CN104068848A - Electrocardiograph measurement method and device - Google Patents
Electrocardiograph measurement method and device Download PDFInfo
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- CN104068848A CN104068848A CN201410289541.0A CN201410289541A CN104068848A CN 104068848 A CN104068848 A CN 104068848A CN 201410289541 A CN201410289541 A CN 201410289541A CN 104068848 A CN104068848 A CN 104068848A
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Abstract
The invention discloses an electrocardiograph measurement method and device. The electrocardiograph measurement method comprises the following steps of receiving a power supply triggering signal to perform self inspection before measurement; skipping a welcome interface to enter a measurement guide display interface and perform electrocardiograph wave measurement if self inspection is passed. The electrocardiograph measurement method and device performs self inspection before measurement by receiving the power supply triggering signal, skips the welcome interface to enter the measurement guide display interface and perform a technical scheme related to electrocardiograph wave measurement if self inspection is passed, adopts a one-key type operation mode and is easy to master and capable of ensuring consistent use of a user so as to achieve the purpose of enabling a consumer to monitor an electrocardiograph for a long period of time.
Description
Technical field
The present invention relates to medical instruments field, relate in particular to a kind of electrocardio measuring method and device.
Background technology
In the modern life, people more and more focus on healthy protection; Pressure electrocardio measuring device is widely accepted, but existing equipment complicated operation is not easy left-hand seat, causes consumer can not adhere to using, and has lost the cardiac electrical object of long term monitoring.
Summary of the invention
Object of the present invention, for a kind of electrocardio measuring method and device are provided, has one-touch operator scheme, and left-hand seat is easy, can guarantee that consumer adheres to using, and to reach, makes long term consumer monitor cardiac electrical object.
For achieving the above object, one aspect of the present invention, provides a kind of electrocardio measuring method, comprises the following steps:
Receive power supply triggering signal, measure front self check;
If self check is passed through, skip and welcome interface to measuring guiding display interface, to carry out the measurement of ecg wave form.
Further, said method also comprises:
Etc. the ecg wave form of having measured to be sent;
In the process of the ecg wave form of having measured to be sent such as described, judge whether to receive continuously first scheduled time of power supply triggering signal;
If so, empty this measurement data; And then, jump to and welcome interface to measure to wait for next time.
Further, said method also comprises:
Judge that whether the waiting time to be measured such as described is overtime, if so, send shutdown triggering signal.
Further, said method also comprises:
Receive the upper teletype command that host computer sends;
According to described upper teletype command, set up channel with described host computer, and the ecg wave form of having measured described in sending to described host computer by described channel.
Further, said method also comprises: after the ecg wave form of having measured described in sending, jump to and welcome interface to measure to wait for next time;
Receive power supply triggering signal, and measure ecg wave form according to described power supply triggering signal.
Further, said method also comprises:
In the described process waiting ecg wave form of having measured to be sent, jumping to and welcoming interface with in the process of waiting for next time and measuring or in described measurement ecg wave form process, if receive continuously second scheduled time of power supply triggering signal, send shutdown triggering signal.
For achieving the above object, the present invention on the other hand, provides a kind of pressure electrocardio measuring device, comprising:
Power self test module, for receiving power supply triggering signal, measures front self check;
Described redirect module, is connected in described power self test module, after confirming that in described power self test module self check is passed through, skips and welcomes interface to measuring guiding display interface, to carry out the measurement of ecg wave form.
Further, said apparatus also comprises:
Wait for sending module, for etc. the ecg wave form of having measured to be sent;
First receives judge module, is connected in described wait sending module, and the process at ecg wave forms of having measured to be sent such as described wait sending modules, judges whether to receive continuously first scheduled time of power supply triggering signal;
Empty module, be connected in described first and receive judge module, for receiving judge module described first, receive continuously power supply triggering signal after first scheduled time, empty this measurement data;
Described redirect module, empties module described in being connected in, and also for emptying after this measurement data in the described module that empties, jumps to and welcomes interface to measure to wait for next time.
Further, said apparatus also comprises:
Wait timeout judge module, is connected in described redirect module, in processes to be measured such as described redirect modules, judges that whether the waiting time to be measured such as described is overtime;
Send off signal module, be connected in described wait timeout judge module, after overtime in the waiting time to be measured such as described wait timeout judge module confirmation, send shutdown triggering signal.
