JP6063999B2 - Dispensing pharmacy business processing system - Google Patents

Description

  The present invention relates to a dispensing pharmacy business processing system, and in particular, it is possible to dispense while displaying a desired image among a plurality of prescription images on one display device. It relates to a dispensing pharmacy business processing system that makes it impossible.

Conventionally, in a dispensing pharmacy, a plurality of pharmacists have dispensed according to the description of a prescription displayed as an image on one or a plurality of display devices. However, the image of the prescription is only displayed in the order in which it was read, and the function of inputting on the display device progress information such as which of these is unprocessed, being dispensed, or dispensed, It did not have a function of displaying the input progress information and the like on the display device in real time.
Therefore, it is difficult to share necessary information among multiple pharmacists, for example, according to a prescription that one pharmacist has already completed dispensing, another pharmacist will dispense twice for the same patient There were problems, such as a situation where a specific prescription was left unprocessed and the delivery of prescription drugs to the patient was delayed.
Therefore, in order to solve such problems, in recent years, a system and the like for preventing errors during dispensing have been developed, and several inventions have already been disclosed.

Patent Document 1 discloses an invention relating to a prescription processing system that efficiently processes prescriptions under the name “prescription processing system”.
Hereinafter, the invention disclosed in Patent Document 1 will be described. The invention disclosed in Patent Document 1 includes an image reading unit that reads an accepted prescription as an image, a receiving number and a giving unit that adds a reception number and a barcode to the image data read by the image reading unit, a receiving number, and the like Is placed in a dispensing section that receives the prescription image data to which the reception code is given, and a prescription image data that is received from the transmission section and that outputs the prescription image to the medicine bag. A dispensing department terminal device.
According to the prescription processing system having such a feature, the received prescription is immediately output as a reception code giving prescription image data so that the pharmacist can visually check it from the dispensing department terminal device. Dispensers can see and dispense accurately.

Next, Patent Document 2 discloses an invention relating to a dispensing pharmacy business support system that can check for errors in dispensing contents by a pharmacist under the name “dispensing pharmacy business support system”. The invention disclosed in Patent Document 2 includes prescription image acquisition means, patient ID recognition means from prescription image data, a database for recording the patient ID, name, etc. for each patient, and each patient ID input frame. When each patient ID input in the input frame is displayed as a search key, the patient-specific input form calling means for inputting the prescription data of the corresponding patient into the database and the patient ID recognition means recognize the patient ID. And a patient-specific input form calling instruction means for searching and calling a patient-specific input form.
In the dispensing pharmacy business support system having such characteristics, the content of the picking for the dispensing by the pharmacist and the content of the prescription are collated and the result of the collation is output. It is possible to effectively check for mistakes in inputting prescription data by.

JP 2003-76790 A JP 2005-10904 A

  However, in the invention disclosed in Patent Document 1, one pharmacist can check the prescription image data with the acceptance code added displayed on one dispensing department terminal device, and can control the subsequent flow of medicine. However, there is no particular description about the case where a plurality of dispensers process a plurality of prescriptions. Therefore, as described above, a situation such as double dispensing in the case where a plurality of dispensing agents dispenses at the same time is not assumed. That is, the invention disclosed in Patent Document 1 is not regarded as a problem to be solved for preventing the above situation, and therefore, it is considered difficult to prevent the occurrence of double dispensing and the like.

Next, in the invention disclosed in Patent Document 2, the prescription image sent from the scanner to the personal computer is automatically displayed on one image of the multi-monitor. At this time, there is no particular description about the case where a plurality of pharmacists confirm different prescription images. Therefore, like the invention disclosed in Patent Document 1, it is considered difficult to prevent the occurrence of double dispensing and the like, and it is highly possible that a plurality of prescriptions cannot be processed in parallel. It cannot be said that the operational efficiency of the company is good.
In addition, since the pharmacist checks the drug information (picking data) read by the IC tag reader and the prescription data input by the operator, the presence or absence of dispensing errors is checked, which is relatively large. System is required. Introducing such a large-scale system for each pharmacy is considered not easy in terms of operation, maintenance, and cost. This is especially true for small pharmacies.

  The present invention has been made in response to such a conventional situation, has good work efficiency at the time of dispensing, can reliably prevent errors, etc., and is easily operated due to a simple configuration. The purpose is to provide a dispensing pharmacy business processing system that can perform maintenance management.

