JP4791063B2 - Drug dispensing device - Google Patents

Description

The present invention, drug collection comprising a writing device of carriage display member for displaying rewrites the display content of the display member provided in the pharmaceutical-for carriage freely writing and erasing, and dispensing the drug carriage to be conveyed, collected Relates to the device .

  In medical facilities such as hospitals and dispensing pharmacies, pharmaceuticals such as drugs and medical materials are dispensed and collected for each patient according to prescription instructions in order to perform this in a short time, efficiently and accurately. For example, a large number of injection ampules are stored and dispensed in multiple sets of injection ampules in a specified order, and different types of injection ampules are dispensed from the respective dispensers to a transporter. A system has been implemented in which a patient is loaded, transported through a transport device installed along these devices, sent to an audit position, and dispensed to each patient through a strict audit.

  As another example of a system that collects and transports medicines to a transporter, a transport device is installed along the powder and tablet packaging device, and these transported medicines are collected in the transporter and sent to the inspection position. An apparatus is known from Patent Document 1 (a method for controlling the conveyance of pharmaceuticals). In the device of this publication, an IC card for storing information is built in a portable device, information stored in a liquid crystal display provided in the portable device is displayed, and the information is read out in a non-contact manner to display devices of various units of dispensing. It is trying to display.

  In the system of the above-mentioned injection dispensing device or dispensing / dispensing device, prescription information about the contents of the transporter is printed on paper, and information such as the patient name and exchange number corresponding to the content of the transporter is entered on the name tag paper or adhesive label It is printed on the side of the transporter and manually pasted on the side of the transporter, and measures are taken so that it can be accurately handed to patients and the like. The following is well known as an example of displaying the contents or indicating the corresponding relationship on such a carrier or container in a technical field other than collecting and transporting pharmaceuticals.

  In “Process Management Method and Process Management Device for Processing Object” in Patent Document 2, a processing apparatus that performs processing for production of a processing object such as a semiconductor product such as a wafer using a storage medium such as an IC card. Discloses a method and an apparatus for managing an image by a production management apparatus. In this management method, the processing object data stored in the IC card detachably attached to the container for storing the processing object is collated with the processing data stored in the management device in advance. After confirming the above, remove the IC card, transfer the object to be processed to the processing container, perform the prescribed processing, then transfer the object to be stored to this container, and handle this object in this container. The attached IC card is attached, and after confirming the data, data on the processing performed is written to the IC card.

  Patent Document 3 “Removal Method of Container and Card Attached to Container” uses a card that does not require an adhesive instead of an adhesive label to automatically remove the card attached to the container. It is an improvement. The position of the container sent on the transport line is regulated by a guide in the width direction, and the card is removed by inserting a removal hook into the gap between the cards mounted on the side of the container.

  An article transport cassette and a cleaning device for this cassette in Patent Document 4 are provided with a pocket for storing a data carrier as information storage means on a side plate of the article transport cassette, and a device for gripping and removing the data carrier from the cassette. An apparatus for attaching to a cassette is disclosed. In order to avoid adversely affecting the data carrier when washing the cassette to which the data carrier is attached, the data carrier is removed and the cassette is washed and then attached again to write information on the data carrier.

  By the way, in medical facilities, there are many opportunities to store and transport medicines and medical materials for each patient in a transporter (generally called a tray) based on prescriptions and instructions by a doctor. It is necessary to display at least information such as the patient name and the exchange number on the portable device corresponding to the contents of the portable device in order to be handed to the patient or to be used correctly for the patient. In response to such a requirement, the above-described carrier equipped with an IC card or a display is a method suitable for almost automatic processing without manual intervention in handling the carrier. The contents are displayed, but the patient name is not displayed. Moreover, the general carrier other than the above is merely a storage container, and of course, a display part such as a patient name is not provided.

  For this reason, in order to be able to use any of the above types of portable devices to display information such as patient names, medical facilities print these information on name tag paper or adhesive labels and start using the portable device. It is necessary to manually attach it to the side of the transporter and to manually remove this label when the transporter is finished. However, the work of attaching and removing the display label by hand is a heavy burden as the number of patients increases, and it is inevitable that human error such as wrong attachment will occur. In addition, the adhesive label may come off in the middle, and after removal, the glue remains and the surface becomes dirty. Furthermore, since the adhesive label is disposable, the operation cost is high.

