CN105997039A - Method and system for displaying fetal heart rate monitoring map - Google Patents

Method and system for displaying fetal heart rate monitoring map Download PDF

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CN105997039A
CN105997039A CN201610452950.7A CN201610452950A CN105997039A CN 105997039 A CN105997039 A CN 105997039A CN 201610452950 A CN201610452950 A CN 201610452950A CN 105997039 A CN105997039 A CN 105997039A
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fetal heart
heart monitoring
monitoring data
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CN105997039B (en
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陈涛
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GUANGZHOU BEIHUJIA MEDICAL TECHNOLOGY Co Ltd
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GUANGZHOU BEIHUJIA MEDICAL TECHNOLOGY Co Ltd
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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
    • A61B5/024—Detecting, measuring or recording pulse rate or heart rate
    • A61B5/02411—Detecting, measuring or recording pulse rate or heart rate of foetuses
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/43—Detecting, measuring or recording for evaluating the reproductive systems
    • A61B5/4306—Detecting, measuring or recording for evaluating the reproductive systems for evaluating the female reproductive systems, e.g. gynaecological evaluations
    • A61B5/4343—Pregnancy and labour monitoring, e.g. for labour onset detection
    • A61B5/4362—Assessing foetal parameters
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/74—Details of notification to user or communication with user or patient ; user input means
    • A61B5/742—Details of notification to user or communication with user or patient ; user input means using visual displays
    • A61B5/743—Displaying an image simultaneously with additional graphical information, e.g. symbols, charts, function plots
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/74—Details of notification to user or communication with user or patient ; user input means
    • A61B5/742—Details of notification to user or communication with user or patient ; user input means using visual displays
    • A61B5/7445—Display arrangements, e.g. multiple display units
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B2560/00—Constructional details of operational features of apparatus; Accessories for medical measuring apparatus
    • A61B2560/04—Constructional details of apparatus
    • A61B2560/0487—Special user inputs or interfaces

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  • Pregnancy & Childbirth (AREA)
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  • Nuclear Medicine, Radiotherapy & Molecular Imaging (AREA)
  • Radiology & Medical Imaging (AREA)
  • Measuring And Recording Apparatus For Diagnosis (AREA)
  • Measuring Pulse, Heart Rate, Blood Pressure Or Blood Flow (AREA)

Abstract

The invention relates to a method and a system for displaying a fetal heart rate monitoring map. The method comprises the following steps: the original number corresponding to fetal heart rate monitoring data is acquired and the target number corresponding to the fetal heart rate monitoring data is determined according to the screen resolution of display equipment; a comparison result is obtained by comparing the original number with the target number; an insertion mode of the fetal heart rate monitoring data is determined according to the original number and the target number when the comparison result shows that the original number is smaller than the target number; a discard mode of the fetal heart rate monitoring data is determined according to the original number and the target number when the comparison result shows that the original number is larger than the target number; the received fetal heart rate monitoring data is screened according to the insertion mode or/and the discard mode, the screened fetal heart rate monitoring data are reduced and displayed, and the fetal heart rate monitoring map is obtained. With adoption of the scheme, the fetal heart rate monitoring data corresponding to the screen resolution of the display equipment can be screened out, so that the accuracy of the displayed fetal heart rate monitoring map can be improved.

Description

Fetal heart monitoring collection of illustrative plates display packing and system
Technical field
The present invention relates to collection of illustrative plates Display Technique field, particularly relate to a kind of fetal heart monitoring collection of illustrative plates display packing and system.
Background technology
Fetal heart monitoring (full name is fetus fetal heart monitoring) is the important detection means checking whether Following Hypoxia in Uterus, when fetal heart monitoring is mainly by describing interior fetal movement number of times, each fetal movement in 20 minutes Fetal Heart Rate whether accelerate, more than 15 times per minute, the quickening time whether continue to judge for more than 15 seconds the in utero safety situation of fetus.
Fetal heart monitoring collection of illustrative plates can be drawn by fetal heart monitoring data (include Fetal Heart Rate and in utero pressure etc.), two lines is mainly included on fetal heart monitoring collection of illustrative plates, one is Fetal Heart Rate above, fluctuate under normal circumstances between 110-160, normally behave as basal heart rate line and show as a waveform straight line, when there is fetal movement, heart rate can rise, one curve upwardly occurs, fetal movement can slowly decline after terminating, fetal movement counting ＞ 30 times/24 hours is normal, 10 times every 12 hours prompting fetal anoxias of ＜.One represents in utero pressure below, only can increase when uterine contraction, can keep about 20mmHg subsequently.
Current fetal heart monitoring mapping technique, due to for terminal the most fixing, often need not snap shot (abandoning fetal heart monitoring data) or slotting point (inserting fetal heart monitoring data), or carry out the most rough point to process, the most simply interval snap shot or meansigma methods is inserted a little, can only ensure the substantially correctness of fetal heart monitoring collection of illustrative plates overall trend.Along with fetal monitoring equipment moves towards family, need at various display devices (the most various terminal) upper display fetal heart monitoring collection of illustrative plates, the rendering technique of fetal heart monitoring collection of illustrative plates is required higher, fetal heart monitoring collection of illustrative plates show in the screening link important the most professional, careful to the fetal heart monitoring collection of illustrative plates that finally be presented to user and doctor of fetal heart monitoring data.But the screening technique of traditional fetal heart monitoring data cannot adapt to the display device of various screen resolution, the accuracy of shown fetal heart monitoring collection of illustrative plates can be affected.
Summary of the invention
It is an object of the invention to provide a kind of fetal heart monitoring collection of illustrative plates display packing and system, the fetal heart monitoring data corresponding with the screen resolution of display device can be filtered out, with the accuracy of the fetal heart monitoring collection of illustrative plates shown by lifting.
The purpose of the present invention is achieved through the following technical solutions:
A kind of fetal heart monitoring collection of illustrative plates display packing, including:
Obtain the original number that fetal heart monitoring data are corresponding, and determine, according to the screen resolution of display device, the target number that fetal heart monitoring data are corresponding；
Relatively original number and the size of described target number, obtain comparative result；
When described comparative result shows original number less than described target number, determine the inserted mode of fetal heart monitoring data according to original number and described target number；
When described comparative result shows original number more than described target number, abandon mode according to what original number and described target number determined fetal heart monitoring data；
According to described inserted mode or the described mode that abandons, the fetal heart monitoring data received carrying out Screening Treatment, reduction shows the fetal heart monitoring data after described Screening Treatment, obtains fetal heart monitoring collection of illustrative plates.
A kind of fetal heart monitoring collection of illustrative plates display system, including:
Acquiring unit, for obtaining the original number that fetal heart monitoring data are corresponding, and the screen resolution according to display device or the screen resolution according to display device determine the target number that fetal heart monitoring data are corresponding with chart speed；
Comparing unit, for relatively original number and the size of described target number, obtains comparative result；
Insert unit, for when described comparative result shows original number less than described target number, determining the inserted mode of fetal heart monitoring data according to original number and described target number；
Discarding unit, for when described comparative result shows original number more than described target number, abandons mode according to what original number and described target number determined fetal heart monitoring data；
Screening unit, for carrying out Screening Treatment according to described inserted mode or the described mode that abandons to the fetal heart monitoring data received；
Display unit, for reducing the fetal heart monitoring data after showing described screening unit Screening Treatment, obtains fetal heart monitoring collection of illustrative plates.
nullScheme according to the invention described above，The target number that fetal heart monitoring data are corresponding is determined by the screen resolution being then based on display device，And based on comparing this target number and comparative result corresponding to fetal heart monitoring data determines fetal heart monitoring data are carried out insertion process or discard processing，And the inserted mode of fetal heart monitoring data and abandon mode and determine according to original number and described target number，And according to determined by inserted mode or the mode that abandons the fetal heart monitoring data received are carried out Screening Treatment，Reduction shows the fetal heart monitoring data after described Screening Treatment，Obtain fetal heart monitoring collection of illustrative plates，So，The technical scheme that the present invention provides，Can differentiate according to the screen of display device adaptively and filter out the fetal heart monitoring data corresponding with corresponding screen resolution，To ensure that fetal heart monitoring collection of illustrative plates presents the correctness of required fetal heart monitoring data under corresponding resolution.
