CN113205644A - Full-process closed-loop management system and method for special management medicines - Google Patents
Full-process closed-loop management system and method for special management medicines Download PDFInfo
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- CN113205644A CN113205644A CN202110488793.6A CN202110488793A CN113205644A CN 113205644 A CN113205644 A CN 113205644A CN 202110488793 A CN202110488793 A CN 202110488793A CN 113205644 A CN113205644 A CN 113205644A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/0092—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for assembling and dispensing of pharmaceutical articles
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- G—PHYSICS
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- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
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- H—ELECTRICITY
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- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
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- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
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Abstract
The invention discloses a full-process closed-loop management system and a full-process closed-loop management method for specially managing medicines, which comprises a system management module, an information acquisition module, a medicine storage module, a medicine recovery module, a video monitoring module, a positioning alarm module, a medicine bottle recovery module, a destroying module and a transmission module, wherein the system management module controls the transmission module to work according to information fed back by the information acquisition module so as to store medicines into the medicine storage module, or according to a first-in first-out principle, the medicament is taken out from the medicament storage module for single-dose dispensing, or transferring the medicament to a medicament recovery module for recovery and conveying the medicament bottle to a medicament bottle recovery module for recovery, after confirmation of an operator, conveying the medicament bottle to a destroying module for destroying, when the medicament storage module, the medicament recovery module, the destroying module or the information acquisition module are abnormal, the positioning alarm module determines the abnormal position and gives an alarm.
Description
[ technical field ] A method for producing a semiconductor device
The invention relates to a full-process closed-loop management system and method for special management medicines, and belongs to the field of medicine management.
[ background of the invention ]
The legal regulations, such as ' regulations on the management of narcotic drugs and psychotropic drugs ', ' prescription management approach ', ' prescription management regulation of narcotic drugs and psychotropic drugs ', ' management regulation of printed circuit cards for purchasing narcotics and psychotropic drugs ', ' management regulation of narcotics and psychotropic drugs in medical institutions ', ' first class of psychotropic drugs ', ' aim to change the current situation of poor management of narcotics and psychotropic drugs and stop the increase of the flow of iatrogenic drugs to the society.
All levels of medical institutions carry out relevant national management systems and regulations, ensure the management effect of narcotic drugs and psychotropic drugs in hospitals, prevent prosperity and establish various forms of regulations and regulations in combination with specific conditions. Due to the level difference, the management system and the management requirements are deviated, and the work flow is too complicated. Particularly, in the processes of drug verification, account book registration, material object checking, batch number management, residual liquid recovery, empty bottle destruction and the like, manual operation and manual recording are adopted, so that the daily workload of related personnel is increased, and management flaws and potential safety hazards are inevitable.
[ summary of the invention ]
The technical problem to be solved by the present invention is to provide a system and a method for closed-loop management of a whole process of a special management drug, which overcome the disadvantages of the prior art.
The technical scheme adopted by the invention is as follows:
a full-flow closed-loop management system for specially managed medicines comprises a system management module, an information acquisition module, a medicine storage module, a medicine recovery module, a video monitoring module, a positioning alarm module, a medicine bottle recovery module, a destroying module and a transmission module, wherein the information acquisition module, the medicine storage module, the medicine recovery module, the video monitoring module, the positioning alarm module, the medicine bottle recovery module, the destroying module and the transmission module are electrically connected to the system management module, the information acquisition module acquires medicine information or prescription information and transmits the medicine information or the prescription information to the system management module, the system management module controls the transmission module to work according to information fed back by the information acquisition module so as to store medicines into the medicine storage module, or take out the medicines from the medicine storage module according to the principle of first-in first-out to carry out single-dose distribution, or transfer the medicines to the medicine recovery module to recycle the medicine bottles, after the confirmation of an operator, the medicament bottle is sent to the destroying module to be destroyed, the video monitoring module monitors the medicament storage module, the medicament recovery module, the destroying module and the information acquisition module, and when the medicament storage module, the medicament recovery module, the destroying module or the information acquisition module are abnormal, the positioning alarm module determines the abnormal position and gives an alarm.
The full-flow closed-loop management system for the special management medicines also comprises an identity authentication authorization module, wherein the identity authentication authorization module is electrically connected to the system management module.
The information acquisition module comprises a camera and a prescription calling module, and the positioning alarm module alarms unauthorized operation, violent damage and position abnormity.
