CN108123896A - Sign data real-time exhibition method, system and storage medium - Google Patents
Sign data real-time exhibition method, system and storage medium Download PDFInfo
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- H—ELECTRICITY
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- H04L47/00—Traffic control in data switching networks
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- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
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- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/103—Detecting, measuring or recording devices for testing the shape, pattern, colour, size or movement of the body or parts thereof, for diagnostic purposes
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- A61B5/113—Measuring movement of the entire body or parts thereof, e.g. head or hand tremor, mobility of a limb occurring during breathing
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- A61B5/4818—Sleep apnoea
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract
The present invention provides a kind of sign data real-time exhibition method, system and storage mediums.This method includes：Displaying terminal receives the real-time sign data packet that server is sent, and real-time sign data packet includes the first real-time sign data packet and the second real-time sign data packet；First real-time sign data packet is inserted into the first data queue by displaying terminal, and the second real-time sign data packet is inserted into the second data queue；When meeting preset condition, displaying terminal obtains the corresponding first real-time sign data packet of the first earliest acquisition time in the first data queue and is stored in buffering area to be presented, and obtain the corresponding second real-time sign data packet of the second earliest acquisition time in the second data queue and be stored in buffering area to be presented, obtain data to be presented；Displaying terminal shows data to be presented according to the default displaying time.The effect of sign remote data displaying can be enhanced by the above method, improve the real-time of sign data remote exhibition.
Description
Technical field
The present invention relates to a kind of medical instruments field more particularly to sign data real-time exhibition method, system and storages to be situated between
Matter.
Background technology
Sleep Apnea-hypopnea Syndrome（Sleep Apnea Hypopnea Syndrome, SAHS）Refer to people
The respiratory disorder occurred in sleeping process, including sleep apnea syndrome, hypoventilation syndrome and upper airway resistance
Related sleep disordered breathing caused by syndrome etc..Portable sleep monitor is also referred to as outside domestic sleeping monitoring or Sleeping Center
Sleep monitor, SAHS patient wears Portable sleep monitor can independently carry out the monitoring of sign data at home, and will monitoring
The real-time remote exhibition of sign data to the medical staff of hospital, understand the sleep quality of patient in time convenient for medical staff,
But when running into network congestion, sign data remote exhibition effect is poor, real-time is poor.
The content of the invention
In order to solve technical problem in the prior art, the present invention provides a kind of sign data real-time exhibition sides
Method, system and storage medium can enhance the effect of sign remote data displaying, improve the real-time of sign data remote exhibition
Property.
A kind of sign data real-time exhibition method, which is characterized in that including：
Displaying terminal receives the real-time sign data packet that server is sent, and the real-time sign data packet includes the first real-time sign
Data packet and the second real-time sign data packet；
Described first real-time sign data packet is inserted into the first data queue by the displaying terminal, by the described second real-time sign number
The second data queue is inserted into according to bag；
When meeting preset condition, it is corresponding that the displaying terminal obtains the first earliest acquisition time in first data queue
The first real-time sign data packet is simultaneously stored in buffering area to be presented and obtains in second data queue second and adopt earliest
The collection time corresponding second real-time sign data packet is simultaneously stored in buffering area to be presented, obtains data to be presented；
The displaying terminal shows the data to be presented according to the default displaying time.
The displaying terminal further includes before receiving the real-time sign data packet that server is sent：
The real-time sign data packet of acquisition is sent to data processing terminal by function device according to prefixed time interval, described
Function device includes the first function device and the second function device, and first function device gathers the first real-time sign number
According to bag, second function device gathers the second real-time sign data packet；
The real-time sign data packet received is sent to the server by the data processing terminal by udp protocol；
The real-time sign data packet received is sent to the displaying eventually by the server by WebSocket agreements
End.
The first real-time sign data packet includes the first function device ID, the first acquisition time, the first real-time sign number
According to data value, the frequency acquisition of the first real-time sign data, the data of the first real-time sign data count out, the first real-time volume
Levy the acquisition channel ID of data；
The second real-time sign data packet include the second function device ID, the second acquisition time, the second real-time sign data
Data value, the frequency acquisition of the second real-time sign data, the data of the second real-time sign data are counted out, the second real-time sign number
According to acquisition channel ID.
The first real-time sign data packet includes at least one in blood oxygen saturation and pulse rate data；
The second real-time sign data packet is included in chest and abdomen exercise data, nasal airflow data, Snore data and sleep position data
It is at least one.
Described first real-time sign data packet is inserted into the first data queue by the displaying terminal, real by described second
When sign data bag be inserted into the second data queue and include：
The described first real-time sign data packet insertion first number that the displaying terminal gathers first function device
According to queue, the described second real-time sign data packet of second function device acquisition is inserted into second data queue.
The preset condition is：Have in first data queue at least one first real-time sign data packet and
There is at least one second real-time sign data packet in second data queue.
The preset condition is：Any one in first data queue and second data queue there are two or two
A sign data packet in real time described above.
The displaying terminal shows the data to be presented according to the default displaying time, including：
When the queue length of the maximum queue in first data queue and second data queue is more than 10, according to the
One default displaying time showed the data to be presented；
When the queue length of the maximum queue in first data queue and second data queue is more than 5 and is less than or equal to
When 10, the data to be presented are shown according to the second default displaying time；
When the queue length of the maximum queue in first data queue and second data queue is more than 2 and is less than or equal to
When 5, the data to be presented are shown according to the 3rd default displaying time；
When the queue length of the maximum queue in first data queue and second data queue is more than 0 and is less than or equal to
When 2, the data to be presented are shown according to the 4th default displaying time.