Further, said apparatus also comprises:
Receive instruction module, be connected in described wait sending module, for the process at ecg wave forms of having measured to be sent such as described wait sending modules, receive the upper teletype command that host computer sends;
Send waveform module, be connected in described reception instruction module, for according to described upper teletype command, set up channel with described host computer, and the ecg wave form of having measured described in sending to described host computer by described channel.
Further, described redirect module, is connected in transmission waveform module, also for after the ecg wave form of having measured described in sending in described transmission waveform module, jumps to and welcomes interface to measure to wait for next time; Described pressure electrocardio measuring device also comprises reception measurement module, and described reception measurement module is used for receiving power supply triggering signal, and measures ecg wave form according to described power supply triggering signal.
Further, said apparatus also comprises:
Second receives judge module, respectively with described wait sending module, redirect module be connected, for the process of the ecg wave form measured described in to be sent at described wait sending module etc., described redirect module jump to welcome interface with the process of waiting for next time and measuring in or in described measurement ecg wave form process, judge whether to receive continuously second scheduled time of power supply triggering signal;
Described transmission off signal module, is connected in described second and receives judge module, also for receiving judge module described second, receives continuously power supply triggering signal after second scheduled time, sends shutdown triggering signal.
Electrocardio measuring method provided by the present invention and device, by receiving power supply triggering signal, measure front self check, if self check is passed through, skip and welcome interface to measuring guiding display interface, to carry out the related art scheme of the measurement of ecg wave form, there is one-touch operator scheme, left-hand seat is easy, can guarantee that consumer adheres to using, and to reach, makes long term consumer monitor cardiac electrical object.
Additional aspect of the present invention and advantage in the following description part provide, and part will become obviously from the following description, or recognize by practice of the present invention.
Accompanying drawing explanation
Above-mentioned and/or additional aspect of the present invention and advantage accompanying drawing below combination obviously and is easily understood becoming the description of embodiment, wherein:
Fig. 1 is a program flow diagram of electrocardio measuring method of the present invention;
Fig. 2 is the another program flow diagram of electrocardio measuring method of the present invention;
Fig. 3 is the functional block diagram of pressure electrocardio measuring device of the present invention.
The specific embodiment
Describe embodiments of the invention below in detail, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has the element of identical or similar functions from start to finish.Below by the embodiment being described with reference to the drawings, be exemplary, only for explaining the present invention, and can not be interpreted as limitation of the present invention.
Here it should be noted that, the pressure electrocardio measuring device of the embodiment of the present invention only has unique button-power knob, starts shooting, measures and shut down and all apply this key, simple to operate, easy left-hand seat.
Embodiment mono-
Fig. 1 is a program flow diagram of electrocardio measuring method of the present invention; As shown in Figure 1, the electrocardio measuring method of the embodiment of the present invention comprises:
S101, reception power supply triggering signal, measure front self check;
Particularly, the unique button of measured's flip flop equipment (power knob) is to produce power supply triggering signal, and pressure electrocardio measuring device receives this power supply triggering signal, measures front self check; If self check is passed through, perform step 102; If self check is not passed through, report an error;
S102, skip and welcome interface to measuring guiding display interface, to carry out the measurement of ecg wave form.
Particularly, because this is the measurement first after power supply, so device is the pattern of dedicating measured to, be: welcome interface to pause some seconds, can be preferably 1 to 2 second, then directly enter and measure guiding display interface, measured can measure by its prompting.
The electrocardio measuring method that the embodiment of the present invention provides, by receiving power supply triggering signal, measure front self check, if self check is passed through, skip and welcome interface to measuring guiding display interface, to carry out the related art scheme of the measurement of ecg wave form, there is one-touch operator scheme, left-hand seat is easy, can guarantee that consumer adheres to using, and to reach, makes long term consumer monitor cardiac electrical object.
Embodiment bis-
Fig. 2 is the another program flow diagram of electrocardio measuring method of the present invention.As shown in Figure 2, as shown in Figure 2, the electrocardio measuring method of the embodiment of the present invention comprises:
S101, reception power supply triggering signal, measure front self check;
Particularly, measured triggers power knob and produces power supply triggering signal, and pressure electrocardio measuring device receives this power supply triggering signal, measures front self check; If self check is passed through, perform step 102; If self check is not passed through, report an error;
S102, skip and welcome interface to measuring guiding display interface, to carry out the measurement of ecg wave form;
Particularly, because this is the measurement first after power supply, so device is the pattern of dedicating measured to, be: welcome interface to pause some seconds, can be preferably 1 to 2 second, then directly enter and measure guiding display interface, measured can measure by its prompting.
