TWI608440B - Pharmacy dispensing control system - Google Patents
Pharmacy dispensing control system Download PDFInfo
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- TWI608440B TWI608440B TW105142227A TW105142227A TWI608440B TW I608440 B TWI608440 B TW I608440B TW 105142227 A TW105142227 A TW 105142227A TW 105142227 A TW105142227 A TW 105142227A TW I608440 B TWI608440 B TW I608440B
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本發明係關於一種藥房配藥管控系統方面的技術領域，尤指一種可防止藥師取錯藥品，而且亦可讓藥師進行取藥之訓練與測試之藥房配藥管控系統者。 The invention relates to a technical field of a pharmacy dispensing control system, in particular to a pharmacy dispensing control system which can prevent a pharmacist from taking the wrong medicine, and also allows the pharmacist to carry out the training and testing of the medicine.
雖然目前醫院或是診所之藥房(藥局)在進行配藥及取藥的過程中，必需經過調劑、核對與發藥等多次的檢查，然而卻仍無法避免藥師取藥時發生錯誤的情形，此在進行藥品盤點時，常會發現部分藥品有過多或過少的情形可見一斑。另外，由2016年02月04日蘋果日報所報導「醫院粗心給錯藥 無辜孕婦 安胎變墮胎」，2016年10月15日民視新聞所報導「成大醫院爆發成立28年以來，第一起的成癮管制藥品失竊案，遺失的是6支嗎啡針，而且日期正好是在928颱風天，由於領取管制藥品必需同時取得2人保管的鑰匙，而管制箱上的鎖沒有被破壞的痕跡，警方懷疑可能是院內人士，利用管制流程的漏洞犯案」等新聞事件中係可看出，上述第一則新聞乃說明目前藥師配藥流程發生失誤所導致的嚴重後果，而第二則新聞則說明即使設有2人分別保管管制藥櫃之鑰匙，仍可能發生疏漏或惡意犯行。而上述兩種情形皆屬人為因素，因此如何減少上述藥房配藥及藥品管制時因人為因 素所導致的錯誤便是目前急待解決的問題。 Although the pharmacy (pharmaceutical bureau) of the hospital or clinic is currently undergoing multiple tests such as dispensing, checking and dispensing during the process of dispensing and taking medicine, it still cannot avoid the mistakes made by the pharmacist when taking the medicine. When doing drug inventory, it is often found that some drugs are too much or too little. In addition, as reported by the Apple Daily on February 4, 2016, “the hospital carelessly gave the wrong medicine to the pregnant woman and changed the abortion.” On October 15, 2016, the People’s News Agency reported that the first time since the establishment of the Chengda Hospital was 28 years ago, The theft of the addiction-controlled drugs, the loss of six morphine needles, and the date is exactly 928 typhoon days, because the control of drugs must obtain the key of two people at the same time, and the lock on the control box is not destroyed, The police suspected that it may be a person in the hospital who used the loopholes in the control process. It can be seen from the news incident that the first news described above is a serious consequence of the current mistakes made by the pharmacist's dispensing process, while the second news explains even There are two people who keep the keys of the pharmaceutical cabinet separately, and there may still be omissions or malicious crimes. Both of the above cases are human factors, so how to reduce the above-mentioned pharmacy dispensing and drug control due to human factors The mistakes caused by the prime are the problems that need to be solved urgently.
本發明之主要目的在於解決習知藥房配藥的過程之中皆由人工核對而易導致發生取錯藥品之情形的問題。 The main object of the present invention is to solve the problem that the conventional pharmacy dispensing process is artificially checked and easily causes the occurrence of the wrong medicine.
