TWM524524U - Hospital inpatient department pharmaceutical affair management system - Google Patents

Description

Hospitalization drug dynamic management system

The present invention relates to a hospital pharmacy system, and in particular to a management system that integrates the dynamics of hospitalizations.

With the advancement of medical technology, although more medical therapies that can successfully cure diseases in a short period of time have been developed, the existing conditions still have major diseases that cannot be healed or diseases that require long periods of treatment, so currently only This can be alleviated by expanding the hospital department, inpatient wards, and related medical staff.

When hospitals are getting bigger and bigger, many hospital departments, inpatient wards, and complex and diverse medical therapies are bound to cause difficulties for medical personnel in drug management and drug delivery. The above problems are for large hospitals with decentralized medical buildings. The building complex is more complicated.

Nowadays, the process of delivering a drug from a physician's prescription to an inpatient bed is basically performed by a physician using the electronic system in the hospital to perform different tasks such as review, adjustment, and administration by a plurality of pharmacists in the pharmacy. Then, the drug is distributed to each medical building and each nursing department through the transfer personnel, and finally the care is taken. The person confirms the terminal of the final drug distribution and then sends it to the inpatient.

However, under the current hospital grading system, doctors, pharmacists and nurses are independent and independent, and it is difficult to establish an instant parallel communication channel between them. In addition, multiple medical buildings are scattered and easy to produce in the process of drug delivery. The following conditions.

First, the drug is sent to the wrong building.

Second, the drugs have been deployed in the pharmacy, but the transfer personnel did not arrive in time.

Third, the transfer personnel have delivered the drugs to the nursing department, but no relevant responsible personnel have signed the drugs.

In addition, today's pharmaceutical products are not only a wide variety, especially when the powder or pills or injections are close in appearance or color. If the pharmacist who dispenses the drug and the caregiver who distributes the drug have insufficient experience or human negligence, it is common to produce drugs. Misunderstandings have led to medical errors in the delivery of the wrong drug. Once the medical negligence of the drug error occurs, it is difficult to track down the source of the error and improve it in time.

Therefore, how to strengthen the pharmacy management process to avoid the above-mentioned drug identification errors and delivery errors, and how to effectively avoid medical disputes is a problem that is urgently solved for today's medical system.

The purpose of the present invention is to provide a hospitalized drug dynamics management system that can track the flow of drugs and correctly distinguish between drugs and corresponding patients. Effectively increase the efficiency of drug-related work of medical staff and avoid medical disputes caused by drug errors.

According to an embodiment of the present invention, a hospital medicine dynamic management system is provided, which comprises a central control end, a prescribing end, a dispensing end, a transfer end, a care end, and a ward end. The prescribing end is connected to the central control end, and the prescribing end generates an electronic prescription and is stored in the central control end. The electronic prescription includes a medicine information, a medication information and a patient information, and the medicine information and the medication information correspond to the patient information. The dispensing end is connected to the central control end, the dispensing end receives the electronic prescription through the central control end, and the dispensing end generates an audit dynamic list according to the electronic prescription and a dynamic list of the dispensing is stored in the central control end, and the dispensing end prints a drug test label code, and the drug test The tag code is linked to the audit dynamic list, the dynamic list of adjustments, and the electronic prescription through the central control terminal. The transfer end wirelessly connects to the central control end, and the transfer end receives the audit dynamic list, the dynamic list of adjustments, and the electronic prescription through the central control end, and the transfer end scans the drug test label code to generate a transfer dynamic list to be stored in the central control end. The nursing end wirelessly connects to the central control end, and the nursing end receives the transfer dynamic list, the audit dynamic list, the adjustment dynamic list and the electronic prescription through the central control end, and the nursing end scans the drug test label code to generate a nuclear dynamic list to be stored in the central control end. The ward side wirelessly connects to the central control terminal, and the ward side receives the dynamic list, the transfer dynamic list, the audit dynamic list, the adjustment dynamic list and the electronic prescription through the central control terminal, and the ward-side scanning drug test label code generates a review dynamic list and stores it in the central control. end.

According to one embodiment of the hospitalization drug dynamics management system, the drug test label code printed by the dispensing end is correspondingly set on a meal pack. The drug test label code can be plural, and the drug test label code is correspondingly set on the plurality of meal packs. The dispensing end can print out a batch of label codes, batch label codes. Corresponding to the plurality of drug test label codes, the batch label code is corresponding to one of the plurality of meal packs. In addition, the number of the transfer end, the care end, and the ward end may be one or plural, respectively. Each ward end can include a tag code wireless reader and a portable electronic device, and the tag code wireless reader is used to scan the plurality of drug test label codes and batch label codes. The portable electronic device wirelessly connects the tag code wireless reader, and the portable electronic device is used to generate a plurality of review dynamic lists. The number of tag code wireless readers and portable electronic devices at each ward may be one or plural.

