CN106466178A - A kind of guardian mode changing method based on magnetic force automatic identification and system - Google Patents
A kind of guardian mode changing method based on magnetic force automatic identification and system Download PDFInfo
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- CN106466178A CN106466178A CN201610523027.8A CN201610523027A CN106466178A CN 106466178 A CN106466178 A CN 106466178A CN 201610523027 A CN201610523027 A CN 201610523027A CN 106466178 A CN106466178 A CN 106466178A
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- magnetic force
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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
- A61B5/74—Details of notification to user or communication with user or patient ; user input means
- A61B5/7475—User input or interface means, e.g. keyboard, pointing device, joystick
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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
Abstract
The present invention discloses a kind of guardian mode changing method based on magnetic force automatic identification and system, including step S01：Monitor detects whether to receive the magnetic force signal that magnetic force generator is launched, and if so, then executes next step；Step S02：Monitor gathers described magnetic force signal, and is converted into electronic signal；Step S03：Described electronic signal mated by monitor with monitor active pattern sequence code, if finding, the match is successful, executes next step；Step S04：Mode of operation is switched to the corresponding mode of operation of described active pattern sequence code by monitor.The present invention realizes monitor mode of operation and automatically switches, and improves monitor automatic identification ability, develops further to intelligent, multifunction.
Description
Technical field
The present invention relates to medical instruments field is and in particular to a kind of guardian mode changing method based on magnetic force automatic identification
And system.
Background technology
Monitor is the indispensable visual plant of hospital, is analyzed by the monitoring to various physiological parameters in 24 hours,
When the physiological function parameter of patient occurs abnormal, carry out danger warning/Warning alarm/prompting according to different alarm level and report to the police,
It is medical personnel's diagnosis, treatment, the important references index of rescue.Monitor technology is continuously developed and updates, and can use
In multiple wards of hospital, such as operating room, psychosis ward, coronary disease ward, department of pediatrics and Baby Care ward, wound nursing ward,
Radiotherapy nursing ward etc..
A current monitor has multiple use patterns and function, according to different classifying ruless, can be divided into following
Several classes：
According to patient class, adult mode/children's pattern/neonate pattern etc. can be divided into；
According to measurement pattern, continuous measurement pattern, point survey pattern etc. can be divided into；Wherein, continuous monitoring pattern is mainly used in
Intensive Care Therapy is indoor, and this pattern needs to be carried out continuously the monitoring of outdoor scene for a long time；Point survey pattern be mainly used in general ward or
Outpatient service, it is mainly simply monitored to patient.
According to applied environment, operating room dedicated mode, psychosiss pattern, radiotherapy NM etc. can be divided into, wherein
Operating room dedicated mode is mainly used in operating room, provides many pictures observation and treatment occasion such as the doctor in charge, anaesthetist.
Because guardian mode is various, according to different guardian mode, monitoring emphasis is different, therefore correct setting monitoring
Pattern will may consequently contribute to doctor and judge patient status, and maloperation when setting is incorrect or sets will cause to the judgement of doctor
Puzzlement, and then lead to error in judgement, impact patient is serious or causes secondary injury.
Same at present monitor is directed to different demands, and manually switching corresponding modes are exchanged, because same is guarded
Instrument backstage can arrange multiple different application models, then, in artificial switching, be easily subject to interface complicated and lead to maloperation, bring
Potential safety hazard.
Therefore, if be provided that a kind of can be with the environment of automatic identification application scenario so that monitor can with automatic identification simultaneously
It is switched to corresponding pattern, then it is very big convenient to provide for medical field, with the continuous progress of modern science and technology, guards skill
Art is increasingly advanced, and the functional module of monitoring gets more and more, and to intelligent, multifunction develops further, is that medical treatment carries
Supply powerful guarantee.
Content of the invention
In order to solve above-mentioned technical problem, present invention offer is a kind of to be cut based on the guardian mode of magnetic force automatic identification
Change method and system, it is possible to achieve the automatic switchover between the various application model of monitor.
