TWI779679B - Ai pharmaceutical management system - Google Patents

Ai pharmaceutical management system Download PDF

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TWI779679B
TWI779679B TW110122617A TW110122617A TWI779679B TW I779679 B TWI779679 B TW I779679B TW 110122617 A TW110122617 A TW 110122617A TW 110122617 A TW110122617 A TW 110122617A TW I779679 B TWI779679 B TW I779679B
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drug
medicine
notification
unit
information
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TW202301213A (en
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項怡平
楊智惠
許永佳
陳宛君
郭人華
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義大醫療財團法人義大醫院
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Abstract

Disclosed herein is an AI pharmaceutical management system comprising a medicine storage device carrying a recognition unit, sensory unit, notification unit and a computing unit signally connecting to the recognition unit and the sensory unit. The computing unit integrates an external information and a first medicine status information to produce a first integrated data; and an analysis/management interface for a user to upload labeling data to the computing unit. The computing unit integrated the labeling data and the first integrated data to produce a second integrated data comprising a medicine history, a device history and a personnel history, wherein the medicine history comprises a name of medicine and storage location, weight data, quantity data, validity period, utility data and a default value corresponding to the name of medicine.

Description

智慧藥品管理系統Smart Drug Management System

本發明係關於一種藥品管理系統,尤其關於一種應用人工智慧進行自動化管理的藥品管理系統。The present invention relates to a drug management system, in particular to a drug management system that uses artificial intelligence for automatic management.

目前各大醫院對於藥品的管理,大多仍以人工確認盤點品項與盤點表相符,填寫數量,蒐整後再逐筆鍵入電腦內,不僅造成紙張的浪費、消耗人力與時間,更易產生人工盤點誤差。基於上述,由於藥品管理會仰賴大量的人力操作,若沒有一套能使藥事及護理人員有效管理藥品的管理系統,將導致現行的藥品管理作業方式容易造成藥品配製上的疏失,且無法即時統計及更新所有藥品的使用狀態。At present, in the management of medicines in major hospitals, most of them still manually confirm that the inventory items are consistent with the inventory list, fill in the quantity, and then type it into the computer one by one. This not only wastes paper, consumes manpower and time, but also easily produces manual inventory. error. Based on the above, since drug management will rely on a large amount of manpower, if there is no management system that can enable pharmacy and nursing staff to manage drugs effectively, the current drug management method will easily lead to errors in drug preparation and cannot be real-time. Statistics and update the usage status of all medicines.

按,台灣專利公告號M604957,專利名稱「調劑台取藥管理系統」,其揭示了一種調劑台取藥管理系統,係包括一調劑台及通訊連接於該調劑台之管理伺服器,當處方箋輸入單元獲取處方箋的內容資訊時,可將藥品名稱及數量傳送至伺服器單元來查詢藥品資料庫,並依據查詢結果產生取藥資訊傳送至調劑台主控單元,便可啟動取藥感知模組偵測取藥人員進行取藥動作的手勢偵測流程,並由影像擷取模組將獲取的藥品影像傳送至影像辨識單元辨識出被取出的藥品及數量,且可透過伺服器單元判斷藥品影像辨識的結果是否與取藥動作一致,以供調劑台主控單元產生包含取藥動作異常或取藥成功之提示內容,並傳送至操作提示單元對外發出取藥結果的提示訊息,讓取藥人員的取藥作業即時被監控,從而實現調劑台智慧化的自動管理;在此專利中,雖然解決了監測取藥動作一致性的問題,惟尚未對於藥品庫存管理以及自動化通知系統等減少人力監管的問題提出進一步的解決方案。According to Taiwan Patent Publication No. M604957, the patent title is "Dispensing Station Medicine Taking Management System", which discloses a dispensing station medicine taking management system, which includes a dispensing station and a management server connected to the dispensing station by communication. When the input unit obtains the content information of the prescription pad, it can send the name and quantity of the drug to the server unit to query the drug database, and generate the drug-taking information based on the query result and send it to the main control unit of the dispensing station to activate the drug-taking sensing module. The group detects the gesture detection process of the medicine taking action by the person taking the medicine, and the image capture module sends the acquired medicine image to the image recognition unit to identify the taken medicine and the quantity, and the medicine can be judged through the server unit Whether the result of the image recognition is consistent with the action of taking the medicine is used for the main control unit of the dispensing station to generate a prompt containing the abnormal action of taking the medicine or the success of taking the medicine, and send it to the operation prompt unit to send out a prompt message of the result of taking the medicine, so that the medicine can be taken The personnel's medicine taking operation is monitored in real time, so as to realize the intelligent automatic management of the dispensing station; in this patent, although the problem of monitoring the consistency of medicine taking actions is solved, it has not yet reduced human supervision for medicine inventory management and automated notification systems. problems to provide further solutions.

為解決上述之問題,本發明之一目的係提供一種智慧藥品管理系統,包含:一識別單元,識別一外部資訊,該外部資訊包括一藥品資訊或一人員資訊;一藥品儲存裝置,搭載該識別單元,用以存放複數之藥品;一感測單元,設置於該藥品儲存裝置上,用以感測藥品儲存裝置狀態以產生一第一藥品狀態資訊,該第一藥品狀態資訊包括一裝置資訊、一藥品重量資訊、一藥品數量資訊或一藥品影像資訊;一運算單元,與該識別單元及該感測單元訊號連接,整合該外部資訊及該第一藥品狀態資訊並產生一第一整合資料;一分析管理介面,與該運算單元訊號連接,以供使用者輸入至少一標籤數據,該標籤數據傳輸至該運算單元,該運算單元整合該標籤數據以及該第一整合資料為一第二整合資料,該第二整合資料包括一藥品履歷、一裝置履歷及一人員履歷,其中,該藥品履歷包括一藥品名稱以及對應於該藥品名稱之庫存位置、重量數據、數量數據、效期、效用數據及藥品預設值。In order to solve the above problems, an object of the present invention is to provide a smart drug management system, including: an identification unit to identify an external information, the external information includes a drug information or a personnel information; a drug storage device, equipped with the identification The unit is used to store a plurality of medicines; a sensing unit is arranged on the medicine storage device to sense the state of the medicine storage device to generate a first medicine state information, the first medicine state information includes a device information, A drug weight information, a drug quantity information or a drug image information; a computing unit, connected to the identification unit and the sensing unit, integrates the external information and the first drug status information to generate a first integrated data; An analysis management interface, signally connected to the computing unit, for the user to input at least one tag data, the tag data is transmitted to the computing unit, the computing unit integrates the tag data and the first integrated data into a second integrated data , the second integrated data includes a drug history, a device history, and a personnel history, wherein the drug history includes a drug name and the inventory location corresponding to the drug name, weight data, quantity data, expiration date, efficacy data, and Drug defaults.

在一些實施例中,該智慧藥品管理系統進一步包括:一雲端資料庫,與該運算單元及該分析管理介面訊號連接,用以儲存該第二整合資料;及一訓練單元,與該運算單元及該雲端資料庫訊號連接,該訓練單元依據儲存於該雲端資料庫之該第二整合資料訓練該運算單元,該運算單元學習運算處理該第一整合資料及該第二整合資料。In some embodiments, the smart drug management system further includes: a cloud database connected to the computing unit and the analysis management interface signal for storing the second integrated data; and a training unit connected to the computing unit and The cloud database is signally connected, the training unit trains the computing unit according to the second integrated data stored in the cloud database, and the computing unit learns to process the first integrated data and the second integrated data.

在一些實施例中,該智慧藥品管理系統進一步包括:一通知單元,與該運算單元訊號連接,該運算單元接收該第一整合資料並與該第二整合資料比對,以產生一第一運算結果,該通知單元依據該第一運算結果產生一第一通知,其中,該第一通知包括取藥通知、藥品位置通知。In some embodiments, the smart drug management system further includes: a notification unit, connected with the signal of the computing unit, the computing unit receives the first integrated data and compares it with the second integrated data to generate a first calculation As a result, the notification unit generates a first notification according to the first calculation result, wherein the first notification includes a notification of taking medicine and a notification of medicine location.

在一些實施例中,該藥品儲存裝置係一藥櫃,該藥櫃包含:一櫃體,包括複數之儲存格及複數之抽屜;複數之儲存箱,設置於每一儲存格中;及複數之貨盤,設置於每一抽屜中,其中,該感測單元包括至少一第一重量感測器,該至少一第一重量感測器對應設置於每一儲存箱底部及每一貨盤底部,用以感測該複數之藥品其重量狀態,該通知單元包括至少一第一顯示器,該至少一第一顯示器對應設置於每一儲存箱及每一貨盤上,該通知單元依據該第一通知啟動對應之該至少一第一顯示器。In some embodiments, the medicine storage device is a medicine cabinet, and the medicine cabinet includes: a cabinet including a plurality of storage compartments and a plurality of drawers; a plurality of storage boxes arranged in each storage compartment; and a plurality of The pallet is arranged in each drawer, wherein the sensing unit includes at least one first weight sensor, and the at least one first weight sensor is correspondingly arranged on the bottom of each storage box and the bottom of each pallet, For sensing the weight status of the plurality of medicines, the notification unit includes at least one first display, and the at least one first display is correspondingly arranged on each storage box and each pallet, and the notification unit is based on the first notification Activate the corresponding at least one first display.

在一些實施例中,該藥品儲存裝置進一步包括一精密盤點機,該精密盤點機位於倉儲端,該精密盤點機包含:一架體;一點藥盤,設置於該架體上,用以盤點與複數之藥品,其中,該感測單元包括一第二重量感測器,該第二重量感測器設置於該點藥盤底部,用以感測該複數之藥品其重量狀態,該通知單元包括一第二顯示器,該第二顯示器設置於該架體上,該運算單元在完成第二整合資料後,該通知單元依據第二整合資料產生一第六通知,該第六通知為一入庫數量通知,該第二顯示器顯示該入庫數量通知。In some embodiments, the medicine storage device further includes a precision inventory machine, the precision inventory machine is located at the storage end, and the precision inventory machine includes: a frame; a medicine tray is set on the frame for inventory and A plurality of medicines, wherein the sensing unit includes a second weight sensor, the second weight sensor is arranged at the bottom of the medicine dispensing tray for sensing the weight status of the plurality of medicines, the notification unit includes A second display, the second display is set on the frame, after the calculation unit completes the second integration data, the notification unit generates a sixth notification according to the second integration data, the sixth notification is a storage quantity notification , the second display displays the notification of the storage quantity.

在一些實施例中,該運算單元依據該裝置資訊產生一第二運算結果,該第二運算結果包括一最佳化取藥路徑,該通知單元18依據該最佳化取藥路徑顯示一第二通知,使用者依據該第二通知進行取藥。In some embodiments, the calculation unit generates a second calculation result according to the device information, and the second calculation result includes an optimized medicine taking route, and the notification unit 18 displays a second calculation result according to the optimized medicine taking route. notification, and the user takes medicine according to the second notification.

在一些實施例中,當該運算單元比對出該藥品儲存裝置存放有不同效期之藥品時,該通知單元產生一第三通知,該第三通知包括一藥品效期通知,使用者依據該藥品效期通知取用效期最短之藥品。In some embodiments, when the calculation unit compares the medicines stored in the medicine storage device with different expiration dates, the notification unit generates a third notification, the third notification includes a notification of the expiration date of the medicine, and the user Drug expiry date notice Use the drug with the shortest expiry date.

在一些實施例中,當使用者完成取藥後,該感測單元感測該藥品儲存裝置狀態並產生一第二藥品狀態資訊,該運算單元即依據該第二藥品狀態資訊計算產生一藥品即時資訊,並依據該藥品預設值比對該藥品即時資訊以產生一第三運算結果,其中,當該藥品即時資訊大於或等於該藥品預設值時,該分析管理介面依據該第三運算結果顯示一第四通知,該第四通知包括藥品數量通知,當藥品數量小於該藥品預設值時,該分析管理介面依據該第三運算結果顯示一第五通知,該第五通知包括藥品補充通知。In some embodiments, after the user finishes taking the medicine, the sensing unit senses the state of the medicine storage device and generates a second medicine state information, and the calculation unit calculates and generates a real-time medicine according to the second medicine state information. information, and compare the real-time information of the drug with the default value of the drug to generate a third calculation result, wherein, when the real-time information of the drug is greater than or equal to the default value of the drug, the analysis management interface is based on the third calculation result Displaying a fourth notification, the fourth notification includes a drug quantity notification, and when the drug quantity is less than the preset value of the drug, the analysis management interface displays a fifth notification according to the third calculation result, and the fifth notification includes a drug supplement notification .

在一些實施例中,該訓練單元依據該第一運算結果、該第二運算結果及該第三運算結果訓練該運算單元以產生一藥品管理模型,該運算單元依據該藥品管理模型給予使用者最佳化之建議,該藥品管理模型包括最佳化取藥模式、最佳化儲存配置模式、藥品存放地圖、藥品支援熱點或藥品庫存補充熱點。In some embodiments, the training unit trains the calculation unit according to the first calculation result, the second calculation result and the third calculation result to generate a drug management model, and the calculation unit gives the user the best drug management model according to the drug management model. Suggestions for optimization, the drug management model includes optimal drug delivery mode, optimal storage configuration mode, drug storage map, drug support hotspots or drug inventory replenishment hotspots.

本發明之另一目的係提供一種管理藥品的方法,係利用本發明所提供之智慧藥品管理系統以管理藥品的方法,其步驟包括:Another object of the present invention is to provide a method for managing medicines, which is a method for managing medicines using the smart medicine management system provided by the present invention, the steps of which include:

S1) 整合建庫步驟:該運算單元整合該外部資訊及該第一藥品狀態資訊為該第一整合資料,該第一整合資料與使用者輸入之該標籤數據再進一步整合為第二整合資料並儲存於該雲端資料庫,該應用管理程式呈現即時之藥品履歷;S1) Integration database building step: the computing unit integrates the external information and the first drug status information into the first integrated data, the first integrated data and the label data input by the user are further integrated into the second integrated data and Stored in the cloud database, the application management program presents real-time drug history;

S2) 訓練步驟:該訓練單元依據儲存於該雲端資料庫之該第二整合資料訓練該運算單元,該運算單元學習運算處理該第一整合資料及該第二整合資料;S2) Training step: the training unit trains the computing unit according to the second integrated data stored in the cloud database, and the computing unit learns to process the first integrated data and the second integrated data;

S3) 取藥通知步驟:該運算單元接收該第一整合資料並與該第二整合資料比對,以產生一第一運算結果,該通知單元依據該第一運算結果產生一第一通知;S3) Medicine taking notification step: the calculation unit receives the first integrated data and compares it with the second integrated data to generate a first calculation result, and the notification unit generates a first notification according to the first calculation result;

S3’-1) 最佳化取藥通知步驟:該運算單元依據該裝置資訊產生一第二運算結果,該第二運算結果包括一最佳化取藥路徑,該通知單元依據該最佳化取藥路徑顯示一第二通知;S3'-1) Optimized medicine taking notification step: the calculation unit generates a second calculation result according to the device information, the second calculation result includes an optimized medicine taking route, and the notification unit generates a second calculation result according to the optimized medicine taking route. The drug path displays a second notification;

S3’-2) 效期通知步驟:該運算單元比對該藥品儲存裝置存放之藥品效期,當該藥品儲存裝置存放有不同效期之藥品時,該通知單元產生一第三通知,該第三通知包括一藥品效期通知;S3'-2) Expiry date notification step: the calculation unit compares the expiry dates of the medicines stored in the medicine storage device. When the medicine storage device stores medicines with different expiration dates, the notification unit generates a third notification, and the first The three notifications include one drug expiration date notification;

S4) 取藥步驟:使用者依據該第一通知、該第二通知及該第三通知取藥;S4) Steps of taking medicine: the user takes medicine according to the first notice, the second notice and the third notice;

S5) 補藥通知步驟:該運算單元依據該第二藥品狀態資訊運算產生該藥品即時資訊,並依據該藥品預設值比對該藥品即時資訊以產生該第三運算結果;當該藥品即時資訊大於或等於該藥品預設值時,該分析管理介面依據該第三運算結果顯示第四通知,該第四通知係藥品數量通知;當該藥品即時資訊小於該藥品預設值時,該分析管理介面依據該第三運算結果顯示第五通知,該第五通知係藥品補充通知;及S5) Replenishment notification step: the calculation unit generates the real-time information of the drug according to the second drug status information, and compares the real-time information of the drug according to the preset value of the drug to generate the third calculation result; when the real-time information of the drug is greater than or equal to the default value of the drug, the analysis management interface displays the fourth notification based on the third calculation result, and the fourth notification is a drug quantity notification; when the real-time information of the drug is less than the default value of the drug, the analysis management interface Displaying a fifth notification based on the third calculation result, the fifth notification is a drug supplement notification; and

S6) 補藥步驟:當S5)步驟中,該分析管理介面顯示該第四通知,使用者可在該分析管理介面查閱即時之藥品庫存數量;當S5)步驟中,該分析管理介面顯示該第五通知,使用者依據該第五通知進行藥品補充。S6) Replenishment step: When in the step S5), the analysis management interface displays the fourth notification, and the user can check the real-time drug stock quantity on the analysis management interface; when in the S5) step, the analysis management interface displays the fifth notification. notification, and the user supplements the medicine according to the fifth notification.

