CN108881376A - A kind of Intelligent infusion management system and method based on 0neNET platform - Google Patents
A kind of Intelligent infusion management system and method based on 0neNET platform Download PDFInfo
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- CN108881376A CN108881376A CN201810401823.3A CN201810401823A CN108881376A CN 108881376 A CN108881376 A CN 108881376A CN 201810401823 A CN201810401823 A CN 201810401823A CN 108881376 A CN108881376 A CN 108881376A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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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
- G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
- G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients
- G16H20/17—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients delivered via infusion or injection
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/06—Protocols specially adapted for file transfer, e.g. file transfer protocol [FTP]
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
Abstract
The present invention relates to transfusion system technical fields, disclose a kind of Intelligent infusion management system and method based on 0neNET platform, and the management system includes：N number of infusion bottle, N number of switch, slave computer and level detection module, N number of infusion bottle shares a part of liquid-transport pipe-line, N number of switch is placed on each infusion bottle unshared liquid-transport pipe-line independent, the switch state to each infusion bottle of independent control；The level detection module is placed on shared liquid-transport pipe-line, for monitoring overall infusion situation；Slave computer connection N number of switch and level detection module, the state of N number of switch is controlled for the infusion situation according to level detection module monitors.The present invention provides the platform of a unified real time monitoring patient fluid infusion, solve the problems, such as that human resources occupy when dressing water, it is convenient to make prediction and be ready in advance before the peak period for needing medical staff, also facilitate hospital to trace the previous data of patient.
Description
Technical field
The present invention relates to transfusion system technical field more particularly to a kind of intelligent transfusion management systems based on 0neNET platform
System and method.
Background technique
Widely applied transfusion system has substantially carried out real time patient heart rate, infusion in Hospitals at Present
The function of being sounded an alarm when will be most.But wherein still have many an open questions, such as：One, human resources when dressing water
The problem of occupancy, current transfusion system can not complete the function of changing liquid automatically, and it is a large amount of thus to occupy hospital
Human resources；Two, the platform of none unified real time monitoring patient fluid infusion, cannot be before needing the peak period of medical staff
It makes prediction and is ready in advance, it is possible to have more visitors or business than one can attend to, miss an opportunity because of a delay；Three, the heart rate data of patient, drip fast data, with
And environmental data etc. has the problem of monitoring does not store but in real time, there is no patient data is stored in lane database, then
Hospital can neither trace the previous data of patient, can not the data of patient-monitoring be made with the analysis of system, to conditions of patients
Monitoring will be flowed in unilateral, be unfavorable for comprehensive analysis to the state of an illness.
In view of above 3 points, the invention aims to provide a kind of intelligence based on 0neNET platform and technology of Internet of things
Infusion management system and method.By overcoming the shortcomings of the above intelligence degree to improve present hospitals infusion management system,
The high efficiency of management is improved, and mitigates the pressure in human resource management.
Summary of the invention
Aiming at the problems existing in the prior art, the main purpose of the present invention is to provide a kind of based on 0neNET platform
Intelligent infusion management system and method reach above-mentioned purpose by 0neNET platform intelligent management infusion, on the one hand, the present invention
Provide a kind of Intelligent infusion management system based on 0neNET platform：
The Intelligent infusion management system based on 0neNET platform includes N number of infusion bottle, and wherein N is the natural number greater than zero,
The Intelligent infusion management system further includes：N number of switch, slave computer and level detection module, N number of infusion bottle share one
Infusion segment pipeline, N number of switch is placed on each infusion bottle unshared liquid-transport pipe-line independent, to independent control
Make the switch state of each infusion bottle；The level detection module is placed on shared liquid-transport pipe-line, overall defeated for monitoring
Liquid condition；Slave computer connection N number of switch and level detection module, for the infusion according to level detection module monitors
Situation controls the state of N number of switch.