S103, etc. the ecg wave form of having measured to be sent;
Particularly, after described in above-mentioned steps S102, pressure electrocardio measuring device reading the clock completes, described pressure electrocardio measuring device shows the indication that ecg wave form measurement completes, and point out measured to loosen and then to remove and measure posture, and can wait within a certain period of time that host computer sends upper teletype command to it, and then this pressure electrocardio measuring device can send the ecg wave form of having measured according to teletype command on this;
S104, judge whether to receive continuously first scheduled time of power supply triggering signal;
Particularly, described pressure electrocardio measuring device is in the process of the ecg wave forms of having measured to be sent such as above-mentioned steps S103, if measured feels the measurement fault that this measurement is taked, or feel in measuring process and disturbed by surrounding, or feel oneself not to be the measurement of carrying out under the state of relatively placidity, measured can first scheduled time of continuous trigger power knob, and described pressure electrocardio measuring device can be by obtaining and analyze this its frequency of power supply triggering signal, wavelength, and then add up the method for its waveform quantity, with real-time judge, whether within first scheduled time, received continuously this power supply triggering signal, and this first scheduled time can be set to 3 seconds here,
S105, empty this measurement data;
Particularly, if described pressure electrocardio measuring device judgement has really received continuously power supply triggering signal within first scheduled time in step S104, empty this measurement data; And perform step S111;
S106, judge that whether the waiting time to be measured such as described is overtime;
Particularly, jumping to welcome interface described in step S111 to wait in the process of measurement next time, be the electric weight of saving power supply, whether waiting time to be measured such as judgement are overtime, if overtime, perform step S107, otherwise continue execution step S111, to be measured to continue etc.;
S107, transmission shutdown triggering signal;
Particularly, described pressure electrocardio measuring device sends shutdown triggering signal, and its power circuit is received this shutdown triggering signal, and deenergization and shutdown;
S108, judge whether to receive continuously second scheduled time of power supply triggering signal;
Particularly, described in step 102, skipping welcome interface to measuring guiding display interface to carry out in the process of ecg wave form measurement, and step S103 pressure electrocardio measuring device measure into ecg wave form and etc. in process to be sent, described in step S111, jumping to welcome interface to wait in the process of measurement next time, described in step S112, receiving power supply triggering signal and according to described power supply triggering signal, measuring in the process of ecg wave form, whether described pressure electrocardio measuring device real-time judge receives second scheduled time of power supply triggering signal continuously, it is 5 seconds that this second scheduled time can be set here, during this, if measured is long, press at least the second scheduled time of power knob, perform step S107, if not, do not move,
The upper teletype command that S109, reception host computer send;
Particularly, in the process that has measured into ecg wave form to be sent such as pressure electrocardio measuring device described in step S103, prepare at any time to receive the upper teletype command that host computer sends, once receive teletype command on this, perform step S110;
S110, according to described upper teletype command, set up channel with described host computer, and the ecg wave form of having measured described in sending to described host computer by described channel;
Particularly, described pressure electrocardio measuring device receive described on after teletype command, according to described upper teletype command, set up channel with described host computer, and the ecg wave form of having measured described in sending to described host computer by described channel; After transmission, continue execution step S111;
S111, jump to and welcome interface to measure to wait for next time;
Particularly, described in step S105, emptying after this measurement data, or to host computer, sending after the ecg wave form of having measured by channel at step S110, and then jumping to welcome interface to wait for measurement next time;
S112, reception power supply triggering signal, and measure ecg wave form according to described power supply triggering signal;
Particularly, on the basis of step S111, measured triggers power knob to generate power supply triggering signal, described pressure electrocardio measuring device demonstrations etc. are to be measured and show and to instruct measured's adoptable measurement pose information when measuring, pressure electrocardio measuring device receives power supply triggering signal and measures ecg wave form according to described power supply triggering signal, and then again performs step S103;
Further, described pressure electrocardio measuring device shows that with the form of reading the clock it is measuring ecg wave form, to point out measured present stage please keep measuring posture.On circuit is controlled, by CPU, receive power supply triggering signal, the signal of telecommunication that telegraph circuit detection measured's the signal of telecommunication, filter circuit are exported filter circuit the signal of telecommunication filtering noise by the detected measured of telegraph circuit, amplifying circuit amplifies, A/D converter converts the signal of telecommunication after amplifying to digital signal, CPU from analogue signal and digital signal processed to computing and memorizer is carried out writing of information and reads this series of actions, finally completes the measurement of measured's ecg wave form;
The electrocardio measuring method that the embodiment of the present invention provides, by receiving power supply triggering signal, measure front self check, if self check is passed through, skip and welcome interface to measuring guiding display interface, to carry out the related art scheme of the measurement of ecg wave form, there is one-touch operator scheme, left-hand seat is easy, can guarantee that consumer adheres to using, and to reach, makes long term consumer monitor cardiac electrical object; It such as adopts at ecg wave form of having measured to be sent; In waiting process of the ecg wave form of having measured described in to be sent, judge whether to receive continuously first scheduled time of power supply triggering signal; If so, empty this measurement data; And then skip and welcome interface to measuring guiding display interface to carry out the technical scheme of ecg wave form measurement, increased the processing authority of the ecg wave form that measured completes timely measurement, make measured can independently screen fast more effectively ecg wave form and stored, for follow-up effective ecg analysis provides reliable measurement data.
