TWI645418B - Drug collection training system - Google Patents

Abstract

A medicine taking training system comprises: a medicine cabinet having a plurality of medicine boxes and a corresponding plurality of displays, wherein the plurality of medicine boxes are marked with a medicine box number and a plurality of carriers for accommodating the medicines, and each carrier is provided There is an RFID tag and a label, each RFID tag has a unique identification code, the content of the label includes a kit number, a unit specification, a dose, a dosage form, and the plurality of displays can display related drug information of the corresponding medicine box; The controller can read the RFID tag on the carrier; and a control module includes a host and an output device, the host is connected to the plurality of displays, the RFID reader and the output device, and the host stores a drug database, a test database, a tester database and a carrier database, the host can replace the display content of the plurality of displays according to different test questions, and according to the reading result of the RFID reader and the The database is compared and then the test result is calculated. The output device can output a test paper and a transcript; the above structure can greatly save training. And enhance training efficiency persons.

Description

 Drug collection training system  

The invention relates to a technical field of a medicine taking training system, in particular to a medicine training system which can greatly save training cost and can improve training efficiency and accuracy.

At present, the way in which general pharmacists conduct drug-taking training is mainly carried out by means of testing the actual pharmacy (bureau) dispensing process. The test method is started by the invigilator to the tester (that is, the simulated doctor prescribes the prescription), and then the tester takes the information on the prescription to the medicine cabinet to take out the corresponding dose and quantity of the training medicine, and divides the test. After loading, take it to the invigilator for rating. Therefore, before the test, it is necessary to preset the corresponding types and quantities of medicines on the medicine cabinet for the subjects and problems of the test, and the corresponding drug brand name should also be replaced on each medicine box. However, the classification of medical departments is very diverse (such as cardiology, gastroenterology, obstetrics and gynecology, pediatrics, etc.), and each department not only uses different drugs, but also uses the same department. The range of drug types is also very wide, which results in a large amount of time and cost for each test in the training of medicines and the replacement of the nameplate of the medicine cabinet. In particular, invigilators spend a lot of time on scoring training drugs and comparing prescriptions, and often score errors when there are human factors. Therefore, the conventional method of taking medicines has many disadvantages such as high training cost, poor efficiency and poor accuracy.

The main object of the present invention is to solve the problems of high training cost, poor efficiency and poor accuracy caused by the conventional medicine pharmacy training method.

The invention provides a medicine taking training system, which is mainly for at least one tester to perform a medicine taking test, which comprises a medicine cabinet, an RFID reader and a control module. Wherein, the medicine cabinet has a plurality of medicine boxes and a pair of a plurality of displays corresponding to the plurality of medicine boxes, wherein the plurality of medicine boxes are respectively marked with a medicine box number, and the plurality of medicine boxes can respectively accommodate the plurality of carriers representing the medicines, each of which An RFID tag and a label are disposed on a carrier, and the RFID tags on each carrier respectively have a unique identification code, and the label is marked on the surface of the carrier, and the content thereof includes a kit number, a unit specification, a dose, and a dosage form. The plurality of displays are used to display relevant drug information of the drugs represented by the carriers in the corresponding kits. The RFID reader is adapted to read an RFID tag on the carrier that the tester has removed from the medicine cabinet. The control module includes a host and an output device connected to the host, a display device and an input device. The host is connected to a plurality of displays on the medicine cabinet and the RFID reader, and the host device stores a drug data. a library, a test database, a tester database and a carrier database, the host can relatively replace the display content of the plurality of displays according to different test questions, and can be based on the reading result of the RFID reader and the drug data The library, the test database, the tester database, the carrier database are compared, and then the test result is calculated. The output device is capable of outputting a test paper and a transcript, and the display device is configured to display test related information. The input device is configured to input drug data, test data, tester data, and carrier data into the host and control the output device, the display, and the display device through the host.

According to the drug taking training system provided by the present invention, before the test, the invigilator or the reserver only needs to put the kit into the kit with the corresponding kit number according to the label of the kit on the plurality of carriers. You can complete the pre-test preparation, so you don't have to spend a lot of time on identifying the drug, so you can save a lot of time to greatly improve the efficiency, especially if you don't need the general knowledge to complete the work, which can save labor costs. And reduce the chance of error occurrence. In particular, the RFID reader and the host of the control module can be used to automatically perform reading, comparison and scoring work, thereby greatly saving labor and greatly improving the efficiency of the medicine taking training, especially It can improve the accuracy of the test.