本發明係提供一種藥房配藥管控系統，包括一醫師端電腦、一藥櫃、一藥櫃控制主機、一藥師端電腦及一感應手環。其中，該醫師端電腦可供醫師輸入處方箋並傳送出去。該藥櫃具有複數個藥盒可供分別容納不同的藥品，每一藥盒上具有一藥品名牌、一位置代碼、一RFID標籤及一LED，該藥品名牌係標示藥品名稱，該位置代碼表示該藥盒的位置，該RFID標籤內建有一辨識碼，該LED可藉由亮或滅來指示藥師取藥。該藥櫃控制主機具有一資料庫，該資料庫預設有藥品資料(包含藥品名稱、位置代碼)及可儲存處方箋資料(包含藥品名稱、數量)與取藥記錄(包含藥師編號、取藥正確與否)，該藥櫃控制主機與該醫師端電腦及該藥櫃之複數藥盒的LED連接，可供接收來自該醫師端電腦的處方箋並將其儲存在該資料庫之中，然後比對資料庫中的藥品資料，控制相對應藥盒之LED發亮，同時將對應該處方箋之藥品名稱、位置代碼及數量等取藥資訊傳送出去。該藥師端電腦包含有一第一藍芽模組，該藥師端電腦與該藥櫃控制主機連接，可供接收來自該藥櫃控制主機的取藥資訊，並透過該第一藍芽模組傳送出去。該感應手環可供套設在藥師的手上，該感應手環包含有一微處理器及與該微處理器連接之一第二藍芽模組、一顯示器、一 RFID讀取器及一揚聲器，該第二藍芽模組可接收該第一藍芽模組所傳送出的取藥資訊，該顯示器可顯示該第二藍芽模組所接收的取藥資訊，該RFID讀取器可讀取該複數藥盒上的RFID標籤，該揚聲器可供發出警示音，該微處理器可判斷該RFID讀取器所讀取之RFID標籤是否與該顯示器上的取藥資訊符合，並將判斷結果透過該第二藍芽模組傳輸給該第一藍芽模組，然後再經該藥師端電腦傳送回該藥櫃控制主機而儲存記錄於該資料庫之中，該微處理器在判斷結果為「否」時可控制該揚聲器發出警示音，而該藥櫃控制主機在接收到判斷結果為「是」時可控制相對應藥盒之LED熄滅。 The invention provides a pharmacy dispensing control system, comprising a doctor end computer, a medicine cabinet, a medicine cabinet control host, a pharmacist end computer and an induction bracelet. The physician-side computer can be used by a physician to input a prescription and transmit it. The medicine cabinet has a plurality of medicine boxes for respectively accommodating different medicines, each medicine box has a medicine brand name, a position code, an RFID label and an LED, and the medicine brand name indicates the medicine name, and the position code indicates the The position of the kit, the RFID tag has an identification code built in, and the LED can be used to instruct the pharmacist to take the medicine by turning on or off. The medicine cabinet control host has a database pre-set with drug data (including drug name, location code) and storable prescription data (including drug name, quantity) and drug taking record (including pharmacist number, taking medicine) Correctly or not), the medicine cabinet control host is connected to the LEDs of the doctor's computer and the plurality of medicine boxes of the medicine cabinet, and can receive the prescription from the doctor's computer and store it in the database, and then Compare the drug data in the database, control the LED of the corresponding kit to light up, and transmit the drug information such as the name, position code and quantity of the drug to be prescribed. The pharmacist computer includes a first Bluetooth module, and the pharmacist computer is connected to the medicine cabinet control host for receiving medication information from the medicine cabinet control host, and transmitting the information through the first Bluetooth module. . The sensor bracelet can be set on the pharmacist's hand. The sensor bracelet includes a microprocessor and a second Bluetooth module, a display, and a microprocessor. An RFID reader and a speaker, the second Bluetooth module can receive the medicine information transmitted by the first Bluetooth module, and the display can display the medicine information received by the second Bluetooth module. The RFID reader can read an RFID tag on the plurality of cartridges, the speaker can be used to issue a warning sound, and the microprocessor can determine whether the RFID tag read by the RFID reader and the medicine on the display The information is met, and the judgment result is transmitted to the first Bluetooth module through the second Bluetooth module, and then transmitted back to the medicine cabinet control host via the pharmacist computer and stored and recorded in the database. The microprocessor can control the speaker to sound a warning sound when the determination result is "No", and the medicine cabinet control host can control the LED of the corresponding medicine box to be extinguished when receiving the judgment result of "Yes".
