wire of right part（Usually three）Detailed area is carried out by the concrete position of their correspondence human chests
Point, the differentiation is that each conducting wire of right part is distinguished into mode with the difference of Division identification region axial segmentation to carry out detailed area
Point, i.e., from the one end in the Division identification region of conducting wire, with spacing mode corresponding segments, the axial length of each segmentation is about
The 1/6 of whole Division identification region axial length, the remaining identification region of distinguishing not being divided keeps complete, and the residue, which is distinguished, to be known
The axial length in other region is at least the 1/2 of whole Division identification region；That is, many conducting wires of right part are entered
Row refinement is distinguished, the Division identification region of first conducting wire（For example axial length is in terms of 20mm）Keep complete, be not segmented, the
The Division identification region of two conducting wires separates a bit of from leading section（Such as axial length is about 2~3mm, spacing distance
About 1~3mm, gap depth are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, the 3rd conducting wire
Division identification region separates two segments from leading section（For example per a bit of axial length be about 2~3mm, spacing distance about
It is about 1~3mm for 1~3mm, gap depth）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate.
In this way, the general character that each conducting wire of precordial leads is combined with same shape and colour system is distinguished mode by the present invention, press
Correspondence human chest left part and right part when using and be divided into different two groups, there is every group of each conducting wire identical
Differentiation shape and colour system；Meanwhile, every group of each conducting wire is distinguished into mode with the difference of Division identification region axial segmentation, pressed
Each conducting wire corresponds to the concrete position of human chest and distinguished in detail.
The present invention is in the differentiation using colour system as two groups of conducting wires, the preferred more obvious light color system of colour system contrast and deep
Colour system makes a distinction, for example white to black, it is pale yellow to it is dark-grey, light green to dark blue, light gray to dark blue etc..
Embodiment 4
Shown in Figure 3, the present invention has many（The usually six roots of sensation）The conducting wire 1 of precordial leads line-i.e., every conducting wire 1 is led
To be made up of the amplifier termination electrode 2 connected as one, conducting wire body 3, human body termination electrode 4 and body surface sucker 5, these leads
Link position of the line 1 between amplifier and human body is different；The particular technique measure that the present invention is quickly recognized to these conducting wires
Including：
- by many conducting wires 1 of precordial leads by when using correspondence human chest left part and right part and be divided into difference
Two groups；Each conducting wire of left part（Usually three）Distinguished using same colour system-peony as their general character, right side
Partial each conducting wire（Usually three）Distinguished using same colour system-light green color as their general character；
Either left part or right part, the differentiation colour system of each conducting wire 1 be by retaining ring on Correspondence lead line
Aid in what buckle 7 was realized, i.e., conducting wire 1 is no Division identification mark in itself, but is equipped with a correspondence to each conducting wire 1
Auxiliary buckle 7, auxiliary buckle 7 is used to carry specific on the Division identification colour system of Correspondence lead line 1, each auxiliary buckle 7
Depending on packet situation of the colour system according to Correspondence lead line 1, retaining ring of the auxiliary buckle 7 on Correspondence lead line 1 is located proximate to human body
Electrode 4, so that the Division identification region 6 of the outer wall formation Correspondence lead line 1 to aid in buckle 7, each conducting wire 1 of left part
Division identification region 6- auxiliary buckle 7 outer walls be peony, the Division identification region 6- auxiliary of each conducting wire 1 of right part
The outer wall of buckle 7 is light green color；
The section of above-mentioned auxiliary buckle 7 is in the annular shape of circumferential openings, and the internal diameter of auxiliary buckle 7 is matched with Correspondence lead line 1
External diameter, moreover, the circumferential openings width of auxiliary buckle 7 is less than the external diameter of Correspondence lead line 1；In this way, auxiliary buckle 7 passes through circumference
Opening clip on Correspondence lead line 1；
The hardness of above-mentioned auxiliary buckle 7 is more than the hardness of Correspondence lead line 1, specifically, auxiliary buckle 7 is divided according to axial stiffness
