CN103932665B - A kind of display packing of electronic colposcope image and device - Google Patents
A kind of display packing of electronic colposcope image and device Download PDFInfo
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Abstract
The present invention relates to a kind of display packing of electronic colposcope image, comprise the steps: the identity identification information that detected person is set, according to time sequencing collection and the view data that obtains of store electrons colposcope; The view data that this detection obtains is marked; Search examinee's identity identification information of above-mentioned setting, contrast this markup information stored in the markup information of the last stored view data in a database corresponding to this identity identification information and above-mentioned steps; This view data gathered is exported successively according to time sequencing; Wherein, if any the storage view data of same phase, then it is exported together; As nothing, then only export this and gather image.The invention still further relates to a kind of device realizing said method.Implement display packing and the device of a kind of electronic colposcope image of the present invention, there is following beneficial effect: it is consuming time few, and efficiency is high, contribute to doctor or user judges testing result.
Description
Technical field
The present invention relates to armarium, more particularly, relate to a kind of display packing and device of electronic colposcope image.
Background technology
Electronic colposcope inspection can find the weak and incompetent tumor of cervical erosion, cervical polyp, cervical intraepithelial neoplasia (CIN), cervical cancer, vaginitis, pudendum, vagina or cervix uteri, poison infects and subclinical parillomarvirus infections.Colposcope is not only being diagnosed cervix uteri early carcinomatous change and is distinguishing valuable in tumor and inflammation etc., and in treatment, has special applications to be worth especially in the treatment of cervical intraepithelial neoplasia (CIN).Because colposcope can see the position that epithelium changes and scope, the video image of electronic colposcope print or Video Image collection, contrast, display and the storage tracing study to cervical lesions extremely important.In electronic colposcope checking process, doctor needs requirement prior art to be exactly mainly that doctor uses foot switch, mouse, collection button carries out collection image, doctor needs the image of the change after observation 5% acetum and 5% compound iodine solution, judges the situation of cervix uteri image according to the color of image, image color change procedure.In cervix uteri checks, patient's check and to follow up a case by regular visits to be very crucial, therefore doctor needs the image of the collection to patient last time to carry out contrast display, contrast to gather image for twice and provide and mark and point out, output report.In colposcopy, gathering picture and analyzing picture is all very crucial technology, the history picture of patient is also very crucial reference value, therefore for check or follow up a case by regular visits to patient, doctor needs the historical data of manual queries last time, before namely finding in a database patient image after, recall viewing, return the interface of current collection, carry out checking current picture, be analyzed.This method needs the time of at substantial, and makes the efficiency of doctor very low.Therefore, prior art exist consuming time, efficiency is low, affect the defects such as doctor's judgement.
Summary of the invention
The technical problem to be solved in the present invention is, for prior art above-mentioned consuming time, efficiency is low, affect the defect that doctor judges, provides a kind of and save time, efficiency is high, contributes to display packing and the device of a kind of electronic colposcope image that doctor judges.
The technical solution adopted for the present invention to solve the technical problems is: the display packing constructing a kind of electronic colposcope image, is characterized in that, comprise the steps:
A) identity identification information of detected person is set, according to time sequencing collection and the view data that obtains of store electrons colposcope;
B) view data that this detection obtains is marked according to time sequencing, and store markup information;
Whether the examinee's identity identification information C) searching above-mentioned setting exists in a database, in this way, performs step D); Otherwise, perform step e);
D) contrast this markup information stored in the markup information of the last stored view data in a database corresponding to this identity identification information and above-mentioned steps, and record identical markup information;
E) export this view data gathered successively according to time sequencing, wherein, as this view data exists the mark identical with last stored view data, then export when this image of output simultaneously last stored, the view data of identical mark; As this image does not exist last stored image corresponding to mark, then only export this and gather image.
Further, described steps A) in comprise the steps: further
A1) information of detected person is set;
A2) view data obtained and the time that obtains thereof are stored in designated storage area successively; It is described that to obtain the time be that this detects and starts the interval that obtains to described view data.
