JPS60240623A - Controller for medicine packaging machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (A) Field of Industrial Application The present invention relates to a drug packaging machine that can selectively package one or several types of drugs in hospitals and the like based on different prescriptions for each patient.

(B) Prior Art In pharmacy operations, it is often necessary to check a patient's medication history, and a prescription management system for pharmacies is desired. By the way, drug packaging machines used in pharmacies are
For example, Japanese Patent Publication No. 56-48362 and Japanese Patent Publication No. 54-3
As disclosed in Japanese Patent No. 8887, the system is configured to manually input the drug type and number of drugs in advance according to the doctor's prescription, and then sequentially create sachets based on the input prescription data. Therefore, it can also be applied to prescription management by storing input prescription data even after packaging is completed, but there is no drug packaging machine equipped with such a function yet. However, drug packaging machines that selectively package many types of drugs currently only package tablets and cannot package liquids, powders, etc. Only drugs that can be packaged using a drug packaging machine are selected and input. Therefore, with current drug packaging machines, drug types that cannot be packaged are not input, making it impossible to manage traps and prescriptions.

B) Purpose of the Invention The present invention enables the input of all types of drugs at pharmacies, including those that cannot be packaged separately using a drug packaging machine, thereby recording the data entered in accordance with the prescription. The present invention provides a drug packaging machine that can manage prescriptions.

(E) Structure of the Invention The present invention stores the drug types and the number of drugs input for each prescription as one prescription data, and stores only the drug types that can be packaged among the drug types shown in this prescription data. A specified number of drugs are packaged, and upon completion of packaging, this prescription data is stored in an external storage device, and in response to a command to display prescription data, predetermined prescription data recorded in the external storage device is read out and displayed. It has a 17-piece configuration.

(E) Embodiment of the invention FIG. 1 shows an external view of a tablet packaging machine. , an operating device (2) and a packaging machine (2). The operating device (2) creates prescription data by operating the keys of the key operator (2) and transfers it to the packaging machine αη, and the packaging machine α°C performs a packaging operation based on the transferred prescription data.

Figure 2 shows the configuration of the packaging machine αη, in which a tablet case storage section (1) is formed at the top, a hopper (2), a shutter (3), and a tablet packaging mechanism (4) are arranged at T1. There is. Tablet cases (5)...(5) are placed in the tablet case storage section (1) according to the type of tablet, and the tablet cases (5)...(5) are set according to the predetermined extraction signal. It is configured to be driven by an input to extract tablets and introduce them into a hopper (2) through a falling passage (not shown). The tablet packaging mechanism (4) includes a roller (7) around which a wrapping paper (6) that can be thermally welded and is folded in half in advance, a tensicon roller (8), and a wrapping paper (6) are wound.
) consists of a vertical heat-sealing mechanism (9) that vertically heat-seals the pouches to form a continuous pouch, a horizontal heat-sealing mechanism (g) that seals the upper opening of the pouch into which tablets are inserted, and a feed roller αp. has been done. And the feed roller (
B) is driven intermittently to convey the wrapping paper (6), and when the conveyance is stopped, the shutter (
The operations of 3) of inserting the tablet into the divided package by opening and sealing the divided package by lateral heat sealing are performed.

FIG. 3 shows a control device for a tablet packaging machine according to the present invention, (
(g) is a control device on the operating device (transmission) side, and (b) is a control device on the packaging machine (b) side, which converts the transmitted data into serial data and the received data into parallel data via the transmission line OQa frame. connected by αη.

The control device α3 includes a central processing unit (G), a system memory α in which the control procedure for the operating device is programmed, and a keyboard interface that detects the operation of the key human power unit (2) and generates a key human power signal. A controller for controlling the display of the screen and the CRT screen, and a drug file memory M1. ~M, n and prescription data memory M1
．． ~M2n, control data memory M3, and register R
3.R2, an external storage device such as a magnetic disk or floppy disk for recording prescription data, a controller thereof, a printer and a printer control unit. The control device (b) controls the packaging machine (
b) System memory ■ in which the control procedures on the side are programmed, a packaging machine controller that controls the wrapping operation of the packaging machine αη, a central processing unit, memory M4, a control counter ■, and registers R1 and R1. It is equipped with.