To achieve the above object, the first invention provides an image reading unit for reading a prescription as an image, a processing unit for receiving and transmitting a prescription image, and a display for receiving and displaying a prescription image from the processing unit. Each of the display devices has a dispensing start information input unit and a dispensing end information input unit, and the processing unit is one display device. When the dispensing start information for one prescription is input from the dispensing start information input unit of the other display device, the dispensing start information input unit of the other display device is displayed while displaying that the dispensing start information has been input to the other display device If the input of dispensing start information for one prescription from is blocked and input of dispensing end information for one prescription is received from one display device, multiple Dispensing In all the display device is characterized in that to display the completion.
In claim 1 in which the first invention is described, “one of the display devices”, “the one of the display devices”, “the other of the display devices”, and “the other of the display devices” It is distinguished and described. In the former, in order to select one display device included in the “plurality of display devices” constituting the display unit as a constituent element or other display devices, the “one display device” or the “other display” is selected. The latter is referred to as “the one display device” or “the other display device” to indicate one display device or the other display device after being selected.

In the first invention having such a configuration, the image of the prescription read by the image reading unit is transmitted to the processing unit in real time, for example. Next, the processing unit sequentially transmits these images to the display unit so that the images can be visually recognized by a plurality of display devices. The plurality of display devices are visually recognized by at least one pharmacist.
The processing unit receives and transmits an image of the prescription. The image of the prescription is not only directly received from the image reading unit, but when the storage unit such as a database is provided, for example, from the storage unit This includes the case of receiving and transmitting.

Next, when dispensing start information for “one prescription” is input to the dispensing start information input unit of one display device, the processing unit dispenses one prescription from the dispensing start information input unit of another display device. Since the input of the start information is blocked, only one prescription can be dispensed. Note that the fact that the dispensing start information has been input to one display device may or may not be displayed on this one display device. Also, when dispensing start information is not input from any of the display devices, when the processing unit continues to display the prescription image on the display unit, a specific prescription is prevented from being left unprocessed. Is done.
On the other hand, since the input of the dispensing start information for “other prescriptions” from the dispensing start information input unit of the other display device is not blocked by the processing unit, the dispensing start information input unit of the other display device dispenses the other prescription When the start information is input, the other prescriptions can be dispensed.

  Furthermore, after the dispensing for only one prescription is completed, if the processing unit receives dispensing completion information for one prescription from one display device, the dispensing for one prescription is completed on all the display devices. Display what has been done. Therefore, the completion of the prescription medicine based on one prescription is recognized by a plurality of other pharmacists.

Next, in a second aspect based on the first aspect, the processing unit receives a plurality of prescription images, transmits the images to the display unit, and a plurality of display devices select a desired one of the plurality of prescription images. A prescription image is displayed independently, and dispensing start information input processing and dispensing end information processing are executed for each desired prescription.
In claim 2 of the present invention in which the second invention is described, “the plurality of prescriptions” and “the plurality of prescriptions” are distinguished from each other, and the concept is the same as in claim 1.
In the second invention having such a configuration, in addition to the operation of the first invention, the images of the plurality of prescriptions are associated with the reading time and patient information, respectively, by the processing unit, and then transmitted to the display unit. Is done.
Next, the processing unit displays a “prescription image of a desired prescription” among a plurality of prescription images, that is, the prescription image with the earliest reading time or the prescription image of a specific patient in the above example. Displayed selectively on the device. Further, other display devices can selectively display, for example, prescription images with the second and third earliest reading times for each display device.
In addition, when only the image of the selected prescription is displayed on each display device, it is possible to prevent the same prescription image from being displayed over a plurality of display devices at the same time.
Of course, the first reading time is initially displayed on each of the plurality of display devices at the same time, and after the dispensing start information is selected and input by one display device, the other display device has the second earliest prescription. If the second one is selected on one of the other display devices and dispensing start information is input, the other prescription device is the third fastest prescription. It is also possible to display such images. Moreover, these display processes can be automatically displayed when the prescription image is selected and the dispensing start information is input on any display device, and is separate from the input of the dispensing disclosure information. In addition, a process of displaying a page turning operation unit related to image display of a prescription by an operation of touching or pushing a pharmacist may be performed.