  For this reason, it has a function that can display patient name information with a low-cost display member instead of an expensive member such as a display device using an IC card, and there is no need for manual operation for attaching and removing the display member. There is a demand for a portable device that is detachably provided with a cheap display member.

By the way, a display member that meets the above requirements and a printer that can write desired display contents on the display member are already commercially available. The display member has a property of repeatedly writing and erasing display contents such as characters, and the printer can write and erase display contents on the display member by applying a specific temperature. If the display content is displayed on the display member using such a display member and a printer, and the display member is mounted on the above-described medical device, the display member can be used repeatedly. The cost is low and the transporter can be cleaned. However, the mounting of the display member still depends on manual work by hand, so that the burden of attaching and removing remains, and there is a possibility of human error.
Japanese Patent Laid-Open No. 7-81737 JP-A-4-35848 JP-A-8-91382 Japanese Patent Laid-Open No. 9-24968

In consideration of the above-mentioned various problems, the present invention uses an inexpensive display member that can be repeatedly written and erased, and attaches it to a portable device so that patient name information can be written and erased freely on the display member. It is an object of the present invention to provide a medicine collecting device that includes a writing device for a portable device display member that can dispense , and dispenses and collects medicines to and from a conveyed carrier.

The present invention, as a means for solving the above problems, there is provided an agent collecting apparatus dispensing the drug collected in fed out carriage display member shaped card being conveyed is mounted by a conveying device from the carriage supply apparatus, wherein and possible writing means repeatedly write and erase patient name information such as the recording layer of the card-like display member, erasable programmable display member patient information name or the like by the write means can conveying to the end of the carriage mounted The medicine collecting device is characterized by including a control device for controlling the medicine.

The writing device in the drug collecting apparatus configured as described above attaches a card-like display member to the side surface of a carrier used to automatically carry medicines in hospitals and pharmacies or manually, and erases patient name information on the card. It is a device for display in a writable manner, and it is intended to help the medicines in the transporter be correctly handed to the patient or distributed in the hospital by displaying the patient name information. .

  Writing means for repeatedly erasing and writing the display contents on an erasable / writable card-like display member is generally used to rewrite the display contents by manually inserting the card-like display member from its insertion port. In the case of a portable device used in a hospital or the like, it is desirable that the card-like display member is mechanically mounted instead of manually, in consideration of hygiene management and the efficiency of dispensing operations. This card-like display member has the property of being able to repeat erasing and writing a plurality of times, so it is not thrown away only by one use, and can be used repeatedly several hundred times. It will be done efficiently.

As described above in detail, the medicine collection device of the present invention is configured so that the patient name information is recorded on the recording layer of the card-like display member, the writing means capable of repeatedly writing and erasing , and the patient name information on the card-like display member. Since it is equipped with a control device that repeatedly erases and writes data, patient name information can be repeatedly written and erased on the display member of the transporter, and it is hygienic and efficient in work without causing contamination with adhesive. Therefore, there is an advantage that an artificial mistake can be prevented and an inexpensive display member can be used without using an expensive member such as an IC card or a display.

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 shows an overall schematic configuration of an ampoule collecting apparatus provided with a writing device for a portable device display member according to an embodiment in a transport device. Ampule collecting device illustrated sent ampules paid out from the center of the ampoule dispenser (B), carriage supply apparatus installed in the starting end of the conveying device (c) that is installed along the A sample collection device from the (b) It is configured such that the transporter is discharged and put into the transporter T and transported to the end by the transport device (c), and then transported into the transporter discharge lifter cart (d). In this cart, the carriers T are stacked by a lifter for each of a plurality of columns, and after a predetermined number of patients are temporarily collected, the cart is transferred to a pharmacy or a ward nurse station or the like.

  In the illustrated transport device (c), patient name information (patient) related to the target patient of the pharmaceuticals carried on the side of the transported carrier and stored in the transporter at an appropriate position in front of the ampoule dispenser (b) Card removal / writing device A for erasing and writing predetermined patient information on a card (patient name information display member) that displays the name, implementation date, ward name, ward number, department name, presence / absence of cold storage medicine Is attached. The card is generally called a rewrite card, and has a characteristic that patient name information once written and displayed can be erased and another patient name information can be written again.

