CN102012971A - Method and device for printing fetal heart rate curve - Google Patents
Method and device for printing fetal heart rate curve Download PDFInfo
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- CN102012971A CN102012971A CN 201010573518 CN201010573518A CN102012971A CN 102012971 A CN102012971 A CN 102012971A CN 201010573518 CN201010573518 CN 201010573518 CN 201010573518 A CN201010573518 A CN 201010573518A CN 102012971 A CN102012971 A CN 102012971A
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Abstract
The invention relates to a method for printing a fetal heart rate curve. The method comprises the following steps of: acquiring pregnant woman information and characteristic parameters through a fetal heart rate monitoring device and storing the data in the fetal heart rate monitoring device respectively; acquiring a first fetal heart rate curve and independently and quickly printing the first fetal heart rate curve; and acquiring second fetal heart rate data after the first fetal heart rate curve is finished, forming a second fetal heart rate curve based on time scales and the pregnant woman information of the first fetal heart rate curve and quickly printing. The invention also relates to a device for printing the fetal heart rate curve. The method and the device for printing the fetal heart rate curve has the advantages that: because the fetal heart rate curves of twins are displayed, stored and independently and quickly printed under the same time coordinate, the same uterine contraction data and the same pregnant woman information, so a plurality of fetal heart rate curves are not overlapped and correspond to the scales on printing paper; and the method and the device are easy to operate.
Description
Technical field
The present invention relates to data processing field, more particularly, relate to a kind of method and device of printing the fetal rhythm rate curve.
Background technology
Fetal monitor needs to write down simultaneously or show two physiological signals of same type, such as the heart rate curve that writes down a plurality of fetuses simultaneously sometimes through being usually used in monitoring and writing down a plurality of physiological signals of fetus.Because the normal range of fetal heart frequency is 120 ~ 160bpm, multiparity's heart rate is often very approaching, because printer paper is generally fixing in the fetal monitor, multiparity's several heart rate curves have to be printed on the printer paper of printed scale in advance, if multiparity's heart rate is approaching, then several curves are easy to the aliasing coincidence, can not discern easily, this is more serious defective in clinical practice, because in real time heart rate (beat to beat heart rate) curve has comprised of great value short variation information, in case aliasing then can lose these important diagnostic information.And if the multiparity separately monitor the fetal rhythm rate curve (has promptly earlier surveyed first fetus and has surveyed second fetus again, the 3rd, by that analogy), concerning the pregnant woman, guard overlong time, this also is difficult to acceptance the hospital more concerning patient, that instrument is limited.
United States Patent (USP), Granted publication US5529073, " Method And Apparatus For Recording Physiologic Signals " by name solved the problems referred to above to a certain extent.This disclosure of the Invention a kind of method, a certain curve offset in the twins curve-20bpm is printed, avoid two curves to be aliasing in together.But, still exist not enough in this method and apparatus: at first, can not avoid aliasing fully, when be offset-curve of 20bpm quickens, another curve slows down, and still may two curves be aliasing in together that (referring to Fig. 1, label is that 101 curve is unmigrated fetal rhythm rate one curve among Fig. 1, label is 102 curve fetal rhythm rate two curves for skew-20bpm, and label 103 is aliasing parts of above-mentioned two curves); Secondly, be offset-curve of 20bpm is not corresponding with numerical scale on printer paper, needs artificial this side-play amount of considering during diagnosis, influences the efficient that the doctor judges fetal rhythm rate curve figure; Once more, this method is provided with and opens or closes skew automatically, and form and acceleration-deceleration are approaching, and its operation is comparatively complicated, and the doctor does not note just distinguishing and obscures easily, and mistaken diagnosis takes place.Therefore, a kind ofly both can do multiparity monitoring simultaneously and the heart rate curve of several fetuses can not be aliasing in together and every curve is all fully corresponding with scale, the method for the printing fetal rhythm rate curve of easy-to-read and diagnosis and install and just become necessary.
Summary of the invention
The technical problem to be solved in the present invention is, the a plurality of fetal rhythm rate curves that print at prior art above-mentioned may be overlapping, the curve scale is not corresponding, the defective of complicated operation, provide a kind of a plurality of fetal rhythm rate curve can be not overlapping, the method and the device of curve scale correspondence, printing fetal rhythm rate curve simple to operate.