為讓本發明上述及/或其他目的、功效、特徵更明顯易懂,下文特舉較佳實施方式,作詳細說明於下:In order to make the above and/or other purposes, effects, and features of the present invention more obvious and understandable, the preferred implementation modes are specifically cited below, which are described in detail below:

本發明之一實施方式係一種智慧藥品管理系統1,請參閱圖1,係簡單說明本發明所提供之智慧藥品管理系統1之方塊圖,其係包含運算單元14、訓練單元13、雲端資料庫17、分析管理介面15以及藥品儲存裝置12,其中,該藥品儲存裝置12搭載有識別單元11、感測單元13以及通知單元18。One embodiment of the present invention is a smart drug management system 1. Please refer to FIG. 1, which is a block diagram of the smart drug management system 1 provided by the present invention. It includes a computing unit 14, a training unit 13, and a cloud database. 17. The analysis management interface 15 and the drug storage device 12 , wherein the drug storage device 12 is equipped with an identification unit 11 , a sensing unit 13 and a notification unit 18 .

請參閱圖2,在一較佳實施例中,該藥品儲存裝置12包括藥櫃2、精密盤點機3、智能急救車4、疫苗冰箱5或其組合。Please refer to FIG. 2 , in a preferred embodiment, the medicine storage device 12 includes a medicine cabinet 2 , a precision inventory machine 3 , an intelligent ambulance 4 , a vaccine refrigerator 5 or a combination thereof.

請參閱圖3,係說明本發明所提供之智慧藥品管理系統1其元件以及資訊發送之對應關係圖,該智慧藥品管理系統1包含:一識別單元11,識別一外部資訊,該外部資訊(External information, EIF) 包括一藥品資訊或一人員資訊;一藥品儲存裝置12,搭載該識別單元11,用以存放複數之藥品;一感測單元13,設置於該藥品儲存裝置12上,用以感測該藥品儲存裝置12之狀態以產生一第一藥品狀態資訊 (1 stmedicine status information, MS1),該第一藥品狀態資訊MS1包括一裝置資訊、一藥品重量資訊、一藥品數量資訊或一藥品影像資訊;一運算單元14,與該識別單元11及該感測單元13訊號連接,整合該外部資訊EIF及該第一藥品狀態資訊MS1並產生一第一整合資料(1 stintegrated data, ID1);一分析管理介面15,與該運算單元14訊號連接,以供使用者輸入至少一標籤數據(Labelling data, LD)???,該標籤數據LD傳輸至該運算單元14,該運算單元14整合該標籤數據LD以及該第一整合資料ID1為一第二整合資料(2 ndintegrated data, ID2),該第二整合資料ID2包括一藥品履歷、一裝置履歷及一人員履歷,其中,該藥品履歷包括一藥品名稱以及對應於該藥品名稱之庫存位置、重量數據、數量數據、效期、效用數據及藥品預設值。 Please refer to FIG. 3 , which is a diagram illustrating the corresponding relationship between components and information transmission of the smart drug management system 1 provided by the present invention. The smart drug management system 1 includes: an identification unit 11 that identifies an external information, and the external information (External information, EIF) includes a drug information or a personnel information; a drug storage device 12, equipped with the identification unit 11, for storing a plurality of drugs; a sensing unit 13, arranged on the drug storage device 12, for sensing Measuring the state of the medicine storage device 12 to generate a first medicine status information (1 st medicine status information, MS1), the first medicine status information MS1 includes a device information, a medicine weight information, a medicine quantity information or a medicine Image information; a computing unit 14, connected with the identification unit 11 and the sensing unit 13, integrates the external information EIF and the first drug state information MS1 and generates a first integrated data (1 st integrated data, ID1) ; an analysis management interface 15, connected to the computing unit 14 for the user to input at least one label data (Labelling data, LD)???, the labeling data LD is transmitted to the computing unit 14, and the computing unit 14 integrates The label data LD and the first integrated data ID1 are a second integrated data ( 2nd integrated data, ID2), and the second integrated data ID2 includes a drug history, a device history and a personnel history, wherein the drug history It includes a drug name and the storage position corresponding to the drug name, weight data, quantity data, expiration date, efficacy data and drug preset value.

具體而言,該標籤數據LD係包括藥品標籤數據、人員標籤數據或裝置標籤數據;其中,該藥品標籤數據進一步包括藥品基本資訊,例如藥品名稱、規格、條碼、有效日期、價格、計價方式、許可證號、供應商名稱、病患資訊、手術編號、剩餘數量、安全庫存量、庫存類型;該人員標籤數據包括人員基本資訊如人員名稱、所屬部門、職稱、職級、權限;該裝置標籤數據包括裝置基本資訊如裝置型態、裝置位置、裝置編號、裝置儲存上限。該第一藥品狀態資訊MS1係包括藥品重量、藥品數量、藥品影像、儲存裝置條件,儲存裝置條件包括溫度、濕度、照明程度。Specifically, the label data LD includes drug label data, personnel label data, or device label data; wherein, the drug label data further includes basic drug information, such as drug name, specification, barcode, expiration date, price, pricing method, License number, supplier name, patient information, operation number, remaining quantity, safety stock, inventory type; the personnel label data includes personnel basic information such as personnel name, department, job title, rank, authority; the device label data Including basic device information such as device type, device location, device number, and device storage limit. The first drug state information MS1 includes drug weight, drug quantity, drug image, and storage device conditions, and the storage device conditions include temperature, humidity, and illumination level.

該第一整合資料ID1與該標籤數據LD配對整合成該第二整合資料ID2,該第二整合資料ID2包括藥品履歷、裝置履歷、人員履歷,可由該分析管理介面15存取之所述藥品履歷、裝置履歷、人員履歷;同理,運算單元可在該第一整合資料ID1輸入的同時,學習比對第一整合資料ID1及第二整合資料ID2,如有數據上的區別出現或取藥的判斷出現,即進行後續的動作。The first integrated data ID1 and the label data LD are paired and integrated into the second integrated data ID2. The second integrated data ID2 includes drug history, device history, and personnel history. The drug history can be accessed by the analysis management interface 15 , device history, and personnel history; in the same way, the computing unit can learn to compare the first integrated data ID1 and the second integrated data ID2 while the first integrated data ID1 is input, if there is a difference in the data or the medicine is taken Judgment occurs, that is, follow-up actions are carried out.

在一些實施例中,該識別單元11包含QR code辨識器、條碼辨識器、人臉辨識器、指紋辨識器、聲紋辨識器或影像辨識器。In some embodiments, the recognition unit 11 includes a QR code recognizer, a barcode recognizer, a face recognizer, a fingerprint recognizer, a voiceprint recognizer or an image recognizer.

在一些實施例中,該分析管理介面15包含工作站、筆記型電腦或智慧型手持裝置例如平板電腦、智慧型手機。In some embodiments, the analysis management interface 15 includes a workstation, a notebook computer or a smart handheld device such as a tablet computer or a smart phone.

在一些實施例中,該效用數據包括成分、價數或適用族群,該藥品預設值包括藥品重量預設值或藥品庫存預設值,具體而言,該藥品重量預設值係特定藥品之儲存重量下限;該藥品庫存預設值係特定藥品之儲存數量下限。In some embodiments, the efficacy data includes ingredients, valence or applicable groups, and the drug preset value includes a drug weight preset value or a drug inventory preset value, specifically, the drug weight preset value is a specific drug. The lower limit of storage weight; the default value of the drug inventory is the lower limit of the storage quantity of a specific drug.

請繼續參考圖3,在一些實施例中,該智慧藥品管理系統進一步包括一雲端資料庫16,與該運算單元14及該分析管理介面15訊號連接,用以儲存該第二整合資料ID2;及一訓練單元17,與該運算單元14及該雲端資料庫16訊號連接,該訓練單元17依據儲存於該雲端資料庫16之該第二整合資料ID2訓練該運算單元14,該運算單元14學習運算處理該第一整合資料ID1及該第二整合資料ID2;在一些較佳實施例中,該訓練單元17依據該第二整合資料ID2產生藥品存放地圖。Please continue to refer to FIG. 3, in some embodiments, the smart drug management system further includes a cloud database 16, which is signally connected to the computing unit 14 and the analysis management interface 15, and used to store the second integrated data ID2; and A training unit 17, connected with the computing unit 14 and the cloud database 16, the training unit 17 trains the computing unit 14 according to the second integrated data ID2 stored in the cloud database 16, and the computing unit 14 learns to operate Processing the first integrated data ID1 and the second integrated data ID2; in some preferred embodiments, the training unit 17 generates a drug storage map according to the second integrated data ID2.

請繼續參考圖3,在一些實施例中,該智慧藥品管理系統進一步包括一通知單元18,與該運算單元14訊號連接,該運算單元14接收該第一整合資料ID1並與該第二整合資料ID2比對,以產生一第一運算結果(1 stcomputing result, CR1),該通知單元18依據該第一運算結果CR1產生一第一通知(1 stnotification, NF1),其中,該第一通知NF1包括取藥通知、藥品位置通知。 Please continue to refer to FIG. 3. In some embodiments, the smart drug management system further includes a notification unit 18, which is connected to the computing unit 14 in a signal manner. The computing unit 14 receives the first integrated data ID1 and communicates with the second integrated data. ID2 is compared to generate a first computing result (1 st computing result, CR1), and the notification unit 18 generates a first notification (1 st notification, NF1) according to the first computing result CR1, wherein the first notification NF1 includes medicine pick-up notification and medicine location notification.

在一些實施例中,該運算單元14依據該裝置資訊產生一第二運算結果(2 ndcomputing result, CR2),該第二運算CR2結果包括一最佳化取藥路徑,該通知單元18依據該最佳化取藥路徑顯示一第二通知(2 ndnotification, NF2),使用者依據該第二通知NF2進行取藥。 In some embodiments, the computing unit 14 generates a second computing result ( 2nd computing result, CR2) according to the device information, and the second computing result CR2 includes an optimized medicine taking route, and the notification unit 18 according to the The optimized medicine taking route displays a second notification ( 2nd notification, NF2), and the user takes medicine according to the second notification NF2.

具體而言,該最佳化取藥路徑,例如通過該識別單元11識別到處方箋上有A、B、C、D、E五種藥物,其中A、B儲存在X櫃中,C儲存在Y櫃中,D、E儲存在Z櫃中,該運算單元14透過比對該裝置資訊發現X櫃與Z櫃相鄰,判斷其最佳化取藥路徑設置為X櫃->Z櫃->Y櫃;其中,第二通知NF2可以是多種顯示方式,舉例來說,啟動不同顏色之顯示器以指示先後取藥順序,例如X櫃顯示紅色表示最優先,Z櫃顯示橙色以表示次優先,Y櫃顯示綠色以表示最後取藥;或者,依照取藥順序啟動顯示器以指示使用者取藥,舉例而言,例如X櫃的顯示器最先啟動以指示使用者取藥,待使用者自X櫃取藥完成後,再依序啟動Z櫃、Y櫃,並不以此為限。Specifically, the optimized medicine taking path, for example, through the identification unit 11, identifies five medicines A, B, C, D, and E on the prescription, wherein A and B are stored in cabinet X, and C is stored in In the Y cabinet, D and E are stored in the Z cabinet. The calculation unit 14 finds that the X cabinet is adjacent to the Z cabinet by comparing the information of the device, and judges that the optimal medicine taking path is set as X cabinet->Z cabinet-> Y cabinet; wherein, the second notification NF2 can be displayed in a variety of ways, for example, start the display of different colors to indicate the order of medicine taking, for example, X cabinet displays red to indicate the highest priority, Z cabinet displays orange to indicate the second priority, and Y cabinet displays orange to indicate the second priority. The cabinet displays green to indicate that the medicine is taken last; or, activate the display in accordance with the order in which the medicine is taken to instruct the user to take the medicine. After the medicine is finished, start the Z cabinet and Y cabinet in sequence, but not limited to this.

在一些實施例中,當該運算單元14比對出該藥品儲存裝置12存放有不同效期之藥品時,該通知單元18產生一第三通知(3 rdnotification, NF3),該第三通知NF3包括一藥品效期通知,使用者依據該藥品效期通知取用效期最短之藥品。 In some embodiments, when the computing unit 14 compares the medicines stored in the medicine storage device 12 with different expiry dates, the notification unit 18 generates a third notification ( 3rd notification, NF3). The third notification NF3 It includes a drug expiration date notification, and the user can take the drug with the shortest expiration date according to the drug expiration date notification.

具體而言,該通知單元18依據該第一運算結果CR1所呈現的藥品名稱及對應的位置,啟動對應的顯示器以指示使用者前往取藥,所述藥品名稱及對應的位置,例如前述裝置標籤中描述的裝置位置、裝置編號等,並不以此為限;當中若儲存有不同效期之藥品,當該運算單元14比對出該藥品儲存裝置12存放有不同效期之藥品時,該通知單元18產生一第三通知NF3以啟動顯示器,並以不同顏色、形式或組合來提醒使用者應取用效期最短的藥品,舉例而言,當該藥品儲存裝置12所存放之藥品為同一效期,顯示器以綠燈顯示,當該藥品儲存裝置12所存放之藥品為不同效期,顯示器以紅燈顯示,並不以此為限。Specifically, the notification unit 18 activates the corresponding display to instruct the user to take the medicine according to the name of the medicine and the corresponding location presented by the first calculation result CR1. The name of the medicine and the corresponding location, such as the aforementioned device label The device location, device number, etc. described in the above are not limited to this; if there are medicines with different expiration dates stored in it, when the computing unit 14 compares the medicines with different expiration dates stored in the medicine storage device 12, the The notification unit 18 generates a third notification NF3 to activate the display, and reminds the user to take the medicine with the shortest expiry date in different colors, forms or combinations. For example, when the medicine stored in the medicine storage device 12 is the same The display shows the expiration date with a green light, and when the medicines stored in the medicine storage device 12 have different expiration dates, the display displays a red light, which is not limited thereto.

在一些較佳實施例中,該藥品效期通知係一藥品即期通知,使用者依據該藥品即期通知更換即將到期之藥品,具體而言,例如該通知單元18在藥品即將到期前2週、3週、1、2、3、4、5、6、7、8、9、10、11或12個月發布該藥品即期通知,使用者亦可於該分析管理介面15查閱該藥品即期通知。In some preferred embodiments, the notice of expiration date of the drug is an immediate notice of the drug, and the user replaces the drug that is about to expire according to the immediate notice of the drug. 2 weeks, 3 weeks, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 or 12 months to release the immediate notice of the drug, users can also check the analysis management interface 15 Immediate notification of medicines.

請再參考圖3,在一些實施例中,當使用者完成取藥後,該感測單元13感測該藥品儲存裝置12狀態並產生一第二藥品狀態資訊(2 ndmedicine status information, MSF2),該運算單元14即依據該第二藥品狀態資訊MS2計算產生一藥品即時資訊(real-time medicine status information, RTMS),並依據該藥品預設值比對該藥品即時資訊以產生一第三運算結果(3 rdcomputing result, CR3),其中,當該藥品即時資訊RTMS大於或等於該藥品預設值時,該分析管理介面15依據該第三運算結果CR3顯示一第四通知(4 thnotification, NF4),該第四通知NF4包括藥品數量通知,當藥品數量小於該藥品預設值時,該分析管理介面15依據該第三運算結果CR3顯示一第五通知(5 thnotification, NF5),該第五通知NF5包括藥品補充通知。 Please refer to FIG. 3 again. In some embodiments, after the user finishes taking the medicine, the sensing unit 13 senses the state of the medicine storage device 12 and generates a second medicine status information ( 2nd medicine status information, MSF2) , the calculation unit 14 generates a real-time medicine status information (real-time medicine status information, RTMS) according to the calculation of the second medicine status information MS2, and compares the real-time medicine status information according to the medicine preset value to generate a third calculation Result (3 rd computing result, CR3), wherein, when the drug real-time information RTMS is greater than or equal to the drug preset value, the analysis management interface 15 displays a fourth notification (4 th notification, NF4), the fourth notification NF4 includes a drug quantity notification, when the drug quantity is less than the drug preset value, the analysis management interface 15 displays a fifth notification (5 th notification, NF5) according to the third calculation result CR3, the The fifth notification, NF5, includes a drug supplement notification.