The present invention is that the adopted technical scheme that solves the above problems is：A kind of monitoring based on magnetic force automatic identification is provided
Mode switching method, comprises the following steps：
Step S01：Monitor detects whether to receive the magnetic force signal that magnetic force generator is launched, and if so, then executes
Next step；
Step S02：Monitor gathers described magnetic force signal, and is converted into electronic signal；
Step S03：Described electronic signal is mated by monitor with monitor active pattern sequence code, if finding coupling
Successfully, then execute next step；
Step S04：Mode of operation is switched to the corresponding mode of operation of described active pattern sequence code by monitor.
Described mode of operation includes adult mode, children's pattern, neonate pattern, continuous measurement pattern, point survey pattern, handss
Art dedicated mode etc..
Preferably, step S02 includes：Monitor gathers the presence or absence of described magnetic force signal, the size of magnetic force signal and/or magnetic
The dynamic change of force signal size.
Described magnetic force generator is by writing control program for controlling magnetic force generator to export the size of magnetic force, magnetic
Power size (symbol：F) with magnetic field intensity (symbol：B it is) proportional relationship, and between magnetic field intensity and electric current, relation is：B=N
× I/Le is (in formula：B is magnetic field intensity, and unit is A/m；N is the number of turn of coil；I is electric current, and unit is A；Le is test sample
Effective magnetic circuit length, unit be m), the mode of operation that magnetic data size is arranged with monitor backstage associates so that it leads to
Cross magnetic force size and can automatically switch to related job pattern.
The magnetic force of so-called dynamic change refers to that magnetic force generator can send the magnetic field of multiple varying strength sizes, and this moves
The variable magnetic force of state can continuously circulate output, is identified by described magnetic force identifying device.
Preferably, step S02 also includes monitor by the dynamic change of the magnetic force collecting signal magnitude according to default
Electronic signal corresponding to multiple magnetic force signal magnitude range intervals is converted.
Preferably, step S02 also includes for described magnetic force signal expressing the electronic signal after conversion with digital signal.
Further, a kind of monitor based on magnetic force automatic identification is provided, including：
Magnetic force identifying device, for identifying the magnetic force signal that magnetic force generator is launched；
Matching unit, for being mated described magnetic force signal with monitor active pattern sequence code；
Switch unit, for switching to, by monitor mode of operation, the mode of operation that the match is successful.
Preferably, described magnetic force identifying device includes：
Detector unit, for detecting the magnetic force signal that magnetic force generator is launched；
Collecting unit, for gathering described magnetic force signal；
Conversion unit, for being converted into electronic signal by described magnetic force signal；
Described electronic signal is mated by described matching unit with monitor active pattern sequence code.
Preferably, described collecting unit is used for gathering the presence or absence of described magnetic force signal, the size of magnetic force signal and/or magnetic force
The dynamic change of signal magnitude, described conversion unit is additionally operable to the dynamic change of the magnetic force collecting signal magnitude according to default
The electronic signal corresponding to multiple magnetic force signal magnitude range intervals converted.
Further, provide a kind of monitor system based on magnetic force automatic identification, including monitor and magnetic force generator, institute
State monitor to include：
Magnetic force identifying device, for identifying the magnetic force signal that magnetic force generator is launched；
Matching unit, for the magnetic force signal after processing described magnetic force identifying device and monitor active pattern sequence code
Mated；
Switch unit, for switching to, by monitor mode of operation, the mode of operation that the match is successful.
Preferably, described magnetic force identifying device includes：
Detector unit, for detecting the magnetic force signal that magnetic force generator is launched；
Collecting unit, for gathering described magnetic force signal；
Conversion unit, for being converted into electronic signal by described magnetic force signal；
Described electronic signal is mated by described matching unit with monitor active pattern sequence code.
Preferably, described collecting unit is used for gathering the presence or absence of described magnetic force signal, the size of magnetic force signal and/or magnetic force
The dynamic change of signal magnitude, described conversion unit is additionally operable to the dynamic change of the magnetic force collecting signal magnitude according to default
Corresponding to multiple magnetic force signal magnitude range intervals electronic signal conversion.