The technical solution adopted for the present invention to solve the technical problems is: construct a kind of method of printing the fetal rhythm rate curve, comprise the steps:
A) obtain pregnant woman's information and pregnant woman's characteristic parameter by the fetal heart rate monitoring device, and the described data that obtain are stored in described fetal heart rate monitoring device respectively;
B) form the first fetal rhythm rate curve, the described first fetal rhythm rate curve of printing speed;
C) obtain the second fetal rhythm rate data, on the basis of the described first fetal rhythm rate curve, form the second fetal rhythm rate curve, and the described first fetal rhythm rate curve print finish after printing speed.
In the method for printing fetal rhythm rate curve of the present invention, in steps A) also comprise the steps: before
A0) judge the number of fetal heart rate monitoring assembly monitor fetal rhythm rate automatically, single in this way, real time print fetal rhythm rate curve; As not being single, close real time print.
In the method for printing fetal rhythm rate curve of the present invention, described steps A) the pregnant woman's characteristic parameter in comprises uterine contraction data, the first fetal rhythm rate data and the second fetal rhythm rate data.
In the method for printing fetal rhythm rate curve of the present invention, described pregnant woman's information comprises pregnant woman's title, pregnant woman ID, pregnant woman age, pregnant woman's body weight, pregnant week, detects the date or/and detect duration.
In the method for printing fetal rhythm rate curve of the present invention, in steps A) also comprise the steps:
A1) in the curve of obtaining the described first fetal rhythm rate data and the second fetal rhythm rate data, on described fetal heart rate monitoring device, show synchronously.
In the method for printing fetal rhythm rate curve of the present invention, described steps A) further comprise:
A2) judge whether monitoring probe monitors same fetal rhythm rate, in this way, produce fetal rhythm rate repetition of alarms signal, and described fetal rhythm rate data are made registration mark; Otherwise, carry out next step;
A3) judge whether to reach monitoring period? in this way, carry out next step; Otherwise, repeat this step.
In the method for printing fetal rhythm rate curve of the present invention, described step B) further comprise:
B1) read the first fetal rhythm rate data, uterine contraction data in buffer memory, and it is carried out time unifying;
B2) obtain described pregnant woman's information and with described step B1) in treated data form the first fetal rhythm rate curve;
B3) the described first fetal rhythm rate curve of printing speed.
In the method for printing fetal rhythm rate curve of the present invention, described step C) further comprise:
C1) read the second fetal rhythm rate data, with described step B1) in identical uterine contraction data in buffer memory, and it is carried out and described step B1) in identical time unifying;
C2) obtain and described step B2) in identical pregnant woman's information and with described step C1) in treated data form the second fetal rhythm rate curve;
C3) the described second fetal rhythm rate curve of printing speed after described first fetal rhythm rate curve printing is finished.
In the method for printing fetal rhythm rate curve of the present invention, described step B3) and step C3) in printing speed speed for being not less than 20mm/S.
The invention still further relates to a kind of device of printing the fetal rhythm rate curve, comprising:
Show and memory module: be used to store pregnant woman's information and pregnant woman's characteristic parameter and a plurality of fetal rhythm rate curves of real-time demonstration on described fetal heart rate monitoring device that the fetal heart rate monitoring device is obtained;
The first fetal rhythm rate forms module: be used to form the first fetal rhythm rate curve, the described first fetal rhythm rate curve of printing speed;
The second fetal rhythm rate forms module: be used to obtain the second fetal rhythm rate data, form the second fetal rhythm rate curve and printing speed on the basis of the described first fetal rhythm rate curve.
In the device of printing fetal rhythm rate curve of the present invention, also comprise:
Fetal rhythm rate judge module: be used for judging automatically the number of fetal heart rate monitoring assembly monitor fetal rhythm rate, and close the real time print function when not being single in fetal rhythm rate number;
The fetal rhythm rate repeats judge module: be used to monitor different probes and whether monitor identical fetal rhythm rate;
Repetition of alarms module: be used for when different probes is monitored identical fetal rhythm rate, producing alerting signal and the fetal rhythm rate data that take place to overlap are carried out mark;
Monitoring period judge module: the monitoring period that is used to judge whether to reach setting.