Fig. 4 shows that the control device cL3 displays the drug file memo 'J M
This is a flowchart showing the operation when registering the name/abbreviation code and code number of all drugs handled at the pharmacy in sI~M,n. will be started. In the NO step, an arbitrary code number for the drug type is input by operating the numeric keypad of the key manual section (2). At this time, if the drug to be registered can be packaged using the packaging machine (B) and is being filled into any of the tablet cases (5)...(5), enter a code other than "0" using the numeric keypad. A number is input, and in the case of a powder or liquid medicine that cannot be packaged by the packaging machine αη, “0” is input using the numeric keypad. Step N is for storing the code number data entered manually in the drug file memories M11-M1n. The drug file memories M, 1 to M1n corresponding to each drug type each have storage areas .m8.m, .my, as shown in FIG. 5, and the code number data for each drug is stored in the storage area. m,
Store in. When the abbreviation for the drug type is entered in step N.

In the step, it is determined whether this abbreviation is the same as the abbreviation of another drug that has already been registered, and if it is not, it is N.
In 4 steps, write the abbreviation code to the corresponding memory section M, 1 to M.
, n storage area town.

For example, the abbreviation for a drug named "A tablet" is "
If "A" is input, a character code representing the character rAJ is stored in the storage area. On the other hand, if there is a duplicate, the process moves from step N3 to step N, and waits for the code to be entered manually again. However, N.
When the drug name of the relevant drug type is entered manually in the step, N
Each character constituting the drug name is stored in the storage area by character code using 6 stenops. This process is repeated for each drug type to store the drug file memory M1. ~M,n
Register code number data, abbreviation code, and drug name in
When it is detected in step N that the function key representing the end of registration of the key manual unit (6) has been operated, the registration operation is ended.

1 The control device (141) performs packaging control based on the control data sent from the control device U, but the transfer mode of the control device (to) α interrogation is controlled by the control device Q4 sending a transfer request signal to the control device a3. At this time, the control device (B) periodically outputs this transfer request signal without performing packaging control. Fig. 6 shows the control device (2).
This is a flowchart showing the normal operation of this flowchart, and processes based on this flowchart are always executed except for the registration operation in the drug file memories M, -M, and n. N. The step is to store "1" in register R8 and set the transfer number to 1, store "o" in register R4, and store N1. In the step, the presence or absence of a transfer request signal from the control device (b) is determined, and if the transfer request signal is not output, the presence or absence of key human power is determined in the Nil step. When the key input unit (6) is operated and the abbreviation and number of drugs to be administered in the morning, afternoon, evening, and before bedtime and the number of days to be taken are entered, N8. In the step, prescription data is created and stored in one of the prescription data memories M□ to M2n based on the contents of this key according to the format shown in FIG.
The following description will be made assuming that the prescription is stored in IchitaMemo'J Mt+.

FIG. 8 is a flowchart illustrating the operation in N, 3 steps. Le. When the patient name and prescription date are entered manually in the step, the prescription data memo 17 is entered in the Louis step.
Each character constituting the patient name is stored in the storage area m of M□ as a character code, and each address O of the storage area m is stored.
~ 2, the year, month, and day data are stored respectively. When the abbreviation of a drug is entered manually in the Louis step, the drug file memories M11 to M1n are indexed in the Louis step to determine whether the drug of interest has been entered manually, and the process proceeds to step fL4.