Accompanying drawing explanation
Fig. 1-1 be the fetal heart monitoring collection of illustrative plates display packing of the embodiment of the present invention one realize schematic flow sheet；
Fig. 1-2 is the refinement schematic flow sheet in the embodiment wherein of step S103 in Fig. 1-1；
Fig. 1-3 is the refinement schematic flow sheet in the embodiment wherein of step S104 in Fig. 1-1；
Fig. 2 is the composition structural representation of the fetal heart monitoring collection of illustrative plates display system of the embodiment of the present invention two.
Detailed description of the invention
For making the purpose of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is described in further detail.Should be appreciated that detailed description of the invention described herein, only in order to explain the present invention, does not limit protection scope of the present invention.
Embodiment one
The embodiment of the present invention one provides a kind of fetal heart monitoring collection of illustrative plates display packing, Fig. 1-1 be the fetal heart monitoring collection of illustrative plates display packing of the embodiment of the present invention one realize schematic flow sheet, as Figure 1-1, the fetal heart monitoring collection of illustrative plates display packing in this embodiment includes:
Step S101: obtain the original number that fetal heart monitoring data are corresponding, and determine, according to the screen resolution of display device, the target number that fetal heart monitoring data are corresponding；
Here, display device can include various terminal, described terminal includes mobile terminal and immobile terminal, and immobile terminal includes that desk computer, mobile terminal include smart mobile phone (Smart Phone), panel computer, notebook computer, personal digital assistant etc..Described terminal includes that display screen, described viewing area refer to provide the user on display screen one piece of region of display interface.
Specifically, the mode obtaining original number corresponding to fetal heart monitoring data may is that the sample rate that acquisition fetal heart monitoring data are corresponding, the number of the fetal heart monitoring packet received in obtaining the unit interval according to described sample rate, using the number of the fetal heart monitoring packet of reception in the described unit interval as described original number；
Determine that the mode of target number corresponding to fetal heart monitoring data may is that the screen resolution obtaining described display device and the chart speed drawing fetal heart monitoring collection of illustrative plates, determine on described display device the pixel quantity shown by unit length according to described screen resolution, obtain described target number according to described pixel quantity and described chart speed.
Above-mentioned unit interval and unit length can be selected according to actual needs, and such as, the unit interval is 1 minute, and unit length is 1 centimetre.
Specifically, when obtaining described target number, can basisObtain the pixel quantity shown by unit length (1 centimetre), wherein, P is the pixel quantity shown by unit length (1 centimetre), W × H is screen resolution, W is pixels across quantity, H is longitudinal pixel quantity, K be inch with centimetre conversion scale value, typically take 2.54, the chart speed drawing fetal heart monitoring collection of illustrative plates has 1cm/min, 2cm/min, many kinds of 3cm/min, cm/min represents centimeter per minute, for example, 2cm/min, 1 centimetre of currently available shown pixel quantity being multiplied with chart speed, product is described target number.
It should be noted that, the acquisition mode of original number and the determination mode of target number are also not necessarily limited to the mode provided in foregoing description, prestore or predetermined original number and described target number for example, it is also possible to directly obtain from storage device or other equipment.
Step S102: relatively original number and the size of described target number, obtains comparative result；
When original number is equal with described target number, it is not necessary to received fetal heart monitoring data are carried out insertion process or discard processing.
Step S103: when described comparative result shows original number less than described target number, determine the inserted mode of fetal heart monitoring data according to original number and described target number；
Specifically, the quantity of the fetal heart monitoring data needing insertion can be determined according to original number and described target number, the quantity of the fetal heart monitoring data inserted according to these needs determines inserted mode, inserted mode determined by further according to carries out the insertion process of fetal heart monitoring data, it is also possible to determine inserted mode according to described target number and original number；Here inserted mode can be to insert several fetal heart monitoring data every fetal heart monitoring data or insert the uniform inserted mode of fetal heart monitoring data every several fetal heart monitoring data, and inserted mode can also be non-homogeneous inserted mode here.
Step S104: when described comparative result shows original number more than described target number, abandons mode according to what original number and described target number determined fetal heart monitoring data；
Specifically, the quantity of fetal heart monitoring data needing to abandon can be determined according to original number and described target number, the quantity of the fetal heart monitoring data abandoned according to these needs determines the mode of abandoning, the mode that abandons determined by further according to carries out the discard processing of fetal heart monitoring data, it is also possible to according to original number and determine that described target number abandons mode；Here the mode that abandons can be being to abandon several fetal heart monitoring data every fetal heart monitoring data or abandon the mode that uniformly abandons of fetal heart monitoring data every several fetal heart monitoring data, it is also possible to is non-homogeneous to abandon mode.
In the present embodiment, when described original number is less than described target number, the inserted mode of fetal heart monitoring data is determined according to original number and described target number, when described original number is more than described target number, mode is abandoned according to what original number and described target number determined fetal heart monitoring data, and according to determined by inserted mode or the mode that abandons the fetal heart monitoring data received are carried out Screening Treatment, so that the number of the fetal heart monitoring data after eventually passing through insertion process or discard processing matches with described target number, thus filter out final data needed for fetal heart monitoring collection of illustrative plates is drawn.Such as, when original number be 40, described target number be 30 time, need from 40 fetal heart monitoring data, discard 10, specifically how to abandon, abandon which fetal heart monitoring data and can choose according to actual needs, wherein, can be uniformly to abandon, it is also possible to be non-homogeneous abandoning.The most such as, when original number be 25, described target number be 30 time, need to insert 5 fetal heart monitoring data in 25 fetal heart monitoring data, specifically how to insert, which position to insert fetal heart monitoring data in can choose according to actual needs, wherein it is possible to be uniformly to insert, it is also possible to be non-homogeneous insertion.
Step S105: according to described inserted mode or the described mode that abandons, the fetal heart monitoring data received carrying out Screening Treatment, reduction shows the fetal heart monitoring data after described Screening Treatment, obtains fetal heart monitoring collection of illustrative plates；
Specifically, after determining inserted mode or abandoning mode, then can according to determined by inserted mode or the mode that abandons the fetal heart monitoring data received are carried out Screening Treatment, the fetal heart monitoring data after finally reduction shows described Screening Treatment, obtain fetal heart monitoring collection of illustrative plates；
nullWherein，When reducing the fetal heart monitoring data after showing described Screening Treatment，Size in view of display screen is limited，Often cannot demonstrate the fetal heart monitoring data after all of Screening Treatment in one page，For this，Wherein in an embodiment，Fetal heart monitoring data after described reduction shows described Screening Treatment may include that the data count of fetal heart monitoring data after showing described Screening Treatment according to reduction and the data amount check of single page fetal heart monitoring data carry out Pagination Display to the fetal heart monitoring data after described Screening Treatment，Wherein，The data amount check of single page fetal heart monitoring data can be obtained according to screen resolution，Such as，The data count of the fetal heart monitoring data after Screening Treatment is 370，The data amount check of single page fetal heart monitoring data is 100，Fetal heart monitoring data after the most every 100 Screening Treatments are shown as one page，If the fetal heart monitoring data after last Shortcomings 100 (the most last 70) Screening Treatment，The most individually it is shown as one page.
nullAccordingly，Scheme according to above-mentioned the present embodiment，The target number that fetal heart monitoring data are corresponding is determined by the screen resolution being then based on display device，And based on comparing this target number and comparative result corresponding to fetal heart monitoring data determines fetal heart monitoring data are carried out insertion process or discard processing，And the inserted mode of fetal heart monitoring data and abandon mode and determine according to original number and described target number，And according to determined by inserted mode or the mode that abandons the fetal heart monitoring data received are carried out Screening Treatment，Reduction shows the fetal heart monitoring data after described Screening Treatment，Obtain fetal heart monitoring collection of illustrative plates，So，The technical scheme that the present invention provides，Can differentiate according to the screen of display device adaptively and filter out the fetal heart monitoring data corresponding with corresponding screen resolution，To ensure that fetal heart monitoring collection of illustrative plates presents the correctness of required fetal heart monitoring data under corresponding resolution.
