JPH02107259A - Automatic medicine total ordering system - Google Patents

Abstract

PURPOSE:To certainly separate the data for a prescription and that for a pharmaceutical machine and to rapidly output both data by providing a computer for inputting prescription data, a computer for relaying the data and a computer for controlling and managing the pharmaceutical machine. CONSTITUTION:A prescription data input PC 1 has the keyboard input device 11 with a display connected to an input/output interface 5, the patient master 12 connected to an FDDC controller 6, a drug master 13, a prescription master 14, the primary file 18 connected to an HDDC controller 8 and the secondary file 19 connected to an HDDC controller 9, and a prescription 15, a drug bag 16 and a label 17 are outputted from an output interface 10. A control/ management PC 20 for controlling a plurality of tablet distribution packers to perform packing can perform the stop/abnormality display and disposal of the tablet distribution packers when abnormality is generated in said packers. A host computer 80 is further connected between the input PC 1 and the control PC 20. A lower rank input PC 86 is connected to an input/output interface 83 to be arranged to each ward and input devices 87, 88, 89 to which diagnostic charge and the like are inputted are connected to said input PC 86.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to an automatic drug total ordering system used in medical institutions such as hospitals and pharmacies.

(Prior art) Generally, medical institutions perform the necessary dispensing work based on a doctor's prescription, but in order to automate this dispensing work, medicines such as tablets and powders are packaged into doses for each dose. Various devices have been put into practical use.

Techniques in these fields include, for example, Japanese Patent Application Laid-Open No. 63-1
No. 25101, JP-A-63-117760, JP-A-6
There were those described in JP-A No. 3-136255, JP-A-63-140368, and JP-A-63-143067.

The configuration of this example will be described below with reference to the drawings.

FIG. 18 is a block diagram of such a conventional drug packaging device.

In this figure, Combiator a manages hospital and pharmacy operations such as calculating patient diagnostic fees, issuing various slips, and managing history, and each time a prescription is sent from a clinic, it is coded with a drug code that indicates the drug type. - Prescription data indicating the number of drugs and the number of doses taken is input from the input terminal device g. This prescription data is received by a centralized controller j that controls a plurality of drug packaging machines k, . That is, when the drug packaging mode is set in the mode designation bag zb and the patient code is entered manually in the instruction device C, the computer a extracts the previous prescription data regarding this patient and displays this data on the display device f. do. Then, an input device d is provided so that the contents of the prescription data displayed in the display bag fi can be changed, and the computer a uses the entry device e to transmit the prescription data to the central controller j via the modems h and i. That's what I do. The functions of the mode specifying device b1 indicating device C1 input device d and entry device e are similar to those of a single input terminal device g such as a keyboard.
This will be achieved. When the centralized controller j receives the prescription data, it selects a drug packaging machine k...k that stores the drug type indicated by this prescription data, and uses the terminal code of the selected drug packaging machine and the designated drug packaging machine. The address code for addressing the tablet case containing the East variety and the prescription data indicating the number of drugs and the number of doses taken are output. Then, the drug packaging machine k...k decodes the dispensing data, and if the terminal code is compatible, extracts and packages the specified number of drugs indicated by the address code, and stores this packaging into the number of doses. It is configured to repeat as many times as necessary.

(Intelligence B to be Solved by the Invention) However, the above-mentioned conventional drug packaging apparatus is designed exclusively to automate drug packaging. In other words, it is configured to only perform data input for the dispensing machine and automatic packaging from the dispensing machine.

In addition, information processing between drug dispensing devices and medical facilities such as reception desks and wards is not closely linked, and currently they rely on individual information processing systems.

In view of the above circumstances, an object of the present invention is to construct an online system centered on a host computer, to accurately separate data for outputting prescriptions from data for dispensing machines, and to speedily output them. The purpose of this invention is to provide an automatic total drug ordering system that can be used to increase the number of drug orders.

Another object of the present invention is to create an automatic drug total system that facilitates dispensing operations and reduces patient waiting time required for dispensing by networking various drug dispensing devices and medical facilities such as reception desks and wards. The purpose is to provide an ordering method.

Still another object of the present invention is to provide an automatic drug total ordering system that can automate drug dispensing and ensure the reliability of dispensing by introducing an audit system.