What the present invention brought has the beneficial effect that：Using the guardian mode based on magnetic force automatic identification of the present invention switching
Method, monitor and system, by the magnetic force identifying device of setting in monitor and each unit and external magnetic force generating meanss it
Between magnetic force signal is produced by magnetic field induction, this magnetic force signal is converted into each Working mould of setting in electronic signal and monitor
Formula associates, and because monitor backstage can arrange various this pattern of different applications, so can achieve monitor according to use environment
Automatically switch to relevant work functional mode, it is to avoid the potential safety hazard that manual maloperation brings, improve monitor automatic identification energy
Power, and develop further to intelligent, multifunction, there is good economic benefit and social benefit.
Brief description
Fig. 1 is the guardian mode changing method flow chart based on magnetic force automatic identification for the present invention；
Fig. 2 is the monitor structural representation based on magnetic force automatic identification for the present invention；
Fig. 3 is the monitor system structural representation based on magnetic force automatic identification for the present invention；
Fig. 4 is the embodiment of the present invention one structural representation；
Fig. 5 is system monitor backstage setting procedure figure described in the embodiment of the present invention one；
Fig. 6 is system switching method workflow diagram described in the embodiment of the present invention one；
Fig. 7 is the embodiment of the present invention two structural representation；
Fig. 8 is system monitor backstage setting procedure figure described in the embodiment of the present invention two；
Fig. 9 is system switching method workflow diagram described in the embodiment of the present invention two；
Figure 10 is the embodiment of the present invention three structural representation；
Figure 11 is system monitor backstage setting procedure figure described in the embodiment of the present invention three；
Figure 12 is system switching method workflow diagram described in the embodiment of the present invention three.
Specific embodiment
Below in conjunction with concrete accompanying drawing, the present invention is further illustrated.
In order that the purpose of the present invention, technical scheme and advantage become more apparent, embodiment one to embodiment three with
The mode of arrangement as a example the switching of operating room dedicated mode, is had or not respectively from identification magnetic force；The mode of identification magnetism intensity；Identification is dynamic
The mode of state variable magnetic force intensity, the present invention will be described in further detail.
As shown in figure 1, providing a kind of guardian mode changing method based on magnetic force automatic identification, the method includes following steps
Suddenly：
Step S01：Monitor detects whether to receive the magnetic force signal that magnetic force generator is launched, and if so, then executes
Next step；
Step S02：Monitor gathers described magnetic force signal, and is converted into electronic signal；
Step S03：Described electronic signal is mated by monitor with monitor active pattern sequence code, if finding coupling
Successfully, then execute next step；
Step S04：Mode of operation is switched to the corresponding mode of operation of described active pattern sequence code by monitor.
As shown in Fig. 2 providing a kind of monitor, this monitor 2 includes detector unit 201, collecting unit 202, conversion list
Unit 203, matching unit 204 and switch unit 205, described monitoring means 201, collecting unit 202, conversion unit 203 set jointly
Put in the magnetic force identifying device in monitor 2, described matching unit 204 is realized by central processing unit.
As shown in figure 3, providing a kind of monitor system based on magnetic force automatic identification, this system includes magnetic force generator 1
With monitor 2, this monitor 2 be monitor shown in Fig. 2, be wherein provided with magnetic force generator 1 power supply control chip 101,
Power supply 102 and coil 103, described power supply control chip 101 controls the electric current output of power supply 102, line by Internal Control Procedure
Circle 103 controls the signal output of magnetic force by the electromagnetic induction between electric current, and the monitoring means 201 in monitor 2 are used for
The magnetic force signal that monitoring magnetic force generator 1 is launched, the monitored magnetic force signal of collecting unit 202 collection, conversion unit
203 are used for for described magnetic force signal being converted into electronic signal, and the matching unit 204 realized by central processing unit is transported by inside
Calculate and judge described signal the match is successful with the sequence code of monitor 2 mode of operation, if the match is successful, switch unit 205
Automatically switch to the corresponding mode of operation of active pattern sequence code described in monitor 2.This system is to realize according to Fig. 1 methods described
The automatic switchover of guardian mode.
