CN104992391A - Special group monitoring control system, hospital server, wearable equipment and communication system - Google Patents
Special group monitoring control system, hospital server, wearable equipment and communication system Download PDFInfo
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Abstract
The invention provides a hospital server for special group monitoring control. Physiological parameters of a special group are acquired directly from wearable equipment through the hospital server, the physiological condition that the received physiological parameters represent is analyzed based on the acquire physiological parameters, and when the physiological condition is critical, a hospital is directly contacted to implement medical assistance, thereby avoiding time waste from discovery of a critical condition to a medical treatment help-seeking process, and substantially improving the survival probability of a monitored object.
Description
Technical field
The present invention relates to a kind of remote control technology, particularly a kind of special population monitoring control system, hospital server, wearable device and communication system.
Background technology
At present, there is a lot of High risk group (such as, fever crowd, Hypertensive Population, apnea syndrome crowd etc., crowd's risk that elderly person of no family etc. lack monitoring is higher), owing to can not get at night guarding treatment timely, usually there is adverse consequences without redemption (such as, the meningitis, pneumonia etc. that cause of high fever, the cerebral hemorrhage etc. that hypertension causes), even can critical life.
But, allow people feel regrettably: also not have a kind of effective scheme effectively can implement monitoring to this kind of High risk group at present, and automatically implement relief when there is critical condition in time.As everyone knows; current this kind of special population (particularly night) is found to the enforcement that medical treatment seeks help usually can stops over long time from critical condition; the time that elderly person of no family etc. lack crowd's delay of monitoring is just longer; this delay often directly causes serious consequence, the cost that even can give one's life for.
Foregoing, only for auxiliary understanding technical scheme of the present invention, does not represent and admits that foregoing is prior art.
Summary of the invention
Fundamental purpose of the present invention is to provide the monitoring of a kind of special population control system, hospital server, wearable device and communication system, effectively to avoid being found to from critical condition the time waste that medical treatment seeks help process, significantly improve the chances of survival of guardianship.
Realize the communication system that special population monitoring controls, this communication system comprises hospital server, and the wearable device be connected through communication with described hospital server.Described wearable device, for establishing a communications link with described hospital server, the physiological parameter of test and monitoring object, and the physiological parameter of the monitored object of detection is transferred to described hospital server.Described hospital server, for after establishing a communications link with wearable device, real-time or timing receives the physiological parameter of monitored object from described wearable device by communication network, and according to predetermined analysis rule, the physiological situation that the physiological parameter analyzing reception represents.Described hospital server, also for when the physiological situation analyzed is critical, according to the monitored object preset, mapping relations between monitoring position and hospital three, the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or, described hospital server, also for when the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from described wearable device to described wearable device, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or, according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
Preferably, described hospital server, also for when the physiological situation analyzed is bad, according to the guardianship preset and tutorial mapping relations, the guardian corresponding to this monitored object sends alert notification, and to remind, this monitored object of described guardian is current is in bad physiological situation.
Preferably, described alert notification comprises bad physiological situation classification, and the counter-measure of correspondence.
Preferably, described default selective rule is: be the regional extent that each hospital setting function covers in advance, namely functional hospital corresponding to monitored object position be the hospital that will select; Or be each monitored object binding mapping fixed hospital in advance, namely the hospital of monitored object correspondence binding is the hospital that will select.
Be applicable to a hospital server for above-mentioned communication system, this hospital server comprises communication unit, storage unit, processing unit.This communication unit is used for communicating to connect through communication network and wearable device.This storage unit is for storing special population monitoring control system, and the service data of this special population monitoring control system.This processing unit is used for calling and performs this special population monitoring control system, and to perform following steps: establish a communications link with wearable device, real-time or timing receives the physiological parameter of monitored object from wearable device by communication network; According to predetermined analysis rule, analyze the physiological situation of the physiological parameter representative received; When the physiological situation analyzed is critical, according to the monitored object preset, mapping relations between monitoring position and hospital three, the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or, when the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from this wearable device to wearable device, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
Preferably, described communication unit is wireless communication unit, and described communication network is mobile Internet; Or described communication unit is Landline communication unit, described communication network is conventional internet or LAN (Local Area Network); Or described communication unit comprises radio communication subelement and wire communication subelement, described communication network is mobile Internet, conventional internet or LAN (Local Area Network).
