CN110010235A - A kind of blood gas analysis packet supply chain management method and system based on Internet of Things - Google Patents
A kind of blood gas analysis packet supply chain management method and system based on Internet of Things Download PDFInfo
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- CN110010235A CN110010235A CN201910315993.4A CN201910315993A CN110010235A CN 110010235 A CN110010235 A CN 110010235A CN 201910315993 A CN201910315993 A CN 201910315993A CN 110010235 A CN110010235 A CN 110010235A
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
Abstract
The invention discloses a kind of blood gas analysis packet supply chain management method based on Internet of Things, the described method includes: step S1: blood gas analysis packet auxiliary data is entered into Website Module by web browser by user by hand, data are synchronized to data server module by the Website Module, and send data server module by data transmission blocks for vim and vigour sample information；Step S2: the blood gas analysis packet auxiliary data of vim and vigour sample information and manual typing that data server module is sent according to data transmission blocks carries out data storage and business processing, obtains blood gas analysis packet package informatin；Step S3: user obtains blood gas analysis packet package informatin by Website Module, is carried out to client according to blood gas analysis packet with package informatin pre- with being responsible for a task until it is completed.The invention further relates to a kind of blood gas analysis packet supply-chain management system based on Internet of Things；The present invention carries out illegal packet judgement classification to the blood gas analysis packet use state of hospital, provides effective monitoring early warning with packet event to bad blood gas analysis packet, has the characteristics that easy to control, precise and high efficiency and safety.
Description
Technical field
The present invention relates to supply chain management technical fields, and in particular to a kind of blood gas analysis packet supply chain based on Internet of Things
Management method and system.
Background technique
Blood gas analysis is related to partial pressure of oxygen (PO2) etc. to pH value (pH), the carbon dioxide partial pressure (PCO2) in blood
Index is measured, and to understand human body respiration function and acid-base balance state, it can directly reflect pulmonary gas exchange and its soda acid
Equilibrium state.Medically it is usually used in judging body with the presence or absence of acid-base imbalance and anoxic and degree of oxygen deficiency etc..
In the intensive care unit of hospital, the blood sample of patient is analyzed usually using blood gas analyzer, is obtained
The blood gas analysis data of patient, and the data is combined to carry out Illnesses Diagnoses.The normal work of blood gas analyzer needs Consumption Analysis
Packet reagent.The delivery quality of analysis bag will have a direct impact on the result of blood gas analysis.Analysis bag source is unknown, will lead to analysis
Packet quality cannot be guaranteed, to generate the hidden danger of medical treatment detection mistake.And analysis bag supply is not in time, but will be delayed patient's
Condition-inference.It can be seen that a set of scientific and effective blood gas analysis packet supply chain management method, has the blood gas analysis of hospital
Significance.
Summary of the invention
It is an object of the invention to provide a kind of blood gas analysis packet based on Internet of Things in place of overcome the deficiencies in the prior art
Supply chain management method and system are based on technology of Internet of things, quickly carry out Data Analysis Services in time, to the vim and vigour point of hospital
It analyses packet use state and carries out illegal packet judgement classification, effective monitoring early warning is provided with packet event to bad blood gas analysis packet, is solved
Vim and vigour packet real time monitoring is difficult, information for hospital transmits error-prone problem, the spy with easy to control, precise and high efficiency and safety
Point.The invention is realized by the following technical scheme:
A kind of blood gas analysis packet supply chain management method based on Internet of Things, the described method comprises the following steps:
Step S1: blood gas analysis packet auxiliary data is entered into Website Module by web browser by user by hand, described
Website Module sends blood gas analysis packet assist data synchronization to data server module, and by vim and vigour sample information by data
Module is sent to data server module；
Step S2: the blood gas analysis packet package informatin and record by hand that data server module is sent according to data transmission blocks
The blood gas analysis packet auxiliary data entered carries out data storage and business processing, obtains blood gas analysis packet package informatin；The business
Processing includes that host analysis packet replaces judgement, illegal packet judgement, and blood gas analysis packet described in Website Module real-time display is believed with packet
Breath；The host analysis packet replacement judgement is specially to judge whether it is the replacement of blood gas analyzer host or the replacement of blood gas analysis packet；
The illegal packet judgement specially judges blood gas analysis packet, and with wrapping, the common packet that whether is positive, emergency packet, packet is altered in outside, inside is altered
Packet is repeated with one of packet；
Step S3: user obtains blood gas analysis packet package informatin by Website Module, according to blood gas analysis packet package informatin
Client is carried out pre- with being responsible for a task until it is completed.