In the device of printing fetal rhythm rate curve of the present invention, the described first fetal rhythm rate forms module and further comprises:
The first fetal rhythm rate data obtain the unit: be used for reading the first fetal rhythm rate data, uterine contraction data to buffer memory, and it is carried out time unifying;
The first fetal rhythm rate curve forms the unit: be used to obtain described pregnant woman's information and form the first fetal rhythm rate curve with the data that obtain cell processing through the described first fetal rhythm rate data.
In the device of printing fetal rhythm rate curve of the present invention, the described second fetal rhythm rate forms module and further comprises:
The second fetal rhythm rate data obtain the unit: be used for reading the second fetal rhythm rate data, with the identical uterine contraction data of the described first fetal rhythm rate data in buffer memory, and to its carry out with the described first fetal rhythm rate data in identical time unifying;
The second fetal rhythm rate curve forms the unit: be used for obtaining the pregnant woman information identical with the described first fetal rhythm rate curve and form the second fetal rhythm rate curve with the data that obtain cell processing through the described second fetal rhythm rate data.
Implement the method and the device of printing fetal rhythm rate curve of the present invention, have following beneficial effect: since with twins or multiparity's fetal rhythm rate curve show, storage and under same time coordinate, same uterine contraction data, same pregnant woman's information individually, print apace, so its a plurality of fetal rhythm rate curves can be not overlapping, curve is corresponding, simple to operate with scale on the printer paper.
Description of drawings
Fig. 1 adopts in the Granted publication number technical scheme for the United States Patent (USP) of US5529073 the overlapping synoptic diagram of twinborn fetal rhythm rate curve to occur;
Fig. 2 is that the present invention prints the method for fetal rhythm rate curve and installs method flow diagram among the embodiment;
Fig. 3 makes the idiographic flow of printing the fetal rhythm rate curve among the described embodiment;
Fig. 4 is the structural representation that installs among the described embodiment;
Fig. 5 is the synoptic diagram that the first fetal rhythm rate curve prints among the described embodiment of Fig. 1;
Fig. 6 is the synoptic diagram that the second fetal rhythm rate curve prints among the described embodiment of Fig. 1.
Embodiment
Embodiments of the present invention is further illustrated below in conjunction with accompanying drawing.
As shown in Figure 2, print in the method and device embodiment of fetal rhythm rate curve in the present invention, its method of printing the fetal rhythm rate curve comprises the steps:
Does step S201 have only single fetal rhythm rate? in the present embodiment, specifically described the method that on a fetal heart rate monitoring device, realizes twinborn fetal rhythm rate monitoring and printing.In this step, when beginning to guard, when the ultrasonic probe of monitor device searches out the fetal rhythm rate signal of fetus, above-mentioned fetal heart rate monitoring device automatically judge the fetal rhythm rate that monitors whether have only single, in this way, execution in step S202 then; As not being to mean that the detected fetal rhythm rate of above-mentioned ultrasonic probe may be more than two, execution in step S203.
Real time print fetal rhythm rate in the step S202 monitoring period: in this step, differentiation need be monitored and be printed for the fetal rhythm rate of single fetus, in this case, there is not the overlapping problem of fetal rhythm rate curve, so, in this step, also be to use common method now, in this single fetal rhythm rate of monitoring, print detected fetal rhythm rate curve in real time at a slow speed.
Step S203 closes real time print: in this step, having differentiated is that the fetal rhythm rates of two fetuses need be monitored and print (being twins, may be the multiparity in other embodiments).At this moment, if also print the fetal rhythm rate curve according to the method described above, the problem of curves overlapped just might appear.So, in this step, the real time print on the fetal heart rate monitoring device is closed, no longer continue real time print at a slow speed.