Be applicable to a wearable device for above-mentioned communication system, this wearable device comprises processing unit, communication unit and physio-parameter detection unit.This processing unit is for controlling the operation of each parts of this wearable device.This communication unit is used for communicating to connect through communication network and hospital server under the control of this processing unit, and this communication unit is wireless communication unit and/or Landline communication unit.This physio-parameter detection unit is used under the control of this processing unit, the physiological parameter of test and monitoring object.This this communication unit also under the control of this processing unit through communication network, the physiological parameter of this physio-parameter detection unit inspection is transferred to hospital server.
A kind of special population monitoring control system, be applicable to above-mentioned hospital server, this special population monitoring control system comprises physiological parameter acquisition module, physiological situation analysis module, monitoring control respond module, wherein: this physiological parameter acquisition module, for communicating to connect with wearable device, real-time or timing receives the physiological parameter of monitored object from wearable device by communication network; This physiological situation analysis module, for according to predetermined analysis rule, analyzes the physiological situation of the physiological parameter representative received; This monitoring controls respond module, for when the physiological situation analyzed is critical, hospital server is according to the monitored object preset, mapping relations between monitoring position and hospital three, and the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or, this monitoring controls respond module, also for when the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from this wearable device to this wearable device, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or, according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
Preferably, this monitoring control respond module also for: when analyze physiological situation be bad time, according to the guardianship preset and tutorial mapping relations, the guardian corresponding to this monitored object sends alert notification, and to remind, this monitored object of described guardian is current is in bad physiological situation.
Compare prior art, the present invention directly obtains the physiological parameter of special population from wearable device by hospital server, and based on the physiological situation that the physiological parameter that the physiological parameter analysis obtained receives represents, and can when physiological situation is critical, the medical rescue of direct docking Implementing Hospital, effectively prevent and be found to from critical condition the time waste that medical treatment seeks help process, significantly improve the chances of survival of guardianship.
Accompanying drawing explanation
Fig. 1 is that the present invention realizes the communication system that special population monitoring controls and unifies the communication environment schematic diagram of embodiment.
Fig. 2 is the hardware structure diagram of Fig. 1 institute of traditional Chinese medicine server 2 one embodiment.
Fig. 3 is the functional block diagram of special population monitoring control system 21 1 embodiment in Fig. 2.
Fig. 4 is the hardware structure diagram of wearable device 1 one embodiment in Fig. 1.
Fig. 5 is the implementing procedure figure of special population of the present invention monitoring control method one embodiment.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
It should be noted that, in the following description:
It both can be one that numeral-classifier compound " at least one " refers to, and also can be multiple meanings;
It is one that numeral-classifier compound " " refers to minimum requirements, does not limit and can have multiple situations, and such as, X comprises a Y for Z, does not represent X and cannot comprise more Y for Z.
As shown in Figure 1, the communication environment schematic diagram of embodiment is unified for the present invention realizes the communication system that special population monitoring controls.In the present embodiment, this communication system comprises hospital server 2, at least one wearable device 1 (for two in figure), and supplies the communication network 4 of data interaction between hospital server 2 and wearable device 1.
It should be noted that, in the present embodiment, wearable device 1 can be configuration wireless communication unit and physio-parameter detection unit wearable custodial care facility (such as, Intelligent bracelet, wearable sphygmograph etc.), also can be configuration Landline communication unit and physio-parameter detection unit wearable custodial care facility (such as, Intelligent bracelet, wearable sphygmograph etc.), it can also be the wearable custodial care facility of configuration wireless communication unit and Landline communication unit, (such as, Intelligent bracelet, wearable sphygmograph etc.).Communication network 4 can be mobile Internet, conventional internet, LAN (Local Area Network) or other any suitable data communication networks.