在一些實施例中,該訓練單元17依據該第一運算結果CR1、該第二運算結果CR2及該第三運算結果CR3訓練該運算單元14以產生一藥品管理模型,該運算單元14依據該藥品管理模型給予使用者最佳化之建議,該藥品管理模型包括最佳化取藥模式、最佳化儲存配置模式、藥品支援熱點或藥品庫存補充熱點。In some embodiments, the training unit 17 trains the calculation unit 14 according to the first calculation result CR1, the second calculation result CR2 and the third calculation result CR3 to generate a medicine management model, and the calculation unit 14 according to the medicine The management model provides the user with optimization suggestions, and the drug management model includes the optimal drug taking mode, the optimal storage configuration mode, drug support hotspots or drug inventory replenishment hotspots.

具體而言,該運算單元14在比對第一整合資料ID1時,除了與第二整合資料ID2比對外,尚會讀取該藥品管理模型,並依據該藥品管理模型進行判讀並產生最佳化取藥模式、最佳化儲存配置模式、藥品存放地圖、藥品支援熱點或藥品庫存補充熱點;舉例來說,該最佳化取藥路徑,例如通過該識別單元11識別到處方箋上有A、B、C、D、E五種藥物,其中A、B儲存在X櫃中,C儲存在Y櫃中,D、E儲存在Z櫃中,該運算單元14透過比對該裝置資訊發現X櫃與Z櫃相鄰,判斷其最佳化取藥路徑設置為X櫃->Z櫃->Y櫃;其中,第二通知NF2可以是多種顯示方式,具體而言,啟動不同顏色之顯示器以指示先後取藥順序,例如X櫃顯示紅色表示最優先,Z櫃顯示橙色以表示次優先,Y櫃顯示綠色以表示最後取藥;或者,依照取藥順序啟動顯示器以指示使用者取藥,例如X櫃的顯示器最先啟動以指示使用者取藥,待使用者自X櫃取藥完成後,再依序啟動Z櫃、Y櫃,並不以此為限;請參考圖4,係該最佳化儲存配置模式之簡單示意圖,該最佳化儲存配置模式,係通過該雲端資料庫16在一個時間範圍內所蒐集之第二整合資料ID2當中,通過該訓練單元17以訓練該運算單元14判斷藥品取用之頻率,在圖4中,以立體方塊大小代表藥品取用之頻率,例如在6個月內F、G、H三種藥品的取用頻率由高至低分別為H、F、G,該運算單元14則依據該頻率高低搭配該裝置基本資訊以建立該最佳化儲存配置模式,更佳者,該運算單元14依據該裝置基本資訊搭配該最佳化取藥路徑以進行該最佳化儲存配置模式之建立。Specifically, when comparing the first integrated data ID1, the computing unit 14 will also read the drug management model, interpret it according to the drug management model, and generate an optimized Medicine taking mode, optimal storage configuration mode, medicine storage map, medicine support hotspot or medicine inventory replenishment hotspot; There are five medicines B, C, D, and E, among which A and B are stored in the X cabinet, C is stored in the Y cabinet, and D and E are stored in the Z cabinet. The calculation unit 14 finds the X cabinet by comparing the information of the device. Adjacent to the Z cabinet, it is judged that the optimal medicine taking path is set as X cabinet -> Z cabinet -> Y cabinet; wherein, the second notification NF2 can be displayed in various ways, specifically, different colors of displays are activated to indicate The order of taking medicines successively, for example, the X cabinet displays red to indicate the highest priority, the Z cabinet displays orange to indicate the second priority, and the Y cabinet displays green to indicate the last medicine to be taken; or, activate the display according to the medicine taking order to instruct the user to take medicine, such as X The display of the cabinet is first activated to instruct the user to take the medicine. After the user finishes taking the medicine from the X cabinet, the Z cabinet and the Y cabinet are started in sequence, but not limited to this; please refer to Figure 4, which is the best A simple schematic diagram of the optimized storage configuration mode, the optimized storage configuration mode is through the second integrated data ID2 collected by the cloud database 16 within a time range, and the training unit 17 is used to train the calculation unit 14 to judge The frequency of drug use. In Figure 4, the frequency of drug use is represented by the size of the three-dimensional square. For example, the frequency of drug use for F, G, and H within 6 months is H, F, and G respectively. , the calculation unit 14 establishes the optimal storage configuration mode according to the frequency level and the basic information of the device, and more preferably, the calculation unit 14 performs the optimization according to the basic information of the device and the optimal medicine-taking path. Optimize the establishment of storage configuration mode.

在一些實施例中,該藥品儲存裝置12係藥櫃2,請參考圖5,係說明本發明之藥櫃2,該藥櫃2包含:一櫃體21,包括複數之儲存格及複數之抽屜;複數之儲存箱22,設置於每一儲存格中;及複數之貨盤23,設置於每一抽屜中,其中,該感測單元13包括至少一第一重量感測器,該至少一第一重量感測器對應設置於每一儲存箱22底部及每一貨盤23底部,用以感測該複數之藥品其重量狀態,該通知單元18包括至少一第一顯示器,該至少一第一顯示器對應設置於每一儲存箱22及每一貨盤23上,該通知單元18依據該第一通知NF1啟動對應之該至少一第一顯示器。In some embodiments, the medicine storage device 12 is a medicine cabinet 2. Please refer to FIG. 5, which illustrates the medicine cabinet 2 of the present invention. The medicine cabinet 2 includes: a cabinet body 21 including a plurality of storage compartments and a plurality of drawers A plurality of storage boxes 22 are arranged in each storage compartment; and a plurality of pallets 23 are arranged in each drawer, wherein the sensing unit 13 includes at least one first weight sensor, and the at least one first weight sensor A weight sensor is correspondingly arranged at the bottom of each storage box 22 and the bottom of each pallet 23 to sense the weight status of the plurality of medicines. The notification unit 18 includes at least one first display, and the at least one first The displays are correspondingly arranged on each storage box 22 and each pallet 23, and the notification unit 18 activates the corresponding at least one first display according to the first notification NF1.

在一些實施例中,該藥品儲存裝置12進一步包括一精密盤點機3,請參考圖6,係說明本發明之精密盤點機3,該精密盤點機3包含:一架體31;一點藥盤32,設置於該架體31上,用以盤點與暫存複數之藥品,其中,該感測單元13包括一第二重量感測器,該第二重量感測器設置於該點藥盤底部,用以感測該複數之藥品其重量狀態,該通知單元18包括一第二顯示器,該第二顯示器設置於該架體21上,該運算單元14在完成第二整合資料ID2後,該通知單元18依據第二整合資料ID2產生一第六通知(6 thnotification, NF6),該第六通知NF6為一入庫數量通知,該第二顯示器顯示該入庫數量通知。 In some embodiments, the medicine storage device 12 further includes a precision inventory machine 3. Please refer to FIG. 6, which illustrates the precision inventory machine 3 of the present invention. , set on the frame 31 for taking inventory and temporarily storing a plurality of medicines, wherein the sensing unit 13 includes a second weight sensor, the second weight sensor is set at the bottom of the medicine dispensing tray, In order to sense the weight status of the plurality of medicines, the notification unit 18 includes a second display, the second display is arranged on the frame 21, after the computing unit 14 completes the second integrated data ID2, the notification unit 18 18. Generate a sixth notification (6 th notification, NF6) according to the second integrated data ID2. The sixth notification NF6 is a stock-in quantity notification, and the second display displays the stock-in quantity notification.

在一些實施例中,該精密盤點機3於倉儲端用以計算藥品數量,所得之藥品數量與該藥品標籤數據產生藥品履歷,並儲存於該雲端資料庫16中,當使用者自倉儲端取藥並放置到該藥櫃2上以進行藥品庫存補充時,自藥櫃2回傳之該外部資訊EIF及該第一藥品狀態資訊MS1所整合之資料與藥品履歷比對後,以針對藥品精確數量進行雙重確認;同時,該訓練單元17依據藥品履歷訓練該運算單元14辨識特定藥品之精確重量數據以及數量數據;舉例而言,在進行藥品補充時,使用者通過該精密盤點機3計算A藥品數量並通過該分析管理介面15輸入該標籤數據LD以建庫,該標籤數據中對應於A藥品之精確重量為0.3公克/顆,而放置到該點藥盤22上之A藥品總重量為300公克,該運算單元14通過A藥品之精確重量計算該次入庫之A藥品數量為1000顆,嗣後將A藥品補充至藥櫃2上,並放置於X藥櫃;待使用者取藥時,首先於該識別單元11掃描處方箋,該運算單元14辨識得處方箋藥品為A藥品20顆,待使用者自藥櫃2取下A藥品20顆後,所減少之重量為6公克,該運算單元14換算A藥品為0.3克/顆,以雙重確認A藥品對應之精確重量為0.3公克/顆;在另一個示例中,A藥品減少重量為6.6公克,該運算單元14換算A藥品減少22顆,即於該分析管理介面15顯示此一數據令使用者進行重複確認,若使用者確認取用藥品數量並無錯誤,該訓練單元17藉以訓練該運算單元14辨識A藥品對應之精確重量為0.33公克/顆,並在經過反覆的訓練後,得到一A藥品對應之精確重量以及公差值,例如0.31±0.02公克/顆,並不以此為限。In some embodiments, the precision inventory machine 3 is used to calculate the quantity of medicines at the warehouse end, and the obtained medicine quantity and the medicine label data generate medicine records, which are stored in the cloud database 16. When the medicine is placed on the medicine cabinet 2 for replenishment of the medicine inventory, the external information EIF returned from the medicine cabinet 2 and the integrated data of the first medicine state information MS1 are compared with the medicine history to accurately target the medicine. The quantity is double confirmed; at the same time, the training unit 17 trains the calculation unit 14 to identify the precise weight data and quantity data of specific medicines according to the medicine history; for example, when supplementing medicines, the user calculates A Quantity of medicines and input the label data LD through the analysis management interface 15 to build a database, the exact weight corresponding to medicine A in the label data is 0.3 grams/piece, and the total weight of medicine A placed on the medicine dispenser tray 22 is 300 grams, the calculation unit 14 calculates the quantity of A medicines in the warehouse as 1000 according to the accurate weight of A medicines, and then replenishes A medicines on the medicine cabinet 2 and places them in the X medicine cabinets; when the user takes the medicines, Firstly, the prescription is scanned by the recognition unit 11, and the calculation unit 14 recognizes that the medicine on the prescription is 20 pieces of medicine A. After the user takes down 20 pieces of medicine A from the medicine cabinet 2, the reduced weight is 6 grams. Unit 14 converts drug A to 0.3 grams per tablet, to double confirm that the exact weight corresponding to drug A is 0.3 grams per tablet; in another example, the weight reduction of drug A is 6.6 grams, and the calculation unit 14 converts drug A to reduce 22 tablets , that is, this data is displayed on the analysis management interface 15 so that the user can repeat the confirmation. If the user confirms that there is no mistake in taking the medicine quantity, the training unit 17 is used to train the calculation unit 14 to recognize that the exact weight corresponding to medicine A is 0.33 gram/tablet, and after repeated training, obtain the exact weight and tolerance value corresponding to A drug, for example, 0.31±0.02 gram/tablet, and it is not limited to this.

在一些實施例中,該藥品儲存裝置12係智能急救車4,請參考圖7,係說明本發明之智能急救車4,該智能急救車4包含:一車架41;複數之藥盒42,設置於該車架41上,用以儲存複數之藥品,其中,該感測單元13包括至少一第三重量感測器,該至少一第三重量感測器對應設置於每一藥盒42底部,用以感測該複數之藥品其重量狀態,該通知單元18包括至少一第三顯示器,該至少一第三顯 藥車編號 藥車位置 A 醫學大樓一樓藥局東側 B 兒童醫院三樓產房 C 醫學大樓一樓穿堂 D 心臟內科加護病房 ……… ……… 表1 示器對應設置於每一藥盒42上,該通知單元18依據該第一通知NF1啟動對應之該至少一第三顯示器。 In some embodiments, the drug storage device 12 is an intelligent ambulance 4. Please refer to FIG. 7, which illustrates the intelligent ambulance 4 of the present invention. The intelligent ambulance 4 includes: a frame 41; plural medicine boxes 42, It is arranged on the frame 41 to store a plurality of medicines, wherein the sensing unit 13 includes at least one third weight sensor, and the at least one third weight sensor is correspondingly arranged at the bottom of each medicine box 42 , for sensing the weight status of the plurality of medicines, the notification unit 18 includes at least one third display, and the at least one third display Drug truck number Medicine cart location A The east side of the pharmacy on the first floor of the medical building B Delivery room on the third floor of Children's Hospital C Hallway on the first floor of the Medical Building D. Cardiology ICU ……… ……… A display is correspondingly arranged on each medicine box 42, and the notification unit 18 activates the corresponding at least one third display according to the first notification NF1.

在一較佳實施例中,該訓練單元17依據該第二整合資料ID2產生藥車地圖。舉例而言,該藥車地圖係依據醫院地圖配合該第二整合資料ID2中裝置履歷所提供之裝置資訊,如前所述,裝置履歷已包含裝置標籤數據包括裝置基本資訊如裝置型態、裝置位置、裝置編號、裝置儲存上限,其中,裝置位置與裝置編號分別代表一特定藥車,請參閱表1及表2,例如A藥車位於醫學大樓一樓東側、B藥車位於兒童醫院三樓產房等,所述裝置履歷可以如表1所示清單呈現於該分析管理介面15,又例如裝置位置以代碼編號,例如醫學大樓一樓藥局東側為Medical building  1 stfloor, pharmacy east 以縮寫編號MB1FPE代表,兒童醫院三樓產房為children’s hospital 3 rdfloor, delivery room以縮寫編號CH3FDR,但不以此為限;該訓練單元17依上述編號方式訓練該運算單元14依據該第二整合資料ID2以產生藥車地圖。 In a preferred embodiment, the training unit 17 generates a medicine cart map according to the second integrated data ID2. For example, the medicine cart map is based on the hospital map and the device information provided by the device history in the second integrated data ID2. As mentioned above, the device history already includes device tag data including basic device information such as device type, device Location, device number, and upper limit of device storage. The device location and device number represent a specific medicine cart, please refer to Table 1 and Table 2. For example, medicine cart A is located on the east side of the first floor of the medical building, and medicine cart B is located on the third floor of the Children's Hospital Delivery room, etc., the device history can be presented on the analysis management interface 15 as shown in Table 1. For example, the location of the device is numbered by code. For example, the east side of the pharmacy on the first floor of the medical building is Medical building 1 st floor, pharmacy east is numbered by abbreviation On behalf of MB1FPE, the delivery room on the third floor of the children's hospital is children's hospital 3rd floor, and the delivery room is abbreviated as CH3FDR, but not limited thereto; the training unit 17 trains the calculation unit 14 according to the second integrated data ID2 to Generate a medicine cart map.

在一些實施例中,該通知單元18進一步包括一揚聲器,較佳者,該揚聲器設置於車架41上。 藥車編號 藥車位置 A MB1FPE B CH3FDR C MB1FHW D CRGICU ……… ……… 表2 In some embodiments, the notification unit 18 further includes a speaker, preferably, the speaker is disposed on the vehicle frame 41 . Drug truck number Medicine cart location A MB1FPE B CH3FDR C MB1FHW D. CRGICU ……… ……… Table 2

在一些實施例中,該第四通知NF4進一步包括補立處方箋通知,該第四通知NF4呈現於該分析管理介面15,使用者依據該補立處方箋通知以完成處方箋之開立。In some embodiments, the fourth notification NF4 further includes a notification of supplementary prescription, the fourth notification NF4 is presented on the analysis management interface 15 , and the user completes the issuance of the prescription according to the notification of supplementary prescription.

在一些實施例中,該智能急救車4進一步包括至少一紅外線感測器,該至少一紅外線感測器對應設置於每一藥盒42上,與該運算單元14訊號相連,當使用者取藥時,該至少一紅外線感測器偵測對應之每一藥盒42之狀態並產生一裝置狀態資訊DS,該運算單元14比對該裝置狀態資訊DS及該第一運算結果CR1並產生一第四運算結果(4 thcomputing result, CR4),該通知單元18依據該第四運算CR4結果啟動該揚聲器產生一第七通知(7 thnotification, NF7),該第七通知NF7包含拿取通知或錯誤拿取通知。 In some embodiments, the smart ambulance 4 further includes at least one infrared sensor, the at least one infrared sensor is correspondingly arranged on each medicine box 42, and is connected to the computing unit 14 with a signal, when the user takes the medicine , the at least one infrared sensor detects the state of each corresponding medicine box 42 and generates a device state information DS, and the computing unit 14 compares the device state information DS with the first computing result CR1 and generates a first Four computing results (4 th computing result, CR4), the notification unit 18 activates the speaker to generate a seventh notification (7 th notification, NF7) according to the result of the fourth computing CR4, and the seventh notification NF7 includes a notification or an error Get notifications.