Step S204 shows a plurality of fetal rhythm rates and storage respectively: in this step, begin monitoring for twinborn fetal rhythm rate, when obtaining the fetal rhythm rate data that obtain by different ultrasonic probes, in whole fetal rhythm rate monitor procedure, the different fetal rhythm rates that obtain are presented on the screen of above-mentioned fetal heart rate monitoring device, simultaneously these are represented that the data of different fetal rhythm rates are stored in the storer respectively.In this step, different fetal rhythm rate data are stored in different positions respectively.In the present embodiment, the data of above-mentioned storage comprise: uterine contraction data, pregnant woman's information, the first fetal rhythm rate data and the second fetal rhythm rate data etc.Wherein, pregnant woman's information comprises pregnant woman's title, pregnant woman ID, pregnant woman age, pregnant woman's body weight, pregnant week, detect the date, detect in the data such as duration one or several even all, these data can be imported by above-mentioned fetal heart rate monitoring device, for example pregnant woman's title, pregnant woman ID, pregnant woman age, pregnant woman's body weight, pregnant week etc., also can be that the working state monitoring of fetal heart rate monitoring device is got, for example detect the date, detect duration etc.; And uterine contraction data, the first fetal rhythm rate data and the second fetal rhythm rate data get by the difference probe collection that is connected on the above-mentioned fetal heart rate monitoring device respectively, are pregnant woman's characteristic parameter.In the present embodiment simultaneously, on the fetal heart rate monitoring device, display it when obtaining above-mentioned fetal rhythm rate data, in other embodiments, also can on above-mentioned fetal heart rate monitoring device, not show, and just with above-mentioned data storage, show or do not show by the time monitoring finishes the back.
Does step S205 fetal rhythm rate overlap? in the monitoring process of above-mentioned fetal rhythm rate, a kind of situation that may occur is that different ultrasonic probes monitors same fetal rhythm rate.In the present embodiment, take the step of a prevention or the step of warning, judge promptly whether two fetal rhythm rates overlap, differentiate detected fetal rhythm rate with this and whether overlap for above-mentioned situation, in this way, execution in step S206; Otherwise, execution in step S207.
Step S206 produces the fetal rhythm rate and overlaps warning: in this step, because different probes monitors identical fetal rhythm rate data, overlap alerting signal so produce the fetal rhythm rate, this signal can cause sound and light alarm, simultaneously, this signal also can produce a mark, appears on the fetal rhythm rate curve when forming the fetal rhythm rate curve, and prints.After carrying out this step, jump to step S207.
Does step S207 monitoring period arrive? does judgement reach the monitoring period of setting for the monitoring of fetal rhythm rate? in this way, execution in step S208; Otherwise, jump to step S204.In this step, above-mentioned monitoring period can be default, also can set by above-mentioned fetal heart rate monitoring device.
Step S208 produces and prints the first fetal rhythm rate curve: in this step, owing to finished the monitoring of fetal rhythm rate, and with data presentation on screen and store, the data read of above-mentioned storage come out and form the first fetal rhythm rate curve, printing speed comes out.Certainly, the data that read in this step also not merely are fetal rhythm rate data, will describe in detail after a while.
Step S209 produces also and prints the second fetal rhythm rate curve: on the basis of the above-mentioned first fetal rhythm rate curve, read the second fetal rhythm rate data, generate the second fetal rhythm rate curve and print.
As shown in Figure 3, in the present embodiment, the concrete grammar of above-mentioned printing fetal rhythm rate curve comprises:
Step S301 obtains the first fetal rhythm rate data, uterine contraction data and makes the time correspondence: usually, all can monitor pregnant woman's uterine contraction simultaneously and press when measuring the fetal rhythm rate, and the uterine contraction pressure that obtains is stored in separately in the storer of fetal heart rate monitoring device; Wherein, the fetal rhythm rate is obtained by the ultrasonic probe that is connected on the fetal heart rate monitoring device, and the uterine contraction pressure presses probe to obtain by the uterine contraction that is connected on the fetal heart rate monitoring device.In this step, obtain the first fetal rhythm rate data, the uterine contraction data of having stored, and the above-mentioned first fetal rhythm rate data and uterine contraction data are made the time correspondence, be about to above-mentioned first fetal rhythm rate data and uterine contraction data and align in time.Make the first fetal rhythm rate data that go up at the same time align on the transverse axis at the same time with the uterine contraction data.
Step S302 obtains pregnant woman's information and forms the first fetal rhythm rate curve: in this step, obtain pregnant woman's information, treated data in above-mentioned steps S301 form the first fetal rhythm rate curve.In this step, overlapped under the situation of reporting to the police, and also above-mentioned fetal rhythm rate alerting signal can be converted to a mark, be attached to simultaneously on the above-mentioned first fetal rhythm rate curve if occur the fetal rhythm rate in the above-mentioned monitor procedure.