Wherein in an embodiment, as shown in Figure 1-2, described step S103 may include that
Step S1031: obtain the first quotient that described target number obtains divided by original number；
Step S1032: when described first quotient is the non-integer more than 2, determines and inserts every fetal heart monitoring dataIndividual fetal heart monitoring data, obtain the first quantity of the fetal heart monitoring data after epicycle insertion process, update original number by described first quantity；
Wherein, S1Represent the first quotient,Represent S1Round downwards；
Specifically, can to receive fetal heart monitoring data carry out Screening Treatment time, can insert every fetal heart monitoring dataIndividual fetal heart monitoring data, obtain according to determining every a fetal heart monitoring data insertionThe inserted mode of individual fetal heart monitoring data carries out the quantity of the fetal heart monitoring data after insertion process, the i.e. first quantity to the fetal heart monitoring data that number is original number；Such as, original number is 30,Being 2, then insert 1 fetal heart monitoring data every fetal heart monitoring data, the first quantity of the fetal heart monitoring data after epicycle insertion process is 30 × 2, i.e. 60, and after updating original number by described first quantity, original number also becomes 60.
Step S1033: after updating original number, or when described first quotient is less than 2, obtain the second quotient that current original number obtains divided by the first difference, described first difference is the difference of described target number and current original number；
Step S1034: when described second quotient is positive integer, determine every S2Individual fetal heart monitoring data insert fetal heart monitoring data；
Step S1035: when described second quotient is not integer, determine everyIndividual fetal heart monitoring data insert fetal heart monitoring data, obtain the second quantity of the fetal heart monitoring data after epicycle insertion process, update original number by described second quantity, enter described step S1033；
Specifically, can to receive fetal heart monitoring data carry out Screening Treatment time, everyIndividual fetal heart monitoring data insert fetal heart monitoring data, obtain according to everyThe mode of individual fetal heart monitoring data one fetal heart monitoring number of insertion carries out the quantity of the fetal heart monitoring data after insertion process, the i.e. second quantity to the fetal heart monitoring data that number is original number, and such as, original number is 42,Being 5, after 5 fetal heart monitoring data insert fetal heart monitoring data, then the second quantity is 42+8, i.e. 50, and after updating original number by this second quantity, original number also becomes 50.
Step S1036: when described first quotient is the integer more than or equal to 2, determines and inserts S every fetal heart monitoring data1-1 fetal heart monitoring data；
Above-mentioned rounding up, round downwards the number operation referring to that decimal is not zero, can call downward bracket function, the function that rounds up realizes, such as, the result that rounds up to 4.8 is 5, and rounding downwards result to 4.8 is 4.
It should be noted that the inserted mode determined according to the present embodiment can include inserting every fetal heart monitoring dataIndividual fetal heart monitoring data, every S2Individual fetal heart monitoring data insert fetal heart monitoring data, everyIndividual fetal heart monitoring data are inserted fetal heart monitoring data, are inserted S every fetal heart monitoring data1In-1 fetal heart monitoring data one or more, can also according to therein certain or multiple execution be repeated several times, and inserted mode include therein multiple or according to therein certain or multiple execution is repeated several times, also include execution sequence, such as, first carry out every S2Individual fetal heart monitoring data one fetal heart monitoring data of insertion, then everyIndividual fetal heart monitoring data insert fetal heart monitoring data.
Below by way of several concrete examples, the determination process of the inserted mode of tire prison data is illustrated.
Concrete example 1
Being for 80 with target number in this concrete example 1, original number is that the determination process of the inserted mode as a example by 30 to tire prison data illustrates.
null80 divided by 30 quotient about 2.7，2.7 is the non-integer more than 2，Perform the processing procedure in step S1032，I.e. round downwards 2.7，Result is 2，Then determine and insert 1 fetal heart monitoring data every fetal heart monitoring data，The most original fetal heart monitoring data are fetal heart monitoring data 1、Fetal heart monitoring data 2、Fetal heart monitoring data 3、... fetal heart monitoring data 30，Between fetal heart monitoring data 1 and fetal heart monitoring data 2, then insert fetal heart monitoring data 1 '，Fetal heart monitoring data 2 ' are inserted between fetal heart monitoring data 2 and fetal heart monitoring data 3，Fetal heart monitoring data 3 ' are inserted between fetal heart monitoring data 3 and fetal heart monitoring data 4，By that analogy，Then after the fetal heart monitoring data insertion process of epicycle，The number of fetal heart monitoring data becomes original twice，I.e. first quantity is 60，After updating original number by the first quantity，Original number becomes 60；null80-60=20，Again with 60 divided by 20，Obtain the second quotient 3，3 is positive integer，Then perform the processing procedure in step S1034，I.e. determine and insert fetal heart monitoring data every 3 fetal heart monitoring data，Fetal heart monitoring data after last round of insertion process are fetal heart monitoring data 1、Fetal heart monitoring data 1 '、Fetal heart monitoring data 2、Fetal heart monitoring data 2 '、Fetal heart monitoring data 3、Fetal heart monitoring data 3 '、... fetal heart monitoring data 30、Fetal heart monitoring data 30 '，Then in epicycle fetal heart monitoring data insertion process，Fetal heart monitoring data 1 are inserted " between fetal heart monitoring data 2 and fetal heart monitoring data 2 '，Fetal heart monitoring data 2 are inserted " between fetal heart monitoring data 3 ' and fetal heart monitoring data 4，Fetal heart monitoring data 3 are inserted " between fetal heart monitoring data 5 and fetal heart monitoring data 5 '，The like，Fetal heart monitoring data after epicycle insertion process are fetal heart monitoring data 1、Fetal heart monitoring data 1 '、Fetal heart monitoring data 2、Fetal heart monitoring data 1 "、Fetal heart monitoring data 2 '、Fetal heart monitoring data 3、Fetal heart monitoring data 3 '、Fetal heart monitoring data 2 " ... fetal heart monitoring data 30、Fetal heart monitoring data 30 '、Fetal heart monitoring data 10 "，Totally 80 fetal heart monitoring data，Its quantity is consistent with described target number.
