CN105147299A - Method and device for confirming identity of user of wireless probe in fetal monitoring system - Google Patents
Method and device for confirming identity of user of wireless probe in fetal monitoring system Download PDFInfo
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Abstract
The invention relates to a method for confirming identity of a user of a wireless probe in a fetal monitoring system. The method includes the following steps: acquiring fingerprint data of the user by the monitoring system, binding the fingerprint data with identity data, stored in the monitoring system, of the user, and generating an identity recognition code of the user; acquiring fingerprint data of the user in the wireless probe; transmitting the fingerprint data to a wireless base station; after the wireless base station receives the fingerprint data, sending the identity recognition code corresponding to the fingerprint data and the bound data thereof to the wireless probe, and feeding the identity recognition code and the bound data back to the user. The invention further relates to a device realizing the method. The method and the device have the advantages of short consumed time and low error probability.
Description
Technical field
The present invention relates to the data processing field of medical monitor, more particularly, relate in a kind of fetal monitoring system the method and device that confirm wireless probe user identity.
Background technology
Fetal monitor in the market and obstetrics' monitoring network are all take equipment as main unit, and the starting point of all control and data transmission is all equipment, and anemia of pregnant woman's just entry information on each device, gets report.The information management system of obstetrics is also based on each fetal monitor, need first to determine anemia of pregnant woman is with which platform machine, confirm that what is your name with the anemia of pregnant woman of this machine again, and then in central monitoring system, find this equipment, finally in name and other information of the typing anemia of pregnant woman of correspondence.This process is very complicated, needs nurse to confirm multiple process such as machine and anemia of pregnant woman's identity, and due in this whole process, is all use manually to check substantially, be very easy to make mistakes; In addition, when in anemia of pregnant woman's monitoring process, instrument breaks down, and when needing to change monitor, above-mentioned steps does one time again again, even if when not going out any mistake, it is consuming time also longer, delays the detection of anemia of pregnant woman, is unfavorable for the seriality of data.Particularly when using wireless probe, because wireless probe is without the process of the binding bedside machine of wire rod, it is increased by the probability of misapplying, it is wrong that such needs spend more time and energy to go to be confirmed whether that data send, the problems such as anemia of pregnant woman's information binding mistake, both workload was added, the probability of makeing mistakes is made again to increase, and because wireless probe uses battery, if long-time monitoring dead battery, nurse needs to change probe, and after changing probe, the probability that error in data is transferred to data base increases.Therefore, in the prior art, confirm probe, the particularly method of the user identity of wireless probe, have consuming time longer, make mistakes may be larger shortcoming.
Summary of the invention
The technical problem to be solved in the present invention is, for above-mentioned consuming time longer, the defect that fallibility is larger of prior art, provide the method and the device that confirm wireless probe user identity in a kind of shorter, fetal monitoring system that fallibility is lower consuming time.
The technical solution adopted for the present invention to solve the technical problems is: construct a kind of method confirming wireless probe user identity in fetal monitoring system, and described fetal monitoring system comprises the wireless monitoring probe of multiple identical or different type and receives the data that described wireless probe sends and the wireless base station shown; Described method comprises the steps:
A) monitor system obtains user finger print data, binds, produce the identity code of this user, and store above-mentioned identity code and finger print data with the identity data be stored in this monitor system of this user;
B) when wireless probe is brought into use, the finger print data of user is obtained; This finger print data is transferred to described wireless base station;
C) after described wireless base station receives described finger print data, search whether there is identical finger print data at its memory area, if any, the user name bound by this finger print data and/or identity code are sent to described wireless probe, and wireless probe generates information; As nothing, require that wireless probe obtains user finger print data again.
Further, also comprise the steps:
D) the user name received is presented on the display screen of this wireless probe by described wireless probe; The physiological parameter monitored is sent on described wireless base station together with the name received and/or identity code;
E) on monitoring display screen, set up one with the display window of described name and/or identity code and binding information, show the curve that physiological parameter that sent by described wireless probe, that carry described identity code is formed.