Preferably, the management system further includes the host computer being connect with slave computer by internet, and the host computer is used
In the infusion real time information that reception slave computer uploads, and query function is provided for user.
Preferably, the host computer is OneNET server, and the slave computer is OneNET mini plate, OneNET mini
Plate is communicated with OneNET server by EDP protocol realization.
Preferably, the OneNET mini plate includes：Controller, and the wifi module, the temperature that are connect with the controller
The register of humidity sensor module and storage information, the temperature and humidity sensing module, for sensing the temperature and humidity in ward；It is described
Wifi module accesses internet for realizing by the OneNET mini plate.
Preferably, the wifi module is the ESP8266 Wi-Fi network module carried on OneNET mini development board,
The ESP8266 Wi-Fi network module is as the application processor in system.
Preferably, the management system further includes user terminal, and user terminal accesses the ESP8266 by wifi
The hot spot of Wi-Fi network module, and established by control terminal application program App and the ESP8266 Wi-Fi network module
Communication and control of the user by the application APP to OneNET mini development board are realized in link.
Preferably, the ESP8266 Wi-Fi network module includes signal conversion unit, for receiving application program App
The WiFi signal transmitted by WiFi, and after being converted into rs 232 serial interface signal, it is sent to controller, the controller is also used to connect
Processing is executed after receiving the rs 232 serial interface signal, and implementing result is whole to user by ESP8266 Wi-Fi network module feedback
Hold application program App.
Preferably, the level detection module is rhythm of the heart sensor detector or/and person's capacitance type touch key detector.
Preferably, for N number of switch by motor control breaking circuit, the motor uses stepper motor or/and direct current
Motor.
On the other hand, the invention also discloses a kind of infusion managements of Intelligent infusion management system based on 0neNET platform
Method the described method comprises the following steps：
Step 1：Hardware and upper computer equipment initialization；
Step 2：Access host computer server platform；
Step 3：To upper computer detection, it is marked as data transmit-receive mode；
Step 4：Slave computer receives the data that host computer issues, and carries out parsing to the data and obtain order；
Step 5：Slave computer executes the order parsed, and acquires data；
Step 6：By the acquisition data feedback to host computer.
Wherein, the step 5 includes the following steps：
Step 51：The infusion switch of first bottle of infusion bottle is opened in slave computer control, closes the infusion switch of other infusion bottles；
Step 52：Level detection module starts monitoring transfusion state, when monitoring first bottle of infusion bottle infusion-completed, then sends
Command information is to slave computer；
Step 53：After slave computer receives described instruction information, the infusion switch of first bottle of infusion bottle is closed, second bottle of opening is defeated
The infusion of liquid bottle switchs, and is changed to second bottle and is infused；
Step 54：Replacement infusion is successively carried out, until last bottle of infusion bottle completes infusion, then closes all infusion switches, it is defeated
Liquid terminates.
The technical solution of the embodiment of the present invention provides a kind of Intelligent infusion management system based on 0neNET platform and side
The technical solution of method, the embodiment of the present invention has following remarkable result：
1, Intelligent infusion management system proposed by the present invention completes the function of changing liquid by switch control, solves
The problem of human resources occupy when dressing water, reduces the occupancy of hospital human resources；
2, Intelligent infusion management system proposed by the present invention is based on 0neNET platform, and it is defeated to provide a unified real time monitoring patient
The platform of liquid, it is convenient to make prediction and be ready in advance before the peak period for needing medical staff, in order to avoid miss an opportunity because of a delay；
3, Intelligent infusion management system proposed by the present invention can store the heart rate data of patient, drip fast data and environment number
According to etc. data, and be stored in lane database, facilitate hospital to trace the previous data of patient, and make the analysis of system to patient.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the Intelligent infusion management system based on 0neNET platform in the embodiment of the present invention one；
Fig. 2 is the structural schematic diagram of slave computer in one Intelligent infusion management system of the embodiment of the present invention；
Fig. 3 is the flow diagram of the intelligent transfusion management method based on 0neNET platform in the embodiment of the present invention two；
Fig. 4 is the flow diagram of slave computer in Intelligent infusion management system of the embodiment of the present invention two based on 0neNET platform.