  In the example shown in the figure, the rewrite card 1 has the same size and the same thickness as a telephone card or a train commuter pass that are generally used. There are generally two types of rewritable cards: a leuco card that reacts with the leuco dye in the recording layer and the developer to bond and develops color, and a white turbid rewritable card that appears white due to a gap between the low molecular weight of the recording layer and the resin. It has been known. All of the above-mentioned rewrite cards are of a type in which characters can be written or erased when a specific temperature is applied. Of the two types of cards, the former leuco card is used in this embodiment.

  A schematic configuration of the writing device A is shown in FIGS. The writing device A includes a card attachment / detachment transfer means 10 that allows the rewrite card 1 to be pulled out from the card holding member 2 on the side of the carrier T, or to be inserted again after being reinserted, and the rewrite card 1 sent by the attachment / detachment transfer means 10 to the patient name. Writing means 20 for writing information. The card attaching / detaching / transporting means 10 has a predetermined interval between a plurality of pairs of a rubber roller 12 that rotates about a vertical axis and a rotatable plastic roller 13 that is opposed to the rubber roller 12 with a predetermined gap (a dimension corresponding to the card thickness). The cross section is configured by a hollow rectangular guide frame 11 arranged such that these roller pairs are supported by a frame.

The guide frame 11 has a slightly larger vertical width than the rewrite card width (long side width) and a thickness of about several centimeters. The entire frame is close to the rewrite card 1 held by the card holding member 2 of the carrier. A contact portion 11a having a length of about 1/3 and a remaining guide portion 11b having a length of about 2/3 are integrally formed in a loosely bent shape. Further, the guide frame 11 is rotatably installed around a vertical shaft 14 provided at a position close to the writing means 20 of the guide portion 11b, whereby the rubber roller 12 on one side of the contact portion 11a is attached to the rewrite card 1. It can be freely contacted. Incidentally, the vertical axis 14 is provided and fixed to the substrate 10 _B provided on the rail frame of the transport device (C).

As shown in FIG. 4, a small motor M ₁ is built in the vicinity of the bent portion of the guide frame 11, and the same pulley 15 as the small pulley 15 whose output shaft is provided at the end protruding from the upper frame plate is connected to each rubber roller. Twelve rotation shafts are also provided at projecting ends from the upper frame plate, and a belt is wound around these pulleys 15 so that the power of the motor M ₁ can be transmitted.

  As shown in FIG. 3, the contact surface of the contact portion 11a of the guide frame 11 with the rewrite card 1 is such that the frame plate 16a following the frame plate 16b of the guide portion 11b is about half the length of the contact portion 11a. In the remaining half, the two rubber rollers 12 are exposed on the side surfaces, and the frame plate 16a opens slightly outward to provide a gap 17 between the rubber roller 12 and the rewrite card 1 to make it easier to greet. is there. Two vertically parallel guide plates 18 are provided horizontally over the entire length of the guide frame 11 above and below the rubber roller 12.

Further, in the figure, as shown in FIG. 5, an appropriate location of the lower outer contact portion 11a of the guide frame 11 is connected eccentrically cam roller 11c to the output shaft of the motor M ₂ provided below the substrate 10 _B Since the cam roller 11c contacts the lower outer surface of the contact portion 11a, the guide frame 11 rotates a slight angle so that the rubber roller 12 exposed from the guide frame can contact the rewrite card 1 freely. Yes. The guide frame 11 is given elastic force so that the contact portion 11a is always pulled out from the rail frame by a coil spring 11d provided between the substrate _10B and the end of the guide frame.

Position sensor P _H adjacent to an end of the guide frame 11 to the substrate 10 on the _B is installed, to detect the carriage T and sends the signal to the controller 30 by the sensor P _H, the control signal from the control unit 30 the carriage is projected stopper 31 sends to the drive unit 31 _B of the stopper 31 is stopped release means, so that it is possible to forcibly stop the running of the carriage T. The stopper 31 is provided in the transport device (c), and is normally set below the bottom surface of the transporter, and is lifted to contact the transporter end surface by a control signal to forcibly stop the transporter.

  As shown in FIG. 2, the writing means 20 is provided with a thermal head 22 on one of the case halves of the split case 21, and a case between two case halves from one end (left side of the figure) of the case. The rewritable card 1 that has been fed in is moved by the feed roller 23 and passes through the position of the thermal head 22 so that the thermal head 22 applies a predetermined temperature to perform writing. Since it is a well-known thing, description is abbreviate | omitted for details. In this writing means 20, even if it is already displayed on the rewrite card such as the previous patient name information, the display is erased, and new patient name information is written, and this can be repeatedly performed (however, rewriting is a few There is a practical limit of 100 times).