Further, described step B) comprise further:
B1) obtain the time by taking out it in described view data, time-labeling is carried out to this image;
B2) eachly obtain the time according to described, be converted into the stage corresponding with this time, stage mark is carried out to this image; Wherein, the described stage comprises normal saline removing stage, acetic acid reaction stage and Iod R stage;
B3) labeled data obtained described in association and this view data obtained.
Further, described step B2) comprise further:
B21) the time setting value in each stage of setting is in advance obtained;
B22) time that obtains corresponding for each view data is compared with the time setting value in described each stage successively, as in its time setting value, then judge that the view data of its correspondence obtained as this stage.
Further, described step D) comprise further:
D1) markup information that the view data of last time storage corresponding to measured's identity identification information is corresponding is obtained;
D2) obtain during this gathers flag information that obtain, that represent each stage one by one, and whether there is this mark in judging the flag information that the last view data stored is corresponding, in this way, judgement symbol information is identical, and records this information.
Further, described step e) comprise the steps: further
E1) the acquisition time order gathered according to this obtains the view data in this stage stage by stage;
E2) mark that whether there is this stage in the view data of last stored is judged, if any, obtain this phase data of last stored view data, and export as data parallel with this this stage diagram collected; As nothing, export this stage view data that this collects;
E3) judge whether each stage view data exports all, as no, return step e 1), enter next stage view data output.
Further, described step e 1) or E2) in, described this phase data that obtains also comprises: judge the data whether existed in this stage more than piece image, in this way, then the information selecting the view data that was called or there is time of closest approach mark or there is analytical information data as this phase data; Described analytical information comprises: the markup information of red area, white portion, non-brownish black region and black region; Described analytical information exports with view data and is presented in image information.
The invention still further relates to a kind of device realizing said method, comprising:
Present image acquisition unit: for arranging the identity identification information of detected person, according to time sequencing collection and the view data that obtains of store electrons colposcope;
Present image mark unit: for marking according to time sequencing the view data obtained this detection, and store markup information;
Identity recognizing unit: for searching the data whether existing in a database and mate with described identity identification information, in this way, call existing image labeling unit; Otherwise, export the image information of described storage;
Mark comparing unit: for contrasting this markup information stored in the markup information of the last stored view data in a database corresponding to this identity identification information and above-mentioned steps, and record identical markup information;
Image output unit: for exporting the view data that this gathers successively according to time sequencing, wherein, as this view data exists the mark identical with last stored view data, then export when this image of output simultaneously last stored, the view data of identical mark; As this image does not exist last stored image corresponding to mark, then only export this and gather image.
Further, described present image acquisition unit comprises further:
Identity arranges module: for arranging the information of detected person;
Image storage module: for the view data obtained and the time that obtains thereof are stored in designated storage area successively; It is described that to obtain the time be that this detects and starts the interval that obtains to described view data;
Described present image mark unit comprises further:
Time-labeling module: obtain the time by taking out it in described view data, time-labeling is carried out to this image;
Stage judge module: for eachly obtaining the time according to described, being converted into the stage corresponding with this time, stage mark is carried out to this image; Wherein, the described stage comprises normal saline removing stage, acetic acid reaction stage and Iod R stage;
Relating module: for the labeled data that obtains described in associating and this view data obtained.
Further, described image output unit comprises further:
This stage diagram is as data acquisition module: the acquisition time order for gathering according to this obtains the view data in this stage stage by stage;
View data output module: for judge last stored view data in whether there is the mark in this stage, if any, obtain this phase data of last stored view data, and export as data parallel with this this stage diagram collected; As nothing, export this stage view data that this collects;
Stage judge module: for judging whether each stage view data exports all, as no, call this stage diagram as data acquisition module, enters next stage view data output.
