CN105894421A - Modern hospital logistics management system based on RFID technology - Google Patents
Modern hospital logistics management system based on RFID technology Download PDFInfo
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Abstract
The invention discloses a modern hospital logistics management system based on the RFID technology, and belongs to the technical field of medical information management. The system comprises front-end RFID card reading equipment, an RFID data collection middleware, and a background logistics information management system. Firstly, the goods and materials in a hospital are provided with legal electronic tags, wherein the electronic tags have a function of radio frequency. The system employs the electronic tag remote radio frequency technology, and remotely receives a signal through the front-end RFID card reading equipment. Moreover, the system carries out the processing of the collected signal through employing the RFID data collection middleware, and finally interacts with a logistics information management system, thereby achieving the modern management of medicines and equipment in the hospital. Therefore, the system can obtain the clear conditions of the medical instruments in the whole hospital. The system integrates the RFID technology with the informationization technology, is based on the technology of automatic recognition, and enables the goods and materials in the hospital to be used efficiently.
Description
Technical field
The invention belongs to the management technique field of medical information, a kind of modern hospital logistic management system based on RFID technique.
Background technology
Along with information technology, network technology and computer technology develop rapidly, informationization the most increasingly penetrates into industry-by-industry.Every field is all improved management by informatization, is improved efficiency, reduction cost, thus improves the competitiveness of enterprise.And along with REID (Radio Frequency Identification, hereinafter referred to as RFID) and the development of WLAN, the related application in all trades and professions field is launched the most widely.
Traditional logistics management mode manages Hospital medical goods and materials the most manually, the most daily goods and materials provide or make an inventory of goods in a warehouse checkout the end of month of hospital, medical personnel will put into substantial amounts of time and efforts in this respect.It is embodied in:
1) carry out the armarium to hospital when checking every time, all departments' collecting device to be shifted to an earlier date Back ground Information, put equipment list in order, carry out the preparation before inspection.
2), when each armarium to hospital carries out routine inspection, overhaul of the equipments personnel will carry thick device entry table and go verification to each section office.
3), when every time armarium to hospital checks, substantial amounts of information by the manual equipment that the is filled up to registration form of management personnel, time length, writes inconvenience, error-prone.
4), when carrying out maintenance of equipment, maintenance person liable, phone, conventional maintenance record, equipment guarantee period, parts price etc. are all a pile difficulty is looked into, difficulty is looked for data, the most even data Loss occur.
5) every the end of month, during to hospital pharmacy stock-taking, owing to the particularity in pharmacy can not stop doing business, special messenger can only be sent to make an inventory and clear up, and monthly can only may not accomplish real time inventory.
6) owing to being manually to check, each section office medicine and checking of medical goods and materials often have careless omission.
7) owing to being manual operations, the not dynamic of the goods and materials in hospital is grasped by hospital.
8) the turnover management hysteresis quality of goods and materials is heavier.
From the foregoing, it will be observed that hospital management is relative to the most extremely falling behind.The renewal of hospital to be handled well internal information and maintenance, keep conventional properly functioning, it is necessary to use a series of scientific management technology and method, make management system be in good running status.So can be effectively improved hospital to be worth, i.e. the social benefit of hospital, economic benefit and technical benefits, this is also the purpose of hospital management.Therefore, it can utilize modern information technologies, the development of especially RFID technology brings unprecedented change can to their hospital's logistics management.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of hospital equipment based on RFID technique management system, this system can in real time, dynamically collecting device use information, provide safeguard for its periodic maintenance, find its hidden danger in time, by failture evacuation in bud, improve equipment service efficiency simultaneously, reduce hospital's operating cost.