Preferably, in step sl, after data server module receives the encryption that data transmission blocks pass through network transmission
Vim and vigour sample information, and carry out communication protocol parsing, and by package informatin storage to the storage mould of the blood gas analysis packet after parsing
Block.
Preferably, blood gas analysis packet is mounted on when in use in corresponding blood gas analyzer, to each blood gas analysis
Identity code host Sn is arranged in instrument, and identity code analysis bag Sn is arranged to each blood gas analysis packet；To each data
Identity code DtuSn is arranged in sending module；
The vim and vigour sample information includes: host Sn, analysis bag Sn, DtuSn, n-th vim and vigour sample number, receives data day
Phase, vim and vigour host type, check data, transmission date；
The blood gas analysis packet auxiliary data include: host Sn, DtuSn and hospital department three corresponding relation data,
The corresponding relation data of order client and blood gas analysis packet outbound information, the corresponding relation data of order client and hospital department and
The corresponding relation data of order client and emergency package informatin, the blood gas analysis packet auxiliary data and blood gas analysis packet packet letter
Breath is associated, and the business processing for the data server module provides data basis.
Preferably, in step s 2, it is carried out after judging in the presence of replacement blood gas analyzer host or blood gas analysis packet non-
The judgement of method packet；The mode of blood gas analysis packet replacement judgement specifically: the vim and vigour sample letter that the same data transmission blocks are sent back
In breath, if host Sn and the host Sn that the last time sends back to are inconsistent, then it is assumed that be the replacement of blood gas analyzer host, if analysis
Wrapping Sn, with the last time to send back to analysis bag Sn inconsistent, then it is assumed that is the replacement of blood gas analysis packet, is only replacing blood gas analyzer master
When machine or replacement blood gas analysis packet, the illegal packet judgement of next step just will do it.
Preferably, in step s 2, illegal packet judgement is carried out according to vim and vigour sample information and blood gas analysis packet auxiliary data,
The mode of illegal packet judgement specifically: judged according to vim and vigour sample information and blood gas analysis packet auxiliary data, when vim and vigour point
After the normal outbound in warehouse of the affiliated company of DtuSn, what the hospital department that actual installation uses was registered when being outbound orders analysis packet
One of the department managed under goods customer name is then judged as just common packet；When the blood gas analysis packet outbound letter in the affiliated company of DtuSn
Positioning is less than the blood gas analysis packet in breath, but corresponding information can be navigated in emergency package informatin, then is judged as emergency
With packet；It is recorded when having found the blood gas analysis packet in the analysis bag outbound information of the affiliated company of DtuSn, but blood gas analysis packet is real
Within the scope of the order customer account management that the hospital department that border uses is not registered in outbound, then it is judged as that packet is altered in inside；When DtuSn institute
When all recording without the outbound of the blood gas analysis packet in the analysis bag outbound information and emergency package informatin of category company, it is judged as outer
Alter packet in portion；When progress vim and vigour sample information judges, the blood gas analysis packet is found before the deadline, once in other vim and vigour hosts
On used or same blood gas analyzer host, but vim and vigour sample information has been changed different data transmission modules and has been passed
It is defeated, then judge that the blood gas analysis packet is attached most importance to and is multiplexed packet；It is wrapped when being judged as that emergency packet, outside alter packet, packet is altered in inside or repeat use
When, remind contact staff to carry out pre- with being responsible for a task until it is completed.
Preferably, the present invention is based on the blood gas analysis packet supply chain management methods of Internet of Things, further comprise the steps of: data transmission
Module, which is sent, logs in packet and heartbeat packet to data server module；The login packet has recorded DtuSn information, is each data hair
The unique identification of module is sent, the heartbeat packet is then to enter the semi-closed torpor of data server module in order to prevent and set
It is fixed；After each data transmission blocks and the successful connection of data server module are wrapped in the login, data transmission blocks can send one
Secondary login packet arrives data server module；Data transmission blocks can send a heartbeat packet to data server every specified time
Module keeps the network of data transmission blocks and data server module to be in connection status.