(Means for Solving the Problems) In order to achieve the above object, the present invention provides an input computer into which prescription data is input, and a primary computer into which the prescription data is organized by the input computer in an automatic drug total ordering system. a secondary file in which data for packaging drugs is organized from data in the primary file, a host computer that relays data from the secondary file, and a lower input computer connected to the host computer. and a control/management computer that is connected to the host computer and controls and manages the drug dispensing machine.

(Function) According to the present invention, (1) A prescription file (primary file) is created by inputting prescription data from an input device of an input personal computer.
(A prescription can be output using data from this prescription file).

Modify and convert the prescription data to create a dispensing file (
secondary file). Data based on the prescription file is transferred and transmitted to various control and management personal computers via the host computer. The control/management personal computer can control and manage the drug dispensing device.

(2) Medical information input from the reception desk is transmitted to the host computer via the control/management personal computer, and information regarding dispensing is transmitted to various control/management personal computers, which control the dispensing device and dispensing. The dispensing status is displayed on the display device.

(3) Data from input devices installed in medical facilities such as wards is transmitted to lower input personal computers,
Furthermore, information regarding the dispensing is sent to the host computer, and is transmitted to various control and management personal computers.
The dispensing device is controlled to perform dispensing.

If medication is needed immediately, such as in the case of an emergency, you can perform an interrupt transfer and modify/transfer the prescription file.
The number of the dispensing device is specified, and the dispensing is performed on a priority basis.

(4) Various dispensing devices are equipped with automatic dispensing inspection means, and after dispensing, for example, in the case of tablet packaging, the shape of the tablet,
An audit will be conducted to check the color etc.

(Example) Hereinafter, an example of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a block diagram of an automatic drug total ordering system showing an embodiment of the present invention.

In this figure, 1 is an input personal computer (hereinafter referred to as input PC) for inputting prescription data, and the input PCI is a CPU (central processing unit) 2, R
OM (read-only memory) 3, RAM (random access memory) 4, input/output interfaces 5, 7, output interface 10, floppy disk drive controller (FDDC) 6, hard disk drive controller (HDDC) 8 .9 and a human power device 11 equipped with a keyboard with a display connected to the input/output interface 5, an FDDC 6
Patient master connected to 12. Medicine Master 13. It includes a primary file 18 connected to various master HDDCs 8 such as a prescription master 14, and a secondary file 19 connected to the HDDC 9, and outputs prescriptions 15, medicine bags 16, labels 17, etc. from the output interface 10. Can be done.

In addition, 20 is a control/management personal computer (in this case, 4 units) that controls a plurality of tablet packaging machines (four in this case) and performs packaging.
This WPC (hereinafter referred to as control WPC) is capable of stopping the tablet packaging machine, displaying an abnormality display, and taking measures when an abnormality occurs in the tablet packaging machine. The control n1lPc20 includes the CPU21, ROM22, R
AM23, Human Output Interface 24.26.28, Floppy Disk Drive Controller (FDD
C) 25, comprising an output interface 27,
Drug type master 29 connected to FDDC 25. Dosage form master 30. Various masters such as the audit master 31, an input device 32 equipped with a keyboard with a display connected to the input/output interface 28, and an automatic tablet packaging audit system (CCD) connected to the input/output interface 26.
: Dosage form) 36. This automatic tablet packaging inspection system 36 allows the dosage type master 29. With reference to the dosage form master 30° audit master 31, an automatic tablet packaging audit is performed regarding the quantity, shape, color, etc. of the tablets packaged.

In addition, the input/output interface 26 includes a plurality of tablet packaging machines 40, 50, 60. TO is connected. Furthermore, from the output interface 27, an audit sheet 33 and a dosage form/type sheet 3 are output.
4. Management tally sheet 35 and the like can be output.