10‧‧‧ medicine cabinet

11‧‧‧Pillbox

110‧‧‧Pill box number

12‧‧‧ display

13‧‧‧ Carrier

14‧‧‧RFID tags

15‧‧‧ marked

20‧‧‧RFID reader

21‧‧‧ Carrier input

22‧‧‧Reading unit

23‧‧‧Carrier collection tank

24‧‧‧Operator panel

30‧‧‧Packing box

40‧‧‧Control Module

41‧‧‧Host

42‧‧‧output device

43‧‧‧ display device

44‧‧‧ Input device

45‧‧‧ Drug Database

46‧‧‧ test database

47‧‧‧Tester Database

48‧‧‧ Carrier Database

50‧‧‧Testers

51‧‧‧ papers

52‧‧‧ transcripts

Figure 1 is a schematic diagram of the system architecture of the present invention.

Figure 2 is a block diagram of the system of the present invention.

Figure 3 is a schematic view of part of the contents of the drug database of the present invention.

Figure 4 is a schematic diagram of the first type of question in the test database of the present invention.

Figure 5 is a schematic diagram of a second type of question in the test database of the present invention.

Figure 6 is a schematic diagram of a third type of question in the test database of the present invention.

Referring to Figures 1 and 2, the drug-seeking training system of the present invention includes a medicine cabinet 10, an RFID reader 20, a plurality of dispensing boxes 30, and a control module 40, wherein: the medicine cabinet 10, having a plurality of cartridges 11 and a pair of a plurality of displays 12 corresponding to a plurality of cartridges 11. The front side of the plurality of kits 11 are respectively marked with a kit number 110 (such as 01, 02, 03, etc.), and the plurality of carriers 13 for respectively representing the medicines are respectively accommodated in the plurality of kits 11, each of which The carrier 13 is provided with an RFID tag 14 and a label 15 . The RFID tags 14 on each carrier 13 respectively have a unique identification code. The label 15 is marked on the surface of the carrier 13 and the content thereof may include a kit number. , unit size, dosage, dosage form, etc., for example: labeled 1/4 (particle), 1/2 (particle), 1 (particle), 5 (particle), 10 (particle), 100 mg / tab (tablet, Each tablet contains 100 mg), 100 mg/cap (capsules, 100 mg each), 100 mg/ml (liquid solution, 100 mg per ml), 3 MU/vial (injection, 3 MU per vial), and the like. The plurality of displays 12 are for displaying related drug information such as a drug name, a dose, a dosage form, and the like represented by the carrier 13 in the corresponding cartridge 11.

The RFID reader 20 includes a carrier input port 21, a reading unit 22, a carrier collection slot 23, and an operation panel 24. The carrier input port 21 is for the tester 50 to sequentially input the selected carrier 13, which is an RFID tag 14 for reading the carrier 13 entering the carrier input port 21, the carrier collection slot 23 The carrier 13 can be stored by the reading unit 22, and the operation panel 24 can be set or selected by the tester 50, for example: 1 copy per reading, 3 copies per day, total 3 One day; one reading each time, one for each drug, 28 days, a total of four drugs; one reading each time, one copy is the answer to one question...etc.

The plurality of dispensing boxes 30 are for the tester 50 to install the carrier 13 taken out of the medicine cabinet 10, and classify the types, the number of uses, the number of days, etc. as needed, so that the tester 50 can sequentially input the RFID. The carrier of the reader 20 is inserted into the port 21.

The control module 40 includes a host 41 and an output device 42 connected to the host 41, a display device 43, and an input device 44. The host 41 is connected to the plurality of displays 12 and the RFID reader 20 on the medicine cabinet 10. The host 41 stores a drug database 45, a test database 46, a tester database 47 and a Carrier database 48...etc. The drug database 45 contains classifications, drug names, dosages, etc., as shown in FIG. The test database 46 contains questions, options, drug names, dosages, routes, usages, days and totals, etc., as shown in Figures 4-6. The tester database 47 contains basic information (eg, name, etc.) of the tester 50. The vector library 48 contains the kit number, identification code, unit size, dosage, dosage form, etc. for each carrier 13. The host 41 can replace the display content of the plurality of displays 12 according to different test questions, and can be based on the RFDI tag 14 on the carrier 13 read by the RFID reader 20, the drug database 45, and the test database 46. The tester database 47, the carrier database 48 are compared, and then the test results are calculated. The output device 42 can be a printer for outputting the test paper 51 and the transcript 52. The display device 43 is a screen for displaying test questions, test results, and the like. The input device 44 includes a keyboard, a mouse, and the like, and can be used to input related materials such as drug data, test materials, tester data, carrier data, etc. into the host 41 and control the host 41 through the host device 41. The output device 42 outputs the test paper 51 and the transcript 52, and controls the display 12 and the display device 43.

Prior to testing the tester 50, the invigilator or the preparer of the present invention only needs to follow the label 15 of the kit number on the plurality of carriers 13, and then place it into the corresponding kit number 110. In the kit 11, the preparation before the test can be completed. Therefore, it is not necessary to spend a lot of time on identifying the medicine, and the plurality of carriers 13 can be reused, so that a large amount of time can be saved to greatly improve the efficiency and save the material cost, especially for a general person who does not need professional knowledge to complete the work. In turn, it can save manpower, cost and reduce the chance of error.

