CN109871920A - A kind of Drug Flow management system based on big data - Google Patents
A kind of Drug Flow management system based on big data Download PDFInfo
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- CN109871920A CN109871920A CN201910014299.9A CN201910014299A CN109871920A CN 109871920 A CN109871920 A CN 109871920A CN 201910014299 A CN201910014299 A CN 201910014299A CN 109871920 A CN109871920 A CN 109871920A
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Abstract
The present invention discloses a kind of Drug Flow management system based on big data, including cloud processing center, big data system, mobile terminal, electronic labelling system, self-help selling end, logistics terminal and transfer device.It is an object of the present invention to the monitoring system of a set of drug self-help selling be established, so that the self-help selling of drug is safer.
Description
Technical field
The present invention relates to medicine fields, and in particular to a kind of Drug Flow management system based on big data.
Background technique
Big data (bigdata), referring to can not be captured, managed and be located with conventional software tool within the scope of certain time
The data acquisition system of reason is to need new tupe that could have stronger decision edge, see clearly discovery power and process optimization ability
Magnanimity, high enhancing rate and diversified information assets.The strategic importance of big data technology, which is not lain in, grasps huge data, and
In carrying out specialized process containing significant data to these.In other words, if big data is compared to a kind of industry, this
Kind industry realizes the key of profit, is to improve " working ability " to data, passes through " appreciation " that " processing " realizes data.From
It technically sees, big data is inseparable just as the front and back sides of one piece of coin with the relationship of cloud computing.Big data necessarily can not
It is handled with the computer of separate unit, it is necessary to use distributed structure/architecture.Its characteristic is to carry out mass data distributed number
According to excavation.But it must rely on distributed treatment, distributed data base and the cloud storage of cloud computing, virtualization technology.With cloud
The arriving in epoch, big data (Bigdata) have also attracted more and more concerns.Analyst team thinks, big data
(Bigdata) a large amount of unstructured datas and semi-structured data created commonly used to describe a company, these data exist
Relevant database is downloaded to for meeting overspending time and money when analyzing.Big data analysis is often and cloud computing relates to one
It rises, because large data set analysis needs the frame as MapReduce to come to tens of, hundreds of or even thousands of in real time
Computer shares out the work.
Medical Logistics be not simple drug into, sell, deposit either medicine distribution.So-called Medical Logistics just refer to: according to
Certain logistics equipment, technology and logistics management information system are held in the palm, marketing channel upstream and downstream resource is effectively integrated, by optimizing medicine
Product supply and marketing improves order processing ability with operation process such as examination, storage, sorting, the dispatchings transported in link, reduces goods sorting
Mistake shortens inventory and distribution time, reduces logistics cost, improves service level and Benefits of Fund, the automation of realization,
Information-based and benefit.
How to carry out effective self-service Drug Flow management using big data is one of current urgent need problem to be solved.
Summary of the invention
The purpose of the present invention is to overcome the shortcomings of the existing technology, provides the logistics management supervision of drug self-help selling.
In order to solve the above-mentioned technical problems, the present invention provides following technical solutions: one kind of the invention is based on big data
Drug Flow management system, including cloud processing center, big data system, mobile terminal, electronic labelling system, self-help selling end,
Logistics terminal and transfer device；The self-help selling end and logistics terminal wireless communication connect, and the logistics terminal is
Logistics distribution center, the self-help selling end are connected with electronic labelling system, the electronic labelling system and big data system
It is connected, the transfer device, transfer device are connected with self-help selling end, and the mobile terminal and cloud processing center pass through wirelessly
Communication is connected；
The electronic labelling system be used to follow up drug transport information and reported data to big data system,
The big data system is led to for receiving the data that electronic labelling system reports and being analyzed, handled, followed up and pushed
Know to mobile terminal, constructs deep learning neural network and urgent counte-rplan；Building builds highway and transports, railway transport, navigates
Air transportion send the optimal logistics of a variety of associative mechanisms to transport model；
The mobile terminal is used to receive the transmission, inquiry and confirmation of sending out notice and instruction,
The logistics terminal is provided with sorting unit, sort by region and realize that the batch of local and remote arranges pile,
Transfer device is docked to stack；
The cloud processing center is used to store the data of big data system, statistical induction.