Concrete example 2
Being for 82 with target number in this concrete example 1, original number is that determination process to inserted mode illustrates as a example by 30.
null82 divided by 30 quotient about 2.7，2.7 is the non-integer more than 2，Round downwards 2.7，Result is 2，Then determine and insert 1 fetal heart monitoring data every fetal heart monitoring data，The most original fetal heart monitoring data are fetal heart monitoring data 1、Fetal heart monitoring data 2、Fetal heart monitoring data 3、... fetal heart monitoring data 30，Between fetal heart monitoring data 1 and fetal heart monitoring data 2, then insert fetal heart monitoring data 1 '，Fetal heart monitoring data 2 ' are inserted between fetal heart monitoring data 2 and fetal heart monitoring data 3，Fetal heart monitoring data 3 ' are inserted between fetal heart monitoring data 3 and fetal heart monitoring data 4，By that analogy，Then after the fetal heart monitoring data insertion process of epicycle，The number of fetal heart monitoring data becomes original twice，I.e. first quantity is 60，After updating original number by the first quantity，Original number becomes 60；null82-60=22，Again with 60 divided by 22，Obtain the second quotient about 2.8，2.8 is not positive integer，Then round up to 2.8，Result is 3，Then determine and insert fetal heart monitoring data every 3 fetal heart monitoring data，Fetal heart monitoring data after last round of insertion process are fetal heart monitoring data 1、Fetal heart monitoring data 1 '、Fetal heart monitoring data 2、Fetal heart monitoring data 2 '、Fetal heart monitoring data 3、Fetal heart monitoring data 3 '、... fetal heart monitoring data 30、Fetal heart monitoring data 30 '，Then in epicycle fetal heart monitoring data insertion process，Fetal heart monitoring data 1 are inserted " between fetal heart monitoring data 2 and fetal heart monitoring data 2 '，Fetal heart monitoring data 2 are inserted " between fetal heart monitoring data 3 ' and fetal heart monitoring data 4，Fetal heart monitoring data 3 are inserted " between fetal heart monitoring data 5 and fetal heart monitoring data 5 '，The like，Fetal heart monitoring data after epicycle insertion process are fetal heart monitoring data 1、Fetal heart monitoring data 1 '、Fetal heart monitoring data 2、Fetal heart monitoring data 1 "、Fetal heart monitoring data 2 '、Fetal heart monitoring data 3、Fetal heart monitoring data 3 '、Fetal heart monitoring data 2 " ... fetal heart monitoring data 30、Fetal heart monitoring data 30 '、Fetal heart monitoring data 10 "，Totally 80 fetal heart monitoring data，Use 82-80=2 again，It is equal to 40 divided by 2 with 80，Owing to 40 is positive integer，Then after the result of last round of insertion process, insert fetal heart monitoring data according to every 40 fetal heart monitoring data，Finally obtain 82 fetal heart monitoring data，Its quantity is consistent with described target number.
Concrete example 3
Being for 50 with target number in this concrete example 1, original number is that determination process to inserted mode illustrates as a example by 30.
null50 divided by 30 quotient about 1.7，1.7 are less than 2，Then perform above-mentioned step S1033，The most first obtain the difference of 50 and 30，I.e. 20，Again with 30 divided by 20，Obtaining the second quotient is 1.5，It it not the integer process that then performs in step S1035 due to 1.5，I.e. round up to 1.5，Result is 2，Then determine and insert fetal heart monitoring data every 2 fetal heart monitoring data，Obtain the second quantity of the fetal heart monitoring data after epicycle insertion process，I.e. 45，Original number is updated with 45，Original number becomes 45，Return again to step S1033，Obtain the difference of 50 and 45，I.e. 5，Again with 45 divided by 5，Obtaining the second quotient is 9，Owing to 9 is integer，Perform the process in step S1034，I.e. determine and insert fetal heart monitoring data every 9 fetal heart monitoring data，The number of the fetal heart monitoring data after having performed the insertion process of epicycle is just 50，Consistent with target number.
Wherein in an embodiment, can be according to Zj , i=Zj+i*(Zj+1-Zj)/(k+1) determine the data value of the fetal heart monitoring data being inserted between jth fetal heart monitoring data and+1 fetal heart monitoring data of jth；
Wherein, ZjRepresent the data value of jth fetal heart monitoring data, Zj+1Represent the data value of+1 fetal heart monitoring data of jth, Zj , iRepresent the data value of the fetal heart monitoring data being inserted between jth fetal heart monitoring data and+1 fetal heart monitoring data of jth, k represents the quantity of the fetal heart monitoring data being inserted between jth fetal heart monitoring data and+1 fetal heart monitoring data of jth, and i is positive integer.
Such as, three fetal heart monitoring data are inserted in the 3rd fetal heart monitoring data and the 4th fetal heart monitoring data, wherein, the data value of the 3rd fetal heart monitoring data is 1, the data value of the 4th fetal heart monitoring data is 2, the data value of three the fetal heart monitoring data being then sequentially inserted in the 3rd fetal heart monitoring data and the 4th fetal heart monitoring data is 1+1* (2-1)/(3+1), 1+2* (2-1)/(3+1), 1+3* (2-1)/(3+1), i.e. it is respectively 1.25, 1.5, 1.75, the mode of this data value determining the fetal heart monitoring data being inserted in employing the present embodiment, can ensure that the continuous gradation between fetal heart monitoring data.
Wherein in an embodiment, as Figure 1-3, described step S104 may include that
Step S1041: obtain the 3rd quotient that original number obtains divided by described target number；
Step S1042: described 3rd quotient more than 2 time, determine everyOr S3-1 fetal heart monitoring data abandons fetal heart monitoring data, obtains the 3rd quantity of the fetal heart monitoring data after epicycle discard processing, updates original number by described 3rd quantity, returns step S1041；
Wherein, S3Represent the first quotient,Represent S3Round downwards；
Specifically, it is determined that everyOr S3-1 fetal heart monitoring data abandons fetal heart monitoring data, obtain according to everyOr S3-1 fetal heart monitoring data abandon the mode of fetal heart monitoring data and the fetal heart monitoring data that number is original number carry out the quantity of the fetal heart monitoring data after discard processing, the i.e. the 3rd quantity；
The 3rd quotient be the non-positive integer more than 2 time, determine everyIndividual fetal heart monitoring data abandon fetal heart monitoring data, the 3rd quotient be the positive integer more than 2 time, determine every S3-1 fetal heart monitoring data abandons fetal heart monitoring data；
Step S1043: when described 3rd quotient is less than 2, or original number is by after the 4th quantity renewal, obtains the 4th quotient that current original number obtains divided by the second difference, and described second difference is the difference of current original number and described target number；
Step S1044: when described 4th quotient is integer, determine every S4-1 fetal heart monitoring data abandons fetal heart monitoring data；
Step S1045 when described 4th quotient is not integer, determine everyIndividual fetal heart monitoring data abandon fetal heart monitoring data, obtain described 4th quantity of the fetal heart monitoring data after epicycle insertion process, update original number by described 4th quantity；
Wherein, S4Represent the 4th quotient,Represent S4Round up.
Step S1046: when described 3rd quotient is equal to 2, determines and abandon fetal heart monitoring data every fetal heart monitoring data；
It should be noted that the mode that abandons determined according to the present embodiment can include everyIndividual fetal heart monitoring data abandon fetal heart monitoring data, every S3-1 fetal heart monitoring data abandons fetal heart monitoring data, every S4Individual fetal heart monitoring data abandon fetal heart monitoring data, everyIndividual fetal heart monitoring data abandon fetal heart monitoring data, one or more in fetal heart monitoring data abandon fetal heart monitoring data, can also according to therein certain or multiple execution is repeated several times, and the mode of abandoning include therein multiple or according to therein certain or multiple execution is repeated several times, also include execution sequence, such as, first carry out everyIndividual fetal heart monitoring data abandon fetal heart monitoring data, then perform everyIndividual fetal heart monitoring data abandon fetal heart monitoring data.
Determination process tire prison data being abandoned mode below by way of several concrete examples illustrates.
