CN105472013A - Remote physiological data collection method and system - Google Patents
Remote physiological data collection method and system Download PDFInfo
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- CN105472013A CN105472013A CN201510976689.6A CN201510976689A CN105472013A CN 105472013 A CN105472013 A CN 105472013A CN 201510976689 A CN201510976689 A CN 201510976689A CN 105472013 A CN105472013 A CN 105472013A
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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
- A61B5/0002—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network
- A61B5/0015—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network characterised by features of the telemetry system
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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
- A61B5/68—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient
- A61B5/6801—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient specially adapted to be attached to or worn on the body surface
- A61B5/6802—Sensor mounted on worn items
- A61B5/681—Wristwatch-type devices
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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
- A61B5/746—Alarms related to a physiological condition, e.g. details of setting alarm thresholds or avoiding false alarms
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
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Abstract
The invention discloses a remote physiological data collection method. The method comprises the steps that: intelligent wristbands collect and store physiological data; a data collector obtains and stores the physiological data from the intelligent wristbands and uploads the stored physiological data to a server; and the server receives the physiological data and stores the physiological data in a nursing file. The invention further discloses a remote physiological data collection system. According to the remote physiological data collection method and system disclosed by the invention, the physiological data of users do not need to be manually one by one and item by item, so that the collection efficiency is improved, the manpower is saved, and remote monitoring and unified management of the physiological data can be realized.
Description
Technical field
The present invention relates to physiological data collection field, particularly relate to physiological data remote collection method and system.
Background technology
Physiological data (as blood pressure, heart rate, body temperature etc.) is the important behaviour of human body situation, and such as body temperature, more than 37.5 degrees Celsius, illustrates that human body is in fever condition, and human body often has the discomforts such as weak, dizziness headache; And for example heart rate is more than 160 beats/min, the normal had palpitation of human body, the discomfort such as uncomfortable in chest.If carry out detailed inspection to these situations not in time, easily cause other complication.The health of general inpatient is all not good enough, the physiological datas such as blood pressure, heart rate and body temperature seem particularly important, when there is fluctuation in the data such as body temperature, blood pressure of inpatient, mean that client need processes in time or gives treatment to, if delayed, inpatient is easily made to produce serious consequence.
Hospital every day need gather physiological data for medical and nursing work to inpatient and provide Data support.The method that the collection of current physiological data adopts artificial patient one by one to gather item by item more; as nurse to measure the body temperature of each patient with infrared body temperature instrument take temperature; adopt sphygmomanometer to measure the blood pressure of each patient, then the physiological data of measurement is recorded on daily nursing form.Not only workload is large for the mode of this artificial collection, and consuming time longer, greatly consumes the manpower and materials of hospital.Therefore, the automatic collection how realizing physiological data becomes problem demanding prompt solution to improve collecting efficiency.
Summary of the invention
Main purpose of the present invention be to solve how to realize physiological data automatic collection to improve the technical problem of collecting efficiency.
For achieving the above object, a kind of physiological data remote collection method provided by the invention, described physiological data remote collection method comprises the following steps:
Intelligent spire lamella collection also stores physiological data;
Data concentrator obtains and stores described physiological data from each Intelligent spire lamella, and is uploaded onto the server by the described physiological data stored;
Server receives described physiological data, and is stored in nursing documents by described physiological data.
Preferably, described server receives described physiological data, and comprises after described physiological data being stored to the step in nursing documents:
Server judges whether there are abnormal physiology data in the new described physiological data stored; If so, obtain the user profile that described abnormal physiology data are corresponding, and send described abnormal physiology data and described user profile to warning device, wherein, described abnormal physiology data refer to the physiological data meeting early-warning conditions;
Warning device, according to the described user profile received and described abnormal physiology data, generates warning message, and the described warning message generated is sent to data concentrator;
Data concentrator receives the described warning message that warning device sends, and sends described warning message to corresponding one or more alarm wrist straps;
Alarm wrist strap receives described warning message, and sends alarm signal.
Preferably, described server judges that the step that whether there are abnormal physiology data in the new described physiological data stored comprises:
Server judges that whether there is physiological data in the new described physiological data stored exceeds corresponding default physiological data scope, if, then it is determined that the presence of described abnormal physiology data, and described abnormal physiology data are the physiological data exceeding corresponding default physiological data scope.
Preferably, described server receives described physiological data, and the step that described physiological data is stored in nursing documents is comprised:
Server receives described physiological data, determines the nursing documents that each described physiological data is corresponding, and is stored in corresponding described nursing documents by each described physiological data according to time sequencing; Described nursing documents is form document.
Preferably, described data concentrator obtains and the step storing described physiological data comprises from each Intelligent spire lamella:
Data concentrator in real time or timing detect in its signal cover the Intelligent spire lamella do not set up communication and connect, and set up communication with the Intelligent spire lamella detected and be connected;
Data concentrator receives the described physiological data establishing the Intelligent spire lamella transmission that communication connects, and stores the described physiological data received.