The method further includes：
When initial time is more than the default displaying time with the current time interval for obtaining the time, the number to be presented is obtained
According to residue data point to be presented, and show the residue data point to be presented；
When initial time is with currently obtaining the time interval of time not less than the default displaying time, calculate described to be presented
The data of the real-time sign data of data are counted out, and obtain the data point that the data are counted out and displaying.
A kind of sign data real-time exhibition system, including displaying terminal and server, the displaying terminal includes：
Receiving module, for receiving the real-time sign data packet of server transmission, it is real that the real-time sign data packet includes first
When sign data bag and the second real-time sign data packet；
Module is inserted into, for the described first real-time sign data packet to be inserted into the first data queue, by the described second real-time sign
Data packet is inserted into the second data queue；
Acquisition module corresponds to for when meeting preset condition, obtaining the first earliest acquisition time in first data queue
The described first real-time sign data packet and be stored in buffering area to be presented and obtain in second data queue second earliest
The corresponding second real-time sign data packet of acquisition time is simultaneously stored in buffering area to be presented, obtains data to be presented；
Display module, for showing the data to be presented according to the default displaying time.
The system also includes function devices and data processing terminal；
The function device is used to the real-time sign data packet gathered being sent to data processing according to prefixed time interval
Terminal, the function device include the first function device and the second function device, the first function device acquisition described first
Real-time sign data packet, second function device gather the second real-time sign data packet；
The data processing terminal is used to the real-time sign data packet received being sent to the service by udp protocol
Device；
The real-time sign data packet received is sent to the displaying eventually by the server by WebSocket agreements
End.
A kind of computer readable storage medium is stored with computer on the computer readable storage medium and can perform finger
Order, when the computer executable instructions are executed by processor so that the processor performs following steps：
Real-time sign data packet is received, the real-time sign data packet includes the first real-time sign data packet and the second real-time sign
Data packet；
Described first real-time sign data packet is inserted into the first data queue, by the described second real-time sign data packet insertion second
Data queue；
When meeting preset condition, the first earliest acquisition time corresponding described first is obtained in first data queue in real time
Sign data bag is simultaneously stored in buffering area to be presented and to obtain the second earliest acquisition time in second data queue corresponding
The second real-time sign data packet is simultaneously stored in buffering area to be presented, obtains data to be presented；
The data to be presented are shown according to the default displaying time.
Above-mentioned sign data real-time exhibition method, system and storage medium, displaying terminal receive the real-time of server transmission
Sign data bag, the real-time sign data packet includes the first real-time sign data packet and the second real-time sign data packet, described
Described first real-time sign data packet is inserted into the first data queue by displaying terminal, and the described second real-time sign data packet is inserted into
Second data queue, when meeting preset condition, the displaying terminal obtains the first acquisition earliest in first data queue
The time corresponding first real-time sign data packet is simultaneously stored in buffering area to be presented and obtains in second data queue
The corresponding second real-time sign data packet of second earliest acquisition time is simultaneously stored in buffering area to be presented, obtains number to be presented
According to the displaying terminal shows the data to be presented according to the default displaying time, can enhance the displaying of sign remote data
Effect improves the real-time of sign data remote exhibition.
Description of the drawings
Fig. 1 is the system architecture diagram of the sign data real-time exhibition method of one embodiment；
Fig. 2 is the flow chart of the sign data real-time exhibition method of one embodiment；
Fig. 3 is the partial process view of the sign data real-time exhibition method of another embodiment；
Fig. 4 is the schematic diagram of the sign data real-time exhibition system of one embodiment；
Fig. 5 is the schematic diagram of the sign data real-time exhibition system of another embodiment；
Fig. 6 is the internal structure schematic diagram of the computer equipment of one embodiment.
Specific embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, with reference to the accompanying drawings and embodiments, it is right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
As shown in Figure 1, being the system architecture diagram in one embodiment, which includes function device 1001, data processing
Terminal 1002, server 1003 and displaying terminal 1004.Function device 1001 is carried out with data processing terminal 1002 by bluetooth
Data transmission, data processing terminal 1002 pass through User Datagram Protocol UDP with server 1003（User Datagram
Protocal）Carry out data transmission, server 1003 is carried out data transmission with displaying terminal 1004 by Web Socket agreements.
Function device 1001 can be that can monitor the Portable sleep monitor of sign data, such as BOLD contrast, nasal airflow and chest and abdomen
Box etc. is moved, but is not limited thereto.BOLD contrast can monitor the blood oxygen saturation and pulse rate data of patient；Nasal airflow and chest
Abdomen movement box can monitor chest and abdomen exercise data, nasal airflow data, Snore data and the sleep position data of patient.At data
It can be 4.0 central apparatus of bluetooth to manage terminal 1002, can connect the function device 1001 of multiple peripheral hardwares simultaneously.Server 1003
It can be the server cluster that multiple physical servers are formed, Cloud Server, cloud database, cloud storage and CDN can be to provide
Deng the Cloud Server of basic cloud computing service.Displaying terminal 1004 can be smart mobile phone, tablet computer, laptop, desk-top
Computer, smartwatch etc., but be not limited thereto.The real-time sign data packet of the acquisition patient of function device 1001, and according to
Real-time sign data packet is sent to data processing terminal by prefixed time interval, and function device includes the first function device and second
Function device, real-time sign data packet includes the first real-time sign data packet and the second real-time sign data packet, the first function are set
The first real-time sign data packet of standby acquisition, the second function device gather the second real-time sign data packet；Data processing terminal receives
Real-time sign data packet, and real-time sign data packet is sent to server by udp protocol；Server receives real-time sign number
Displaying terminal is sent to by WebSocket agreements according to bag, and by real-time sign data packet；Displaying terminal receives server and sends
Real-time sign data packet, and the first real-time sign data packet is inserted into the first data queue, by the second real-time sign data packet
It is inserted into the second data queue；When meeting preset condition, displaying terminal obtains the first earliest acquisition time in the first data queue
Corresponding first real-time sign data packet is simultaneously stored in buffering area to be presented and obtains the second acquisition earliest in the second data queue
Time corresponding second real-time sign data packet is simultaneously stored in buffering area to be presented, obtains data to be presented；Displaying terminal is according to pre-
If showing that the time shows data to be presented, so as to enhance the effect of sign data remote exhibition, improve sign data and remotely open up
The real-time shown.