Specific embodiment
In order to make the invention's purpose, features and advantages of the invention more obvious and easy to understand, below in conjunction with the present invention
Attached drawing in embodiment, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described reality
Applying example is only a part of the embodiment of the present invention, and not all embodiments.Based on the embodiments of the present invention, those skilled in the art
Member's every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.
It is as shown in Figure 1 the structural representation of the Intelligent infusion management system based on 0neNET platform in the embodiment of the present invention one
Figure；
The Intelligent infusion management system based on 0neNET platform includes N number of infusion bottle（Infusion bottle 1,2 in such as figure）, wherein
N is the natural number greater than zero, and the Intelligent infusion management system further includes：N number of switch（Switch 3,4 in such as figure）, slave computer
21 and level detection module 6, N number of infusion bottle share a part of liquid-transport pipe-line 5, N number of switch（Switch 3,4）It is placed in
On each infusion bottle unshared liquid-transport pipe-line independent, the switch state to each infusion bottle of independent control；It is described
Level detection module 6 is placed on shared liquid-transport pipe-line 5, for monitoring overall infusion situation；The slave computer 21 connects institute
State N number of switch（Switch 3,4）With level detection module 6, described in the infusion situation control for being monitored according to level detection module 6
N number of switch（Switch 3,4）State.
Preferably, the management system further includes the host computer 8 being connect with slave computer 21 by internet, the host computer
8 for receiving the infusion real time information of the upload of slave computer 21, and provides query function for user.
Preferably, the host computer 8 is OneNET server, and the slave computer 21 is OneNET mini plate, OneNET
Mini plate is communicated with OneNET server by EDP protocol realization.
Wherein, the EDP of Onenet（Enhanced Device Protocol）Agreement is based on TCP, but only transmits data
It wraps to destination, does not guarantee that the sequence of transmission is identical as the sequence of arrival, affair mechanism needs to realize on upper layer；If client is same
Shi Faqi Twice requests do not ensure the sequence of returned packet when server returns.
Creation uses the product of EDP agreement on Onenet server, and equipment, input equipment title and mirror are added on webpage
Weigh information（That is device numbering）, then establish TCP connection.Then product IDs, device numbering are organized into EDP connection message, made
With the corresponding interface in SDK, it is sent to platform, EDP is established with platform and connect.After connection is established, OneNet mini plate is utilized
The interface function provided in SDK, upload the data to platform, on OneNET.User can be by accessing OneNET server
Check the data of upload.
Preferably, the OneNET mini plate includes：Controller 10, and the wifi mould being connect with the controller 10
Block 9, temperature and humidity sensing module 13 and the register 11 for storing information, the temperature and humidity sensing module 13, for sensing ward
Temperature and humidity；The wifi module 9 accesses internet for realizing by the OneNET mini plate.In addition to this, described
OneNET mini plate further includes battery 12, for powering for slave computer；
Wherein, this system selects One-NET mini plate, its main control chip is STM32F103RBT6, includes one
Wifi module, Temperature Humidity Sensor and the register for storing information.
The Temperature Humidity Sensor of SHT20 is integrated on OneNET mini plate.SHT20 uses I2C bus interface, can be used for
Detect temperature and humidity environmental parameter.The data monitored can be uploaded to OneNET server by it in real time, carry out data processing.With
Family carries out data by access OneNET server and checks, or carries out other relevant operations.According to the design needs, can make
Other sensors are extended with extension I/O port.
OneNET mini development board has store function, and the EEPROM core of one piece of model AT24C02 is configured on plank
Piece can be used for the information such as storage device number with SHT20 Temperature Humidity Sensor with an I2C bus is used.