When wearable device 1 configures wireless communication unit (such as, wireless communication unit can be WIFI module, the mobile comm unit etc. that can communicate to connect with mobile base station of bluetooth module, band SIM card) Wireless Telecom Equipment (such as, Intelligent bracelet, wearable sphygmograph, lung ventilator etc.) time, communication network 4 is mobile internets; When wearable device 1 configures Landline communication unit (such as, Landline communication unit can be the band independent network interface card of network interface or integrated network card) Wireless Telecom Equipment (such as, Intelligent bracelet, wearable sphygmograph, lung ventilator etc.) time, communication network 4 is legacy interconnect network or LAN (Local Area Network); When wearable device 1 configures wireless communication unit and Landline communication unit, communication network 4 can be mobile Internet, conventional internet or LAN (Local Area Network).
By this communication system 4, hospital directly can obtain the physiological parameter of special population from wearable device 1 via hospital server 2, makes to control to be provided with system-based to the monitoring of special population.
As shown in Figure 2, be the hardware structure diagram of Fig. 1 institute of traditional Chinese medicine server 2 one embodiment.In the present embodiment, this hospital server 2 comprises communication unit 23, storage unit 25, processing unit 20 and special population monitoring control system 21.
This communication unit 23, for communicating to connect through communication network and wearable device 1;
This storage unit 25, for storing special population monitoring control system 21, and the service data of this special population monitoring control system 21;
This processing unit 20, for calling and performing this special population monitoring control system 21, to perform following steps:
Establish a communications link with wearable device 1, real-time or timing receives the physiological parameter of monitored object from wearable device 1 by communication network 4;
According to predetermined analysis rule, analyze the physiological situation of the physiological parameter representative received;
When the physiological situation analyzed is critical, according to the monitored object preset, mapping relations between monitoring position and hospital three, the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or
When the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from this wearable device 1 to this wearable device 1, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or, according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
By this hospital server 2, the physiological parameter of special population directly can be obtained from wearable device 1, and based on the physiological situation that the physiological parameter that the physiological parameter analysis obtained receives represents, and can when physiological situation is critical, the medical rescue of direct docking Implementing Hospital, effectively prevent and be found to from critical condition the time waste that medical treatment seeks help process, significantly improve the chances of survival of guardianship.
Described physiological parameter can be pulse, blood pressure, respiratory flow parameter (comprising respiratory rate and breathing gas flow), body temperature and/or other any suitable physiological parameters.
For a person skilled in the art, described default selective rule can have multiple, such as:
Selective rule one, be in advance each hospital setting function cover regional extent; Namely functional hospital corresponding to monitored object position be the hospital that will select;
Selective rule two, in advance for each monitored object binding mapping fixed hospital (binding can carry out according to special disease kind, such as, infectious disease monitored object correspondence binding Infectious Disease Hospital, cardiovascular monitored object correspondence binding cardiovascular specialist hospital); Namely the hospital of monitored object correspondence binding is the hospital that will select.