However, which drug file memory Mu-Mly
If the same abbreviation as the one entered manually is not stored in l, the process returns to the Louis step and waits for the abbreviation to be input again. In the n4 step, the code number and drug name of the drug that match the abbreviation entered by the key are stored in the drug file memory M1.
1 = Ml, read from 1 and stored in storage areas m, .m, of prescription data memory M2I, respectively. Soshi-(n
, When the number of drugs for each morning, noon, evening, and before bedtime is entered in the step, the prescription data memo' is entered in the Louis step.
Morning, noon,
Data on the number of medicines in the evening and before going to bed is written, and if there is a key input in step n, the Louis step determines whether the content of the key input is an abbreviation related to the drug or the number of days it is taken. When multiple types of drugs are packaged in one sachet, the abbreviation is input again, so the process returns to step n3, the same process is repeated, and the prescription data memo') M21 is filled in with the abbreviation that matches this abbreviation. The code number, drug name, and number of drugs to be used are stored. When the setting of the drugs to be packaged in one sachet and the number of drugs thereof is completed, and the number of days of administration is entered in the rL7 step, the Louis step changes to the Louis step and the storage area JK of the prescription data memory M21 is entered. Store the number of days data. The 1G step calculates the number of Guo Gongbao for each morning, noon, evening, and before bedtime by inputting the number of days data, and stores it in each address 0 to 3 of the storage area Aya of the prescription data memory M, 1.rL11 In the step, register R3
Write the transfer number stored in the storage area m4 of the prescription data memory M□, and write the transfer number stored in the rLI! register R5 in step
The content of is incremented by 1, the transfer number is advanced by 1, and the process moves to the Nil step. Then, when the prescription data key is available again without the transfer request signal being sent, the prescription data is stored in the memory MB, but at this time, the contents of the register R8 are stored in the storage area m4 of the prescription data memo') Mtt. Since the transfer number is incremented by 1, the transfer number incremented by 1 is stored.

Figure 9 shows the display inscription of CRT@ when the key is manually operated, and shows the name of the drug specified by the operator's key manually, the number of doses and days of this drug for each morning, noon, evening, and before bedtime. The prescription date is displayed respectively on the display section 61) (to) soni), and the drug file memory M, -M is displayed based on the abbreviation.
, n are displayed on the display section -. Furthermore, the patient name and transfer number are displayed in the display section @ (to). In the input example shown in Fig. 9, A tablet, B tablet,
This shows that the key human effort was to package 0 tablets in 7-day doses, and to package 1 unit of E powder in the morning, at noon, in the evening, and before bedtime for 7 days. Powder E, which is a powdered medicine, cannot be packaged in a packaging machine (b) and is packaged manually or in another packaging machine dedicated to powdered medicines, but it is input for inventory management. Therefore, code number data for each drug A-B-C-E is written in each storage area m from Arashi 1 to Arashi 4 of prescription data memories M and I, and Morning, noon, and
Medication count data [1] is written to the addresses O to 2 corresponding to evening and before going to bed, and "0" is written to the address 3, and to each address O to 3 of the storage area Aya of the number 4. "1" is written to each of them, and the number of days data "7" is written in the storage area m1.
is written. Then, by inputting the drug number data and the number of days data, calculate the number of line segment packages for each morning, noon, evening, and before bedtime, and calculate the storage area. When stored in each address O to 3 of FL3, it is displayed on the display section - of the common pressure and CRTH. Powder E cannot be packaged using a packaging machine (B), so its code number is “0.”
” is the prescription data memory M! , but C
The display part (b) of RT@ shows "..." for powder E, indicating that it cannot be packaged.

After creating the prescription data in this way, the process returns to the N11 step, and when it detects that a transfer request signal is being transmitted from the control device α, the N2 step occurs and the register R4
It is determined whether the content of is a value other than "0". When the packaging machine (b) is in a packaging operation, the register R4 stores the transfer number of the prescription data that is the basis of the packaging operation at this time. Therefore, currently, when the packaging machine (B) has stopped the wrapping operation, the content of register R4 is "O", so N
Then, the process moves to step 9 to determine whether there is prescription data.