  Also, in one display device and the other display device, the process of inputting dispensing start information and the process of dispensing end information are executed for each desired prescription, that is, for each image of the selected prescription. On the display device, not only the image of the selected prescription is displayed, but also the image of the prescription that is not selected even if the image of the selected prescription and the image of the unselected prescription are displayed. Dispensing cannot be performed. Accordingly, even in such a case, it is possible to prevent double dispensing for a desired prescription.

Further, the third invention is the first or second invention, wherein the display unit has a dispensing information input unit, and the processing unit receives dispensing information for one prescription from the dispensing information input unit. In this case, the dispensing information is displayed on at least one display device.
The concept of “the one display device” in claim 3 of the present invention in which the third invention is described is the same as that of claim 1, and “the one display device” described in claim 1 Refers to the same thing.
In the third invention having such a configuration, the information during dispensing is, for example, when at least one processing unit is used to identify a prescription drug that has been dispensed when a plurality of types of prescription drugs are described in a prescription. A mark to be displayed on the display device can be considered.
In the 3rd invention of the above-mentioned composition, in addition to the operation of the 1st or 2nd invention, when information during dispensing is displayed only on one display device, the pharmacist who visually recognizes one display device is one It is possible to prevent one of a plurality of types of prescription drugs described in the prescription from being dispensed twice or forgetting to dispense. Furthermore, when the information during dispensing is also displayed on another display device, the other dispensing pharmacist can recognize the dispensing mistake as described above.

According to the first invention, the processing unit can prevent one prescription from being separately dispensed from a plurality of display devices at the same time. On the other hand, since other prescriptions can be dispensed, a plurality of prescriptions can be processed in parallel via a plurality of display devices. Therefore, the business efficiency at the time of dispensing is good, and it is possible to prevent a dispensing error such as double dispensing of one prescription.
In addition, since the completion of the prescription drug based on one prescription is recognized by a plurality of other pharmacists, it is possible to prevent the dispensing of one prescription from being started again.
Furthermore, since the first invention has a simple configuration including an image reading unit, a processing unit, and a display unit, operation and maintenance management can be easily performed.

  According to the second invention, in addition to the effects of the first invention, since the image of the desired prescription can be displayed independently on each display device, compared with the case where the image cannot be displayed independently. Thus, each pharmacist can accurately recognize the prescription to be dispensed at that time. In addition, it is possible to display and process images of a plurality of prescriptions on different display devices, and in addition, each display device cannot dispense a prescription that is not selected. Even when prescriptions are processed in parallel, dispensing errors and the like can be reliably prevented.

  According to the third invention, in addition to the effects of the first or second invention, since desired information during dispensing by the pharmacist can be input and displayed, it is possible to write down a notice during dispensing or to dispense mistakes. It is possible to mark a check for prevention, and the pharmacist can confirm for each prescription drug that there is no dispensing error of the prescription drug described in one prescription. Further, when such a dispensing error is grasped by other pharmacists, the dispensing related to one prescription is checked in multiple layers, so that a more accurate dispensing is possible.

It is a system configuration figure of a dispensing pharmacy business processing system concerning an example. It is a flowchart which shows the process of the dispensing pharmacy business processing system which concerns on an Example. It is the screen at the time of the dispensing start of one display apparatus. It is the screen in the dispensing of the one display apparatus. (A) And (b) is the screen at the time of the dispensing start of another display apparatus, respectively, (a) is an image of one prescription, FIG.5 (b) is an image of another prescription. (A) and (b) are screens during dispensing of other display devices, respectively, (a) is an image of one prescription, and FIG. 5 (b) is an image of another prescription.