For a person skilled in the art, described predetermined analysis rule can have multiple, be respectively pulse for physiological parameter below, blood pressure, breathing gas flow be described (the citing numerical value " threshold value " in example and " situation duration " are only used to illustrate that described predetermined analysis rule can have multiple, do not represent the key value that citing numerical value is exactly actual physiological situation criticality):
Predetermined analysis rule one (for pulse), in current pulse data lower than first threshold (such as, 30 beats/min) and this situation continues the very first time (such as, 2 minutes), then judge that physiological situation is in state of necessity; The set time (such as, 1 hour) in occur abnormality (namely pulse data lower than first threshold and this situation duration be less than the abnormality of the above-mentioned very first time) number of times be greater than Second Threshold (such as, 15 times), then judge that physiological situation is in state of necessity; Current pulse data higher than the 3rd threshold value (such as, 150 beats/min) and this situation continue the second time (such as, 2 minutes), then judge that physiological situation is in state of necessity; The set time (such as, 1 hour) in occur abnormality (namely pulse data higher than the 3rd threshold value and this situation duration be less than the abnormality of above-mentioned second time) number of times be greater than the 4th threshold value (such as, 10 times), then judge that physiological situation is in state of necessity;
Predetermined analysis rule two (for blood pressure), be greater than the 5th threshold value (such as at the diastolic pressure of current blood pressure, 120 mm Hg) and this situation continued for the 3rd time (such as, 5 minutes), or, the 6th threshold value is greater than (such as at the systolic pressure of current blood pressure, 180 mm Hg) and this situation continues the 4th time (such as, 5 minutes), then judge that physiological situation is in state of necessity; The set time (such as, 1 hour) in there is abnormality (namely the diastolic pressure of current blood pressure be greater than the 5th threshold value and this situation duration is less than the abnormality of above-mentioned 3rd time, or, the systolic pressure of current blood pressure is greater than the 6th threshold value and this situation duration is less than the abnormality of above-mentioned 4th time) number of times be greater than the 7th threshold value (such as, 8 times), then judge that physiological situation is in state of necessity.
Predetermined analysis rule three (for breathing gas flow parameter), be less than the 8th threshold value (such as at current breath frequency, 2 beats/min) and this situation continued for the 5th time (such as, 2 minutes), then judge that physiological situation is in state of necessity; The set time (such as, 10 minutes) in occur abnormality (namely respiratory rate lower than the 8th threshold value and this situation duration be less than the abnormality of above-mentioned 5th time) number of times be greater than the 9th threshold value (such as, 10 times), then judge that physiological situation is in state of necessity; Be less than the tenth threshold value (such as, 2 liters/min) and this situation lasting 6th time (such as, 2 minutes) at current breathing gas flow, then judge that physiological situation is in state of necessity; The set time (such as, 10 minutes) in occur abnormality (namely breathing gas flow lower than the tenth threshold value and this situation duration be less than the abnormality of above-mentioned 6th time) number of times be greater than the 11 threshold value (such as, 10 times), then judge that physiological situation is in state of necessity.
Further, in order to effectively guard the abnormality of special population, this processing unit 20 calls this special population monitoring control system 21, also perform following steps: when the physiological situation analyzed is bad, according to the guardianship preset and tutorial mapping relations, the guardian corresponding to this monitored object sends alert notification, and to remind, this monitored object of described guardian is current is in bad physiological situation.
Those skilled in the art is when knowing, in the present embodiment, bad physiological situation refers to the abnormal physiological condition except the physiological situation of normal physiological situation and state of necessity, and therefore not to repeat here.
Further, in order to better ensure that described guardian effectively nurses the monitoring of this monitored object, described alert notification comprises bad physiological situation classification, and the counter-measure of correspondence (such as, episome temperature abnormality, additional counter-measure can be: every 2 minutes with hot towel wiping back, hand, head once, every 10 minute volume (MV) body temperature once, when temperature is more than 39 degree, take cooling medicine).
This communication unit 23 can be wireless communication unit (such as, the mobile comm unit etc. that can communicate to connect with mobile base station of WIFI module, bluetooth module, band SIM card); Can be Landline communication unit (such as, being with independent network interface card or the integrated network card of network interface); Wireless communication unit and Landline communication unit can also be comprised.
As shown in Figure 3, be the functional block diagram of special population monitoring control system 21 1 embodiment in Fig. 2.In the present embodiment, this special population monitoring control system 21 comprises physiological parameter acquisition module 210, physiological situation analysis module 211, monitoring control respond module 212, wherein:
This physiological parameter acquisition module 210, for being established a communications link with wearable device 1 by this communication unit 23, real-time or timing receives the physiological parameter of monitored object from wearable device 1 by communication network 4;
This physiological situation analysis module 211, for according to predetermined analysis rule, analyzes the physiological situation of the physiological parameter representative received.