Concrete example 4
Being for 30 with target number in this concrete example 4, original number is that the determination process that tire prison data abandon as a example by 80 mode illustrates.
null80 divided by 30 quotient about 2.7，2.7 is the non-integer more than 2，Perform the processing procedure in step S1042，I.e. round downwards 2.7，Result is 2，Then determine and abandon 1 fetal heart monitoring data every 1 fetal heart monitoring data，The most original fetal heart monitoring data are fetal heart monitoring data 1、Fetal heart monitoring data 2、Fetal heart monitoring data 3、... fetal heart monitoring data 80，Then abandon the fetal heart monitoring data 2 after fetal heart monitoring data 1，Abandon the fetal heart monitoring data 4 after fetal heart monitoring data 3，Abandon the fetal heart monitoring data 6 after fetal heart monitoring data 5，By that analogy，Then after the fetal heart monitoring data discard processing of epicycle，The number of fetal heart monitoring data becomes original half，I.e. the 3rd quantity is 40，After updating original number by the 3rd quantity，Original number becomes 40，Return and perform step S401，40 divided by 30 quotient about 1.3，1.3 are less than 2，Perform the processing procedure in step S1043，I.e. 40-30=10，Again with 40 divided by 10，Obtain the 4th quotient 4，4 is positive integer，Perform the processing procedure in step S1044，Then determine and abandon fetal heart monitoring data every 3 fetal heart monitoring data，Fetal heart monitoring data after last round of discard processing are fetal heart monitoring data 1、Fetal heart monitoring data 3、Fetal heart monitoring data 5、Fetal heart monitoring data 7、... fetal heart monitoring data 79，Then in epicycle fetal heart monitoring data discard processing，Then abandon fetal heart monitoring data 1、3、5 fetal heart monitoring data 7 below，Abandon fetal heart monitoring data 9、11、13 fetal heart monitoring data 15 below，Abandon fetal heart monitoring data 17、19、21 fetal heart monitoring data 23 below，By that analogy，Abandon 10 fetal heart monitoring data altogether，After epicycle discard processing，The quantity of fetal heart monitoring data becomes 30，This quantity is consistent with described target number.
Concrete example 5
Being for 30 with target number in this concrete example 5, original number is that the determination process that tire prison data abandon as a example by 74 mode illustrates.
null74 divided by 30 quotient be about 2.5，2.5 is the non-integer more than 2，Perform the processing procedure in step S1042，I.e. round downwards 2.5，Result is 2，Then determine and abandon 1 fetal heart monitoring data every fetal heart monitoring data，The most original fetal heart monitoring data are fetal heart monitoring data 1、Fetal heart monitoring data 2、Fetal heart monitoring data 3、... fetal heart monitoring data 74，Then abandon the fetal heart monitoring data 2 after fetal heart monitoring data 1，Abandon the fetal heart monitoring data 4 after fetal heart monitoring data 3，Abandon the fetal heart monitoring data 6 after fetal heart monitoring data 5，By that analogy，Then after the fetal heart monitoring data discard processing of epicycle，The number of fetal heart monitoring data becomes original half，I.e. the 3rd quantity is 37，After updating original number by the 3rd quantity，Original number becomes 37，Return and perform step S401，37 divided by 30 quotient about 1.2，1.2 are less than 2；nullPerform the processing procedure in step S1043，I.e. 37-30=7，Again with 37 divided by 7，Obtain the 4th quotient and be about 5.3，5.3 is not positive integer，Perform the processing procedure in step S1045，I.e. round up to 5.3，Result is 6，Then determine and abandon fetal heart monitoring data every 6 fetal heart monitoring data，Fetal heart monitoring data after last round of discard processing are fetal heart monitoring data 1、Fetal heart monitoring data 3、Fetal heart monitoring data 5、Fetal heart monitoring data 7、... fetal heart monitoring data 73，Then in epicycle fetal heart monitoring data discard processing，Then abandon fetal heart monitoring data 1、3、5、7、9、11 fetal heart monitoring data 13 below，Abandon fetal heart monitoring data 15、17、19、21、23、25 fetal heart monitoring data 27 below，Abandon fetal heart monitoring data 29、31、33、35、37、39 fetal heart monitoring data 41 below，By that analogy，Abandon 5 fetal heart monitoring data altogether，After epicycle discard processing，Obtain the quantity of fetal heart monitoring data，I.e. the 4th quantity is 32，Return the processing procedure of step S1043，I.e. 32-30=2，Again with 32 divided by 2，Obtain the 4th quotient 16，16 is positive integer，Perform the processing procedure in step S1044，I.e. determine and abandon fetal heart monitoring data every 15 fetal heart monitoring data，After epicycle discard processing，The quantity of fetal heart monitoring data becomes 30，This quantity is consistent with described target number.
Concrete example 6
Being for 30 with target number in this concrete example 1, original number is that the determination process that tire prison data abandon as a example by 100 mode illustrates.
null30 divided by 30 quotient about 3.3，3.3 are more than 2，Then perform above-mentioned step S1042，I.e. round downwards 3.3，Result is 3，Then determine and abandon fetal heart monitoring data every three fetal heart monitoring data，After in this manner 100 fetal heart monitoring data being carried out discard processing，The number of fetal heart monitoring data becomes 67，I.e. the 3rd quantity is 67，After updating original number by the 3rd quantity，Original number becomes 67，Return step S401，67 divided by 30 quotient about 2.2，2.2 are more than 2，Then perform above-mentioned step S1042，Determine and abandon fetal heart monitoring data every fetal heart monitoring data，After in this manner 67 fetal heart monitoring data being carried out discard processing，The number of fetal heart monitoring data becomes 34，I.e. the 3rd quantity is 34，After updating original number by the 3rd quantity，Original number becomes 34，Return step S401，34 divided by 30 quotient about 1.1，Less than 2，Perform the processing procedure in step S1043，The most first obtain the difference of 34 and 30，I.e. 4，Again with 30 divided by 4，Obtaining the 4th quotient is 7.5，It it not integer due to 7.5，Then perform the process in step S1045，I.e. round up to 7.5，Result is 8，Then determine and abandon fetal heart monitoring data every 8 fetal heart monitoring data，After in this manner 34 fetal heart monitoring data being carried out discard processing，The number of fetal heart monitoring data becomes 31，I.e. the 4th quantity is 31，Original number is updated with 31，Original number becomes 31，Return again to step S1043，Obtain the difference of 31 and 30，I.e. 1，Again with 31 divided by 1，Obtaining the 4th quotient is 31，Owing to 31 is integer，Perform the process in step S1044，I.e. determine and abandon fetal heart monitoring data every 30 fetal heart monitoring data，The number of the fetal heart monitoring data after having performed the discard processing of epicycle is just 30，Consistent with target number.
In addition, it is contemplated that the fetal heart monitoring data of corresponding crest location or wave trough position are often the critical data that user is more concerned about in fetal heart monitoring collection of illustrative plates, typically can not abandon.For this, wherein in an embodiment, described according to described inserted mode or the described mode that abandons carries out Screening Treatment and may include that when occurring fetal heart monitoring data to be discarded are abandoned operation the fetal heart monitoring data received, it is judged that described fetal heart monitoring data to be discarded whether corresponding crest location or wave trough position in fetal heart monitoring collection of illustrative plates；The most then abandon described fetal heart monitoring data to be discarded are abandoned operation.Use the scheme in the present embodiment, it is possible to retain all of corresponding crest location or the fetal heart monitoring data of wave trough position in fetal heart monitoring collection of illustrative plates.
Wherein, described judge described fetal heart monitoring data to be discarded whether in fetal heart monitoring collection of illustrative plates the step of corresponding crest location or wave trough position may include that
Compare the size of the data value of the data value of the previous fetal heart monitoring data of the data value of fetal heart monitoring data to be discarded, described fetal heart monitoring data to be discarded and the later fetal heart monitoring data of described fetal heart monitoring data to be discarded；If the data value of the later fetal heart monitoring data of the data value of the previous fetal heart monitoring data of described fetal heart monitoring data to be discarded and described fetal heart monitoring data to be discarded respectively less than abandons the data value of fetal heart monitoring data, then judge described fetal heart monitoring data to be discarded corresponding crest location in fetal heart monitoring collection of illustrative plates；If the data value of the later fetal heart monitoring data of the data value of the previous fetal heart monitoring data of described fetal heart monitoring data to be discarded and described fetal heart monitoring data to be discarded is all higher than abandoning the data value of fetal heart monitoring data, then judge described fetal heart monitoring data to be discarded corresponding wave trough position in fetal heart monitoring collection of illustrative plates.