The invention further relates to a kind of blood gas analysis packet supply-chain management system based on Internet of Things, including data send mould
Block, data server module and Website Module, wherein
Data transmission blocks are connected to the serial ports end of blood gas analyzer host, for sending vim and vigour sample information；
Data server module includes data reception module, memory module and business module, sends mould for receiving data
The vim and vigour sample information that block is sent carries out data storage and business processing；
Website Module, for data input, pre-alert notification, user authority management and information inquiry, the Website Module can
Its data is synchronized to data server module, Website Module shows the service processing result of the data server module, i.e.,
Blood gas analysis packet package informatin, user then obtain blood gas analysis packet package informatin by Website Module.
Preferably, the data transmission blocks use double-serial port DTU, are believed blood gas analysis packet packet by GPRS flow card
Breath is sent to Website Module specified data server module；The data server module uses TCP server.
Preferably, data reception module is the asynchronous TCP server oracle listener based on ASIO framework, specified by monitoring
TCP port, the vim and vigour sample information by encryption that data transmission blocks are sent is received, and according to the communication of blood gas analyzer
Agreement carries out data parsing, the vim and vigour sample information after restoring parsing.
Preferably, memory module uses MySql database, and the vim and vigour sample information received and blood gas analysis packet are assisted
Data are stored according to specific data format to database, and the data base authority and Performance tuning carried by MySql, to net
Database of standing optimizes.
The present invention compared with the prior art, has the following beneficial effects:
The present invention connects blood gas analyzer by internet of things equipment data transmission blocks, is not influencing what existing equipment used
In the case of be capable of real-time acquisition vim and vigour sample information, then analysis classification is carried out to bag-like state by business module, to meet difference
Hospital's blood gas analysis packet supply requirement；And effective monitoring early warning is provided with packet event to bad blood gas analysis packet, solves blood
Gas analysis bag real time monitoring is difficult, information for hospital transmits error-prone problem.
Detailed description of the invention
Fig. 1 is the flow chart of the blood gas analysis packet supply chain management method of the invention based on Internet of Things；
Fig. 2 is the logic chart of the corresponding relationship of host Sn, DtuSn and hospital department three of the invention；
Fig. 3 is the logic chart of the corresponding relationship of order client and blood gas analysis packet outbound information of the invention；
Fig. 4 is the logic chart of the corresponding relationship of order client and hospital department of the invention；
Fig. 5 is the logic chart of order client of the invention pass corresponding with emergency package informatin；
Fig. 6 is the schematic diagram of the blood gas analysis packet supply-chain management system of the invention based on Internet of Things.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description；Obviously, described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments, is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
As shown in Figure 1, a kind of blood gas analysis packet supply chain management method based on Internet of Things, method the following steps are included:
Step S1: blood gas analysis packet auxiliary data is entered into Website Module, website by web browser by user by hand
Blood gas analysis packet assist data synchronization is passed through data transmission blocks to data server module, and by vim and vigour sample information by module
It is sent to data server module；
Step S2: the blood gas analysis packet package informatin and record by hand that data server module is sent according to data transmission blocks
The blood gas analysis packet auxiliary data entered carries out data storage and business processing, obtains blood gas analysis packet package informatin；Wherein business
Processing includes that host analysis packet replaces judgement, illegal packet judgement, and Website Module real-time display blood gas analysis packet package informatin.Its
Middle host analysis packet replacement judgement judges whether it is the replacement of blood gas analyzer host or the replacement of blood gas analysis packet；Illegal packet judgement
Judging blood gas analysis packet, the common packet that whether is positive, emergency packet, packet is altered in outside, packet is altered in inside or repeats to use one in packet with wrapping
Kind；
Step S3: user obtains blood gas analysis packet package informatin by Website Module, according to blood gas analysis packet package informatin
Client is carried out pre- with being responsible for a task until it is completed.
Specifically, data transmission blocks use double-serial port DTU, i.e. DTU data transmission blocks, by GPRS flow card by blood
Gas sample information is sent to Website Module specified data server module；Data server module uses TCP server, i.e.,
TCP data server module, Website Module are the Website server write based on thinkphp frame.DTU full name is
Data Transfer unit, this field are frequently referred to data transmission unit, are used exclusively for being converted to serial data into IP data
Or IP data are converted into the serial data wireless terminal device that network is transmitted by wireless communication.
In step sl, data server module receives the encrypted vim and vigour that data transmission blocks pass through network transmission
After sample information, communication protocol parsing is carried out, final vim and vigour sample information, and the vim and vigour sample information that will be parsed are obtained
Store memory module.
Further, vim and vigour sample information includes: host Sn, analysis bag Sn, DtuSn, n-th vim and vigour sample number, receives
Data Date, vim and vigour host type, check data, transmission date.