本發明所提供之藥房配藥管控系統，係可藉由該藥盒上之藥品名牌、LED及感應手環之顯示器之取藥資訊等多重提示來指示藥師正確藥盒的位置，而且更可藉由該感應手環上之RFID讀取器來掃描該藥盒上的RFID標籤，以進一步確認取藥的正確性。如此，便可確保藥師不會發生取藥錯誤的情形。而且，更是可藉由資料庫的記錄及儲存有效的管控取藥過程。 The pharmacy dispensing control system provided by the invention can indicate the position of the correct kit by the pharmacist through multiple prompts such as the drug brand name on the kit, the LED and the information of the sensor on the sensor bracelet, and more An RFID reader on the sensor bracelet scans the RFID tag on the kit to further confirm the correctness of the medication. In this way, it can be ensured that the pharmacist will not take the wrong medicine. Moreover, it is also possible to effectively control the drug taking process by recording and storing the database.
10‧‧‧醫師端電腦 10‧‧‧Physician computer
20‧‧‧藥櫃 20‧‧‧ medicine cabinet
21‧‧‧藥盒 21‧‧‧Pillbox
22‧‧‧藥品名牌 22‧‧‧ drug brand name
23‧‧‧位置代碼 23‧‧‧Location code
24‧‧‧RFID標籤 24‧‧‧RFID tags
25‧‧‧LED 25‧‧‧LED
26‧‧‧鎖具 26‧‧‧Locks
30‧‧‧藥櫃控制主機 30‧‧‧ medicine cabinet control host
31‧‧‧資料庫 31‧‧‧Database
40‧‧‧藥師端電腦 40‧‧‧Pharmacist computer
41‧‧‧第一藍芽模組 41‧‧‧First Blue Bud Module
50‧‧‧感應手環 50‧‧‧Induction bracelet
51‧‧‧微處理器 51‧‧‧Microprocessor
52‧‧‧第二藍芽模組 52‧‧‧The second Bluetooth module
53‧‧‧顯示器 53‧‧‧ display
54‧‧‧RFID讀取器 54‧‧‧RFID reader
55‧‧‧揚聲器 55‧‧‧Speakers
第1圖係本發明之系統架構示意圖。 Figure 1 is a schematic diagram of the system architecture of the present invention.
第2圖係本發明之系統方塊圖。 Figure 2 is a block diagram of the system of the present invention.
第3圖係本發明另一實施例之系統方塊圖。 Figure 3 is a block diagram of a system in accordance with another embodiment of the present invention.
請參閱第1、2圖所示，係顯示本發明所述之藥房配藥管控系統包括一醫師端電腦10、一藥櫃20、一藥櫃控制主機30、一藥師端電腦40及一感應手環50，其中：該醫師端電腦10，係供醫師輸入處方箋並傳送出去。 Please refer to the figures 1 and 2, which show that the pharmacy dispensing control system of the present invention comprises a physician computer 10, a medicine cabinet 20, a medicine cabinet control host 30, a pharmacist computer 40 and an induction bracelet. 50, wherein: the physician-side computer 10 is for the physician to input a prescription and send it out.
該藥櫃20，係具有複數個藥盒21可供分別容納不同的藥品，每一藥盒21之門板上係具有一藥品名牌22、一位置代碼23、一RFID標籤24及一LED25，該藥品名牌22係標示該藥盒21內所容置之藥品的名稱，該位置代碼23係表示該藥盒21在該藥櫃20上的位置，該RFID標籤24係內建有相對應該藥盒21之一辨識碼，該LED25係可藉由亮或滅來指示藥師取藥。 The medicine cabinet 20 has a plurality of medicine boxes 21 for respectively accommodating different medicines, and each medicine box 21 has a medicine brand plate 22, a position code 23, an RFID tag 24 and an LED 25 on the door panel. The brand name 22 indicates the name of the medicine contained in the medicine box 21, and the position code 23 indicates the position of the medicine box 21 on the medicine cabinet 20. The RFID label 24 has a corresponding medicine box 21 built therein. An identification code, the LED 25 can be used to instruct the pharmacist to take the medicine by turning on or off.