Further, the electronic labelling system, including electronic tag, electronic tag writing station and electronic tag are read
Device is taken,
The electronic labelling system is supported for receiving the information that electronic tag writing station is sent back to same electronic tag pair
The information for the unique number answered is refreshed, and after receiving the information that electronic tag writing station is sent back to, medicine will be transported after processing
The information of product is filed；For receiving the information of the drug from cloud processing center, and support inquiry, reading, and receiving every time
After the same information for transporting drug, the weight information in its front and back information sent back to adjacent twice is compared, if twice
Difference between adjacent big drug weight information is more than error amount, then generates warning log and be sent to administrator.
The electronic tag is attached on the surface of drug for setting the corresponding unique number of each electronic tag；
The electronic tag writing station is used to that electronic tag writing station to be respectively set in each logistics terminal, when each object
It flows terminal and is carried out after weighing again to drug is transported, electronic tag is written into drug weight information by radio signals,
The details in electronic tag are read simultaneously also by radio signals, and details are sent to cloud processing center.
Further, the monitor terminal includes first microprocessor and is separately connected the first logical of first microprocessor
Believe module, GIS-Geographic Information System, display screen and first memory, the GIS-Geographic Information System connection display screen and the first storage
Device, the first communication module connect first memory；The monitor terminal setting passes through wireless whole communication party in transfer device
Formula is connected；Every transfer device is provided with communication module, central processing unit, electronic tag reading apparatus, multidimensional coloured silk code
Scanner, GPS positioning module, Beidou positioning module；The transfer device is equipped with electronic label chip.
Further, the medicine information includes nomenclature of drug, Quantity of drugs, drug weight, drug origin, drug
Destination, drug issue the time；The electronic tag is provided with unified access password, and electronic tag writing station is needed to mention
After correctly accessing password, the information in electronic tag can be just written and read.
A kind of Drug Flow management method based on big data of the invention, includes the following steps:
1) drug for sticking electronic tag, which is deposited, to be sent it in self-help selling end, and in self-help selling end after storage sorting, stacking is piled up
To the locomotive of transfer device, locomotive travel to and fro between per hour at a distance of be no more than 5 kilometer ranges logistics terminal with it is self-service
Sales end, a logistics terminal correspond to more self-help selling ends, complete preliminary consolidating the load by locomotive；
2) drug is transported in level-one logistics terminal by locomotive, and drug is placed on by locomotive to be transported on guide rail by dividing
Screening device sorts after sorting by with city and strange land, and the sorted stacking of drug with city delivering is transported to second level to unmanned lorry
The drug of logistics terminal, strange land delivering is transferred to three-level logistics terminal；
3) drug with city delivering is further sorted in two-stage logistics terminal is divided by administrative area, is further assigned to institute
Terminal is in the self-service goods station that integrates belonged to, and by locomotive or the automatic collection counter of unmanned lorry distribution, self-help selling end is passing through electronics
Label generates pickup code and reports to electronic labelling system, and summarizing and reporting to big data system generates message informing and pushes to movement
End
4) drug of strange land delivering enters three-level logistics terminal after sorting, sorts out same province and different in three-level logistics terminal
It saves, and is divided by distance and set up logistics distribution center, formulate with the established transport model of logistics operational research and assign medicine
The route mode of product；Carry out the transport of human intervention selection highway, railway transports and aviation transports and carries out a variety of transport mode connection
Close management
5) sorting unit, the automatic classification of sorting unit setting and manual intervention model are set in logistics distribution center；In reality
Existing road and rail aviation transport after, be distributed to the logistics distribution center of destination,
6) in destination, above-mentioned 2-3 step is repeated, the transport of drug is completed.