The drug recovery module comprises a chemical neutralization module and a residual liquid recovery module for recovering drug residual liquid, and the destruction module comprises a sharps box with a unique identification code and a physical destruction module.
A full-process closed-loop management method for specially managing medicines,
the warehousing process is as follows: the conveying module sends the medicament to the information acquisition module, the information acquisition module acquires medicament information, the information acquisition module transmits the medicament information to the system management module, the system management module processes the medicament information, if the processing result is qualified, the conveying module sends the medicament to the medicament storage module, and if the processing result is unqualified, the positioning alarm module gives an alarm;
the ex-warehouse process is as follows: the information acquisition module acquires prescription information, then transmits the prescription information to the system management module, the system management module controls the transmission module according to the prescription information, and the transmission module takes out the medicine from the medicine storage module according to the first-in first-out principle to carry out single-dose dispensing.
The identity identification and authorization module identifies the identity of an operator, and specifically authorizes the operator according to an identification result, wherein the specific authorization corresponds to specific links of medicament warehousing, medicament storage, medicament distribution, waste liquid recovery, empty medicament bottle recovery, empty medicament bottles and residual liquid destruction, so that the operator performs closed-loop management in the specific links.
When the medicament just enters the medicament storage module, an operator pastes an rfid label on a medicament bottle, reads the rfid label to pre-store the medicament, sends the medicament to a corresponding bin, reads the rfid label in the bin, completes the storage of the medicament, and uploads the read record of the rfid label to the system management module.
In the delivery process, the information acquisition module scans the prescription through the camera so as to acquire the prescription information, or the information acquisition module downloads the prescription information from a network data center of a medical institution or a medical unit.
The information acquisition module acquires medicament information in one or more modes of weighing, spectrum identification, code scanning, label reading and visual identification.
The big data center module of the invention acquires data from the system management module, thereby carrying out unified closed-loop management on the medicine use of each medical institution or medical conjuncted unit.
Compared with the prior art, the invention has the following advantages and effects:
1. the system management module carries out overall scheduling on all modules so as to realize full-flow closed-loop management of drug checking, dispensing, recovering, destroying and registering, thereby replacing a traditional drug safe in a ward and realizing a digital ward;
2. the information acquisition module acquires prescription information and sends the prescription information to the system management module, and the system management module controls the transmission module to take out single-dose medicament from the medicament storage module for dispensing according to the single-dose dosage of the prescription, so that the medicament is prevented from being abused;
3. the information acquisition module is used for conveniently surveying and tracing the circulation process of a single medicament according to the change of medicament information through multi-dimensional identification of the medicament information, and the accuracy and the effectiveness of medicament management are improved;
4. the information acquisition module identifies the used residual medicament, registers information, and then recovers and destroys the medicament to avoid flowing out again;
5. residual liquid of the medicament, such as residual liquid of the medicament used for anesthesia in an operating room and for a pain relieving area of a sick area, is uniformly recovered through a residual liquid recovery module and then is uniformly and harmlessly treated through a chemical neutralization module;
6. the medicine bottle is physically destroyed through the physical destruction module, then the medicine bottle is uniformly stored and sealed by the sharps box, and residues of the medicine bottle are regularly cleaned by replacing the sharps box;
7. the video monitoring module monitors the working state of each module, thereby timely finding the occurrence of abnormal conditions of each module and being beneficial to timely intervention of operators for auxiliary control.
Additional features and advantages of the invention will be set forth in the detailed description which follows.
[ detailed description ] embodiments
The technical solutions of the embodiments of the present invention are explained and illustrated below with reference to the embodiments of the present invention, but the following embodiments are only preferred embodiments of the present invention, and not all embodiments. Based on the embodiments in the implementation, other embodiments obtained by those skilled in the art without any creative effort belong to the protection scope of the present invention.
In the following description, the appearances of the indicating orientation or positional relationship such as the terms "inner", "outer", "upper", "lower", "left", "right", etc. are only for convenience in describing the embodiments and for simplicity in description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and are not to be construed as limiting the present invention.
Example (b):
the embodiment provides a full-flow closed-loop management system for special management medicines, which comprises an identity authentication authorization module, a system management module, an information acquisition module, a medicine storage module, a medicine recovery module, a video monitoring module, a positioning alarm module, a medicine bottle recovery module, a destruction module and a transmission module.