For solving above-mentioned technical problem, the technical solution used in the present invention is: a kind of modern hospital logistic management system based on RFID technique, it is characterised in that include that the rfid card of front end reads equipment, RFID data gathers middleware and the logistic information management system on backstage；
It is wireless hand-held RFID terminal that described rfid card reads equipment, RFID terminal includes single chip control module, radio-frequency card module, wireless communication system, keyboard, display and power supply, RFID terminal is by reading Hospital Drugs or the electronic labeling information of equipment, after being read by arrangement for reading, twireless radio-frequency communication is utilized to carry out real-time reception or upload data, it is achieved to carry out data interaction with hospital data management platform；
It is to be responsible for the part that hardware device communicates with system specially that described RFID data gathers middleware, and it includes that data filtering and concentration, read write line are coordinated, data route and integration, process management, data safety management and external interface；
Described logistic information management system includes procurement module, storage module, dispensing and supply module, the management module of Biohazard Waste Disposal, hospital's logistics information statistical module and system management module；
The medical procurement application that described procurement module storage has procurement staff to submit to collects inventory, supplier's inventory, the supplier qualified according to collecting inventory coupling, send order form to qualified supplier, sign procurement agreement after receiving the order form that supplier confirms with supplier and remind supplier's delivery；
Described storage module includes warehouse-in and stock control, wherein warehouse-in includes reading newly to medicine or the electronic tag of equipment, put in storage respectively according to classification go-no-go and by data collection station system in storage medicine put information and automatically revise and amendment drug stock information simultaneously, the medicine etc. not having electronic identity during for dispatching from the factory encodes according to rule, and stick RFID label tag on these article, simultaneously rfid card in write this medicine storage place information, stock control includes drug variety, effect duration, date of manufacture, storage place, system automatically generates medical procurement inventory according to drug stock warning line；
In described dispensing and supply module, doctor logs in hospital's logistic management system by the ID card of oneself and obtains stock's medicine information, doctor prescribed goes out prescription, patient carries rfid card and prescription arrives pharmaceutical drug taking after payment of having a prescription priced, pharmacy is got it filled to patient according to electronic prescription and payment information, obtains got it filled information, system of patient through data collection station system and automatically revises inventory information according to medicine outbound information；
In the management module of described Biohazard Waste Disposal, hospital waste register column table is entered after medical personnel's login system, fill in for information about online, hospital searches for inventory after processing department's then login system and collects to each section office, is registered by relevant Item Information by data collection station, shows as armed state in inventory system, to in-situ processing complete time, being read by these Item Information by hand held readers, after having processed, in cash statement, state changes into being disposed；
Described hospital's logistics information statistical module, need to according to purchasing, store in a warehouse, provide and deliver, offal treatment process, generate supplier's statistical analysis, prescription list statistical analysis
, dispensing statistical analysis, inventory statistics analysis, medicine statistical analysis, buying statistical analysis, cash bank statistics, gathering statistical analysis, reimbursement statistical analysis, payment statistical analysis；
Described system management module, system manager enters backstage after logging in, and completes to arrange user login information, password setting, system initialization, mechanism's setting, role's arrangement, priority assignation, data recovery, data importing.
Preferably, described electronic tag includes storage chip, storage chip uses hard encapsulation or soft encapsulation, wherein hard encapsulation uses plastic material, storage chip uses anti-collision mechanism and multilevel encryption algorithm, memory capacity is 8Kbit, 16 subregions, every two groups of passwords of subregion, operating frequency is 13.56MHz, reading/writing distance is at 2.5-10cm, communication speed is 106Kb, manufacturer's code is included at storage chip inner storag information, item code, specifications and models, date of manufacture, quality guarantee period, storage place, authentication code, product category, dosage form, wherein storage place is write by write device along with the movement of article every time.
Preferably, described system management module also includes log management and hair fastener management, wherein log management is mainly arranged formed by system operation note, Admin Administration's record, daily record, and in hair fastener manages, on rfid card, storage has the name of user, sex, job number and access rights.
