CN207886204U - A kind of electrocardiograph monitoring device - Google Patents
A kind of electrocardiograph monitoring device Download PDFInfo
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- CN207886204U CN207886204U CN201720630010.2U CN201720630010U CN207886204U CN 207886204 U CN207886204 U CN 207886204U CN 201720630010 U CN201720630010 U CN 201720630010U CN 207886204 U CN207886204 U CN 207886204U
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Abstract
The utility model discloses a kind of electrocardiograph monitoring devices, it is connected with electrode and circuit board on the wearable ontology, the electrode is connect by conducting wire with circuit board, the conducting wire and the scalable connection of wearable ontology, it is also associated with electrode positioning knob and ruler on the wearable ontology, the electrode positioning knob is surrounded with indicator light, the indicator light is connect with wearable ontology, the sliding slot of perforation is provided on the electrode positioning knob, the ruler is located in the sliding slot, and the indicator light is connect with circuit board.The utility model electrocardiograph monitoring device is reasonable in design, is efficiently modified for the structure of electrode positioning in existing product, the utility model ECG detection device made, can be suitable for any user, and can accurately, easily determine the position that electrode slice is placed.
Description
Technical field
The utility model is related to technical field of medical equipment, and in particular to a kind of electrocardiograph monitoring device.
Background technology
Electrocardiogram is to record electrical activity variation caused by heart each cardiac cycle from body surface using electrocardiograph and obtain
The figure arrived is the objective indicator of the generation of cardiac excitation, propagation and recovery process, is clinical most common one of check.The heart
Electrograph is widely used, and is usually used in various arrhythmia cordis, ventricular atrial hypertrophy, myocardial infarction, heart rate exception, myocardial ischemia, electricity
Solve the inspection of the illnesss such as matter disorder, heart failure.
The incidence of cardiovascular and cerebrovascular disease constantly rises over the years, become at present endanger human life and health " first kills
Hand " will reduce the harm of cardiovascular and cerebrovascular disease, it should from early detection, monitoring and prevention, in addition the arriving of aging society,
The pressure of deterioration, the daily life of Natural Survival environment, health perception such as are stepped up at the factors, all promote people focus more on from
Oneself health.These for portable or mobile cardiac diagnosis equipment appearance, promotion and application create it is good must
Condition is wanted, in addition scientific and technical development, diversification and the innovationization of ECG detecting product and means of testing will certainly be pushed.
As a kind of portable electrocardiographic diagnosis instrument, it can carry out the cardiac function of user to guard for 24 hours, real
When obtain electrocardiogram (ECG) data.Correct placement lead line electrode can ensure that the electrocardiosignal for obtaining high reliability, be Electrocardiography
Important foundation.Under normal circumstances, lead line electrode needs the medical staff by profession to place, and layman oneself positions difficult
It spends that larger, process is cumbersome, locating accuracy is low, eventually reduces the reliability of electrocardiosignal, influence the diagnosis of doctor.For non-
For professional person, the electrode for being properly positioned wearable Ecg device is just more difficult.
It can be seen that deficiency in the prior art can be based on, a kind of improved electrocardiograph monitoring device of structure is provided, it can
Convenient for users to voluntarily using at home, keeper electrode is without difficulty, and using simplicity, locating accuracy is high, substantially increases voluntarily
Cardiac electrical accuracy rate is monitored, those skilled in the art's technical barrier urgently to be resolved hurrily is become.
Utility model content
In order to solve the above-mentioned technical problem the utility model, provides a kind of improved electrocardiograph monitoring device of structure.
In order to reach above-mentioned technique effect, the utility model includes following technical scheme：
A kind of electrocardiograph monitoring device, including wearable ontology are connected with electrode and circuit board on the wearable ontology, institute
It states electrode to connect with circuit board by conducting wire, the conducting wire and the scalable connection of wearable ontology, which is characterized in that described
Electrode positioning knob and ruler are also associated on wearable ontology, the electrode positioning knob is surrounded with indicator light, described
Indicator light is connect with wearable ontology, and the sliding slot of perforation is provided on the electrode positioning knob, and the ruler is located at the cunning
In slot, the indicator light is connect with circuit board.