An example of the dispensing pharmacy business processing system according to the embodiment of the present invention will be described with reference to FIGS. 1 to 6. FIG. 1 is a system configuration diagram of a dispensing pharmacy business processing system according to an embodiment.
As shown in FIG. 1, the dispensing pharmacy business processing system 1 according to the present embodiment receives an image reading unit 2 that reads a prescription 8 as an image I (see FIG. 2), and receives an image I of the prescription 8 from the image reading unit 2. And a display unit 4 that receives and displays the image I from the processing unit 3.
Among these, as the image reading unit 2, for example, a scanner device is used. The number of scanner devices is not particularly limited.
The display unit 4 includes a plurality of display devices 4a and 4b, and each of the display devices 4a and 4b includes a dispensing start information input unit 5 and a dispensing end information input unit 6. Further, the display unit 4 includes a dispensing information input unit 7 into which dispensing information M (see FIG. 2) for one prescription 8a (see FIG. 3) is input. The processing unit 3 is, for example, a central processing unit of a personal computer.
When the dispensing start information S (see FIG. 2) for one prescription 8a is input from the dispensing start information input unit 5 of one display device 4a (see FIGS. 3 and 4), the processing unit 3 While displaying that the dispensing start information S has been input on the display device 4b (see FIGS. 5 and 6), the dispensing start information S for one prescription 8a from the dispensing start information input unit 5 of the other display device 4b is displayed. When the input is interrupted and the dispensing end information E (see FIG. 2) for one prescription 8a is received from one display device 4a, it is displayed that the dispensing has been completed in all the other display devices 4b. The display unit 4 is, for example, a plurality of monitors connected to a personal computer constituting the processing unit 3 via a communication line.

More specifically, the processing unit 3 receives the images I (see FIG. 2) of the plurality of prescriptions 8 and transmits them to the display unit 4, and the images I of the plurality of prescriptions 8 on the plurality of display devices 4a and 4b. Among them, the image I of the desired prescription 8 is displayed independently, and the process of inputting the dispensing start information S (see FIG. 2) and the process of the dispensing end information E (see FIG. 2) are executed for each desired prescription 8.
When the dispensing unit information M (see FIG. 2) for one prescription 8a is input from the dispensing start information input unit 5, the processing unit 3 displays the dispensing information M on the display devices 4a and 4b.

  Further, the dispensing pharmacy business processing system 1 has a database 9 for recording the image I of the prescription 8 read by the image reading unit 2 by the processing unit 3. The processing unit 3 may read the recorded image I of the prescription 8 from the database 9 and transmit it to the display unit 4. Further, the processing unit 3 includes the dispensing start information S for one prescription 8a input from the dispensing start information input unit 5, the dispensing end information E for one prescription 8a input from the dispensing end information input unit 6, and the dispensing Dispensing information M for one prescription 8 a input from the intermediate information input unit 7 is recorded in the database 9. Of course, since the dispensing-in-progress information M is information added to one prescription 8a, the processing unit 3 may synthesize and record it with the image I of the one prescription 8a. At that time, since the dispensing information M is personal additional information by the pharmacist in charge, the composite prescription is recorded separately from the one prescription 8a that does not include the dispensing information M during storage and management. It is desirable to do so.

Next, processing steps of the dispensing pharmacy business processing system according to the present embodiment will be described with reference to FIGS. FIG. 2 is a flowchart illustrating the processing steps of the dispensing pharmacy business processing system according to the embodiment. FIG. 3 is a screen at the start of dispensing of one display device. FIG. 4 is a screen during dispensing of one display device. The same components as those described in FIG. 1 are denoted by the same reference numerals in FIGS. 2 to 4 and description thereof is omitted.
As shown in FIG. 2, the processing steps of the dispensing pharmacy business processing system 1 by the processing unit 3 include an image reading process at step S1, an image display process at step S2, a dispensing start information input process at step S3, and a step S4. Dispensing display process, Dispensing start information input blocking process of Step S5, Dispensing information input process of Step S6, Dispensing information display process of Step S7, Dispensing end information input process of Step S8, and Step S9 And a dispensing completion display step. Note that the processing unit 3 records the image I in the database 9, reads the image I from the database 9, and dispenses start information S, dispense end information E, and dispensing information M for one prescription 8 a in the database 9. The process of recording is omitted from the illustration.

  As shown in FIG. 2, first, in the image reading process of step S <b> 1, images I of a plurality of prescriptions 8 are read by the image reading unit 2.

In the image display process of the next step S2, when the image I read by the processing unit 3 is received from the image reading unit 2 or once recorded in the database 9, the processing unit 3 stores the database The image I read from 9 is read out and associated with the reading time, for example, and then transmitted to the display unit 4. Accordingly, the plurality of images I are displayed on the display devices 4a and 4b by the processing unit 3, respectively.
In addition, the processing unit 3 can independently display the image I of one prescription 8a read at a desired time among the images I of the plurality of prescriptions 8 on the single display device 4a (see FIG. 3). It is. In addition, displaying the image I of one prescription 8a independently is performed by inputting selection information from a selection information input unit 13 (see FIG. 3) described later.
Note that when the dispensing start information S is not input from any of the display devices 4a and 4b, the processing unit 3 continues to display the image I of the prescription 8 on the display devices 4a and 4b, respectively. Therefore, a specific prescription 8 among a plurality of prescriptions 8 is prevented from being left unprocessed.