As shown in Fig. 2, in one embodiment, a kind of sign data real-time exhibition method comprises the following steps：
Step S201, displaying terminal receive the real-time sign data packet that server is sent, and it is real that real-time sign data packet includes first
When sign data bag and the second real-time sign data packet.
Specifically, displaying terminal receives the real-time sign data packet that server is sent by udp protocol, real-time sign data
Include the first real-time sign data packet and the second real-time sign data packet.
Step S202, the first real-time sign data packet is inserted into the first data queue by displaying terminal, by the second real-time sign
Data packet is inserted into the second data queue.
Specifically, the first data queue corresponds to the first real-time sign data packet, and the second data queue corresponds to the second real-time volume
Data packet is levied, the receive first real-time sign data packet is inserted into the first data queue, second will received by displaying terminal
Real-time sign data packet is inserted into the second data queue.
Step S203, when meeting preset condition, displaying terminal obtains the first earliest acquisition time in the first data queue
Corresponding first real-time sign data packet is simultaneously stored in buffering area to be presented and obtains the second acquisition earliest in the second data queue
Time corresponding second real-time sign data packet is simultaneously stored in buffering area to be presented, obtains data to be presented.
Specifically, judge whether the first data queue and the second data queue meet preset condition, when meeting preset condition
When, displaying terminal obtains in the first data queue the corresponding first real-time sign data packet of the first earliest acquisition time and is stored in and treats
It displaying buffering area and obtains the corresponding second real-time sign data packet of the second earliest acquisition time in the second data queue and deposits
Enter buffering area to be presented, obtain data to be presented.First earliest acquisition time and the second earliest acquisition time can be it is identical,
Can also be different.
Step S204, displaying terminal show data to be presented according to the default displaying time.
Specifically, when displaying terminal determines default displaying according to the queue length of the first data queue and the second data queue
Between, show data to be presented according to the default displaying time, i.e., displaying terminal is according to the first data queue and the second data queue
The displaying speed of queue length dynamic control data to be presented, enhances the effect of sign data remote exhibition, improves sign
The real-time of remote data displaying.
In the present embodiment, displaying terminal obtains data to be presented, and displaying terminal is according to the first data queue and the second data
The queue length of queue determines the default displaying time, shows data to be presented according to the default displaying time, i.e., according to the first data
The displaying speed of the queue length dynamic control data to be presented of queue and the second data queue, enhances sign data and remotely opens up
The effect shown improves the real-time of sign data remote exhibition.
In one embodiment, a kind of sign data real-time exhibition method, comprises the following steps：
The real-time sign data packet of acquisition is sent to data processing end by step S211, function device according to prefixed time interval
End, function device include the first function device and the second function device, and the first function device gathers the first real-time sign data packet,
Second function device gathers the second real-time sign data packet.
Specifically, function device supports bluetooth data transmission, can be the Portable sleep prison that can monitor sign data
Instrument, such as BOLD contrast, nasal airflow and chest and abdomen movement box etc. are surveyed, but is not limited thereto.
Data processing terminal can be 4.0 central apparatus of bluetooth, can connect the function device of multiple peripheral hardwares simultaneously, automatically
Search for and connect available function device, the real-time sign data packet of automatic synchronizing function equipment acquisition, by real-time sign data
Bag uploads to Cloud Server by WIFI or mobile network.
In the present embodiment, prefixed time interval could be provided as 1 second, and the first function device and the second function device open simultaneously
With.First function device is whole to data processing by 4.0 low power consumption protocol of bluetooth, 1 second one the first real-time sign data packet of transmission
End, the second function device are whole to data processing by 4.0 low power consumption protocol of bluetooth, 1 second one the second real-time sign data packet of transmission
End.
Further, the first real-time sign data packet includes the first function device ID, the first acquisition time, the first real-time volume
The data value of data, the frequency acquisition of the first real-time sign data are levied, the data of the first real-time sign data are counted out, and first is real
When sign data acquisition channel ID；Second real-time sign data packet include the second function device ID, the second acquisition time, second
The data value of real-time sign data, the frequency acquisition of the second real-time sign data, the data of the second real-time sign data are counted out,
The acquisition channel ID of second real-time sign data.
Further, the first real-time sign data packet includes at least one in blood oxygen saturation and pulse rate data；Second is real
When sign data include chest and abdomen exercise data, nasal airflow data, Snore data and sleep position data in it is at least one.