Embodiment one
As shown in figure 4, providing a kind of guardian mode switched system based on magnetic force automatic identification, this system and device is used for knowing
The presence or absence of other magnetic force generator output magnetic force, it includes five magnetic force generators 12 and monitor 13, sets in monitor 13
Putting operating room dedicated mode sequence code is 10000, and five magnetic force generators 12 are respectively labeled as a, b, c, d, e magnetic force and fill
Put, this five magnetic force generators 12 are arranged on support 11, monitor 13 bottom corresponding region is provided with and this five magnetic force
Generating meanss group 12 sequentially corresponding magnetic force identifying device group 14, is provided with detector unit, collection list in magnetic force identifying device 14
Unit and conversion unit, magnetic force identifying device group 14 is respectively labeled as a ＇, b ＇, c ＇, d ＇, five magnetic force identifying devices of e ＇, five magnetic
Power identifying device 14 is used for the magnetic force signal that five magnetic force generators 12 of identification are exported, and it realizes work by following step
The automatic switchover of pattern：
Step S011：A ＇, b ＇, c ＇, d ＇, five magnetic force identifying devices of e ＇ detect whether to receive five magnetic force of a, b, c, d, e
The magnetic force signal that generating meanss are launched, if so, then executes next step；
Step S021：At a ＇, b ＇, c ＇, d ＇, e ＇ magnetic force identifying device circle collection a, b, c, d, e magnetic force generator
Magnetic force signal, and this magnetic force signal is converted into electronic signal；
Step S031：By step S021Described electronic signal is mated with monitor operating room dedicated mode sequence 10000
Judge, if the match is successful, execute next step；
Step S041：Mode of operation is switched to operating room dedicated mode by monitor.
As shown in figure 5, being system monitor backstage setting procedure figure described in embodiment one：Comprise the following steps：
Step J11:Enter monitor backstage setting screen, setting magnetic force has or not sequence 10000；
Step J12：Judge that magnetic force has or not whether sequence 10000 logs in？If so, then enter into step J13, if it is not, then
Enter into step J14；
Step J13：Enter monitor mode of operation correlation function interface, associated mode of operation function selecting button
Lamp is bright, and enters into step J15；
Step J14：Enter the total interface of mode of operation function association, cut-off；
Step J15：Select operating room dedicated mode function.
As shown in fig. 6, being system switching method workflow diagram described in embodiment one, comprise the following steps：
Step Z11：At a ＇, b ＇, c ＇, d ＇, five magnetic force identifying device taken at regular intervals a, b, c, d, e magnetic force generators of e ＇
Magnetic force, and by the magnetic force collecting signal be converted to electronic signal with 1 or 0 mark；
Step Z12：Judge whether this electronic signal sequence logs in？If then entering into step Z13, if it is not, then automatic
Cut-off；
Step Z13：Start operating room dedicated mode, realize the automatic switchover of monitor background function.
Embodiment two
As shown in fig. 7, providing a kind of guardian mode switched system based on magnetic force automatic identification, this system and device is used for knowing
Other magnetic force generator exports the size of magnetic force, and it includes a magnetic force generator 22 and monitor 23, in monitor 23
Setting operating room dedicated mode sequence code, this magnetic force generator 22 arranges on the stent 21, monitor 23 bottom corresponding region
It is provided with magnetic force identifying device 24 corresponding with this magnetic force generator 22, include matching unit in monitor 23 and switching is single
Unit, is provided with detector unit, collecting unit and conversion unit in magnetic force identifying device 24, and this magnetic force identifying device 24 is used for knowing
The magnetic force size that this magnetic force generator 22 does not export, it realizes the automatic switchover of mode of operation by following step：
Step S012：Magnetic force identifying device 24 detects whether to receive the magnetic force size letter that magnetic force generator 22 is launched
Number, if so, then execute next step；
Step S022：Magnetic force high low signal at magnetic force identifying device 24 circle collection magnetic force generator 22, and should
Magnetic force high low signal is converted into electronic signal；
Step S032：By step S022Described electronic signal and monitor operating room dedicated mode sequence carry out matching judgment,
If the match is successful, execute next step；
Step S042：Mode of operation is switched to operating room dedicated mode by monitor.
As shown in figure 8, being system monitor backstage setting procedure figure described in embodiment two：Comprise the following steps：
Step J21:Enter monitor backstage setting screen, the sequence of setting magnetic force F size；
Step J22：Judge whether magnetic force F sequence logs in？If so, then enter into step J23, if it is not, then entering into step
Rapid J24；
Step J23：Enter monitor mode of operation correlation function interface, associated mode of operation function selecting button
Lamp is bright, and enters into step J25；
Step J24：Enter the total interface of mode of operation function association, cut-off；
Step J25：Select operating room dedicated mode function.