Here, as shown in FIG. 3, after the selection information is input, only the image I of the one prescription 8a is independently displayed on the one display device 4a. In this image I, a patient name 10, three types of prescription drugs 11a to 11c, and the like are displayed. In addition, when the processing unit 3 can display the image I of the one prescription 8a particularly easily, such as displaying the image I of the one prescription 8a more enlarged, one screen of the one display device 4a is displayed. The image I of another prescription 8b (see FIGS. 5B and 6B) may be displayed at the same time.
Further, on the side of the image I of one prescription 8 a, the character “5” representing “dispensing work” as the dispensing start information input unit 5, and “done” representing dispensing completed as the dispensing end information input unit 6. The characters 6a are displayed.
Further, a dispensing information input unit 12 is displayed on the side opposite to the dispensing start information input unit 5 and the like across the image I. This in-dispensing information input unit 12 erases the written in-dispensing information M and the pen tools 12a to 12f having different colors and line thicknesses for writing the in-dispensing information M to the image I of one prescription 8a. And an arrow tool 12h for returning to a previous screen (not shown). The screen before returning by the arrow tool 12h means the screen before one operation. For example, if the arrow tool 12h is used immediately after the pen writing is performed using the pen tools 12a to 12f, it means that the state before the pen writing is restored. By using this arrow tool 12h, mistakes in pen writing and eraser can be erased, and work efficiency can be improved.
The dispensing start information input unit 5, the dispensing end information input unit 6 and the in-dispensing information input unit 12 are all touch panel type, and an operator (pharmacist) touches these icons with a finger or an input pen. Thus, the dispensing start information S, the dispensing end information E, and the dispensing in-progress information M are transmitted from the one display device 4a and received by the processing unit 3, respectively.
In addition, regarding the dispensing information input unit 12, when the operator touches each icon with a finger or an input pen, selection information about the pen tools 12a to 12f and the eraser tool 12g is transmitted to the processing unit 3, and thereafter When a finger or an input pen is touched, information on pen writing or pen writing erasing is similarly transmitted to the location.
The pen tools 12d to 12f can be used as a marker tool because of the thickness of the line.

Below the image I, a selection information input unit 13 for selecting the image I of one prescription 8a among the images I of the plurality of prescriptions 8 is displayed. The selection information input unit 13 selects the return button 13a for selecting the prescription image I read earlier than the one prescription 8a and the prescription image I read later than the one prescription 8a. A feed button 13b.
When the selection information input from the return button 13a or the send button 13b is input, the input selection information is transmitted to the processing unit 3, and the processing unit 3 selects the selection information from the plurality of images I recorded in the database 9. The image I is selected and read out according to the above, and is displayed on the display device 4a while adding selection information to the selection information display unit 14.
More specifically, the selection information display unit 14 includes the cumulative number 14a of images I of the plurality of prescriptions 8 read by the image reading unit 2, the reading order 14b of the selected image I in the image reading unit 2, and the dispensing information. The number 14c of unprocessed prescriptions 8 and the number 14d of dispensed prescriptions 8 are displayed. The selection information input unit 13 and the selection information display unit 14 are also of a touch panel type, and selection information is received by the processing unit 3 by an operator's touch, and one image I and its selection are displayed on one display device 4a. Information is displayed.
As shown in FIGS. 5 and 6 to be described later, it is desirable that the description format of one prescription 8a and the other prescription 8b is the same, and the image I of the other prescription 8b, the dispensing start information input unit 5, the dispensing The configurations of the end information input unit 6, the dispensing information input unit 12, the selection information input unit 13, and the selection information display unit 14 are the same as those of the one display device 4a.
This is because the dispensing start information input unit 5, the dispensing end information input unit 6, the dispensing information input unit 12, the selection information input unit 13, and the selection information display unit 14 are preliminarily displayed on the screens of the touch panel type display devices 4 a and 4 b. This is because it is configured to be displayed for each image I, I of the prescriptions 8a, 8b. These dispensing start information input unit 5, dispensing end information input unit 6, dispensing information input unit 12, selection information input Display information regarding the unit 13 and the selection information display unit 14 is stored in the processing unit 3 and displayed for each of the images I and I of the prescriptions 8a and 8b.
However, these dispensing start information input unit 5, dispensing end information input unit 6, dispensing information input unit 12, and selection information input unit 13 are provided as a frame or an accessory of a display device in a display device that is not a touch panel type, for example. In some cases, it is provided in an operation unit which is hardware. In that case, when displaying the image I of one prescription 8a on the screen of one display device, one input unit may be used, but when displaying the images I and I of a plurality of prescriptions 8a and 8b, respectively. It is necessary to provide a corresponding input unit.