In the application of the hospitalized drug dynamics management system, when the plurality of drug test label codes of the plurality of meal packs of the total drug package are respectively scanned by the plurality of tag code wireless readers, the plurality of portable electronic devices generate a plurality of dynamic checklists. Then, the central control terminal cumulatively stores the dynamic review list. If a drug test label code has been scanned by a tag code wireless reader and a overlay dynamic list is generated by a portable electronic device, the drug test tag code is scanned by another tag code wireless reader, and another portable electronic device Another checklist dynamic list generated by the device is stored in the central control terminal. The portable electronic device includes a touch screen and a speaker, and the touch screen is used to display a plurality of dynamic checklists, a dynamic list, a dynamic list, a dynamic list, a dynamic list, and an electronic prescription. The speaker is based on a tag code. The wireless reader scans a drug test tag code to generate an audible alert for the checklist dynamic list. The touch screen issues a screen prompt based on a checklist dynamic list generated by a tag code wireless reader scanning a drug test tag code.

According to another embodiment of the hospitalization dynamics management system, wherein each of the transfer terminals includes a tag code wireless reader and a portable electronic device, the tag code wireless reader is configured to scan the plurality of drug test label codes and batch labels. The code, the portable electronic device wirelessly connects the tag code wireless reader, and the portable electronic device is used to generate a complex transfer dynamic list. The number of tag code wireless readers and portable electronic devices at each transfer end may be plural.

In the operation of the hospitalization drug dynamics management system, when the plurality of drug test label codes of the plurality of meal packs of the total drug pack are respectively scanned by the plurality of tag code wireless readers, and the plurality of portable electronic devices generate the plural transfer dynamic list, the middle The console accumulates a cumulative transfer of the dynamic list. If a drug test label code has been scanned by a tag code wireless reader and a transfer dynamic list is generated by a portable electronic device, when the drug test label code is scanned by another tag code wireless reader, another portable electronic device Another transfer dynamic list generated is canceled and stored in the central control terminal. The portable electronic device includes a touch screen and a speaker, and the touch screen is used to display a plurality of dynamic lists, an audit dynamic list, a dynamic list of adjustments, and an electronic prescription. The horn emits an audible prompt based on a forwarding dynamic list generated by a tag code wireless reader scanning a drug test tag code. The touch screen issues a screen prompt based on a transfer dynamic list generated by a tag code wireless reader scanning a drug test tag code.

According to still another embodiment of the hospitalization dynamics management system, wherein each care end includes a tag code wireless reader and a portable electronic device, the tag code wireless reader is configured to scan the plurality of drug test label codes and batch label codes. The portable electronic device wirelessly connects the tag code wireless reader, and the portable electronic device is used to generate a nuclear dynamic list. The number of tag code wireless readers and portable electronic devices of each care end may be plural. The plurality of drug test label codes of the plurality of meal packs of the total drug package are respectively scanned by the plurality of tag code wireless readers, and the plurality of portable electronic devices generate a plurality of core dynamic lists, and the central control terminal accumulates Store multiple dynamic postings. If a drug test label code has been scanned by a tag code wireless reader and a core dynamic list is generated by a portable electronic device, when the drug test label code is scanned by another tag code wireless reader, another portable electronic device Another generated dynamic list generated is cancelled and stored in the central control terminal. Each portable electronic device includes a touch screen and a speaker, and the touch screen is used to display a plurality of dynamic posting lists, transfer dynamic lists, review dynamic lists, dynamic list of adjustments, and electronic prescriptions. The horn emits an audible prompt based on a verification dynamic list generated by a tag code wireless reader scanning a drug test tag code. The touch screen issues a screen prompt based on a dynamic list generated by a tag code wireless reader scanning a drug test tag code. The dispensing end includes a computer and a printing machine. The computer is used to receive the electronic prescription and generate an audit dynamic list and a dynamic list of the dispensing is stored in the central control end, the printing machine is connected to the computer, and the printing machine is used to print and output the medical examination label code. The central control terminal stores the dynamic checklist, the dynamic list, the transfer dynamic list, the audit dynamic list, the dynamic list of adjustments and the electronic prescription in graphic format.