The identity authentication authorization module, the information acquisition module, the medicament storage module, the medicament recovery module, the video monitoring module, the positioning alarm module, the medicament bottle recovery module, the destruction module and the transmission module are all electrically connected to the system management module. The positioning alarm module comprises an alarm and a plurality of positioning sensors, so as to ensure that the identity identification authorization module, the information acquisition module, the medicament storage module, the medicament recovery module, the video monitoring module, the medicament bottle recovery module, the destroying module and the transmission module are all provided with at least one positioning sensor, when the identity identification authorization module, the information acquisition module, the medicament storage module, the medicament recovery module, the video monitoring module, the medicament bottle recovery module, the destroying module and the transmission module are in abnormal positions, the alarm can give an alarm.
The full-flow closed-loop management method for the special management medicines specifically relates to two processes of warehousing and ex-warehouse.
The warehousing process is as follows: the transmission module sends a brand-new medicament to the information acquisition module, the information acquisition module acquires medicament information, then the information acquisition module transmits the medicament information to the system management module, and the system management module processes the medicament information;
1) if the processing result is qualified, the transmission module transmits the medicament into the medicament storage module for storage;
2) and if the processing result is unqualified, the positioning alarm module gives an alarm and does not enter the warehouse.
Preferably, the medicine information includes an appearance characteristic, a medicine identification code, and component information.
The medicament identification code sets up on the medicament bottle outer wall, its form includes but not limited to electronic bar code, two-dimensional code and electronic tags, can set up the medicament identification code of multiple different forms on same medicament bottle outer wall, for example, be provided with electronic bar code simultaneously on the medicament bottle outer wall, under the condition of two-dimensional code and electronic tags, information acquisition module only need include in bar code scanner, two-dimensional code reader and the reader one, just can acquire the information of medicament identification code to reduce the information acquisition mode requirement to information acquisition module. The medicament identification code records information such as the name, specification, batch number, production date, production enterprise, effective period and the like of the medicament.
Appearance characteristics are also on the medicament bottle outer wall, and specifically, the appearance characteristics show information such as the name, specification, batch number, date of manufacture, manufacturing enterprise and expiration date of medicament through characters. The information acquisition module comprises a camera, the camera shoots and scans the appearance characteristics and transmits the appearance characteristic information to the system management module, and the system management module utilizes the existing visual recognition system to recognize characters of the appearance characteristics.
Additionally, the information collection module may further include a camera through which the vial is photographed, thereby retaining and uploading appearance information of the medicament as part of the appearance characteristics.
The component information includes the kind of the medicine, the weight of the medicine, the liquid level measurement, and the like. The information acquisition module comprises a spectrometer, a weigher and a liquid level meter, wherein the weigher is used for weighing the medicament to acquire medicament weight information, the liquid level meter is used for measuring the liquid level height of the medicament, and the spectrometer is used for performing spectral measurement on the medicament to identify the actual components of the medicament.
The system management module analyzes and compares the appearance characteristics, the medicament identification codes and the component information, and only if the three meet the standard at the same time and no contradiction exists, the processing result can be judged to be qualified, otherwise, the processing result is judged to be unqualified. For example, if the appearance characteristics show that the medicament is A and the spectrometer detects that the medicament is B, the problem occurs in the production or circulation link of the medicament, the follow-up is needed, and the processing result of the corresponding system management module is judged to be unqualified.
And under the condition that the system management module judges the processing result to be qualified, the system management module controls the transmission module so that the transmission module drives the medicament to move to the medicament storage module. In consideration of actual production cost, no electronic tag is arranged on the outer wall of the medicament bottle when the medicament leaves a factory. Based on this, the information collection module of this embodiment includes at least two readers, and for the convenience of distinguishing, two readers are named as a pre-storage reader and a storage reader respectively, and the pre-storage reader is located at the entrance of the medicament storage module, and the storage reader is located in the bin of the medicament storage module. When a medicament just enters the medicament storage module, an operator pastes an rfid tag to the outer wall of the medicament bottle at the inlet of the medicament storage module, then a pre-storage reader reads the rfid tag, and the pre-storage reader uploads read information to the system management module, so that medicament pre-storage is completed. And the conveying module conveys the medicament to a corresponding bin, a storage reader in the bin also reads the rfid tag, the storage reader sends the read information to the system management module, and the system management module can check and sell the data only when the information uploaded by the pre-storage reader is consistent with the information uploaded by the storage reader so as to finish the storage process of the medicament and prevent the medicament from being artificially replaced in the time from entering the medicament storage module to the bin to cause abnormal outflow of the medicament. In addition, the rfid label records a unique identification code, after the rfid label is attached to the outer wall of the medicine bottle, the medicine loaded in the medicine bottle also has the unique identification code, and the medicine of the same kind and the same specification is distinguished by reading the unique identification code, so that the flow of the subsequent medicine after being delivered from the warehouse is accurately monitored.