Returning to FIG. 2 again, in the dispensing start information input step of step S3, the processing unit 3 receives the dispensing start information S for one prescription 8a from the dispensing start information input unit 5 of the one display device 4a. In the in-dispensing display step of step S4, the fact that the dispensing start information S has been input is displayed on one display device 4a. At the same time, the other display device 4b displays that the dispensing start information S has been input.
Specifically, as shown in FIG. 4, when the dispensing start information S for one prescription 8a is input in one display device 4a, the processing unit 3 changes the color of the character 5a of “saku”. By being displayed (the hatched portion by the broken line in FIG. 4), the pharmacist who visually recognizes one display device 4a can recognize that the dispensing start information S input by himself / herself with respect to one prescription 8a has been accepted.
On the other hand, in the other display device 4b, as shown in FIG. 5 (a), since the processing unit 3 displays the “X” on the character 5a of “Saku”, A pharmacist who visually recognizes the device 4b can recognize that another pharmacist has already selected one prescription 8a.

Then, as shown in FIG. 2, when the dispensing start information S is input in the dispensing start information input step in step S3, the processing unit 3 disposes the other display device 4b in the dispensing start information input blocking step in step S5. The input of the dispensing start information S for one prescription 8a from the start information input unit 5 is blocked. That is, even if the image I of one prescription 8a is displayed on the other display device 4b and the dispensing start information input unit 5 of this image I is touched, the dispensing start information S is received by the processing unit 3. It will never be done. Therefore, in the display devices 4a and 4b, the single prescription 8a can be dispensed only by the single display device 4a. Therefore, the pharmacist who visually recognizes the other display device 4b can also recognize that he / she cannot dispense the one prescription 8a.
Since the input of the dispensing start information S to the other prescription 8b from the dispensing start information input unit 5 of the other display device 4b is not blocked (see FIG. 5B), the dispensing start information input of the other display device 4b is not performed. When the dispensing start information S for the other prescription 8b is input to the unit 5, the other prescription 8b can be dispensed, and the character “saku” is displayed by the processing unit 3 like the one display device 4a shown in FIG. The color of 5a is changed and displayed (see FIG. 6B).

Subsequently, in the in-dispensing information input step of step S6, the in-dispensing information M input from the in-dispensing information input unit 12 only when the dispensation start information S for one prescription 8a is input in one display device 4a. Is received by the processing unit 3.
Specifically, as shown in FIG. 4, when the operator selects the pen tool 12c from the dispensing information input unit 12 in one display device 4a, the color of the pen tool 12c changes as shown in FIG. In this state, when “Lead” is written on the prescription drugs 11a and 11b and “Underline” is written on the prescription drug 11c, the processing unit 3 recognizes that the information M during dispensing is inputted. Immediately, the process proceeds to the dispensation information display step of step S7 and is displayed on one display device 4a. Further, these dispensing-in-progress information M is transmitted to the database 9 by the processing unit 3 and recorded so as to be readable. Further, as described above, the image may be combined with the image I of one prescription 8a by the processing unit 3 and recorded. Further, the information M in the dispensing recorded in the database 9 or the image I combined with the image I of the prescription 8a may be read out from the other display device 4b in addition to the one display device 4a by the processing unit 3. Good.
In addition, the dispensing information input unit 12 is widely set to match the range of the image I of the single prescription 8a in the single display device 4a, so that not only the vicinity of the prescription drugs 11a to 11c but also the patient name A “R” can also be written in the vicinity of 10.
On the other hand, returning to FIG. 2 again, if the dispensing-in-progress information M for the one prescription 8a is not input, the process proceeds to the dispensing end information input step of step S8.