在一些實施例中,該訓練單元17依據該第一運算結果CR1、該第二運算結果CR2、該第三運算結果CR3、該第四運算結果CR4訓練該運算單元14 以產生一藥車管理模型,該運算單元14依據該藥車管理模型給予使用者最佳化之建議,該藥車管理模型包括最佳化取藥模式、最佳化儲存配置模式、藥車支援熱點或藥車庫存補充熱點。 藥車編號 藥車位置 第一通知NF1次數 A 醫學大樓一樓藥局東側 3 B 兒童醫院三樓產房 7 C 醫學大樓一樓穿堂 6 D 心臟內科加護病房 12 ……… ……… ……… 表3 In some embodiments, the training unit 17 trains the calculation unit 14 according to the first calculation result CR1, the second calculation result CR2, the third calculation result CR3, and the fourth calculation result CR4 to generate a drug cart management model , the calculation unit 14 gives the user optimization suggestions based on the medicine cart management model, the medicine cart management model includes the optimal medicine taking mode, the optimal storage configuration mode, the medicine cart support hotspot or the medicine cart inventory replenishment hotspot . Drug truck number Medicine cart location First Notification NF1 Times A The east side of the pharmacy on the first floor of the medical building 3 B Delivery room on the third floor of Children's Hospital 7 C Hallway on the first floor of the Medical Building 6 D. Cardiology ICU 12 ……… ……… ……… table 3

具體而言,該運算單元14在比對第一整合資料ID1時,除了與第二整合資料ID2比對外,尚會讀取該藥品管理模型,並依據該藥品管理模型進行判讀並產生最佳化取藥模式、最佳化儲存配置模式、藥車支援熱點或藥車庫存補充熱點;舉例來說,藥車支援熱點係由該訓練單元17依據第一運算結果CR1訓練該運算單元14,在一特定時間區間範圍內,於特定藥車上所發布的第一通知NF1之頻率為判斷基準;請參考表3,例如在6個月內,特定藥車接收到的第一通知NF1次數分別為A藥車3次、B藥車7次、C藥車6次、D藥車12次,該運算單元14即通過藥車地圖建立藥車支援熱點模型,使用者可以在該分析管理介面15上查閱藥車支援熱點模型,以決策是否在第一通知NF1發布頻率最高的地點或鄰近的地點增設藥車;請參閱表4,在此示例中,例如於心臟內科加護病房增設一台藥車D’,以令使用者無需疲於奔命補充藥品或尋求遠處藥車之支援,節省補充藥品以及支援藥車的人力和時間成本。Specifically, when comparing the first integrated data ID1, the computing unit 14 will also read the drug management model, interpret it according to the drug management model, and generate an optimized Medicine taking mode, optimal storage configuration mode, medicine cart support hotspot or medicine cart inventory replenishment hotspot; Within a specific time interval, the frequency of the first notification NF1 issued on a specific drug cart is the basis for judging; please refer to Table 3, for example, within 6 months, the number of first notifications NF1 received by a specific drug cart is A Medicine cart 3 times, B medicine cart 7 times, C medicine cart 6 times, D medicine cart 12 times, the calculation unit 14 establishes a medicine cart support hotspot model through the medicine cart map, and the user can check it on the analysis management interface 15 The medicine cart supports the hotspot model to decide whether to add a medicine cart at or near the location with the highest frequency of first notification NF1 release; please refer to Table 4, in this example, for example, add a medicine cart D' in the Cardiology Intensive Care Unit , so that the user does not need to be exhausted to replenish medicines or seek support from distant medicine carts, saving manpower and time costs for replenishing medicines and supporting medicine carts.

在一些實施例中,當該運算單元14判斷該第三運算結果CR3小於該藥品預設值達5~30分鐘時,依據該藥車地圖判斷最鄰近之藥車位置以產生一第五運算結果(5 thcomputing result CR5),該通知單元18依據該第五運算結果CR5 藥車編號 藥車位置 第一通知NF1次數 A 醫學大樓一樓藥局東側 3 B 兒童醫院三樓產房 7 C 醫學大樓一樓穿堂 6 D 心臟內科加護病房 5 D’ 心臟內科加護病房 7 ……… ……… ……… 表4 產生一第八通知(8 thnotification, NF8)以啟動該揚聲器,該第八通知NF8包括一支援藥車通知。 In some embodiments, when the calculation unit 14 judges that the third calculation result CR3 is less than the preset value of the medicine for 5-30 minutes, it judges the position of the nearest medicine trolley according to the medicine trolley map to generate a fifth calculation result (5 th computing result CR5), the notification unit 18 is based on the fifth computing result CR5 Drug truck number Medicine cart location First Notification NF1 Times A The east side of the pharmacy on the first floor of the medical building 3 B Delivery room on the third floor of Children's Hospital 7 C Hallway on the first floor of the Medical Building 6 D. Cardiology ICU 5 D' Cardiology ICU 7 ……… ……… ……… Table 4 An eighth notification (8 th notification, NF8) is generated to activate the speaker, and the eighth notification NF8 includes a notification of a support drug truck.

在一些實施例中,該通知單元18進一步包括一第四顯示器;較佳者,該第四顯示器設置於護理站、藥局或藥庫;當該運算單元14判斷藥品數量大於或等於該藥品預設值時,該第四顯示器依據該第三運算結果CR3顯示藥品數量通知,當藥品數量小於該藥品預設值時,該第四顯示器依據該第三運算結果CR3顯示藥品補充通知;更佳者,該第四顯示器包括電子白板、液晶螢幕、投影機或觸控面板。In some embodiments, the notification unit 18 further includes a fourth display; preferably, the fourth display is set at a nursing station, a pharmacy or a drug store; When setting the value, the fourth display will display the medicine quantity notification according to the third calculation result CR3, and when the medicine quantity is less than the preset value of the medicine, the fourth display will display the medicine supplement notification according to the third calculation result CR3; more preferably , the fourth display includes an electronic whiteboard, a liquid crystal screen, a projector or a touch panel.

在一些實施例中,該藥品儲存裝置12係疫苗冰箱5,請參考圖8,係說明本發明之疫苗冰箱5,該疫苗冰箱5包含:一箱體51,界定一容納空間;複數之托架板,每一托架板設置於該箱體51中,分隔該容納空間以形成複數之儲存櫃511,每一拖架板上設有複數之藥座512,以存放對應之藥品,其中,該感測單元13包括至少一第四重量感測器及至少一溫度感測器,該至少一第四重量感測器對應設置於每一藥座512底部,用以感測該複數之藥品其重量狀態,該至少一溫度感測器對應設置於每一儲存櫃,用以感測每一儲存櫃之溫度狀態,該通知單元18包括至少一第五顯示器,該至少一第五顯示器對應設置於每一藥座512上,該通知單元18依據該第一通知NF1啟動對應之該至少一第五顯示器以顯示對應之藥座位置。In some embodiments, the medicine storage device 12 is a vaccine refrigerator 5. Please refer to FIG. 8, which illustrates the vaccine refrigerator 5 of the present invention. The vaccine refrigerator 5 includes: a box body 51 defining an accommodating space; a plurality of brackets board, each bracket board is arranged in the box body 51, separates the accommodating space to form a plurality of storage cabinets 511, and each bracket board is provided with a plurality of medicine holders 512 to store corresponding medicines, wherein, the The sensing unit 13 includes at least one fourth weight sensor and at least one temperature sensor, and the at least one fourth weight sensor is correspondingly arranged at the bottom of each medicine holder 512 for sensing the weight of the plurality of medicines state, the at least one temperature sensor is correspondingly arranged in each storage cabinet to sense the temperature status of each storage cabinet, the notification unit 18 includes at least one fifth display, and the at least one fifth display is correspondingly arranged in each storage cabinet On a medicine holder 512, the notification unit 18 activates the corresponding at least one fifth display to display the corresponding medicine holder position according to the first notification NF1.

在一些實施例中,該疫苗冰箱5進一步包括一智慧溫控裝置513,該智慧溫控裝置513與該至少一溫度感測器訊號連接,用以實時監控、調節並記錄每一儲存櫃之溫度狀態變化;在一些較佳實施例中,該智慧溫控裝置513包括一電源,該電源包括一可移除式電池、一非移除式電池或一市電;在一些較佳實施例中,該智慧溫控裝置513與該雲端資料庫16訊號連接,上傳實時溫度監控紀錄供該運算單元14進行核對,用以監控該智慧溫控裝置513或該至少一溫度感測器之運行狀態;具體而言,當該智慧溫控裝置513與該至少一溫度感測器所上傳之溫度紀錄出現無法對應之情形,該運算單元14即產生一第五運算結果(5 thcomputing result, CR5),於該分析管理介面15顯示一第九通知(9 thnotification, NF9),該第九通知NF9係一溫控設備異常通知。 In some embodiments, the vaccine refrigerator 5 further includes an intelligent temperature control device 513, and the intelligent temperature control device 513 is connected to the at least one temperature sensor signal to monitor, adjust and record the temperature of each storage cabinet in real time state change; in some preferred embodiments, the smart temperature control device 513 includes a power supply, the power supply includes a removable battery, a non-removable battery or a commercial power; in some preferred embodiments, the The smart temperature control device 513 is connected to the cloud database 16 with a signal, and uploads a real-time temperature monitoring record for the computing unit 14 to check, so as to monitor the operating status of the smart temperature control device 513 or the at least one temperature sensor; specifically In other words, when the intelligent temperature control device 513 fails to correspond to the temperature record uploaded by the at least one temperature sensor, the computing unit 14 generates a fifth computing result (5 th computing result, CR5) in the The analysis management interface 15 displays a ninth notification (9 th notification, NF9), and the ninth notification NF9 is an abnormality notification of a temperature control device.

在一些實施例中,該疫苗冰箱5進一步包括至少一第六顯示器,該至少一第六顯示器設置於該箱體上,用以顯示對應於第一通知NF1之藥品資訊,該藥品資訊包括疫苗名稱、疫苗價數、疫苗適用族群;具體而言,該運算單元14比對該第一整合資料ID1與該第二整合資料ID2之效用數據以產生一第六運算結果(6 thcomputing result, CR6),該通知單元18依據該第六運算結果CR6產生一第十通知(10 thnotification, NF10),其中,該第十通知NF10包括價數通知、適用族群通知,該至少一第六顯示器依據該第十通知NF10發布該藥品資訊。 處方箋編號 疫苗名稱 價數 適用性別 處方對象性別 重立處方箋(是/否) 1 EDA000-1 9 男性 女性 2 EDA000-2 13 女性 女性   ……… ……… ……… ……… ……… 表5 In some embodiments, the vaccine refrigerator 5 further includes at least one sixth display, and the at least one sixth display is arranged on the box to display the drug information corresponding to the first notification NF1, the drug information including the name of the vaccine , vaccine valence, vaccine applicable group; specifically, the computing unit 14 compares the effectiveness data of the first integrated data ID1 and the second integrated data ID2 to generate a sixth computing result (6 th computing result, CR6) The notification unit 18 generates a tenth notification (10th notification, NF10 ) according to the sixth operation result CR6, wherein the tenth notification NF10 includes a valence notification and an applicable group notification, and the at least one sixth display is based on the 10th notification. 10. Notify NF10 to release the drug information. prescription number Vaccine name Valence Applicable gender Gender of Prescriber Reissue prescription (yes/no) 1 EDA000-1 9 male female yes 2 EDA000-2 13 female female no ……… ……… ……… ……… ……… table 5

在一些實施例中,該第十通知NF10進一步包括效用偵錯通知與重立處方箋通知,當該運算單元14比對處方箋上的藥品資訊與價數、適用族群不符合時,該分析管理介面15依據該第六運算結果CR6發布該效用偵錯通知,並自動刪除該處方箋,並以重立處方箋通知請求對應之人員重新開立處方箋,使用者停止取藥動作;舉例來說,請參考表5,處方箋編號1其疫苗名稱為EDA000-1,價數為9,適用性別為男性,然而處方箋編號1上的處方對象性別為女性,該女性並不符合適用性別,該運算單元14即時判斷該處方箋與EDA000-1之效用數據不符合,即發出效用偵錯通知與重立處方箋通知;處方箋編號2其疫苗名稱為EDA000-2,價數為13,適用性別女性,且處方箋編號2上的處方對象性別為女性,該女性符合適用性別,該運算單元14經判斷後發布適用族群通知,使用者得依據該適用族群通知拿取對應之疫苗。In some embodiments, the tenth notification NF10 further includes a function error detection notification and a prescription re-creation notification. When the calculation unit 14 compares the drug information on the prescription with the price and the applicable group, the analysis management The interface 15 issues the utility error detection notice based on the sixth calculation result CR6, and automatically deletes the prescription, and notifies the corresponding personnel to re-open the prescription by recreating the prescription, and the user stops taking the medicine; for example , please refer to Table 5. The name of the vaccine in Prescription No. 1 is EDA000-1, the valence is 9, and the applicable gender is male. However, the gender of the prescription on Prescription No. 1 is female, and this female does not meet the applicable gender. The calculation unit 14 immediately judges that the prescription does not match the efficacy data of EDA000-1, and then issues a notice of effectiveness error detection and a notification of re-creation of the prescription; prescription number 2 has a vaccine name of EDA000-2, a valency of 13, and an applicable gender Female, and the gender of the prescription subject on the prescription number 2 is female, and the female meets the applicable gender, the calculation unit 14 issues a notification of the applicable ethnic group after judgment, and the user can take the corresponding vaccine according to the notification of the applicable ethnic group.

在一些實施例中,該疫苗冰箱5包括一智慧機械手臂514,該智慧機械手臂514設置於該箱體上,與該通知單元18訊號連接,該智慧機械手臂514依據該第一通知NF1或該第十通知NF10前往對應之藥座512取藥;在一些較佳實施例中,當該第十通知NF10為效用偵錯通知時,該智慧機械手臂514處於待機狀態。In some embodiments, the vaccine refrigerator 5 includes an intelligent robotic arm 514, which is arranged on the box body and connected to the notification unit 18 with a signal, and the intelligent robotic arm 514 according to the first notification NF1 or the The tenth notification NF10 goes to the corresponding medicine holder 512 to take the medicine; in some preferred embodiments, when the tenth notification NF10 is an error detection notification, the intelligent robotic arm 514 is in a standby state.

本發明之另一實施方式為一種管理藥品的方法,係利用如前所述之智慧藥品管理系統1以管理藥品的方法,請參考圖9,該方法之步驟包括:Another embodiment of the present invention is a method of managing medicines, which is a method of managing medicines by using the smart medicine management system 1 mentioned above. Please refer to FIG. 9 . The steps of the method include:

S1) 整合建庫步驟:該運算單元14整合該外部資訊EIF及該第一藥品狀態資訊MS1為該第一整合資料ID1,該第一整合資料ID1與使用者輸入之該標籤數據LD再進一步整合為第二整合資料ID2並儲存於該雲端資料庫16,該應用管理程式呈現即時之藥品履歷;S1) Integration database building step: the computing unit 14 integrates the external information EIF and the first drug status information MS1 into the first integrated data ID1, and further integrates the first integrated data ID1 with the label data LD input by the user The second integrated data ID2 is stored in the cloud database 16, and the application management program presents real-time drug records;

S2) 訓練步驟:該訓練單元17依據儲存於該雲端資料庫16之該第二整合資料ID2訓練該運算單元14,該運算單元14學習運算處理該第一整合資料ID1及該第二整合資料ID2;S2) Training step: the training unit 17 trains the computing unit 14 according to the second integrated data ID2 stored in the cloud database 16, and the computing unit 14 learns to process the first integrated data ID1 and the second integrated data ID2 ;

S3) 取藥通知步驟:該運算單元14接收該第一整合資料ID1並與該第二整合資料ID2比對,以產生一第一運算結果CR1,該通知單元18依據該第一運算結果CR1產生一第一通知NF1;S3) Medicine taking notification step: the calculation unit 14 receives the first integrated data ID1 and compares it with the second integrated data ID2 to generate a first calculation result CR1, and the notification unit 18 generates according to the first calculation result CR1 - first notification NF1;

S3’-1) 最佳化取藥通知步驟:該運算單元14依據該裝置資訊產生一第二運算結果CR2,該第二運算結果CR2包括一最佳化取藥路徑,該通知單元18依據該最佳化取藥路徑顯示一第二通知NF2;S3'-1) Optimized medicine taking notification step: the calculation unit 14 generates a second calculation result CR2 according to the device information, and the second calculation result CR2 includes an optimized medicine taking route, and the notification unit 18 according to the The optimized medicine taking route displays a second notification NF2;

S3’-2) 效期通知步驟:該運算單元14比對該藥品儲存裝置12存放之藥品效期,當該藥品儲存裝置12存放有不同效期之藥品時,該通知單元18產生一第三通知NF3,該第三通知NF3包括一藥品效期通知;S3'-2) Expiry date notification step: the calculation unit 14 compares the expiry dates of the medicines stored in the medicine storage device 12, and when the medicine storage device 12 stores medicines with different expiration dates, the notification unit 18 generates a third Notification NF3, the third notification NF3 includes a drug expiration date notification;

S4) 取藥步驟:使用者依據該第一通知NF1、該第二通知NF2及該第三通知NF3取藥;S4) Steps of taking medicine: the user takes medicine according to the first notification NF1, the second notification NF2 and the third notification NF3;

S5) 補藥通知步驟:該運算單元14依據該第二藥品狀態資訊MS2運算產生該藥品即時資訊RTMS,並依據該藥品預設值比對該藥品即時資訊以產生該第三運算結果CR3;當該藥品即時資訊RTMS大於或等於該藥品預設值時,該分析管理介面15依據該第三運算結果CR3顯示第四通知NF4,該第四通知NF4係藥品數量通知;當該藥品即時資訊RTMS小於該藥品預設值時,該分析管理介面15依據該第三運算CR3結果顯示第五通知NF5,該第五通知NF5係藥品補充通知;及S5) Replenishment notification step: the calculation unit 14 generates the real-time drug information RTMS according to the second drug status information MS2, and compares the real-time drug information according to the preset value of the drug to generate the third calculation result CR3; When the drug real-time information RTMS is greater than or equal to the preset value of the drug, the analysis management interface 15 displays the fourth notification NF4 according to the third calculation result CR3, and the fourth notification NF4 is a drug quantity notification; when the drug real-time information RTMS is less than the When the drug is preset, the analysis management interface 15 displays the fifth notification NF5 according to the result of the third calculation CR3, and the fifth notification NF5 is a drug supplement notification; and

S6) 補藥步驟:當S5)步驟中,該分析管理介面15顯示該第四通知NF4,使用者可在該分析管理介面15查閱即時之藥品庫存數量;當S5)步驟中,該分析管理介面15顯示該第五通知NF5,使用者依據該第五通知NF5進行藥品補充。S6) Replenishment step: When in the step S5), the analysis management interface 15 displays the fourth notice NF4, and the user can check the real-time drug stock quantity on the analysis management interface 15; when in the S5) step, the analysis management interface 15 The fifth notification NF5 is displayed, and the user supplements medicines according to the fifth notification NF5.