This monitoring controls respond module 212, for when the physiological situation analyzed is critical, hospital server is according to the monitored object preset, mapping relations between monitoring position and hospital three, and the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or, for when the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from this wearable device 1 to this wearable device 1, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
Further, in order to can abnormality effectively guard special population, this monitoring control respond module 212 also for: when analyze physiological situation be bad time, according to the guardianship preset and tutorial mapping relations, the guardian corresponding to this monitored object sends alert notification, and to remind, this monitored object of described guardian is current is in bad physiological situation.
Further, in order to better ensure that described guardian effectively nurses the monitoring of this monitored object, described alert notification comprises bad physiological situation classification, and the counter-measure of correspondence (such as, episome temperature abnormality, additional counter-measure can be: every 2 minutes with hot towel wiping back, hand, head once, every 10 minute volume (MV) body temperature once, when temperature is more than 39 degree, take cooling medicine).
As shown in Figure 4, be the hardware structure diagram of wearable device in Fig. 11 one embodiment.In the present embodiment, this wearable device 1 comprises communication unit 13, physio-parameter detection unit 15 and processing unit 10.Wherein:
This communication unit 13, for communicating to connect through communication network 4 and hospital server 2 under the control of this processing unit 10;
This physio-parameter detection unit 15, under the control of this processing unit 10, the physiological parameter of test and monitoring object.
This communication unit 13, also under the control of this processing unit 10 through communication network 4, the physiological parameter that this physio-parameter detection unit 15 detects is transferred to hospital server 2.
Described physiological parameter can be pulse, blood pressure, respiratory flow parameter (comprising respiratory rate and breathing gas flow), body temperature and/or other any suitable physiological parameters.
Described communication unit 13 is connected with the communication unit 23 in hospital server 2 adaptation, and such as, when communication unit 23 is wireless communication units, then this communication unit 13 is also be connected adaptive wireless communication unit with communication unit 23.
This physio-parameter detection unit 15 can be sphygmograph, clinical thermometer, sphygmomanometer, gas flow sensor and/or other any suitable physio-parameter detection unit.
As shown in Figure 5, be the implementing procedure figure of special population monitoring control method one embodiment of the present invention.
It is emphasized that: process flow diagram shown in Fig. 5 is only a preferred embodiment, those skilled in the art is when knowing, any embodiment built around inventive concept should not depart from the scope contained in following technical scheme:
After hospital server 2 and wearable device 1 establish a communications link, real-time or timing receives the physiological parameter of monitored object from wearable device 1 by communication network 4; Hospital server 2, according to predetermined analysis rule, analyzes the physiological situation of the physiological parameter representative received; When the physiological situation analyzed is critical, hospital server is according to the monitored object preset, mapping relations between monitoring position and hospital three, and the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or, when the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from this wearable device 1 to this wearable device 1, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
Below the monitoring control progressively realizing special population in conjunction with the present embodiment.
Step S10, after wearable device 1 and hospital server 2 establish a communications link, hospital server 2 in real time or timing received the physiological parameter of monitored object from wearable device 1 by communication network 4.
Step S11, hospital server 2, according to predetermined analysis rule, analyzes the physiological situation of the physiological parameter representative received.
Step S12, when the physiological situation analyzed is critical, hospital server 2 is according to the monitored object preset, mapping relations between monitoring position and hospital three, and the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or, when the physiological situation analyzed is critical, hospital server 2 sends positioning instruction to receive monitored object current present position information from this wearable device 1 to this wearable device 1, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object present position, or, according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object present position.
Further, in order to can abnormality effectively guard special population, the method also comprises step: when the physiological situation analyzed is bad, hospital server 2 is according to the guardianship preset and tutorial mapping relations, the guardian corresponding to this monitored object sends alert notification, and to remind, this monitored object of described guardian is current is in bad physiological situation.
Further, in order to better ensure that described guardian effectively nurses the monitoring of this monitored object, described alert notification comprises bad physiological situation classification, and the counter-measure of correspondence (such as, episome temperature abnormality, additional counter-measure can be: every 2 minutes with hot towel wiping back, hand, head once, every 10 minute volume (MV) body temperature once, when temperature is more than 39 degree, take cooling medicine).