For leading section, three regions in middle part and rearward end, wherein, the hardness of central region is more than front end region or rearward end region
The hardness in hardness, front end region or rearward end region is matched with the hardness of Correspondence lead line 1；In this way, auxiliary buckle 7 middle region
The hardness in domain is more than the hardness of Correspondence lead line 1, when in use hand can be facilitated to pinch operation, while avoiding aiding in the end of buckle 7
Bending of the portion to conducting wire 1 is impacted；
In addition, the outer wall of above-mentioned auxiliary buckle 7 is provided with anti-skidding friction structure, the friction structure is small point-like or striped
Shape structure；
- by each conducting wire 1 of left part（Usually three）Carried out in detail by the concrete position of their correspondence human chests
Distinguish, the differentiation is the Division identification region 6 that is formed of the auxiliary outer wall of buckle 7 on each conducting wire 1 by left part with axle
Mode is distinguished to the difference of segmentation to be distinguished in detail, i.e., from one end of the auxiliary buckle 7 of conducting wire 1, by outside auxiliary buckle 7
Colour system on wall forms Division identification region 6 with spacing mode corresponding segments, and the axial length of each segmentation is about whole area
Divide the 1/6 of the axial length of identification region 6, the remaining identification region 6 of distinguishing not being divided keeps complete, and the residue distinguishes cog region
The axial length in domain 6 is at least the 1/2 of whole Division identification region 6；That is, many conducting wires of left part are carried out
Refinement is distinguished, the Division identification region on the auxiliary buckle outer wall of first conducting wire（For example axial length is in terms of 20mm）Keep
Completely, it is not segmented, the Division identification region on the auxiliary buckle outer wall of second conducting wire separates a bit of from leading section（Example
If axial length is about that 2~3mm, spacing distance are about 1~3mm）, remainder keep complete, be similar to point with the finger or gesticulate wire, the 3rd
Division identification region on the auxiliary buckle outer wall of root conducting wire separates two segments from leading section（For example per a bit of axial direction
Length is about that 2~3mm, spacing distance are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate；
- by each conducting wire 1 of right part（Usually three）Carried out in detail by the concrete position of their correspondence human chests
Distinguish, the differentiation is the Division identification region 6 that is formed of the auxiliary outer wall of buckle 7 on each conducting wire 1 by right part with axle
Mode is distinguished to the difference of segmentation to be distinguished in detail, i.e., from one end of the auxiliary buckle 7 of conducting wire 1, by outside auxiliary buckle 7
Colour system on wall forms Division identification region 6 with spacing mode corresponding segments, and the axial length of each segmentation is about whole area
Divide the 1/6 of the axial length of identification region 6, the remaining identification region 6 of distinguishing not being divided keeps complete, and the residue distinguishes cog region
The axial length in domain 6 is at least the 1/2 of whole Division identification region 6；That is, many conducting wires of right part are carried out
Refinement is distinguished, the Division identification region on the auxiliary buckle outer wall of first conducting wire（For example axial length is in terms of 20mm）Keep
Completely, it is not segmented, the Division identification region on the auxiliary buckle outer wall of second conducting wire separates a bit of from leading section（Example
If axial length is about that 2~3mm, spacing distance are about 1~3mm）, remainder keep complete, be similar to point with the finger or gesticulate wire, the 3rd
Division identification region on the auxiliary buckle outer wall of root conducting wire separates two segments from leading section（For example per a bit of axial direction
Length is about that 2~3mm, spacing distance are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate.
In this way, each conducting wire of the invention by precordial leads is by way of aiding in buckle with the general character differentiation of same colour system,
It is divided into different two groups by correspondence human chest left part and right part when using, makes the auxiliary of every group of each conducting wire
On buckle outer wall there is identical to distinguish colour system；Meanwhile, by the Division identification on the auxiliary buckle outer wall of every group of each conducting wire
Mode is distinguished in region with the difference of axial segmentation, is distinguished in detail by the concrete position of each conducting wire correspondence human chest.