Specifically, the first function device can be BOLD contrast, and the second function device can be that nasal airflow and chest and abdomen move box
Son.At least one parameter in the blood oxygen saturation and pulse rate data of BOLD contrast monitoring patient, nasal airflow and chest and abdomen movement box
Monitor at least one parameter in chest and abdomen exercise data, nasal airflow data, Snore data and the sleep position data of patient.This reality
It applies in example, the first function device is BOLD contrast, gathers the blood oxygen saturation and pulse rate data of patient, and the second function device is nose gas
Stream and chest and abdomen move box, gather chest and abdomen exercise data, nasal airflow data, Snore data and the sleep position data of patient.The
One real-time sign data packet includes the first function device ID, the first acquisition time, the data value of blood oxygen saturation, blood oxygen saturation
Frequency acquisition, the data of blood oxygen saturation count out, the acquisition channel ID of blood oxygen saturation；The data value of pulse rate data, arteries and veins
The frequency acquisition of rate data, the data of pulse rate data are counted out, the acquisition channel ID of pulse rate data.Second real-time sign data packet
Including the second function device ID, the second acquisition time, the data value of chest and abdomen exercise data, the frequency acquisition of chest and abdomen exercise data,
The data of chest and abdomen exercise data are counted out, the acquisition channel ID of chest and abdomen exercise data；The data value of nasal airflow data, nasal airflow number
According to frequency acquisition, the data of nasal airflow data count out, the acquisition channel ID of nasal airflow data；The data value of Snore data,
The frequency acquisition of Snore data, the data of Snore data are counted out, the acquisition channel ID of Snore data；The number of sleep position data
According to value, the frequency acquisition of sleep position data, the data of sleep position data are counted out, the acquisition channel of sleep position data
ID。
The real-time sign data packet received is sent to the clothes by step S212, data processing terminal by udp protocol
Business device.
Specifically, server can be Cloud Server, and data processing terminal transmits number with Cloud Server by udp protocol
According to.Data processing terminal receives the first real-time sign data packet of the first function device transmission, and real-time by first in real time
Sign data bag is sent to Cloud Server by udp protocol；Data processing terminal receives the second of the second function device transmission
Real-time sign data packet, and the second real-time sign data packet is sent to Cloud Server by udp protocol in real time.Udp protocol
Extra load it is small, efficiency of transmission is high, and real-time is good, and real-time sign data packet can be realized in data processing terminal and cloud service
Real-time Transmission between device.
The real-time sign data packet received is sent to displaying eventually by step S213, server by WebSocket agreements
End.
Specifically, server can be Cloud Server, cloud server to data processing terminal send first in real time
Sign data bag and the second real-time sign data packet, and in real time by the first real-time sign data packet and the second real-time sign data
Bag is sent to displaying terminal by WebSocket agreements.WebSocket agreements are supported to carry out between client and server complete double
Work communicates, and provides one and is used for substituting HTTP polls realization webpage to the method for the two-way communication of distance host, extra load
It is small, it supports server push, is well suited for the scene of this real-time data transmission per second.It can not only by WebSocket modes
It supports the C/S modes at autonomous clients end, is also suitable for the B/S access modes of browser.
Step S214, displaying terminal monitor the real-time sign data packet that Cloud Server is sent.
In the present embodiment, function device is per second to transmit a real-time sign data packet, data processing to data processing terminal
The real-time sign data packet received is sent to Cloud Server by terminal in real time, and Cloud Server is real-time by what is received in real time
Sign data bag is sent to displaying terminal, and displaying terminal monitors the real-time sign data packet that Cloud Server is sent.
Step S215, when displaying terminal judges whether the acquisition time of real-time sign data packet is later than existing earliest acquisition
Between, when the acquisition time of real-time sign data packet is later than existing earliest acquisition time, step S216 is performed, receives real-time sign
Data packet；When the acquisition time of real-time sign data packet is earlier than existing earliest acquisition time, step S217 is performed, is abandoned real-time
Sign data bag.
Specifically, existing earliest acquisition time refers to the earliest acquisition time of the real-time sign data packet in data queue.It can
To search the first existing earliest acquisition time of the first real-time sign data packet from the first data queue, from the second data queue
Search the second existing earliest acquisition time of the second real-time sign data packet, the first existing earliest acquisition time and second it is existing most
Early acquisition time can be identical or different.Compare what the first existing earliest acquisition time and server were sent
The first acquisition time in first real-time sign data packet, when the first acquisition time is later than the first existing earliest acquisition time,
The first real-time sign data packet that server is sent is received, when the first acquisition time is earlier than the first existing earliest acquisition time,
Illustrate the first real-time sign packet delay that server is sent, abandon the first real-time sign data packet；It is existing to compare second
There is the second acquisition time in the second real-time sign data packet of earliest acquisition time and server transmission, when the second acquisition time
When being later than the second existing earliest acquisition time, the second real-time sign data packet that server is sent is received, when the second acquisition time
During earlier than the second existing earliest acquisition time, illustrate the second real-time sign packet delay that server is sent, abandon this
Two real-time sign data packets.
Step S218, the first real-time sign data packet is inserted into the first data queue by displaying terminal, by the second real-time sign
Data packet is inserted into the second data queue, including：The first real-time sign data packet that displaying terminal gathers the first function device is inserted
Enter the first data queue, the second real-time sign data packet of the second function device acquisition is inserted into the second data queue.
Specifically, function device ID in real-time sign data packet and the function device ID in data queue are compared, when the
When the first function device ID in one real-time sign data packet is consistent with the first function device ID in the first data queue, by
One real-time sign data packet is inserted into the first data queue；The second function device ID and second in the second real-time sign data packet
When the second function device ID in data queue is consistent, the second real-time sign data packet is inserted into the second data queue.One
The data of blood oxygen saturation are counted out as 1 in one real-time sign data packet, and the data of pulse rate data are counted out as 1；One second
The data of chest and abdomen exercise data are counted out as 50 in real-time sign data packet, and the data of nasal airflow data are counted out as 50, snoring
The data of data are counted out as 50, and the data of sleep position data are counted out as 1, in order to which Drawing of Curve is imitated during subsequently showing
Fruit is smooth, it is necessary at least each parameter is per second 25 data points, so need to count out the data of blood oxygen saturation data,
The data of pulse rate data count out to count out with the data of sleep position data expands to 25 respectively, and data value is all consistent.