Then, through the process of the N18 step mentioned above, the prescription data memory M! When prescription data is stored in l, the storage area TrL of prescription data memo lJMt becomes step N.
The transfer number stored in Q4 is written into the register R4, and the prescription data to be transferred to the control device Q4 in N,1 steps is converted into control data according to the format shown in FIG. In addition, any two or more prescription data memories M, 1
If prescription data is stored in ~M□, the storage area m
Select the prescription data stored in No. 4 with the smaller transfer number.

FIG. 10 shows a flowchart for creating control data, and the rL20 step is the memory M2.M2 storing prescription data. ~M2n is selected and the selected memory M!
In each storage area m, ・m2 of I, the first storage area m, ・m,
Specify. The n21 step is the prescription data memory M,
The drug code number data stored in the storage area WLs of No. 1 is written into the storage area A' of the control data memory M3. Control data memory M.

is the prescription data memo')
ms'. The rLtt step determines whether the code number data stored in the storage area m@' is "0", and if it is other than "0", then step 3 is performed and the prescription data memory M1. Storage area for each address 0 to 3 of the town
The drug count data for each morning, noon, evening, and before bedtime stored in is stored in each address 0 to 3 of the storage area TrLl of the control data memo IJM3. Also, if it is “0”, Wt4
In step, "0" is written in each address θ to 3 of the storage area m2' of the control data memory M3. 7. The steps are to expand the storage area of the prescription data memo IJ M2゜,
-6 step is the prescription data memory M!
All storage areas m of I.

is specified. Repeat the process up to rLt1 step and step n26 step. The drug code number data stored in the storage area m of the prescription data memory M2H selected in step is transferred to the control data memory M3, and the code number data is set to 1.
If the value is other than 0, the drug number data for that drug is stored in the control data memory M.

If it is "0", write the number data of the drug to "
0'' and write it into the control data memory M3. Therefore, in the input example shown in FIG. 9, the code number data of each tablet A-B-C is stored in the storage area 1 to 3 of the control data memory M, and the storage area m, / of the storage area 4 is "0" is written in each of the control data memory M5 corresponding to the E powder, and "1" is written in each storage area m from ] to 13 in the control data memory M5, and "1" is written in the addresses O to 2 of /. "0" is written, and "0" is also written to each address from 0 to 3 of the storage area m2' of N4.

rL11? The steps are. Specify the first address 0 in the storage area m3 of the storage section of the prescription data memory M21 selected in step, and address O of each storage area m2' and ms' of the control data memory M.
Specify each. n, 28 steps are each storage area m2
It is determined whether the logical sum of the drug number data of the drug type paddy stored at the address O of ' is [o-1]. At this time, if at least one of the drug count data stored at address O of each storage area m2' is other than "0", then Ru2. In the step, the total number of packets data for the morning stored at address 0 of the storage area rrL3 is stored in the control data memo IJ.
OK write address of storage area 7713' of M. Further, if the drug number data stored at address O of each storage area m2' is all "0", "o" is written at address O of storage area rrL3' of control data memory M3 at step rL3o. The rL31 step shifts the address in the storage area m3 of the storage section of the prescription data memory M2 selected in the fL27 step from 0 to 1, and also shifts all the addresses of each storage area m2' of the control data memory M3 from 0 to 1. In step 2, it is determined whether the address of the storage area m3 of prescription data memo 'J M2 has exceeded the address, and if the address is within 3, step 2. Move to step. And Le.