Embodiment 5
The present invention has many（The usually six roots of sensation）The conducting wire of precordial leads line-i.e., every conducting wire is main by connecting as one
Amplifier termination electrode, conducting wire body, human body termination electrode and body surface sucker composition, these conducting wires amplifier and human body it
Between link position it is different；The present invention includes to the particular technique measure that these conducting wires are quickly recognized：
- by many conducting wires of precordial leads by when using correspondence human chest left part and right part and be divided into different
Two groups；Each conducting wire of left part（Usually three）Distinguished using same colour system-peony as their general character, right side
Each conducting wire divided（Usually three）Distinguished using same colour system-light green color as their general character；
Either left part or right part, the differentiation colour system of each conducting wire be by retaining ring on Correspondence lead line
Aid in what buckle was realized, i.e., conducting wire is no Division identification mark in itself, but corresponding to each conducting wire outfit one
Aid in buckle, the specific color that auxiliary buckle is used on the Division identification colour system for carrying Correspondence lead line, each auxiliary buckle outer wall
It is depending on the packet situation according to Correspondence lead line, to aid in the retaining ring being buckled on Correspondence lead line to be located proximate to body electrode,
So that the Division identification region to aid in buckle outer wall formation Correspondence lead line, the Division identification area of each conducting wire of left part
Domain-auxiliary buckle outer wall is that peony, Division identification region-auxiliary buckle outer wall of each conducting wire of right part are light green
Color；
The section of above-mentioned auxiliary buckle is in the annular shape of circumferential openings, and the internal diameter of auxiliary buckle is matched with the outer of Correspondence lead line
Footpath, moreover, the circumferential openings width of auxiliary buckle is less than the external diameter of Correspondence lead line；In this way, auxiliary snaps through circumferential open
Mouth clip is on Correspondence lead line；
The hardness of above-mentioned auxiliary buckle is more than the hardness of Correspondence lead line, specifically, auxiliary buckle is divided into according to axial stiffness
Two regions in leading section and rearward end, the difference of hardness alienation in front end region and rearward end region, front end region and rearward end
The minimum hardness for being matched with Correspondence lead line of hardness in region, then hardness is higher than the hardness of Correspondence lead line in another region；
In this way, the higher region of the hardness buckled of supplementary card can facilitate hand to pinch operation when in use, while the hardness that supplementary card is buckled
Relatively low region can avoid the bending to conducting wire from impacting；
In addition, the outer wall of above-mentioned auxiliary buckle is provided with anti-skidding friction structure, the friction structure is small point-like or striped
Shape structure；
- by each conducting wire of left part（Usually three）Detailed area is carried out by the concrete position of their correspondence human chests
Point, the differentiation is the Division identification region that is formed of the auxiliary buckle outer wall on each conducting wire by left part with axial segmentation
Difference distinguish mode distinguished in detail, i.e., from conducting wire auxiliary buckle one end, will auxiliary buckle outer wall on color
System forms Division identification region with spacing mode corresponding segments, and the axial length of each segmentation is about whole Division identification region
The 1/6 of axial length, the remaining identification region of distinguishing not being divided keeps complete, and the residue distinguishes the axial length of identification region
The 1/2 of at least whole Division identification region；That is, many conducting wires of left part are carried out into refinement differentiation, first
Division identification region on the auxiliary buckle outer wall of root conducting wire（For example axial length is in terms of 20mm）Keep complete, be not segmented,
Division identification region on the auxiliary buckle outer wall of second conducting wire separates a bit of from leading section（For example axial length is about
It is about 1~3mm for 2~3mm, spacing distance）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, the 3rd conducting wire it is auxiliary
The Division identification region helped on buckle outer wall separates two segments from leading section（Be about 2 for example per a bit of axial length~
3mm, spacing distance are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate；
- by each conducting wire of right part（Usually three）Detailed area is carried out by the concrete position of their correspondence human chests
Point, the differentiation is the Division identification region that is formed of the auxiliary buckle outer wall on each conducting wire by right part with axial segmentation
Difference distinguish mode distinguished in detail, i.e., from conducting wire auxiliary buckle one end, will auxiliary buckle outer wall on color
System forms Division identification region with spacing mode corresponding segments, and the axial length of each segmentation is about whole Division identification region
The 1/6 of axial length, the remaining identification region of distinguishing not being divided keeps complete, and the residue distinguishes the axial length of identification region
The 1/2 of at least whole Division identification region；That is, many conducting wires of right part are carried out into refinement differentiation, first
Division identification region on the auxiliary buckle outer wall of root conducting wire（For example axial length is in terms of 20mm）Keep complete, be not segmented,
Division identification region on the auxiliary buckle outer wall of second conducting wire separates a bit of from leading section（For example axial length is about
It is about 1~3mm for 2~3mm, spacing distance）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, the 3rd conducting wire it is auxiliary
The Division identification region helped on buckle outer wall separates two segments from leading section（Be about 2 for example per a bit of axial length~
3mm, spacing distance are about 1~3mm）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate.
In this way, each conducting wire of the invention by precordial leads is by way of aiding in buckle with the general character differentiation of same colour system,
It is divided into different two groups by correspondence human chest left side and right side when using, makes the auxiliary buckle of every group of each conducting wire
On outer wall there is identical to distinguish colour system；Meanwhile, by the Division identification region on the auxiliary buckle outer wall of every group of each conducting wire
Mode is distinguished with the difference of axial segmentation, distinguished in detail by the concrete position of each conducting wire correspondence human chest.