該藥櫃控制主機30，係具有一資料庫31，該資料庫31預設有藥品資料(如藥品名稱、位置代碼…等)及可儲存處方箋資料(包含藥品名稱、數量…等)與取藥記錄(包含藥師編號、取藥正確與否…等)，該藥櫃控制主機30係與該醫師端電腦10及該藥櫃20之複數藥盒21的LED25連接，可供接收來自該醫師端電腦10的處方箋並將其儲存在該資料庫31之中，然後比對資料庫31中的藥品資料，控制相對應藥盒21之LED25發亮，同時並將對應該處方箋之藥品名稱、位置代碼及數量等取藥資訊傳送出去。 The medicine cabinet control host 30 has a database 31, which is pre-set with drug data (such as drug name, location code, etc.) and can store prescription data (including drug name, quantity, etc.) and The medicine record (including the pharmacist number, the correctness of taking the medicine, etc.), the medicine cabinet control host 30 is connected with the doctor terminal computer 10 and the LED 25 of the plurality of medicine boxes 21 of the medicine cabinet 20 for receiving from the doctor end The prescription of the computer 10 is stored in the database 31, and then the drug data in the database 31 is compared, and the LED 25 of the corresponding medicine box 21 is controlled to be illuminated, and the name of the medicine corresponding to the prescription is Information such as location code and quantity is transmitted.
該藥師端電腦40，係包含有一第一藍芽模組41，該藥師端電腦40係與該藥櫃控制主機30連接，可供接收來自該藥櫃控制主機30的取藥資訊，並透過該第一藍芽模組41傳送出去。 The pharmacist computer 40 includes a first Bluetooth module 41. The pharmacist computer 40 is connected to the medicine cabinet control host 30 for receiving medication information from the medicine cabinet control host 30. The first Bluetooth module 41 is transmitted.
該感應手環50，係可供套設在藥師的手腕上，且該感應手環50包含有與一微處理器51及與該微處理器51連接之一第二藍芽模組52、一顯示器53、一RFID讀取器54及一揚聲器55，該第二藍芽模組52係可接收該第一藍芽模組41所傳送出的取藥資訊，該顯示器53係可顯示該第二藍芽模組52所接收的取藥資訊，該RFID讀取器54可讀取該藥櫃20之複數藥盒21上的RFID標籤24，該揚聲器55係可供發出警示音(該警示音可為語音或音樂)，該微處理器51係可判斷該RFID讀取器54所讀取之RFID標籤24是否與該顯示器53上的取藥資訊符合，並將判斷結果透過該第二藍芽模組52傳輸給該第一藍芽模組41，然後再經該藥師端電腦40傳送回該藥櫃控制主機30而儲存記錄於該資料庫31之中，且該微處理器51在判斷結果為「否」時係可控制該揚聲器55發出警示音，而該藥櫃控制主機30在接收到判斷結果為「是」時係可控制相對應藥盒21之LED25熄滅。 The inductive wristband 50 is sleeved on the pharmacist's wrist, and the inductive wristband 50 includes a second Bluetooth module 52 connected to a microprocessor 51 and the microprocessor 51. a display 53, an RFID reader 54 and a speaker 55, the second Bluetooth module 52 can receive the medication information transmitted by the first Bluetooth module 41, and the display 53 can display the second The RFID reader 52 can read the RFID tag 24 on the plurality of medicine boxes 21 of the medicine cabinet 20, and the speaker 55 can be used to issue a warning sound (the warning sound can be For the voice or music, the microprocessor 51 can determine whether the RFID tag 24 read by the RFID reader 54 matches the drug taking information on the display 53, and pass the determination result through the second Bluetooth mode. The group 52 is transmitted to the first Bluetooth module 41, and then transmitted back to the medicine cabinet control host 30 via the pharmacist computer 40 for storage and recording in the database 31, and the result of the determination by the microprocessor 51 is "No" can control the speaker 55 to sound a warning tone, and the medicine cabinet control host 30 receives the judgment result as "Yes" When the cartridge system 21 may be controlled corresponding to the LED25 off.