From step 3. In the processing up to the step, the total number of packets for daytime is calculated based on whether the logical sum of the drug number data of the drug type paddy stored in each address 1 of each storage area mt' of the control data memory M is rOJ. Determine whether or not correction is necessary, and select “O”.
'', the data stored at address 1 of storage area m3 is written to address 1 of storage area m3' as no modification is necessary, and if it is ``0'', write ``0'' to address 1 of storage area rrL3'. Correct the total number of sachets data by writing . Similarly, the total number of sachets in the evening and before going to bed is n.
The modification is determined by the processing from step 28 to step rLst, and the storage area m3 of the control data memory M3 is
Predetermined data is written to addresses 2 and 3 of ', respectively. Then, when the address of the prescription data memory M exceeds the storage area m, N from step '32.

It becomes a step. Therefore, according to the prescription input in this example,
Only E powder is taken before bedtime, and control data memory M
The logical sum of the data stored at address 3 of each storage area m2' in 3 is [01, so the storage area m3
The corrected value rOJ is written to address 3 of '.

N2. The step is the morning data stored at addresses 0 to 3 of the storage area m3' of the control data memo IJ M3.
Determine whether the total number of sachets for each day, evening, and before bedtime are all rOJ,
In the case of rOJ, there is no need to separate packages using the packaging machine (b), so the process returns to step N1. However, if the total number of packages for at least one of morning, noon, evening, and before going to bed is other than rOJ, it is necessary to use the packaging machine (6) to package it, and N2. In the step, the control data is transferred to the control device 04), and at this time, the control data is serially converted by the interface (c) and transmitted. However, after the transfer is completed, N1. Returning to the step, the control device α does not output the transfer request signal because it is controlling the packaging of the packaging machine (6) by receiving the control data. Therefore, the control device (to) repeatedly determines the presence or absence of key manual power in N, 2 steps, and if there is key manual power, the process goes to step N13, and any prescription data memo that does not store prescription data! JM21~M,
Store key human data in n.

The operation of the control device 041 will be explained with reference to the flowchart in FIG. When the transfer request signal is output and the control data is received at the No' step, the transfer request signal is output and the control data is received from the N1' step to the N2'
The control data is stored in the memory M4.

The memory M4 stores each storage area mx' and ms' of the memory M3.
・Storage area m,′・corresponding to mX.

It is equipped with ``m'' and ``m,'' and stores drug number data, total package number data, and drug type code number data, respectively.

The N,' step is a ternary control counter (
Set b) to rOJ. In the N4' step, it is determined whether the contents of the storage area rJ of the memory M4 are "0". The storage area mX stores line segment numbers at four addresses from 0 to 3 corresponding to morning, noon, evening, and before bedtime, respectively.
In this case, the content CN of the control column □ri■ is "0", so address 0 is specified, and the data of the total number of sachets in the morning is "0".
” is determined. In this example, the number of sachets for uniforms is 7.
This is the current time, and the process moves to the NB' step. N, /step stores the code number data stored in the storage area ``1rL'' of the memory M4 in the register R8, and stores the code number data in the storage area 1rL of the memory M4.
2" is stored in the register R7. At this time, for the storage area "Machi", since the content CN of the control counter is "0", each storage area 1rL is first stored.
The medicine number data stored at address 0 of : is read out and stored in register R2. Therefore, the code number data of each tablet A, B, and C is written in the register R8, and the data on the number of medicines for the morning packet for these tablet types is written in the register R1. In the N6' step, it is determined whether the contents of register R7 are "0" or not.
” Is it N? ' This becomes a step to remove the tablet. In step N,', the code number data for the tablet type whose drug number data is other than "0." is read out from the register R1 and introduced into the packaging machine controller. And the packaging machine controller is a tablet case (5) that stores various tablets A-B-C.
An extraction signal is output to K. Therefore, the tablet cases (5)...(5) into which the extraction signal has been introduced are driven to extract one tablet. In the N,/step, "1" is determined based on the drug number data for the tablet type that was extracted.
" is subtracted and the process returns to the Nu' step. In this example, the drug number data for the various drugs A-B-C stored in register R1 is "0" because each drug A-B-C is packed one tablet at a time in the morning packet. Become. Therefore, one morning packet of tablets is extracted and introduced into the hopper (2), and the packaging operation is performed in the next step N,'. In the Ng' step, the packaging machine controller gives control signals to the shutter (3), horizontal heat-sealing mechanism (g), and vertical heat-sealing mechanism (9), respectively, to input tablets, seal sachets, and form sachets. After controlling the operation, a control signal is given to the drive device of the feed roller (b) to move the wrapping paper (6) by a predetermined length in the longitudinal direction, thereby completing the wrapping operation of the morning dose packet. N...
, 'step specifies the address O of the storage area mi of the memory M4 with the content "0" of ) in the control counter, subtracts "1" from the data stored there, and N.
, 'step determines whether the data at all addresses from θ to 3 in the storage area ml is "0". In this case, one packet for the morning dose has been completed and "1" has been subtracted from the data at address 0 in the storage area "ms", and N,
At the J step, change the content CN of the control counter from "0" to "
1" and return to step N4'. Set N4'
In step, since the content of the control counter (b) is "1", address 1 of m: is specified to determine whether the content is "0", but at this time, since the content of address 1 is "7", Then, the system moves to the NS' step and performs the packaging operation for daytime doses.