Further, blood gas analysis packet auxiliary data includes: the corresponding relation data of host Sn and hospital department, order goods visitor
The corresponding relation data of family and blood gas analysis packet outbound information, the corresponding relation data of order client and hospital department and the visitor that orders goods
The corresponding relation data at family and emergency package informatin, blood gas analysis packet auxiliary data are associated with vim and vigour sample information, for number
Data basis is provided according to the business processing of server module.
In use, blood gas analysis packet is being mounted in corresponding blood gas analyzer, for the ease of data classification and processing, blood
Gas analyzer and blood gas analysis packet need label, and therefore, identity code --- host is arranged to each blood gas analyzer in the present invention
Identity code --- analysis bag Sn is arranged to each blood gas analysis packet in Sn；Identity code is arranged to each data transmission blocks ---
DtuSn。
Host Sn: each blood gas analyzer can have a host Sn in factory, and blood gas analyzer often does a blood
Gas analyzes sample, testing result can be sent to serial ports according to the communication protocol of equipment.It can be wrapped in each testing result message
Sn containing analysis bag and host Sn.It is parsed by communication protocol, it can be deduced that certain vim and vigour checks corresponding analysis bag and host
Information.
Analysis bag Sn: blood gas analysis packet is the consumptive material used on vim and vigour host, and each analysis packet is able to detect how many
Blood gas analysis sample can be set when factory, and different types of blood gas analysis packet has different detection sample numbers.Often
A blood gas analysis packet has an analysis bag Sn, sets when factory.In general, being not in analysis in 1 year
The case where packet Sn is repeated occurs.
The same department in practical situations under, due to machine maintenance, it is possible that more different blood gas analyzers are handed over
The phenomenon that for using.In this regard, DtuSn assigns each data and sends mould after for data transmission blocks setting identity code DtuSn
Block uniquely identifies, and guarantees the one-to-one relationship of DtuSn Yu " hospital+department ".
The Internet of Things forwarding device DTU data transmission blocks that the present invention uses, there are two serial ports and a GPRS flows for tool
Card module can be forwarded the data that a serial ports receives by another serial ports, while by GPRS flow number
It is forwarded on internet according to duplication portion.The forwarding of GPRS flow needs first to put up the TCP data service of operation on the internet
Device module, DTU data transmission blocks can connect the TCP data server module of designated domain name automatically.Data exchange process, in addition to
The vim and vigour sample information of forwarding, DTU data transmission blocks can additionally send two kinds of data --- log in packet and heartbeat packet.
It logs in packet and has recorded DtuSn information, be the unique identification of each DTU data transmission blocks, each DTU data hair
After sending module and the successful connection of TCP data server module, DTU data transmission blocks can send the primary packet that logs in TCP data
Server module (due to the network instability of GPRS flow, network connection may frequent disconnection reconnecting).
Heartbeat packet is then to enter the semi-closed torpor of TCP data server module (i.e. DTU data transmission mould in order to prevent
Block unilaterally disconnects network connection because powering off exception, but TCP data server module can't detect network and disconnect) and set
, DTU data transmission blocks can send a heartbeat packet to TCP data server module every specified time, keep DTU data
The network of sending module and TCP data server module is in connection status.
In the present invention, DtuSn information is written in login packet by we, and each DTU data transmission blocks set one
Unique DtuSn is as identity.
When DTU data transmission blocks are damaged go back to factory and reprocessed, the new DTU data transmission blocks of replacement keep the department
The DtuSn of original DTU data transmission blocks is constant.When providing new DTU data transmission blocks, apparatus enclosure posts mark
" hospital: XXX, department: it is accurate to guarantee that system implements engineer's installation to label by XXX, DtuSn:XXX ".
For the corresponding relation data of host Sn, DtuSn and hospital department three, mathematical logic is as shown in Fig. 2, each
DtuSn and department correspond, it is possible that multiple blood gas analyzers are used alternatingly in department, each blood gas analyzer has only
One mark host Sn, each blood gas analyzer will use how many a blood gas analysis packets, and the unique identification of blood gas analysis packet is sent back to point
Analysis packet Sn.Each analysis packet makees the multiple blood gas analysis samples of meeting, and the receiving time of each blood gas analysis sample is unique, because
One vim and vigour host same moment can only make a blood gas analysis sample.
In blood gas analysis packet supply chain, hospital buys analysis bag with the role for the client that orders goods, from analysis bag suppliers.