The ECG detection device kernel structure reasonable design of the utility model, it is easy to use, patient can be made to be in and carry out the heart
Pyroelectric monitor, and can effectively assist it is to be detected electrode is accurately positioned, greatly improve the accuracy of electrocardiograph monitoring device.
Further, nipple anchor point there are two settings is located in same horizontal line on the wearable ontology；It is described can
It is provided with median line on wearing ontology；Straight line where two nipple anchor points is provided with the point of intersection that median line intersects vertically
One positioning dot；
The electrode positioning knob quantity is identical as the number of electrodes.
It, can be convenient for users to accurately placing the position of wearable ontology in body, simultaneously by the way that nipple anchor point is arranged
Other electrode points are further accurately positioned.
Further, the electrode positioning knob, which is surround, is set to around positioning dot.
Further, the ECG detection device further includes terminal device, and the terminal device is connect with wearable ontology.
Further, chip is connect the terminal device with circuit board by radio communication,
The terminal device includes data input module, electrode locating module and display module；
Described information recording module is used for typing person's essential information to be detected, and person's essential information to be detected is sent
To the electrode locating module；
The electrode locating module generates electricity for receiving person's essential information to be detected, and based on person's essential information to be detected
The electrode direction information and conducting wire length information are sent to display module by extreme direction information and conducting wire length information；
The display module be used for receives and show electrode obtain ecg information, while show electrode directional information with lead
On line length information.
User is facilitated to check the positioning of electrode and ECG detecting result information by the way that terminal device is arranged, further
Improve the user experience of electrocardiograph monitoring device.
Further, person's essential information to be detected includes bust, height, weight and the gender of person to be detected；
The method for generating electrode direction information and conducting wire length information based on person's essential information to be detected is：It is described
Electrode locating module is established right angle as coordinate dot based on to be detected bust, height, weight and gender, to position dot and is sat
Mark system, each electrode is calculated in the coordinate information of rectangular coordinate system, the electrode positioning mould in conjunction with the standard location information of each electrode
Block is based on coordinate information and generates electrode direction information and conducting wire length information.
The utility model science, positioning method that is reasonable and cleverly designing electrode, are greatly improved family and are supervised using electrocardio
The accuracy for surveying device does corresponding medical treatment in time with the ecg information situation of effective monitoring patient at any time.It is specifically used
Method includes the following steps：
1, after wearable ontology being completed positioning in the front of person to be detected, the position alignment where determining SHANZHONG acupoint can be worn
Wear " positioning dot " label of ontology；
2, to position dot as origin, plane right-angle coordinate is established in person's chest to be detected, according to human anatomy
It should with reference to each electrode according to the parameter of the bust of person to be detected, height, gender and weight with the standard proportional knowledge of human body
The normal place of placement, you can specific coordinate of each electrode in this plane right-angle coordinate is calculated, according to this coordinate, you can
Determine the specific location that electrode is placed on person's body to be detected；
3, this more specific location information is passed through into electrode direction information rotation electrode positioning knob, indicator light and lead line length
Information feeds back to person to be detected；
4, electrode positioning knob is rotated to the position flickered to indicator light, and mobile ruler to conducting wire length information is shown
The size shown.
Further, the terminal device further includes control module, and the control module is used for receiving electrode directional information,
And indicator light is generated based on the electrode direction information and controls signal, and indicator light control signal is sent to circuit board,
Indicator light described in the board receiver controls signal, and controls the unlatching of respective angles indicator light.
A kind of electrode position method based on above-mentioned electrocardiograph monitoring device, includes the following steps：
Step 1：Person's essential information to be detected is obtained, electrode direction information is generated based on person's essential information to be detected and is led
On line length information；
Step 2：Two nipple anchor points of wearable ontology and the nipple of person to be detected are aligned, by wearable
The median line of body is directed at torso model median line, is based on electrode direction information rotation electrode positioning knob, and mobile ruler makes ruler
The length for skidding off sliding slot is equal to conducting wire length information；
Step 3：Respective electrode is taken, conducting wire is overlapped with ruler, electrode is positioned to ruler to the end being located at outside sliding slot
Portion determines the electrode anchor point.