Further, described step e) comprise the steps: further
E1) judge that the name that the transmission of described wireless probe comes and/or identity code are whether in existing display window, in this way, perform step e 3); Otherwise, perform step e 2);
E2) a newly-built display window with described name and/or identity code and binding information thereof, and divide the monitoring physiological parameter that this identity code is carried in memory area storage;
E3) the monitoring physiological data carrying this name and/or identity code is stored in memory area corresponding to this window found, and be connected with monitoring physiological data existing in this memory block, meanwhile, the curve of the monitoring physiological data formation newly received is shown in chronological order at this window.
Further, also comprise the steps:
F) judge whether the time that physiological parameter data that described wireless probe sends departs from normal value exceedes setting-up time, in this way, requires that wireless probe obtains user finger print data again; As no, continue to receive monitoring data.
Further, the identity data be stored in described in this monitor system is comprised and being inputted and the user name stored, age and pregnant all information by human-computer interaction device; Described identity code is the unique identifier that can not repeat.
Further, described step C) in the information that generates comprise with one or more under type: display user name and/or identity code, display lamp is pointed out, and sends voice message, sends prompt tone.
The invention still further relates to a kind of device realizing said method, comprising:
Identity code generation unit: obtain user finger print data for monitor system, binds with the identity data be stored in this monitor system of this user, produces the identity code of this user, and store above-mentioned identity code and finger print data;
Finger print data transmission unit: for when bringing into use when wireless probe, obtain the finger print data of user; This finger print data is transferred to described wireless base station;
Identity code transmission unit: for after described wireless base station receives described finger print data, search whether there is identical finger print data at its memory area, if any, the user name bound by this finger print data and/or identity code are sent to described wireless probe, and wireless probe generates information; As nothing, require that wireless probe obtains user finger print data again.
Further, also comprise:
Identity code display unit: the display screen for described wireless probe, the user name received being presented at this wireless probe; The physiological parameter monitored is sent on described wireless base station together with the name received and/or identity code;
Display window sets up unit: for setting up one with the display window of described name and/or identity code and binding information thereof on monitoring display screen, show the curve that physiological parameter that sent by described wireless probe, that carry described name and/or identity code is formed.
Further, described display window is set up unit and is comprised further:
Identity code judge module: judge that the name that the transmission of described wireless probe comes and/or identity code are whether in existing display window, in this way, call display window and confirm module; Otherwise, call the newly-built module of display window;
The newly-built module of display window: for a newly-built display window with described name and/or identity code and binding information thereof, and divide the monitoring physiological parameter that this identity code is carried in memory area storage;
Display window confirms module: for being stored in memory area corresponding to this window found by the monitoring physiological data carrying this name and/or identity code, and be connected with monitoring physiological data existing in this memory block, meanwhile, the curve of the monitoring physiological data formation newly received is shown at this window.
Further, also comprise:
Depart from time judging unit: for judging whether the time that physiological parameter data that described wireless probe sends departs from normal value exceedes setting-up time, in this way, requires that wireless probe obtains user finger print data again; As no, continue to receive monitoring data.
Implement the method and the device that confirm wireless probe user identity in fetal monitoring system of the present invention, there is following beneficial effect: because the identity identification information of the user (anemia of pregnant woman) by wireless probe first inputs on wireless base station, the information (comprising name) that other modes of employing (normally man-machine interaction mode) of itself and this user are inputted binds together, and generates unique identity code; And this user inputs finger print information again on wireless probe when using wireless probe, and the finger print information now inputted is transferred on wireless base station and compares with the identity data stored in advance, the identity datas such as the user name of storage to be transferred on wireless probe and to show, user can oneself be confirmed whether wrong, thus make the finger print information of not easily identification be converted the Word message of easy identification, be convenient to user and operator's confirmation.Whole process does not need too many manual intervention, and operating procedure is simple.So, its consuming time shorter, make mistakes may be lower.