本發明所述之藥房配藥管控系統在實際實施時係可依需要選擇「配藥模式」、「訓練模式」、「測試模式」等三種操作步驟。 In the actual implementation of the pharmacy dispensing control system of the present invention, three operation steps, such as "dispensing mode", "training mode" and "test mode", can be selected as needed.
該配藥模式之操作步驟，係如下：1、醫師開設處方箋後，透過該醫師端電腦10將處方箋傳送給該藥櫃控制主機30；2、該藥櫃控制主機30依據該處方箋控制相對應該藥櫃20之相對應藥盒21的LED25發亮，並在比對資料庫31後將相對應的藥品 名稱、位置代碼及數量等取藥資訊傳送給該藥師端電腦40；3、該藥師端電腦40會透過該第一藍芽模組41與該第二藍芽模組52的無線連接，而將該藥品名稱、位置代碼及數量等取藥資訊傳送給套在藥師手上之感應手環50，並顯示在該感應手環50的顯示器53上；4、藥師可依據藥盒21上之發亮LED25及該感應手環50之顯示器53上的取藥資訊的提示，找到藥櫃20上相對應的藥盒21，然後利用感應手環50上的RFID讀取器54掃描該藥盒21上的RFID標籤24，先藉由該感應手環50之微處理器51判斷所選取之藥盒21是否正確，然後透過該第二藍芽模組52與該第一藍芽模組41的無線連接，而將判斷結果(藥師編號、藥品名稱、位置代碼、取藥正確與否…等)，傳送給該藥師端電腦40及該藥櫃控制主機30，並記錄及儲存在該資料庫31之中。 The operation steps of the dispensing mode are as follows: 1. After the physician opens the prescription, the prescription is transmitted to the medicine cabinet control host 30 through the physician terminal computer 10; 2. The medicine cabinet control host 30 controls the relative according to the prescription The LED 25 of the corresponding medicine box 21 of the medicine cabinet 20 should be illuminated, and the corresponding medicine will be corresponding after the database 31 is compared. The drug information of the name, location code and quantity is transmitted to the pharmacist computer 40; 3. The pharmacist computer 40 will wirelessly connect to the second Bluetooth module 52 through the first Bluetooth module 41. The medicine information such as the name of the medicine, the position code and the quantity are transmitted to the sensor bracelet 50 placed on the pharmacist's hand, and displayed on the display 53 of the sensor bracelet 50. 4. The pharmacist can light up according to the medicine box 21. The LED 25 and the prompt of the medication information on the display 53 of the sensor bracelet 50 find the corresponding cartridge 21 on the medicine cabinet 20, and then scan the cartridge 21 with the RFID reader 54 on the sensor bracelet 50. The RFID tag 24 first determines whether the selected cartridge 21 is correct by the microprocessor 51 of the sensor bracelet 50, and then wirelessly connects to the first Bluetooth module 41 through the second Bluetooth module 52. The judgment result (pharmacist number, drug name, position code, correctness of taking medicine, etc.) is transmitted to the pharmacist computer 40 and the medicine cabinet control host 30, and recorded and stored in the database 31.