Specifically, for the ease of describing, hereinafter the data value of fetal heart monitoring data to be discarded is referred to as the first data value, the data value of the previous fetal heart monitoring data of described fetal heart monitoring data to be discarded is referred to as the second data value, the data value of the later fetal heart monitoring data of described fetal heart monitoring data to be discarded is referred to as the 3rd data value.In receiving fetal heart monitoring data procedures, if determining that according to any one mode that abandons taken turns the fetal heart monitoring data being currently received need to be dropped, add a mark to be discarded then to these fetal heart monitoring data, the fetal heart monitoring data of this interpolation mark to be discarded are as fetal heart monitoring data to be discarded, etc. when receiving the later fetal heart monitoring data of these fetal heart monitoring data to be discarded, obtain the first data value, second data value, 3rd data value, the relatively size of these three data value, if the second data value and the 3rd data value are respectively less than the first data value, then judge described fetal heart monitoring data to be discarded corresponding crest location in fetal heart monitoring collection of illustrative plates；If the second data value and the 3rd data value are all higher than the first data value, then judge described fetal heart monitoring data to be discarded corresponding wave trough position in fetal heart monitoring collection of illustrative plates, if the second data value and the 3rd data value are not all higher than not being respectively less than the first data value, then described fetal heart monitoring data to be discarded not corresponding crest location or wave trough position in fetal heart monitoring collection of illustrative plates are described.
It should be noted that, embodiment corresponding for Fig. 1-2 is used to carry out the insertion process of fetal heart monitoring data, all the time can carry out during insertion process is insertion process, the embodiment using Fig. 1-3 correspondence carries out the discard processing of fetal heart monitoring data, all the time can carry out during discard processing is discard processing, according to actual needs, can also be after certain insertion process taken turns, enter discard processing, can also be after certain discard processing taken turns, enter insertion process, i.e. lose again after how inserting, or insert again after having lost many.Therefore, the inserted mode of the fetal heart monitoring data of the present invention is not limited to inserted mode determined by embodiment corresponding to Fig. 1-2, and the mode that abandons of the fetal heart monitoring data of the present invention is also not limited to determined by the embodiment of Fig. 1-3 correspondence abandon mode.
In view of after some insertion process taken turns or discard processing, the fetal heart monitoring data filtered out the most enough ensure that fetal heart monitoring collection of illustrative plates presents the correctness of required fetal heart monitoring data under corresponding resolution, in order to promote screening efficiency, wherein in an embodiment, described according to described inserted mode or the described mode that abandons carries out Screening Treatment to the fetal heart monitoring data received and can also include: judge currently to determine the wheel number of the insertion process of fetal heart monitoring data and the discard processing of fetal heart monitoring data wheel number and value whether more than default threshold value；The most then carry out Screening Treatment according to several fetal heart monitoring data to receiving of taking turns of the discard processing taking turns number and fetal heart monitoring data of the insertion process currently having determined that fetal heart monitoring data.
Embodiment two
Based on the above embodiments one, the embodiment of the present invention two provides a kind of fetal heart monitoring collection of illustrative plates display system, shown in Figure 2, for the composition structural representation one of the fetal heart monitoring collection of illustrative plates display system of the embodiment of the present invention two；As in figure 2 it is shown, the fetal heart monitoring collection of illustrative plates display system in this embodiment includes acquiring unit 201, comparing unit 202, discarding unit 204, wherein:
Acquiring unit 201, for obtaining the original number that fetal heart monitoring data are corresponding, and the screen resolution according to display device or the screen resolution according to display device determine the target number that fetal heart monitoring data are corresponding with chart speed；
Comparing unit 202, for relatively original number and the size of described target number, obtains comparative result；
Insert unit 203, for when described comparative result shows original number less than described target number, determining the inserted mode of fetal heart monitoring data according to original number and described target number；
Discarding unit 204, for when described comparative result shows original number more than described target number, abandons mode according to what original number and described target number determined fetal heart monitoring data；
Screening unit 205, for carrying out Screening Treatment according to described inserted mode or the described mode that abandons to the fetal heart monitoring data received；
Display unit 206, for reducing the fetal heart monitoring data after showing screening unit 205 Screening Treatment, obtains fetal heart monitoring collection of illustrative plates.
Wherein in an embodiment, insert unit 203 and can obtain the first quotient that described target number obtains divided by original number, when described first quotient is the non-integer more than 2, determines and insert every fetal heart monitoring dataIndividual fetal heart monitoring data, obtain the first quantity of the fetal heart monitoring data after epicycle insertion process, original number is updated by described first quantity, after updating original number, or when described first quotient is less than 2, obtaining the second quotient that current original number obtains divided by the first difference, described first difference is the difference of described target number and current original number, when described second quotient is positive integer, determine every S2Individual fetal heart monitoring data insert fetal heart monitoring data, when described second quotient is not integer, determine everyIndividual fetal heart monitoring data insert fetal heart monitoring data, obtain the second quantity of the fetal heart monitoring data after epicycle insertion process, original number is updated by described second quantity, enter the step of the second quotient that the current original number of described acquisition obtains divided by the first difference, when described first quotient is the integer more than or equal to 2, determines and insert S every fetal heart monitoring data1-1 fetal heart monitoring data, wherein, S1Represent the first quotient, S2Represent the second integer,Represent S1Round downwards,To S2Round up.
Wherein in an embodiment, discarding unit 204 can obtain the 3rd quotient that original number obtains divided by described target number, described 3rd quotient more than 2 time, determine everyOr S3-1 fetal heart monitoring data abandons fetal heart monitoring data, obtain the 3rd quantity of the fetal heart monitoring data after epicycle discard processing, original number is updated by described 3rd quantity, return the step of the 3rd quotient that the original number of described acquisition obtains divided by described target number, when described 3rd quotient is less than 2, or after original number is updated by the 4th quantity, obtain the 4th quotient that current original number obtains divided by the second difference, described second difference is the difference of current original number and described target number, when described 4th quotient is integer, determine every S4Individual fetal heart monitoring data abandon fetal heart monitoring data, when described 4th quotient is not integer, determine every S4-1 fetal heart monitoring data abandons fetal heart monitoring data, obtain described 4th quantity of the fetal heart monitoring data after epicycle insertion process, original number is updated by described 4th quantity, when described 3rd quotient is equal to 2, determine and abandon fetal heart monitoring data every fetal heart monitoring data, wherein, S3Represent the first quotient, S4Represent the 4th quotient,Represent S3Round downwards,To S4Round up.
The fetal heart monitoring collection of illustrative plates display system that the present embodiment provides, it is noted that the above description for fetal heart monitoring collection of illustrative plates display system, description with above-mentioned fetal heart monitoring collection of illustrative plates display packing is similar, and there is the beneficial effect of above-mentioned fetal heart monitoring collection of illustrative plates display packing, for saving length, repeat no more；Therefore, the ins and outs not disclosed in the above fetal heart monitoring collection of illustrative plates display system that the embodiment of the present invention is provided, the description of the fetal heart monitoring collection of illustrative plates display packing of above-mentioned offer is provided.
In describing the invention, it should be noted that term " first ", " second ", " the 3rd ", " the 4th " are only used for describing purpose, and it is not intended that instruction or hint relative importance.
In several embodiments provided herein, it should be understood that disclosed equipment and method, can realize by another way.Apparatus embodiments described above is only schematically, such as, the division of described unit, it is only a kind of logic function to divide, actual can have other dividing mode, such as when realizing: multiple unit or assembly can be in conjunction with, or are desirably integrated into another system, or some features can ignore, or do not perform.It addition, the coupling each other of shown or discussed each ingredient or direct-coupling or communication connection can be the INDIRECT COUPLING by some interfaces, equipment or unit or communication connection, can be being electrical, machinery or other form.