Further, further comprising the steps of：
In the step 1, person's essential information to be detected of acquisition is input to terminal device, the terminal device base
Electrode direction information and conducting wire length information are generated in person's essential information to be detected；
In the step 2, the terminal device is based on electrode direction information and generates indicator light controlling signal, and by institute
It states indicator light control signal and is sent to circuit board, indicator light controls signal described in the board receiver, and controls respective angles
Indicator light is opened；The indicator light receives indicator light control signal, and corresponding indicator light is opened, and rotation electrode positioning knob makes
After ruler is located at the indicator light having turned on, then ruler is moved, the length that ruler skids off sliding slot is made to be equal to conducting wire length information.
Further, further comprising the steps of：
Person's essential information to be detected includes bust, height, weight and the gender of person to be detected；
The method for generating electrode direction information and conducting wire length information based on person's essential information to be detected is：The electrode
Locating module establishes rectangular co-ordinate to position dot based on to be detected bust, height, weight and gender as coordinate dot
System, each electrode is calculated in the coordinate information of rectangular coordinate system, the electrode locating module in conjunction with the standard location information of each electrode
Electrode direction information and conducting wire length information are generated based on coordinate information.
Using above-mentioned technical proposal, including following advantageous effect：A kind of electrocardiograph monitoring device provided by the utility model, knot
Structure reasonable design is efficiently modified in existing product for the structure of electrode positioning so that the utility model ECG detection device, energy
Enough it is suitable for any user, and can accurately, easily determines the position that electrode slice is placed, raising user, which is in, monitors the heart
The accuracy rate of electric situation disclosure satisfy that cardiac diagnosis requirement, have the advantages that safe, comfortable, high-end, intelligent and efficient.
Description of the drawings
Fig. 1 is the structural schematic diagram of the electrocardiograph monitoring device of the utility model；
Fig. 2 is a kind of embodiment function structure chart of terminal device of the utility model；
Fig. 3 is the terminal device another embodiment function structure chart of the utility model；
In figure,
1, wearable ontology；2, electrode positioning knob；3, ruler；4, indicator light；5, sliding slot；6, nipple anchor point；7, just
Center line；8, dot is positioned；9, data input module；10, electrode locating module；11, display module；12, control module.
Specific implementation mode
Below by specific embodiment, the utility model is further described in detail.
Embodiment：
A kind of electrocardiograph monitoring device is connected with electrode as shown in Figure 1, including wearable ontology 1 on the wearable ontology
And circuit board, the electrode are connect by conducting wire with circuit board, the conducting wire and the scalable connection of wearable ontology, it is described
Electrode positioning knob 2 and ruler 3 are also associated on wearable ontology, the electrode positioning knob is surrounded with indicator light 4, institute
It states indicator light to connect with wearable ontology, the sliding slot 5 of perforation is provided on the electrode positioning knob, the ruler is located at described
In sliding slot, the indicator light is connect with circuit board.
In the present embodiment, further, nipple there are two settings is located in same horizontal line on the wearable ontology
Anchor point 6；It is provided with median line 7 on the wearable ontology；The wearable ontology is provided with positioning dot 8；
The electrode positioning knob quantity is identical as the number of electrodes；
It is further preferred that the electrode positioning knob quantity is respectively 3,5 or 10 with the number of electrodes,
And each electrode needs an electrode positioning knob to determine electrode in the position that human body connects.
Five electrodes respectively include LA electrodes, RA electrodes, LL electrodes, RL electrodes and C electrodes.
Ten electrodes respectively include LA electrodes, RA electrodes, LL electrodes, RL electrodes, V1 electrodes, V2 electrodes, V3 electrodes, V4 electricity
Pole, V5 electrodes and V6 electrodes.