Furthermore, a host computer 80 is connected between the human power Pct and the control IPC 20. The computer 80 is
P U81, input/output interface 82.83, ROM
84 and RAM 85, and a lower input PC 86 is connected to the input/output interface 83. The lower input PC86
An input device F87.88.89 is connected to the input device F87.88.89, which is installed in each department's ward and the like, and into which each department's diagnosis fee and the like are input. In addition, the input/output interface 83 has a display/reception device control P.
c90 is connected and the display/reception device interface 91
A display device 92 and a reception device 93 are connected via. This reception device 93 is connected to a card issuing fi 93a, a prescription reception machine 93b, a repeat visit reception machine 93c, and the like. Furthermore,
The input/output interface 83 includes a powder medicine dispensing machine control PC 9.
4. Control PCs such as liquid medicine dispensing machine control PC 101, ampoule/vial dispensing machine side (lPc 105, ointment dispensing machine control PC 109, etc.) are connected, respectively. The ointment dispensing machine 1!l 112 is controlled or managed.The powder dispensing machine 97 is composed of a control device 98, a fully automatic powder medicine adjuvant system 99, a waiting cover sofa 100, etc. Also, a powder dispensing machine control PC 94 is connected to the powder medicine dispensing audit system 95 and audit master 96, which automatically audits and outputs the powder medicines in boxes and boxes.Similarly, the liquid medicine dispensing machine side @pctot has a liquid medicine dispensing audit system 95 and an audit master 96 connected to it. The system 102 is connected to the audit master 103, which automatically audits and outputs liquid medicines in containers.
The vial dispensing machine control PC 105 includes an ampoule/vial dispensing inspection system 106. The audit master 107 uses the ointment dispensing machine control PC 109 as the ointment dispensing audit system 110.
．． Audit masters 111 are each connected.

In addition, the above-mentioned input device 11.32.41.87.88
Data input using the 89 may be performed not only by the keyboard but also by a light pen or by inserting a card into a card league (not shown).

Although not shown, it goes without saying that a printer for printing is provided.

Next, a schematic flow of automatic total drug ordering showing one embodiment of the present invention will be described with reference to FIG.

■First, create a prescription file by inputting prescription data to the input Pct (Figures 3, 12 and 13).
(see figure).

■Using the input Pct, create a prescription file according to the prescription (see Figure 12).

■Determine whether or not to transfer the prescription.

- In the case of prescription transfer, the data of the prescription file is extracted and transferred to 1 Bpc on each side of the prescription (Fig. 14).

■ Various dispensing devices (tablet dispensing machine 40, powder dispensing machine 97, liquid dispensing machine 104, ampoule/vial dispensing machine 108,
The ointment dispensing machine 112) is designated (see FIG. 5 for the tablet packaging machine).

■Prepare medications according to prescriptions.

■Perform an automatic audit of the dispensed medicines.

Next, a subroutine of a flowchart for automatic drug ordering as an embodiment of the present invention will be described.

(A) First, prescription input will be explained based on the flowchart of FIG.

The following processing is performed by operating the keyboard of the input device 11 of the input Pct and looking at the display screen.

(1) First, enter your ID (personal identification) number.

(2) Display the previous prescription.

(3) Determine whether there is a previous prescription.

(4) If there is no previous prescription, specify Category 1 (name of department such as internal medicine or surgery) (see Figure 13).

(5) Specify classification 2 (ward) (see Figure 13).

(6) Specify classification 3 (category) (see Figure 13).

(7) Enter the patient's name in kanji (see Figure 13).

(8) Enter the kana patient name to be printed on the medicine bag (see Figure 13).

(9) Enter ID information using 10 Information Manual 14 ELP (support display screen).

(10) Enter the drug name using the drug input HELP (support screen that displays information) (see Figure 13).

(11) Enter the daily dose (number of tablets to be taken on -day) (first
(See Figure 3).

(12) Enter the division (how many tablets to take on -day and how many times) (see Figure 13).

(13) Determine whether to give an instruction (instruction of drug name).

(14) When giving an instruction, use the instruction input HELP (see FIG. 13).

(15) Determine whether or not to make corrections.

(16) To make corrections, use the arrow keys to move the cursor to the medicine line.

That correction L! The following processing is performed according to Mr. i, that is, (
17) Make line changes.

(18) Insert a row.

(19) Delete the line.

(20) Perform segment deletion.

(21) If no correction is made in (15) above, input the usage using the corporate power HiP.

(22) Enter the number of days (see Figure 13).

(23) Enter the medication start date (see Figure 13).

(24) Determine whether to end or not, and return to the start if you wish to cancel without ending.

(25) If there is a previous prescription in (3) above,
Prescription 11 Display the ELP screen.

Depending on the prescription mode on the prescription HELP screen, (2
6) Perform i-photo registration.

(27) Make a selection.

(28) Perform new registration.

(29) In the case of the copy registration in (26) above or the selection in (27) above, the previous prescription selection is performed.

(30) P-Determine whether to complete or not, and return to the start if canceling without completing.