Embodiment 6
Other contents of the present embodiment are identical with embodiment 4 or 5, and difference is：The area formed on auxiliary buckle outer wall
Point identification region is being implemented in combination with shape and colour system, such as embodiment 3.
Embodiment 7
The present invention has many（The usually six roots of sensation）The conducting wire of precordial leads line-i.e., every conducting wire is main by connecting as one
Amplifier termination electrode, conducting wire body, human body termination electrode and body surface sucker composition, these conducting wires amplifier and human body it
Between link position it is different；The present invention includes to the particular technique measure that these conducting wires are quickly recognized：
- by many conducting wires of precordial leads by when using correspondence human chest left part and right part and be divided into different
Two groups；Each conducting wire of left part（Usually three）Distinguished using same colour system-white as their general character, right part
Each conducting wire（Usually three）Distinguished using same colour system-black as their general character；Either left part or the right side
Side part, the differentiation colour system of each conducting wire is in the conducting wire body end at human body termination electrode, in conducting wire body
End at human body termination electrode constitutes Division identification region, i.e. the Division identification region of each conducting wire of left part is white
Color, the Division identification region of each conducting wire of right part are black；
- by each conducting wire of left part（Usually three）Detailed area is carried out by the concrete position of their correspondence human chests
Point, the differentiation is that each conducting wire of left part is distinguished into mode with the difference of Division identification region internal labeling character to carry out in detail
Distinguish, i.e. the specific character of Division identification region internal labeling in conducting wire；That is, by many conducting wires of left part
Carry out refinement differentiation, the internal labeling of Division identification region one specific character, such as V1 of first conducting wire, second conducting wire
The internal labeling of Division identification region one specific character, such as V2, the Division identification region internal labeling of the 3rd conducting wire one
Character is distinguished in refinement on specific character, such as V3, i.e. left part many conducting wires must differentiation；
- by each conducting wire of right part（Usually three）Detailed area is carried out by the concrete position of their correspondence human chests
Point, the differentiation is that each conducting wire of right part is distinguished into mode with the difference of Division identification region internal labeling character to carry out in detail
Distinguish, i.e. the specific character of Division identification region internal labeling in conducting wire；That is, by many conducting wires of right part
Carry out refinement differentiation, Division identification region internal labeling specific character, such as V1 of first conducting wire, the area of second conducting wire
Point identification region internal labeling specific character, such as V2, the Division identification region internal labeling specific character of the 3rd conducting wire, such as
Character is distinguished in refinement on V3, i.e. right part many conducting wires must differentiation.
In this way, each conducting wire of precordial leads is distinguished mode by the present invention with the general character of same colour system, by correspondence when using
Human chest left part and right part and be divided into different two groups, make every group of each conducting wire that there is identical to distinguish color
System；Meanwhile, every group of each conducting wire is distinguished into mode with the difference of Division identification region internal labeling character, by each conducting wire correspondence
The concrete position of human chest and distinguish in detail.
The present invention is in the differentiation using colour system as two groups of conducting wires, the preferred more obvious light color system of colour system contrast and deep
Colour system makes a distinction, for example white to black, it is pale yellow to it is dark-grey, light green to dark blue, light gray to dark blue etc..