For the corresponding relation data of order client and blood gas analysis packet outbound information, mathematical logic is as shown in Figure 3；Wherein analysis bag
Outbound information includes analysis bag Sn, outbound date, analysis bag validity date, total number of persons part M, flag code R, flag code S, flag code
T, flag code U, flag code V.
Wherein, order client, analysis bag Sn, outbound date, analysis bag validity date, total person-portion number M, flag code R are to use
Family is manually entered, remaining information is TCP data server module according to being manually entered data and by DTU data transmission blocks
Blood gas analysis packet is automatically generated with package informatin.
In supply system, order client is likely to be a hospital, it is also possible to be a secondary analysis packet agent.
The blood gas analysis packet of same hospital's purchase, it is also possible to the multiple departments that be supplied to below hospital.The same secondary agent
Quotient, the blood gas analysis packet of order may use in different hospitals.So maintaining order visitor in data server
The corresponding relationship at family and hospital department, logic of relations figure are as shown in Figure 4.
Order client needs to provide its department's details (" hospital+department XX ") being responsible for, including order client is assorted
Time is responsible for the blood gas analysis packet supply (entry-into-force time of analysis bag, out-of-service time, validity) of what department.User is manual
Typing " corresponding relationship of order client and hospital department ", when order client orders goods, it is desirable that it provides be responsible for area, hospital
Domain, so that supply chain management can track eventually flowing to for blood gas analysis packet.
In actual provision link, analysis package vendor generally requires the blood gas analysis packet for client reservation Emergency use,
That is emergency packet, emergency packet are just used when finding that analysis bag quality is problematic after hospital's analysis is wrapped and retracting
's.For the corresponding relation data of order client and emergency package informatin, logic chart is as shown in Figure 5.Wherein apply package informatin
The total person-portion number of analysis bag Sn, analysis bag validity period, analysis bag sample including the emergency packet.
The vim and vigour sample that the blood gas analysis packet that DTU data transmission blocks are sent is sent back to package informatin, that is, DTU data transmission blocks
This information, comprising: host Sn, analysis bag Sn, n-th vim and vigour sample number, receive Data Date, vim and vigour host type, check day
Phase, transmission date.
Vim and vigour host often makees a vim and vigour sample, and DTU data transmission blocks can send back to a vim and vigour sample information immediately and arrive
TCP data server module.On vim and vigour host, the historical sample information that former vim and vigour host was done can be sent manually, by
It will affect analysis bag service processing result (i.e. analysis bag replacement judging result, illegal packet judging result) in historical sample information,
Therefore in business processing algorithm, historical sample information is first filtered out.Historical sample information is only done data and is deposited without business processing
Shelves.
The judgment basis of vim and vigour historical sample information are as follows: m- specimen inspection time > 1 minute when sample delivery is then determined as
Historical sample information.
In step s 2, the mode of host analysis packet replacement judgement specifically: what the same data transmission blocks were sent back
In vim and vigour sample information, if host Sn and the host Sn that the last time sends back to data are inconsistent, then it is assumed that be blood gas analyzer master
Machine replacement, if analysis bag Sn sends back to the inconsistent of data with the last time, then it is assumed that be the replacement of blood gas analysis packet, only replacing
When blood gas analyzer host or replacement blood gas analysis packet, the illegal packet judgement of next step just will do it.
The process of host analysis packet replacement judgement specifically includes:
Step (1): TCP data server module receives the login packet of DTU data transmission blocks, and parses DtuSn.
Judge that DtuSn whether there is in " corresponding relation data of host Sn and hospital department ", enter step (2) if being not present,
And if so, entering step (3).
Step (2): where contact staff checks the DtuSn with engineer after sale " hospital+department ", contact staff's handle
DtuSn corresponding " hospital+department " is entered into " corresponding relation data of host Sn and hospital department ".Subsequently into step
(3)。
Step (3): keeping DTU data transmission blocks to connect with TCP data server module, and DTU data is waited to send mould
Block forwards vim and vigour sample information.After TCP data server module receives vim and vigour sample information, same " DtuSn+ master is judged
Whether machine Sn " received the data, and (4) were entered step if receiving, and (6) were entered step if not receiving.
Step (4): judge whether same " DtuSn+ host Sn+ analysis bag Sn " received vim and vigour sample information number
According to entering step (5) if received；(10) were entered step if not receiving.