And under the condition that the processing result is judged to be unqualified by the system management module, the medicament is directly not put in a warehouse, and the positioning alarm module gives an alarm to remind related personnel to carry out processing and follow-up in the future.
The ex-warehouse process is as follows: the information acquisition module acquires prescription information, then transmits the prescription information to the system management module, the system management module controls the transmission module according to the prescription information, and the transmission module takes out the medicine from the medicine storage module for single-dose dispensing according to the first-in first-out principle.
For example, the first medicament of the X-th batch is firstly put in storage, the first medicament of the Y-th batch is then put in storage, when the prescription information shows that the first medicament is needed, the conveying module firstly carries out the storage operation on the first medicament of the X-th batch, and when the storage of all the first medicaments of the X-th batch is finished but the storage quantity of the first medicaments is still insufficient, the conveying module carries out the storage operation on the first medicament of the Y-th batch.
The information acquisition module acquires prescription information in the following manner:
1) the camera scans and shoots the prescription list, the information obtained by scanning and shooting is transmitted to the system management module, the system management module performs character recognition on the information, the recognition result is compared and matched with single-dose prescription information stored in the system management module to obtain the single-dose dosage of the prescription list, the system management module controls the transmission module to work according to the single-dose dosage, and the transmission module obtains the single-dose medication from the medicament storage module;
for example, if the characters identify that the dosage of a medicament A in the prescription is ka g, the dosage of a medicament B is kb g, the dosage of a single dose prescription information stored in the system management module is A a g, and the dosage of a medicament B is b g, the transmission module takes A a g and B b g from the medicament storage module, thereby completing the taking of a single dose;
2) the information acquisition module comprises a prescription calling module, relevant identification numbers (such as hospitalization numbers and prescription numbers) of patients are input into the prescription calling module, the prescription calling module is matched with information of the patients, corresponding prescription information is downloaded from a network data center of a hospital, the prescription calling module uploads the prescription information to the system management module, then the uploaded prescription information is compared and matched with single-dose prescription information stored in the system management module to obtain single-dose dosage of a prescription, the system management module controls the transmission module to work according to the single-dose dosage, and the transmission module obtains the single-dose medication from the medicament storage module. The prescription calling module can also perform one-key printing after acquiring the prescription order.
The prescription slip records information such as a number, a pre-note, a post-note, a doctor signature and the like in addition to a text of the medication use, thereby associating the medication taking process with the doctor and managing all prescription slips issued in the hospital according to the number.
The drug may be diluted during use, and a part of residual liquid of the drug may be generated after use. The recovery of the residual liquid is processed by the matching of a medicament recovery module and a destroying module. The conveying module transfers the medicament to the medicament recovery module, the medicament in the medicament bottle is recovered in the medicament recovery module, then the medicament bottle is conveyed to the medicament bottle recovery module, after the medicament bottle in the medicament bottle recovery module is accumulated to a certain amount, the medicament bottle is confirmed by an operator and is uniformly conveyed to the destroying module for destroying. Specifically, the conveying module firstly conveys the medicament to the medicament recovery module from the information acquisition module, transfers the medicament to the medicament recovery module from the medicament bottle for processing, and then transfers the vacant medicament bottle to the medicament bottle recovery module for collection.
At the drug recovery module, the drug can be transferred from the drug bottle to the drug recovery module by opening the bottle cap of the drug bottle and then pouring the drug.
Preferably, the chemical recycling module comprises a chemical neutralizing module and a residual liquid recycling module, the residual liquid recycling module is a large-capacity corrosion-resistant container in general, a large number of different chemicals can be poured into the residual liquid recycling module in a unified mode, the chemical neutralizing module releases a neutralizing agent into the residual liquid recycling module, the chemicals and the neutralizing agent are subjected to neutralization reaction, harmless treatment is conducted on the chemicals, after the liquid in the residual liquid recycling module reaches a certain degree, unified discharge is conducted, or secondary treatment is conducted in a unified mode, and therefore effective components of the chemicals are prevented from being recycled.