Embodiment 8
The present invention has many（The usually six roots of sensation）The conducting wire of precordial leads line-i.e., every conducting wire is main by connecting as one
Amplifier termination electrode, conducting wire body, human body termination electrode and body surface sucker composition, these conducting wires amplifier and human body it
Between link position it is different；The present invention includes to the particular technique measure that these conducting wires are quickly recognized：
- by many conducting wires of precordial leads by when using correspondence human body left part and right part and be divided into different two
Group；Each conducting wire of left part（Usually three）Distinguished using same colour system-peony as their general character, right part
Each conducting wire（Usually three）Distinguished using same colour system-light green color as their general character；Either left part, still
Right part, the differentiation colour system of each conducting wire is in the conducting wire body end at human body termination electrode, in conducting wire sheet
End of the body at human body termination electrode constitutes Division identification region, i.e. the Division identification region of each conducting wire of left part is
Peony, the Division identification region of each conducting wire of right part are light green color；
- by each conducting wire of left part（Usually three）Detailed area is carried out by the concrete position of their correspondence human chests
Point, the differentiation is with Division identification region axial segmentation and the difference of tab character differentiation mode by each conducting wire of left part
Distinguished in detail, i.e., from the one end in the Division identification region of conducting wire, with spacing mode corresponding segments, the axle of each segmentation
It is about the 1/6 of whole Division identification region axial length to length, the remaining identification region of distinguishing not being divided keeps complete, should
The axial length that residue distinguishes identification region is at least the 1/2 of whole Division identification region, and identification region internal standard is distinguished in residue
Remember specific character；That is, many conducting wires of left part are carried out into refinement differentiation, the Division identification of first conducting wire
Region（For example axial length is in terms of 20mm）Keep complete, be not segmented, in the Division identification region internal labeling of first conducting wire
Specific character, such as V1, the Division identification region of second conducting wire separate a bit of from leading section（For example axial length is about
It is about 1~3mm for 2~3mm, spacing distance）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, in second conducting wire
Residue distinguishes identification region internal labeling specific character, such as V2, and the Division identification region of the 3rd conducting wire is divided from leading section
Go out two segments（It is about such as that 2~3mm, spacing distance are about 1~3mm per a bit of axial length）, remainder kept
It is whole, it is similar to wire of pointing with the finger or gesticulate, identification region internal labeling specific character, such as V3 is distinguished in the 3rd the remaining of conducting wire；
- by each conducting wire of right part（Usually three）Detailed area is carried out by the concrete position of their correspondence human chests
Point, the differentiation is with Division identification region axial segmentation and the difference of tab character differentiation mode by each conducting wire of right part
Distinguished in detail, i.e., from the one end in the Division identification region of conducting wire, with spacing mode corresponding segments, the axle of each segmentation
It is about the 1/6 of whole Division identification region axial length to length, the remaining identification region of distinguishing not being divided keeps complete, should
The axial length that residue distinguishes identification region is at least the 1/2 of whole Division identification region, and identification region internal standard is distinguished in residue
Remember specific character；That is, many conducting wires of right part are carried out into refinement differentiation, the Division identification of first conducting wire
Region（For example axial length is in terms of 20mm）Keep complete, be not segmented, in the Division identification region internal labeling of first conducting wire
Specific character, such as V1, the Division identification region of second conducting wire separate a bit of from leading section（For example axial length is about
It is about 1~3mm for 2~3mm, spacing distance）, remainder keep complete, be similar to wire of pointing with the finger or gesticulate, in second conducting wire
Residue distinguishes identification region internal labeling specific character, such as V2, and the Division identification region of the 3rd conducting wire is divided from leading section
Go out two segments（It is about such as that 2~3mm, spacing distance are about 1~3mm per a bit of axial length）, remainder kept
It is whole, it is similar to wire of pointing with the finger or gesticulate, identification region internal labeling specific character, such as V3 is distinguished in the 3rd the remaining of conducting wire.
In this way, each conducting wire of precordial leads is distinguished mode by the present invention with the general character of same colour system, by correspondence when using
Human chest left part and right part and be divided into different two groups, make every group of each conducting wire that there is identical to distinguish color
System；Meanwhile, every group of each conducting wire is distinguished into mode with Division identification region axial segmentation and the difference of tab character, by respectively leading
On line corresponds to the concrete position of human chest and distinguished in detail.
The present invention is in the differentiation using colour system as two groups of conducting wires, the preferred more obvious light color system of colour system contrast and deep
Colour system makes a distinction, for example white to black, it is pale yellow to it is dark-grey, light green to dark blue, light gray to dark blue etc..
Various embodiments above is only to illustrate the present invention, rather than its limitations；Although with reference to the various embodiments described above to this hair
It is bright to be described in detail, it will be understood by those within the art that：The present invention still can be to the various embodiments described above
In concrete technical scheme modify, or to which part technical characteristic carry out equivalent substitution, and these modification or replace
Change, the essence of appropriate technical solution is departed from the spirit and scope of the present invention.
Claims (9)
1. a kind of precordial leads method for quickly identifying, it is characterised in that：The recognition methods is, by each conducting wire of precordial leads
Mode is distinguished with same shape and/or the general character of colour system, divided by correspondence human chest left part and right part when using
Into different two groups, every group of each conducting wires there is identical to distinguish shape and/or colour system；By every group of each conducting wire to distinguish
Identification region axial segmentation and/or the difference of tab character distinguish mode, detailed by the concrete position of each conducting wire correspondence human body
It is thin to distinguish.
2. precordial leads method for quickly identifying according to claim 1, it is characterised in that：The differentiation of described two groups of conducting wire
Colour system is the obvious light color system of contrast and dark system.