The above-mentioned unit illustrated as separating component can be or may not be physically separate, and the parts shown as unit can be or may not be physical location, i.e. may be located at a place, it is also possible to be distributed on multiple NE；Part or all of unit therein can be selected according to the actual needs to realize the purpose of the present embodiment scheme.
It addition, each functional unit in various embodiments of the present invention can be fully integrated in a processing unit, it is also possible to be that each unit is individually as a unit, it is also possible to two or more unit are integrated in a unit；Above-mentioned integrated unit both can realize to use the form of hardware, it would however also be possible to employ hardware adds the form of SFU software functional unit and realizes.
One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can be completed by the hardware that programmed instruction is relevant, aforesaid program can be stored in a computer read/write memory medium, this program upon execution, performs to include the step of said method embodiment；And aforesaid storage medium includes: movable storage device, read only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), the various media that can store program code such as magnetic disc or CD.
Or, if the above-mentioned integrated unit of the present invention realizes using the form of software function module and as independent production marketing or when using, it is also possible to be stored in a computer read/write memory medium.Based on such understanding, the part that prior art is contributed by the technical scheme of the embodiment of the present invention the most in other words can embody with the form of software product, this computer software product is stored in a storage medium, including some instructions with so that a computer equipment (can be personal computer, server or the network equipment etc.) performs all or part of of method described in each embodiment of the present invention.And aforesaid storage medium includes: the various media that can store program code such as movable storage device, ROM, RAM, magnetic disc or CDs.
Each technical characteristic of embodiment described above can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not exist contradiction, all it is considered to be the scope that this specification is recorded.
Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed, but can not therefore be construed as limiting the scope of the patent.It should be pointed out that, for the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to make some deformation and improvement, these broadly fall into protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.

Claims (10)

1. a fetal heart monitoring collection of illustrative plates display packing, it is characterised in that including:
Obtain the original number that fetal heart monitoring data are corresponding, and determine tire according to the screen resolution of display device The target number that heart monitoring data is corresponding；
Relatively original number and the size of described target number, obtain comparative result；
When described comparative result shows original number less than described target number, according to original number and described Target number determines the inserted mode of fetal heart monitoring data；
When described comparative result shows original number more than described target number, according to original number and described What target number determined fetal heart monitoring data abandons mode；
According to described inserted mode or the described mode that abandons, the fetal heart monitoring data received are screened Processing, reduction shows the fetal heart monitoring data after described Screening Treatment, obtains fetal heart monitoring collection of illustrative plates.
Fetal heart monitoring collection of illustrative plates display packing the most according to claim 1, it is characterised in that according to original Number and described target number determine that the inserted mode of fetal heart monitoring data includes:
Obtain the first quotient that described target number obtains divided by original number；
When described first quotient is the non-integer more than 2, determines and insert every fetal heart monitoring dataIndividual fetal heart monitoring data, obtain the first quantity of the fetal heart monitoring data after epicycle insertion process, use Described first quantity updates original number；
After updating original number, or when described first quotient is less than 2, obtain current original number The second quotient obtained divided by the first difference, described first difference is described target number and current original The difference of number；
When described second quotient is positive integer, determine every S2Individual fetal heart monitoring data insert a fetal rhythm prison Protect data；
When described second quotient is not integer, determine everyIndividual fetal heart monitoring data insert a fetal rhythm prison Protect data, obtain the second quantity of the fetal heart monitoring data after epicycle insertion process, by described second quantity more New original number, enters the step of the second quotient that the current original number of described acquisition obtains divided by the first difference Suddenly；
When described first quotient is the integer more than or equal to 2, determines and insert every fetal heart monitoring data S1-1 fetal heart monitoring data；
Wherein, S1Represent the first quotient, S2Represent the second integer,Represent S1Round downwards,Right S2Round up.
Fetal heart monitoring collection of illustrative plates display packing the most according to claim 1, it is characterised in that described according to former Beginning number and described target number determine that the mode that abandons of fetal heart monitoring data includes:
Obtain the 3rd quotient that original number obtains divided by described target number；
Described 3rd quotient more than 2 time, determine everyOr S3-1 fetal heart monitoring data abandons One fetal heart monitoring data, obtains the 3rd quantity of the fetal heart monitoring data after epicycle discard processing, with described 3rd quantity updates original number, return that the original number of described acquisition obtains divided by described target number the 3rd The step of quotient；
When described 3rd quotient is less than 2, or original number is by after the 4th quantity renewal, obtains current The 4th quotient that original number obtains divided by the second difference, described second difference is current original number and institute State the difference of target number；
When described 4th quotient is integer, determine every S4-1 fetal heart monitoring data abandons a fetal rhythm prison Protect data；
When described 4th quotient is not integer, determine everyIndividual fetal heart monitoring data abandon a fetal rhythm prison Protect data, obtain described 4th quantity of the fetal heart monitoring data after epicycle insertion process, with described 4th number Amount updates original number；
When described 3rd quotient is equal to 2, determines and abandon a fetal heart monitoring number every fetal heart monitoring data According to；
Wherein, S3Represent the first quotient, S4Represent the 4th quotient,Represent S3Round downwards,Right S4Round up.
Fetal heart monitoring collection of illustrative plates display packing the most according to claim 1, it is characterised in that:
According to ZJ, i=Zj+i*(Zj+1-Zj)/(k+1) determine and be inserted into jth fetal heart monitoring data and jth+1 The data value of the fetal heart monitoring data between individual fetal heart monitoring data；
Wherein, ZjRepresent the data value of jth fetal heart monitoring data, Zj+1Represent+1 fetal heart monitoring number of jth According to data value, ZJ, iRepresent and be inserted between jth fetal heart monitoring data and+1 fetal heart monitoring data of jth The data value of fetal heart monitoring data, k represents jth fetal heart monitoring data and+1 fetal heart monitoring data of jth Between the quantity of fetal heart monitoring data that is inserted into, i is positive integer.
Fetal heart monitoring collection of illustrative plates display packing the most according to claim 3, it is characterised in that:
Described according to described inserted mode or the fetal heart monitoring data received are carried out by the described mode that abandons Screening Treatment includes: when occurring fetal heart monitoring data to be discarded are abandoned operation, it is judged that described to be discarded Whether fetal heart monitoring data corresponding crest location or wave trough position in fetal heart monitoring collection of illustrative plates, the most then put Abandon and described fetal heart monitoring data to be discarded are abandoned operation；
Or
Fetal heart monitoring data after described reduction shows described Screening Treatment include: show described sieve according to reduction The data count of the fetal heart monitoring data after choosing process and the data amount check of single page fetal heart monitoring data are to described Fetal heart monitoring data after Screening Treatment carry out Pagination Display.
Fetal heart monitoring collection of illustrative plates display packing the most according to claim 5, it is characterised in that described judgement institute State fetal heart monitoring data to be discarded whether corresponding crest location or the step of wave trough position in fetal heart monitoring collection of illustrative plates Suddenly include:
The relatively data value of fetal heart monitoring data to be discarded, the previous tire of described fetal heart monitoring data to be discarded The data value of heart monitoring data and the number of the later fetal heart monitoring data of described fetal heart monitoring data to be discarded Size according to value；
If the data value of the previous fetal heart monitoring data of described fetal heart monitoring data to be discarded and described to be discarded The data value of the later fetal heart monitoring data of fetal heart monitoring data abandons fetal heart monitoring data described in being respectively less than Data value, then judge described fetal heart monitoring data to be discarded corresponding crest location in fetal heart monitoring collection of illustrative plates；
If the data value of the previous fetal heart monitoring data of described fetal heart monitoring data to be discarded and described to be discarded The data value of the later fetal heart monitoring data of fetal heart monitoring data is all higher than abandoning the data of fetal heart monitoring data Value, then judge described fetal heart monitoring data to be discarded corresponding wave trough position in fetal heart monitoring collection of illustrative plates.