Therefore, in the above-mentioned hospitalized drug dynamics management system, the drug test label code is used as a basis for tracking and managing the dynamic flow of the drug, and the electronic control prescription generated by the drug control end and the audit dynamic list generated by the dispensing end are respectively used. The dynamic list of adjustments, the dynamic list of transfers generated by the transfer end, the dynamic checklist generated by the care end, and the dynamic checklist generated by the ward, so that all departments of the hospital-related inpatients can receive the drug from the central control terminal. The dynamic list of each stage of the drug delivery to the patient not only allows the medical staff to clearly understand the dynamic flow of the drug, but also speed up the efficiency of the drug treatment. It can also scan the drug test label code to check whether the drug meets the drug information and drug use in the electronic prescription. The method of testing information and patient information reduces past prescription errors, adjustment errors and verification errors, avoids the possible loss of drugs by human identification methods, and greatly reduces the chances of medical disputes due to drug errors or poor delivery.

In addition, the dispensing end can not only output the corresponding drug label number according to the medicine package taken by the patient, but also output the batch label code corresponding to the total medicine package composed of the meal medicine package, if the label code wireless reader Scanning the batch label code is equivalent to scanning the plurality of drug test label codes corresponding to the plurality of meal packs, so the medical staff can scan the plurality of drug test label codes to scan the electronic prescriptions by scanning the batch label code once, saving the successive ones. The time of the scan.

It is worth mentioning that, in the operation of the hospital dynamics management system of the present invention, if a drug test label code has been scanned by a tag code wireless reader and a checklist dynamic list is generated by a portable electronic device, When the drug test label code is scanned by another tag code wireless reader, another check dynamic list generated by another portable electronic device is canceled and stored in the central control terminal, that is, the same drug test label code is not excessive. Repeat the update with a second scan. In addition, when the multiple drug test label codes of the plurality of meal packs of the total drug package are respectively scanned by different tag code wireless readers, and the corresponding dynamic electronic devices are generated for each portable electronic device, the central control terminal will accumulate the storage. These issued dynamic lists to achieve the precise efficacy of multi-point inspection.

100‧‧‧Central terminal

200‧‧‧Opening end

210‧‧‧Electronic prescription

300‧‧‧ dispensing end

310‧‧‧Audit Dynamic List

320‧‧‧Transfer dynamic list

330‧‧‧ computer

340‧‧‧Printer

400‧‧‧Transfer end

410‧‧‧Transfer dynamic list

500‧‧‧ nursing end

510‧‧‧Development dynamic list

600‧‧‧ ward end

610‧‧‧ review dynamic list

420, 520, 620‧‧‧ tag code wireless reader

430, 530, 630‧‧‧ portable electronic devices

700‧‧‧ drug test label code

700a‧‧‧ batch label code

800‧‧‧General drug pack

810‧‧‧ meal pack

The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood. 1 is a block diagram showing a hospital medicine dynamic management system according to an embodiment of the present invention.

Figure 2 is a schematic diagram showing the operation of the hospitalized drug dynamics management system.

Figure 3 is a schematic diagram showing the electronic prescription, the audit dynamic list, the dynamic list of transfers, the dynamic list of transfers, the dynamic list of verifications, and the dynamic list of reviews in the hospitalized drug dynamic management system.

Figure 4 is a schematic diagram showing the use of the drug test label code and batch label code in the hospitalized drug dynamic management system.

Figure 5 is a schematic diagram showing the use of the drug label code in the hospitalized drug dynamics management system by the complex tag code wireless reader.

Please refer to FIG. 1 and FIG. 2 , wherein FIG. 1 is a block diagram showing a hospital medicine dynamic management system according to an embodiment of the present invention, and FIG. 2 is a schematic diagram showing the operation of the hospital medicine dynamic management system. . The hospital pharmacy dynamic management system comprises a central control terminal 100, a drug delivery terminal 200, a dispensing terminal 300, a transfer terminal 400, a care end 500 and a ward end 600.

The central control terminal 100 is a server used by the hospital, and may be an existing medical information system (HIS). Of course, the central control unit 100 can also be combined with the Clinical Information System (CIS), the Picture Archiving and Communication System (PACS), the Laboratory Information System (LIS), and the Nursing Information System (Nursing). Information System, NIS) for system compatibility. The connection between the central control terminal 100 and the prescribing end 200, the dispensing end 300, the transfer end 400, the care end 500 and the ward end 600 can be a network connection, and more specifically can be a private network used inside the hospital to avoid The patient's personal data or important information about the hospital is leaked.