在一些實施例中,當該藥品儲存裝置12為智能急救車4時,請參閱圖10,該方法進一步包括步驟 S4’) 取藥偵錯步驟:當使用者取藥時,該至少一紅外線感測器偵測對應之每一藥盒之狀態並產生一裝置狀態資訊,該運算單元14比對該裝置狀態資訊及該第一運算結果CR1並產生一第四運算結果CR4,該通知單元18依據該第二運算結果CR2啟動該揚聲器產生一第七通知NF7,該第七通知NF7包含拿取通知或錯誤拿取通知;及 S6) 藥品補充步驟:當 S5) 步驟中,該第五通知為補立處方箋通知,使用者依據該補立處方箋通知完成處方箋之開立;當S5步驟中,該運算單元14判斷該第三運算結果CR3小於該藥品預設值達5~30分鐘時,依據該藥車地圖判斷最鄰近之藥車位置以產生一第五運算結果CR5,該通知單元18依據該第五運算結果CR5產生一第八通知NF8以啟動該揚聲器,該第八通知NF8包括支援藥車通知。In some embodiments, when the medicine storage device 12 is an intelligent ambulance 4, please refer to FIG. 10, the method further includes step S4') medicine taking error detection step: when the user takes medicine, the at least one infrared sensor The detector detects the status of each corresponding medicine box and generates a device status information. The computing unit 14 compares the device status information with the first computing result CR1 and generates a fourth computing result CR4. The notification unit 18 is based on The second calculation result CR2 activates the speaker to generate a seventh notification NF7, which includes a notification of taking or taking a mistake; Prescribing a prescription notification, the user completes the prescription issuance according to the supplementary prescription notification; when in step S5, the calculation unit 14 judges that the third calculation result CR3 is less than the preset value of the drug for 5 to 30 minutes, Judging the position of the nearest medicine cart according to the medicine cart map to generate a fifth calculation result CR5, the notification unit 18 generates an eighth notification NF8 to activate the speaker according to the fifth calculation result CR5, and the eighth notification NF8 includes support Pharmacy notice.

在一些實施例中,當該藥品儲存裝置12為疫苗冰箱5時,請參閱圖11,該方法進一步包括步驟 S3’-3) 效用通知步驟:當該運算單元14比對該第一整合資料ID1與該第二整合資料ID2之效用數據以產生該第六運算結果CR6,該通知單元18依據該第六運算結果CR6產生一第十通知NF10以令該至少一第五顯示器發布該藥品資訊;S3’-4) 效用偵錯步驟:當該運算單元14比對處方箋上的藥品資訊與價數、適用族群不符合時,該分析管理介面15依據該第六運算結果CR6發布該校用偵錯通知,並自動刪除該處方箋,並以重立處方箋通知請求對應之人員重新開立處方箋,使用者停止取藥動作。In some embodiments, when the medicine storage device 12 is a vaccine refrigerator 5, please refer to FIG. 11, the method further includes step S3'-3) effectiveness notification step: when the computing unit 14 compares the first integrated data ID1 Integrating the utility data of the second data ID2 to generate the sixth operation result CR6, the notification unit 18 generates a tenth notification NF10 according to the sixth operation result CR6 to make the at least one fifth display release the drug information; S3 '-4) Efficacy debugging step: when the calculation unit 14 compares the drug information on the prescription with the price and the applicable group, the analysis management interface 15 releases the school-use debugging according to the sixth calculation result CR6 Notify, and automatically delete the prescription, and request the corresponding personnel to re-issue the prescription with a new prescription, and the user stops taking the medicine.

需進一步說明的是,S1) 整合建庫步驟更詳細包含了a) 識別步驟、b) 第一感測步驟、c) 第一整合步驟、d) 標籤數據輸入步驟、e) 第二整合步驟,請參閱圖12,係說明S1)整合建庫步驟之詳細步驟,其具體說明如下: a) 識別步驟:使用者透過該識別單元11,識別一外部資訊EIF,該外部資訊包括一藥品資訊、一人員資訊及其組合; b) 第一感測步驟:感測藥品狀態以產生一第一藥品狀態資訊MS1; c) 第一整合步驟:整合該外部資訊EIF及該藥品狀態資訊並產生一第一整合資料ID1; d ) 標籤數據輸入步驟:使用者藉由該分析管理介面15輸入至少一標籤數據LD,該至少一標籤數據LD包括一藥品標籤數據、一裝置標籤數據或一人員標籤數據; e) 第二整合步驟:該運算單元14依據該至少一標籤數據LD更新該第一整合資料ID1為一第二整合資料ID2,並沿一時間軸儲存該第二整合資料ID2,該第二整合資料ID2包括一藥品履歷、一裝置履歷或一人員履歷。 藥品名稱 藥品位置 即時重量 X X1 500公克 Y Y1 300公克 Z Z1 450公克 …… …… …… 表6 It should be further explained that S1) the step of integrating and building a database includes a) identifying step, b) first sensing step, c) first integrating step, d) tag data input step, e) second integrating step, Please refer to Fig. 12, which is to illustrate the detailed steps of S1) integrating the steps of building a database. Personnel information and its combination; b) The first sensing step: sensing the drug state to generate a first drug state information MS1; c) The first integration step: integrating the external information EIF and the drug state information to generate a first Integrated data ID1; d) Label data input step: the user inputs at least one label data LD through the analysis management interface 15, and the at least one label data LD includes a drug label data, a device label data or a personnel label data; e ) second integration step: the computing unit 14 updates the first integrated data ID1 to a second integrated data ID2 according to the at least one label data LD, and stores the second integrated data ID2 along a time axis, the second integrated data ID2 includes a drug history, a device history or a personnel history. Drug Name drug location instant weight x X1 500 grams Y Y1 300 grams Z Z1 450 grams ... ... ... Table 6

實施例1Example 1

本實施例係應用整合了藥櫃之智慧藥品管理系統,藥庫人員通過藥櫃所設置之條碼識別器辨識藥品X、Y、Z後,分別於抽屜X1、Y1、Z1放入藥品X、Y、Z,由抽屜底部的精密秤藥器感測到藥品X、Y、Z的重量分別為500、300、450公克,智慧藥品管理系統隨即讀取藥品名稱X、Y、Z以及對應之重量,並同時讀取個別的儲存裝置資訊為抽屜X1、Y1、Z1,並進行配對;請參閱表6,更簡要說明藥品與儲存裝置編碼之間的關係;在形成此一藥品清單後,藥庫人員通過該分析管理介面15輸入藥品標籤數據,在此實施例中係關於藥品X、Y、Z之藥品名稱以及對應之藥品院內編號、成分、進貨日期、效期、單體重量等數據,並透過智慧藥品管理系統整合藥品標籤數據以及藥品清單形成藥品履歷;請參閱表7,係說明本實施例藥品履歷之資料對應模式,此一藥品履歷經上傳後儲存於醫院的雲端資料庫,並實時地更新雲端資料庫所儲存之藥品履歷,以供藥庫人員或其他醫事人員查閱。In this embodiment, the smart drug management system integrated with the medicine cabinet is applied. After identifying the medicines X, Y, and Z through the barcode reader installed in the medicine cabinet, the staff of the medicine store puts the medicines X, Y, and Z in the drawers X1, Y1, and Z1 respectively. , Z, the precision medicine scale at the bottom of the drawer senses that the weights of medicines X, Y, and Z are 500, 300, and 450 grams respectively, and the smart medicine management system then reads the names of medicines X, Y, and Z and the corresponding weights, And at the same time read the individual storage device information as drawer X1, Y1, Z1, and perform pairing; please refer to Table 6 for a brief description of the relationship between the drug and the storage device code; after forming this list of drugs, the drug store staff Input drug label data through the analysis management interface 15. In this embodiment, it is related to the drug names of drugs X, Y, and Z and the corresponding drug hospital serial number, composition, purchase date, expiration date, monomer weight and other data, and through The smart drug management system integrates the drug label data and the drug list to form a drug record; please refer to Table 7, which illustrates the data correspondence mode of the drug record in this embodiment. Update the drug history stored in the cloud database for review by drug store personnel or other medical personnel.

待醫師開立處方箋後,藥師依據處方箋前往藥櫃取藥,經由藥櫃上的條碼辨識器識別處方箋上的條碼後,經智慧藥品管理系統比對藥品履歷得出此次藥品X、Y、Z之取藥數量分別為10、12、18顆,取藥順序依據抽屜的相對位置得到最佳化取藥路徑為Z1、X1、Y1,藥師依據藥櫃上的亮燈指示依序取下藥品Z、X、Y;取下藥品後,智慧藥品管理系統接收藥櫃所回傳之重量數據,其中藥櫃上藥品X、Y、Z所減少之重量分別為5.2、23.0、54.0克,經計算所得減少之數量分別為10.4、11.5、18顆,其中藥品X、Y所取數量與處方箋上數量不符,分析管理介面隨即顯示此一數據,藥師前往確認數量是否出錯,如有出錯,藥師可以即時地改正取藥數量,如無出錯,智慧藥品管理系統即修正X、Y藥品之精確重量分別為0.52、1.92公克/顆,並修正即時重量以及即時數量,請參閱表8,為取藥後即時修正之藥品履歷數據。 藥品名稱 藥品位置 藥品標籤(院內編碼/成分/ 進貨日期/效期/單顆重量) 即時重量 即時數量 X X1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/每顆0.50公克 500公克 1000顆 Y Y1 EDA102/Acetaminophen/ 20210609/20211209/每顆2.0公克 300公克 150顆 Z Z1 EDA103/Lansoprazole/ 20210609/20211209/每顆3.0公克 450公克 150顆 ……… ……… ……… ……… ……… 表7 After the doctor writes a prescription, the pharmacist goes to the medicine cabinet to pick up the medicine according to the prescription, and after the barcode reader on the medicine cabinet recognizes the barcode on the prescription, the smart drug management system compares the drug history to get the drug X, The number of medicines for Y and Z are 10, 12 and 18 respectively. The medicine taking order is optimized according to the relative positions of the drawers. Put medicines Z, X, and Y; after taking off the medicines, the smart medicine management system receives the weight data returned from the medicine cabinet, among which the weight reductions of medicines X, Y, and Z on the medicine cabinet are 5.2, 23.0, and 54.0 grams, respectively. The calculated reductions are 10.4, 11.5, and 18 pills respectively. Among them, the quantities taken for medicines X and Y do not match the quantity on the prescription. The analysis management interface will display this data immediately. The pharmacist will go to confirm whether the quantity is wrong. If there is any mistake, The pharmacist can correct the quantity of medicines taken in real time. If there is no error, the smart medicine management system will correct the precise weights of X and Y medicines to 0.52 and 1.92 grams per tablet respectively, and correct the real-time weight and quantity. Please refer to Table 8 for taking The drug history data that is corrected immediately after the drug is taken. Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity x X1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/0.50 grams per tablet 500 grams 1000 pieces Y Y1 EDA102/Acetaminophen/ 20210609/20211209/ 2.0 grams per tablet 300 grams 150 pieces Z Z1 EDA103/Lansoprazole/ 20210609/20211209/ 3.0 grams per tablet 450 grams 150 pieces ……… ……… ……… ……… ……… Table 7

經過多次的取藥後,智慧藥品管理系統依據藥品X、Y、Z的取藥頻率建立了一個最佳儲存配置模式,在6個月內,藥師分別拿取120次藥品X、35次藥品Y、40次藥品Z,經查閱最佳儲存配置模式後,藥庫人員知曉藥品X應擺放在最佳取藥路徑上的第一順位Z1,藥品Z則擺放在第二順位X1,藥品Y則擺放在 藥品名稱 藥品位置 藥品標籤(院內編碼/成分/ 進貨日期/效期/單顆重量) 即時重量 即時數量 X X1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/每顆0.52公克 494.8公克 990顆 Y Y1 EDA102/Acetaminophen/ 20210609/20211209/每顆1.92公克 277公克 138顆 Z Z1 EDA103/Lansoprazole/ 20210609/20211209/每顆3.0公克 396公克 132顆 …… …… …… …… …… 表8 第三順位Y1,在經過挪移藥品X、Y、Z順位並補充至原庫存數量後,依據前述建庫流程重新建庫;請參閱表9,係重新建庫後的藥品履歷。 After taking medicines for many times, the smart drug management system established an optimal storage configuration mode based on the taking frequency of medicines X, Y, and Z. Within 6 months, pharmacists took medicine X 120 times and medicine 35 times Y, 40 times of drug Z, after reviewing the optimal storage configuration mode, the drug store staff knew that drug X should be placed in the first order Z1 on the best medicine taking route, and drug Z should be placed in the second order X1. Y is placed in Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity x X1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/0.52 grams per tablet 494.8 grams 990 pieces Y Y1 EDA102/Acetaminophen/ 20210609/20211209/ 1.92 grams per tablet 277 grams 138 pieces Z Z1 EDA103/Lansoprazole/ 20210609/20211209/ 3.0 grams per capsule 396 grams 132 pieces ... ... ... ... ... Table 8 The third order Y1, after moving the drug X, Y, Z order and replenishing to the original inventory quantity, rebuild the library according to the aforementioned library building process; please refer to Table 9, which is the history of the drug after the library is rebuilt.