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize instructions of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (9)
1. realize the communication system that special population monitoring controls, it is characterized in that, this communication system comprises hospital server, and the wearable device be connected through communication with described hospital server, wherein:
Described wearable device, for establishing a communications link with described hospital server, the physiological parameter of test and monitoring object, and the physiological parameter of the monitored object of detection is transferred to described hospital server;
Described hospital server, for after establishing a communications link with wearable device, real-time or timing receives the physiological parameter of monitored object from described wearable device by communication network, and according to predetermined analysis rule, the physiological situation that the physiological parameter analyzing reception represents;
Described hospital server, also for when the physiological situation analyzed is critical, according to the monitored object preset, mapping relations between monitoring position and hospital three, the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or
Described hospital server, also for when the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from described wearable device to described wearable device, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or, according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
2. realize the communication system that special population monitoring controls as claimed in claim 1, it is characterized in that:
Described hospital server, also for when the physiological situation analyzed is bad, according to the guardianship preset and tutorial mapping relations, the guardian corresponding to this monitored object sends alert notification, and to remind, this monitored object of described guardian is current is in bad physiological situation.
3. realize the communication system that special population monitoring controls as claimed in claim 2, it is characterized in that, described alert notification comprises bad physiological situation classification, and the counter-measure of correspondence.
4. realize the communication system that special population monitoring controls as claimed in claim 1, it is characterized in that, described default selective rule is:
Be the regional extent that each hospital setting function covers in advance, namely functional hospital corresponding to monitored object position be the hospital that will select; Or
Be each monitored object binding mapping fixed hospital in advance, namely the hospital of monitored object correspondence binding is the hospital that will select.
5. be applicable to a hospital server for the communication system described in any one of Claims 1-4, it is characterized in that, this hospital server comprises:
Communication unit, for communicating to connect through communication network and wearable device;
Storage unit, for storing special population monitoring control system, and the service data of this special population monitoring control system;
Processing unit, for calling and performing this special population monitoring control system, to perform following steps:
Establish a communications link with wearable device, real-time or timing receives the physiological parameter of monitored object from wearable device by communication network;
According to predetermined analysis rule, analyze the physiological situation of the physiological parameter representative received;
When the physiological situation analyzed is critical, according to the monitored object preset, mapping relations between monitoring position and hospital three, the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or
When the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from this wearable device to wearable device, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or, according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
6. hospital server as claimed in claim 5, is characterized in that:
Described communication unit is wireless communication unit, and described communication network is mobile Internet; Or
Described communication unit is Landline communication unit, and described communication network is conventional internet or LAN (Local Area Network); Or
Described communication unit comprises radio communication subelement and wire communication subelement, and described communication network is mobile Internet, conventional internet or LAN (Local Area Network).
7. be applicable to a wearable device for the communication system described in any one of Claims 1-4, it is characterized in that, this wearable device comprises:
Processing unit, for controlling the operation of each parts of this wearable device;
Communication unit, for communicating to connect through communication network and hospital server under the control of this processing unit, this communication unit is wireless communication unit and/or Landline communication unit;
Physio-parameter detection unit, under the control of this processing unit, the physiological parameter of test and monitoring object;
This communication unit, also under the control of this processing unit through communication network, the physiological parameter of this physio-parameter detection unit inspection is transferred to hospital server.