Further, in step (1), the self-help selling end includes that multilayer collection container, every layer of collection container are equipped with
There are consolidating the load mouth and safety check monitoring device, user carries drug by being logged in shifting by mobile terminal after safety check monitoring device
The account id information and medicine information, origin and destination that moved end has been registered, the self-service packed electronic tag that sticks are deposited
It puts to consolidating the load mouth.
Further, in step (2), the logistics terminal includes level-one logistics terminal, two-stage logistics terminal
And three-level logistics terminal, the level-one logistics terminal are the terminal between being distributed in community, in the level-one terminal
Equipped with unmanned plane and locomotive, for realizing consolidating the load to two-stage logistics terminal, the two-stage logistics terminal is equipped with unmanned goods
Vehicle realizes and sorts delivering with the transregional drug of city level-one logistics terminal and second level terminal, the three-level logistics terminal is set
There are sky truck, unmanned lorry to realize strange land sorting delivering.
Further, in step (3), big data system is to station station transfer in level-one logistics terminal, two-stage logistics
Shipping unit carries out coding Corresponding matching, unified match management consolidating the load, delivering；Manage assignable transfer device.
Further, in step (4), the logistics distribution center realizes the cooperative scheduling that vehicle transports, part load transports,
The three-level logistics terminal consolidating the load of setting up that docking railway transports, highway transports, aviation is transported is completed.
The utility model has the advantages that the transport link of the trackability of the invention for constructing nobody by big data system, guarantees drug
Safety and logistic resources integration, and using electronic tag convenience, to send drug check.
Specific embodiment
Below in conjunction with the embodiment of the present invention, the technical scheme in the embodiment of the invention is clearly and completely described,
Obviously, the embodiment described is the embodiment of part of representative of the invention, rather than whole embodiments, this field are general
Other all embodiments obtained belong to protection of the invention to logical technical staff without making creative work
Range.
Present embodiments provide a kind of Drug Flow management system based on big data, including cloud processing center, big data
System, mobile terminal, electronic labelling system, self-help selling end, logistics terminal and transfer device；The self-help selling end and object
Terminal wireless communication connection is flowed, the logistics terminal is logistics distribution center, the self-help selling end and electronic tag system
System is connected, and the electronic labelling system is connected with big data system, the transfer device, transfer device and self-help selling end
It is connected, the mobile terminal is connected by wireless communication with cloud processing center；
The electronic labelling system be used to follow up drug transport information and reported data to big data system,
The big data system is led to for receiving the data that electronic labelling system reports and being analyzed, handled, followed up and pushed
Know to mobile terminal, constructs deep learning neural network and urgent counte-rplan；Building builds highway and transports, railway transport, navigates
Air transportion send the optimal logistics of a variety of associative mechanisms to transport model；
The mobile terminal is used to receive the transmission, inquiry and confirmation of sending out notice and instruction,
The logistics terminal is provided with sorting unit, sort by region and realize that the batch of local and remote arranges pile,
Transfer device is docked to stack；
The cloud processing center is used to store the data of big data system, statistical induction.
The electronic labelling system includes electronic tag, electronic tag writing station and electronic tag reading apparatus,
The electronic labelling system is supported for receiving the information that electronic tag writing station is sent back to same electronic tag pair
The information for the unique number answered is refreshed, and after receiving the information that electronic tag writing station is sent back to, medicine will be transported after processing
The information of product is filed；For receiving the information of the drug from cloud processing center, and support inquiry, reading, and receiving every time
After the same information for transporting drug, the weight information in its front and back information sent back to adjacent twice is compared, if twice
Difference between adjacent big drug weight information is more than error amount, then generates warning log and be sent to administrator,
The electronic tag is attached on the surface of drug for setting the corresponding unique number of each electronic tag；
The electronic tag writing station is used to that electronic tag writing station to be respectively set in each logistics terminal, when each object
It flows terminal and is carried out after weighing again to drug is transported, electronic tag is written into drug weight information by radio signals,
The details in electronic tag are read simultaneously also by radio signals, and details are sent to cloud processing center；
The monitor terminal includes first microprocessor and the first communication module for being separately connected first microprocessor, geographical letter
Breath system, display screen and first memory, the GIS-Geographic Information System connection display screen and first memory, first communication
Module connects first memory；The monitor terminal setting is connected in transfer device by wireless whole communication mode；Every institute
It states transfer device and is provided with communication module, central processing unit, electronic tag reading apparatus, multidimensional coloured silk code scanner, GPS positioning mould
Block, Beidou positioning module；The transfer device is equipped with electronic label chip.