Fetal heart monitoring collection of illustrative plates display packing the most according to claim 1, described acquisition fetal heart monitoring data pair Original number and the described target number answered include:
Obtain the sample rate that fetal heart monitoring data are corresponding, receive in obtaining the unit interval according to described sample rate The number of fetal heart monitoring packet, using in the described unit interval receive fetal heart monitoring packet number as Described original number；
Obtain the screen resolution of described display device and draw the chart speed of fetal heart monitoring collection of illustrative plates, according to described Screen resolution and determine on described display device the pixel quantity shown by unit length, according to described picture Vegetarian refreshments quantity and described chart speed obtain described target number.
Fetal heart monitoring collection of illustrative plates display packing the most according to claim 1, it is characterised in that described according to institute State inserted mode or the described mode that abandons carries out Screening Treatment to the fetal heart monitoring data received and also wraps Include:
Judge currently to determine wheel number and the discard processing of fetal heart monitoring data of the insertion process of fetal heart monitoring data Wheel number and value whether more than the threshold value preset；The most then according to currently having determined that fetal heart monitoring data Insertion process wheel number and fetal heart monitoring data discard processing wheel several fetal heart monitoring data to receiving Carry out Screening Treatment also to include:
Judge the wheel number of insertion process and the abandoning of fetal heart monitoring data of the fetal heart monitoring data currently carried out The wheel number processed and value whether more than the threshold value preset；
If, it is determined that complete the display operation of fetal heart monitoring collection of illustrative plates.
9. a fetal heart monitoring collection of illustrative plates display system, it is characterised in that including:
Acquiring unit, for obtaining the original number that fetal heart monitoring data are corresponding, and according to the screen of display device Curtain resolution or determine the target that fetal heart monitoring data are corresponding with chart speed according to the screen resolution of display device Number；
Comparing unit, for relatively original number and the size of described target number, obtains comparative result；
Insert unit, be used for when described comparative result shows original number less than described target number, according to Original number and described target number determine the inserted mode of fetal heart monitoring data；
Discarding unit, is used for when described comparative result shows original number more than described target number, according to What original number and described target number determined fetal heart monitoring data abandons mode；
Screening unit, for supervising according to described inserted mode or the described mode fetal rhythm to receiving that abandons Protect data and carry out Screening Treatment；
Display unit, for reducing the fetal heart monitoring data after showing described screening unit Screening Treatment, obtains Fetal heart monitoring collection of illustrative plates.
Fetal heart monitoring collection of illustrative plates display packing the most according to claim 9, it is characterised in that:
Described insertion unit obtains the first quotient of obtaining divided by original number of described target number, described the When one quotient is the non-integer more than 2, determines and insert every fetal heart monitoring dataIndividual fetal rhythm is supervised Protect data, obtain the first quantity of the fetal heart monitoring data after epicycle insertion process, by described first quantity more New original number, after updating original number, or when described first quotient is less than 2, obtains current The second quotient that original number obtains divided by the first difference, described first difference is that described target number is with current The difference of original number, when described second quotient is positive integer, determine every S2Individual fetal heart monitoring data Insert fetal heart monitoring data, when described second quotient is not integer, determine everyIndividual fetal heart monitoring Data insert fetal heart monitoring data, obtain the second quantity of the fetal heart monitoring data after epicycle insertion process, Updating original number by described second quantity, the original number entering described acquisition current obtains divided by the first difference The step of the second quotient arrived, when described first quotient is the integer more than or equal to 2, determines every one Fetal heart monitoring data insert S1-1 fetal heart monitoring data, wherein, S1Represent the first quotient, S2Represent second Integer,Represent S1Round downwards,To S2Round up；
Or
Described discarding unit obtains the 3rd quotient that obtains divided by described target number of original number, described the Three quotients more than 2 time, determine everyOr S3-1 fetal heart monitoring data abandons a fetal heart monitoring Data, obtain the 3rd quantity of the fetal heart monitoring data after epicycle discard processing, update by described 3rd quantity Original number, returns the step of the 3rd quotient that the original number of described acquisition obtains divided by described target number, When described 3rd quotient is less than 2, or after original number is updated by the 4th quantity, obtain current original The 4th quotient that number obtains divided by the second difference, described second difference is current original number and described mesh The difference of mark number, when described 4th quotient is integer, determines every S4-1 fetal heart monitoring data abandons One fetal heart monitoring data, when described 4th quotient is not integer, determine everyIndividual fetal heart monitoring data Abandon fetal heart monitoring data, obtain described 4th quantity of the fetal heart monitoring data after epicycle insertion process, Update original number by described 4th quantity, when described 3rd quotient is equal to 2, determine every a fetal rhythm Monitoring data abandons fetal heart monitoring data, wherein, S3Represent the first quotient, S4Represent the 4th quotient, Represent S3Round downwards,To S4Round up.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109567741A (en) * 2018-10-15 2019-04-05 广东宝莱特医用科技股份有限公司 A kind of monitor screen layout method and system

Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO1997043736A1 (en) * 1996-05-16 1997-11-20 Digimarc Corporation Computer system linked by using information in data objects
WO2006038523A1 (en) * 2004-10-04 2006-04-13 Nikon Corporation Image reproduction device
EP1988717A1 (en) * 2007-04-30 2008-11-05 ViXS Systems Inc. System for combining a plurality of video streams and method for use therewith
CN102567978A (en) * 2011-12-31 2012-07-11 北京毕威康坶技术有限公司 Image generation method and system thereof
CN102779063A (en) * 2011-05-10 2012-11-14 北京磊友信息科技有限公司 Method for providing application invocation and server
CN103279320A (en) * 2013-06-19 2013-09-04 成都智元汇数码科技有限公司 Method for performing interactive display of multiple different-resolution screens of interactive projection system
CN103315734A (en) * 2013-05-16 2013-09-25 深圳市科曼医疗设备有限公司 Waveshaping method and device for monitoring data
CN103869121A (en) * 2012-12-14 2014-06-18 北京普源精电科技有限公司 Waveform display device and method
CN104856672A (en) * 2015-06-05 2015-08-26 厦门纳龙科技有限公司 Method for avoiding electrocardiogram waveform misdiagnosis caused by display medium restraint

Patent Citations (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO1997043736A1 (en) * 1996-05-16 1997-11-20 Digimarc Corporation Computer system linked by using information in data objects
WO2006038523A1 (en) * 2004-10-04 2006-04-13 Nikon Corporation Image reproduction device
EP1988717A1 (en) * 2007-04-30 2008-11-05 ViXS Systems Inc. System for combining a plurality of video streams and method for use therewith
CN102779063A (en) * 2011-05-10 2012-11-14 北京磊友信息科技有限公司 Method for providing application invocation and server
CN102567978A (en) * 2011-12-31 2012-07-11 北京毕威康坶技术有限公司 Image generation method and system thereof
CN103869121A (en) * 2012-12-14 2014-06-18 北京普源精电科技有限公司 Waveform display device and method
CN103315734A (en) * 2013-05-16 2013-09-25 深圳市科曼医疗设备有限公司 Waveshaping method and device for monitoring data
CN103279320A (en) * 2013-06-19 2013-09-04 成都智元汇数码科技有限公司 Method for performing interactive display of multiple different-resolution screens of interactive projection system
CN104856672A (en) * 2015-06-05 2015-08-26 厦门纳龙科技有限公司 Method for avoiding electrocardiogram waveform misdiagnosis caused by display medium restraint

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109567741A (en) * 2018-10-15 2019-04-05 广东宝莱特医用科技股份有限公司 A kind of monitor screen layout method and system

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