FIG. 6 shows an overall schematic block diagram of the control system of the first embodiment. However, the means indicated by the dotted line is provided in the second embodiment and will be described later. As shown in the figure, a host computer 40 which is a drug information transmission unit is connected to the control unit 30, and prescription data for each patient is transmitted from the host computer 40. Examples of prescription data will be described later. The control unit 30 controls the card attachment / detachment writing unit 32 including the card attachment / detachment transfer means 10 and the writing means 20 based on the prescription data. Also, the stopper 31 is carriage stop release means is controlled based on the detection signal from the position sensor P _H. Reference numeral 41 is a keyboard of input means of the host computer 40, 42 is a mouse, and 43 is a display (CRT).

FIG. 7 shows a flowchart of processing (without a reissue function) performed by the control unit 30 of the first embodiment. In a process without a rewrite card reissue function, the illustrated process is started immediately after the entire control system is turned on. Step Check the transmission of prescription data from S ₁ the host computer 40, if there is no transmission of prescription data back to the top, forward and receives the prescription data to the S _2.

In S _2, to create the print data for the rewrite card from the prescription data. For example, when the host computer 40 is a computer that manages and controls the ampoule dispensing device, print data is created by reading data necessary for the print contents of FIG. 10A from the prescription data of FIG. In the case of prescription data from the host computer of the dispensing transport device that transports tablets or the like instead of the ampoule dispensing device, data necessary for the print contents of FIG. 10 (b) is read from the prescription data of FIG. Print data is created. A serial number is assigned to the created print data and is managed in the memory of the control unit 30.

  In the case of the prescription data of the ampoule dispensing device of FIG. 8, the items to be printed include the patient name, the implementation date, the ward name, the room number, the department name, and the presence or absence of a cold place preservative. The presence / absence display is useful. If there is a cold place preservative, the display of “cold place preservative” is printed on the card based on the “cold” data in the cold place column. In the case of the prescription data of the dispensing transport device of FIG. 9, the items of the print contents include the patient name, the exchange number, the name of the medical department, and the type of drug. In particular, the display of the type of drug is useful. Indications such as tablets and powders are printed on the card from the data in the drug type column.

In S ₃ carriage to check is stopped at a predetermined position. Stopping carriage is performed by operating the stopper 31 by a signal from the position sensor P _H as described above. Sensor P _H sends a detection signal, carriage T in position when the stopper 31 is operated to advance to the next S ₄ as stopped.

In S ₄ , the rewrite card 1 is removed from the transporter T. This removal operation is performed as follows. When a control signal is first sent from the control unit 30 to the motor M ₂ of the card attaching / detaching / transferring means 10, the cam roller 11 c rotates to slightly rotate the guide frame 11, so that the abutting portion 11 a contacts the rewrite card 1 of the transporter T. Make contact. In parallel with this, a control signal is also sent to the motor M ₁ to rotate the rubber roller 12 so that the rewrite card can be transferred. When the rubber roller 12 of the abutting portion 11a comes into contact with the rewrite card 1, the rewrite card 1 is sent out from the card holding member 2 of the carrier T by the frictional force and passes through the gap 17 between the guide frame 11 and the frame plate 16a. Is sent to the writing means 20 through a gap between the rubber roller 12 and the plastic roller 13.

In S ₅ , the rewrite card 1 is printed by the writing means 20. When the rewrite card 1 is sent to the writing means 20, the rewrite card 1 is processed by the thermal head, and the print data is overprinted (erased + printed). When printing is completed, the rewritable card 1 is sent back to the card attaching / detaching transfer means 10 again in S ₆ , sent in the guide frame 11 and mounted in the card holding member 2 of the transporter. Carriage T by the conveying device and the S ₇ Lower the stopper 31 to release the carriage (C) is transferred. After release of the carriage returns to the previous step S _1, it performs the process with the next carriage is repeated one after another such process.