Implement display packing and the device of a kind of electronic colposcope image of the present invention, there is following beneficial effect: owing to carrying out stage mark to the new each stage view data gathered, and the view data before being searched by identification, and stage mark is carried out to view data before, then the result of twice stage mark is compared, the view data of its same phase is exported together, is convenient to user and compares.Judge.Do not need user oneself to thumb in a database and switch image display interfaces to compare with the current data that obtain.So it is consuming time few, and efficiency is high, contribute to doctor or user judges testing result.
Accompanying drawing explanation
Fig. 1 is the method flow diagram in the display packing of a kind of electronic colposcope image of the present invention and device embodiment;
Fig. 2 is the particular flow sheet to the image labeling stage in described embodiment;
Fig. 3 is the schematic diagram of display translation image in described embodiment;
Fig. 4 is the apparatus structure schematic diagram in described embodiment.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiments of the present invention is further illustrated.
As shown in Figure 1, in the display packing and device embodiment of a kind of electronic colposcope image of the present invention, the display packing of this image comprises the steps:
Step S11 arranges detected person's identity information, obtains in chronological order and stores view data: in this step, arranges the identity identification information of detected person, gathers the image information that also store electrons colposcope obtains; In practical operation, the detection of electronic colposcope will continue for some time, and the collection of its image is also gather on the appropriate time point of middle selection during this period of time.Therefore, in this step, the identity identification information of detected person is set, according to time sequencing collection and the view data that obtains of store electrons colposcope.In general, this time from gathering, carries out timing to the collected interval of this image.Naturally, the time of view data is shorter, and it gathers and stores more forward.In a word, in this step, obtain patient information input command, patient name and ID are stored in the memorizer N specified; After obtaining acquisition, complete picture collection by electronic colposcope.Electronic colposcope, by the collection of all pictures under completing colposcope, by the picture-storage of collection in the memorizer M specified, completes the colpomicroscopic image acquisition of Current electronic.
Step S12 detects to this view data gathered and marks according to time sequencing, and stores markup information: in this step, detects the view data obtained stage by stage and carries out mark process, be stored in the first depositor by the markup information obtained this.It is worth mentioning that, in this step, mark obtains in process at image, obtain some feature that view data has and identify, and markup information is exactly the concrete manifestation that these represent.If marked for the time obtaining image, then the markup information obtained is temporal information; If marked for residing detection-phase when obtaining image, then the markup information obtained is session information; In some cases, also can mark for the combination in time and stage or other characteristics, such as, be only mark the numbering of the order in testing process obtaining image, to export etc. by sequence number in follow-up process.Preferably, in the present embodiment, time-labeling and stage mark are comprised to the mark of a view data; As mentioned above, this collection obtains multiple view data, in this step, is marked each view data respectively the time according to image data acquiring.That is, for the view data in memorizer M, first obtain the time that it gathers, this time data is exactly the time-labeling information of this view data, and the labelling temporal information T obtained is stored in status register MT; Then according to the view data in status register MT temporal information T and memorizer M, to the picture indicia session information in memorizer, and the session information just obtained is stored in the first depositor.Wherein, the stage related in the present embodiment comprises normal saline and removes stage, acetic acid reaction stage and Iod R stage, is the different step during electronic colposcope detects, and these steps and the image collected thereof during electronic colposcope detects are general; In the present embodiment, above-mentioned normal saline removes the stage and the acetic acid reaction stage also may comprise green glow image (image namely gathered in green filter situation), these green glow images are also considered to an independent stage, also have independent, a unique coding to represent its place stage in the image obtained in this case image labeling step below.After a while by specifically the detailed process describing mark.
The view data that step S13 finds before this identity identification information is no, in this way, performs next step; Otherwise, directly jump to step S16, export current view data.Whether in this step, according to the identity identification information of input or setting in above-mentioned steps, searching the image stored before whether this identity identification information (detected person) exists, is namely further consultation patient.If according to the patient name in above-mentioned memorizer N and ID ergodic data storehouse, the database search method inquiry current patient names such as the tree-like y-bend method utilizing data base to provide and ID exist, and (namely there is the view data of this patient in this before detecting, show that this patient is further consultation patient), the status register W1 that then labelling is specified is 1, otherwise, this status register is 0, and directly jumps to step S16.