The medicine opening end 200 is connected to the central control end 100, and the medicine opening end 200 generates an electronic prescription 210 and is stored in the central control unit 100. The electronic prescription 210 includes a medicine information, a medication information and a patient information, and the medicine information and the medication information correspond to the patient. News. As shown in Fig. 2, the prescribing end 200 can be a computer or other electronic device having the same function, and the doctor can use the prescribing end 200 to input the electronic prescription 210 after diagnosing the patient. Specifically, the prescribing end 200 is placed in a physician department within the hospital.

The dispensing terminal 300 is connected to the central control terminal 100, and the dispensing terminal 300 receives the electronic prescription 210 through the central control terminal 100, and the dispensing terminal 300 generates an auditing dynamic list 310 according to the electronic prescription 210 and an adjustment dynamic list 320 stored in the central control terminal 100, dispensing the medicine. The terminal 300 prints and outputs a drug test label code 700, and the drug test label code 700 is linked to the corresponding audit dynamic list 310, the adjustment dynamic list 320, and the electronic prescription 210. The dispensing terminal 300 is substantially a pharmacy in the hospital. As shown in FIG. 2, the dispensing terminal 300 can include a computer 330 and a printer 340. The computer 330 is used to open the stored electronic prescription 210 of the central control terminal 100. The pharmacist performs the prescription review and the further adjustment action, so that the computer 330 generates the audit dynamic list 310 and the adjustment dynamic list 320 is transmitted back to the central control terminal 100. The printer 340 is connected to the computer 330. The printer 340 is used for printing and outputting the drug test label code 700. The drug test label code 700 is linked to the corresponding audit dynamic list 310, the dispensing dynamic list 320, and the electronic prescription 210.

The drug test label code 700 is not limited to which barcode, whether it is a one-dimensional, two-dimensional or QR code, as long as the audit dynamic list 310, the adjustment dynamic list 320, and the electronic prescription can be obtained from the central control terminal 100 by scanning the drug test label code 700. The relevant content of 210 can be regarded as the implementation aspect of the drug test label code 700 used in the present invention.

The forwarding end 400 is wirelessly connected to the central control terminal 100. The forwarding end 400 receives the auditing dynamic list 310, the dispensing dynamics list 320 and the electronic prescription 210 through the central control terminal 100, and the forwarding end 400 scans the drug testing label code 700 to generate a forwarding dynamic list 410. Central control terminal 100. As shown in FIG. 2, the forwarding end 400 can include a tag code wireless reader 420 and a portable electronic device 430. The tag code wireless reader 420 is wirelessly connected to the portable electronic device 430. The tag code wireless reader 420 is used. The drug test tag code 700 is scanned to cause the portable electronic device 430 to generate a transfer dynamic list 410. The connection between the tag code wireless reader 420 and the portable electronic device 430 may be a Bluetooth, and the portable electronic device 430 may be a tablet computer, but is not limited thereto. More specifically, the transfer terminal 400 is a transfer center that connects the medical buildings in the hospital.

The nursing end 500 wirelessly connects to the central control terminal 100, and the nursing end 500 receives the forwarding dynamic list 410, the auditing dynamic list 310, the dispensing dynamic list 320 and the electronic prescription 210 through the central control terminal 100, and the nursing end 500 scans the drug testing label code 700 to generate a nuclear dynamic. The list 510 is stored in the central control terminal 100. As shown in FIG. 2, the care end 500 can include a tag code wireless reader 520 and a portable electronic device 530. The tag code wireless reader 520 wirelessly connects the portable electronic device 530, and the tag code wireless reader 520 is used. The drug test tag code 700 is scanned to cause the portable electronic device 530 to generate an issue dynamic list 510. Tag code wireless reader The connection between the 520 and the portable electronic device 530 can be a Bluetooth. The portable electronic device 530 can be a tablet computer, but is not limited thereto. More specifically, the care end 500 is provided in a nursing department within the hospital.