Preferably, described RFID terminal is by reading Hospital Drugs or the electronic labeling information of equipment, and its concrete steps include: have the coding of article, title, authentication code, dosage form, specification information on (1) label；(2) by reading the information on equipment acquisition medicine label, it is processed into system regulation data and is sent to management system；(3) after management system obtains the data of medicine mark, process, the information of part label to be write is sent to read write line simultaneously；(4) read write line is by the label of write for information about receiving Self management system.
Preferably, in described procurement module, the internal network platform requiring hospital docks with outside distributor's network, its docking step includes: the internal network platform docking of (1) hospital provides the Web system of service, formulates service routine and the Outside Access address of service and interface the most according to demand；(2) information that needs are uploaded by the internal network platform of hospital is organized, the address announced by web services and the regulation of mutual api interface function, sends data to outside distributor's network；(3) carry out relevant treatment after reciever receives data, after application system data whether transmission success being returned to simultaneously and processing, need the data returned.
Use and have the beneficial effects that produced by technique scheme:
RFID technique and informationization technology are merged by the present invention, set up modern hospital logistic management system based on automatic identification technology, the clearest and the most definite by use this management system can the situation of the armarium of full institute be grasped, realize the most accurately, can per year, monthly, per diem to hospital leaders decision-making level provide hospital equipment service condition promptly and accurately and corresponding analytical statement, for hospital be truly realized on purchase of equipment and strategic decision scientific, rationalize, modernize.Utilize the management system in the present invention, change equipment control department and be gradually converted into the policy-making body of hospital management layer central authorities by simple management of equipment maintenance, make the routine work of medical equipment management department become on record；The present invention fully merges radio-frequency technique and computer technology, forms the practicable pattern for hospital's logistics management, this system it can be by equipment, account book；Equipment, hospital, supplier organically combine, and make complicated, the most loaded down with trivial details work become light, simple.
Accompanying drawing explanation
The present invention is further detailed explanation with detailed description of the invention below in conjunction with the accompanying drawings.
Fig. 1 is the system structure composition schematic diagram of the present invention；
Fig. 2 is data collection station system block diagram in the present invention；
Fig. 3 is the internal structure of Data-collection middleware；
Fig. 4 is that rfid card reads device end fundamental diagram.
Detailed description of the invention
With reference to the accompanying drawings shown in 1, present invention relates particularly to a kind of modern hospital logistic management system based on RFID technique, including the medicine with electronic tag, equipment and personnel etc., the rfid card of front end reads equipment, RFID data gathers middleware and the logistic information management system on backstage, wherein electronic tag has radio-frequency enabled, the present invention utilizes electronic tag remote radio frequency technology, equipment remote receiving signal is read by rfid card, and utilize RFID data collection middleware that the signal collected is processed, finally interact with logistic information management system, realize medicine in hospital, equipment carries out the management modernized, so that with this management system the situation of the armarium of full institute can be grasped the clearest and the most definite, realize the most accurately.
The premise that native system realizes, first requires have complete the Internet and perfect hospital internal network, and then the goods and materials in hospital's logistics all have uniform identity card.Bar shaped identification code when the identity card of goods and materials can be to dispatch from the factory and the radio-frequency card on packing crates, identity card for goods and materials, if the most just carrying electronic identity when dispatching from the factory, or do not have any can identify identity in the case of, hospital stock up warehouse-in time can give electronic identity.
Native system requiring, each section office use 1 computer as the serial ports of the data receiver in this place, connect wireless transmitting-receiving equipments and can be set to central station, it can carry out real-time reception by twireless radio-frequency communication with multiple wireless type RFID terminals or upload data, and the distance of radio communication can reach in indoor
50m, covers whole spaces of indoor.Handheld terminal is written and read operation to the electronic tag pasted on medicine, and by the data acquisition of handheld terminal, computer can gather or revise the information in electronic tag in time.It is wireless hand-held RFID terminal that rfid card in native system reads equipment, as shown in Figure 2, RFID terminal includes single chip control module, radio-frequency card module, wireless communication system, keyboard, display and power supply, RFID terminal is by reading Hospital Drugs or the electronic labeling information of equipment, after being read by arrangement for reading, twireless radio-frequency communication is utilized to carry out real-time reception or upload data, it is achieved to carry out data interaction with hospital data management platform；Data receiver is connected to the management data base of hospital's storehouse by hospital internal 100M Ethernet, and management system, after receiving transition information, updates to data base.