It should be noted that when not receiving command for stopping, step S214 to S218 is repeated, realizes that data queue is every
One real-time sign data packet of second insertion, i.e. the first data queue one the first real-time sign data packet of insertion per second, the second number
According to queue one the second real-time sign data packet of insertion per second.
Step S219, when meeting preset condition, displaying terminal obtains the first earliest acquisition time in the first data queue
Corresponding first real-time sign data packet is simultaneously stored in buffering area to be presented and obtains the second acquisition earliest in the second data queue
Time corresponding second real-time sign data packet is simultaneously stored in buffering area to be presented, obtains data to be presented, as shown in figure 3, including
Following steps：
Step S301 checks the first data queue and the second data queue.
Step S302 judges whether there is at least one first real-time sign data packet and the second number in the first data queue
According to whether there is at least one second real-time sign data packet in queue, if so, performing step S304, step is otherwise performed
S303。
Specifically, judge whether there is at least one first real-time sign data packet and the second data in the first data queue
Whether at least one second real-time sign data packet is had in queue, because the first function device and the second function device open simultaneously
With, and be all one real-time sign data packet of upload per second, under normal circumstances the first data queue and the second data queue when
Between difference do not exceed one second, that is, the first data queue has in the second data queue there are one the first real-time sign data packet
One the second real-time sign data packet, and the first acquisition time of the first real-time sign data packet and the second real-time sign data packet
The second acquisition time it is consistent, perform step S304 in this case；Otherwise step S303 is performed.
Step S303, judge whether to meet any one in the first data queue and the second data queue there are two or two
The condition of above sign dormant data bag in real time, if so, performing step S304, otherwise performs step S301.
Specifically, judge in the first data queue and the second data queue whether any one there are two or it is more than two
Real-time sign dormant data bag if so, performing step S304, otherwise performs step S301.Because in abnormal cases may
Occur in which that a data queue does not have real-time sign data packet and another data queue there are multiple real-time sign data packets
Situation, for example one of function device does not upload real-time sign data packet or network congestion causes real-time sign data packet
The reasons such as transmission delay should also obtain real-time sign data packet and be shown in this case.
Step S304 obtains the corresponding first real-time sign dormant data of the first earliest acquisition time in the first data queue
It wraps and is stored in buffering area to be presented and obtains the corresponding second real-time sign of the second earliest acquisition time in the second data queue
Dormant data bag is simultaneously stored in buffering area to be presented, obtains data to be presented.
Specifically, have when having in the first data queue in at least one first real-time sign data packet and the second data queue
During at least one second real-time sign data packet, in the first data queue in the first earliest acquisition time and the second data queue
Two earliest acquisition times are consistent, when obtaining the first earliest acquisition time and the second earliest acquisition time as current acquisition data
Between, it obtains and currently obtains the corresponding first real-time sign data packet of data time in the first data queue and be stored in buffering to be presented
Area obtains and currently obtains the corresponding second real-time sign data packet of data time in the second data queue and be stored in buffering to be presented
Area obtains data to be presented.When any one in the first data queue and the second data queue there are two or it is more than two in real time
During sign dormant data bag, with there are two or more than two data queue of sign dormant data bag in real time in earliest acquisition when
Between as current obtain data time, obtain in the first data queue and currently obtain the corresponding first real-time sign number of data time
According to wrapping and being stored in buffering area to be presented, obtain in the second data queue and currently obtain the corresponding second real-time sign number of data time
According to wrapping and being stored in buffering area to be presented, if currently obtaining the corresponding real-time sign data packet of data time as sky, i.e. function device
There are no uploading the real-time sign data packet or network congestion to cause the real-time sign data packet transmission delay, then filled out with 0
Fill the real-time sign data packet.Such as first data queue there are two the first real-time sign data packet, the second data queue has 0
Second real-time sign data packet then obtains the first earliest acquisition time in the first data queue and obtains data time as current,
It obtains and the corresponding first real-time sign data packet of data time is currently obtained in the first data queue and is stored in buffering area to be presented,
The corresponding second real-time sign data packet of data time is currently obtained in second data queue as sky, then the in buffering area to be presented
Two real-time sign data packets, 0 filling.In the present embodiment, data to be presented include a first real-time sign data packet and one
Second real-time sign data packet.
Step S220, displaying terminal show data to be presented according to the default displaying time, comprise the following steps：
Step S401 when the queue length of the maximum queue in the first data queue and the second data queue is more than 10, is set
The displaying time of data to be presented was the first default displaying time；When the most queue in the first data queue and the second data queue
When the queue length of row is more than 5 and is less than or equal to 10, is set for the second default displaying time the displaying time of data to be presented；When
When the queue length of first data queue and the maximum queue in the second data queue is more than 2 and is less than or equal to 5, set to be presented
The displaying time of data was the 3rd default displaying time；When the team of the maximum queue in the first data queue and the second data queue
When row length is more than 0 and is less than or equal to 2, is set for the 4th default displaying time the displaying time of data to be presented.