Step S14 obtains this identity identification information last time and detects markup information corresponding to the view data that stores: if above-mentioned status register W1 is 1, in this step, picture-storage path that this patient gathered last time, quantity and markup information is inquired about according to above-mentioned memorizer N patient name and ID, last stored view data is stored in the status register M1 specified, and obtains markup information corresponding to this image.It is worth mentioning that, the image stored before these is inevitable also through above-mentioned steps when gathering, so it must store corresponding markup information.
Step S15 compares this markup information gathered and markup information corresponding to last stored image, record identical markup information: in this step, contrast the markup information of the inspection image data before this patient obtained in above-mentioned steps and the markup information of this collection image, the markup information of the view data gathered in the past is stored in the second depositor.Relatively, record stage markup information identical in above-mentioned two markup informations.In the present embodiment, above-mentionedly compare the stage markup information being actually and reading successively and represent image acquisition phase in this acquisition of image data markup information, then search in last stored view data markup information and whether there is this stage mark value, if had, the markup information in this stage both then judging is identical, is stored in the 3rd depositor by this stage markup information.
Step S16 exports this view data gathered successively according to time sequencing: in this step, wherein, as this view data exists the mark identical with last stored view data, then export when this image of output simultaneously last stored, the view data of identical mark; As this image does not exist last stored image corresponding to mark, then only export this and gather image.
Specifically, the acquisition time order first gathered according to this in this step obtains the view data (this view data gathered) in this stage stage by stage; Then, judge the mark (namely judging whether to exist in the 3rd depositor the markup information in this stage) that whether there is this stage in the view data of last stored, if any, obtain this phase data of last stored view data, and export as data parallel with this this stage diagram collected; As nothing, export this stage view data that this collects; Finally, judge whether above-mentioned each stage view data that this gathers exports all, as no, returns above-mentioned steps, enter next stage view data output; As all exported, then represent that having completed this image gathered exports, and exits and waits for next step operation.
Above-mentioned obtain this stage view data time, also to judge the data whether existed in this stage more than piece image, in this way, then according to the concrete condition of image, the information selected the view data that was called or there is time of closest approach mark (acquisition time of the image namely gathered last time is closest with the acquisition time of this this stage image acquisition) or there is analytical information data as this stage view data; These analytical informations comprise: the markup information of red area, white portion, non-brownish black region and black region; Described analytical information exports with view data and is presented in image information.In the present embodiment, if there is a stage markup information in the 3rd depositor, then represent the labelling that all there is this stage in two depositors, namely show the view data all having each stage in the image of twice collection in front and back, such as, the image or the image in Iod R stage etc. of normal saline wash phase is all had in the image of twice collection.The benefit done like this is: add the called analytical information mark to picture, can mate in subsequent processes and export more accurate and effective, meet the picture of operator's subsequent analysis demand.
It is worth mentioning that, although in most of the cases, what occur is image corresponding to each stage, but, in some special cases, still there will be and only have part stage corresponding, and the image in some stage may have mark in a depositor, and may not have in another one depositor to mark (namely this collection does not collect the image in this stage), in this case, the image in what the image in this stage exported is exactly this this stage gathered.In the present embodiment, the view data that the first depositor of its correspondence also associates with labelling in the second depositor by content in reading the 3rd depositor one by one laterally or longitudinally exports side by side.Fig. 3 shows the view data display situation on a display screen longitudinally exported side by side, exports on a display interface, be convenient to doctor and compare by the image to collect for twice.If a certain image exists label information, then this information is also shown on this interface.Fig. 3 shows the situation of a phase acquisition image, and in some cases, the image in multiple stage can be the situation according to showing in Fig. 3, takes such mode to show under instruction one by one or successively; Also once by the display of the image of multiple phase acquisition on an interface, then the graphic interface needing the stage examined can be entered as required.Meanwhile, in this step, the output of view data in addition to display, can also print according to the mode of above-mentioned display, store or labelling.