The destroying module comprises a sharp weapon box and a physical destroying module, the vacant medicament bottle is moved to the sharp weapon box, the physical destroying module is used for knocking and impacting the medicament bottle, so that the medicament bottle is destroyed, fragments of the medicament bottle fall into the sharp weapon box to be collected in a unified mode, and the accommodating volume of the medicament bottle is saved. When the amount of debris in the sharps box reaches a certain degree, the sharps box is replaced. After the medicine bottle is destroyed, the record is uploaded to a system management module for recording, classifying and counting. The sharps boxes have unique identification codes to facilitate accurate management of different sharps boxes.
Additionally, the destroying module can further comprise a chemical corrosion module and a heating module, the chemical corrosion module is used for destroying the spray corrosive liquid of the medicament bottle, and the heating module is used for heating the medicament bottle so as to melt the medicament bottle.
In order to deal with emergency situations which may occur in the working process of each module and assist each working module, a part of the modules or all the modules are provided with special operators for cooperation. For example, an operator labels rfid tags for labels of medicines are arranged at an entrance of the medicine storage module, and an operator sends prescription lists to the lower part of the camera. Generally, the operator at the inlet of the medicament storage module and the operator at the camera are not interchangeable, on the one hand, in view of the work proficiency of the operator in each process, and on the other hand, in order to reduce the occurrence of manual exchange of medicaments between the medicament storage module and the camera.
In order to realize the problem, the identity authentication authorization module identifies the face of each operator based on a face identification technology, and gives the operation authority of a specific working link based on the identification result of the face. For example, after the operator at the inlet of the medicine storage module successfully performs face recognition, the identity authentication authorization module only gives the authority to enter the medicine storage module, and the operator cannot go to the places such as the camera and the destruction module which are not in the medicine storage module.
The identity authentication and authorization module can send out an alarm when unauthorized operation occurs under the condition of failed identification.
In addition, in order to timely intervene by an operator when each module is in error and timely discover abnormal operation of the operator, the video monitoring module monitors the identity authentication authorization module, the information acquisition module, the medicament storage module, the medicament recovery module, the destruction module and the transmission module in this embodiment. The video monitoring module comprises a plurality of monitoring probes so as to ensure that the identity authentication authorization module, the information acquisition module, the medicament storage module, the medicament recovery module, the destruction module and the transmission module are all monitored by at least one monitoring probe, and one or more monitoring personnel monitor all the monitoring probes simultaneously.
The positioning alarm module comprises a plurality of alarms to ensure that the identity authentication authorization module, the information acquisition module, the medicament storage module, the medicament recovery module, the destruction module and the transmission module can be matched with one alarm. Taking the medicament storage module as an example, when the monitoring personnel finds that the medicament storage module is abnormal locally, and the operating personnel in the medicament storage module does not find, the monitoring personnel can control the alarm in the medicament storage module to give an alarm to remind the operating personnel in the medicament storage module to intervene in time, and meanwhile, the abnormal positions of the operating personnel of other modules are reminded to enter an emergency state, so that the operating personnel of other modules are prevented from entering an emergency state due to the alarm. Or if the prescription information obtained by the scanning of the camera cannot be matched with all single-dose prescription information in the system management module, an alarm at the camera sends out an alarm, and an operator at the camera checks the prescription. Similarly, taking the medicine storage module as an example, a pressure sensor is arranged at the medicine storage module, when the medicine storage module is violently damaged, the pressure sensor sends a signal to the system management module, and the system management module controls the alarm at the medicine storage module to give an alarm.
The destroying module also comprises an infrared sensor electrically connected to the system management module, the infrared sensor detects whether the sharps box exists, when the infrared sensor does not detect the sharps box, a signal is sent to the system management module, the system management module controls an alarm at the destroying module to give an alarm, and an operator at the destroying module is reminded to place the sharps box.
Each medical institution or integrated medical unit is provided with a special medicine management full-flow closed-loop management system, a system management module of each special medicine management full-flow closed-loop management system is electrically connected to the same big data center module, the big data center module is a part of a national special medicine supervision system, the big data center module acquires data from each system management module, and detailed data of processes of medicine warehousing, ex-warehouse, prescription making, medicine destruction and the like are known, so that unified closed-loop management is performed on medicine use of each medical institution or integrated medical unit.