RA electrodes are located at the first intercostal of right border of sternum linea medioclavicularis；LA electrodes are located at left border of sternum linea medioclavicularis first rib
Between；RL electrodes are located at right midclavicular line xiphoid-process level；LL electrodes are located at left mid-clavicular line xiphoid-process level, and RL electrodes are located at the right side
At linea medioclavicularis xiphoid-process level；
V1 electrodes are close to right border of sternum at the 4th intercostal space (between the 4th rib cage and the 5th rib cage)；V2 electrodes are
Four intercostal spaces (between the 4th rib cage and the 5th rib cage), are close to left border of sternum；V3 electrodes be positioned over V2 leads and V4 leads it
Between；Point of intersection (linea medioclavicularis of the V4 electrodes in the 5th intercostal space (between the 5th rib cage and the 6th rib cage) and linea medioclavicularis：By locking
Line in the imagination that bone midpoint extends to form straight down)；V5 electrodes are horizontal with V4 leads, but on anterior axillary line
(anterior axillary line：The line being formed by an imagination is extended by the midpoint at clavicle midpoint and clavicle lateral border line straight down)；
V6 electrodes are horizontal with V4 and V5 leads, are located at (midaxillary line on midaxillary line：Thought for one by patient's midaxilla is downwardly extending
Line as in).
In the present embodiment, further, the electrode positioning knob, which is surround, is set to around positioning dot.
The electrode positioning knob be located at centered on positioning dot be directed toward respective electrode (such as V1 electrodes) it is corresponding as
Limit (according to the plane right-angle coordinate that chest is established, is divided into 1,2,3,4 totally 4 quadrants).
In the present embodiment, further, the ECG detection device further includes terminal device, the terminal device with can
Dress ontology connection.
In the present embodiment, further, as shown in Fig. 2, the terminal device chip and circuit board by radio communication
Connection,
The terminal device includes data input module 9, electrode locating module 10 and display module 11；
Described information recording module is used for typing person's essential information to be detected, and person's essential information to be detected is sent
To the electrode locating module；
The electrode locating module generates electricity for receiving person's essential information to be detected, and based on person's essential information to be detected
The electrode direction information and conducting wire length information are sent to display module by extreme direction information and conducting wire length information；
The display module be used for receives and show electrode obtain ecg information, while show electrode directional information with lead
On line length information.
In the present embodiment, further, person's essential information to be detected includes bust, height, the body of person to be detected
Weight and gender；
The method for generating electrode direction information and conducting wire length information based on person's essential information to be detected is：It is described
Electrode locating module is established right angle as coordinate dot based on to be detected bust, height, weight and gender, to position dot and is sat
Mark system, each electrode is calculated in the coordinate information of rectangular coordinate system, the electrode positioning mould in conjunction with the standard location information of each electrode
Block is based on coordinate information and generates electrode direction information and conducting wire length information.
Specifically used method includes the following steps：
1, after wearable ontology being completed positioning in the front of person to be detected, the position alignment where determining SHANZHONG acupoint can be worn
Wear " positioning dot " label of ontology；
2, to position dot as origin, plane right-angle coordinate is established in person's chest to be detected, according to human anatomy
It should with reference to each electrode according to the parameter of the bust of person to be detected, height, gender and weight with the standard proportional knowledge of human body
The normal place of placement, you can specific coordinate of each electrode in this plane right-angle coordinate is calculated, according to this coordinate, you can
Determine the specific location that electrode is placed on person's body to be detected；
3, this more specific location information is passed through into electrode direction information rotation electrode positioning knob, indicator light and lead line length
Information feeds back to person to be detected；
4, electrode positioning knob is rotated to the position flickered to indicator light, and mobile ruler to conducting wire length information is shown
The size shown.
In the present embodiment, further, described this essential information to be detected includes height, weight, gender and bust.
In the present embodiment, further, as shown in figure 3, the terminal device further includes control module 12, the control
Module is used for receiving electrode directional information, and generates indicator light based on the electrode direction information and control signal, and by the finger
Show that lamp control signal is sent to circuit board, indicator light controls signal described in the board receiver, and controls respective angles instruction
Lamp is opened.