實施例2Example 2

本實施例係應用整合了藥櫃與精密盤點機之智慧藥品管理系統,藥庫人員在庫存端通過精密盤點機感測藥品O、P、Q、R之重量分別為1000、800、900、750公克後,經智慧藥品管理系統計算對應於O、P、Q、R的精確數量分別為2000、800、450、500顆並建立藥品履歷,嗣後藥品O、P、Q、R補充至藥櫃之抽屜O1、P1、Q1、R1;待醫師開立處方箋後,藥師依據處方箋前往藥櫃取藥,經由藥櫃上的條碼辨識器識別處方箋上的條碼後,經智慧藥品管理系統比對藥品履歷得出此次藥品O、P、Q、R之取藥數量分別為28、42、14、21顆,取藥順序依據抽屜的相對位置,由於抽屜P1、Q1係屬於同一藥櫃,而相較於抽屜O1, 藥品名稱 藥品位置 藥品標籤(院內編碼/成分/ 進貨日期/效期/單顆重量) 即時重量 即時數量 X Z1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/每顆0.52公克 520公克 1000顆 Y Y1 EDA102/Acetaminophen/ 20210609/20211209/每顆1.92公克 288公克 150顆 Z X1 EDA103/Lansoprazole/ 20210609/20211209/每顆3.0公克 450公克 150顆 …… …… …… …… …… 表9 抽屜R1在較遠的位置,因此本次最佳化取藥路徑為(P1、Q1)->O1-> R1,藥師依據藥櫃上的亮燈指示依序取下藥品P、Q、O、R並準備執行裝袋;取下藥品後,智慧藥品管理系統接收藥櫃所回傳之重量數據,其中藥櫃上藥品O、P、Q、R所減少之重量分別為14.0、40.0、28.0、30.0克,經計算所得減少之數量分別為14.0、40.0、28.0、20.0顆,其中藥品P、R所取數量與處方箋上數量不符,分析管理介面隨即顯示此一數據,經藥師確認藥品P數量並無錯誤,但藥品R確實數量出錯,藥師立即前往抽屜R1將藥品R數量補齊,而智慧藥品管理系統則修正藥品P之精確重量為0.95公克/顆;請參閱表10以及表11,係說明前述藥品數量經本次取藥修正後之藥品履歷,表10為建庫時的藥品履歷,表11則為取藥後修正之即時藥品履歷;在本實施例中,藥師得以庫存端所提供之藥品履歷數據,重複確認藥品庫存數量,並且得令系統在雙重確認後進一步修正藥品重量數據,在多次取藥後訓練智慧藥品管理系統學習到各種藥品所具有的重量誤差區間,以減少因置換藥品 藥品名稱 藥品位置 藥品標籤(院內編碼/成分/ 進貨日期/效期/單顆重量) 即時重量 即時數量 …… …… …… …… …… O X1 EDA104/………/ 20210509/20220509/每顆0.5公克 1000公克 2000顆 P Y1 EDA105/………/ 20210409/20211009/每顆1.0公克 800公克 800顆 Q Z1 EDA106/……../ 20210619/20211219/每顆2.0公克 900公克 450顆 R Z1 EDA107/……./ 20210709/20220109/每顆1.5公克 750公克 500顆   …… …… …… …… …… 表10 容器的重量或每次出廠的藥品重量誤差所造成的數量記錄錯誤。 In this embodiment, a smart drug management system integrating medicine cabinets and precision inventory machines is applied. The drug warehouse staff senses the weights of medicines O, P, Q, and R through the precision inventory machine at the inventory end as 1000, 800, 900, and 750, respectively. After grams, the precise quantities corresponding to O, P, Q, and R calculated by the smart drug management system are 2000, 800, 450, and 500 respectively, and the drug history is established, and then the drugs O, P, Q, and R are added to the medicine cabinet Drawers O1, P1, Q1, R1; after the doctor writes a prescription, the pharmacist goes to the medicine cabinet to get the medicine according to the prescription, and after the barcode on the prescription is recognized by the barcode reader on the medicine cabinet, the smart drug management system compares the According to the drug history, the number of medicines O, P, Q, and R taken this time is 28, 42, 14, and 21 respectively. The order of taking medicines is based on the relative positions of the drawers. Compared to drawer O1, Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity x Z1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/0.52 grams per tablet 520 grams 1000 pieces Y Y1 EDA102/Acetaminophen/ 20210609/20211209/ 1.92 grams per tablet 288 grams 150 pieces Z X1 EDA103/Lansoprazole/ 20210609/20211209/ 3.0 grams per tablet 450 grams 150 pieces ... ... ... ... ... Table 9 The drawer R1 is far away, so the optimal medicine taking path this time is (P1, Q1)->O1->R1, and the pharmacist takes out the medicines P, Q, O, R and ready to carry out bagging; after removing the medicine, the smart medicine management system receives the weight data returned by the medicine cabinet, among which the weight reduction of the medicine O, P, Q, R on the medicine cabinet is 14.0, 40.0, 28.0, 30.0 grams, the calculated reductions were 14.0, 40.0, 28.0, 20.0 pills respectively. Among them, the quantities of medicines P and R did not match the quantity on the prescription, and the analysis management interface will display this data immediately. The quantity of P is not wrong, but the quantity of medicine R is indeed wrong. The pharmacist immediately goes to drawer R1 to make up the quantity of medicine R, and the smart medicine management system corrects the exact weight of medicine P to 0.95 grams per piece; please refer to Table 10 and Table 11 , is to illustrate the drug history of the above-mentioned drug quantity after the correction of the drug collection. Table 10 is the drug history when the database is built, and Table 11 is the real-time drug history corrected after the drug is taken; Provided drug history data, repeated confirmation of the drug inventory quantity, and the system can further correct the drug weight data after double confirmation, and train the smart drug management system to learn the weight error range of various drugs after multiple drug withdrawals, so as to reduce Drug replacement Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity ... ... ... ... ... o X1 EDA104/……/ 20210509/20220509/0.5 grams each 1000 grams 2000 pieces P Y1 EDA105/……/ 20210409/20211009/ 1.0 grams each 800 grams 800 pieces Q Z1 EDA106/……../ 20210619/20211219/2.0 grams each 900 grams 450 pieces R Z1 EDA107/……./ 20210709/20220109/1.5 grams each 750 grams 500 pieces ... ... ... ... ... Table 10 The weight of the container or the quantity record errors caused by the weight error of the medicines shipped each time.

實施例3Example 3

在此實施例中,應用了整合智能急救車之智慧藥品管理系統,使用者於庫存端取出針劑α、β、γ並補充至智能急救車Aa、Bb、Cc、Dd上;請參閱表12,係說明針劑α、β、γ於各智能急救車上所分別對應之藥盒,各藥車位於藥盒底部之重量感測器回傳重量分別為300、450、400公克,經智慧藥品管理系統計算對應於α、β、γ的精確數量均為10支,並建立對應於各藥車之藥品履歷再匯入最低庫存預設值,使用者可同時通過分析管理介面查閱智能急救車所回傳之 藥品名稱 藥品位置 藥品標籤(院內編碼/成分/ 進貨日期/效期/單顆重量) 即時重量 即時數量 …… …… …… …… …… O O1 EDA104/………/ 20210509/20220509/每顆0.5公克 986公克 1972顆 P P1 EDA105/………/ 20210409/20211009/每顆0.95公克 760公克 758顆 Q Q1 EDA106/……../ 20210619/20211219/每顆2.0公克 872公克 436顆 R R1 EDA107/……./ 20210709/20220109/每顆1.5公克 720公克 479顆 …… …… …… …… …… 表11 影像進行數量的雙重確認;在補充完各智能急救車後,各智能急救車分別被送至指定地點,請參閱表13,係藥品履歷於智慧藥品管理系統配合藥車位置資訊後所更新的實時藥品履歷。 In this embodiment, the smart drug management system integrating the smart ambulance is applied. The user takes out the injections α, β, and γ at the storage end and replenishes them on the smart ambulance Aa, Bb, Cc, and Dd; please refer to Table 12, This is to explain the medicine boxes corresponding to the injections α, β, and γ on each smart ambulance vehicle. The weight sensors at the bottom of the medicine boxes on each medicine trolley return the weights of 300, 450, and 400 grams respectively. According to the smart drug management system Calculate the exact quantity corresponding to α, β, γ is 10, and establish the drug history corresponding to each drug cart and then import the minimum inventory preset value, and the user can check the information returned by the smart ambulance through the analysis management interface at the same time Of Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity ... ... ... ... ... o O1 EDA104/……/ 20210509/20220509/0.5 grams each 986 grams 1972 pieces P P1 EDA105/……/ 20210409/20211009/ 0.95 grams each 760 grams 758 pieces Q Q1 EDA106/……../ 20210619/20211219/2.0 grams each 872 grams 436 pieces R R1 EDA107/……./ 20210709/20220109/1.5 grams each 720 grams 479 pieces ... ... ... ... ... Table 11 Double confirmation of the number of images; after supplementing each smart ambulance, each smart ambulance was sent to the designated location, please refer to Table 13, which is updated after the drug history is combined with the location information of the drug car in the smart drug management system real-time drug history.

當醫護人員於醫學大樓一樓穿堂智能急救車Cc取用針劑時,直接對著智能急救車Cc的聲紋辨識器大喊身分編號,智慧藥品管理系統透過聲紋辨識確認身分為醫師U並記錄;醫師U通過聲紋辨識器大喊針劑α,智慧藥品管理系統即通過藥品履歷判斷針劑α位於智能急救車Cc之藥盒Cc-1,並亮燈提示醫師U取用針劑α;由於病患狀況危急,醫師U已經取用6支,智慧藥品管理系統此時偵測到Cc-1的針劑α其即時數量已經低於最低庫存數量5支,且已經超過5分鐘的時 藥車名稱 藥品位置 藥品名稱 即時重量(公克) 即時數量 (支) 最低庫存數量(支) 影像確認 …… …… …… …… …… …… …… Aa Aa-1 α 300 10 5 V Aa-2 β 450 10 3 V Aa-3 γ 400 10 5 V Bb Bb-1 α 300 10 5 V Bb-2 β 450 10 3 V Bb-3 γ 400 10 5 V Cc Cc-1 α 300 10 5 V Cc-2 β 450 10 3 V Cc-3 γ 400 10 5 V Dd Dd-1 α 300 10 5 V Dd-2 β 450 10 3 V Dd-3 γ 400 10 5 V …… …… …… …… …… …… …… 表12 間,經判斷後發出支援藥車通知;此時,智慧藥品管理系統判斷與智能急救車Cc位於同一樓層的智能急救車Aa為最鄰近之智能急救車,智能急救車Cc上的揚聲器立刻發布「醫學大樓一樓藥局東側支援」;鄰近醫師U的護士T聽得揚聲器所發布的通知,立刻前往指定地點推來智能急救車Aa以支援智能急救車Cc;請參考圖13,係簡單說明本實施例中智慧藥品管理系統所依據之支援藥車地圖;同 藥車位置 藥車名稱 藥品位置 藥品名稱 即時重量(公克) 即時數量 (支) 最低庫存數量(支) 影像確認 …… …… …… …… …… …… …… …… 醫學大樓一樓藥局東側 Aa Aa-1 α 300 10 5 V Aa-2 β 450 10 3 V Aa-3 γ 400 10 5 V 兒童醫院三樓產房 Bb Bb-1 α 300 10 5 V Bb-2 β 450 10 3 V Bb-3 γ 400 10 5 V 醫學大樓一樓穿堂 Cc Cc-1 α 300 10 5 V Cc-2 β 450 10 3 V Cc-3 γ 400 10 5 V 心臟內科加護病房 Dd Dd-1 α 300 10 5 V Dd-2 β 450 10 3 V Dd-3 γ 400 10 5 V …… …… …… …… …… …… …… …… 表13 時,在比對完庫存下限值後,分析管理介面亦發布針劑補充通知,並同步對發出補立處方箋通知給醫師U,藥師在查閱針劑補充通知後立即前往智能急救車Cc以補充所需針劑,過程中無需等候醫師U補發處方箋。 When the medical personnel take the injection in the smart ambulance Cc in the hallway on the first floor of the medical building, they directly shout the ID number to the voiceprint recognizer of the smart ambulance Cc, and the smart medicine management system confirms the identity as doctor U through voiceprint recognition and records ; Physician U shouts injection α through the voiceprint recognizer, and the smart drug management system judges that injection α is located in medicine box Cc-1 of smart ambulance Cc through the drug history, and lights up to remind doctor U to take injection α; The situation is critical. Physician U has already taken 6 tubes. The smart drug management system detects that the instant quantity of Cc-1 injection α is lower than the minimum stock quantity of 5 tubes, and it has been more than 5 minutes. Drug cart name drug location Drug Name Instant Weight (grams) Instant quantity (branches) Minimum inventory quantity (branches) Image Confirmation ... ... ... ... ... ... ... A Aa-1 alpha 300 10 5 V Aa-2 beta 450 10 3 V Aa-3 gamma 400 10 5 V Bb Bb-1 alpha 300 10 5 V Bb-2 beta 450 10 3 V Bb-3 gamma 400 10 5 V Cc CC-1 alpha 300 10 5 V Cc-2 beta 450 10 3 V Cc-3 gamma 400 10 5 V Dd Dd-1 alpha 300 10 5 V Dd-2 beta 450 10 3 V Dd-3 gamma 400 10 5 V ... ... ... ... ... ... ... In Table 12, after the judgment, the support medicine car notification is issued; at this time, the smart medicine management system judges that the smart ambulance Aa located on the same floor as the smart ambulance Cc is the nearest smart ambulance, and the speaker on the smart ambulance Cc immediately Announce "Support on the east side of the pharmacy on the first floor of the medical building"; the nurse T who is adjacent to the doctor U hears the announcement from the loudspeaker, and immediately goes to the designated place to push the smart ambulance Aa to support the smart ambulance Cc; please refer to Figure 13, the system is simple Explain the map of supporting medicine carts based on the smart drug management system in this embodiment; the same Medicine cart location Drug cart name drug location Drug Name Instant Weight (grams) Instant quantity (branches) Minimum inventory quantity (branches) Image Confirmation ... ... ... ... ... ... ... ... The east side of the pharmacy on the first floor of the medical building A Aa-1 alpha 300 10 5 V Aa-2 beta 450 10 3 V Aa-3 gamma 400 10 5 V Delivery room on the third floor of Children's Hospital Bb Bb-1 alpha 300 10 5 V Bb-2 beta 450 10 3 V Bb-3 gamma 400 10 5 V Hallway on the first floor of the Medical Building Cc CC-1 alpha 300 10 5 V Cc-2 beta 450 10 3 V Cc-3 gamma 400 10 5 V Cardiology ICU Dd Dd-1 alpha 300 10 5 V Dd-2 beta 450 10 3 V Dd-3 gamma 400 10 5 V ... ... ... ... ... ... ... ... In Table 13, after comparing the lower limit of the inventory, the analysis management interface also issues an injection replenishment notice, and synchronously issues a supplementary prescription note to physician U. After checking the injection replenishment notice, the pharmacist immediately goes to the smart ambulance Cc to Replenish the required injections, and there is no need to wait for the doctor U to reissue the prescription during the process.

實施例4Example 4

本實施例應用了整合疫苗冰箱之智慧藥品管理系統,秋冬季節正為流感高峰期,疫苗注射人員F依據醫師L的處方箋前往疫苗冰箱領取流感疫苗,在經過QR碼辨識了處方箋後,智慧藥品管理系統先比對了處方箋上的流感疫苗資訊,並同步確認處方對象的年齡、性別以及健康狀態後,判別處方箋上所開立的三價流感疫苗為適用的,隨即在對應的藥座上顯示綠燈並啟動智慧機械手臂將效期最短的三價疫苗取下交給疫苗注射人員F;與此同時,對應三價流感疫苗的藥座底部重量感應器回傳疫苗的重量狀態,經智慧藥品管理系統運算後判斷此藥座所庫存的三價流感疫苗數量已經低於庫存下限預設值,智慧藥品管理系統即時的在分析管理介面發布疫苗冰箱的藥品補充通知,藥庫人員查閱後前往疫苗冰箱進行三價流感疫苗補充。In this embodiment, the smart drug management system integrating the vaccine refrigerator is applied. The autumn and winter seasons are the peak season of influenza. The vaccine injector F goes to the vaccine refrigerator to receive the flu vaccine according to the prescription of doctor L. After identifying the prescription through the QR code, the smart The drug management system first compares the flu vaccine information on the prescription, and simultaneously confirms the age, gender, and health status of the prescription recipient, then judges that the trivalent flu vaccine prescribed on the prescription is A green light is displayed on the seat and the intelligent robotic arm is activated to remove the trivalent vaccine with the shortest validity period and hand it over to the vaccine injector F; at the same time, the weight sensor at the bottom of the medicine seat corresponding to the trivalent influenza vaccine returns the weight status of the vaccine. After calculation, the smart drug management system judges that the quantity of trivalent influenza vaccines in stock in this drug holder is lower than the preset lower limit of the stock. The smart drug management system immediately releases the drug replenishment notice for the vaccine refrigerator on the analysis management interface. Head to the vaccine refrigerator for trivalent flu vaccine refills.