While the invention has been described with reference to specific embodiments, it will be understood by those skilled in the art that the invention is not limited thereto, and may be embodied in other forms without departing from the spirit or essential characteristics thereof. Any modification which does not depart from the functional and structural principles of the present invention is intended to be included within the scope of the claims.
Claims (10)
1. A full-flow closed-loop management system for specially managing medicines is characterized by comprising a system management module, an information acquisition module, a medicine storage module, a medicine recovery module, a video monitoring module, a positioning alarm module, a medicine bottle recovery module, a destroying module and a transmission module, wherein the information acquisition module, the medicine storage module, the medicine recovery module, the video monitoring module, the positioning alarm module, the medicine bottle recovery module, the destroying module and the transmission module are electrically connected to the system management module, the information acquisition module acquires and transmits medicine information or prescription information to the system management module, the system management module controls the transmission module to work according to the information fed back by the information acquisition module so as to store medicines into the medicine storage module or take out medicines from the medicine storage module according to the first-in first-out principle to dispense single doses, or the medicine is transferred to the medicine recovery module to be recovered, the medicine bottles are conveyed to the medicine bottle recovery module to be recovered, the medicine bottles are conveyed to the destroying module to be destroyed after being confirmed by an operator, the video monitoring module monitors the medicine storage module, the medicine recovery module, the destroying module and the information acquisition module, and when the medicine storage module, the medicine recovery module, the destroying module or the information acquisition module are abnormal, the positioning alarm module determines the abnormal position and gives an alarm.
2. The system of claim 1, further comprising an authentication authorization module electrically connected to the system management module.
3. A system as recited in claim 2, wherein said information collection module comprises a camera and a prescription retrieval module, and wherein said positioning alarm module alarms unauthorized operations, violent damage, and positional anomalies.
4. The system of claim 1, wherein the drug recycling module comprises a chemical neutralization module and a raffinate recycling module for recycling drug raffinate, and the destruction module comprises a sharps box with a unique id and a physical destruction module.
5. A full-flow closed-loop management method for specially managing medicines is characterized in that,
the warehousing process is as follows: the conveying module sends the medicament to the information acquisition module, the information acquisition module acquires medicament information, the information acquisition module transmits the medicament information to the system management module, the system management module processes the medicament information, if the processing result is qualified, the conveying module sends the medicament to the medicament storage module, and if the processing result is unqualified, the positioning alarm module gives an alarm;
the ex-warehouse process is as follows: the information acquisition module acquires prescription information, then transmits the prescription information to the system management module, the system management module controls the transmission module according to the prescription information, and the transmission module takes out the medicine from the medicine storage module according to the first-in first-out principle to carry out single-dose dispensing.
6. The full-flow closed-loop management method for the special managed drugs according to claim 5, wherein the identity authentication authorization module identifies the identity of the operator, and performs specific authorization on the operator according to the identification result, and the specific authorization corresponds to specific links of drug warehousing, drug storage, drug dispensing, waste liquid recovery, empty drug bottle and residual liquid destruction, so that the operator performs closed-loop management in the specific links.
7. The full-flow closed-loop management method for special managed drugs according to claim 5, wherein immediately after the drugs enter the drug storage module, an operator attaches an rfid tag to the drug bottle, reads the rfid tag to pre-store the drugs, sends the drugs to a corresponding bin, reads the rfid tag in the bin to complete the storage of the drugs, and uploads the read records of the rfid tag to the system management module.
8. The full-flow closed-loop management method for special management medicines according to claim 5, wherein in the delivery process, the information acquisition module scans the prescription through a camera to obtain the prescription information, or the information acquisition module downloads the prescription information from a network data center of a medical institution or a medical unit.
9. The method as claimed in claim 5, wherein the information collecting module collects the medicament information by one or more of weighing, spectrum recognition, code scanning, label reading, and visual recognition.
10. The method as claimed in claim 5, wherein the big data center module obtains data from the system management module, so as to perform unified closed-loop management on the drug usage of each medical institution or unit.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114388106A (en) * | 2022-01-12 | 2022-04-22 | 首都医科大学宣武医院 | Medicine consumable management information checking and analyzing system and equipment based on face recognition |
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