In the dispensing end information input step of step S8, when the dispensing of the prescription drugs 11a to 11c is completed, touching the “done” character 6a in the dispensing end information input unit 6 with a finger or an input pen, one display device Dispensing end information E for one prescription 8a from 4a is received by the processing unit 3.
When receiving the dispensing end information E, the processing unit 3 displays that the dispensing for one prescription 8a is completed in one display device 4a in the dispensing end display step of step S9. In this display, for example, as shown in FIG. 6 (a), the “completed” character 15 surrounded by a circular frame may be displayed on the image I of the prescription 8a. You may make it change the color of the character 6a of "done" like the color of the character 5a was changed. Further, in the other display device 4b, the fact that the dispensing for one prescription 8a is completed is displayed in the same manner as in the one display device 4a. In the case of the characters “Done”, unlike the case of the characters “Saku”, the pharmacist for the prescription 8a has already been specified, and it is not necessary to identify the display for the end of dispensing between the display devices 4a and 4b. It is.
In addition, about the one prescription 8a which received the input of the dispensing end information E, it is the structure by which the process part 3 interrupts | blocks the input of the dispensing start information S not only in the other display apparatus 4b but in the one display apparatus 4a. is there. Further, in one display device 4a, by touching the feed button 13b of the selection information input unit 13, the processing unit 3 causes the image I of another new prescription that has not yet been dispensed among the images I of the prescription 8. Is selected and displayed, the dispensing from the dispensing start information input step of step S3 can be resumed for this new image I of another prescription.

Next, the display of the other display device 4b will be described in more detail with reference to FIG. 5 (a) and 5 (b) are screens at the start of dispensing of other display devices, respectively. FIG. 5 (a) is an image I of one prescription 8a, and FIG. It is the image I of the other prescription 8b. Note that the screens of the other display devices are configured such that the image I in FIG. 5A and the image I in FIG. 5B can be displayed simultaneously on one screen. Also, the same components as those described in FIGS. 1 to 4 are denoted by the same reference numerals in FIG. 5 and the description thereof is omitted.
As shown in FIG. 5A, in the other display device 4b, when the processing unit 3 receives an input of the dispensing start information S (see FIG. 2) for one prescription 8a in the dispensing display process of step S4. Is displayed by superimposing “X” on the character 5a of “Saku” on the side of the image I of one prescription 8a.

  Further, as shown in FIG. 5B, when selection information is input from the selection information input unit 13 of the other display device 4b and the processing unit 3 receives this selection information, the other display device 4b receives the selection information. The image I of the other prescription 8b is displayed. In the image I of the other prescription 8b, a patient name 10a and a prescription drug 11d different from the one prescription 8a are displayed. However, the dispensing start information S for the other prescription 8b in the other display device 4b has not been inputted yet, and the color of the character 5a of “Saku” has not changed.

Further, the display of the other display device 4b will be described in more detail with reference to FIG. 6 (a) and 6 (b) are screens during dispensing of other display devices, respectively, FIG. 6 (a) is an image I of one prescription 8a, and FIG. 6 (b) is another screen. Is an image I of the prescription 8b. Also, the same components as those described in FIGS. 1 to 5 are denoted by the same reference numerals in FIG.
As shown in FIG. 6 (a), in the other display device 4b, in the dispensing end information input step of step S8, the processing unit 3 receives input of the dispensing end information E (see FIG. 2) for one prescription 8a. In this case, in the dispensing start information input blocking process in step S5, in addition to the “X” mark being superimposed on the “work” character 5a, a circular frame is formed in the lower right corner of the image I of one prescription 8a. A “done” character 15 surrounded by is displayed.

  Further, as shown in FIG. 6B, when the dispensing start information S for the other prescription 8b is input in the other display device 4b, the processing unit 3 displays the character 5a “saku” as in FIG. It can be recognized that the dispensing start information S has been input by displaying the color changed (shaded portion indicated by a broken line in FIG. 6B).