Accompanying drawing explanation
Fig. 1 is the realization flow figure confirming method in the method for wireless probe user identity and device embodiment in fetal monitoring system of the present invention;
Particular flow sheet when Fig. 2 is monitor system display monitoring physiological data in described embodiment;
Decision flow chart when Fig. 3 is wireless probe landing in described embodiment;
Fig. 4 is 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 method confirming wireless probe user identity in fetal monitoring system of the present invention and device embodiment, its method comprises the steps:
Step S11 obtains user finger print data, the identity data being stored in monitor system with this user is bound, produce identity code: in the present embodiment, a fetal monitoring system can comprise a wireless base station and multiple wireless probe, wherein, wireless probe, for monitoring and obtaining the physiological parameter data of user, sends it on wireless base station.This fetal monitoring system also comprise one for controlling, store data and show the control display unit of the curve that physiological data that current monitoring obtains is formed, this unit can be an independent data terminal, such as, computer or similar devices also can be data terminals being arranged on above-mentioned wireless terminal.No matter be which kind of situation, its data all must come from above-mentioned wireless terminal.In this step, user (namely by the anemia of pregnant woman guarded), before the physiological parameter not using above-mentioned wireless probe to its fetus is guarded, needs to input its finger print data in above-mentioned fetal monitoring system.Specifically, position of its input may be at the fingerprint identification device be connected with wireless base station, the fingerprint identification device be arranged on wireless base station, the fingerprint identification device that is arranged on the fingerprint identification device on above-mentioned control display unit or is connected with this control recognition unit.After the finger print data input of this user, it inputted with adopting other modes, normally inputted by human-computer interaction device, the identity data being stored in this user in this monitor system binds together.These other user ID data comprises user's name, age, pregnant week etc., also prior or inputted at that time.When after above-mentioned information binding, this monitor system generates a unique user identification code, represents this user identity.This user identification code will be used in mark monitoring data, mark display window or be used for identifying user etc.The reason done like this is convenient to identify, finger print data and user identification code are not easy to identification as a rule, and the title of user is convenient to identification.Particularly when user oneself identifies, user's name is used to be comparatively simple, reliable recognition method.When this step performs, except obtain user finger print data, with except other identity datas of this data binding and identity code, also need these data to store, be convenient to searching and using of later step.In the present embodiment, can also by the fingerprint of user and title, pregnant week etc. identity data be input in data base, set up finger print information archives, make other equipment connected by the database retrieval in wireless base station to user ID data, and the recognition method being compared other by fingerprint recognition is identified in operation as iris identification, recognition of face and eyelid and uses easier, cost of manufacture is lower, and fingerprint identification device volume is little, take up room less, make integral device lighter.
Step S12 wireless probe obtains user finger print data, and be transferred to wireless base station: in this step, user brings into use wireless probe to guard (or its fetus) physiological parameter of himself, its primary step, confirm whom the user of this wireless probe is, so that display or store the monitoring physiological parameter that this wireless probe obtains.For this reason, user inputs its finger print data by the fingerprint identification device be arranged on above-mentioned wireless probe, starts to confirm user.After wireless probe obtains the finger print data of user, it is sent to wireless base station by the wireless channel of this wireless probe and wireless base station.It is worth mentioning that, in this step, user is that the fingerprint module be connected with the control unit of wireless probe by be arranged on wireless probe, by spi bus inputs its finger print data.Meanwhile, in the present embodiment, above-mentioned wireless probe can be wireless ultrasonic probe or wireless uterine contraction pressure probe in one, also can comprise above-mentioned two kinds of wireless probes at a fetal monitoring system.Simultaneously, in the present embodiment, the finger print information being gathered user by fingerprint recognition uploads to wireless base station again, make whole operating process automatization and intellectuality more, the identification mode comparing other is identified in operation as iris identification, recognition of face and eyelid and uses easier, and cost of manufacture is lower, and fingerprint identification device volume is little, take up room less, make integral device lighter.
Step S13 finds identity code corresponding to this finger print data, and the name of binding and/or identity code are sent to wireless probe: in this step, after wireless base station receives the finger print data of above-mentioned wireless probe transmission, due in above-mentioned steps, the identity data and identity code that carried out the user of finger print data input are in advance stored in a memory area of specifying, so, can search whether there is identical finger print data at this memory area, namely all finger print datas stored in the finger print data received and above-mentioned memory area are contrasted separately one by one, judge that whether this finger print data received is identical with in the finger print data stored, if any, this finger print data name corresponding to (being searched the finger print data of the storage identical with the finger print data received) and/or identity code are sent to above-mentioned wireless probe (certainly, other identity datas above-mentioned beyond name can also be sent to wireless probe), wireless probe generates information, as nothing, require that wireless probe re-enters user finger print data.It is worth mentioning that, when not finding identical finger print data, only have two kinds of situations, one be on wireless probe, obtain finger print data may not comprehensively, another situation may be that this user does not input finger print data in advance and produces identity code.In the previous case, can solve through the repeatedly input on wireless probe; And in the case of the latter, wireless probe repeatedly inputs and obviously can not solve, now, need user to perform by inputting finger print data and produce the step of identification in monitor system.It is worth mentioning that, the information generated in above-mentioned steps comprises with one or more under type: display user name and/or identity code, and display lamp is pointed out, and sends voice message, sends prompt tone etc.