As shown in figure 9, being system switching method workflow diagram described in embodiment two, comprise the following steps：
Step Z21：Magnetic force size at magnetic force identifying device taken at regular intervals magnetic force generator, and by the magnetic force collecting
F high low signal is converted to electronic signal 1 or 0 mark；
Step Z22：Judge whether this electronic signal sequence logs in？If then entering into step Z23, if it is not, then automatic
Cut-off；
Step Z23：Start operating room dedicated mode, realize the automatic switchover of monitor background function.
Embodiment three
As shown in Figure 10, provide a kind of guardian mode switched system based on magnetic force automatic identification, this system and device is main
For the identification of dynamic magnetic force, it includes the magnetic force generator of exportable dynamic magnetic field and monitor, is provided with monitor
For identifying magnetic force identifying device, matching unit and the switch unit of this dynamic magnetic field, in this magnetic force identifying device, it is provided with inspection
Surveying setting operating room dedicated mode sequence in unit, collecting unit and conversion unit, monitor is 01010101, and magnetic force fills
Put circulation and sequentially export tri- kinds of intensity magnetic field of A, B, C, wherein magnetic field intensity A B C, a length of 200ms during the output of A magnetic field, B, C magnetic
A length of 100ms during the output of field；Magnetic force identifying device using the A recognizing magnetic field intensity as beginning label, according to the elder generation recognizing
Order composition sequence code afterwards, and the automatic switchover of mode of operation is realized especially by following step：
Step S013：In monitor, magnetic force identifying device detects whether to receive A, B, C that magnetic force generator is launched
Three kinds of dynamic magnetic force signals, if so, then execute next step；
Step S023：Magnetic force identifying device using the A recognizing magnetic field intensity as beginning label, by the B recognizing magnetic field
Strength signal is converted to electronic signal, is labeled as digital signal 1, and the C recognizing magnetic field intensity signal is converted to electronic signal,
It is labeled as digital signaling zero, according to the sequencing composition sequence recognizing；
Step S033：By step S023Gained electronic signal sequence and set operating room dedicated mode sequence
01010101 carries out matching judgment, if the match is successful, executes next step；
Step S043：Mode of operation is switched to the corresponding mode of operation of operating room dedicated mode sequence code by monitor.
As shown in figure 11, it is system monitor backstage setting procedure figure described in embodiment three：Comprise the following steps：
Step J31:Enter monitor backstage setting screen, operating room dedicated mode magnetic force sequence is set；
Step J32：Judge whether magnetic force sequence logs in？If so, then enter into step J33, if it is not, then entering into step
J34；
Step J33：Enter monitor mode of operation correlation function interface, associated mode of operation function selecting button
Lamp is bright, and enters into step J15；
Step J34：Enter the total interface of mode of operation function association, cut-off；
Step J35：Select operating room dedicated mode function.
As shown in figure 12, it is system switching method workflow diagram described in embodiment three, comprise the following steps：
Step Z31：The dynamic magnetic force that magnetic force identifying device circle collection magnetic force generator is exported, and adopt according to priority
The dynamic magnetic collecting force signal is converted to electronic signal 1 or 0 mark by collection order；
Step Z32：Judge whether this electronic signal sequence logs in？If then entering into step Z33, if it is not, then automatic
Cut-off；
Step Z33：Start operating room dedicated mode, realize the automatic switchover of monitor background function.
Above content be with reference to specific three kinds of preferred implementations made for the present invention further describe it is impossible to
Assert the present invention be embodied as be confined to these explanation, for those skilled in the art,
On the premise of present inventive concept, some simple deduction or replace can also be made, all should be considered as belonging to the present invention's
Protection domain.
Claims (10)
1. a kind of guardian mode changing method based on magnetic force automatic identification is it is characterised in that comprise the following steps：
Step S01：Monitor detects whether to receive the magnetic force signal that magnetic force generator is launched, and if so, then executes next
Step；
Step S02：Monitor gathers described magnetic force signal, and is converted into electronic signal；
Step S03：Described electronic signal is mated by monitor with monitor active pattern sequence code, if finding, the match is successful
, then execute next step；
Step S04：Mode of operation is switched to the corresponding mode of operation of described active pattern sequence code by monitor.