RFID terminal unit in the present invention selects LRP830 type single-chip microcomputer as the acp chip of control module, the design of read-write electronic tag uses Mifare chip to form Writing IC part with LRP830 in this programme, and RF communication module uses Monolithic RF transceiver LRP830 composition.
In wireless hand-held RFID terminal, microprocessor is further connected with keyboard and dot matrix Chinese character display module, keyboard includes reading label, writing the function such as label, inquiry, and display module can show duty and the details etc. of scanned label of current handheld equipment in real time.
Handheld RFID terminal in the present invention needs to read the electronic tag of article, and this electronic tag includes Mifare storage chip, uses anti-collision mechanism and multilevel encryption algorithm, improves the safety of data storage and exchange.Storage chip uses hard encapsulation or soft encapsulation, and wherein hard encapsulation uses plastic material, it is possible to according to job demand, make carrying in wrist for medical personnel of wrist-like.And for crumby bread containing medicines, then use the encapsulation of software material.Storage chip memory capacity is 8Kbit, 16 subregions, every two groups of passwords of subregion, operating frequency is 13.56MHz, reading/writing distance is at 2.5-10cm, communication speed is 106Kb, includes manufacturer's code, item code, specifications and models, date of manufacture, quality guarantee period, storage place, authentication code, product category, dosage form at storage chip inner storag information, and wherein storage place is write by write device along with the movement of article every time.Use this chip industry to be entirely capable of meeting daily use for corpsman,hospital, wherein store name, date of birth, department, post, job number.
Large-scale application software usually requires that and runs on the distributed network that soft and hardware is different, thus occurs in that the interoperability between different hardware platforms, different network environments, disparate databases.In order to preferably development and application can operate in the software on this heterogeneous platform, in the urgent need to a kind of measured, independent of computer hardware and the exploitation of operating system and running environment, this is accomplished by middleware Technology.RFID data in the present invention gathers middleware, its internal structure is as shown in Figure 3, this part is to be responsible for the part that hardware device communicates with system specially, and it includes that data filtering and concentration, read write line are coordinated, data route and integration, process management, data safety management and external interface；RFID data gathers Design of Middleware middleware mainly in view of the relative invariance of hardware device and varying of network software system, has had Data-collection middleware, then hardware is exactly transparent for software system.Data-collection middleware is to connect read write line and the tie of enterprise application software, the data stream between management tag read-write equipment and enterprise application software, is responsible for the safety of data, correctness, effectiveness.
Owing to logistic information management system is the concrete embodiment of system business logic and function, owing to the demand of every profession and trade is different, various management system can be produced, but its common ground is all the management of article is converted into the management to electronic tag.At medical field, the information that the scope of business that logistic information management system mainly manages is medical article identification information and article circulate in the market, including flow process of stocking up, sell flow process and Inventory Process, also include the information management etc. of supplier information and Very Important Person, in view of the safe operation of logistic information management system, also answer the subscriber management function of design system.According to the thinking of system module design, system conceptual data flow scheme design is divided into buying, stores in a warehouse, provides and delivers and supply and the management of Biohazard Waste Disposal stream, hospital's logistics information statistics, system administration and altogether 7 the part designs of data collection station communication system.
(1) buying
Procurement staff is by the ID card login system of oneself, check that medical procurement application collects inventory, search qualified supplier according to collecting inventory, send order form to qualified supplier, procurement agreement, supplier's delivery etc. is signed with supplier after receiving the order form that supplier confirms.