8. a special population monitoring control system, is applicable to the hospital server described in claim 5 or 6, it is characterized in that, this special population monitoring control system comprises physiological parameter acquisition module, physiological situation analysis module, monitoring control respond module, wherein:
This physiological parameter acquisition module, for communicating to connect with wearable device, real-time or timing receives the physiological parameter of monitored object from wearable device by communication network;
This physiological situation analysis module, for according to predetermined analysis rule, analyzes the physiological situation of the physiological parameter representative received;
This monitoring controls respond module, for when the physiological situation analyzed is critical, hospital server is according to the monitored object preset, mapping relations between monitoring position and hospital three, and the hospital that directly notice monitored object is corresponding gets out medical resource and sends emergency tender to the monitoring position that monitored object is corresponding; Or
This monitoring controls respond module, also for when the physiological situation analyzed is critical, positioning instruction is sent to receive monitored object current present position information from this wearable device to this wearable device, select hospital according to the selective rule preset and notify that the hospital selected gets out medical resource, and send emergency tender to monitored object position, or, according to the mapping relations of the monitored object and the hospital that preset, directly the hospital of notice correspondence gets out medical resource and sends emergency tender to monitored object position.
9. special population monitoring control system as claimed in claim 8, is characterized in that:
This monitoring control respond module also for: when analyze physiological situation be bad time, according to the guardianship preset and tutorial mapping relations, the guardian corresponding to this monitored object sends alert notification, and to remind, this monitored object of described guardian is current is in bad physiological situation.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510355411.7A CN104992391A (en) | 2015-06-25 | 2015-06-25 | Special group monitoring control system, hospital server, wearable equipment and communication system |
| PCT/CN2015/098553 WO2016206334A1 (en) | 2015-06-25 | 2015-12-24 | Special group monitoring control system, hospital server, wearable device, and communication system |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105404778A (en) * | 2015-11-14 | 2016-03-16 | 合肥骇虫信息科技有限公司 | Smart caring method |
| CN105978730A (en) * | 2016-06-22 | 2016-09-28 | 湖南明康中锦医疗科技发展有限公司 | Remote positioning system of respirator and use method and respirator |
| CN106066928A (en) * | 2016-05-24 | 2016-11-02 | 捷开通讯(深圳)有限公司 | A kind of health data based reminding method based on mobile terminal and mobile terminal |
| WO2016206334A1 (en) * | 2015-06-25 | 2016-12-29 | 深圳市前海安测信息技术有限公司 | Special group monitoring control system, hospital server, wearable device, and communication system |
| CN108538374A (en) * | 2017-03-03 | 2018-09-14 | 江门东骏电器有限公司 | Physiological signal monitoring system and its control method |
| CN108698514A (en) * | 2016-02-18 | 2018-10-23 | 索尼公司 | Method and apparatus for managing the interaction between wearable device and vehicle |
| JP2018165898A (en) * | 2017-03-28 | 2018-10-25 | 日本電気株式会社 | Emergency transport support device, emergency transport support method and program |
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| CN117255109B (en) * | 2023-11-17 | 2024-01-26 | 中国人民解放军总医院第六医学中心 | Wearable device monitoring method and system based on data analysis |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2016206334A1 (en) * | 2015-06-25 | 2016-12-29 | 深圳市前海安测信息技术有限公司 | Special group monitoring control system, hospital server, wearable device, and communication system |
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| CN108698514A (en) * | 2016-02-18 | 2018-10-23 | 索尼公司 | Method and apparatus for managing the interaction between wearable device and vehicle |
| CN108698514B (en) * | 2016-02-18 | 2022-04-12 | 索尼公司 | Method and device for managing interaction between wearable device and vehicle |
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| CN106066928A (en) * | 2016-05-24 | 2016-11-02 | 捷开通讯(深圳)有限公司 | A kind of health data based reminding method based on mobile terminal and mobile terminal |
| CN105978730A (en) * | 2016-06-22 | 2016-09-28 | 湖南明康中锦医疗科技发展有限公司 | Remote positioning system of respirator and use method and respirator |
| CN108538374A (en) * | 2017-03-03 | 2018-09-14 | 江门东骏电器有限公司 | Physiological signal monitoring system and its control method |
| JP2018165898A (en) * | 2017-03-28 | 2018-10-25 | 日本電気株式会社 | Emergency transport support device, emergency transport support method and program |
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| Publication number | Publication date |
|---|---|
| WO2016206334A1 (en) | 2016-12-29 |
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Application publication date: 20151021 |