Step S14 shows the identity data received, and the physiological parameter monitored is added the name that receives and/or identity code are sent to wireless base station: in this step, the user identity data corresponding due to the finger print data finding input is also sent to this wireless probe, therefore, this wireless probe generates information, is presented on the display screen of this wireless probe by the identity code received and identity data (mainly user name) thereof; Meanwhile, this wireless probe starts monitoring, it physiological parameter monitored is sent to together with the identity code received on described wireless probe.It is worth mentioning that, in this step, why will be presented on the display screen of wireless probe by the name of user, be identify whether to make mistakes for the ease of user.Because user may misremember the identity code of oneself, can may not differentiate the fingerprint shape of oneself, but the probability that user misremembers the name of oneself almost there is no yet.Therefore, in this step, although convenient by one, comparatively abstract recognition marks, be replaced by one equally easily, the of equal value and mark easily identified, considerably reduce the situation that corrupt data or wireless probe and user misplace and occur.Meanwhile, its time taken is shorter.In addition, while display identity data, the physiological parameter monitored is added that the identity code received is sent to wireless base station, send again after confirming without the need to user, automatization more, simplify operating procedure, can prevent touch of key-press by accident from causing probe to quit work simultaneously.
The curve that step S15 is formed by the physiological data transmitted in the window corresponding with identity code display: in this step, the monitoring data that wireless probe sends is received by wireless base station, monitor system will store these data according to time sequencing, and on monitoring display screen, set up a display window with identity code and binding information thereof, the curve that this window is formed for showing physiological parameter that sent by above-mentioned wireless probe, that carry described identity code.Certainly, these data are that needs are treated when forming curves.
Fig. 2 shows the concrete determining step of above-mentioned display window, when this is owing to starting a new user monitoring, is there is not its display window certainly, so a newly-built window is inevitable.Such as, but also have the situation that some make an exception, this user is newly guarded, but just guarded before, but for a certain reason, monitoring is interrupted.Now again (or continuation) monitoring, now, the display window that the identity code of this user is corresponding exists, and only needs to store data in storage area according to time sequencing, and continued to be presented at this display window by the curve obtained by these data.In addition, in the present embodiment, be also not only judged by above-mentioned identity code, in some cases, by the combination of user name or user name and identity code, also can make display window and search, judge or the operation such as foundation.In fig. 2, the determination of display window comprises the steps:
Step S21 obtains that receive, together with monitoring physiological parameter identity code: in the present embodiment, the monitored parameters data being sent to wireless base station due to wireless probe are all carry the identity code being identified the user using this wireless probe, so, when processing (comprise and it being stored in chronological order and forming curves etc.) these data, identity code is wherein needed to take out, being convenient on the one hand the process of follow-up data, is the corresponding relation being convenient to determine these data and display window, memory location in addition on the one hand.
Whether step S22 current window has corresponding identity code, in this way, performs step S24; Otherwise, perform step S23.In this step, judge in the display window of the current existence of this monitor system, whether to there is corresponding identity code.Due in the present embodiment, all display windows are all corresponding with the user name that identity code and its represent, as long as therefore compared with the identity code of the display window of current existence one by one by the identity code received, judge that whether it is identical.If have identical, then perform step S24; If do not have identical, then perform step S23.
Step S23 newly opens the curve that display window shows the monitoring physiological parameter formation received, and newly open memory area and place the monitoring physiological parameter received: in this step, owing to not finding the display window of common identity identification code, so need newly to open a display window for showing the physiological parameter curve of this user, similarly, the physiological parameter data of this user also needs to be stored in a memory area newly divided out.This due to this user be the cause of new (at least for current monitor system) user.