5、當判斷結果為「否」時，該微處理器51會使該感應手環50上的揚聲器55發出警示音，以提醒藥師所選擇為錯誤應另行選擇；6、當判斷結果為「是」時，則該藥櫃控制主機30會使相對應藥盒21上之LED25熄滅，藥師才於該藥盒21之中取出所需之藥量，同時該藥櫃控制主機30將資料庫31中該處方箋中取過之藥品進行標記，然後再傳同一份處方箋的下一個藥品的取藥資訊給該藥師端電腦40；7、如此，重覆上述3~6步驟直到將該處方箋之所有藥品領取 完畢。 5. When the judgment result is "No", the microprocessor 51 causes the speaker 55 on the sensor wristband 50 to sound a warning tone to remind the pharmacist that the error is selected separately; 6. When the judgment result is "Yes" When the medicine cabinet control main unit 30 causes the LED 25 on the corresponding medicine box 21 to be extinguished, the pharmacist takes out the required medicine amount in the medicine box 21, and the medicine cabinet control host 30 will store the data in the magazine 31. The medicine taken in the prescription is marked, and then the medicine information of the next medicine of the same prescription is transferred to the pharmacist computer 40; 7. Thus, repeating the above steps 3-6 until the prescription is All medicines received Finished.
該訓練模式係為將上述配藥模式中之LED25提示功能關閉者，其餘步驟則與上述配藥模式相同，差別僅在於藥師需僅由藥盒21上之藥品名牌22及該感應手環50之顯示器53上的取藥資訊去取藥。如此，藥師便可藉此模式進行自我訓練。 The training mode is to turn off the LED 25 prompt function in the above dispensing mode, and the remaining steps are the same as the above dispensing mode, except that the pharmacist only needs the drug brand name plate 22 on the medicine box 21 and the display 53 of the sensor bracelet 50. Take the medicine information on the medicine to get the medicine. In this way, the pharmacist can use this mode to self-train.
該測試模式係為將上述配藥模式中之LED25提示功能及錯誤警示音功能關閉(甚致可使該感應手環50僅只顯示藥品名稱及數量)者，其餘步驟則與上述配藥模式相同，差別僅在於藥師不但需僅由藥盒21上之藥品名牌22及該感應手環50之顯示器53上的取藥資訊去取藥，而且取藥錯誤時亦不會發出警示音。如此，便可藉由資料庫31中的記錄得知其測試結果，因此可讓學校或醫院作為藥師取藥之測試系統，進而可規範其取藥之速度與準確率。 The test mode is to turn off the LED 25 prompt function and the error warning sound function in the above dispensing mode (so that the sensor bracelet 50 can only display the name and quantity of the drug), and the remaining steps are the same as the above dispensing mode, and the difference is only It is not only necessary for the pharmacist to take the medicine information only from the medicine brand nameplate 22 on the medicine box 21 and the display 53 of the sensor bracelet 50, and the warning sound is not issued when the medicine is taken wrong. In this way, the test results can be obtained from the records in the database 31, so that the school or the hospital can be used as a testing system for the pharmacist to take the medicine, thereby regulating the speed and accuracy of taking the medicine.
由上述可知，本發明所提供之藥房配藥管控系統，在選擇「配藥模式」時，不但可藉由該藥盒21上之藥品名牌22、LED25及感應手環50之顯示器53之取藥資訊等多重提示來指示藥師正確藥盒21的位置，而且更可藉由該感應手環50上之RFID讀取器54來掃描該藥盒21上的RFID標籤24，以進一步確認取藥的正確性。如此，便可確保藥師不會發生取藥錯誤的情形。而且，更是可藉由資料庫31的記錄及儲存有效的管控取藥過程。 It can be seen from the above that the pharmacy dispensing control system provided by the present invention can not only obtain the medicine information of the medicine brand plate 22, the LED 25 and the display 53 of the sensor bracelet 50 on the medicine box 21 when selecting the "dispensing mode". Multiple prompts are instructed to indicate the correct position of the pharmacist 21, and the RFID tag 24 on the cartridge 21 can be scanned by the RFID reader 54 on the sensor bracelet 50 to further confirm the correctness of the medication. In this way, it can be ensured that the pharmacist will not take the wrong medicine. Moreover, the process of taking the medicine can be effectively controlled by the recording and storage of the database 31.