If it ends in (24) or (30) above, each of the following 7! ! Processing is performed according to i1m. That is, (31) the correction is made and the process returns to (4) above.

(32) Create a prescription file (primary file) in packaging mode (prescription data is sent to the primary file).

(33) Set to segmented packaging mode (- If there are multiple categories in a prescription, select only the required prescription category and send to the primary file), and (34) Select from the segmented packaging HELP screen. , create a prescription file.

(35) Perform registration (prescription data is registered in input Pct).

(36) Registration/Packaging (prescription data is registered in the input PCI and at the same time the prescription data is sent to the primary file)
I decided to do this and created a prescription file.

CB) Next, the classification prescription will be explained using the flowchart of FIG.

(41) Set the classification (classification 15 classification 23 classification 3).

(42) Classification - Check the list.

The following processing is performed according to each aspect.

(43) In the case of prescription designation, the following processing is further performed according to each aspect.

(44) Modify/delete.

(45) When selecting prescription specification, (46) specify the prescription using the arrow keys, (47) decide to perform packaging, and create a prescription file.

(48) Cancel the designation.

(49) Returning to (42) above, when specifying a range, (50) use the arrow keys to specify the range, (51) decide to perform packaging, and create a prescription file.

(52) Return to the above (42), and return to the start if finished.

(53) Returning to (42) above, if list printing is selected, (54) performs 6m verification, and (55) performs list output.

(56) Returning to (42) above, if you select Modify/Delete, (57) Delete, (58) Confirm and return.

(59) Return to step (56) and make corrections, and (60) enter patient name manually.

(61) Determine whether or not to modify.

If you wish to make corrections, (62) Change the line, (63) Insert a row, (64) Enter division/usage.

(65) Complete the above (61).

(66) Delete the line.

(67) Perform segment deletion.

In (61) above, if no correction is made, (68)
We decide to do packaging and create a prescription file.

(69) When performing separate packaging, (70) Make a selection from the separate packaging HELP screen and create a prescription file.

(71) Perform registration.

(72) Perform registration/packaging and create prescription file.

(72)' Make corrections and return to (60) above.

(C) Next, prescription management (control PC) will be explained using the flowchart of FIG. 5 (see FIG. 14).

(73) Perform monitor display for each machine.

(74) Specify the machine number.

Next, the following processing is performed according to each aspect.

(75) Display the waiting power.

(76) Display a list of waiting cars.

(77) Determine whether it is a waiting power or not.

(78) If there is no waiting list, input the prescription.

(79) Determine whether it is an input.

(80) In the case of waiting power in the above (77), specify the position using the arrow keys.

Next, the following processing is performed according to each aspect.

(81) Interrupt the prescription.

(82) Display the prescription.

(82)' End and return to (73).

(83) Display prescription yen.

(84) Use the arrow keys to display the prescription details.

Next, the following processing is performed according to each aspect.

(85) Make corrections.

(86) In case of cancellation: (87) Perform prescription cancellation, (88) Display the next prescription content.

In case of cancellation, it will be reverted.

(89) Execute termination.

(90) Returning to the above (74), when manually inputting a prescription, determine whether (91) prescription input is required.

(If entering a 92 prescription, enter the ID number.

(The names of 937 people of color are manually generated.

(Enter 94 drug names.

(Enter the 95-day dose.

(96) Perform division.

(97) Determine whether or not to modify.

(98) If no correction is made in (97) above, input the usage.

(99) Calculate the number of days manually.

(100) Finish and return to the start.

(101) When making a correction in (97) above, move the cursor to the medicine line using the arrow keys.

Next, the following processing is performed according to each modification mode.

(102) Finish.

(103) Change the line.

(104) Insert a row.

(105) Delete the line.

(106) Perform cancellation.

(107) After completing the above (102), it is determined which prescription is to be input.

(108) In the case of cancellation in the above (106), it is determined whether the prescription is for a waiting person or not.

(109) Returning to (74) above, in the case of setting, (1
10) Enter the verification number and perform the operation (111).

(112) Return to (74) above, and in the case of termination, (1
13) If restarting, return to step (74) above.

(114) In case of forced termination, return to the start.

In addition to the above-mentioned packaging of tablets, it is also possible to prepare various drugs.

Furthermore, an example of medical information processing will be explained.

First, turn on the power of the packaging machine and the five control PCs.

Therefore, in the input PC, the initial menu screen shown in FIG. 6 is output on the CRT screen.