3. precordial leads method for quickly identifying according to claim 1, it is characterised in that：The area of described every group of each conducting wire
Point identification region axial segmentation is, from Division identification region one end of conducting wire, with spacing mode corresponding segments, each segmentation
Axial length be the 1/6 of whole Division identification region axial length, the remaining identification region of distinguishing not being divided keeps complete,
The remaining axial length for distinguishing identification region is at least the 1/2 of whole Division identification region.
4. precordial leads method for quickly identifying according to claim 1, it is characterised in that：Each conducting wire of the precordial leads
Differentiation is that to aid in buckle to realize, the auxiliary buckle retaining ring is on Correspondence lead line, retaining ring is located proximate to body electrode, institute
State auxiliary buckle and distinguish identification marking for the Division identification region of Correspondence lead line, for carrying.
5. precordial leads method for quickly identifying according to claim 4, it is characterised in that：The section of the auxiliary buckle is in week
To the annular shape of opening, the internal diameter of the auxiliary buckle is matched with the external diameter of Correspondence lead line and the circumference of the auxiliary buckle
A/F is less than the external diameter of Correspondence lead line.
6. the precordial leads method for quickly identifying according to claim 4 or 5, it is characterised in that：The hardness of the auxiliary buckle
More than the hardness of Correspondence lead line.
7. precordial leads method for quickly identifying according to claim 6, it is characterised in that：The auxiliary buckle is according to axially hard
Degree is divided into leading section, three regions in middle part and rearward end, and the hardness of the central region is more than front end region or rearward end
The hardness in the hardness in region, the front end region or rearward end region is matched with the hardness of Correspondence lead line.
8. precordial leads method for quickly identifying according to claim 6, it is characterised in that：The auxiliary buckle is according to axially hard
Degree is divided into two regions in leading section and rearward end, the difference of hardness alienation in the front end region and rearward end region, it is described before
The minimum hardness for being matched with Correspondence lead line of hardness in end regions and rearward end region.
9. the precordial leads method for quickly identifying according to claim 4 or 5, it is characterised in that：The outer wall of the auxiliary buckle
It is provided with anti-skidding friction structure.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710338433.1A CN107157471A (en) | 2017-05-15 | 2017-05-15 | A kind of precordial leads method for quickly identifying |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710338433.1A CN107157471A (en) | 2017-05-15 | 2017-05-15 | A kind of precordial leads method for quickly identifying |
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| CN107157471A true CN107157471A (en) | 2017-09-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019113944A1 (en) * | 2017-12-15 | 2019-06-20 | 深圳迈瑞生物医疗电子股份有限公司 | Lead electrode identification apparatus and method, storage medium, and medical monitoring device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101999896A (en) * | 2010-12-03 | 2011-04-06 | 青岛光电医疗科技有限公司 | Clasped lead electrode |
| CN102551253A (en) * | 2012-01-04 | 2012-07-11 | 吕新 | Clothes rack capable of displaying specification of fabric cutting piece |
| CN203154813U (en) * | 2013-03-28 | 2013-08-28 | 泉州锦信玩具有限公司 | Intelligent toy car |
| CN203415746U (en) * | 2013-09-04 | 2014-01-29 | 深圳市尤迈医疗用品有限公司 | Banana plug lead label apparatus |
| EP2976995A1 (en) * | 2014-07-23 | 2016-01-27 | Good Sleep, LLC | Diagnostic testing headband |
-
2017
- 2017-05-15 CN CN201710338433.1A patent/CN107157471A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101999896A (en) * | 2010-12-03 | 2011-04-06 | 青岛光电医疗科技有限公司 | Clasped lead electrode |
| CN102551253A (en) * | 2012-01-04 | 2012-07-11 | 吕新 | Clothes rack capable of displaying specification of fabric cutting piece |
| CN203154813U (en) * | 2013-03-28 | 2013-08-28 | 泉州锦信玩具有限公司 | Intelligent toy car |
| CN203415746U (en) * | 2013-09-04 | 2014-01-29 | 深圳市尤迈医疗用品有限公司 | Banana plug lead label apparatus |
| EP2976995A1 (en) * | 2014-07-23 | 2016-01-27 | Good Sleep, LLC | Diagnostic testing headband |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019113944A1 (en) * | 2017-12-15 | 2019-06-20 | 深圳迈瑞生物医疗电子股份有限公司 | Lead electrode identification apparatus and method, storage medium, and medical monitoring device |
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