請參閱第3圖所示，係為本發明所述藥房配藥管控系統的另一種實例，其與上述實施例之架構大致相同，差別僅在 於本實施例係於該藥櫃20之每一藥盒21上各設置有一鎖具26可供控制相對應之藥盒21是否能被打開，該複數鎖具26係可由該藥櫃控制主機30控制其之啟、閉，而且在該藥櫃控制主機30透過該藥師端電腦40接收該感應手環50之微處理器51判斷該RFID讀取器54掃描到之藥盒21上的RFID標籤24為正確時才會控制該鎖具26開啟。如此，藉由該感應手環50作為取藥的電子鑰匙，並且使其每次的取藥記錄皆被同時記錄及儲存在該資料庫31之中，便可對管制藥品進行有效的管制。 Referring to FIG. 3, it is another example of the pharmacy dispensing control system of the present invention, which is substantially the same as the structure of the above embodiment, and the difference is only in In the present embodiment, each of the medicine boxes 21 of the medicine cabinet 20 is provided with a lock 26 for controlling whether the corresponding medicine box 21 can be opened. The plurality of locks 26 can be controlled by the medicine cabinet control unit 30. The microprocessor 51, which receives the sensor bracelet 50 through the pharmacist computer 40, determines that the RFID tag 24 on the cartridge 21 scanned by the RFID reader 54 is correct. The lock 26 is controlled to be turned on. Thus, by using the inductive wristband 50 as an electronic key for taking medicine, and each time the medication taking record is simultaneously recorded and stored in the database 31, the controlled medicine can be effectively regulated.
在本發明中，係可將該藥櫃控制主機30與該藥師端電腦40整合在一起，即將該藥師端電腦40所包含之第一藍芽模組41…等所有結構設於該藥櫃控制主機30之中，使該藥櫃控制主機30具有該藥師端電腦40之所有功能，或是將該藥櫃控制主機30所包含之資料庫31…等所有結構設於該藥師端電腦40之中，使該該藥櫃控制主機30，係具有一資料庫31兼具有該藥櫃控制主機30的所有功能。 In the present invention, the medicine cabinet control host 30 can be integrated with the pharmacist computer 40, that is, all the structures including the first Bluetooth module 41 included in the pharmacist computer 40 are set in the medicine cabinet. In the host 30, the medicine cabinet control host 30 has all the functions of the pharmacist terminal computer 40, or all the structures of the database 31 included in the medicine cabinet control host 30 are set in the pharmacist computer 40. The medicine cabinet control host 30 has a database 31 and all the functions of the medicine cabinet control host 30.
10‧‧‧醫師端電腦 10‧‧‧Physician computer
20‧‧‧藥櫃 20‧‧‧ medicine cabinet
21‧‧‧藥盒 21‧‧‧Pillbox
22‧‧‧藥品名牌 22‧‧‧ drug brand name
23‧‧‧位置代碼 23‧‧‧Location code
24‧‧‧RFID標籤 24‧‧‧RFID tags
25‧‧‧LED 25‧‧‧LED
30‧‧‧藥櫃控制主機 30‧‧‧ medicine cabinet control host
40‧‧‧藥師端電腦 40‧‧‧Pharmacist computer
50‧‧‧感應手環 50‧‧‧Induction bracelet
51‧‧‧微處理器 51‧‧‧Microprocessor
52‧‧‧第二藍芽模組 52‧‧‧The second Bluetooth module
53‧‧‧顯示器 53‧‧‧ display
54‧‧‧RFID讀取器 54‧‧‧RFID reader
55‧‧‧揚聲器 55‧‧‧Speakers
Claims (8)
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| TW201824155A TW201824155A (en) | 2018-07-01 |
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| CN115691776A (en) * | 2022-10-28 | 2023-02-03 | 中日友好医院(中日友好临床医学研究所) | Drug management method, device, equipment, storage medium and computer program product |
| CN116246390A (en) * | 2023-02-10 | 2023-06-09 | 深联中医药科技发展(深圳)有限公司 | Intelligent medicine cabinet medicine taking method and device, computer equipment and storage medium |
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| CN115691776A (en) * | 2022-10-28 | 2023-02-03 | 中日友好医院(中日友好临床医学研究所) | Drug management method, device, equipment, storage medium and computer program product |
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| TW201824155A (en) | 2018-07-01 |
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