In addition, for achieving the above object, the present invention also provides a kind of physiological data remote gathering system, and described physiological data remote gathering system comprises Intelligent spire lamella, data concentrator and server;
Described Intelligent spire lamella is used for, and gathers and stores physiological data;
Described data concentrator is used for, and obtains and store described physiological data from each described Intelligent spire lamella, and the described physiological data stored is uploaded to described server;
Described server is used for, and receives described physiological data, and is stored in nursing documents by described physiological data.
Preferably, described physiological data remote gathering system also comprises warning device and alarm wrist strap;
Described server also for, judge whether there are abnormal physiology data in the new described physiological data stored; If so, obtain the user profile that described abnormal physiology data are corresponding, and send described abnormal physiology data and described user profile extremely described warning device, wherein, described abnormal physiology data refer to the physiological data meeting early-warning conditions;
Described warning device is used for, and according to the described user profile received and described abnormal physiology data, generates warning message, and the described warning message generated is sent to described data concentrator;
Described data concentrator also for, receive the described warning message that described warning device sends, and send described warning message to corresponding one or more described alarm wrist strap;
Described alarm wrist strap is used for, and receives described warning message, and sends alarm signal.
Preferably, described server also for:
Judge that whether there is physiological data in the new described physiological data stored exceeds corresponding default physiological data scope, if so, then it is determined that the presence of described abnormal physiology data, and described abnormal physiology data are the physiological data exceeding corresponding default physiological data scope.
Preferably, described server also for:
Receive described physiological data, determine the nursing documents that each described physiological data is corresponding, and each described physiological data is stored in corresponding described nursing documents according to time sequencing; Described nursing documents is form document.
Preferably, described data concentrator also for:
In real time or timing detect in its signal cover the described Intelligent spire lamella do not set up communication and connect, and set up communication with the described Intelligent spire lamella detected and be connected; Receive the described physiological data establishing the described Intelligent spire lamella transmission that communication connects, and the described physiological data received is stored.
Intelligent spire lamella collection of the present invention also stores physiological data; Data concentrator obtains and stores described physiological data from each Intelligent spire lamella, and is uploaded onto the server by the described physiological data stored; Server receives described physiological data, and is stored in nursing documents by described physiological data.The present invention gathers physiological data automatically by Intelligent spire lamella, and data concentrator is concentrated, batch obtains the physiological data in Intelligent spire lamella and uploads onto the server, thus without the need to manually gathering the physiological data of user one by one item by item, improve collecting efficiency, save manpower, and the remote monitoring that can realize physiological data, unified management.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of physiological data remote collection method first embodiment of the present invention;
Fig. 2 is the schematic flow sheet of physiological data remote collection method second embodiment of the present invention;
Fig. 3 is the schematic flow sheet of step S20 in Fig. 1;
Fig. 4 is the high-level schematic functional block diagram of physiological data remote gathering system first embodiment of the present invention;
Fig. 5 is the high-level schematic functional block diagram of physiological data remote gathering system second embodiment of the present invention.
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 will be appreciated by those skilled in the art that, in the following embodiment of physiological data remote collection method and system of the present invention, Intelligent spire lamella wear the acquisition target that namely object is physiological data, this wears object can be the crowd that patient, old man, child, pregnant woman etc. need to carry out physiological data collection, the present invention does not limit the acquisition target wearing object or physiological data of Intelligent spire lamella, and user can select as required voluntarily; In addition, the object of wearing of alarm wrist strap can be doctor, nurse, nursing staff etc. need implement living nursing, medical treatment and nursing or supervision crowd to the acquisition target of physiological data, the present invention does not limit the object of wearing of alarm wrist strap, and user can select as required voluntarily.
It will be appreciated by those skilled in the art that, in the following embodiment of physiological data remote collection method and system of the present invention, warning device can be arranged in server, also can independently be arranged at outside server, with server in wired or wireless manner communication be connected, can also otherwise arrange, the present invention is not construed as limiting this.
The invention provides a kind of physiological data remote collection method.
With reference to the schematic flow sheet that Fig. 1, Fig. 1 are physiological data remote collection method first embodiment of the present invention.
In physiological data remote collection method first embodiment of the present invention, this physiological data remote collection method comprises:
Step S10, Intelligent spire lamella collection also stores physiological data;
On the arm that Intelligent spire lamella is worn on user to be measured or other body parts, the physiological data of user to be measured can be gathered by the transducer of Intelligent spire lamella inside, this physiological data at least comprises one of following: body temperature, heart rate, blood pressure, certainly the physiological data of other types can also be comprised, as blood oxygen, electrocardiosignal, human body exercise amount, energy ezpenditure, sleep state etc., the present embodiment is not construed as limiting this.