Specifically, the first default displaying time was 100ms, and the second default displaying time was 250ms, during the 3rd default displaying
Between for 500ms, the 4th default displaying time was（The queue length of 950ms-50ms* maximum queues）.When the first data queue and
When the queue length of maximum queue in second data queue is more than 10, the displaying time for setting data to be presented is 100ms；When
When the queue length of first data queue and the maximum queue in the second data queue is more than 5 and is less than or equal to 10, set and wait to open up
The displaying time of registration evidence is 250ms；When the queue length of the maximum queue in the first data queue and the second data queue is big
In 2 and less than or equal to 5 when, set data to be presented the displaying time be 500ms；When the first data queue and the second data queue
In the queue length of maximum queue be more than 0 and during less than or equal to 2, the displaying time for setting data to be presented is（950ms-
The queue length of 50ms* maximum queues）.
Step S402, the data for calculating real-time sign data in data to be presented are counted out, and obtain what the data were counted out
Data point-rendering curve is simultaneously shown.
Specifically, data to be presented include a first real-time sign data packet and a second real-time sign data packet.
First real-time sign data packet includes the first function device ID, the first acquisition time, the data value of blood oxygen saturation, blood oxygen saturation
The frequency acquisition of degree, the data of blood oxygen saturation are counted out, the acquisition channel ID of blood oxygen saturation；The data value of pulse rate data,
The frequency acquisition of pulse rate data, the data of pulse rate data are counted out, the acquisition channel ID of pulse rate data.Second real-time sign data
Include the second function device ID, the second acquisition time, the data value of chest and abdomen exercise data, the acquisition frequency of chest and abdomen exercise data
Rate, the data of chest and abdomen exercise data are counted out, the acquisition channel ID of chest and abdomen exercise data；The data value of nasal airflow data, nose gas
The frequency acquisition of flow data, the data of nasal airflow data are counted out, the acquisition channel ID of nasal airflow data；The data of Snore data
Value, the frequency acquisition of Snore data, the data of Snore data are counted out, the acquisition channel ID of Snore data；Sleep position data
Data value, the frequency acquisition of sleep position data, the data of sleep position data count out, and the acquisition of sleep position data is led to
Road ID.Blood oxygen saturation is shown with blood oxygen saturation curve, and pulse rate data is shown with pulse frequency curve, chest and abdomen movement number
Be shown according to chest and abdomen curve movement, nasal airflow data are shown with nasal airflow curve, Snore data with snoring curve into
Row displaying, sleep position data are shown with sleep position curve.Every curve is provided with ID, the ID of curve and the curve exhibition
The acquisition channel ID of the real-time sign data shown is consistent.Pass through the acquisition channel ID of real-time sign data in real-time sign data packet
It determines the corresponding displaying curve of the real-time sign data, the data value of real-time sign data is taken to draw curve.The abscissa of curve
For the acquisition time of real-time sign data, ordinate is the data value of real-time sign data.Calculate what every curve was shown every time
The data of corresponding real-time sign data are counted out, and calculation formula is：（The data of real-time sign data are counted out）It is multiplied by（Nearest one
It is secondary to obtain data point time and the current time interval for obtaining the time）Divided by（The default displaying time）, obtain the data and count out
Data point, the corresponding data value of data point is plotted on corresponding curve.Using the default displaying time as 100ms, chest and abdomen fortune
Exemplified by moving curve, the data of chest and abdomen exercise data are counted out as 50, and the data value of chest and abdomen exercise data is 12, when obtaining for the first time,
It is 0 that the last time, which obtains the data point time, and current to obtain the time be 50ms, then obtains the data point of chest and abdomen exercise data for the first time
Number is 25, which is plotted on chest and abdomen curve movement, and the value of data point is 12, when obtaining for the second time, currently
The acquisition time is 90ms, then the data of the second chest and abdomen exercise data obtained are counted out as 20, which is painted
For system on chest and abdomen curve movement, the value of data point is 12.It is calculated according to calculation formula and obtains data every time and count out, until by 50
A data point has all been shown.
Step S403, when judging whether initial time is more than default displaying with the current time interval for obtaining the time per 50ms
Between, if so, performing step S404, the residue data point to be presented of data to be presented is obtained, curve is drawn and shows；Otherwise, hold
Row step S402.
Specifically, initial time is the time for the data point for obtaining the real-time sign data in data to be presented for the first time, often
Judge whether an initial time and the time interval of current acquisition time are more than the default displaying time every 50ms, if it does,
Data redundancy to be presented data point to be presented is then obtained, draw curve and is shown, otherwise, performs step S402.It is because to be presented
In data packet, the data of each sign data in real time are counted out may be identical, it is also possible to differ, for each real-time sign number
According to data count out different situations, the displaying progress of each sign data in real time is also inconsistent, so needing to sentence per 50ms
Whether a disconnected initial time is more than the default displaying time with the current time interval for obtaining the time, is treated if it does, then obtaining
The remaining data point to be presented of display data, draws curve and shows, otherwise, performs step S402.
After the data display to be presented in area to be presented is complete, step S219 to S220 is repeated, as detailed above,
This is repeated no more.
When receiving the instruction for terminating real-time sign data display, terminate more than process step.
In the present embodiment, real-time sign data packet in data queue is dynamically adjusted according to the queue length of data queue
Show speed, i.e. the queue length of data queue is bigger, and the displaying speed of real-time sign data packet is faster in data queue, team
Row length then accelerates greatly speed and obtains and show to catch up with newest data as early as possible, and speed is progressively gently got off, and both meets reality
When requirement, while curve will not be caused imperfect when losing data.