The ward end 600 wirelessly connects to the central control terminal 100, and the ward end 600 receives the nuclear dynamic list 510, the transfer dynamic list 410, the audit dynamic list 310, the dispatch dynamic list 320, and the electronic prescription 210 through the central control terminal 100, and the ward end 600 scans the drug test label code. The 700 generated a core dynamic list 610 is stored in the central control terminal 100. As shown in FIG. 2, the ward end 600 can include a tag code wireless reader 620 and a portable electronic device 630. The tag code wireless reader 620 wirelessly connects the portable electronic device 630, and the tag code wireless reader 620 is used. The drug test label code 700 is scanned to cause the portable electronic device 630 to generate a review dynamic list 610. The connection between the tag code wireless reader 620 and the portable electronic device 630 can be Bluetooth. The portable electronic device 630 can be a tablet computer, but is not limited thereto. More specifically, the ward end 600 is placed in a ward pharmacy in the hospital.

Please refer to FIG. 3, which is a schematic diagram of the electronic prescription 210, the audit dynamic list 310, the dispatch dynamic list 320, the transfer dynamic list 410, the verification dynamic list 510, and the review dynamic list 610 in the hospitalization dynamic management system. As shown in Fig. 3, after the doctor issues the electronic prescription 210 from the prescribing end 200, the time for the pharmacist to review the electronic prescription 210 at the dispensing end 300 and the time for dispensing the medicament are stored in the central control terminal 100 in a dynamic update manner, so the review is performed. The dynamic list 310 and the adjustment dynamic list 320 contain the review status and the adjustment status, respectively, in addition to the patient information, the medicine information, and the medication information in the electronic prescription 210. If the pharmacist finds that the electronic prescription 210 is incorrect during the review process, the audit dynamic list 310 output by the dispensing terminal 300 is updated to enable the doctor to The audit dynamics list 310 output by the dispensing end 300 can be confirmed by the dispensing terminal 200 connected to the central terminal 100. In addition, the central control terminal 100 stores all the drug icons and materials containing the powder, the pills and the medicaments. When the pharmacist formulates the drugs according to the electronic prescription 210, the dispensing dynamics list 320 must be updated through the dispensing terminal 300 to prevent the patient from appearing. Correct but the drug is mismatched or the drug is correct but the patient is wrong. Finally, after the pharmacist dispenses the drug, the printer 340 of the dispensing terminal 300 outputs the drug inspection label code 700 corresponding to the audit dynamic list 310, the dispensing dynamic list 320, and the electronic prescription 210 for the transfer end 400, the care end 500, and the ward. The terminal 600 performs subsequent confirmation proofreading operations at any time.

The drug test label code 700 is transmitted to the transfer end 400 along with the transferred drug, and the transfer person at the transfer end 400 scans the drug test label code 700 again through the tag code wireless reader 420 to confirm the drug and the patient with the portable electronic device 430. And the corresponding nursing station information, and the nursing end 500 can further understand the current drug transfer status by the transfer dynamic list 410. In general, the transfer terminal 400 is not only responsible for transferring drugs, but also for transferring patients to hospitals. However, the present embodiment is mainly based on a hospitalized drug dynamic management system, and therefore other instructions for transferring patients are omitted here. It is worth mentioning that, since the dispensing end 300 will output the dispensing dynamics list 320, the transfer personnel of the transfer end 400 can immediately understand the current state of the drug, and after the pharmacist dispenses the good drug, the dispensing terminal 300 is ready to be dispensed before the estimated time. The drug is used to transfer the drug to the corresponding care end 500 on time. In this way, it can be avoided that the known transfer personnel cannot accurately know the drug dynamics and the information of the nursing station sent, and the transfer personnel wait for too long in the pharmacy, the drugs have been deployed but the transfer personnel are not treated inefficiently, or the drugs are sent incorrectly. And unexpected error conditions.

After the transfer personnel transfer the drug to the care end 500, the caregiver of the care end 500 scans the drug test label 700 through the tag code wireless reader 520, and the verification list 510 displayed by the portable electronic device 530 is again sent. The drug information and patient information are correct.

Finally, the patient-sponsored caregiver delivers the drug to the ward 600 where it is located, and the relevant caregiver in the ward 600 will perform a drug review procedure again, via the tag code wireless reader 620 carried by the caregiver. The drug test label code 700 is scanned to cause the portable electronic device 630 to generate a review dynamic list 610.

In this way, not only the drug treatment process at each stage of the dispensing end 300, the transfer end 400, the care end 500, and the ward end 600 generates a corresponding audit dynamic list 310, a dispatch dynamic list 320, a transfer dynamic list 410, and a nuclear dynamic list 510. And the review of the dynamic list 610, so that the relevant responsible personnel can clearly understand the dynamic flow of drugs, so as to prepare early. In addition, the tag code wireless reader 420 of the transfer terminal 400, the portable electronic device 430, the tag code wireless reader 520 of the care end 500, and the portable electronic device 530 are carried by the relevant responsible personnel, and the tag of the ward end 600 The code wireless reader 520 and the portable electronic device 530 are also carried by the relevant responsible personnel, so that the drug test label code 700 can be scanned at any time without being restricted by time and space to update the transfer dynamic list 410 and issue a dynamic list. 510 and review dynamic list 610.