A kind of electrode position method based on above-mentioned electrocardiograph monitoring device, includes the following steps：
Step 1：Person's essential information to be detected is obtained, electrode direction information is generated based on person's essential information to be detected and is led
On line length information；
Step 2：Two nipple anchor points of wearable ontology and the nipple of person to be detected are aligned, by wearable
The median line of body is directed at torso model median line, is based on electrode direction information rotation electrode positioning knob, and mobile ruler makes ruler
The length for skidding off sliding slot is equal to conducting wire length information；
Step 3：Respective electrode is taken, conducting wire is overlapped with ruler, electrode is positioned to ruler to the end being located at outside sliding slot
Portion determines the electrode anchor point.
In the present embodiment, further, further comprising the steps of：
In the step 1, person's essential information to be detected of acquisition is input to terminal device, the terminal device base
Electrode direction information and conducting wire length information are generated in person's essential information to be detected；
In the step 2, the terminal Holy grail is based on electrode direction information and generates indicator light controlling signal, and by institute
It states indicator light control signal and is sent to circuit board, indicator light controls signal described in the board receiver, and controls respective angles
Indicator light is opened；The indicator light receives indicator light control signal, and corresponding indicator light is opened, and rotation electrode positioning knob makes
After ruler is located at the indicator light having turned on, then ruler is moved, the length that ruler skids off sliding slot is made to be equal to conducting wire length information.
In the present embodiment, further, person's essential information to be detected includes bust, height, the body of person to be detected
Weight and gender；
The method for generating electrode direction information and conducting wire length information based on person's essential information to be detected is：The electrode
Locating module establishes rectangular co-ordinate to position dot based on to be detected bust, height, weight and gender as coordinate dot
System, each electrode is calculated in the coordinate information of rectangular coordinate system, the electrode locating module in conjunction with the standard location information of each electrode
Electrode direction information and conducting wire length information are generated based on coordinate information.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (4)
1. a kind of electrocardiograph monitoring device, including wearable ontology (1), it is connected with electrode and circuit board on the wearable ontology,
The electrode is connect by conducting wire with circuit board, the conducting wire and the scalable connection of wearable ontology, which is characterized in that institute
It states and is also associated with electrode positioning knob (2) and ruler (3) on wearable ontology, the electrode positioning knob is surrounded with instruction
Lamp (4), the indicator light are connect with wearable ontology, and the sliding slot (5) of perforation is provided on the electrode positioning knob, described straight
Ruler is located in the sliding slot, and the indicator light is connect with circuit board.
2. a kind of electrocardiograph monitoring device according to claim 1, which is characterized in that be located on the wearable ontology same
There are two nipple anchor points (6) for setting on horizontal line；Median line (7) is provided on the wearable ontology；Two nipple positioning
There are one positioning dots (8) for the point of intersection setting that straight line where point intersects vertically with median line；
The electrode positioning knob quantity is identical as the number of electrodes.
3. a kind of electrocardiograph monitoring device according to claim 2, which is characterized in that the electrode positioning knob is around setting
Around positioning dot.
4. a kind of electrocardiograph monitoring device according to claim 2, which is characterized in that the ECG detection device further includes end
End equipment, the terminal device are connect with wearable ontology.
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|---|---|---|---|
| CN201720630010.2U CN207886204U (en) | 2017-05-31 | 2017-05-31 | A kind of electrocardiograph monitoring device |
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| CN201720630010.2U CN207886204U (en) | 2017-05-31 | 2017-05-31 | A kind of electrocardiograph monitoring device |
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| CN207886204U true CN207886204U (en) | 2018-09-21 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107137076A (en) * | 2017-05-31 | 2017-09-08 | 深圳市德正智能有限公司 | A kind of electrocardiograph monitoring device and the electrode position method based on the electrocardiograph monitoring device |
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2017
- 2017-05-31 CN CN201720630010.2U patent/CN207886204U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107137076A (en) * | 2017-05-31 | 2017-09-08 | 深圳市德正智能有限公司 | A kind of electrocardiograph monitoring device and the electrode position method based on the electrocardiograph monitoring device |
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