All be the I/O port of extension in the long side of OneNET mini plate, including power supply, and STM32 single-chip microcontroller it is all
Input and output pin.OneNET mini development board uses 5V power supply power supply.Development board configures the string for using USB to turn TTL
Mouthful, the power supply and debugging of such plank can reduce the complexity of operation development board there is no need to use both threads simultaneously.When opening
When hair plate connects USB line, development board is not powered, but serial ports has started.The string in computer should be first opened at this time
Mouth debugging software, and set configuration information.Then the opening port in software interface is clicked, the power supply for pressing development board is opened
It closes, powers to development board, in this way it is prevented that computer loses serial ports output information when single-chip microcontroller is switched on.
Preferably, the wifi module 9 is the ESP8266 Wi-Fi network module carried on OneNET mini development board,
The ESP8266 Wi-Fi network module is as the application processor in system.
Wherein, the characteristics of ESP8266 Wi-Fi network module is directly to be opened with external FLASH.Network insertion
When undertaking the task of Wi-Fi adapter, having can be jumped in any other SCM Based design.
Preferably, the management system further includes user terminal, and user terminal accesses the ESP8266 by wifi
The hot spot of Wi-Fi network module, and established by control terminal application program App and the ESP8266 Wi-Fi network module
Communication and control of the user by the application APP to OneNET mini development board are realized in link.
Preferably, the ESP8266 Wi-Fi network module includes signal conversion unit, for receiving application program App
The WiFi signal transmitted by WiFi, and after being converted into rs 232 serial interface signal, it is sent to controller, the controller is also used to connect
Processing is executed after receiving the rs 232 serial interface signal, and implementing result is whole to user by ESP8266 Wi-Fi network module feedback
Hold application program App.
Using ESP8266 Wi-Fi network module realize remote wireless control basic procedure be：First eventually as control
The equipment at end such as mobile phone accesses ESP8266 hot spot by Wi-Fi, and is established by control terminal application program App
Socket link；Second step is that the data that needs transmit are sent to ESP8266 chip by Wi-Fi by App,
Wi-Fi signal is converted into rs 232 serial interface signal by ESP8266 chip, and sends MCU to by serial communication port；Third step is
MCU passes through obtained director data and starts to execute processing；4th step is that MCU passes through ESP8266 chip after processing is completed,
Implementing result is fed back to controlling terminal equipment by Wi-Fi, realizes the communication and control of terminal device and circuit.
The present invention accesses network, the application of OneNET using the ESP8266 module carried on OneNET mini development board
Exploitation receives the data flow on OneNET mini development board by EDP communications protocol, to realize data and OneNET server
Interaction.
In general, slave computer is using OneNet mini plate as core in this system, the signal of OneNet mini plate output
The infusion switch being mounted on perfusion tube can be controlled, which can receive the level detection module 6 being mounted on perfusion tube
The signal of generation, and the data monitored can be uploaded to OneNet server by this system.User passes through OneNet server
On application design read the monitoring data of transfusion system, and OneNet can be sent instructions to by OneNet server
On mini plate, long-range control of the user to transfusion system may be implemented.
This system will realize finish time of the real-time detection liquid level to capture infusion；Realize replacement infusion bottle or pass in time
Close the control mode of infusion；It realizes and the data monitored is uploaded into OneNET server in case by application design real time monitoring
Transfusion state and previous data are transferred to analyze.
Specific to changing in liquid mode, as shown in Figure 1, successively placing all infusion bottles when infusion does not have started, open
System opens the infusion switch of first bottle of infusion bottle, closes the infusion switch of other infusion bottles.System starts monitoring transfusion shape
State then closes the infusion switch of first bottle of infusion bottle, opens second bottle of infusion when monitoring first bottle of infusion bottle infusion-completed
The infusion switch of bottle, is changed to second bottle and is infused, successively carry out to last bottle of infusion bottle.When system monitoring to last one
When bottle infusion bottle infusion-completed, then all infusion switches are closed, infusion terminates.