Step (5): in " corresponding relation data of host Sn and hospital department ", " DtuSn+ host Sn+ points of addition record
Analysis packet Sn+ vim and vigour sample information ", and terminate the replacement of host analysis packet and judge process.
Step (6): it is determined as that host is replaced.Remind contact staff check DtuSn and host Sn corresponding relationship whether with
The DTU data transmission blocks installation data of engineer's offer after sale is consistent；And judge that the DTU data transmission blocks last time sends back to number
According to whether consistent with the analysis bag Sn of this data, if unanimously, entering step (7), (9) are entered step if inconsistent
Step (7): prompting engineer after sale verifies whether department replaces blood gas analysis packet to department；And enter step (8).
Step (8): enter illegal packet and judge process.Terminate the replacement of host analysis packet subsequently into step (5) and judges process.
Step (9): it is determined as that blood gas analysis packet is replaced.Subsequently into step (8)；
Step (10): judge whether the DTU data transmission blocks last time sends back to data consistent with the host Sn of this data；
(9) are entered step if consistent, (6) are entered step if inconsistent.
In step s 2, the mode of illegal packet judgement specifically: the vim and vigour sample information sent back to according to data transmission blocks,
And the blood gas analysis packet auxiliary data of manual typing carries out illegal packet judgement, after the data of the analysis bag Sn received, adjusts
Judged with blood gas analysis packet auxiliary data, when being judged as that emergency packet, outside alter packet, packet is altered in inside and repeat with packet,
Contact staff is reminded to carry out pre- with being responsible for a task until it is completed.
Specifically, illegal packet judges that process includes:
Step (1): comprising receiving in judgement " corresponding relation data of order client and blood gas analysis packet outbound information "
The record number of analysis bag Sn whether be greater than 0.If yes then enter step (2), if not then entering step (5)
Step (2): including the analysis in statistics " corresponding relation data of order client and blood gas analysis packet outbound information "
Packet Sn and " wrapping validity period "+7 days >=DTU data transmission blocks send back to the set of records ends N2 of " date received " of data, judgement
Whether the record number of set N2 is greater than 0, if yes then enter step (3), if not then entering step (6)
Step (3): judge whether first record flag bit S is equal to 0 in set N2, if yes then enter step (4), such as
Fruit, which is not that illegal packet judging result is attached most importance to, is multiplexed packet, reminds contact staff to carry out pre- with being responsible for a task until it is completed, algorithm flow terminates.
Step (4): in modification " corresponding relation data of order client and blood gas analysis packet outbound information ", this data,
Update mark code S is S=1.And the DTU data are looked for send out in " corresponding relation data of host Sn and hospital department " by DtuSn
" A+ department, the hospital B " where module is sent, by analysis bag Sn in " order client pass corresponding with blood gas analysis packet outbound information
Coefficient evidence " finds the order client C of the analysis bag, passes through " corresponding relation data of order client and hospital department " judgement " doctor
Whether A+ department, institute B " belongs to the responsible region of " order client C ", and the common packet if it is, illegal packet judging result is positive is calculated
Method process terminates.If it is not, then illegal packet judging result is that packet is altered in inside, customer service is reminded to carry out pre- with being responsible for a task until it is completed, illegal packet is sentenced
Cutout journey terminates.
Step (5): whether discriminatory analysis packet Sn deposits in " corresponding relation data of order client and emergency package informatin "
If it is, illegal packet judging result is emergency packet, contact staff is being reminded to carry out pre- with being responsible for a task until it is completed, algorithm flow terminates.Such as
Fruit is not that then illegal packet judging result is that packet is altered in outside, reminds contact staff to carry out pre- with being responsible for a task until it is completed, illegal packet judges process knot
Beam.
Step (6): determining that analysis bag Sn is expired analysis bag, and illegal packet judging result is that packet is altered in outside, reminds customer service
Personnel carry out pre- with being responsible for a task until it is completed, and illegal packet judges that process terminates.
The invention further relates to a kind of blood gas analysis packet supply-chain management system based on Internet of Things, as shown in fig. 6, including number
According to sending module, data server module and Website Module, wherein data transmission blocks are connected to blood gas analyzer host
Serial ports end, for sending vim and vigour sample information；
Data server module includes data reception module, memory module and business module, sends mould for receiving data
The vim and vigour sample information that block is sent carries out data storage and business processing；
Website Module, for data input, pre-alert notification, user authority management and information inquiry, Website Module can be by it
Data are synchronized to data server module, the service processing result of Website Module display data server module, i.e. blood gas analysis
Packet package informatin, user obtain blood gas analysis packet package informatin by Website Module.