實施例5Example 5

本實施例採用了整合疫苗冰箱的智慧藥品管理系統,請參考表14,注射人員G依照醫師M開立的處方箋前往拿取接合型肺炎鏈球菌疫苗,此次有兩張處方箋,分別為編號EDX以及EDY,由於兩者皆為接合型肺炎鏈球菌,醫師M於開立處方箋時價數弄錯了;此時,注射人員G於疫苗冰箱上掃描了處方箋上的QR碼,智慧藥品管理系統讀取到處方箋上的資訊,並與藥品履歷進行比對運算後,判斷出了處方箋編號EDX為接合型肺炎鏈球菌疫苗,價數為23,適用年齡為5~75歲,然而處方箋編號EDX上的處方對象年齡為1歲之幼兒,該幼兒年齡並不符合適用年齡,智慧藥品管理系統即時判斷該處方箋與接合型肺炎鏈球菌疫苗的效用數據並不符合,立刻發出效用偵錯通知停止注射人員G取出疫苗,並通知醫師M重立處方箋;而處方箋編號EDY同為接合型肺炎鏈球菌疫苗,價數為13,適用年齡為0~75歲,且處方箋編號2上的處方對象年齡為15歲之少年,該少 處方箋編號 疫苗名稱 價數 適用年齡 處方對象年齡 重立處方箋(是/否) EDX 接合型肺炎鏈球菌疫苗 23 5~75 1 EDY 接合型肺炎鏈球菌疫苗 13 0~75 15   ……… ……… ……… ……… ……… 表14 年年齡符合適用年齡,經判斷後發布價數通知,對應於13價接合型肺炎鏈球菌疫苗的藥座隨即亮燈,注射人員G得在亮燈之藥座拿取到疫苗並為病患進行注射。 This example uses a smart drug management system that integrates vaccine refrigerators. Please refer to Table 14. Injector G goes to get the conjugative pneumococcal vaccine according to the prescription issued by physician M. This time there are two prescriptions, which are Numbers EDX and EDY, because both of them are conjugative Streptococcus pneumoniae, doctor M made a mistake when writing the prescription; at this time, the injector G scanned the QR code on the prescription on the vaccine refrigerator, and the wisdom After reading the information on the prescription and comparing it with the drug history, the drug management system judged that the prescription number EDX is conjugative pneumococcal vaccine, the valency is 23, and the applicable age is 5 to 75 years old. However, the prescription on the prescription number EDX is for a 1-year-old child, and the age of the child does not meet the applicable age. The smart drug management system immediately judges that the prescription does not match the efficacy data of the conjugative pneumococcal vaccine, and issues it immediately Functional error detection informs the person who stopped the injection G to take out the vaccine, and informs the doctor M to re-issue the prescription; and the prescription number EDY is also conjugative Streptococcus pneumoniae vaccine, the valency is 13, the applicable age is 0~75 years old, and the prescription is The age of the prescription on No. 2 is 15-year-old boy, at least prescription number Vaccine name Valence Suitable age Prescriber's age Reissue prescription (yes/no) EDX conjugative pneumococcal vaccine twenty three 5~75 1 yes EDY conjugative pneumococcal vaccine 13 0~75 15 no ……… ……… ……… ……… ……… Table 14 The age meets the applicable age. After the judgment, the price notification is issued, and the drug holder corresponding to the 13-valent conjugative pneumococcal vaccine lights up immediately. Patients undergo injections.

實施例6Example 6

在此實施例中,應用了整合藥櫃、精密盤點機、智能急救車以及疫苗冰箱之智慧藥品管理系統,在庫存端通過精密盤點機感測藥品X、Y、Z之重量分別為1000、800、900公克後,經智慧藥品管理系統計算對應於X、Y、Z的精確數量分別為2000、1000、2700顆並建立藥品履歷,嗣後藥品X、Y、Z補充至藥櫃之抽屜X1、Y1、Z1;同時,使用者於庫存端取出針劑α、β、γ各10支並補充至智能急救車上,分別對應藥盒α1、β1、γ1,位於藥盒底部之重量感測器回傳重量分別為300、350、400公克,經智慧藥品管理系統計算對應於α、β、γ的精確數量均為10支並建立藥品履歷,使用者可同時通過分析管理介面查閱智能急救車所回傳之影像進行數量的雙重確認。In this embodiment, a smart drug management system that integrates medicine cabinets, precision inventory machines, smart ambulances, and vaccine refrigerators is applied, and the weights of medicines X, Y, and Z are sensed by the precision inventory machine at the inventory end as 1000 and 800 respectively. , 900 grams, the exact quantities corresponding to X, Y, and Z calculated by the smart drug management system are 2,000, 1,000, and 2,700 tablets respectively, and the drug history is established, and then the drugs X, Y, and Z are added to the drawers X1, Y1 of the medicine cabinet , Z1; at the same time, the user takes out 10 injections α, β, and γ from the storage side and replenishes them to the smart ambulance, corresponding to the medicine boxes α1, β1, and γ1 respectively, and the weight sensor at the bottom of the medicine box returns the weight They are 300, 350, and 400 grams respectively. The exact quantities corresponding to α, β, and γ are calculated by the smart drug management system to be 10 sticks, and the drug history is established. Users can check the information returned by the smart ambulance through the analysis management interface at the same time The image is double-checked for quantity.

待醫師開立處方箋後,藥師依據處方箋前往藥櫃取藥,經由藥櫃上的條碼辨識器識別處方箋上的條碼後,經智慧藥品管理系統比對藥品履歷得出此次藥品X、Y、Z之取藥數量分別為10、12、18顆,取藥順序依據抽屜的相對位置,最佳化取藥路徑為Z1、X1、Y1,藥師依據藥櫃上的亮燈指示依序取下藥品Z、X、Y;取下藥品後,智慧藥品管理系統接收藥櫃所回傳之重量數據,其中藥櫃上藥品X、Y、Z所減少之重量分別為5.5、7.2、6.0克,經計算所得減少之數量分別為11、12、18顆,其中X藥品所取數量與處方箋上數量不符,分析管理介面隨即顯示此一數據,經藥師確認數量並無錯誤,智慧藥品管理系統即修正X藥品之精確重量為0.55公克/顆。After the doctor writes a prescription, the pharmacist goes to the medicine cabinet to pick up the medicine according to the prescription, and after the barcode reader on the medicine cabinet recognizes the barcode on the prescription, the smart drug management system compares the drug history to get the drug X, The number of medicines for Y and Z are 10, 12, and 18 respectively. The order of taking medicines is based on the relative positions of the drawers. The optimal path for taking medicines is Z1, X1, and Y1. The pharmacist takes them in order according to the lights on the medicine cabinet. Put medicines Z, X, and Y; after taking off the medicines, the smart medicine management system receives the weight data returned from the medicine cabinet, among which the weight reduction of medicines X, Y, and Z on the medicine cabinet is 5.5, 7.2, and 6.0 grams, respectively. The calculated reductions were 11, 12, and 18 pills respectively. Among them, the quantity of medicine X taken did not match the quantity on the prescription, and the analysis management interface immediately displayed this data. After the pharmacist confirmed that the quantity was correct, the smart medicine management system immediately Correct the exact weight of medicine X to be 0.55 grams per capsule.

當醫護人員於智能急救車取用針劑時,直接對著智能急救車的聲紋辨識器大喊身分編號,智慧藥品管理系統透過聲紋辨識確認身分為醫師W並記錄,醫師W通過聲紋辨識器大喊針劑α,智慧藥品管理系統即通過藥品履歷判斷針劑α位於智能急救車之藥盒α1,並亮燈提示醫師W取用針劑α,但醫師W在情急下打開了藥盒γ1,智慧藥品管理系統立即通過揚聲器發出錯誤拿取通知,醫師W察覺後才依照亮燈指示於藥盒α1拿取針劑α;在完成急救後,智能急救車回傳針劑重量數據α、β、γ分別為270、350、320公克,經計算後對應於針劑α、β、γ的數量分別為9、10、8支,在比對庫存下限值後,於分析管理介面發布針劑補充通知並同步對醫師W發出補立處方箋通知,藥師於分析管理介面發布針劑補充通知後立即為智能急救車補充所需針劑,無需等候醫師W發出處方箋。When the medical personnel take the injection in the smart ambulance, they directly shout the ID number to the voiceprint recognizer of the smart ambulance. The smart drug management system confirms the identity as doctor W through voiceprint recognition and records it. Doctor W uses voiceprint recognition. The device shouts the injection α, and the smart drug management system judges that the injection α is located in the medicine box α1 of the smart ambulance through the drug history, and lights up to remind doctor W to take the injection α, but doctor W opens the medicine box γ1 in a hurry, and the smart The drug management system immediately sends out an error notification through the loudspeaker. After the doctor W notices it, he takes the injection α from the medicine box α1 according to the light-on instructions; 270, 350, and 320 grams. After calculation, the quantities corresponding to the injections α, β, and γ are 9, 10, and 8 respectively. After comparing the lower limit of the inventory, the injection supplement notice will be issued on the analysis management interface and the physician will be notified simultaneously. W sends out the notice of refilling the prescription, and the pharmacist immediately replenishes the required injections for the smart ambulance after releasing the injection replenishment notice on the analysis management interface, without waiting for the doctor W to issue the prescription.

在醫院的另一邊,請參閱表15,注射人員H在09:05到09:10之間取出輪狀病毒疫苗後,由於疫苗冰箱經過開關門此一動作,造成冰箱儲存櫃內部溫度由4℃上升至13℃,設置於此一儲存櫃的溫度感測器在偵測到溫度的變化後,隨即上傳給智慧溫控裝置以調控此儲存櫃的內部溫度,在09:10至09:20之間將溫度降到了3.9℃,並同步上傳溫度資訊給智慧藥品管理系統;此時,感測單元回 紀錄時間 感測單元回傳 智慧溫控裝置回傳 溫控設備是否異常 09:00 4.1 4.1 09:05 4.3 4.3 09:10 13.0 13.0 09:15 8.0 8.0 09:20 3.9 3.9 09:25 4.2 4.2 09:30 4.0 4.0 09:35 4.1 4.1 09:40 3.8 3.8 09:45 8.0 8.5 09:50 8.9 8.5 09:55 9.1 8.5 10:00 4.0 8.5 10:05 4.1 8.5 10:10 4.2 8.5 10:15 3.9 8.5 10:20 4.0 - - 表15 傳的溫度數據與智慧溫控裝置回傳的溫度數據並沒有差別,因此系統判斷溫控設備並無異常;然而,在09:40到09:45這段時間有另一名注射人員前往領取疫苗,儲存櫃內部溫度上升至8.0℃,智慧溫控裝置在09:45至10:00之間將溫度調控至4.0℃,但在09:45至10:15這段時間內,感測單元回傳的溫度數據與智慧溫控裝置所回傳的溫度數據,持續有不吻合的狀況;經判斷後,智慧藥品管理系統在分析管理介面上發布溫控設備異常的通知,藥庫人員查閱後即通知設備維護人員,在10:15至10:20這段時間內前往疫苗冰箱關閉智慧溫控裝置並進行維修。 On the other side of the hospital, please refer to Table 15. After injector H took out the rotavirus vaccine between 09:05 and 09:10, the temperature inside the refrigerator storage cabinet increased from 4°C due to the action of opening and closing the door of the vaccine refrigerator When the temperature rises to 13°C, the temperature sensor installed in this storage cabinet detects the temperature change, and then uploads it to the smart temperature control device to regulate the internal temperature of the storage cabinet. Between 09:10 and 09:20 The temperature was lowered to 3.9°C during the period, and the temperature information was uploaded to the smart drug management system synchronously; at this time, the sensing unit returned record time Sensing unit feedback Smart temperature control device backhaul Whether the temperature control equipment is abnormal 09:00 4.1 4.1 no 09:05 4.3 4.3 no 09:10 13.0 13.0 no 09:15 8.0 8.0 no 09:20 3.9 3.9 no 09:25 4.2 4.2 no 09:30 4.0 4.0 no 09:35 4.1 4.1 no 09:40 3.8 3.8 no 09:45 8.0 8.5 no 09:50 8.9 8.5 no 09:55 9.1 8.5 no 10:00 4.0 8.5 no 10:05 4.1 8.5 no 10:10 4.2 8.5 no 10:15 3.9 8.5 yes 10:20 4.0 - - There is no difference between the temperature data transmitted in Table 15 and the temperature data returned by the smart temperature control device, so the system judges that the temperature control device is normal; however, another injector went to the After receiving the vaccine, the temperature inside the storage cabinet rose to 8.0°C, and the smart temperature control device adjusted the temperature to 4.0°C between 09:45 and 10:00, but during the period from 09:45 to 10:15, the sensing unit The temperature data sent back and the temperature data sent back by the smart temperature control device continue to be inconsistent; after judgment, the smart drug management system issues a notice of abnormal temperature control equipment on the analysis management interface. That is to say, notify the equipment maintenance personnel to go to the vaccine refrigerator to turn off the smart temperature control device and perform maintenance during the period from 10:15 to 10:20.

本發明所提供之智慧藥品管理系統,擁有以下幾種優點:The smart drug management system provided by the present invention has the following advantages:

1. 通過本發明之智慧藥品管理系統,院內倉儲端的精密盤點機與藥品儲存裝置包括藥櫃、智能急救車、疫苗冰箱可即時的連線,透過即時的資訊監控包括重量、數量、影像等監控訊息進行比對判斷,對藥庫人員、醫護人員發出藥品補充通知,無需再新增人力監管藥品庫存狀態。1. Through the smart drug management system of the present invention, the precision inventory machine and drug storage devices at the storage end of the hospital, including medicine cabinets, smart ambulances, and vaccine refrigerators, can be connected in real time, and real-time information monitoring includes monitoring of weight, quantity, and images. The information is compared and judged, and drug replenishment notices are issued to drug storehouse personnel and medical staff, without the need for additional manpower to monitor the status of drug inventory.

2. 通過本發明之智慧藥品管理系統,醫護人員取用藥品時,得以多方面確認取用藥品的品項、數量與處方箋上所載內容相同,人性化的分析管理介面以及藥品儲存裝置上的通知顯示可以降低醫護人員拿取錯誤藥品的機率,配合最佳取藥路徑以及最佳儲存配置模式,更可減少醫護人員取藥時於藥品儲存裝置之間來回折返的時間。2. Through the smart drug management system of the present invention, when medical personnel take medicines, they can confirm in many ways that the items and quantities of the medicines taken are the same as those on the prescription. The user-friendly analysis management interface and the drug storage device The notification shows that it can reduce the probability of medical staff taking wrong medicines, and with the optimal medicine taking route and optimal storage configuration mode, it can also reduce the time for medical staff to go back and forth between medicine storage devices when taking medicine.

3. 通過本發明之智能急救車,醫護人員在施行急救時,能以聲紋指示確認藥品位置,減少錯誤拿取之機率;此外,智能急救車與智慧藥品管理系統搭配,於取完急救用藥品後,可以實時地於分析管理介面顯示補藥通知,令藥劑部人員毋需在醫師的處方箋補立後才執行補藥任務,與傳統的醫院管理方式相比,本發明得以確保智能急救車能隨時滿載的狀態,減少智能急救車補藥的時間循環,降低智能急救車於緊急狀況時藥品不足的風險。3. With the smart ambulance of the present invention, the medical staff can confirm the location of medicines with voiceprint instructions when performing first aid, reducing the probability of taking them by mistake; in addition, the smart ambulance is matched with the smart medicine management system, and it can be used after taking the first aid. After the medicine is finished, the medicine supplement notification can be displayed on the analysis management interface in real time, so that the personnel of the pharmacy department do not need to perform the medicine supplement task after the doctor's prescription is filled. The state of being fully loaded at any time reduces the time cycle for the smart ambulance to replenish medicines, and reduces the risk of insufficient medicines for the smart ambulance in emergencies.

4. 通過本發明之疫苗冰箱,醫護人員在取用疫苗時,能透過系統本身的防錯系統,在取用前進一步確認疫苗的價數、適用族群包括性別、年齡、病患健康狀態等,以判斷疫苗是否適用;此外,如疫苗並不適用於處方對象,系統亦可即時的通知醫師重新開立處方箋,並停止取用疫苗的動作,達到拿取疫苗時防錯的雙重保障。4. Through the vaccine refrigerator of the present invention, when medical personnel take the vaccine, they can further confirm the valence of the vaccine, the applicable groups including gender, age, and the health status of the patient through the error-proof system of the system itself, before taking the vaccine. In addition, if the vaccine is not suitable for the prescription object, the system can also immediately notify the doctor to re-issue the prescription and stop taking the vaccine, so as to achieve the double guarantee of preventing mistakes when taking the vaccine.

5. 本發明通過「物聯網」的概念進行藥品管理系統的整合,來達到即時且快速的藥品庫存管理;藥品的即時補充對於病患的健康乃至於生命安全息息相關,本發明透過物聯網的方式整合了藥櫃、智能急救車、疫苗冰箱,並透過智慧藥品管理系統將前述藥品儲存裝置與倉儲端同步,實現了藥品存管的即時管理,除了減少監管與聯絡的人力資源之外,所節省下的時間能讓醫護人員在藥品的使用、判斷上更有餘裕,增進了醫護人員的工作效率並進一步的保證病患的健康與生命安全。5. The present invention integrates the drug management system through the concept of "Internet of Things" to achieve real-time and rapid drug inventory management; the instant replenishment of drugs is closely related to the health and life safety of patients. The present invention uses the Internet of Things Integrating medicine cabinets, smart ambulances, and vaccine refrigerators, and synchronizing the aforementioned drug storage devices with the storage terminal through the smart drug management system, realized real-time management of drug storage. In addition to reducing human resources for supervision and contact, the savings The reduced time allows medical staff to have more leeway in the use and judgment of drugs, improves the work efficiency of medical staff and further ensures the health and life safety of patients.