2. the guardian mode changing method based on magnetic force automatic identification according to claim 1 is it is characterised in that step
S02 includes：Monitor gathers the dynamic change of the presence or absence of described magnetic force signal, the size of magnetic force signal and/or magnetic force signal magnitude
Change.
3. the guardian mode changing method based on magnetic force automatic identification according to claim 2 is it is characterised in that step
S02 also includes monitor by the dynamic change of the magnetic force collecting signal magnitude according to default multiple magnetic force signal magnitude scopes
Electronic signal corresponding to interval is converted.
4. the guardian mode changing method based on magnetic force automatic identification according to any one of claims 1 to 3, its feature exists
In step S02 also includes for described magnetic force signal expressing the electronic signal after conversion with digital signal.
5. a kind of monitor based on magnetic force automatic identification is it is characterised in that include：
Magnetic force identifying device, for identifying the magnetic force signal that magnetic force generator is launched；
Matching unit, is carried out with monitor active pattern sequence code for the magnetic force signal after processing described magnetic force identifying device
Coupling；
Switch unit, for switching to, by monitor mode of operation, the mode of operation that the match is successful.
6. the monitor based on magnetic force automatic identification according to claim 5 is it is characterised in that described magnetic force identifying device
Including：
Detector unit, for detecting the magnetic force signal that magnetic force generator is launched；
Collecting unit, for gathering described magnetic force signal；
Conversion unit, for being converted into electronic signal by described magnetic force signal；
Described electronic signal is mated by described matching unit with monitor active pattern sequence code.
7. the monitor based on magnetic force automatic identification according to claim 6 it is characterised in that：Described collecting unit is used for
Gather the dynamic change of the presence or absence of described magnetic force signal, the size of magnetic force signal and/or magnetic force signal magnitude, described conversion unit
It is right according to default multiple magnetic force signal magnitude range intervals institutes by the dynamic change of the magnetic force collecting signal magnitude to be additionally operable to
The electronic signal conversion answered.
8. a kind of monitor system based on magnetic force automatic identification is it is characterised in that including monitor and magnetic force generator, described
Monitor includes：
Magnetic force identifying device, for identifying the magnetic force signal that magnetic force generator is launched；
Matching unit, is carried out with monitor active pattern sequence code for the magnetic force signal after processing described magnetic force identifying device
Coupling；
Switch unit, for switching to, by monitor mode of operation, the mode of operation that the match is successful.
9. the monitor system based on magnetic force automatic identification according to claim 8 is it is characterised in that the identification of described magnetic force fills
Put including：
Detector unit, for detecting the magnetic force signal that magnetic force generator is launched；
Collecting unit, for gathering described magnetic force signal；
Conversion unit, for being converted into electronic signal by described magnetic force signal；
Described electronic signal is mated by described matching unit with monitor active pattern sequence code.
10. the monitor system based on magnetic force automatic identification according to claim 9 it is characterised in that：Described collecting unit
For gathering the dynamic change of the presence or absence of described magnetic force signal, the size of magnetic force signal and/or magnetic force signal magnitude, described conversion
Unit is additionally operable to the dynamic change of the magnetic force collecting signal magnitude according to default multiple magnetic force signal magnitude range intervals
Corresponding electronic signal is converted.
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| WO2020133347A1 (en) * | 2018-12-29 | 2020-07-02 | 深圳迈瑞生物医疗电子股份有限公司 | Method and apparatus for monitoring patient |
| CN112912965A (en) * | 2018-12-29 | 2021-06-04 | 深圳迈瑞生物医疗电子股份有限公司 | Patient monitoring method and device |
| WO2022143885A1 (en) * | 2020-12-30 | 2022-07-07 | 深圳迈瑞生物医疗电子股份有限公司 | Workflow definition method and vital sign monitoring device |
| WO2022143867A1 (en) * | 2020-12-30 | 2022-07-07 | 深圳迈瑞生物医疗电子股份有限公司 | Interface display method, and monitor and computer storage medium |
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| CN106466178B (en) | 2019-09-27 |
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