Intelligent spire lamella can be real-time collection to the acquisition mode of physiological data, also can be the collection of timing, can also be to gather according to the acquisition instructions received.This physiological data, after acquiring physiological data, stores by Intelligent spire lamella.
In the present embodiment, use first at Intelligent spire lamella, or when object is worn in replacing, user profile corresponding to this Intelligent spire lamella can be upgraded in the server.
Step S20, data concentrator obtains and stores described physiological data from each Intelligent spire lamella, and is uploaded onto the server by the described physiological data stored;
First data concentrator is set up communication with Intelligent spire lamella and is connected, then obtains physiological data from Intelligent spire lamella, and is stored by this physiological data.Wherein, data concentrator obtains the mode of physiological data and can be: automatically upload physiological data to data concentrator by Intelligent spire lamella setting up after communication is connected with data concentrator; Or data concentrator sends and obtains instruction to Intelligent spire lamella, and Intelligent spire lamella responds this acquisition instruction, and sends physiological data to data concentrator; Or, other any applicable modes.
The physiological data of storage uploads onto the server by data concentrator, and its concrete grammar can be: data concentrator in real time or timing upload physiological data to server; Or data concentrator uploads physiological data to server according to the uploading instructions received; Or data concentrator, when the physiological data detecting storage reaches preset data amount, uploads physiological data to server; Or, other any applicable modes.
The type of above-mentioned data concentrator can be blue-teeth data concentrator, infrared data concentrator, rf data concentrator, WIFI data concentrator etc.Accordingly, above-mentioned data concentrator and the communication connected mode of Intelligent spire lamella can be that bluetooth is connected, infrared connection, radio frequency connect, WIFI (WirelessFidelity, WLAN (wireless local area network)) connects.
It should be noted that in the present embodiment, above-mentioned data concentrator can be one or more, and Intelligent spire lamella also can be one or more, and the present embodiment is not limited the quantity of data concentrator, Intelligent spire lamella.
Step S30, server receives described physiological data, and is stored in nursing documents by described physiological data.
Server receives the physiological data that data concentrator is uploaded, and this physiological data is stored in nursing documents, its concrete grammar can be: server determines the user that the physiological data of reception is corresponding, physiological data is added in nursing documents corresponding to user, or physiological data is added in table position that in nursing documents, this user is corresponding.Above-mentioned nursing documents can be one or more; If nursing documents is one, namely the physiological data of all users is all stored in same nursing documents, then this nursing documents is different according to user, is divided into several logic records in advance, each user wherein one or more logic records corresponding; If nursing documents is multiple, then each user can have the nursing documents of its correspondence.Nursing documents can be that keeper is pre-created, and also can be that server creates automatically according to user profile, can also be that other any applicable modes create.
The present embodiment gathers physiological data automatically by Intelligent spire lamella, and data concentrator is concentrated, batch obtains the physiological data in Intelligent spire lamella and uploads onto the server, thus without the need to manually gathering the physiological data of user one by one item by item, improve collecting efficiency, save manpower, and the remote monitoring that can realize physiological data, unified management.
With reference to the schematic flow sheet that Fig. 2, Fig. 2 are physiological data remote collection method second embodiment of the present invention.
In physiological data remote collection method second embodiment of the present invention, the present embodiment, on the basis of the first embodiment, also comprises after described step S30:
Step S40, server judges whether there are abnormal physiology data in the new described physiological data stored;
Step S50, if so, server obtains user profile corresponding to described abnormal physiology data, and sends described abnormal physiology data and described user profile to warning device; If not, then step S30 is returned;
Wherein, described abnormal physiology data refer to the physiological data meeting early-warning conditions.
Server judges whether there is the physiological data meeting early-warning conditions in the new physiological data stored, and above-mentioned early-warning conditions presets, and can be set according to implied terms by server and obtain, also can be set as required by keeper and obtain; Such as, early-warning conditions can be that the difference value of physiological data and history physiological data exceedes preset difference value; Or pre-conditioned can also be that physiological data exceeds corresponding default physiological data scope; Or, other any applicable conditions.
When server judges that in the new physiological data stored, existence meets early-warning conditions, then determine that this physiological data meeting early-warning conditions is abnormal physiology data, obtain the user profile that these abnormal physiology data are corresponding; Above-mentioned user profile is the information of the wearer for distinguishing Intelligent spire lamella, user profile can comprise: the essential information of the users such as identify label (as name, code name etc.), age, can also comprise the information as other needs records such as history of disease, height, body weight, ward number, berths.The concrete grammar that server obtains user profile corresponding to abnormal physiology data can be: server lookup be stored in advance in abnormal physiology data with the identifier of user information correlation, corresponding user profile then can be inquired according to this identifier, wherein, identifier can be the user identifier of difference user, also can be the device identifier of the Intelligent spire lamella sending these abnormal physiology data; Or, server is according to the memory location of these abnormal physiology data (logical address as in the nursing documents at place or place nursing documents), inquire about the user profile that this memory location is corresponding, wherein, user profile has herein carried out association process with memory location in advance.