Preferably, the level detection module 6 is that rhythm of the heart sensor detector or/and person's capacitance type touch key detect
Device.
（1）It is detected using rhythm of the heart sensor, using the penetrating degree of rhythm of the heart sensor monitoring dropper to determine whether in dropping liquid, when
There is no dropping liquid more than certain time, starting is closed to the switching programme of dropping liquid.Heart rate sensor is attached on perfusion tube, Neng Goujing
Really detect whether patient is being infused.Dropping liquid is detected using heart rate sensor, accuracy is higher, subtracts it can be difficult to measurement is overall
Few liquid medicine amount.It should such as be determined by total liquid measure of first quantitative transfusion only with heart rate sensor as level detection scheme
The dropping liquid number substantially needed monitors dropping liquid number by heart rate sensor and for judging when infusion can substantially stop in real time
Only, when infusion is within the scope of substantially stopping, dropping liquid stops being more than to be judged as that infusion stops certain time.
（2）It is detected using capacitance type touch key.Controller judges whether to reach warning liquid level according to signal is received.If liquid
Face reaches warning liquid level, and sensor just feeds back information to the next machine controller.Using capacitance type touch key detection can and
When monitoring transfusion whether terminate, but be difficult to precise measurement infusion drop speed.Such as only with capacitance type touch key as liquid level
Detection scheme is then difficult to measure drop speed in real time.
Compare above scheme（1）With（2）If conditions permit, it should the mode for selecting two schemes to combine, it both can be with
Make up scheme a pair of infusion stop reaction it is blunt, can also make up scheme two cannot to drop speed real time monitoring defect, it is practical,
It is convenient, do not conflict mutually, can more better ensure that the accuracy of measurement.Level detection module 6 is preferably the rhythm of the heart in the present invention
The combination of sensor detector and capacitance type touch key detector.
Preferably, for N number of switch by motor control breaking circuit, the motor uses stepper motor or/and direct current
Motor.
（1）Using stepper motor：Stepper motor is mainly the corner or revolving speed for electric impulse signal being converted into output shaft.Step
Into motor one pulse signal of every input, rotor will turn over an angle, stepper motor can export specific angular displacement or
Displacement of the lines, it is in direct ratio with input pulse number, the revolving speed of stepper motor also with pulse frequency direct proportionality.
The torque of stepper motor is larger, sensitive to the sensing capability of signal, can almost directly control infusion switch.But
It is that stepper motor operating is slower, and volume is larger, and program is more complicated, and the system resource of occupancy is more, and is difficult to reduce.
In summary it analyzes, although can simplify external mechanical part using stepper motor, occupy OneNET
The output port of mini development board is more, and the program of other modules may be interrupted when program operation, and it is smart not to be suitable for comparison
The development board of letter, and be not suitable for controlling multiple infusion switches simultaneously.
（2）Using direct current generator：Direct current generator operates more flexible, small volume, and occupancy development board output port is few, and
Price is relatively cheap.Direct current generator immediately rotates after powering on, and inertia is larger after power down, when shutdown also to turn an angle after
It can stop.Its sensitivity is poor, is difficult relatively accurately to open and stop, and torque is small, does not have locking function, if straight
Locking is connect in a fixed angle, closed loop algorithm is more complicated, occupying system resources.
But the torque of direct current generator can be improved using external mechanical part, and can be by mechanical part by locking band
The reaction force come is transferred on mechanical part, reduces the consumption of system.
In summary it analyzes, using direct current generator, program is relatively easy, but needs more complicated external machinery.
But with the development of technology, the function of Hospitals at Present infusion apparatus is continuously improved, wherein being no lack of has automation
The infusion of function switchs, and the port that composition system needs is less.Scheme（2）The port of use is less, can be with infusion apparatus
Replace and upgrade it is adaptable.