The step S303 printing speed first fetal rhythm rate curve:, fast the above-mentioned first fetal rhythm rate curve is printed by printing equipment.
Step S304 obtains the second fetal rhythm rate data, identical uterine contraction data and makes the time correspondence: in this step, (among these uterine contraction data and the step S301 is identical to obtain the second fetal rhythm rate data, the uterine contraction data of having stored, just the uterine contraction data are same in step S301 and step S304), and the above-mentioned second fetal rhythm rate data and uterine contraction data are made the time correspondence, be about to above-mentioned second fetal rhythm rate data and uterine contraction data and align in time.Make the second fetal rhythm rate data that go up at the same time align on the transverse axis at the same time with the uterine contraction data.What deserves to be mentioned is, be identical equally among time transverse axis in this step and the step S301.
Step S305 obtains identical pregnant woman's information and generates the second fetal rhythm rate curve: in this step, obtain pregnant woman's information, treated data in above-mentioned steps S304 form the second fetal rhythm rate curve.In this step, overlapped under the situation of reporting to the police, and also above-mentioned fetal rhythm rate alerting signal can be converted to a mark, be attached to simultaneously on the above-mentioned second fetal rhythm rate curve if occur the fetal rhythm rate in the above-mentioned monitor procedure.Obtained pregnant woman's information in this step is identical with the pregnant woman's who obtains among the step S302 information.
The step S306 printing speed second fetal rhythm rate curve:, fast the above-mentioned second fetal rhythm rate curve is printed by printing equipment.
In the present embodiment, the speed of above-mentioned printing speed is not less than 20 millimeters of per seconds, taking such print speed all is to be stored in the storer because of the needed data of formation curve, and the print speed doctor that also is can obtain the curve printed quickly faster.
In the present embodiment, above-mentioned fetal rhythm rate is twins, in other embodiments, also may be the multiparity, and its method is basic with above-mentioned consistent, but its storage and printing times require some more.
Present embodiment also relates to a kind of fetal rhythm rate printing equipment, as shown in Figure 4, the device of printing fetal rhythm rate curve comprises: show and memory module 1, fetal rhythm rate judge module 2, fetal rhythm rate coincidence judge module 3, coincidence alarm module 4, monitoring period judge module 5, first fetal rhythm rate formation module 6 and second fetal rhythm rate formation module 7.In the present embodiment, above-mentioned demonstration and memory module 1 are used for showing described a plurality of fetal rhythm rate curves in real time on the fetal heart rate monitoring device, and a plurality of fetal rhythm rate curve data are stored in respectively in the fetal heart rate monitoring device; The first fetal rhythm rate forms module 6 and is used to form the first fetal rhythm rate curve and this first fetal rhythm rate curve of printing speed; The second fetal rhythm rate forms module 7 and is used to obtain the second fetal rhythm rate data, forms the second fetal rhythm rate curve and printing speed on the basis of the described first fetal rhythm rate curve.In addition, fetal rhythm rate judge module 2 is used for judging automatically the number of fetal heart rate monitoring assembly monitor fetal rhythm rate, and closes the real time print function when not being single in fetal rhythm rate number; Fetal rhythm rate repetition judge module 3 is used to monitor different probes and whether monitors identical fetal rhythm rate; Repetition of alarms module 4 is used for producing alerting signal when different probes is monitored identical fetal rhythm rate; Monitoring period judge module 5 is used to judge whether to reach the monitoring period of setting.