User profile and abnormal physiology data, after obtaining user profile corresponding to abnormal physiology data, are sent to warning device by server in the lump.
Step S60, warning device, according to the described user profile received and described abnormal physiology data, generates warning message, and the described warning message generated is sent to data concentrator;
Warning device is according to the user profile received and abnormal physiology data, the step generating warning message can be user profile and abnormal physiology data are carried out extraction, the merging of data, and compiled predetermined information type (as Word message, image information, audio-frequency information, video information etc.), this can search alarm wrist strap corresponding to this user profile further, is stored in warning message by the device identification of alarm wrist strap; In addition, can carry out other any type of process to generate warning message to user profile and abnormal physiology data according to concrete demand, therefore not to repeat here.
This warning message is sent to data concentrator after generating warning message by warning device.
Step S70, data concentrator receives the described warning message that warning device sends, and sends described warning message to corresponding one or more alarm wrist straps;
Data concentrator receives the warning message that warning device sends, determine the alarm wrist strap that warning message is corresponding, its concrete grammar can be: data concentrator reads the device identifier of the alarm wrist strap prestored in warning message, determines according to this device identifier the alarm wrist strap that this warning message is corresponding; Or data concentrator, according to the incidence relation of user profile and alarm wrist strap, determines the alarm wrist strap that warning message is corresponding; Or, other methods be suitable for.After the alarm wrist strap that data concentrator determination warning message is corresponding, send warning message to corresponding one or more alarm wrist straps.
Step S80, alarm wrist strap receives described warning message, and sends alarm signal.
After alarm wrist strap receives warning message, according to this warning message, send alarm signal.Wherein, above-mentioned alarm signal can be picture signal, audio signal, vibration signal, light signal etc., when alarm signal is picture signal, alarm wrist strap needs to be provided with display unit.The user wearing this alarm wrist strap knows in the physiological data of the wearer of one or more Intelligent spire lamella to there are abnormal physiology data by the alarm signal that alarm wrist strap sends, thus can process timely and effectively it.
The present embodiment is detected abnormal data by server, and control warning device transmission warning message, realize the automatic alarm of alarm wrist strap, can effectively point out the situation of the physiological status exception of the wearer of alarm wrist strap to the wearer of Intelligent spire lamella occurs process in time or give treatment to.
In physiological data remote collection method the 3rd embodiment of the present invention, the present embodiment is on the basis of the second embodiment, and in step S40, described server judges that the step that whether there are abnormal physiology data in the new described physiological data stored comprises:
Server judges that whether there is physiological data in the new described physiological data stored exceeds corresponding default physiological data scope, if, then it is determined that the presence of described abnormal physiology data, and described abnormal physiology data are the physiological data exceeding corresponding default physiological data scope; If not, then judge there are not described abnormal physiology data.
Above-mentioned default physiological data scope presets, the corresponding corresponding default physiological data scope of each physiological data, in the present embodiment, this default physiological data scope can be set by user (wearer etc. as keeper, alarm wrist strap), to meet the demand of user individual, if user does not set it, also automatically can be set according to default value or historical data by server.
The present embodiment server judges whether physiological data exceeds corresponding default physiological data scope to judge that whether this physiological data is as abnormal physiology data, and default physiological data scope can be set as required by user, therefore make server have the ability judging abnormal physiology data more accurately, also meet the demand of user individual on the other hand.
In physiological data remote collection method the 4th embodiment of the present invention, the present embodiment is on the basis of the first embodiment, the second embodiment and the 3rd embodiment, and described step S30 comprises:
Server receives described physiological data, determines the nursing documents that each described physiological data is corresponding, and is stored in corresponding described nursing documents according to time sequencing by described physiological data.
Wherein, above-mentioned nursing documents is form document.
Server receives physiological data.Due to multiple nursing documents may be there is in server, therefore, first server needs the nursing documents of determining that each physiological data is corresponding; Its method determined can be: server reads the device identifier of the user identifier stored in each physiological data or the Intelligent spire lamella sending this physiological data, in associated with (as index file), according to this user identifier or device identifier, search the nursing documents associated with this user identifier or device identifier, namely obtain the nursing documents that each physiological data is corresponding.Wherein, the incidence relation of user identifier or device identifier and nursing documents has been prestored in associated with.
Server after determining nursing documents corresponding to each physiological data, by each physiological data according to transmitting time by early to the sequential storage in evening in corresponding nursing documents.Be conducive to server carries out next step to physiological data process according to time sequencing like this.