By comparing scheme（1）And scheme（2）Advantage and disadvantage, take into account current infusion apparatus control simplify trend, this hair
Bright preferential selection uses scheme（2）.
In addition to this, the invention also discloses a kind of infusion managements of Intelligent infusion management system based on 0neNET platform
Method, as shown in figure 3, the described method comprises the following steps：
Step 1：Hardware and upper computer equipment initialization；
Step 2：Access host computer server platform；
Step 3：To upper computer detection, it is marked as data transmit-receive mode；
Step 4：Slave computer receives the data that host computer issues, and carries out parsing to the data and obtain order；
Step 5：Slave computer executes the order parsed, and acquires data；
Step 6：By the acquisition data feedback to host computer.
Wherein, the step 5 includes the following steps：
Step 51：The infusion switch of first bottle of infusion bottle is opened in slave computer control, closes the infusion switch of other infusion bottles；
Step 52：Level detection module starts monitoring transfusion state, when monitoring first bottle of infusion bottle infusion-completed, then sends
Command information is to slave computer；
Step 53：After slave computer receives described instruction information, the infusion switch of first bottle of infusion bottle is closed, second bottle of opening is defeated
The infusion of liquid bottle switchs, and is changed to second bottle and is infused；
Step 54：Replacement infusion is successively carried out, until last bottle of infusion bottle completes infusion, then closes all infusion switches, it is defeated
Liquid terminates.
Specifically, as shown in figure 4, being program of lower computer flow chart, each hardware is initialized first, the network that reinitializes is set
It is standby, then access server platform.And then the network equipment detects, and is marked as data transmit-receive mode, so far initializes thorough
Bottom is completed, and circulation is initially entered.Slave computer receives the data that server issues, and parses to the order issued, then will parsing
Order centralized processing out.Finally carry out data acquisition, error handle, data feedback.
Due to needing timing to upload connection of the data to maintain slave computer and host computer, then need to retain a kind of data
It is uploaded to timing.The design individually uploads the collected data of heart rate sensor, the every 25s of interrupt routine using interrupt mode
It interrupts once, a 25ms keeps the connection with host computer to send heart rate data.
The present invention shows can to upload to the data of terminal slave computer OneNET server by test, and can be with
The treated data of real-time query are carried out on OneNET server using addressing means such as webpage, cell phone applications, can will be suffered from
The transfusion drip speed of person's infusion, patient's rhythm of the heart, ward the data such as temperature and humidity upload to OneNET server, and with curve graph
Form is shown.Medical staff can design the working condition of control transfusion system by application.System will be by that will count
According to the MySQL database for uploading to OneNET server, the transfusion condition for monitoring patient for a long time not only can be realized,
The corrupted or lost problem of database data caused by can also preventing because of certain faults.
The foregoing is only a preferred embodiment of the present invention, is not intended to limit the scope of the present invention, it is all
Made any modifications, equivalent replacements, and improvements etc. within the spirit and principles in the present invention, should be included in protection of the invention
Within the scope of.
Claims (10)
1. a kind of Intelligent infusion management system based on 0neNET platform, including N number of infusion bottle, wherein N is the nature greater than zero
Number, which is characterized in that the Intelligent infusion management system further includes：N number of switch, slave computer and level detection module, the N
A infusion bottle shares a part of liquid-transport pipe-line, and N number of switch is placed in each infusion bottle unshared perfusion tube independent
Switch state on road, to each infusion bottle of independent control；The level detection module is placed on shared liquid-transport pipe-line, is used
In the overall infusion situation of monitoring；Slave computer connection N number of switch and level detection module, for according to level detection
The infusion situation of module monitors controls the state of N number of switch.
2. Intelligent infusion management system according to claim 1, which is characterized in that the management system further include with it is the next
The host computer that machine is connected by internet, the host computer are used to receive the infusion real time information of slave computer upload, and are user
Query function is provided.