The screen includes "(1) Prescription creation", "(2) Prescription transfer", "(3) Management work", "(4) Tabulation work", r(5)
)Do File Maintenance" is displayed as a menu.

(A) First, management work will be explained.

On the initial menu screen, move the cursor to "(3) Management tasks" and operate the keys on the keyboard.

Then, the management work menu screen shown in FIG. 7 is output. Therefore, as a menu, "(1) System settings"
, [(2) Packaging machine management", [(3) System@PC management"
, "(4) Management of input PC" is shown.

Therefore, if you select [(1) System Settings j], the system settings menu screen shown in FIG. 8 is output. The system settings include [(1) Registration of packaged drug master," [(2) Modification of packaged drug usage wall,""(3) Registration of print master," and "(4) Registration of warning master."
"(5) Floppy disk management" is displayed.

Then, select the items and configure the system.

Next, management of the packaging machine will be explained.

First, as shown in FIG. 9, a packaging machine management menu screen is output. Then, "(1) Various settings" and "(2) Registration of mounting chemicals" are displayed as a menu.

Therefore, select items and manage the packaging machine.

Next, return to the business management menu screen in Figure 7 and click [(3)
Regulation? 11. Select "PC Management" and make settings to match this system to the usage conditions, as shown in Figure 10.
That is, the alarm sound on/off setting, local print, remote print, and print selection (prescription printout or Rahel printout) are set.

Next, return to the business management menu screen in Figure 7 and click [(4)
"Input PC Management" is selected to output the input PC management work menu screen as shown in FIG.

Then, "(1) Various settings", "(2) Registration of unpackaged drug master", r(3) Registration of ID information master", "
(4) Registration of instruction master", "(5) Registration of type master", "(6) Registration of usage master", "(7) Registration of classification 1", "(8) Registration of classification 2 J, " (9) Classification 3
'Registration' will be displayed as a menu.

Therefore, select the items and manage the input PC.

(B) Next, return to the initial menu screen shown in FIG. 6, and explain the menu [(1) Prescription creation j.

First, the prescription service is performed by outputting a prescription service menu screen, as shown in FIG. This screen has prescription creation menus such as "(1) Prescription manual power", "(2) Classification prescription", and "
(3) Modification/transformation J is indicated. In addition, the operator number, medication start date and time, and fixed number of days are entered manually.

Here, select "(1) Prescription manpower" to output the prescription input screen as shown in Figure 13, and input the ID number, department name, ward, category, patient name, JD information, drug name, and number of days. , enter the medication start date, respectively.

Thereafter, the user selects "(2) Classification Prescription" and "(3) Modification/Conversion" to perform prescription work.

Next, click "(2)" on the initial menu screen shown in Figure 6.
When prescription transfer (transfer prescription in secondary file to control PC) is selected, a prescription transfer menu is output as shown in FIG. 14.

Next, as shown in FIG. 15, a correction/transfer screen is output, and machine number specification, range specification, and transfer are executed.

In addition, in the case of interrupt transfer, the system is set to interrupt mode, and an emergency prescription is sent to the second waiting person to be packaged.

(C) Next, returning to the initial menu screen shown in FIG. 6, the menu [(4) Tabulation work (table of contents, monthly, monthly tabulation)'' will be explained.

First, as shown in Figure 16, when the tabulation work menu screen is output, the menu includes [(1) Daily processing],
"(2) Monthly processing", "(3) Monthly summary table output", "(
4) Data correction” will be displayed.

Therefore, items are selected and tabulation work is performed.

(D) Next, returning to the initial menu screen shown in FIG. 6, the aggregation work menu r(5) "Do file maintenance (deletion of registered prescriptions)" will be explained.

First, as shown in Figure 17, when the Do file maintenance screen is output, the menu will be '(1)+1
) Specified deletion” and “(2) Condition specified deletion” are displayed.

Therefore, select items and perform DO file maintenance work.

In this way, medical information can be easily processed by interacting with the screen.

Note that the present invention is not limited to the above embodiments,
Various modifications are possible based on the spirit of the present invention, and these are not excluded from the scope of the present invention.

(Effects of the Invention) As described above in detail, according to the present invention, the following effects can be achieved.

(1) By constructing an online system centered on a host computer, it is possible to accurately separate data for outputting prescriptions and data for dispensing machines, and speed up their output.