As shown in figure 4, in one embodiment, a kind of sign data real-time exhibition system, including 400 kimonos of displaying terminal
Business device 300, wherein displaying terminal 400 include receiving module 401, insertion module 402, acquisition module 403 and display module 404,
Wherein：
Server 300 is used to real-time sign data packet being sent to displaying terminal 400.
Receiving module 401 is used to receive the real-time sign data packet of server transmission, and real-time sign data packet includes first
Real-time sign data packet and the second real-time sign data packet.
It is inserted into module 402 to be used to the first real-time sign data packet being inserted into the first data queue, by the second real-time sign number
The second data queue is inserted into according to bag.
Acquisition module 403 is used for when meeting preset condition, obtains the first earliest acquisition time pair in the first data queue
The first real-time sign data packet for answering and when being stored in buffering area to be presented and obtaining the second acquisition earliest in the second data queue
Between corresponding second real-time sign data packet and be stored in buffering area to be presented, obtain data to be presented.
Display module 404 is used to show data to be presented according to the default displaying time.
As shown in figure 5, in one embodiment, a kind of sign data real-time exhibition system, including function device 100, number
According to processing terminal 200, server 300 and displaying terminal 400, wherein, displaying terminal 400 includes monitoring module 411, judgment module
412nd, receiving module 401, insertion module 402, acquisition module 403 and display module 404, wherein：
Function device 100 is used to the real-time sign data packet gathered being sent to data processing terminal according to prefixed time interval,
Function device includes the first function device and the second function device, and the first function device gathers the first real-time sign data packet, the
Two function devices gather the second real-time sign data packet.
Data processing terminal 200 is used to the real-time sign data packet received being sent to the service by udp protocol
Device.
Server 300 is used to the real-time sign data packet received being sent to displaying terminal by WebSocket agreements.
Monitor the real-time sign data packet that module 411 is used to monitor Cloud Server transmission.
Judgment module 412 is used to judge whether the acquisition time of real-time sign data packet is later than existing earliest acquisition time.
Receiving module 401 is used for when the acquisition time of real-time sign data packet is later than existing earliest acquisition time, is received
Real-time sign data packet；When the acquisition time of real-time sign data packet is earlier than existing earliest acquisition time, real-time sign is abandoned
Data packet.
It is inserted into module 402 to be used to the first real-time sign data packet being inserted into the first data queue, by the second real-time sign number
The second data queue is inserted into according to bag, including：First real-time sign data packet of the first function device acquisition is inserted into the first data
Second real-time sign data packet of the second function device acquisition is inserted into the second data queue by queue.
Acquisition module 403 is used for when meeting preset condition, obtains the first earliest acquisition time pair in the first data queue
The first real-time sign data packet for answering and when being stored in buffering area to be presented and obtaining the second acquisition earliest in the second data queue
Between corresponding second real-time sign data packet and be stored in buffering area to be presented, obtain data to be presented.
Display module 404 is used to show data to be presented according to the default displaying time.
As shown in fig. 6, being the internal structure schematic diagram of one embodiment Computer equipment, which, which passes through, is
System connection bus couple processor, non-volatile memory medium, built-in storage and network interface.Wherein, the computer equipment
Non-volatile memory medium can storage program area and computer-readable instruction, which is performed, can make
It obtains processor and performs a kind of sign data real-time exhibition method.The processor of the computer equipment calculates and controls energy for providing
Power supports the operation of entire computer equipment.Computer-readable instruction can be stored in the built-in storage, the computer-readable finger
When order is executed by processor, it may be such that processor performs a kind of sign data real-time exhibition method.The network of computer equipment connects
Mouth is used to carry out network communication.The computer equipment can be server, and server can be either more with independent server
The server cluster of a server composition is realized.Computer equipment can also be terminal, and the display screen of terminal can be liquid crystal
Display screen or electric ink display screen, the input unit of computer equipment can be the touch layers covered on display screen, also may be used
To be button, trace ball or the Trackpad set on computer equipment shell, external keyboard, Trackpad or mouse can also be
Deng.Touch layer and display screen form touch screen.
In one embodiment, a kind of non-transitorycomputer readable storage medium including instructing is additionally provided, such as
Including computer program（Instruction）Storage device, above procedure（Instruction）It can perform to complete by the processor of computer equipment
Sign data real-time exhibition method shown in each embodiment of the present invention.For example, the non-transitory computer-readable storage medium
Matter can be ROM, random access memory（RAM）, CD-ROM, tape, floppy disk and optical data storage devices etc..
Those skilled in the art will readily occur to the present invention its after considering specification and putting into practice invention disclosed herein
Its embodiment.This application is intended to cover the present invention any variations, uses, or adaptations, these modifications, purposes or
Person's adaptive change follows the general principle of the present invention and including undocumented common knowledge in the art of the invention
Or conventional techniques.Description and embodiments are considered only as illustratively, and true scope and spirit of the invention are by following
Claim is pointed out.
It should be appreciated that the invention is not limited in the precision architecture for being described above and being shown in the drawings, and
And various modifications and changes may be made without departing from the scope thereof.The scope of the present invention is only limited by appended claim.
Claims (12)
- A kind of 1. sign data real-time exhibition method, which is characterized in that including：Displaying terminal receives the real-time sign data packet that server is sent, and the real-time sign data packet includes the first real-time sign Data packet and the second real-time sign data packet；Described first real-time sign data packet is inserted into the first data queue by the displaying terminal, by the described second real-time sign number The second data queue is inserted into according to bag；When meeting preset condition, it is corresponding that the displaying terminal obtains the first earliest acquisition time in first data queue The first real-time sign data packet is simultaneously stored in buffering area to be presented and obtains in second data queue second and adopt earliest The collection time corresponding second real-time sign data packet is simultaneously stored in buffering area to be presented, obtains data to be presented；The displaying terminal shows the data to be presented according to the default displaying time.