Step S24 shows the curve of the monitoring physiological parameter formation received at this window, and the monitoring physiological parameter received sequentially is put into the memory area of its correspondence: in this step, by the comparison of above-mentioned steps, find that there is the display window of common identity identification code, usually in this case, because the temporary transient interruption of monitoring data occurs.The reason that this interruption is temporarily possible comprises wireless probe landing, wireless probe is changed etc.Therefore, in this step, the curve that the data of current this wireless probe transmission are formed is presented in the identical display window of this identity code, meanwhile, the monitoring data (namely guarding physiological parameter data) that the transmission of this wireless probe comes also is be stored in memory area corresponding to this display window.It is worth mentioning that no matter be the display of curve or the storage of data, be all immediately preceding after curve before or data, be arranged in order according to time sequencing.
Fig. 3 shows the one that may occur in step S15, in most cases, time this situation appears at wireless probe landing, due to the landing of wireless probe, make it can not pick up the physiological signal of user, and then there is larger departing from the monitored parameters making to be transferred to wireless base station, when this depart from last longer than setting-up time time, need to remind user to note, so that obtain normal monitored parameters data.In figure 3, this judge process comprises:
The monitoring physiological parameter forming curves that step S31 will receive, this parameter value departs from normal value and exceedes set point: in this step, be presented in the process of display window the monitoring received physiological parameter data is converted to curve, judge whether this value departs from the scope of normal value one setting, such as, suppose that the scope set is 20% of normal value, then judge whether above-mentioned each data received exceed 20% of normal value one by one, it should be noted that, in the present embodiment, the normal value of data may be exactly a span, now, select the minima of this span or 20% of maximum.It is worth mentioning that, this normal value can be setting, also can average to monitoring data in early stage and obtain.
Step S32 departs from the time and whether is greater than setting-up time, in this way, performs step S34; Otherwise, perform step S33.In the present embodiment, owing to judging whether the data received depart from normal value one by one, and due to the transmission speed of monitoring data be known, so, as long as judge that the number departing from the monitoring data of normal value just can judge whether the time of departing from normal value is greater than setting-up time.
Step S33 continues to receive monitoring physiological parameter and forming curves: in this step, owing to judging that the above-mentioned time of departing from normal value does not exceed setting-up time, so, continue to receive monitoring physiological parameter and forming curves.
Step S34 sends instructions to wireless probe, user fingerprints is re-entered in requirement, carry out subscriber authentication: in this step, because the time of departing from normal value exceedes setting-up time, can judge to occur that unexpected situation causes monitoring data inaccurate, so send instructions to wireless probe, require to re-enter user fingerprints, carry out subscriber authentication, check wireless probe with reminding user.
In a word, in the present embodiment, first by wireless base station or connected fingerprint capturer typing anemia of pregnant woman fingerprint, and other personal information automatic and this anemia of pregnant woman, that adopt additive method to obtain, as name, at the age, pregnant week etc. bind, after typing completes, system generates an identity code uniquely identified automatically; When wireless probe be placed on her abdominal carry out physiological data collection time, the finger print information of anemia of pregnant woman that collect current monitoring by the fingerprint module (being contained in other positions that bellyband is buckled or popped one's head in) on anemia of pregnant woman's finger presses wireless probe, that use this wireless probe; This wireless probe, by wireless telecommunications, issues above-mentioned wireless base station this anemia of pregnant woman's finger print information; The finger print information that wireless base station in fetal monitoring system receives according to this is inquired about in a database, finds the identity code of this anemia of pregnant woman; Corresponding wireless probe is issued anemia of pregnant woman's identity code and name information in wireless base station in fetal monitoring system; When wireless probe receives the information sent base station, show the name of this anemia of pregnant woman on a display screen, and the physiological parameter detected is added that anemia of pregnant woman's identity code issues wireless base station by wireless telecommunications.(medical personnel are according to carrying out being confirmed whether to be current anemia of pregnant woman between the name that screen shows and anemia of pregnant woman, if the mistake of finding that there is, anemia of pregnant woman can be required again by the up-to-date finger print information of fingerprint capturer typing of wireless base station, and then again on this wireless probe, input finger print data); After wireless base station receives these data, a newly-built display window, shows the information such as the name of this anemia of pregnant woman, and physiological parameter is plotted as curve, finally these data are saved in the data base of this anemia of pregnant woman automatically.