(2) Networking of various drug dispensing devices, reception services, and medical facilities such as wards can be made to facilitate dispensing operations and shorten patient waiting time required for dispensing drugs.

(3) In addition to automating drug dispensing, it is possible to ensure the reliability of dispensing by introducing an audit system.

[Brief explanation of drawings]

Fig. 2 is a block diagram of an automatic drug total ordering system showing an embodiment of the present invention, Fig. 2 is a schematic flowchart of automatic drug total ordering showing an embodiment of the invention, and Fig. 3 is a flowchart of prescription input of the invention. , FIG. 4 is a flowchart of the classification prescription of the present invention, FIG. 5 is an operation flowchart of the control PC of the present invention, FIGS. 6 to 17 are diagrams showing information processing screens of the present invention, and FIG. 18 is a conventional FIG. 1 is a configuration diagram of a drug packaging device. 1... Input personal computer (input PC), 2
, 21.81...CPU (central processing unit), 3,2
2゜84...ROM, 4.23.85...RAM,
5,7,24°26,2B, 82.83...I/O interface, 6.25...Floppy disk drive controller (FDDC), 8.9...
hard disk drive controller (HDDC)
), 10.27... Output interface, 11.3
2.41.87.88.89...Input device, 12...
・Patient master, 13... Medicine master 14... Prescription master, 15... Prescription, 16... Medicine bag, 1
7... Label, 18... Primary file, 19...
Secondary file, 29... Dosage type master, 30... Dosage form master, 31.96°103, 107, 111
...Audit master, 33...Audit system, 34...Dosage form/dosage type chart, 35...Management tally sheet, 36...Automatic tablet packaging inspection system, 40.50.60.70 ...Tablet packaging machine, 80...Host computer, 86...
Lower input PC 190...display/reception device control PC 19
1...Display/acceptance device interface, 92...Display device, 93...Acceptance device, 93a...Card issuing machine, 93b...Prescription acceptance machine, 93c...Return visit acceptance machine, 94. ... Powder dispensing machine control PC 195... Powder dispensing inspection system, 97... Powder dispensing machine, 98... Control device, 99... Fully automatic powder dispensing system, 100.
・Waiting person hippopotamus sofa, 101... Water medication dispensing machine? a
PC1102... Liquid medication dispensing inspection system, 104...
・Liquid medication dispensing machine, 105... Ampoule/vial dispensing machine 1BPc, 106... Ampoule/vial dispensing inspection system, 108... Ampoule/vial dispensing machine, 109... Ointment/vial dispensing machine control PC 1110. ...Ointment dispensing inspection system, 112...Ointment dispensing machine. Patent applicant Tokyo Shokai Co., Ltd. Agent Patent attorney Mamoru Shimizu (1 other person) Figure 10 Figure 11 Figure 12 Figure 13 Figure 16 Figure 17 Figure 14 Figure 15

Claims (11)

[Claims] (1) (a) an input computer into which prescription data is input;
b) a primary file in which prescription data is organized by said input computer; (c) a secondary file in which data to be packaged for a drug is organized from data in said primary file; and (d) said secondary file. (e) A lower input computer connected to the host computer; (f) A control/management computer connected to the host computer and controlling and managing the drug dispensing machine. Automatic total drug ordering system including (2) The automatic drug total ordering system according to claim 1, further comprising means for outputting prescriptions from the primary file. (3) The automatic drug total ordering system according to claim 1, further comprising a reception device connected to the host computer via an interface. (4) The automatic drug total ordering system according to claim 1, further comprising a display device connected to the host computer via an interface. (5) The automatic drug total ordering system according to claim 1, further comprising a lower-level computer connected to the host computer via an interface and installed in a medical facility. (6) The automatic drug total ordering system according to claim 1, wherein the drug dispensing machine is a tablet packaging machine. (7) The automatic drug total ordering system according to claim 1, wherein the drug dispensing machine is a powder medicine dispensing machine. (8) The automatic drug total ordering system according to claim 1, wherein the drug dispensing machine is a liquid medicine dispensing machine. (9) The automatic drug total ordering system according to claim 1, wherein the drug dispensing machine is an ampoule/vial dispensing machine. (10) Claim 1, wherein the drug dispensing machine is an ointment dispensing machine.
Automatic drug total ordering method described. (11) The automatic drug total ordering system according to claim 1, further comprising an inspection means for inspecting the drug after it has been dispensed.