Please refer to FIG. 2 and FIG. 4 at the same time. FIG. 4 is a schematic diagram showing the use of the drug test label code 700 and the batch label code 700a in the hospitalized drug dynamic management system. Here first, because the time of taking the drug is a must According to factors such as the efficacy of the drug and the time of action, the dispensing terminal 300 classifies the formulated drug into a plurality of meal packets 810 according to the dosage and time of administration of the patient specified in the electronic prescription 210, and plural The meal pack 810 will be packaged into a total pack 800. The drug test label 700 is correspondingly disposed on the meal pack 810, and for the convenience of inspection, the printer 340 of the dispensing end 300 prints and outputs a batch of label codes in addition to the corresponding medicine pack 810 for each meal. 700a, the batch label code 700a corresponds to the information of the plurality of meal packs 810 taken by the same patient, that is, after scanning the batch label code 700a, the information of all the corresponding drug test label codes 700 will be displayed once. For example, if the tag code wireless reader 420 of the transfer terminal 400 scans the batch tag code 700a on the total drug package 800, the review dynamic list 310 of all the drug test label codes 700, the list of dispensing status, and the electronic prescription are simultaneously displayed. 210, thereby facilitating the transfer of personnel to speed up the processing of the test drug without having to scan the drug test label code 700 on each meal pack 810 one by one. If the tag code wireless reader 520 of the care end 500 and the tag code wireless reader 620 of the ward end 600 scan the batch tag code 700a, in addition to displaying the electronic prescription 210, the verification dynamic list 510 and the review may be separately displayed. Dynamic list 610.

Referring to FIG. 2 and FIG. 5, FIG. 5 is a schematic diagram showing the use of the drug tag code 700 scanned by the plurality of tag code wireless readers 420, 520, 620 in the hospitalized drug dynamics management system. Regardless of the transfer terminal 400, the care end 500 or the ward end 600, when the drug test label code 700 on the plurality of meal packs 810 is scanned and scanned by different tag code wireless readers 420, 520, 620, respectively, The corresponding portable electronic devices 430, 530, 630 will respectively generate different forwarding dynamic lists 410, issue dynamic lists 510 or review dynamic clears. The single 610, and the central control unit 100 accumulates the transfer dynamic list 410, the verification dynamic list 510 or the review dynamic list 610. In addition, if any of the drug test label codes 700 have been scanned by one of the tag code wireless readers 420, 520, 620, and a corresponding one of the portable electronic devices 430, 530, 630 generates a transfer dynamic list 410, a core dynamic After the checklist 510 or a checklist dynamics list 610, if the drug test label code 700 is scanned by another tag code wireless reader 420, 520, 620, the corresponding other portable electronic device 430, 530, 630 Another transfer dynamic list 410, a core dynamic list 510 or a check dynamic list 610 generated will be canceled and stored in the central control unit 100.

That is, if at present, at the inspection stage of the care end 500, four caregivers use the four-tag code wireless reader 520 to scan the four drug test label codes 700 on the four meal packs 810, each of the labels. The code wireless reader 520 transmits the core dynamic list 510 to the central control terminal 100 through the corresponding portable electronic device 530 for cumulative storage, so that the multi-person multiplex inspection and proofreading function can be achieved. If the drug test label 700 is repeatedly scanned by the different tag code wireless reader 520, the central control terminal 100 will not accumulate the storage, thereby avoiding the problem of repeated work or waste of drugs. Similarly, the personnel of the transfer end 400 and the ward end 600 can also perform multi-person multiplex processing as the care end 500, without the labor waste of repeatedly verifying the proofreading program.

In addition, in the forwarding end 400, the nursing end 500, and the ward end 600, the touch screens of the portable electronic devices 430, 530, and 630 can respectively display the review dynamic list 610, the verification dynamic list 510, the transfer dynamic list 410, and the review. The dynamic list 310, the adjustment dynamic list 320 and the electronic prescription 210, and the unscanned and scanned drug test label code 700 can be different on the touch screen. The color comes as a marker for the segmentation. The speaker of the portable electronic device 430, 530, 630 will sound according to the transfer dynamic list 410, the verification dynamic list 510 or the review dynamic list 610 generated by the tag code wireless reader 420, 520, 620 scanning the drug test label code 700. Prompt, and the speaker can also use different voice prompts to separate the scan drug test label code 700 is correct or scan the drug test label code 700 is the wrong action.