In addition, do in tire prison process anemia of pregnant woman, if wireless probe occurs that electricity is low, during the situation that cannot work on, the above-mentioned flow process of workflow of concrete replacing probe is substantially the same, after the wireless base station just in fetal monitoring system receives these data, automatically physiological parameter together with data cube computation before, be plotted as curve, finally these data be saved in the data base of this anemia of pregnant woman, ensured the seriality of data by this method.
In actual use, after also may occurring that an anemia of pregnant woman has guarded, nurse directly uses wireless probe to another anemia of pregnant woman and lie changes or probe slip causes Fetal Heart Rate None-identified etc.These situations can solve by the following method, namely after completing above-mentioned flow process, increase following steps:
The monitoring data of the wireless base station real-time analysis anemia of pregnant woman in fetal monitoring system, such as, Fetal Heart Rate value, when judging that the time that Fetal Heart Rate departs from normal value (50-240bpm) exceedes the scheduled time (such as 20s), as no, continue Real-time Monitoring Data; In this way, then wireless base station sends prompting, requires that user re-enters fingerprint, repeats the process of above-mentioned confirmation afterwards.
The benefit done like this is, real-time monitoring tire prison data, point out user after unusual circumstance, operate, if changed anemia of pregnant woman, doctor and anemia of pregnant woman can be pointed out to restart new monitoring, if the probe landing of anemia of pregnant woman before, associative operation can be carried out by reminding user in time, avoid data to lack for a long time, the time of waste doctor and anemia of pregnant woman, also avoid occurring emergency case countless according in the time period.
In the present embodiment, also relate to a kind of device realizing said method, as shown in Figure 4, this device comprises: identity code generation unit 1, finger print data transmission unit 2, identity code transmission unit 3, identity code display unit 4, display window are set up unit 5 and departed from time judging unit 6.Wherein, identity code generation unit 1 obtains user finger print data for monitor system, binds, produce the identity code of this user, and store above-mentioned identity code and finger print data with the identity data be stored in this monitor system of this user; Finger print data transmission unit 2 is for when bringing into use when wireless probe, and user inputs its finger print data thereon; This finger print data is transferred to described wireless base station; Identity code transmission unit 3 is for after described wireless base station receives described finger print data, search whether there is identical finger print data at its memory area, if any, user name corresponding for this finger print data and its identity code are sent to described wireless probe, the data that these send by wireless probe, particularly user name, feeds back to user; As nothing, require that wireless probe re-enters user finger print data; Identity code display unit 4 is presented at the display screen of this wireless probe for user name, identity code and the identity data thereof received by described wireless probe; Wherein, topmostly importantly show user name, this is the identification parameters that user the most easily judges; In addition, also the physiological parameter monitored is sent on described wireless base station together with the identity code received; Display window sets up unit 5 for setting up one with the display window of described identity code and binding information thereof on monitoring display screen, shows the curve that physiological parameter that sent by described wireless probe, that carry described identity code is formed; Whether exceed setting-up time, in this way, require that wireless probe re-enters user finger print data if departing from the time that time judging unit 6 departs from normal value for the physiological parameter data judging described wireless probe and send; As no, continue to receive monitoring data.
Wherein, display window is set up unit 5 and is comprised further: the newly-built module 52 of identity code judge module 51, display window and display window confirm module 53.Identity code judge module 51 judges that identity code that the transmission of described wireless probe comes is whether in existing display window, in this way, calls display window and confirms module; Otherwise, call the newly-built module of display window; The newly-built module of display window 52 for a newly-built display window with described identity code and binding information thereof, and divides the monitoring physiological parameter that this identity code is carried in memory area storage; Display window confirms that module 53 is for being stored in memory area corresponding to this window found by the monitoring physiological data carrying this identity code, and be connected with monitoring physiological data existing in this memory block, meanwhile, the curve of the monitoring physiological data formation newly received is shown in chronological order at this window.
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. confirm a method for wireless probe user identity in fetal monitoring system, described fetal monitoring system comprises the wireless monitoring probe of multiple identical or different type and receives the data that described wireless probe sends and the wireless base station shown; It is characterized in that, described method comprises the steps:
A) monitor system obtains user finger print data, binds, produce the identity code of this user, and store above-mentioned identity code and finger print data with the identity data be stored in this monitor system of this user;
B) when wireless probe is brought into use, the finger print data of user is obtained; This finger print data is transferred to described wireless base station;
C) after described wireless base station receives described finger print data, search whether there is identical finger print data at its memory area, if any, the user name bound by this finger print data and/or identity code are sent to described wireless probe, and wireless probe generates information; As nothing, require that wireless probe obtains user finger print data again.