(2) storage
Warehouse-in: after medicine arrival, Warehouse Keeper is by the ID card login system of oneself, enter WMS, put in storage respectively according to medicine classification go-no-go, information of medicine being put in storage by data collection station system automatically revise and simultaneously amendment drug stock information, for dispatching from the factory time do not have the medicine etc. of electronic identity to encode according to rule, and on these article, stick RFID label tag, simultaneously rfid card in write this medicine storage place information.
Stock control: store management personnel, by the ID card login system of oneself, are made an inventory generated day inventory list by drug variety, effect duration, date of manufacture, storage place, and system automatically generates medical procurement inventory etc. according to drug stock warning line.
(3) provide and deliver and supply
Doctor logs in hospital's logistic management system by the ID card of oneself and obtains stock's medicine information, doctor prescribed goes out prescription, patient carries rfid card and prescription arrives pharmaceutical drug taking after payment of having a prescription priced, pharmacy is got it filled to patient according to electronic prescription and payment information, obtains got it filled information, system of patient through data collection station system and automatically revises inventory information etc. according to medicine outbound information.
(4) management of Biohazard Waste Disposal
Biohazard Waste Disposal refer to poisonous and harmful and have single identity article in storehouse, such as: steel nail, bracing frame etc. in patient body.It is indoor that these things are scattered in each section of hospital, is typically focused on destruction by institute.The most each section office are if any this kind of article, hospital waste register column table is entered after medical personnel's login system, fill in for information about online, hospital searches for inventory after processing department's then login system and collects to each section office, is registered by relevant Item Information by data collection station, shows as armed state in inventory system, to in-situ processing complete time, being read by these Item Information by hand held readers, after having processed, in cash statement, state changes into being disposed.
(5) hospital's logistics information statistics
According to purchasing, store in a warehouse, provide and deliver, offal treatment process, generate supplier's statistical analysis, prescription list statistical analysis
, dispensing statistical analysis, inventory statistics analysis, medicine statistical analysis, buying statistical analysis, cash bank statistics, gathering statistical analysis, reimbursement statistical analysis, payment statistical analysis etc..
(6) system administration
System manager enters backstage after logging in, and completes to arrange user login information, password setting, system initialization, mechanism's setting, role's arrangement, priority assignation, data recovery, data importing.
System management module also includes log management and hair fastener management, and wherein log management is mainly arranged formed by system operation note, Admin Administration's record, daily record, and in hair fastener manages, on rfid card, storage has the name of user, sex, job number and access rights.
(7) data collection station communication system
The information collected is transferred to Management System Data storehouse by data collection station system, and management system is according to these information automatic updating data storehouses；After management system has processed, it would be desirable to the information being written to label is passed back and i.e. writes label.
RFID terminal is by reading Hospital Drugs or the electronic labeling information of equipment, and its concrete steps include: have the coding of article, title, authentication code, dosage form, specification information on (1) label；(2) by reading the information on equipment acquisition medicine label, it is processed into system regulation data and is sent to management system；(3) after management system obtains the data of medicine mark, process, the information of part label to be write is sent to read write line simultaneously；(4) read write line is by the label of write for information about receiving Self management system.
In procurement module, the internal network platform requiring hospital docks with outside distributor's network, its docking step includes: the internal network platform docking of (1) hospital provides the Web system of service, formulates service routine and the Outside Access address of service and interface the most according to demand；(2) information that needs are uploaded by the internal network platform of hospital is organized, the address announced by web services and the regulation of mutual api interface function, sends data to outside distributor's network；(3) carry out relevant treatment after reciever receives data, after application system data whether transmission success being returned to simultaneously and processing, need the data returned.