In summary, the novel hospitalized drug dynamics management system has the following advantages:

1. When the prescribing end stores the electronic prescription in the central control end, the dispensing end, the transfer end, the nursing end and the ward end of the subsequent levels can respectively check the dynamic checklist, the dynamic list, and the transfer by the drug test label code. Dynamic checklists, audit dynamic checklists, and dynamic checklists are used to avoid errors and to be able to effectively control the dynamic flow of drugs at any time and prepare for the relevant work as early as possible.

2. The transfer end, the care end, and the ward end are all performed by the portable electronic device and the Bluetooth-connected tag code wireless reader to perform the drug proofreading operation, so as to avoid being kept in front of the desktop computer by relevant personnel at all levels. Space restrictions for proofreading.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various changes and retouchings without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

100‧‧‧Central terminal

200‧‧‧Opening end

210‧‧‧Electronic prescription

300‧‧‧ dispensing end

310‧‧‧Audit Dynamic List

320‧‧‧Transfer dynamic list

400‧‧‧Transfer end

410‧‧‧Transfer dynamic list

500‧‧‧ nursing end

510‧‧‧Development dynamic list

600‧‧‧ ward end

610‧‧‧ review dynamic list

700‧‧‧ drug test label code

Claims (25)

A hospital medicine dynamic management system comprises: a central control end; a medicine opening end connected to the central control end, the prescribing end generates an electronic prescription and is stored in the central control end, the electronic prescription includes a medicine information, a medication information and a patient information, the medication information and the medication information corresponding to the patient information; a dispensing end connected to the central control end, the dispensing end receiving the electronic prescription through the central control end, and the dispensing end is based on the electronic The prescription generates an audit dynamic list and a dynamic list of the deposits is stored at the central control end, and the dispensing end prints a drug test label code, and the drug test label code is linked through the central control end to check the dynamic list, the dynamic list of the adjustment and The electronic prescription; a transfer end, wirelessly connecting the central control end, the transfer end receives the audit dynamic list, the dynamic list of the adjustment, and the electronic prescription through the central control end, and the transfer end scans the drug test label code to generate a transfer The dynamic list is stored in the central control terminal; a nursing end is connected to the central control terminal wirelessly, and the nursing end receives the forwarding dynamic list through the central control terminal, and the reviewing action The checklist, the dynamic list of the dispensing, and the electronic prescription, the nursing end scans the drug test label code to generate a core dynamic list stored in the central control terminal; and a ward side, wirelessly connects the central control terminal, and the ward terminal passes the central control The terminal receives the verification dynamic list, the forwarding dynamic list, the audit dynamic list, the adjustment dynamic list and the electronic prescription, and the ward scans the drug detection label code to generate a review dynamic list to be stored in the central control terminal. For example, the hospital pharmacy dynamic management system described in claim 1 is characterized in that the drug label number is correspondingly set on a meal pack. For example, in the hospital pharmacy dynamic management system described in claim 1, wherein the drug test label code is plural, and the drug test label codes are respectively set on the plurality of meal packs. For example, the hospital pharmacy dynamic management system described in claim 3, wherein the dispensing end prints a batch of label codes, and the batch label codes correspond to some drug label codes, and the batch label codes are correspondingly set. On the total drug pack of one of the meal packs. For example, the hospital pharmacy dynamic management system described in claim 4, wherein the number of the transfer end, the care end, and the ward end are respectively plural. The hospital pharmacy dynamic management system according to claim 5, wherein each ward comprises: a tag code wireless reader, the tag code wireless reader is configured to scan the drug test label code and the batch a tag code; and a portable electronic device wirelessly connecting the tag code wireless reader, the portable electronic device for generating the review dynamic list. For example, the hospital pharmacy dynamic management system described in claim 6 is characterized in that the number of the tag code wireless reader and the portable electronic device at the ward end are respectively plural. The hospital pharmacy dynamic management system according to claim 7, wherein when the drug test label codes of the plurality of meal packs of the total medicine package are respectively scanned by the label code wireless readers, The portable electronic devices generate the dynamic checklists, and the central control terminal stores the dynamic checklists. The hospital pharmacy dynamic management system according to claim 8, wherein if the drug test label code has been scanned by a tag code wireless reader, and the portable electronic device generates a dynamic check list When the drug test label code is scanned by another tag code wireless