The medicine information includes nomenclature of drug, Quantity of drugs, drug weight, drug origin, drug destination, drug
Issue the time.
The electronic tag is provided with unified access password, and electronic tag writing station is needed to provide correctly access
After password, the information in electronic tag can be just written and read.
A kind of Drug Flow management method based on big data of the invention, includes the following steps:
1) drug for sticking electronic tag, which is deposited, to be sent it in self-help selling end, and in self-help selling end after storage sorting, stacking is piled up
To the locomotive of transfer device, locomotive travel to and fro between per hour at a distance of be no more than 5 kilometer ranges logistics terminal with it is self-service
Sales end, a logistics terminal correspond to more self-help selling ends, complete preliminary consolidating the load by locomotive；The self-help selling end
There are consolidating the load mouth and safety check monitoring device including multilayer collection container, every layer of collection container, user carries drug and passes through peace
After examining monitoring device, be logged in by mobile terminal the account id information registered mobile terminal and medicine information, origin with
And destination, the self-service packed electronic tag that sticks are stored to consolidating the load mouth.
2) drug is transported in level-one logistics terminal by locomotive, and drug is placed on to transport by locomotive to be led on guide rail
Sorting unit is crossed, is sorted after sorting by with city and strange land, the sorted stacking of drug with city delivering is transported to unmanned lorry
The drug of two-stage logistics terminal, strange land delivering is transferred to three-level logistics terminal；The logistics terminal includes level-one logistics
Terminal, two-stage logistics terminal and three-level logistics terminal, the level-one logistics terminal be between being distributed in community in
Turn station, unmanned plane and locomotive to be equipped in the level-one terminal, for realizing consolidating the load to two-stage logistics terminal, the second level
Logistics terminal is equipped with unmanned lorry, realizes and sorts delivering with the transregional drug of city level-one logistics terminal and second level terminal,
The three-level logistics terminal is equipped with sky truck, unmanned lorry realizes strange land sorting delivering, in logistics distribution center and logistics
Communication mode between turning realizes that the information of data flow transmits in time by 5G or ethernet communication connection type.
3) drug with city delivering is further sorted in two-stage logistics terminal is divided by administrative area, is further distributed
To the affiliated self-service goods station that integrates as terminal, by locomotive or the automatic collection counter of unmanned lorry distribution, self-help selling end is passing through
Electronic tag generates pickup code and reports to electronic labelling system, and summarizing and reporting to big data system generates message informing and pushes to
Mobile terminal；Big data system is united to transfer device carries out coding Corresponding matching in the station of station in level-one logistics terminal, two-stage logistics
One match management consolidating the load, delivering；Manage assignable transfer device.
4) drug of strange land delivering enters three-level logistics terminal after sorting, sorts out same province in three-level logistics terminal
With different province, and by distance divide set up logistics distribution center, with established the transports model of logistics operational research carry out formulate divide
Send the route mode of drug；Determine whether to carry out the transport of human intervention selection highway, railway transports and aviation transport progress is more
Kind transport mode corporate management；Realize the cooperative scheduling that vehicle transports, part load transports, docking railway fortune in the logistics distribution center
It send, the three-level logistics terminal consolidating the load of setting up that highway transports, aviation is transported is completed.
5) sorting unit, the automatic classification of sorting unit setting and manual intervention model are set in logistics distribution center；
After realizing that road and rail aviation is transported, it is distributed to the logistics distribution center of destination,
6) in destination, above-mentioned 2-3 step is repeated, the transport of drug is completed.