2. confirm the method for wireless probe user identity in fetal monitoring system according to claim 1, it is characterized in that, also comprise the steps:
D) physiological parameter monitored is sent on described wireless base station by described wireless probe together with the name received and/or identity code;
E) on monitoring display screen, set up one with the display window of described name and/or identity code and binding information, show the curve that physiological parameter that sent by described wireless probe, that carry described name and/or identity code is formed.
3. confirm the method for wireless probe user identity in fetal monitoring system according to claim 2, it is characterized in that, described step e) comprise the steps: further
E1) judge that the name that the transmission of described wireless probe comes and/or identity code are whether in existing display window, in this way, perform step e 3); Otherwise, perform step e 2);
E2) a newly-built display window with described name and/or identity code and binding information thereof, and divide the monitoring physiological parameter that this name and/or identity code are carried in memory area storage;
E3) the monitoring physiological data carrying this name and/or identity code is stored in memory area corresponding to this window found, and be connected with monitoring physiological data existing in this memory block, meanwhile, the curve of the monitoring physiological data formation newly received is shown at this window.
4. confirm the method for wireless probe user identity in fetal monitoring system according to claim 1, it is characterized in that, also comprise the steps:
F) judge whether the time that physiological parameter data that described wireless probe sends departs from normal value exceedes setting-up time, in this way, requires that wireless probe obtains user finger print data again; As no, continue to receive monitoring data.
5. in fetal monitoring system according to claim 1, confirm the method for wireless probe user identity, it is characterized in that, described in the identity data be stored in this monitor system comprise and being inputted and the user name stored, age and pregnant all information by human-computer interaction device; Described identity code is the unique identifier that can not repeat.
6. in fetal monitoring system according to claim 1, confirm the method for wireless probe user identity, it is characterized in that, described step C) in the information that generates comprise with one or more under type: display user name and/or identity code, display lamp is pointed out, send voice message, send prompt tone.
7. realize the device confirming wireless probe user identity process in fetal monitoring system as claimed in claim 1, it is characterized in that, comprising:
Identity code generation unit: obtain user finger print data for monitor system, binds with the identity data be stored in this monitor system of this user, produces the identity code of this user, and store above-mentioned identity code and finger print data;
Finger print data transmission unit: for when bringing into use when wireless probe, obtain the finger print data of user; This finger print data is transferred to described wireless base station;
Identity code transmission unit: for after described wireless base station receives described finger print data, search whether there is identical finger print data at its memory area, if any, the user name bound by this finger print data and/or identity code are sent to described wireless probe, and wireless probe generates information; As nothing, require that wireless probe obtains user finger print data again.
8. device according to claim 7, is characterized in that, also comprises:
Identity code display unit: the display screen for described wireless probe, the user name received being presented at this wireless probe; The physiological parameter monitored is sent on described wireless base station together with the name received and/or identity code;
Display window sets up unit: for setting up one with the display window of described name and/or identity code and binding information thereof on monitoring display screen, show the curve that physiological parameter that sent by described wireless probe, that carry described identity code is formed.
9. device according to claim 8, is characterized in that, described display window is set up unit and comprised further:
Identity code judge module: judge that the name that the transmission of described wireless probe comes and/or identity code are whether in existing display window, in this way, call display window and confirm module; Otherwise, call the newly-built module of display window;
The newly-built module of display window: for a newly-built display window with described name and/or identity code and binding information thereof, and divide the monitoring physiological parameter that this identity code is carried in memory area storage;
Display window confirms module: for being stored in memory area corresponding to this window found by the monitoring physiological data carrying this name and/or identity code, and be connected with monitoring physiological data existing in this memory block, meanwhile, the curve of the monitoring physiological data formation newly received is shown in chronological order at this window.
10. device according to claim 9, is characterized in that, also comprises:
Depart from time judging unit: for judging whether the time that physiological parameter data that described wireless probe sends departs from normal value exceedes setting-up time, in this way, requires that wireless probe obtains user finger print data again; As no, continue to receive monitoring data.
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