Data transmission blocks use double-serial port DTU, are sent to blood gas analysis packet mutually with package informatin by GPRS flow card
Networking specified data server module；Data server module uses TCP server.
Data reception module is the asynchronous TCP server oracle listener based on ASIO framework, by monitoring the specified end TCP
Mouthful, the blood gas analysis packet package informatin by encryption that data transmission blocks are sent is received, and according to the communication of blood gas analyzer
Agreement carries out data parsing, restores final blood gas analysis packet package informatin.
Memory module uses MySql database, by the blood gas analysis packet package informatin received according to specific data lattice
Formula is stored to database, and the data base authority and Performance tuning carried by MySql, is optimized to site databases.
More than, it is merely preferred embodiments of the present invention；But scope of protection of the present invention is not limited thereto.It is any
Those familiar with the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its improves
Design is subject to equivalent substitution or change, should be covered by the scope of protection of the present invention.
Claims (10)
1. a kind of blood gas analysis packet supply chain management method based on Internet of Things, which is characterized in that the method includes following steps
It is rapid:
Step S1: blood gas analysis packet auxiliary data is entered into Website Module, the website by web browser by user by hand
Module sends the blood gas analysis packet assist data synchronization to data server module, and by vim and vigour sample information by data
Module is sent to data server module；
Step S2: the vim and vigour point of vim and vigour sample information and manual typing that data server module is sent according to data transmission blocks
Packet auxiliary data is analysed, data storage and business processing is carried out, obtains blood gas analysis packet package informatin；The business processing includes master
Machine analysis bag replacement judgement, illegal packet judgement, and blood gas analysis packet package informatin described in Website Module real-time display；The host
Analysis bag replacement judgement is specially to judge whether it is the replacement of blood gas analyzer host or the replacement of blood gas analysis packet；The illegal packet is sentenced
It is disconnected be specially judge blood gas analysis packet with packet whether be positive common packet, emergency packet, packet is altered in outside, packet is altered in inside or repetition is used and wrapped
One of；
Step S3: user obtains blood gas analysis packet package informatin by Website Module, according to blood gas analysis packet package informatin to visitor
Family carries out pre- with being responsible for a task until it is completed.
2. the blood gas analysis packet supply chain management method according to claim 1 based on Internet of Things, which is characterized in that in step
In rapid S1, data server module receives the encrypted vim and vigour sample information that data transmission blocks pass through network transmission, goes forward side by side
Row communication protocol parsing, by the vim and vigour sample information storage after parsing to memory module.
3. the blood gas analysis packet supply chain management method according to claim 1 based on Internet of Things, which is characterized in that vim and vigour
Analysis bag is mounted on when in use in corresponding blood gas analyzer, and identity code host is arranged to each blood gas analyzer
Identity code analysis bag Sn is arranged to each blood gas analysis packet in Sn；In identity generation, is arranged to each data transmission blocks
Code DtuSn；
The vim and vigour sample information include: host Sn, analysis bag Sn, DtuSn, n-th vim and vigour sample number, receive Data Date,
Vim and vigour host type, check data, transmission date；
The blood gas analysis packet auxiliary data includes: the corresponding relation data of host Sn, DtuSn and hospital department three, orders goods
Corresponding relation data, the corresponding relation data and order of order client and hospital department of client and blood gas analysis packet outbound information
The corresponding relation data of client and emergency package informatin, the blood gas analysis packet auxiliary data are closed with vim and vigour sample information
Connection, the business processing for the data server module provide data basis.
4. the blood gas analysis packet supply chain management method according to claim 1 based on Internet of Things, which is characterized in that in step
In rapid S2, illegal packet judgement is carried out after judging in the presence of replacement blood gas analyzer host or blood gas analysis packet.
5. the blood gas analysis packet supply chain management method according to claim 4 based on Internet of Things, which is characterized in that in step
In rapid S2, illegal packet judgement is carried out according to vim and vigour sample information and blood gas analysis packet auxiliary data, when being judged as emergency packet, outer
When packet is altered in portion, packet is altered in inside or is repeated with packet, contact staff is reminded to carry out pre- with being responsible for a task until it is completed.