Those skilled in the art is not under conditions of departing from the spirit and scope of the present invention that claims determine, also
Various modifications can be carried out to the above content.Therefore the scope of the present invention is not limited in above explanation, but by
The range of claims determines.
Claims (9)
1. a kind of Drug Flow management system based on big data, it is characterised in that: including cloud processing center, big data system,
Mobile terminal, electronic labelling system, self-help selling end, logistics terminal and transfer device；
The self-help selling end is connect by wireless communication with logistics terminal, and the logistics terminal is logistics distribution center,
The self-help selling end is connected with electronic labelling system, and the electronic labelling system is connected with big data system, and described turn
Shipping unit, transfer device are connected with self-help selling end, and the mobile terminal is connected by wireless communication with cloud processing center；Institute
Electronic labelling system is stated for the transport information and reported data of the drug that follows up to big data system,
The big data system is led to for receiving the data that electronic labelling system reports and being analyzed, handled, followed up and pushed
Know to mobile terminal；
The mobile terminal is used to receive the transmission, inquiry and confirmation of sending out notice and instruction,
The logistics terminal is provided with sorting unit, carries out sorting batch arrangement by region, docking transfer device is stacked；
The cloud processing center is used to store the data of big data system, statistical induction.
2. a kind of Drug Flow management system based on big data according to claim 1, it is characterised in that: the electronics
Tag system, including electronic tag, electronic tag writing station and electronic tag reading apparatus,
The electronic labelling system is supported for receiving the information that electronic tag writing station is sent back to same electronic tag pair
The information for the unique number answered is refreshed, and after receiving the information that electronic tag writing station is sent back to, medicine will be transported after processing
The information of product is filed；For receiving the information of the drug from cloud processing center, and support inquiry, reading, and receiving every time
After the same information for transporting drug, the weight information in its front and back information sent back to adjacent twice is compared, if twice
Difference between adjacent big drug weight information is more than error amount, then generates warning log and be sent to administrator,
The electronic tag is attached on the surface of drug for setting the corresponding unique number of each electronic tag；
The electronic tag writing station is used to that electronic tag writing station to be respectively set in each logistics terminal, when each object
It flows terminal and is carried out after weighing again to drug is transported, electronic tag is written into drug weight information by radio signals,
The details in electronic tag are read simultaneously also by radio signals, and details are sent to cloud processing center.
3. a kind of Drug Flow management system based on big data according to claim 1, it is characterised in that: the monitoring
Terminal includes first microprocessor and the first communication module for being separately connected first microprocessor, GIS-Geographic Information System, display
Screen and first memory, GIS-Geographic Information System connection display screen and first memory, the first communication module connection the
One memory；The monitor terminal setting is connected in transfer device by wireless whole communication mode；Every transfer device
It is fixed to be provided with communication module, central processing unit, electronic tag reading apparatus, multidimensional coloured silk code scanner, GPS positioning module, Beidou
Position module；The transfer device is equipped with electronic label chip.
4. a kind of Drug Flow management system based on big data according to claim 1, it is characterised in that: the drug
Information includes nomenclature of drug, Quantity of drugs, drug weight, drug origin, drug destination, drug sending time；Described
Electronic tag is provided with unified access password, just can be right after needing electronic tag writing station to provide correctly access password
Information in electronic tag is written and read.