- 2. sign data real-time exhibition method according to claim 1, which is characterized in that the displaying terminal receives service It is further included before the real-time sign data packet that device is sent：The real-time sign data packet of acquisition is sent to data processing terminal by function device according to prefixed time interval, described Function device includes the first function device and the second function device, and first function device gathers the first real-time sign number According to bag, second function device gathers the second real-time sign data packet；The real-time sign data packet received is sent to the server by the data processing terminal by udp protocol；The real-time sign data packet received is sent to the displaying eventually by the server by WebSocket agreements End.
- 3. sign data real-time exhibition method according to claim 1 or 2, which is characterized in that the first real-time sign Data packet includes the first function device ID, the first acquisition time, the data value of the first real-time sign data, the first real-time sign number According to frequency acquisition, the data of the first real-time sign data count out, the acquisition channel ID of the first real-time sign data；The second real-time sign data packet include the second function device ID, the second acquisition time, the second real-time sign data Data value, the frequency acquisition of the second real-time sign data, the data of the second real-time sign data are counted out, the second real-time sign number According to acquisition channel ID.
- 4. sign data real-time exhibition method according to claim 3, which is characterized in that the first real-time sign data Including at least one in blood oxygen saturation and pulse rate data；The second real-time sign data packet is included in chest and abdomen exercise data, nasal airflow data, Snore data and sleep position data It is at least one.
- 5. sign data real-time exhibition method according to claim 4, which is characterized in that the displaying terminal is by institute It states the first real-time sign data packet and is inserted into the first data queue, the described second real-time sign data packet is inserted into the second data queue Including：The described first real-time sign data packet insertion first number that the displaying terminal gathers first function device According to queue, the described second real-time sign data packet of second function device acquisition is inserted into second data queue.
- 6. sign data real-time exhibition method according to claim 5, which is characterized in that the preset condition is：It is described Have in first data queue at least one first real-time sign data packet and second data queue have it is at least one The second real-time sign data packet.
- 7. the method for sign data real-time exhibition according to claim 6, which is characterized in that the preset condition is：Institute State any one in the first data queue and second data queue there are two or more than two real-time sign data packet.
- 8. the sign data real-time exhibition method according to claim 6 or 7, which is characterized in that the displaying terminal The data to be presented are shown according to the default displaying time, including：When the queue length of the maximum queue in first data queue and second data queue is more than 10, according to the One default displaying time showed the data to be presented；When the queue length of the maximum queue in first data queue and second data queue is more than 5 and is less than or equal to When 10, the data to be presented are shown according to the second default displaying time；When the queue length of the maximum queue in first data queue and second data queue is more than 2 and is less than or equal to When 5, the data to be presented are shown according to the 3rd default displaying time；When the queue length of the maximum queue in first data queue and second data queue is more than 0 and is less than or equal to When 2, the data to be presented are shown according to the 4th default displaying time.
- 9. sign data real-time exhibition method according to claim 8, which is characterized in that the method further includes：When initial time is more than the default displaying time with the current time interval for obtaining the time, the number to be presented is obtained According to residue data point to be presented, and show the residue data point to be presented；When initial time is with currently obtaining the time interval of time not less than the default displaying time, calculate described to be presented The data of the real-time sign data of data are counted out, and obtain the data point that the data are counted out and displaying.
- 10. a kind of sign data real-time exhibition system, which is characterized in that including displaying terminal and server, the displaying terminal Including：Receiving module, for receiving the real-time sign data packet of server transmission, it is real that the real-time sign data packet includes first When sign data bag and the second real-time sign data packet；Module is inserted into, for the described first real-time sign data packet to be inserted into the first data queue, by the described second real-time sign Data packet is inserted into the second data queue；Acquisition module corresponds to for when meeting preset condition, obtaining the first earliest acquisition time in first data queue The described first real-time sign data packet and be stored in buffering area to be presented and obtain in second data queue second earliest The corresponding second real-time sign data packet of acquisition time is simultaneously stored in buffering area to be presented, obtains data to be presented；Display module, for showing the data to be presented according to the default displaying time.
- 11. sign data real-time exhibition system according to claim 10, which is characterized in that the system also includes functions Equipment and data processing terminal；The function device is used to the real-time sign data packet gathered being sent to data processing according to prefixed time interval Terminal, the function device include the first function device and the second function device, the first function device acquisition described first Real-time sign data packet, second function device gather the second real-time sign data packet；The data processing terminal is used to the real-time sign data packet received being sent to the service by udp protocol Device；The real-time sign data packet received is sent to the displaying eventually by the server by WebSocket agreements End.
- 12. a kind of computer readable storage medium, which is characterized in that be stored with computer on the computer readable storage medium Executable instruction, when the computer executable instructions are executed by processor so that the processor perform claim requirement 1 to 9 Any one of method the step of.
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Address after: 518100 High Novelty Phase I Technology Co., Ltd. BC602, Liuxian Road, Xingdong Community, Xin'an Street, Bao'an District, Shenzhen City, Guangdong Province Applicant after: Shenzhen Xin Rong Medical Technology Co., Ltd. Address before: 518100 Guangdong Shenzhen Baoan District Xin'an Street 67 District, No. 2, 1 yuan A602, Gao Xin Qi Industrial Park. Applicant before: Shenzhen Xin Rong Medical Technology Co., Ltd. |
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Application publication date: 20180605 |
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| WD01 | Invention patent application deemed withdrawn after publication |