Wherein, the above-mentioned first fetal rhythm rate forms module 6 and also further comprises: be used for reading the first fetal rhythm rate data, the uterine contraction data obtain unit 61 to buffer memory and to its first fetal rhythm rate data of carrying out time unifying; Be used to obtain pregnant woman's information and form the unit with the first fetal rhythm rate curve that above-mentioned treated data form the first fetal rhythm rate curve.The second fetal rhythm rate forms module 7 and also further comprises: be used for reading the second fetal rhythm rate data, with the identical uterine contraction data of the described first fetal rhythm rate data in buffer memory, and to its carry out with the described first fetal rhythm rate data in the second fetal rhythm rate data of identical time unifying obtain unit 71; Be used for obtaining the pregnant woman information identical and form unit 72 with the second fetal rhythm rate curve that above-mentioned treated data form the second fetal rhythm rate curve with the described first fetal rhythm rate curve.Fig. 5 and Fig. 6 are respectively the treated first fetal rhythm rate curve and the second fetal rhythm rate curve structural representation.Wherein, label is that 501 curve is the above-mentioned first fetal rhythm rate curve among Fig. 5, label is that 503 icon is the warning label that the first fetal rhythm rate overlaps with the second fetal rhythm rate, label is that 502 parts are parts identical in two fetal rhythm rate curves, comprise data such as pregnant woman's name, time, uterine contraction, these parts in the first fetal rhythm rate curve and the second fetal rhythm rate curve, all be consistent (referring to Fig. 6).And in Fig. 6, label is that 601 curve is the second fetal rhythm rate curve, and label is that 602 part is the warning label that the second fetal rhythm rate overlaps with the first fetal rhythm rate.Fig. 5 and Fig. 6 shown adopt method of the present invention and the device in the first fetal rhythm rate curve and the second fetal rhythm rate curve be can not occur overlapping.
The above embodiment has only expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to claim of the present invention.Should be pointed out that for the person of ordinary skill of the art without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (13)
1. a method of printing the fetal rhythm rate curve is characterized in that, comprises the steps:
A) obtain pregnant woman's information and pregnant woman's characteristic parameter by the fetal heart rate monitoring device, and the described data that obtain are stored in described fetal heart rate monitoring device respectively;
B) form the first fetal rhythm rate curve, the described first fetal rhythm rate curve of printing speed;
C) obtain the second fetal rhythm rate data, on the basis of the described first fetal rhythm rate curve, form the second fetal rhythm rate curve, and the described first fetal rhythm rate curve print finish after printing speed.
2. the method for printing fetal rhythm rate curve according to claim 1 is characterized in that, in steps A) also comprise the steps: before
A0) judge the number of fetal heart rate monitoring assembly monitor fetal rhythm rate automatically, single in this way, real time print fetal rhythm rate curve; As not being single, close real time print.
3. the method for printing fetal rhythm rate curve according to claim 2 is characterized in that, described steps A) in pregnant woman's characteristic parameter comprise uterine contraction data, the first fetal rhythm rate data and the second fetal rhythm rate data.
4. the method for printing fetal rhythm rate curve according to claim 3 is characterized in that, described pregnant woman's information comprises pregnant woman's title, pregnant woman ID, pregnant woman age, pregnant woman's body weight, pregnant week, detects the date or/and detect duration.
5. the method for printing fetal rhythm rate curve according to claim 4 is characterized in that, in steps A) also comprise the steps:
A1) in the curve of obtaining the described first fetal rhythm rate data and the second fetal rhythm rate data, on described fetal heart rate monitoring device, show synchronously.
6. the method for printing fetal rhythm rate curve according to claim 5 is characterized in that, described steps A) further comprise:
A2) judge whether monitoring probe monitors same fetal rhythm rate, in this way, produce the fetal rhythm rate and overlap alerting signal, and described fetal rhythm rate data are made registration mark; Otherwise, carry out next step;
A3) judge whether to reach monitoring period? in this way, carry out next step; Otherwise, repeat this step.
7. according to the method for any described printing fetal rhythm rate curve of claim 1-6, it is characterized in that described step B) further comprise:
B1) read the first fetal rhythm rate data, uterine contraction data in buffer memory, and it is carried out time unifying;
B2) obtain described pregnant woman's information and with described step B1) in treated data form the first fetal rhythm rate curve;
B3) the described first fetal rhythm rate curve of printing speed.
8. the method for printing fetal rhythm rate curve according to claim 7 is characterized in that, described step C) further comprise:
C1) read the second fetal rhythm rate data, with described step B1) in identical uterine contraction data in buffer memory, and it is carried out and described step B1) in identical time unifying;
C2) obtain and described step B2) in identical pregnant woman's information and with described step C1) in treated data form the second fetal rhythm rate curve;
C3) the described second fetal rhythm rate curve of printing speed after described first fetal rhythm rate curve printing is finished.