  The writing device for a portable device display member according to the second embodiment includes a writing means 20 ′ (for reissuance) indicated by a dotted line in FIG. 6 and an operation means 33 having a liquid crystal display 33a and a button 33b, and reissues the rewrite card. It has a function. The reissuing writing means 20 ′ is installed as another means in a completely different position (not shown) so as not to affect the continuous operation of the card attaching / detaching writing section 32. Can be manually replaced with a rewrite card attached to the carrier. The reissue of the rewrite card is an operation performed when printing by the writing means 20 is unclear. If the host computer 40 can perform the function of the operating means 33, the operating means 33 and the writing means 20 ′ are not provided. Also good.

FIG. 11 shows a flowchart of processing performed by the writing device of the second embodiment. In this embodiment, the main functions performed in the card attaching / detaching writing unit 32 are almost the same as those in the first embodiment, but the operation means 33 is provided, so that the screen display is performed, and the rewrite card is reissued. The process is different from the first embodiment. Since the operating means 33 are provided, of (a) of FIG 12 when the power is turned ON from the menu screen processing of FIG. 13 is started the process of FIG. 11 is the first liquid crystal display 33a in step S ₀ screen Is displayed. However, since the prescription data has not yet been received, the print data of FIG. (A) is not displayed on the initial screen.

The point that the prescription data is received at S ₁ and the print data is created at S ₂ is the same as in the first embodiment. However, when the print data is created, S ₂ ′ is as shown in FIG. The serial number and patient name are displayed on the screen. The contents of the reissue and end selection buttons are displayed on the display screen, but the following processing from S _{3 to} S ₇ is performed unless the button switch “△” corresponding to any of them is pressed. The same as in the first embodiment. The same procedure as in returns to the previous S ₁ When the process of S ₇ ends prescription data for each patient are performed for each display sent by.

The above process is repeated to write a normal rewrite card. However, the printed rewrite card may be unclear. This is because if the rewritable card is erased or written over several hundred times or more, it becomes unclear. When such a rewritten card with unclear printing occurs, the operator visually confirms and reissues. As for the timing of this reissuance process, the prescription data is not always sent continuously while the processes from S _{1 to} S ₇ described above are repeated, and the prescription data may not be transmitted for a certain period of time. It is done using the meantime.

When the processing operation returns before S ₁ , if the timing at which no prescription data is transmitted is selected and the “Reissue” button shown in FIG. 12A is pressed, the processing operation is performed as shown in FIG. The process proceeds to the flow process on the right side, and unless the “end” button is pressed in S ₁₀ , the process proceeds to S ₁₁ and the “reissue” screen shown in FIG. 12B is displayed. This “reissue” screen is a screen for designating print data to be reissued, and the serial number of the already printed print data and the patient name are displayed in order. Pressing the “Previous data” button on this screen displays the data immediately before the displayed print data, and pressing the “Next data” button displays the next data of the displayed print data. .

The operator, after displaying the print data to be re-issued by pressing the button of the "previous data" or "following data" in S _12, the selection of the print data and press the "confirm" button. Proceed to S ₁₃ , and if the “Cancel” button is not pressed here, proceed to S ₁₄ , and when a spare rewrite card is inserted into the reissue card 20 ′, print data to be reissued to the reissue card is displayed. Overwrite printing (erasing + printing). The rewrite card reissued by the writing means 20 ′ is manually replaced with the rewrite card attached to the carrier.

When the "cancel" button is pressed in the above S _13, stop processing the reissue returns to the previous S ₁ to display the original printed screen shown in (a) of FIG. 12 in S ₁₅ . Even if the printing of the rewrite card is carried out in S ₁₄ to display the original printed screen in the S ₁₅ back to the front of the S _1. On the other hand, if there is no transmission of prescription data, the process proceeds to S ₁₀ , and if the “reissue” button is not pressed there, the process proceeds to S _16. If the “end” button is not pressed here, the process returns to S _1. When the “end” button is pressed, the process returns to the menu screen process shown in the flowchart of FIG. 13 and a “menu screen” (not shown) is displayed (S ₂₁ ). In this “menu screen”, a “start” button and a “diagnosis” button are displayed, and when the start button is pressed in S ₂₁ , the process returns to S ₂₀ to start the processing of FIG. 11 and the “diagnosis” button is pressed. And “diagnosis processing” of S ₂₂ is performed.

In the diagnosis process, a diagnosis program is provided in the control unit 30 for checking whether each device component such as the control unit 30, the card attachment / detachment writing unit 32, and the operation means 33 operates normally (details are shown in the figure). This is a process of performing self-diagnosis at appropriate timing (generally after the end of the daily drug process) as to whether the operation of each component is normal or not by this program. The diagnosis process of S ₂₂ is repeated back to S _21, when returning to the normal operation processing returned 11 Previous S ₂₀ by pressing a "start" button is activated.