Embodiment tri-
Fig. 3 is the functional block diagram of pressure electrocardio measuring device of the present invention.As shown in Figure 3, the pressure electrocardio measuring device of the embodiment of the present invention comprises power self test module 301, redirect module 302, wait sending module 303, the first reception judge module 304, empties module 305, wait timeout judge module 306, transmission off signal module 307, receives instruction module 308, transmission waveform module 309, reception measurement module 310 and the second reception judge module 311; Wherein,
Power self test module 301, for receiving power supply triggering signal, is measured front self check; Particularly, measured triggers power knob and produces power supply triggering signal, and power self test module 301 receives this power supply triggering signal, measures front self check;
Redirect module 302 is connected in power self test module 301, after confirming that in power self test module 301 self check is passed through, skips and welcomes interface to measuring guiding display interface, to carry out the measurement of ecg wave form; Particularly, because this is the measurement first after power supply, so redirect module 302 is the pattern of dedicating measured to, be: welcome interface to pause some seconds, can be preferably 1 to 2 second, then directly enter and measure guiding display interface, measured can measure by its prompting;
Wait for sending module 303 for etc. the ecg wave form of having measured to be sent; Particularly, after pressure electrocardio measuring device reading the clock completes, pressure electrocardio measuring device shows the indication that ecg wave form measurement completes, and point out measured to loosen and then to remove and measure posture, and can wait within a certain period of time that host computer sends upper teletype command to it, and then this pressure electrocardio measuring device can send the ecg wave form of having measured according to teletype command on this;
First receives judge module 304 is connected in wait sending module 303 for the process waiting for the ecg wave forms of having measured to be sent such as sending module 303, judges whether to receive continuously first scheduled time of power supply triggering signal, particularly, wait for that sending module 303 is in waiting process of the ecg wave form of having measured to be sent, if measured feels the measurement fault that this measurement is taked, or feel in measuring process and disturbed by surrounding, or feel oneself not to be the measurement of carrying out under the state of relatively placidity, measured can first scheduled time of continuous trigger power knob, and described pressure electrocardio measuring device can be by obtaining and analyze this its frequency of power supply triggering signal, wavelength, and then add up the method for its waveform quantity, by the first reception judge module 304 real-time judge, whether within first scheduled time, received continuously this power supply triggering signal, and this first scheduled time can be set to 3 seconds here,
Empty module 305 and be connected in the first reception judge module 304, for receiving continuously power supply triggering signal after first scheduled time at the first reception judge module 304, empty this measurement data; Further, redirect module 302 is connected in and empties module 305, also for emptying after this measurement data emptying module 305, jumps to and welcomes interface to measure to wait for next time;
Wait timeout judge module 306, is connected in redirect module 302, for jumping in redirect module 302, welcomes the process of interface to wait for that measure next time, judges that whether the waiting time to be measured such as described is overtime; Particularly, in redirect module 302, jump to and welcome interface, with the process of waiting for next time and measuring in, be the electric weight of saving power supply, whether waiting time to be measured such as judgement overtime;
Send off signal module 307, be connected in wait timeout judge module 306, at wait timeout judge module 306, confirm etc. the waiting time to be measured overtime after, send shutdown triggering signal;
Receive instruction module 308, be connected in and wait for sending module 307, for the process waiting for the ecg wave forms of having measured to be sent such as sending module 307, receive the upper teletype command that host computer sends;
Send waveform module 309, be connected in and receive instruction module 308, for according to described upper teletype command, set up channel with described host computer, and the ecg wave form of having measured described in sending to described host computer by described channel; Further, redirect module 302 is connected in and sends waveform module 309, also, for after sending the ecg wave form that waveform module 309 measured described in sending, jumps to and welcomes interface to measure to wait for next time;