The test step of the medicine taking training system of the present invention is as follows: 1. The invigilator outputs a test paper 51 by using the output device 42 of the control module 40. At the same time as the test paper 51 is output, the host 41 is based on the test paper 51. The content of the plurality of displays 12 on the medicine cabinet 10 is replaced, for example, according to the medicine information in the test paper 51 and the contents of the medicine database 45 (as shown in FIG. 3), which is required for taking medicine. The drug data and the drug data of the same or similar classification are respectively displayed on the plurality of displays 12, and the content of the test paper 51 may be a question and answer type as shown in FIG. 4 or a square type as shown in the fifth and sixth figures. 2. After the tester 50 obtains the test paper 51, the appropriate carrier 13 can be respectively taken out from the corresponding medicine box 11 according to the contents of the test paper 51 and the prompts of the plurality of displays 12 on the medicine cabinet 10. And the plurality of carriers 13 are installed in the dispensing boxes 30; 3. After the medicines 50 are taken according to the test papers 51, the medicine containers 30 can be carried to the RFID reader 20 Passing the operation panel 24 according to the question type and content of the test paper 51 And correspondingly selecting the reading mode, and then sequentially loading the carriers 13 in the dispensing boxes 30 into the carrier input port 21; 4. The reading unit 22 reads the carrier input ports in sequence. 21, the RFID tag 14 falling on the carrier 13 is then transmitted to the host 41 of the control module 40, while the carrier 13 read by the reading unit 22 falls into the carrier collection slot below. After collecting the read result of the RFID reader 20, the host 41 will be based on the drug database 45, the test database 46, the tester database 47, and the carrier database. 48, the comparison is performed, and the test result is calculated, and the result is stored in the host 41, or displayed on the display device 43, or outputted by the output device 42 as a transcript 52 for providing the test. 50.

In this way, the use of the host 41 to automatically perform the comparison and scoring work can greatly save manpower and greatly improve the efficiency of the drug taking training, and in particular, can improve the accuracy of the test.

Claims (7)

A medicine taking training system is provided for at least one tester to perform a medicine taking test, comprising: a medicine cabinet having a plurality of medicine boxes and a pair of a plurality of displays corresponding to a plurality of medicine boxes, the plurality of medicine boxes respectively Labeled with a kit number, the plurality of kits can respectively accommodate a plurality of carriers representing the medicine, each carrier is provided with an RFID tag and a label, and each of the RFID tags on the carrier has a unique identification code, and the labeling system is Marked on the surface of the carrier, the content of which includes a kit number, a unit specification, a dose, a dosage form, and the plurality of displays are used to display relevant drug information of the medicine represented by the carrier in the corresponding kit; an RFID reader, The utility model comprises a carrier input port, a reading unit, a carrier collecting trough and an operation panel, wherein the carrier input port is adapted for the tester to input the carrier selected by the medicine cabinet, and the reading unit is readable by the An RFID tag on the carrier into which the carrier input port is inserted, the carrier collecting slot is configured to receive the carrier read by the reading unit, and the operation panel is available for the tester to set or select each read And a control module comprising a host and an output device connected to the host, a display device and an input device, the host being connected to the plurality of displays on the medicine cabinet and the RFID reader, the host The utility model stores a drug database, a test database, a tester database and a carrier database, wherein the host can relatively replace the display content of the plurality of displays according to different test questions, and can be read according to the RFID reader. Results and the drug database, the test data The library, the tester database, the carrier database are compared, and then the test result is calculated. The output device is capable of outputting a test paper and a transcript, and the display device is configured to display test related information, and the input device is available for use. The medicine data, the test data, the tester data and the carrier data are input into the host and the output device, the display and the display device are controlled by the host. The drug taking training system of claim 1, wherein the drug information displayed by the display comprises a name, a dose and a dosage form of the drug. The drug taking training system according to claim 1, further comprising a plurality of dispensing boxes, wherein the plurality of dispensing boxes are provided for the tester to install the carrier taken out from the medicine cabinet, and sorted as needed to facilitate the tester It can be sequentially input into the carrier input port of the RFID reader for interpretation. The drug taking training system according to claim 3, wherein the drug database comprises a drug classification, a drug name and a dose. The drug taking training system according to claim 3, wherein the test question database includes a title, an option, a drug name, a dose, a route, a usage, a number of days, and a total amount. The drug taking training system of claim 3, wherein the tester database contains basic information of the tester. The drug taking training system according to claim 3, wherein the carrier database comprises a kit number, an identification code, a unit specification, a dose, and a dosage form corresponding to each carrier.