In addition, in this step, further comprises a kind of situation, owing to being new patient, namely there is not the detected image before this patient, like this, owing to searching less than identical identity identification information, naturally also would not there be the steps such as comparison markup information below, also there will not be the situation that image comparison exports.In this case, the result of execution step is the time according to image acquisition, exports this image obtained with the general pattern data way of output, and certainly, above-mentioned markup information, analytical information etc. that this gathers also are export simultaneously and be superimposed upon on image.
In the present embodiment, Fig. 2 shows the concrete steps of view data being carried out to labelling, as follows:
Step S21 obtains obtaining the time and carrying out time-labeling to it of each view data: in this step, gathers time of this view data by obtaining in the view data stored, the time here refer to by gather the interval of image to this image acquisition.Due to the particularity that electronic colposcope detects, this interval illustrates the stage at place when it gathers image to a certain extent, such as, is acetic acid reaction detection-phase, or green glow stage in normal saline wash phase etc.
Step S22 obtains the time range in each stage: in this step, obtains the time range in each stage.Similarly.Clear and definite requirement is all had to each stage in detecting at electronic colposcope, such as, acetic acid reaction should smear acetic acid reaction solution how long time gather image and be only correct, so, each stage be time range by gather image or start that timing is fixed at last and know in advance.In this step, obtain the time range in expression each stage that this sets in advance exactly, each stage comprises an initial time and an end time.
The time that obtains of each image compares with the time range in each stage obtained by step S23 one by one, judge the view data place stage: in this step, the time of each image data acquiring obtained is compared with time range obtained above, the acquisition time of this image is fallen in the time range in a stage, just represent that this view data is in this phase acquisition, is the image of this phase acquisition.In this step, exactly the acquisition time of all images is compared with the time range in each stage obtained above respectively one by one, find the time range residing for this acquisition time respectively, determine the acquisition phase of this image.
The unique code of each view data place stage with setting represents and is stored in the first depositor by step S24: in this step, and use different codings or mark to represent the different stages, the coding in each stage or mark are only.Must with the acquisition phase at view data place after, its acquisition phase coding corresponding to above-mentioned stage or mark are represented, and exist in the first depositor.In this step, also comprise the step associated with the image of its execution by the mark in the first depositor, when namely obtaining the mark of this first depositor, need the memory location of the view data obtaining its correspondence, this mark value is associated or points to the memory location of image.Like this when obtaining the mark in this depositor, just can know the image calling its correspondence wherein.
In a word, in the present embodiment, the flow process of the method is as follows: first receive outside enabling signal and obtain the order inputting patient information, the relevant informations such as the ID of patient information and name are stored in memorizer; After acquisition acquisition, electronic colposcope gathers, and collecting unit carries out collection picture-storage in memorizer; Afterwards temporal information and session information labelling are carried out to the picture of current collection, also comprise and corresponding color analysis is carried out to picture; Then search historical patient according to the relevant information such as ID and name of patient information, according to the picture of acquisition of information historical patient information, time mark and session information labelling are carried out to historical patient information's picture simultaneously; Phased markers information according to patient's history's picture and photo current is mated, and when session information matching condition deficiency, increase temporal information coupling, obtain the integrated information of mating, what also comprise picture calls analytical information; Finally according to the integrated information of coupling, history picture and photo current are carried out contrast display, printing, storage, labelling.