In addition, the nursing documents in the present embodiment is form document.This is that and form document is more convenient for, user checks intuitively because form document is more convenient for operating (as operations such as Data classification, process, calculating, statistics).
With reference to the refinement schematic flow sheet that Fig. 3, Fig. 3 are step S20 in Fig. 1.
In physiological data remote collection method the 5th embodiment of the present invention, the present embodiment is on the basis of the first embodiment, the second embodiment, the 3rd embodiment and the 4th embodiment, in step S20, described data concentrator obtains from each Intelligent spire lamella and the step storing described physiological data comprises:
Step S21, data concentrator in real time or timing detect in its signal cover the Intelligent spire lamella do not set up communication and connect, and set up communication with the Intelligent spire lamella detected and be connected;
The time interval of above-mentioned data concentrator timing detecting or time point can need setting according to user, also can be set according to default value by data concentrator.Detecting real-time is conducive to the Intelligent spire lamella finding into its signal cover fast, and can ensure just can carry out data interaction with it once there be Intelligent spire lamella to enter at once; And timing is detected due to life period interval between two actions detected, therefore, compared to detecting real-time, timing detecting can not ensure when Intelligent spire lamella enters in its signal cover, at once carry out data interaction with it, but may just detect this Intelligent spire lamella entered after separated in time again.
Step S22, data concentrator receives the described physiological data establishing the Intelligent spire lamella transmission that communication connects, and stores the described physiological data received.
Set up after communication is connected at data concentrator and Intelligent spire lamella, Intelligent spire lamella can upload its physiological data gathered automatically to data concentrator, and data concentrator receives and stores this physiological data.Because Intelligent spire lamella can realize automatically uploading physiological data, this improves the efficiency that data concentrator obtains physiological data.
The present invention further provides a kind of physiological data remote gathering system.
With reference to the high-level schematic functional block diagram that Fig. 4, Fig. 4 are physiological data remote gathering system first embodiment of the present invention.
In physiological data remote gathering system first embodiment of the present invention, this physiological data remote gathering system comprises Intelligent spire lamella 10, data concentrator 20 and server 30;
Described Intelligent spire lamella 10 for, gather and store physiological data;
Described data concentrator 20 for, obtain from each described Intelligent spire lamella 10 and store described physiological data, and by store described physiological data be uploaded to described server 30;
Described server 30 for, receive described physiological data, and described physiological data be stored in nursing documents.
On the arm that Intelligent spire lamella 10 is worn on user to be measured or other body parts, the physiological data of user to be measured can be gathered by the transducer of Intelligent spire lamella 10 inside, this physiological data at least comprises one of following: body temperature, heart rate, blood pressure, certainly the physiological data of other types can also be comprised, as blood oxygen, electrocardiosignal, human body exercise amount, energy ezpenditure, sleep state etc., the present embodiment is not construed as limiting this.
The acquisition mode of Intelligent spire lamella 10 pairs of physiological datas can be real-time collection, also can be the collection of timing, can also be to gather according to the acquisition instructions received.This physiological data, after acquiring physiological data, stores by Intelligent spire lamella 10.
In the present embodiment, use first at Intelligent spire lamella 10, or when object is worn in replacing, the user profile of this Intelligent spire lamella 10 correspondence can be upgraded in server 30.
First data concentrator 20 is set up communication with Intelligent spire lamella 10 and is connected, then obtains physiological data from Intelligent spire lamella 10, and is stored by this physiological data.Wherein, data concentrator 20 obtains the mode of physiological data and can be: be that data concentrator 20 is set up after communication connects by Intelligent spire lamella 10 and automatically upload physiological data to data concentrator 20; Or data concentrator 20 sends and obtains instruction to Intelligent spire lamella 10, and Intelligent spire lamella 10 responds this acquisition instruction, and sends physiological data to data concentrator 20; Or, other any applicable modes.
The physiological data of storage is uploaded onto the server 30 by data concentrator 20, and its concrete grammar can be: data concentrator 20 in real time or timing upload physiological data to server 30; Or data concentrator 20 uploads physiological data to server 30 according to the uploading instructions received; Or data concentrator 20, when the physiological data detecting storage reaches preset data amount, uploads physiological data to server 30; Or, other any applicable modes.
The type of above-mentioned data concentrator 20 can be blue-teeth data concentrator 20, infrared data concentrator 20, rf data concentrator 20, WIFI data concentrator 20 etc.Accordingly, above-mentioned data concentrator 20 and the communication connected mode of Intelligent spire lamella 10 can be that bluetooth is connected, infrared connection, radio frequency connect, WIFI (WirelessFidelity, WLAN (wireless local area network)) connects.