3. Intelligent infusion management system according to claim 2, which is characterized in that the host computer is OneNET service
Device, the slave computer are OneNET mini plate, and OneNET mini plate is communicated with OneNET server by EDP protocol realization.
4. Intelligent infusion management system according to claim 3, which is characterized in that the OneNET mini plate includes：Control
Device processed, and the wifi module, temperature and humidity sensing module and the register for storing information that are connect with the controller, it is described warm and humid
Sensing module is spent, for sensing the temperature and humidity in ward；The wifi module accesses for realizing by the OneNET mini plate
Internet.
5. according to the Intelligent infusion management system in claim 4, which is characterized in that the wifi module is OneNET mini
The ESP8266 Wi-Fi network module carried on development board, the ESP8266 Wi-Fi network module is as the application in system
Processor.
6. according to the Intelligent infusion management system in claim 5, which is characterized in that the management system further includes user's end
End, user terminal accesses the hot spot of the ESP8266 Wi-Fi network module by wifi, and passes through control terminal application journey
Sequence App is established the link with the ESP8266 Wi-Fi network module, realizes user by the application APP to OneNET
The communication and control of mini development board.
7. according to the Intelligent infusion management system in claim 6, which is characterized in that the ESP8266 Wi-Fi network module
Including signal conversion unit, the WiFi signal transmitted for receiving application program App by WiFi, and it is converted into serial ports letter
After number, it is sent to controller, the controller is also used to receive after the rs 232 serial interface signal and executes processing, and by implementing result
User terminal application program App is given by ESP8266 Wi-Fi network module feedback.
8. Intelligent infusion management system described in -7 according to claim 1, which is characterized in that the level detection module is the rhythm of the heart
Sensor detector or/and person's capacitance type touch key detector.
9. Intelligent infusion management system described in -7 according to claim 1, which is characterized in that N number of switch passes through motor control
Breaking circuit processed, the motor use stepper motor or/and direct current generator.
10. a kind of Intelligent infusion management system based on 0neNET platform as described in any one of claim 1-9 is defeated
Liquid management method, which is characterized in that the described method comprises the following steps：
Step 1：Hardware and upper computer equipment initialization；
Step 2：Access host computer server platform；
Step 3：To upper computer detection, it is marked as data transmit-receive mode；
Step 4：Slave computer receives the data that host computer issues, and carries out parsing to the data and obtain order；
Step 5：Slave computer executes the order parsed, and acquires data；
Step 6：By the acquisition data feedback to host computer；
Wherein, the step 5 includes the following steps：
Step 51：The infusion switch of first bottle of infusion bottle is opened in slave computer control, closes the infusion switch of other infusion bottles；
Step 52：Level detection module starts monitoring transfusion state, when monitoring first bottle of infusion bottle infusion-completed, then sends
Command information is to slave computer；
Step 53：After slave computer receives described instruction information, the infusion switch of first bottle of infusion bottle is closed, second bottle of opening is defeated
The infusion of liquid bottle switchs, and is changed to second bottle and is infused；
Step 54：Replacement infusion is successively carried out, until last bottle of infusion bottle completes infusion, then closes all infusion switches, it is defeated
Liquid terminates.
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| CN201810401823.3A CN108881376A (en) | 2018-04-28 | 2018-04-28 | A kind of Intelligent infusion management system and method based on 0neNET platform |
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| CN201810401823.3A CN108881376A (en) | 2018-04-28 | 2018-04-28 | A kind of Intelligent infusion management system and method based on 0neNET platform |
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| CN201810401823.3A Pending CN108881376A (en) | 2018-04-28 | 2018-04-28 | A kind of Intelligent infusion management system and method based on 0neNET platform |
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| CN115429972A (en) * | 2022-10-06 | 2022-12-06 | 陈明宇 | Device and method based on intelligent clinical infusion tree |
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Application publication date: 20181123 |