The present embodiment also relates to a kind of device realizing said method, refers to Fig. 4.In the diagram, this device comprises present image acquisition unit 41, present image mark unit 42, identity recognizing unit 43, mark comparing unit 44 and image output unit 45; Wherein, present image acquisition unit 41 for arranging the identity identification information of detected person, according to time sequencing collection and the view data that obtains of store electrons colposcope; Present image mark unit 42 marks according to time sequencing for the view data obtained this detection, and stores markup information; Identity recognizing unit 43, for searching the data whether existing in a database and mate with described identity identification information, in this way, calls existing image labeling unit; Otherwise, export the image information of described storage; Mark comparing unit 44 for contrasting this markup information stored in the markup information of the last stored view data in a database corresponding to this identity identification information and above-mentioned steps, and records identical markup information; The view data that image output unit 45 gathers for exporting this successively according to time sequencing, wherein, as this view data exists the mark identical with last stored view data, then export when this image of output simultaneously last stored, the view data of identical mark; As this image does not exist last stored image corresponding to mark, then only export this and gather image.
Further, at the present embodiment, present image acquisition unit 41 comprises identity further and arranges module 411 and image storage module 412; And present image mark unit 42 comprises time-labeling module 421, stage judge module 422 and relating module 423 further.Wherein, identity arranges module 411 for arranging the information of detected person; Image storage module 412 is for being stored in designated storage area successively by the view data obtained and the time that obtains thereof; It is described that to obtain the time be that this detects and starts the interval that obtains to described view data; Time-labeling module 421 obtains the time by taking out it in described view data, carries out time-labeling to this image; Stage judge module 422, for eachly obtaining the time according to described, is converted into the stage corresponding with this time, carries out stage mark to this image; Wherein, the described stage comprises normal saline removing stage, acetic acid reaction stage and Iod R stage; Relating module 423 is for the labeled data that obtains described in associating and this view data obtained.
And image output unit 45 comprises this stage diagram further as data acquisition module 451, view data output module 452 and stage judge module 453.Wherein, this stage diagram obtains the view data in this stage stage by stage for the acquisition time order gathered according to this as data acquisition module 451; View data output module 452 for judge last stored view data in whether there is the mark in this stage, if any, obtain this phase data of last stored view data, and export as data parallel with this this stage diagram collected; As nothing, export this stage view data that this collects; Stage judge module 452, for judging whether each stage view data exports all, as no, calls this stage diagram as data acquisition module, enters next stage view data output.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It 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 (10)
1. a display packing for electronic colposcope image, is characterized in that, comprises the steps:
A) identity identification information of detected person is set, according to time sequencing collection and the view data that obtains of store electrons colposcope;
B) view data that this detection obtains is marked according to time sequencing, and store markup information;
Whether the detected person's identity identification information C) searching above-mentioned setting exists in a database, in this way, performs step D); Otherwise, perform step e);
D) contrast markup information and this markup information stored of the last stored view data in a database corresponding to this identity identification information, and record identical markup information;
E) this view data gathered is exported successively according to time sequencing, wherein, as this view data gathered exists the mark identical with last stored view data, then export when exporting the view data of this collection simultaneously last stored, the view data of identical mark; As this view data gathered does not exist last stored image corresponding to mark, then only export this acquisition of image data;
Wherein, time-labeling and stage mark are comprised to the mark of a view data; The described time from gathering, carries out timing to the collected interval of image.
2. the display packing of electronic colposcope image according to claim 1, is characterized in that, described steps A) in comprise the steps: further
A1) information of detected person is set;
A2) view data obtained and the time that obtains thereof are stored in designated storage area successively; It is described that to obtain the time be that this detects and starts the interval that obtains to view data.
3. the display packing of electronic colposcope image according to claim 2, is characterized in that, described step B) comprise further:
B1) obtain the time by taking out it in view data, time-labeling is carried out to view data;
B2) obtain the time according to each, be converted into and obtain stage corresponding to time with each, stage mark is carried out to view data; Wherein, the described stage comprises normal saline removing stage, acetic acid reaction stage and Iod R stage;
B3) labeled data obtained and this view data obtained is associated.