In step N5', the code number data stored in the storage area m5' is stored in the register R7, and the drug number data stored in address 1 of each storage area ml is stored in the register R7. And from N6' step,
When it comes to step ', tablets are extracted from the tablet case (5)...(5) for tablet types whose drug number data stored in register R2 is other than "0", and N8'
In the step, "1" is subtracted from the medicine number data in register R2. In this example, since the daytime packets are packed with each drug A-B-C one tablet at a time, the data on the number of drugs in register R is all "0" and the process moves from step N6' to step N'. . In the N9' step, the one-daytime packet of tablets taken out into the hopper (2) is packed, and then N.

In step ', ``1'' is subtracted from the data stored at address 1 of the storage area mB' to store that the daytime one-pack operation has been completed. And Nl from NII' step! 'll step and advance the content CN of the control counter (2) from "1" to "2". Therefore, the next N4
From step ', since the content of the control counter is 12', address 2 is specified for the storage areas ML, l' and TrLl, and processing is performed for the evening sachet operation, and after that,
When the processing for the evening parcel is completed, the content CN of the control counter (goods) is advanced from "2" to "3" and the process returns to step N4'. At this time, the contents of address 3 of the storage area ml are "0", 1, and N.
In other words, in the input prescription of this example, in order to package E-powder which cannot be packaged by the packaging machine (B) before bedtime, the packaging operation for the doses v-m before bedtime is omitted. That means that. And N! In step ', the content of the control counter (2) is advanced from "3" to "0", and the processing for the morning packets is performed again. In this way, storage area m3 of memory M4
All the data stored in addresses O to 3 of / is "
Repeat the packaging operation in the morning, afternoon, and evening order until the number reaches 0. (When the packaging of the 7-packs for 7 days in the morning, afternoon, and evening is completed, the process returns from the N, 1' step to the N6' step, assuming that the packaging for the one-person prescription has been completed.

And N. In step ', a prescription data transfer request signal regarding the next packaging operation is transmitted to the control device (2).

Then, when the control device α outputs the NIIll step when the control device 0 station outputs a transfer request signal, the prescription data is transferred to the control device 0 station and the transfer number is stored in the register R4. Because of this, it becomes N16 steps from N, 11 steps. In step N16, prescription data memory M1. The prescription data stored in is introduced into the disk controller (to), and is stored in the external storage device by the action of the disk controller (to). N.I.
, the prescription data memory M2. Clear and N
In the 18th step, register R4 is set to "0" and N. It becomes a step. In this way, the control device (to) indicates that the wrapping operation based on the transferred control data has been completed.
The presence or absence of a transfer request signal at N1.2 and N1. Judging from the contents of register R1 in step N1. In this step, the prescription data that has been packaged is saved to an external storage device. Mo, N. In the step, when it is detected that prescription data is stored in any of the prescription data memories M22 to M2n, control data is created again, and if packaging is possible with the packaging machine (b), this control data is sent to the control device a4. Transfer to. In addition, the prescription data stored in the external storage device q4 can be changed from step N4 to step N25 by inputting prescription management commands to the central processing unit (to) by operating the specified keys of the key control section (6). will be displayed on the CRT@ as appropriate.