Receive measurement module 310, be connected in redirect module 302, receive measurement module 310 for receiving power supply triggering signal, and measure ecg wave form according to power supply triggering signal;
Second receives judge module 311, be connected with waiting for sending module 303, redirect module 302 and reception measurement module 310 respectively, for wait for the process of the ecg wave forms of having measured to be sent such as sending module 303, redirect module jump 302 forward to welcome interface with the process of waiting for next time and measuring in or receiving measurement module 310 and measuring in ecg wave form processes, judge whether to receive continuously second scheduled time of power supply triggering signal; Particularly, whether second receives judge module 311 real-time judge receives second scheduled time of power supply triggering signal continuously, and it is 5 seconds that this second scheduled time can be set here; Further, send off signal module 307, be connected in the second reception judge module 311, also for receiving continuously power supply triggering signal after second scheduled time at the second reception judge module 311, send shutdown triggering signal.
The pressure electrocardio measuring device that the embodiment of the present invention provides, by power self test module 301, receive power supply triggering signal, measure front self check, if self check is passed through, redirect module 302 is skipped and is welcome interface to measuring guiding display interface, to carry out the related art scheme of the measurement of ecg wave form, there is one-touch operator scheme, left-hand seat is easy, can guarantee that consumer adheres to using, and to reach, makes long term consumer monitor cardiac electrical object; Moreover it adopts the ecg wave forms of having measured to be sent such as waiting for sending module 303; In waiting process of the ecg wave form of having measured described in to be sent, first receives judge module 304 judges whether to receive continuously first scheduled time of power supply triggering signal; If so, empty module 305 and empty this measurement data; And then, by redirect module 302, skip and welcome interface to the technical scheme of measuring guiding display interface, increased the processing authority of the ecg wave form that measured completes timely measurement, make measured can independently screen fast more effectively ecg wave form and stored, for follow-up effective ecg analysis provides reliable measurement data.
In description of the invention, it will be appreciated that, orientation or the position relationship of the indications such as term " " center ", " on ", D score, 'fornt', 'back', " left side ", " right side ", " vertically ", " level ", " top ", " end ", " interior ", " outward " be based on orientation shown in the drawings or position relationship; be only the present invention for convenience of description and simplified characterization; rather than the device of indication or hint indication or element must have specific orientation, with specific orientation structure and operation, so can not be interpreted as limitation of the present invention.In description of the invention, except as otherwise noted, the implication of " a plurality of " is two or more.
In description of the invention, it should be noted that, unless otherwise clearly defined and limited, term " installation ", " being connected ", " connection " should be interpreted broadly, and for example, can be to be fixedly connected with, and can be also to removably connect, or connect integratedly; Can be to be directly connected, also can indirectly be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, can concrete condition understand above-mentioned term concrete meaning in the present invention.
In the description of this description, the description of reference term " embodiment ", " some embodiment ", " illustrative examples ", " example ", " concrete example " or " some examples " etc. means to be contained at least one embodiment of the present invention or example in conjunction with specific features, structure, material or the feature of this embodiment or example description.In this manual, the schematic statement of above-mentioned term is not necessarily referred to identical embodiment or example.And the specific features of description, structure, material or feature can be with suitable mode combinations in any one or more embodiment or example.
Although illustrated and described embodiments of the invention, those having ordinary skill in the art will appreciate that: in the situation that not departing from principle of the present invention and aim, can carry out multiple variation, modification, replacement and modification to these embodiment, scope of the present invention is limited by claim and equivalent thereof.
Claims (12)
1. an electrocardio measuring method, is characterized in that, comprises the following steps:
Receive power supply triggering signal, measure front self check;
If self check is passed through, skip and welcome interface to measuring guiding display interface, to carry out the measurement of ecg wave form.