  In the two embodiments described above, an example in which the writing device A is attached to the transport device (c) has been shown, but the transporter T is not necessarily transported by the transport device (c), for example, loaded on a cart, or Sometimes transported manually. Therefore, the writing device A is not a transport device, and a fixed height base is fixedly installed at a predetermined position (anywhere in the hospital or pharmacy) so that the transporter T can be stably placed on it. The writing device A may be attached to the table. In this case, simply by placing the carrier T on the table, the writing device A automatically attaches / detaches the rewrite card 1 and writes the print.

  In the above embodiment, the rewritable card 1 on the side surface of the transporter T is moved in the horizontal direction by the card attaching / detaching transfer means 10 and attached to / detached from the transporter T. However, the card may not be attached / detached horizontally. . For example, it is also possible to employ a mechanism in which a card is sucked by a suction means having a suction arm and lifted upward, and then the suction arm is moved or rotated to be sent to the writing means 20.

Overall schematic configuration diagram of an ampoule dispensing device provided with a writing device for a portable device display member of an embodiment in a conveying device Enlarged external perspective view of the writing device for the portable device display member of the embodiment External perspective view seen from arrow III in FIG. (A) side view and (b) plan view of the card attaching / detaching means Sectional drawing seen from the arrow Va-Va and Vb-Vb of FIG.4 (b) figure Overall schematic block diagram of the control system of the first embodiment of the writing device for the portable device display member Flowchart of processing by the control system of the first embodiment The figure which shows the example of the prescription data of an ampoule delivery apparatus The figure which shows the example of the prescription data of a dispensing conveyance apparatus The figure which shows the example of a display of patient name information of a rewrite card Flowchart of processing by the control system of the second embodiment Illustration of the same print / reissue screen Illustration of menu screen processing

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Rewrite card 2 Card holding member 3 Stopper 10 Card attachment / detachment transfer means 11 Guide frame 11a Contact part 11b Guide part 12 Rubber roller 13 Plastic roller 14 Vertical shaft 15 Pulley 16a, 16b Frame plate 17 Gap 18 Guide plate 20, 20 'Writing means 30 control unit 31 stopper driving unit 32 card attaching / detaching writing unit 33 operating means 40 host computer (b) carrying device supply device (b) ampoule dispenser (c) carrying device (d) carrying device discharge lifter cart A card attaching / detaching device T carrying device M ₁ , M ₂ motor P _H position sensor

Claims (3)

The transporter (T) is sent out from the transporter supply device (a) to the transporter (c), and the medicine dispenser (b ) is transferred to the transporter (T) on the transported transporter (c) based on the drug information based on the prescription . In the medicine collection device in which the medicine dispensed from) is collected, and the carrier (T ) from which the medicine is collected is transported to the terminal by the transportation device (c) ,
The carrier (T) detachably carries a card-like display member (1) that can be repeatedly written and erased on the recording layer.
With respect to the transporter stop releasing means (31) for stopping the transport of the transporter (T) at a predetermined position on the transport path of the transport device (c) and releasing the stop, the transporter (T) at the predetermined position The card-like display member (1) is pulled out from the card holding member (2) of the transporter (T), and the card-like display member (1) is detached and transferred so that it can be returned and inserted again. (10), a writing means (20) capable of repeatedly writing and erasing a patient name on the recording layer of the card-like display member (1) transferred by the card attaching / detaching transferring means (10 ), and a carrier stop and release A medicine collecting apparatus comprising: a means (31), a card attachment / detachment transfer means (10), and a control device (30) for controlling the writing means (20) . A card-like display member in which a transporter discharge lifter cart (d) is disposed at the end of the transport device (c) and new patient name information is written on the transporter discharge lifter cart (d) based on the drug information according to the prescription. The medicine collection device according to claim 1, wherein the container (T) to which the terminal has been attached and to which the medicine is collected can be collected.   A card-like shape in which re-issuing writing means (20 ′) of the card-like display member (1) is connected to the control device (30), and new patient name information is written based on drug information based on the prescription. The medicine collection device according to claim 1 or 2, wherein the display member (1) can be reissued.

Images