It should be noted that in the present embodiment, above-mentioned data concentrator 20 can be one or more, and Intelligent spire lamella 10 also can be one or more, and the present embodiment is not limited the quantity of data concentrator 20, Intelligent spire lamella 10.
Server 30 receives the physiological data that data concentrator 20 is uploaded, and this physiological data is stored in nursing documents, its concrete grammar can be: server 30 determines the user that the physiological data of reception is corresponding, physiological data is added in nursing documents corresponding to user, or physiological data is added in table position that in nursing documents, this user is corresponding.Above-mentioned nursing documents can be one or more; If nursing documents is one, namely the physiological data of all users is all stored in same nursing documents, then this nursing documents is different according to user, is divided into several logic records in advance, each user wherein one or more logic records corresponding; If nursing documents is multiple, then each user can have the nursing documents of its correspondence.Nursing documents can be that keeper is pre-created, and also can be that server 30 creates automatically according to user profile, can also be that other any applicable modes create.
The present embodiment gathers physiological data automatically by Intelligent spire lamella 10, and data concentrator 20 is concentrated, batch obtains the physiological data in Intelligent spire lamella 10 and uploads onto the server 30, thus without the need to manually gathering the physiological data of user one by one item by item, improve collecting efficiency, save manpower, and the remote monitoring that can realize physiological data, unified management.
With reference to the high-level schematic functional block diagram that Fig. 5, Fig. 5 are physiological data remote gathering system second embodiment of the present invention.
In physiological data remote gathering system second embodiment of the present invention, the present embodiment is on the basis of the first embodiment, and described physiological data remote gathering system also comprises warning device 40 and alarm wrist strap 50;
Described server 30 also for, judge whether there are abnormal physiology data in the new described physiological data stored; If so, obtain the user profile that described abnormal physiology data are corresponding, and send described abnormal physiology data and described user profile extremely described warning device 40; If not, then return and perform the described physiological data of described reception, and described physiological data is stored to the step in nursing documents; Wherein, described abnormal physiology data refer to the physiological data meeting early-warning conditions;
Described warning device 40 for, according to receive described user profile and described abnormal physiology data, generate warning message, and by generate described warning message be sent to described data concentrator 20;
Described data concentrator 20 also for, receive the described warning message that described warning device 40 sends, and send described warning message to corresponding one or more described alarm wrist strap 50;
Described alarm wrist strap 50 for, receive described warning message, and send alarm signal.
Server 30 judges whether there is the physiological data meeting early-warning conditions in the new physiological data stored, and above-mentioned early-warning conditions presets, and can be set according to implied terms by server 30 and obtain, also can be set as required by keeper and obtain; Such as, early-warning conditions can be that the difference value of physiological data and history physiological data exceedes preset difference value; Or pre-conditioned can also be that physiological data exceeds corresponding default physiological data scope; Or, other any applicable conditions.
When server 30 judges that in the new physiological data stored, existence meets early-warning conditions, then determine that this physiological data meeting early-warning conditions is abnormal physiology data, obtain the user profile that these abnormal physiology data are corresponding; Above-mentioned user profile is the information of the wearer for distinguishing Intelligent spire lamella 10, user profile can comprise: the essential information of the users such as identify label (as name, code name etc.), age, can also comprise the information as other needs records such as history of disease, height, body weight, ward number, berths.The concrete grammar that server 30 obtains user profile corresponding to abnormal physiology data can be: server 30 inquiry be stored in advance in abnormal physiology data with the identifier of user information correlation, corresponding user profile then can be inquired according to this identifier, wherein, identifier can be the user identifier of difference user, also can be the device identifier of the Intelligent spire lamella 10 sending these abnormal physiology data; Or, server 30 is according to the memory location of these abnormal physiology data (logical address as in the nursing documents at place or place nursing documents), inquire about the user profile that this memory location is corresponding, wherein, user profile has herein carried out association process with memory location in advance.
User profile and abnormal physiology data, after obtaining user profile corresponding to abnormal physiology data, are sent to warning device 40 by server 30 in the lump.
Warning device 40 is according to the user profile received and abnormal physiology data, the step generating warning message can be user profile and abnormal physiology data are carried out extraction, the merging of data, and compiled predetermined information type (as Word message, image information, audio-frequency information, video information etc.), this can search alarm wrist strap 50 corresponding to this user profile further, is stored in warning message by the device identification of alarm wrist strap 50; In addition, can carry out other any type of process to generate warning message to user profile and abnormal physiology data according to concrete demand, therefore not to repeat here.
After warning device 40 generates warning message, this warning message is sent to data concentrator 20.