9. the method for printing fetal rhythm rate curve according to claim 8 is characterized in that, described step B3) and step C3) in printing speed speed for being not less than 20mm/S.
10. a device of printing the fetal rhythm rate curve is characterized in that, comprising:
Show and memory module: be used to store pregnant woman's information and pregnant woman's characteristic parameter and a plurality of fetal rhythm rate curves of real-time demonstration on described fetal heart rate monitoring device that the fetal heart rate monitoring device is obtained;
The first fetal rhythm rate forms module: be used to form the first fetal rhythm rate curve, the described first fetal rhythm rate curve of printing speed;
The second fetal rhythm rate forms module: be used to obtain the second fetal rhythm rate data, form the second fetal rhythm rate curve and printing speed on the basis of the described first fetal rhythm rate curve.
11. the device of printing fetal rhythm rate curve according to claim 10 is characterized in that, also comprises:
Fetal rhythm rate judge module: be used for judging automatically the number of fetal heart rate monitoring assembly monitor fetal rhythm rate, and close the real time print function when not being single in fetal rhythm rate number;
The fetal rhythm rate overlaps judge module: be used to monitor different probes and whether monitor identical fetal rhythm rate;
Overlap alarm module: be used for when different probes is monitored identical fetal rhythm rate, producing alerting signal and the fetal rhythm rate data that take place to overlap are carried out mark;
Monitoring period judge module: the monitoring period that is used to judge whether to reach setting.
12. the device of printing fetal rhythm rate curve according to claim 11 is characterized in that, the described first fetal rhythm rate forms module and further comprises:
The first fetal rhythm rate data obtain the unit: be used for reading the first fetal rhythm rate data, uterine contraction data to buffer memory, and it is carried out time unifying;
The first fetal rhythm rate curve forms the unit: be used to obtain described pregnant woman's information and form the first fetal rhythm rate curve with the data that obtain cell processing through the described first fetal rhythm rate data.
13. the device of printing fetal rhythm rate curve according to claim 11 is characterized in that, the described second fetal rhythm rate forms module and further comprises:
The second fetal rhythm rate data obtain the unit: be used for reading the second fetal rhythm rate data, with the identical uterine contraction data of the described first fetal rhythm rate data in buffer memory, and to its carry out with the described first fetal rhythm rate data in identical time unifying;
The second fetal rhythm rate curve forms the unit: be used for obtaining the pregnant woman information identical with the described first fetal rhythm rate curve and form the second fetal rhythm rate curve with the data that obtain cell processing through the described second fetal rhythm rate data.
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| CN 201010573518 CN102012971B (en) | 2010-12-03 | 2010-12-03 | Method and device for printing fetal heart rate curve |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103862882A (en) * | 2014-02-24 | 2014-06-18 | 广东宝莱特医用科技股份有限公司 | Self-adaptive paper sheet printing method and system of thermal printer |
| CN112971753A (en) * | 2019-12-13 | 2021-06-18 | 深圳市理邦精密仪器股份有限公司 | Identification method and device for fetal heart rate deceleration type and fetal monitoring equipment |
| CN114159039A (en) * | 2021-11-12 | 2022-03-11 | 广州三瑞医疗器械有限公司 | Intelligent antenatal fetal heart monitoring model |
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| US6027498A (en) * | 1994-03-15 | 2000-02-22 | University Of Manitoba | Control of life support systems |
| CN101049245A (en) * | 2007-04-30 | 2007-10-10 | 陆尧胜 | Device and method for supervising birth process |
| CN201061538Y (en) * | 2007-07-24 | 2008-05-21 | 卞正中 | Instrument for guarding numeralization fetal heart rate of remote tutelage net |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103862882A (en) * | 2014-02-24 | 2014-06-18 | 广东宝莱特医用科技股份有限公司 | Self-adaptive paper sheet printing method and system of thermal printer |
| CN112971753A (en) * | 2019-12-13 | 2021-06-18 | 深圳市理邦精密仪器股份有限公司 | Identification method and device for fetal heart rate deceleration type and fetal monitoring equipment |
| CN114159039A (en) * | 2021-11-12 | 2022-03-11 | 广州三瑞医疗器械有限公司 | Intelligent antenatal fetal heart monitoring model |
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| CN102012971B (en) | 2012-12-26 |
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