This N2. In the step, predetermined prescription data is displayed in accordance with the specified conditions that are subsequently input.

This is a chart. If it is determined in step n40 that there is a key to specify a condition, and in step rL41 it is determined that the content of this key input is to specify the patient name and prescription date, n4.
Then, index the external storage device based on the specified patient name and prescription date, read out the prescription data for the corresponding patient on the corresponding date, and introduce it to the CRT controller Qυ. The prescription is displayed under the control of.

See you again rL4! In step 2, if it is determined that the key input content in step 0 specifies only the patient name, in step 6, the external storage device is indexed based on the specified patient name, and all information about the patient is The prescription data is read out and introduced into the CRT controller Q1), and the CRTH
displays the prescription under the control of the CRT controller Q'D. Further, in step rL48, if it is determined that the key input content in step rL4o is the specification of only the date of prescription, then R. In step , all the prescription data entered on the specified date are read out and the CRT controller e.
Introduced to A Ka, C11 T natural π I sail beak bamboo grass or Ura Yun im - Spear 1.
Ile 6. When Stenobu determines that the key manual content is an abbreviation code, the n48 step reads out all prescription data including the specified drug tank and displays it on the CRT@. You can manage your prescriptions. Furthermore, the central processing unit (to) also introduces the read prescription data to the printer controller 6, so that the prescription is also displayed on the printer (to). Then, at step rL4+1, when it is detected that an instruction to end the prescription management process is issued by operating a predetermined key of the key manual section (2), the process returns to step N1.

(F) Effects of the Invention According to the present invention, when the chemical tank and the number of medicines are input,
The type of medicine that can be packaged is taken out of the chemical tank and packaged. Therefore, all drug tanks handled by the pharmacy, including types that cannot be packaged by packaging machines, can be entered and recorded according to the prescription, and the entered prescription data can be read out and displayed in response to management commands, so the pressure prescription A drug packaging machine with management functions is provided.

[Brief explanation of drawings]

Fig. 1 is an external view of a drug packaging machine according to the present invention, Fig. 2 is a block diagram of the packaging machine, Fig. 3 is a block diagram of a control device according to the present invention, and Fig. 4 is a drug file memo') M. 1~M. FIG. 5 is a flowchart showing the registration operation in the medicine file memory M5. - Diagram showing the storage format of M1n, No. 6
The figure shows the control device u′! Fig. 7 is a flowchart showing the format of prescription data, Fig. 8 is a flowchart showing prescription data creation processing, Fig. 9 is a diagram showing an example of inputting one prescription, and Fig. 10 is a diagram showing control data. A flowchart showing the creation process, FIG. 11 shows the control data memory M. Figure 12 shows the storage format of the controller α→
FIG. 13 is a flowchart showing the operation of α station...control device, wire...c: aT, as...printer, M11 to M1n...medicine file memory, M
7. ~M, n...Prescription data memory, M3...Control data memory. Figure 1 @ Figure 2 Figure 13

Claims (1)

[Claims] 1. A means for inputting the type of drug to be administered and the number of drugs;
A means for storing the drug type and the number of drugs entered for each prescription as one prescription data, a means for extracting and packaging the types of drugs that can be packaged from among the drug types indicated in the prescription data, and terminating the packaging operation. A control device for a drug packaging machine, comprising: an external storage device for storing the prescription data in the packaging operation; and means for reading and displaying the prescription data in response to a prescription data management command.