reader, another check dynamic list generated by the other portable electronic device is cancelled and stored in the central control terminal. The hospital pharmacy dynamic management system of claim 9, wherein each of the portable electronic devices comprises: a touch screen for displaying the review dynamic list, the verification dynamic list, the forwarding dynamic list, the The audit dynamic list, the dynamic list of the adjustment and the electronic prescription; and a speaker, and an audible prompt is issued according to the dynamic list of the check generated by the barcode reader wireless scanner scanning a drug test label code. The hospital pharmacy dynamic management system according to claim 10, wherein the touch screen issues a screen prompt according to a dynamic list of the check generated by the tag code wireless reader scanning a drug test tag code. The hospital pharmacy dynamic management system according to claim 5, wherein each of the transfer ends comprises: a tag code wireless reader, the tag code wireless reader is configured to scan the drug test label codes and the batch a tag code; and a portable electronic device wirelessly connecting the tag code wireless reader, the portable electronic device for generating the forwarding dynamic list. The hospital pharmacy dynamic management system according to claim 12, wherein the number of the tag code wireless reader and the portable electronic device at each of the transfer terminals is plural. The hospital pharmacy dynamic management system according to claim 13, wherein when the drug test label codes of the meal packs of the total medicine package are respectively scanned by the label code wireless readers, The portable electronic devices generate the forwarding dynamic lists, and the central control terminal stores the forwarding dynamic lists cumulatively. For example, the hospital pharmacy dynamic management system described in claim 14 wherein if the drug test label code has been wirelessly read by the tag code The device scans and generates a transfer dynamic list by the portable electronic device, and when the drug test label code is scanned by another tag code wireless reader, another transfer generated by the other portable electronic device The dynamic list is canceled and stored in the central control terminal. The hospital pharmacy dynamic management system of claim 15, wherein the portable electronic device comprises: a touch screen for displaying the transfer dynamic list, the review dynamic list, the dynamic list of the adjustment, and the electronic a prescription; and a speaker that emits an audible prompt based on the transfer dynamic list generated by the tag code wireless reader scanning a drug test tag code. The hospital pharmacy dynamic management system of claim 16, wherein the touch screen issues a screen prompt according to the transfer dynamic list generated by the tag code wireless reader scanning a drug test tag code. The hospital pharmacy dynamic management system according to claim 5, wherein each of the care ends comprises: a tag code wireless reader, the tag code wireless reader is configured to scan the drug test label code and the batch label And a portable electronic device wirelessly connected to the tag code wireless reader, wherein the portable electronic device is configured to generate the core dynamic list. The inpatient pharmacy dynamic management system according to claim 18, wherein the number of the tag code wireless reader and the portable electronic device of each of the nursing ends is plural. The hospital pharmacy dynamic management system according to claim 19, wherein when the drug test label codes of the plurality of meal packs of the total medicine package are respectively scanned by the label code wireless readers, The portable electronic devices generate the dynamic list of the cores, and the central control terminal stores the dynamic list of the cores cumulatively. The hospital pharmacy dynamic management system according to claim 20, wherein if the drug test label code has been scanned by a tag code wireless reader and a dynamic list is generated by a portable electronic device, Then, when the drug test label code is scanned by another tag code wireless reader, another such dynamic list generated by the other portable electronic device is cancelled and stored in the central control terminal. The hospital pharmacy dynamic management system according to claim 21, wherein each of the portable electronic devices comprises: a touch screen for displaying the nuclear dynamic list, the transfer dynamic list, the audit dynamic list, the Adjusting the dynamic list and the electronic prescription; and a speaker, and issuing an audible prompt according to the dynamic list generated by the wireless code reader scanning the drug detection label. The hospital pharmacy dynamic management system of claim 22, wherein the touch screen issues a screen prompt according to a dynamic list generated by the tag code wireless reader scanning a drug test tag code. The hospital pharmacy dynamic management system of claim 1, wherein the dispensing end comprises: a computer for receiving the electronic prescription and generating the dynamic list of the audit and the dynamic list of the dispensing is stored at the central control end; And a printer connected to the computer for printing and outputting the drug test label code. The hospital pharmacy dynamic management system according to claim 1, wherein the central control terminal stores the review dynamic list, the dynamic dynamic list, the transfer dynamic list, the audit dynamic list, and the adjustment in a graphic format. Dynamic list and the electronic prescription.