惟以上所述者,僅為本發明之較佳實施例,但不能以此限定本創作實施之範圍;故,凡依本創作申請專利範圍及說明書內容所做之簡單的等效改變與修飾,皆仍屬本創作專利涵蓋之範圍內。However, the above is only a preferred embodiment of the present invention, but it cannot limit the scope of implementation of this creation; therefore, all simple equivalent changes and modifications made according to the patent scope of this creation and the content of the description, All still belong to the scope covered by this creation patent.

1:智慧藥品管理系統1: Smart drug management system

11:識別單元11: Identification unit

12:藥品儲存裝置12: Drug storage device

13:感測單元13: Sensing unit

14:運算單元14: Operation unit

15:分析管理介面15: Analysis management interface

16:雲端資料庫16:Cloud database

17:訓練單元17: Training unit

18:通知單元18: Notification unit

2:藥櫃2: medicine cabinet

21:櫃體21: Cabinet

22:複數之儲存箱22: Multiple storage boxes

23:複數之貨盤23: plural pallets

3:精密盤點機3: Precision inventory machine

31:架體31: frame body

32:點藥盤32: Medicine tray

4:智能急救車4: Intelligent emergency vehicle

41:車架41: Frame

42:複數之藥盒42: Plural pill boxes

5:疫苗冰箱5: Vaccine refrigerator

51:箱體51: Box

511:儲存櫃511: storage cabinet

512:複數之藥座512: Plural medicine seats

513:智慧溫控裝置513:Smart temperature control device

514:智慧機械手臂514:Smart robotic arm

圖1為一方塊圖,係說明本發明所提供之智慧藥品管理系統。 圖2為一方塊圖,係說明本發明所提供之智慧藥品管理系統一較佳實施例。 圖3為一方塊圖,係說明本發明所提供之智慧藥品管理系統其元件以及資訊發送之對應關係圖。 圖4為一示意圖,係說明最佳化儲存配置模式。 圖5為一方塊圖,係說明本發明之藥櫃。 圖6為一方塊圖,係說明本發明之精密盤點機。 圖7為一方塊圖,係說明本發明之急救。 圖8為一方塊圖,係說明本發明之疫苗冰箱。 圖9為一流程圖,係說明本發明之智慧藥品管理系統用以管理藥品的方法。 圖10為一流程圖,係說明本發明之智能急救車用以管理藥品的方法。 圖11為一流程圖,係說明本發明之疫苗冰箱用以管理藥品的方法。 圖12為一流程圖,係說明S1)整合建庫步驟之詳細步驟。 圖13為一示意圖,係說明實施例3中智慧藥品管理系統所依據之支援藥車地圖。 Fig. 1 is a block diagram illustrating the smart drug management system provided by the present invention. Fig. 2 is a block diagram illustrating a preferred embodiment of the smart drug management system provided by the present invention. FIG. 3 is a block diagram illustrating the corresponding relationship between components and information transmission of the smart drug management system provided by the present invention. FIG. 4 is a schematic diagram illustrating an optimal storage configuration mode. Fig. 5 is a block diagram illustrating the medicine cabinet of the present invention. Fig. 6 is a block diagram illustrating the precision stocktaking machine of the present invention. Fig. 7 is a block diagram illustrating the first aid of the present invention. Fig. 8 is a block diagram illustrating the vaccine refrigerator of the present invention. FIG. 9 is a flow chart illustrating the method for managing medicines in the smart medicine management system of the present invention. Fig. 10 is a flow chart illustrating the method for managing medicines in the intelligent ambulance of the present invention. Fig. 11 is a flowchart illustrating the method for managing medicines in the vaccine refrigerator of the present invention. FIG. 12 is a flow chart illustrating the detailed steps of S1) the steps of integrating and building a database. Fig. 13 is a schematic diagram illustrating the map of the supporting drug carts on which the smart drug management system in Embodiment 3 is based.

1:智慧藥品管理系統 1: Smart drug management system

11:識別單元 11: Identification unit

12:藥品儲存裝置 12: Drug storage device

13:感測單元 13: Sensing unit

14:運算單元 14: Operation unit

15:分析管理介面 15: Analysis management interface

16:雲端資料庫 16:Cloud database

17:訓練單元 17: Training unit

18:通知單元 18: Notification unit

Claims (7)

一種智慧藥品管理系統,包含:一識別單元,識別一外部資訊,該外部資訊包括一藥品資訊或一人員資訊;一藥品儲存裝置,搭載該識別單元,用以存放複數之藥品;一感測單元,設置於該藥品儲存裝置上,用以感測藥品儲存裝置狀態以產生一第一藥品狀態資訊,該第一藥品狀態資訊包括一裝置資訊、一藥品重量資訊、一藥品數量資訊或一藥品影像資訊;一運算單元,與該識別單元及該感測單元訊號連接,整合該外部資訊及該第一藥品狀態資訊並產生一第一整合資料;一分析管理介面,與該運算單元訊號連接,以供使用者輸入至少一標籤數據,該標籤數據傳輸至該運算單元,該運算單元整合該標籤數據以及該第一整合資料為一第二整合資料,該第二整合資料包括一藥品履歷、一裝置履歷及一人員履歷,其中,該藥品履歷包括一藥品名稱以及對應於該藥品名稱之庫存位置、重量數據、數量數據、效期、效用數據及藥品預設值;一雲端資料庫,與該運算單元及該分析管理介面訊號連接,用以儲存該第二整合資料;一訓練單元,與該運算單元及該雲端資料庫訊號連接,該訓練單元依據儲存於該雲端資料庫之該第二整合資料訓練該運算單元,該運算單元學習運算處理該第一整合資料及該第二整合資料;一通知單元,與該運算單元訊號連接,該運算單元接收該第一整合資料並與該第二整合資料比對,以產生一第一運算結果,該通知單元依據該第一運算結果產生一第一通知,其中,該第一通知包括取藥通知、藥品位置通知; 其中,該藥品儲存裝置進一步包括一精密盤點機,該精密盤點機位於倉儲端,該精密盤點機包含:一架體;一點藥盤,設置於該架體上,用以盤點與暫存複數之藥品,其中,該感測單元包括一第二重量感測器,該第二重量感測器設置於該點藥盤底部,用以感測該複數之藥品其重量狀態,該通知單元包括一第二顯示器,該第二顯示器設置於該架體上,該運算單元在完成第二整合資料後,該通知單元依據第二整合資料產生一第六通知,該第六通知為一入庫數量通知,該第二顯示器顯示該入庫數量通知。 A smart drug management system, comprising: an identification unit for identifying an external information, the external information including a drug information or a personnel information; a drug storage device equipped with the identification unit for storing a plurality of drugs; a sensing unit , set on the medicine storage device, used to sense the state of the medicine storage device to generate a first medicine state information, the first medicine state information includes a device information, a medicine weight information, a medicine quantity information or a medicine image Information; a computing unit, connected to the identification unit and the sensing unit, integrates the external information and the first drug status information to generate a first integrated data; an analysis management interface, connected to the computing unit in a signal, to For the user to input at least one tag data, the tag data is transmitted to the computing unit, the computing unit integrates the tag data and the first integrated data into a second integrated data, the second integrated data includes a drug record, a device resume and a personal resume, wherein the drug resume includes a drug name and corresponding to the drug name of the inventory location, weight data, quantity data, expiration date, efficacy data and drug default value; a cloud database, and the calculation unit and the analysis management interface signal connection for storing the second integrated data; a training unit is connected with the computing unit and the cloud database signal, and the training unit is based on the second integrated data stored in the cloud database training the computing unit, the computing unit learns to process the first integrated data and the second integrated data; a notification unit, connected with the signal of the computing unit, the computing unit receives the first integrated data and communicates with the second integrated data Comparing to generate a first calculation result, the notification unit generates a first notification according to the first calculation result, wherein the first notification includes a medicine taking notification and a medicine location notification; Wherein, the medicine storage device further includes a precision counting machine, which is located at the storage end, and the precision counting machine includes: a frame; Medicines, wherein the sensing unit includes a second weight sensor, which is arranged at the bottom of the medicine dispensing tray for sensing the weight status of the plurality of medicines, and the notification unit includes a first Two displays, the second display is set on the frame, after the calculation unit completes the second integration data, the notification unit generates a sixth notification according to the second integration data, the sixth notification is a storage quantity notification, the The second display displays the notification of the stock-in quantity. 如請求項1所述之智慧藥品管理系統,其中,該藥品儲存裝置係一藥櫃,該藥櫃包含:一櫃體,包括複數之儲存格及複數之抽屜;複數之儲存箱,設置於每一儲存格中;及複數之貨盤,設置於每一抽屜中,其中,該感測單元包括至少一第一重量感測器,該至少一第一重量感測器對應設置於每一儲存箱底部及每一貨盤底部,用以感測該複數之藥品其重量狀態,該通知單元包括至少一第一顯示器,該至少一第一顯示器對應設置於每一儲存箱及每一貨盤上,該通知單元依據該第一通知啟動對應之該至少一第一顯示器。 In the smart drug management system as described in claim 1, wherein the drug storage device is a medicine cabinet, the medicine cabinet includes: a cabinet body, including a plurality of storage compartments and a plurality of drawers; a plurality of storage boxes, set in each In a storage compartment; and a plurality of pallets are arranged in each drawer, wherein the sensing unit includes at least one first weight sensor, and the at least one first weight sensor is correspondingly arranged in each storage box The bottom and the bottom of each pallet are used to sense the weight status of the plurality of medicines, the notification unit includes at least one first display, and the at least one first display is correspondingly arranged on each storage box and each pallet, The notification unit activates the corresponding at least one first display according to the first notification. 如請求項1所述之智慧藥品管理系統,其中,該運算單元依據該裝置資訊產生一第二運算結果,該第二運算結果包括一最佳化取藥路徑,該通知單元18依據該最佳化取藥路徑顯示一第二通知,使用者依據該第二通知進行取藥。 The smart drug management system as described in Claim 1, wherein, the calculation unit generates a second calculation result according to the device information, and the second calculation result includes an optimized medicine taking route, and the notification unit 18 generates a second calculation result according to the optimal The medicine taking path displays a second notification, and the user takes medicine according to the second notification. 如請求項3所述之智慧藥品管理系統,其中,當該運算單元比對出該藥品儲存裝置存放有不同效期之藥品時,該通知單元產生一第三通知,該第三通知包括一藥品效期通知,使用者依據該藥品效期通知取用效期最短之藥品。 The smart medicine management system as described in claim 3, wherein, when the calculation unit compares medicines with different expiry dates stored in the medicine storage device, the notification unit generates a third notification, and the third notification includes a medicine Notification of expiration date, the user takes the drug with the shortest expiration date according to the notification of the expiration date of the drug. 如請求項4所述之智慧藥品管理系統,其中,當使用者完成取藥後,該感測單元感測該藥品儲存裝置狀態並產生一第二藥品狀態資訊,該運算單元即依據該第二藥品狀態資訊計算產生一藥品即時資訊,並依據該藥品預設值比對該藥品即時資訊以產生一第三運算結果,其中,當該藥品即時資訊大於或等於該藥品預設值時,該分析管理介面依據該第三運算結果顯示一第四通知,該第四通知包括藥品數量通知,當藥品數量小於該藥品預設值時,該分析管理介面依據該第三運算結果顯示一第五通知,該第五通知包括藥品補充通知。 The smart medicine management system as described in claim 4, wherein, after the user finishes taking the medicine, the sensing unit senses the state of the medicine storage device and generates a second medicine state information, and the computing unit is based on the second The drug status information is calculated to generate a drug real-time information, and the drug real-time information is compared according to the drug preset value to generate a third calculation result, wherein, when the drug real-time information is greater than or equal to the drug preset value, the analysis The management interface displays a fourth notification based on the third calculation result, the fourth notification includes a drug quantity notification, and when the drug quantity is less than the drug preset value, the analysis management interface displays a fifth notification based on the third calculation result, The fifth notification includes a drug supplement notification. 如請求項5所述之智慧藥品管理系統,其中,該訓練單元依據該第一運算結果、該第二運算結果及該第三運算結果訓練該運算單元以產生一藥品管理模型,該運算單元依據該藥品管理模型給予使用者最佳化之建議,該藥品管理模型包括最佳化取藥模式、最佳化儲存配置模式、藥品存放地圖、藥品支援熱點或藥品庫存補充熱點。 The smart drug management system as described in claim 5, wherein the training unit trains the computing unit to generate a drug management model according to the first computing result, the second computing result and the third computing result, and the computing unit is based on The drug management model provides users with optimization suggestions, and the drug management model includes an optimal drug taking mode, an optimal storage configuration mode, a drug storage map, a drug support hotspot or a drug inventory replenishment hotspot. 一種管理藥品的方法,係利用如請求項5或6所述之智慧藥品管理系統以管理藥品的方法,其步驟包括:S1)整合建庫步驟:該運算單元整合該外部資訊及該第一藥品狀態資訊為該第一整合資料,該第一整合資料與使用者輸入之該標籤數據再進一步整合為第二整合資料並儲存於該雲端資料庫,該應用管理程式呈現即時之藥品履歷;S2)訓練步驟:該訓練單元依據儲存於該雲端資料庫之該第二整合資料訓練該運算單元,該運算單元學習運算處理該第一整合資料及該第二整合資料;S3)取藥通知步驟:該運算單元接收該第一整合資料並與該第二整合資料比對,以產生一第一運算結果,該通知單元依據該第一運算結果產生一第一通知; S3’)最佳化取藥通知步驟:該運算單元依據該裝置資訊產生一第二運算結果,該第二運算結果包括一最佳化取藥路徑,該通知單元依據該最佳化取藥路徑顯示一第二通知;S3”)效期通知步驟:該運算單元比對該藥品儲存裝置存放之藥品效期,當該藥品儲存裝置存放有不同效期之藥品時,該通知單元產生一第三通知,該第三通知包括一藥品效期通知;S4)取藥步驟:使用者依據該第一通知、該第二通知及該第三通知取藥;S5)補藥通知步驟:該運算單元依據該第二藥品狀態資訊運算產生該藥品即時資訊,並依據該藥品預設值比對該藥品即時資訊以產生該第三運算結果;當該藥品即時資訊大於或等於該藥品預設值時,該分析管理介面依據該第三運算結果顯示第四通知,該第四通知係藥品數量通知;當該藥品即時資訊小於該藥品預設值時,該分析管理介面依據該第三運算結果顯示第五通知,該第五通知係藥品補充通知;及S6)補藥步驟:當S5)步驟中,該分析管理介面顯示該第四通知,使用者可在該分析管理介面查閱即時之藥品庫存數量;當S5)步驟中,該分析管理介面顯示該第五通知,使用者依據該第五通知進行藥品補充。 A method for managing medicines is a method for managing medicines by using the smart medicine management system as described in claim 5 or 6, and the steps include: S1) Integration and database building step: the computing unit integrates the external information and the first medicine The status information is the first integrated data, the first integrated data and the label data input by the user are further integrated into the second integrated data and stored in the cloud database, and the application management program presents real-time drug records; S2) Training step: the training unit trains the computing unit according to the second integrated data stored in the cloud database, and the computing unit learns to process the first integrated data and the second integrated data; S3) medicine taking notification step: the The computing unit receives the first integrated data and compares it with the second integrated data to generate a first computing result, and the notification unit generates a first notification according to the first computing result; S3') Optimized medicine taking notification step: the calculation unit generates a second calculation result according to the device information, the second calculation result includes an optimized medicine taking route, and the notification unit generates a second calculation result according to the optimized medicine taking route Display a second notice; S3") Notification of validity period: the calculation unit compares the validity period of the medicine stored in the medicine storage device, and when the medicine storage device stores medicines with different validity periods, the notification unit generates a third Notification, the third notification includes a notification of drug validity; S4) Step of taking medicine: the user takes medicine according to the first notification, the second notification and the third notification; S5) Notification step of supplementing medicine: the computing unit The second drug state information calculation generates the real-time information of the drug, and compares the real-time information of the drug according to the preset value of the drug to generate the third calculation result; when the real-time information of the drug is greater than or equal to the preset value of the drug, the analysis The management interface displays the fourth notification based on the third calculation result, and the fourth notification is a drug quantity notification; when the real-time information of the drug is less than the preset value of the drug, the analysis management interface displays the fifth notification based on the third calculation result, The fifth notice is a drug supplement notice; and S6) step of replenishing medicine: when in the step S5), the analysis management interface displays the fourth notice, and the user can check the real-time drug stock quantity in the analysis management interface; when the step S5) , the analysis management interface displays the fifth notice, and the user supplements medicines according to the fifth notice.
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