6. the blood gas analysis packet supply chain management method according to claim 3 based on Internet of Things, which is characterized in that also wrap
Include step: data transmission blocks, which are sent, logs in packet and heartbeat packet to data server module；The login packet record DtuSn letter
Breath, is the unique identification of each data transmission blocks；The heartbeat packet is then to enter data server module half in order to prevent
It closes torpor and sets；After each data transmission blocks and the successful connection of data server module, data transmission blocks meeting
It sends the primary login packet and arrives data server module；The data transmission blocks send the primary heart every specified time
It jumps packet and arrives data server module, the network of data transmission blocks and data server module is kept to be in connection status.
7. a kind of blood gas analysis packet supply-chain management system based on Internet of Things, which is characterized in that including data transmission blocks, number
According to server module, Website Module, wherein
The data transmission blocks are connected to the serial ports end of blood gas analyzer host, for sending vim and vigour sample information；
The data server module includes data reception module, memory module and business module, sends mould for receiving data
The vim and vigour sample information that block is sent carries out data storage and business processing；
The Website Module, for data input, pre-alert notification, user authority management and information inquiry, the Website Module can
Its data is synchronized to the data server module, the Website Module shows the business processing of the data server module
As a result, user pass through Website Module obtain blood gas analysis packet package informatin.
8. a kind of blood gas analysis packet supply-chain management system based on Internet of Things according to claim 7, which is characterized in that
The data transmission blocks use double-serial port DTU, and vim and vigour sample information is sent to Website Module by GPRS flow card and is specified
Data server module；The data server module uses TCP server.
9. a kind of blood gas analysis packet supply-chain management system based on Internet of Things according to claim 7, which is characterized in that
Data reception module is the asynchronous TCP server oracle listener based on ASIO framework, by monitoring specified TCP port, is received
The vim and vigour sample information by encryption that data transmission blocks are sent, and data solution is carried out according to the communication protocol of blood gas analyzer
Analysis, the vim and vigour sample information after restoring parsing.
10. a kind of blood gas analysis packet supply-chain management system based on Internet of Things according to claim 7, feature exist
In memory module uses MySql database, by the vim and vigour sample information received and blood gas analysis packet auxiliary data according to specific
Data format store to database, and by the data base authority and Performance tuning of MySql, site databases are carried out excellent
Change.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1774636A (en) * | 2003-02-21 | 2006-05-17 | 视觉生物体系有限公司 | Analysis system and procedure |
| CN103207269A (en) * | 2012-01-13 | 2013-07-17 | 深圳迈瑞生物医疗电子股份有限公司 | Treatment method and device for biochemical analyzer sample test result |
| CN105527144A (en) * | 2016-01-04 | 2016-04-27 | 福州迈新生物技术开发有限公司 | Enclosed information verification and registration method used for biological sample automatic dyeing machine |
| CN105844564A (en) * | 2016-04-14 | 2016-08-10 | 南通市第二人民医院 | Cloud computing based auxiliary nursing system |
| CN107798234A (en) * | 2016-09-01 | 2018-03-13 | 豪夫迈·罗氏有限公司 | Method for authentication apparatus and the system including the instrument |
| CN109146505A (en) * | 2017-06-27 | 2019-01-04 | 苏州惠生电子科技有限公司 | Reagent verification method, device, storage medium and computer equipment |
-
2019
- 2019-04-19 CN CN201910315993.4A patent/CN110010235A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1774636A (en) * | 2003-02-21 | 2006-05-17 | 视觉生物体系有限公司 | Analysis system and procedure |
| CN103207269A (en) * | 2012-01-13 | 2013-07-17 | 深圳迈瑞生物医疗电子股份有限公司 | Treatment method and device for biochemical analyzer sample test result |
| CN105527144A (en) * | 2016-01-04 | 2016-04-27 | 福州迈新生物技术开发有限公司 | Enclosed information verification and registration method used for biological sample automatic dyeing machine |
| CN105844564A (en) * | 2016-04-14 | 2016-08-10 | 南通市第二人民医院 | Cloud computing based auxiliary nursing system |
| CN107798234A (en) * | 2016-09-01 | 2018-03-13 | 豪夫迈·罗氏有限公司 | Method for authentication apparatus and the system including the instrument |
| CN109146505A (en) * | 2017-06-27 | 2019-01-04 | 苏州惠生电子科技有限公司 | Reagent verification method, device, storage medium and computer equipment |
Non-Patent Citations (1)
| Title |
|---|
| 李哲: "体外诊断试剂在使用环节的法规风险探讨", 《中国医疗器械杂志》 * |
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