4. the display packing of electronic colposcope image according to claim 3, is characterized in that, described step B2) comprise further:
B21) the time setting value in each stage of setting is in advance obtained;
B22) time that obtains corresponding for each view data is compared with the time setting value in described each stage successively, as in its time setting value, then judge that the view data of its correspondence obtained as this stage.
5. the display packing of electronic colposcope image according to claim 4, is characterized in that, described step D) comprise further:
D1) markup information that the view data of last time storage corresponding to detected person's identity identification information is corresponding is obtained;
D2) flag information that obtain, that represent each stage is obtained during this gathers one by one, and in judging the flag information that the last view data stored is corresponding, whether there is during this gathers the flag information obtained, in this way, judgement symbol information is identical, and records identical flag information.
6. the display packing of electronic colposcope image according to claim 5, is characterized in that, described step e) comprise the steps: further
E1) the acquisition time order gathered according to this obtains the view data in this stage stage by stage;
E2) mark that whether there is this stage in the view data of last stored is judged, if any, obtain this phase data of last stored view data, and export as data parallel with this this stage diagram collected; As nothing, export this stage view data that this collects;
E3) judge whether each stage view data exports all, as no, return step e 1), enter next stage view data output.
7. the display packing of electronic colposcope image according to claim 6, it is characterized in that, described step e 1) or E2) in, obtain this phase data also to comprise: judge the data whether existed in this stage more than piece image, in this way, then the information selecting the view data that was called or there is time of closest approach mark or there is analytical information data as this phase data; Described analytical information comprises: the markup information of red area, white portion, non-brownish black region and black region; Described analytical information exports with view data and is presented in image information.
8. realize a device for electronic colposcope method for displaying image as claimed in claim 1, it is characterized in that, comprising:
Present image acquisition unit: for arranging the identity identification information of detected person, according to time sequencing collection and the view data that obtains of store electrons colposcope;
Present image mark unit: the view data for obtaining this detection marks according to time sequencing, and stores markup information;
Identity recognizing unit: for searching the data whether existing in a database and mate with described identity identification information, in this way, call existing image labeling unit; Otherwise, export the image information stored;
Mark comparing unit: for contrasting markup information and this markup information stored of the last stored view data in a database corresponding to this identity identification information, and record identical markup information;
Image output unit: for exporting the view data that this gathers successively according to time sequencing, wherein, as this view data gathered exists the mark identical with last stored view data, then export when exporting the view data of this collection simultaneously last stored, the view data of identical mark; As this view data gathered does not exist last stored image corresponding to mark, then only export this acquisition of image data;
Wherein, time-labeling and stage mark are comprised to the mark of a view data; The described time from gathering, carries out timing to the collected interval of image.
9. device according to claim 8, is characterized in that, described present image acquisition unit comprises further:
Identity arranges module: for arranging the information of detected person;
Image storage module: for the view data obtained and the time that obtains thereof are stored in designated storage area successively; It is described that to obtain the time be that this detects and starts the interval that obtains to view data;
Described present image mark unit comprises further:
Time-labeling module: obtain the time by taking out it in view data, time-labeling is carried out to view data;
Stage judge module: for obtaining the time according to each, is converted into and obtains stage corresponding to time with each, carry out stage mark to view data; Wherein, the described stage comprises normal saline removing stage, acetic acid reaction stage and Iod R stage;
Relating module: for associating the labeled data and this view data obtained that obtain.
10. device according to claim 9, is characterized in that, described image output unit comprises further:
This stage diagram is as data acquisition module: the acquisition time order for gathering according to this obtains the view data in this stage stage by stage;
View data output module: for judge last stored view data in whether there is the mark in this stage, if any, obtain this phase data of last stored view data, and export as data parallel with this this stage diagram collected; As nothing, export this stage view data that this collects;
Stage judge module: for judging whether each stage view data exports all, as no, call this stage diagram as data acquisition module, enters next stage view data output.
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| CN201410096702.4A CN103932665B (en) | 2014-03-17 | 2014-03-17 | A kind of display packing of electronic colposcope image and device |
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