Data concentrator 20 receives the warning message that warning device 40 sends, determine the alarm wrist strap 50 that warning message is corresponding, its concrete grammar can be: data concentrator 20 reads the device identifier of the alarm wrist strap 50 prestored in warning message, determines according to this device identifier the alarm wrist strap 50 that this warning message is corresponding; Or data concentrator 20, according to the incidence relation of user profile and alarm wrist strap 50, determines the alarm wrist strap 50 that warning message is corresponding; Or, other methods be suitable for.After data concentrator 20 determines the alarm wrist strap 50 that warning message is corresponding, send warning message to corresponding one or more alarm wrist straps 50.
After alarm wrist strap 50 receives warning message, according to this warning message, send alarm signal.Wherein, above-mentioned alarm signal can be picture signal, audio signal, vibration signal, light signal etc., when alarm signal is picture signal, alarm wrist strap 50 needs to be provided with display unit.The user wearing this alarm wrist strap 50 knows in the physiological data of the wearer of one or more Intelligent spire lamella 10 to there are abnormal physiology data by the alarm signal that alarm wrist strap 50 sends, thus can process timely and effectively it.
The present embodiment is detected by server 30 pairs of abnormal datas, and control warning device 40 and send warning message, realize the automatic alarm of alarm wrist strap 50, can effectively point out the situation of the physiological status exception of the wearer of alarm wrist strap 50 to the wearer of Intelligent spire lamella 10 occurs process in time or give treatment to.
In physiological data remote gathering system the 3rd embodiment of the present invention, the present embodiment on the basis of the second embodiment, described server 30 also for:
Judge that whether there is physiological data in the new described physiological data stored exceeds corresponding default physiological data scope, if so, then it is determined that the presence of described abnormal physiology data, and described abnormal physiology data are the physiological data exceeding corresponding default physiological data scope.
Above-mentioned default physiological data scope presets, the corresponding corresponding default physiological data scope of each physiological data, in the present embodiment, this default physiological data scope can be set by user (wearer etc. as keeper, alarm wrist strap 50), to meet the demand of user individual, if user does not set it, also automatically can be set according to default value or historical data by server 30.
The present embodiment server 30 judges whether physiological data exceeds corresponding default physiological data scope to judge that whether this physiological data is as abnormal physiology data, and default physiological data scope can be set as required by user, therefore make server 30 have the ability judging abnormal physiology data more accurately, also meet the demand of user individual on the other hand.
In physiological data remote gathering system the 4th embodiment of the present invention, the present embodiment on the basis of the first embodiment, the second embodiment and the 3rd embodiment, described server 30 also for:
Receive described physiological data, determine the nursing documents that each described physiological data is corresponding, and each described physiological data is stored in corresponding described nursing documents according to time sequencing.
Wherein, above-mentioned nursing documents is form document.
Server 30 receives physiological data.Due to multiple nursing documents may be there is in server 30, therefore, first server 30 needs the nursing documents of determining that each physiological data is corresponding; Its method determined can be: server 30 reads the device identifier of the user identifier stored in each physiological data or the Intelligent spire lamella 10 sending this physiological data, in associated with (as index file), according to this user identifier or device identifier, search the nursing documents associated with this user identifier or device identifier, namely obtain the nursing documents that each physiological data is corresponding.Wherein, the incidence relation of user identifier or device identifier and nursing documents has been prestored in associated with.
Server 30 after determining nursing documents corresponding to each physiological data, by each physiological data according to transmitting time by early to the sequential storage in evening in corresponding nursing documents.Be conducive to server 30 carries out next step to physiological data process according to time sequencing like this.
In addition, the nursing documents in the present embodiment is form document.This is that and form document is more convenient for, user checks intuitively because form document is more convenient for operating (as operations such as Data classification, process, calculating, statistics).
In physiological data remote gathering system the 5th embodiment of the present invention, the present embodiment on the basis of the first embodiment, the second embodiment, the 3rd embodiment and the 4th embodiment, described data concentrator 20 also for:
In real time or timing detect in its signal cover the described Intelligent spire lamella 10 do not set up communication and connect, and set up communication with the described Intelligent spire lamella 10 detected and be connected; Receive the described physiological data establishing described Intelligent spire lamella 10 transmission that communication connects, and the described physiological data received is stored.
The time interval of above-mentioned data concentrator 20 timing detecting or time point can need setting according to user, also can be set according to default value by data concentrator 20.Detecting real-time is conducive to the Intelligent spire lamella 10 finding into its signal cover fast, and can ensure just can carry out data interaction with it once there be Intelligent spire lamella 10 to enter at once; And timing is detected due to life period interval between two actions detected, therefore, compared to detecting real-time, timing detecting can not ensure when Intelligent spire lamella 10 enters in its signal cover, at once carry out data interaction with it, but may just detect this Intelligent spire lamella 10 entered after separated in time again.
Set up after communication is connected at data concentrator 20 and Intelligent spire lamella 10, Intelligent spire lamella 10 can upload its physiological data gathered automatically to data concentrator 20, and data concentrator 20 receives and stores this physiological data.Because Intelligent spire lamella 10 can realize automatically uploading physiological data, this improves the efficiency that data concentrator 20 obtains physiological data.