With reference to Fig. 4 handheld electronic label terminal works schematic diagram, during the read-write of the rfid card according to above design, the result being designed as three times reading and reading three times is mutually authenticated, in the case of only three times identical, data acquisition send to the machine gathered, then by system operation data storehouse.The data that so system accepts have a checking procedure, to ensure the accuracy of system data.
RFID technique and informationization technology are merged by native system, set up modern hospital logistic management system based on automatic identification technology, make the goods and materials of hospital can give full play to benefit.To this end, be first provided with legal electronic identity (rfid card) for the goods and materials in hospital, this is the primary condition of reality native system.And set up hospital based on rfid card logistic management system on this basis.System should be able to completion system setting, routine work, basic data, data communication.
Specific embodiment:
Native system is implemented in the large-scale third first class hospital of certain one saved, nearly 4,000 of this hospital existing staff's number.The hardware environment construction of native system has to rely on the basis of the existing efforts to build information network of hospital, build through for many years, it is 1000M that hospital internal has built up trunk, 100M is to hospital's office Ethernet of desktop, each section office 100M accesses the switch in each section office building, and export abroad is to be linked by 100M optical cable.Meanwhile, this hospital has built up management information system for hospitals has dining room Fare Collection System, Emergency call management system, inpatient to manage system, financial management system etc..But these application systems are all isolated systems, full institute logistics management informatization will be realized, 1) must be set up under existing network environment, 2) to change the situation that current each information system is relatively independent.Accomplish sharing of full institute information system information, it is necessary to have a sound network environment.
The starting point of native system design is in hospital based on existing network system platform, system is configured with three station servers, each section office are integrated with various Intelligent Data Collection System Terminal equipment, such as: all kinds of smart cards, all kinds of smart card arrangement for reading, provide data acquisition platform for hospital.In this hospital when implementing native system, the representative U.S. EMS(Escort Memory Systems that native system is selected) read-write equipment selected as system of the 13.56MHz passive RFID read write line LRP830 of company.In conjunction with management information system and the network of hospital, form infocosm and the data sharing service of full institute scope, provide for hospital management and there is opening, motility, application service management platform towards full institute.System has data acquisition server, logistics management server, financial application server, database server, electronic label read/write, label machine, each on-site data gathering computer etc..
After this hospital uses this system, grasp full institute equipment situation can be met and carry out Various types of data statistics, and provide reference frame for equipment purchasing decision-making, ensure that constantly gathering enough item characteristics data forms all kinds of form, and accordingly the ruuning situation of full institute armarium is analysed scientifically, make good periodic maintenance scheme, avoid paroxysmal equipment breakdown by planned regularly maintenance, reduce the rate of breakdown of equipment.
Claims (5)
1. a modern hospital logistic management system based on RFID technique, it is characterised in that include that the rfid card of front end reads equipment, RFID data gathers middleware and the logistic information management system on backstage；
It is wireless hand-held RFID terminal that described rfid card reads equipment, RFID terminal includes single chip control module, radio-frequency card module, wireless communication system, keyboard, display and power supply, RFID terminal is by reading Hospital Drugs or the electronic labeling information of equipment, after being read by arrangement for reading, twireless radio-frequency communication is utilized to carry out real-time reception or upload data, it is achieved to carry out data interaction with hospital data management platform；
It is to be responsible for the part that hardware device communicates with system specially that described RFID data gathers middleware, and it includes that data filtering and concentration, read write line are coordinated, data route and integration, process management, data safety management and external interface；
Described logistic information management system includes procurement module, storage module, dispensing and supply module, the management module of Biohazard Waste Disposal, hospital's logistics information statistical module and system management module；
The medical procurement application that described procurement module storage has procurement staff to submit to collects inventory, supplier's inventory, the supplier qualified according to collecting inventory coupling, send order form to qualified supplier, sign procurement agreement after receiving the order form that supplier confirms with supplier and remind supplier's delivery；