5. the Drug Flow management method described in claim 1-4 based on big data, it is characterised in that include the following steps:
1) drug for sticking electronic tag, which is deposited, to be sent it in self-help selling end, and in self-help selling end after storage sorting, stacking is piled up
To the locomotive of transfer device, locomotive travel to and fro between per hour at a distance of be no more than 5 kilometer ranges logistics terminal with it is self-service
Sales end, a logistics terminal correspond to more self-help selling ends, complete preliminary consolidating the load by locomotive；
2) drug is transported in level-one logistics terminal by locomotive, and drug is placed on by locomotive to be transported on guide rail by dividing
Screening device sorts after sorting by with city and strange land, and the sorted stacking of drug with city delivering is transported to second level to unmanned lorry
The drug of logistics terminal, strange land delivering is transferred to three-level logistics terminal；
3) drug with city delivering is further sorted in two-stage logistics terminal is divided by administrative area, is further assigned to institute
Terminal is in the self-service goods station that integrates belonged to, and by locomotive or the automatic collection counter of unmanned lorry distribution, self-help selling end is passing through electronics
Label generates pickup code and reports to electronic labelling system, and summarizing and reporting to big data system generates message informing and pushes to movement
End；
4) drug of strange land delivering enters three-level logistics terminal after sorting, sorts out same province and different in three-level logistics terminal
It saves, and is divided by distance and set up logistics distribution center, formulate with the established transport model of logistics operational research and assign medicine
The route mode of product；Carry out the transport of human intervention selection highway, railway transports and aviation transports and carries out a variety of transport mode connection
Close management；
5) sorting unit, the automatic classification of sorting unit setting and manual intervention model are set in logistics distribution center；In reality
Existing road and rail aviation transport after, be distributed to the logistics distribution center of destination,
6) in destination, above-mentioned 2-3 step is repeated, the transport of drug is completed.
6. the Drug Flow management method according to claim 5 based on big data, it is characterised in that: in step (1),
The self-help selling end includes that multilayer collection container, every layer of collection container have consolidating the load mouth and safety check monitoring device, user
Drug is carried by being logged in the account id information and drug registered mobile terminal by mobile terminal after safety check monitoring device
Information, origin and destination, the self-service packed electronic tag that sticks are stored to consolidating the load mouth.
7. the Drug Flow management method according to claim 5 based on big data, it is characterised in that: in step (2),
The logistics terminal includes level-one logistics terminal, two-stage logistics terminal and three-level logistics terminal, the level-one object
Stream terminal is the terminal between being distributed in community, unmanned plane and locomotive is equipped in the level-one terminal, for realizing collection
Goods to two-stage logistics terminal, the two-stage logistics terminal is equipped with unmanned lorry, realizes with city level-one logistics terminal and two
The transregional drug of grade terminal sorts delivering, and the three-level logistics terminal is equipped with sky truck, unmanned lorry realizes strange land point
It picks and passs.
8. the Drug Flow management method according to claim 5 based on big data, it is characterised in that: in step (3),
Big data system is unified to match to transfer device carries out coding Corresponding matching in the station of station in level-one logistics terminal, two-stage logistics
Manage consolidating the load, delivering；Manage assignable transfer device.
9. the Drug Flow management method according to claim 5 based on big data, it is characterised in that: in step (4),
The logistics distribution center realizes the cooperative scheduling that vehicle transports, part load transports, and docking railway transports, highway transports, aviation fortune
That send sets up the completion of three-level logistics terminal consolidating the load.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910014299.9A CN109871920A (en) | 2019-01-08 | 2019-01-08 | A kind of Drug Flow management system based on big data |
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| CN201910014299.9A CN109871920A (en) | 2019-01-08 | 2019-01-08 | A kind of Drug Flow management system based on big data |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112446676A (en) * | 2019-09-05 | 2021-03-05 | 杭州云想企业管理有限公司 | Enterprise management flow carding system |
| CN113570305A (en) * | 2021-07-20 | 2021-10-29 | 广东畅联智能装备有限公司 | Automatic tracking and transporting method, device and system for medicine frames |
-
2019
- 2019-01-08 CN CN201910014299.9A patent/CN109871920A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112446676A (en) * | 2019-09-05 | 2021-03-05 | 杭州云想企业管理有限公司 | Enterprise management flow carding system |
| CN113570305A (en) * | 2021-07-20 | 2021-10-29 | 广东畅联智能装备有限公司 | Automatic tracking and transporting method, device and system for medicine frames |
| CN113570305B (en) * | 2021-07-20 | 2023-08-08 | 广东畅联智能装备有限公司 | Automatic tracking and transporting method, device and system for medicine frame |
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Application publication date: 20190611 |