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 specification 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 (10)
1. a physiological data remote collection method, is characterized in that, described physiological data remote collection method comprises the following steps:
Intelligent spire lamella collection also stores physiological data;
Data concentrator obtains and stores described physiological data from each Intelligent spire lamella, and is uploaded onto the server by the described physiological data stored;
Server receives described physiological data, and is stored in nursing documents by described physiological data.
2. physiological data remote collection method as claimed in claim 1, it is characterized in that, described server receives described physiological data, and comprises after described physiological data being stored to the step in nursing documents:
Server judges whether there are abnormal physiology data in the new described physiological data stored; If so, obtain the user profile that described abnormal physiology data are corresponding, and send described abnormal physiology data and described user profile to warning device, wherein, described abnormal physiology data refer to the physiological data meeting early-warning conditions;
Warning device, according to the described user profile received and described abnormal physiology data, generates warning message, and the described warning message generated is sent to data concentrator;
Data concentrator receives the described warning message that warning device sends, and sends described warning message to corresponding one or more alarm wrist straps;
Alarm wrist strap receives described warning message, and sends alarm signal.
3. physiological data remote collection method as claimed in claim 2, is characterized in that, described server judges that the step that whether there are abnormal physiology data in the new described physiological data stored comprises:
Server judges that whether there is physiological data in the new described physiological data stored exceeds corresponding default physiological data scope, if, then it is determined that the presence of described abnormal physiology data, and described abnormal physiology data are the physiological data exceeding corresponding default physiological data scope.
4. physiological data remote collection method as claimed any one in claims 1 to 3, it is characterized in that, described server receives described physiological data, and the step that described physiological data is stored in nursing documents is comprised:
Server receives described physiological data, determines the nursing documents that each described physiological data is corresponding, and is stored in corresponding described nursing documents by each described physiological data according to time sequencing; Described nursing documents is form document.
5. as claimed any one in claims 1 to 3 physiological data remote collection method, is characterized in that, described data concentrator obtains from each Intelligent spire lamella and the step storing described physiological data comprises:
Data concentrator in real time or timing detect in its signal cover the Intelligent spire lamella do not set up communication and connect, and set up communication with the Intelligent spire lamella detected and be connected;
Data concentrator receives the described physiological data establishing the Intelligent spire lamella transmission that communication connects, and stores the described physiological data received.
6. a physiological data remote gathering system, is characterized in that, described physiological data remote gathering system comprises Intelligent spire lamella, data concentrator and server;
Described Intelligent spire lamella is used for, and gathers and stores physiological data;
Described data concentrator is used for, and obtains and store described physiological data from each described Intelligent spire lamella, and the described physiological data stored is uploaded to described server;
Described server is used for, and receives described physiological data, and is stored in nursing documents by described physiological data.
7. physiological data remote gathering system as claimed in claim 6, it is characterized in that, described physiological data remote gathering system also comprises warning device and alarm wrist strap;
Described server also for, judge whether there are abnormal physiology data in the new described physiological data stored; If so, obtain the user profile that described abnormal physiology data are corresponding, and send described abnormal physiology data and described user profile extremely described warning device, wherein, described abnormal physiology data refer to the physiological data meeting early-warning conditions;
Described warning device is used for, and according to the described user profile received and described abnormal physiology data, generates warning message, and the described warning message generated is sent to described data concentrator;
Described data concentrator also for, receive the described warning message that described warning device sends, and send described warning message to corresponding one or more described alarm wrist strap;
Described alarm wrist strap is used for, and receives described warning message, and sends alarm signal.
8. physiological data remote gathering system as claimed in claim 7, is characterized in that, described server also for:
Judge that whether there is physiological data in the new described physiological data stored exceeds corresponding default physiological data scope, if so, then it is determined that the presence of described abnormal physiology data, and described abnormal physiology data are the physiological data exceeding corresponding default physiological data scope.
9. the physiological data remote gathering system according to any one of claim 6 to 8, is characterized in that, described server also for:
Receive described physiological data, determine the nursing documents that each described physiological data is corresponding, and each described physiological data is stored in corresponding described nursing documents according to time sequencing; Described nursing documents is form document.
10. the physiological data remote gathering system according to any one of claim 6 to 8, is characterized in that, described data concentrator also for:
In real time or timing detect in its signal cover the described Intelligent spire lamella do not set up communication and connect, and set up communication with the described Intelligent spire lamella detected and be connected; Receive the described physiological data establishing the described Intelligent spire lamella transmission that communication connects, and the described physiological data received is stored.
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| WO2017177415A1 (en) * | 2016-04-14 | 2017-10-19 | 汤美 | Intelligent monitoring system for campus infirmary |
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