Described storage module includes warehouse-in and stock control, wherein warehouse-in includes reading newly to medicine or the electronic tag of equipment, put in storage respectively according to classification go-no-go and by data collection station system in storage medicine put information and automatically revise and amendment drug stock information simultaneously, the medicine etc. not having electronic identity during for dispatching from the factory encodes according to rule, and stick RFID label tag on these article, simultaneously rfid card in write this medicine storage place information, stock control includes drug variety, effect duration, date of manufacture, storage place, system automatically generates medical procurement inventory according to drug stock warning line；
In described dispensing and supply module, doctor logs in hospital's logistic management system by the ID card of oneself and obtains stock's medicine information, doctor prescribed goes out prescription, patient carries rfid card and prescription arrives pharmaceutical drug taking after payment of having a prescription priced, pharmacy is got it filled to patient according to electronic prescription and payment information, obtains got it filled information, system of patient through data collection station system and automatically revises inventory information according to medicine outbound information；
In the management module of described Biohazard Waste Disposal, hospital waste register column table is entered after medical personnel's login system, fill in for information about online, hospital searches for inventory after processing department's then login system and collects to each section office, is registered by relevant Item Information by data collection station, shows as armed state in inventory system, to in-situ processing complete time, being read by these Item Information by hand held readers, after having processed, in cash statement, state changes into being disposed；
Described hospital's logistics information statistical module, need to according to purchasing, store in a warehouse, provide and deliver, offal treatment process, generate supplier's statistical analysis, prescription list statistical analysis, dispensing statistical analysis, inventory statistics analysis, medicine statistical analysis, buying statistical analysis, cash bank statistics, gathering statistical analysis, reimbursement statistical analysis, payment statistical analysis；
Described system management module, system manager enters backstage after logging in, and completes to arrange user login information, password setting, system initialization, mechanism's setting, role's arrangement, priority assignation, data recovery, data importing.
Modern hospital logistic management system based on RFID technique the most according to claim 1, it is characterized in that described electronic tag includes storage chip, storage chip uses hard encapsulation or soft encapsulation, wherein hard encapsulation uses plastic material, storage chip uses anti-collision mechanism and multilevel encryption algorithm, memory capacity is 8Kbit, 16 subregions, every two groups of passwords of subregion, operating frequency is 13.56MHz, reading/writing distance is at 2.5-10cm, communication speed is 106Kb, manufacturer's code is included at storage chip inner storag information, item code, specifications and models, date of manufacture, quality guarantee period, storage place, authentication code, product category, dosage form, wherein storage place is write by write device along with the movement of article every time.
Modern hospital logistic management system based on RFID technique the most according to claim 1, it is characterized in that described system management module also includes log management and hair fastener management, wherein log management is mainly arranged formed by system operation note, Admin Administration's record, daily record, in hair fastener manages, on rfid card, storage has the name of user, sex, job number and access rights.
Modern hospital logistic management system based on RFID technique the most according to claim 1, it is characterized in that described RFID terminal by reading Hospital Drugs or the electronic labeling information of equipment, its concrete steps include: have the coding of article, title, authentication code, dosage form, specification information on (1) label；(2) by reading the information on equipment acquisition medicine label, it is processed into system regulation data and is sent to management system；(3) after management system obtains the data of medicine mark, process, the information of part label to be write is sent to read write line simultaneously；(4) read write line is by the label of write for information about receiving Self management system.
Modern hospital logistic management system based on RFID technique the most according to claim 1, it is characterized in that in described procurement module, the internal network platform requiring hospital docks with outside distributor's network, its docking step includes: the internal network platform docking of (1) hospital provides the Web system of service, formulates service routine and the Outside Access address of service and interface the most according to demand；(2) information that needs are uploaded by the internal network platform of hospital is organized, the address announced by web services and the regulation of mutual api interface function, sends data to outside distributor's network；(3) carry out relevant treatment after reciever receives data, after application system data whether transmission success being returned to simultaneously and processing, need the data returned.
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