2. electrocardio measuring method according to claim 1, is characterized in that, also comprises:
Etc. the ecg wave form of having measured to be sent;
In the process of the ecg wave form of having measured to be sent such as described, judge whether to receive continuously first scheduled time of power supply triggering signal;
If so, empty this measurement data; And then, jump to and welcome interface to measure to wait for next time.
3. electrocardio measuring method according to claim 2, is characterized in that, also comprises:
Judge that whether the waiting time to be measured such as described is overtime, if so, send shutdown triggering signal.
4. electrocardio measuring method according to claim 2, is characterized in that, also comprises:
Receive the upper teletype command that host computer sends;
According to described upper teletype command, set up channel with described host computer, and the ecg wave form of having measured described in sending to described host computer by described channel.
5. electrocardio measuring method according to claim 4, is characterized in that, also comprises:
After the ecg wave form of having measured described in sending, jump to and welcome interface to measure to wait for next time;
Receive power supply triggering signal, and measure ecg wave form according to described power supply triggering signal.
6. according to electrocardio measuring method described in claim 2 or 4, it is characterized in that, also comprise:
In the described process waiting ecg wave form of having measured to be sent, jumping to and welcoming interface with in the process of waiting for next time and measuring or in described measurement ecg wave form process, if receive continuously second scheduled time of power supply triggering signal, send shutdown triggering signal.
7. a pressure electrocardio measuring device, is characterized in that, comprising:
Power self test module, for receiving power supply triggering signal, measures front self check;
Redirect module, is connected in described power self test module, after confirming that in described power self test module self check is passed through, skips and welcomes interface to measuring guiding display interface, to carry out the measurement of ecg wave form.
8. pressure electrocardio measuring device according to claim 7, is characterized in that, also comprises:
Wait for sending module, for etc. the ecg wave form of having measured to be sent;
First receives judge module, is connected in described wait sending module, and the process at ecg wave forms of having measured to be sent such as described wait sending modules, judges whether to receive continuously first scheduled time of power supply triggering signal;
Empty module, be connected in described first and receive judge module, for receiving judge module described first, receive continuously power supply triggering signal after first scheduled time, empty this measurement data;
Described redirect module, empties module described in being connected in, and also for emptying after this measurement data in the described module that empties, jumps to and welcomes interface to measure to wait for next time.
9. pressure electrocardio measuring device according to claim 8, is characterized in that, also comprises:
Wait timeout judge module, is connected in described redirect module, for jumping in described redirect module, welcomes the process of interface to wait for that measure next time, judges that whether the waiting time to be measured such as described is overtime;
Send off signal module, be connected in described wait timeout judge module, after overtime in the waiting time to be measured such as described wait timeout judge module confirmation, send shutdown triggering signal.
10. pressure electrocardio measuring device according to claim 8, is characterized in that, also comprises:
Receive instruction module, be connected in described wait sending module, for the process at ecg wave forms of having measured to be sent such as described wait sending modules, receive the upper teletype command that host computer sends;
Send waveform module, be connected in described reception instruction module, for according to described upper teletype command, set up channel with described host computer, and the ecg wave form of having measured described in sending to described host computer by described channel.
11. pressure electrocardio measuring devices according to claim 10, it is characterized in that, described redirect module, is connected in transmission waveform module, also, for after the ecg wave form of having measured described in sending in described transmission waveform module, jump to and welcome interface to measure to wait for next time;
Described pressure electrocardio measuring device also comprises reception measurement module, and described reception measurement module is used for receiving power supply triggering signal, and measures ecg wave form according to described power supply triggering signal.
12. pressure electrocardio measuring devices according to claim 10, is characterized in that, also comprise:
Second receives judge module, be connected with described wait sending module, redirect module and reception measurement module respectively, for the process of the ecg wave form measured described in to be sent at described wait sending module etc., described redirect module jump to welcome interface with the process of waiting for next time and measuring in or at described reception measurement module, measure in ecg wave form process, judge whether to receive continuously second scheduled time of power supply triggering signal;
Described transmission off signal module, is connected in described second and receives judge module, also for receiving judge module described second, receives continuously power supply triggering signal after second scheduled time, sends shutdown triggering signal.
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| CN201410289541.0A CN104068848A (en) | 2014-06-24 | 2014-06-24 | Electrocardiograph measurement method and device |
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| CN1564565A (en) * | 2004-03-29 | 2005-01-12 | 朱英杰 | Cell phone hving function of deetecting electrocardiogram |
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Application publication date: 20141001 |