As described above, according to the dispensing pharmacy business processing system 1 according to the present embodiment, the processing unit 3 dispenses one prescription 8a separately from the plurality of display devices 4a and 4b at the same time. Can be prevented. On the other hand, since the other prescription 8b can be dispensed by the other display device 4b, a plurality of prescriptions 8 can be processed in parallel via the display devices 4a and 4b. Therefore, the business efficiency at the time of dispensing is good, and it is possible to prevent an error in dispensing such as double dispensing of one prescription 8a at the same time.
In addition, since the other display device 4b cannot dispense a prescription 8a that is not selected, even if a plurality of prescriptions 8 are processed in parallel by the display devices 4a and 4b, It is possible to reliably prevent errors and the like.
Furthermore, since the completion of the prescription medicine based on the one prescription 8a is recognized by a plurality of other pharmacists, it is possible to prevent the one prescription 8a from starting dispensing again. Therefore, it is possible to prevent double dispensing with time.
In addition, for example, as shown in FIGS. 4, 5, and 6, the pharmacist himself and another pharmacist each have one display device 4 a to indicate that there is no dispensing error of the prescription drug described in one prescription 8 a. Since it can be confirmed for each prescription drug in the other display device 4b, more accurate dispensing is possible. Although it is possible to display one prescription 8a that cannot be input on the other display device 4b, other pharmacists can also use the other display device 4b to check prescription drugs.

The dispensing pharmacy business processing system 1 has a simple configuration including an image reading unit 2, a processing unit 3, a display unit 4, and the like. In addition, they can be used with scanners and personal computers and do not require special equipment, so they are low in cost and can be easily installed and operated even in small pharmacies. is there.
Moreover, as operation which operates the dispensing pharmacy business processing system 1, it is only necessary to input dispensing start information S, dispensing information M and dispensing end information E in the display devices 4a and 4b. These can be input from the dispensing start information input unit 5 and the dispensing information input unit 12 having a simplified layout such as the characters 5a and pen tools 12a to 12f, respectively. Therefore, operation is easy and dispensing of prescription medicine can be completed quickly. Therefore, it is possible to smoothly shift to subsequent processes such as handing of prescription drugs to patients and accounting.

  In addition, the dispensing pharmacy business processing system 1 of the present invention is not limited to the one shown in this embodiment. For example, the display unit 4 may include three or more display devices. Moreover, the image I of the several prescription 8 may be linked | related with patient ID by the process part 3, for example. Thereby, it is possible to search for a prescription history of a medicine, etc., and it is possible to make an excessive prescription for the same patient or to eliminate dispensing errors by comparing with history data. Furthermore, when only the management of the base paper of the prescription 8 is sufficient, the images I and the dispensing information M of the plurality of prescriptions 8 do not necessarily have to be recorded in the database 9. The dispensing start information input unit 5, the dispensing end information input unit 6, the in-dispensing information input unit 12, the selection information input unit 13, and the selection information display unit 14 may have configurations other than those disclosed in FIGS. . Further, the selection information display unit 14 may be omitted. Furthermore, the fact that the dispensing start information S has been input to one display device 4a does not necessarily have to be displayed as the “5” character 5a on this one display device 4a.

  INDUSTRIAL APPLICABILITY The present invention can be used as a dispensing pharmacy business processing system that can be introduced into a dispensing pharmacy and easily operated.

  DESCRIPTION OF SYMBOLS 1 ... Dispensing pharmacy business processing system 2 ... Image reading part 3 ... Processing part 4 ... Display part 4a ... One display apparatus 4b ... Other display apparatus 5 ... Dispensing start information input part 5a ... "Production" character 6 ... Dispensing end Information input section 6a ... "Done" 7 ... Dispensing information input section 8 ... Prescription 8a ... One prescription 8b ... Other prescription 9 ... Database 10, 10a ... Patient names 11a-11d ... Prescription drug 12 ... Dispensing information Input unit 12a to 12f ... Pen tool 12g ... Eraser tool 12h ... Arrow tool 13 ... Selection information input unit 13a ... Return button 13b ... Feed button 14 ... Selection information display unit 14a ... Accumulated number 14b ... Reading order 14c ... Unprocessed prescription Number of copies 14d ... Number of prescriptions already dispensed 15 ... Letter "Done" I ... Image S ... Dispensing start information E ... Dispensing end information M ... Dispensing information

Claims (3)

An image reading unit that reads a prescription as an image;
A processing unit for receiving and transmitting the image of the prescription;
A display unit for receiving and displaying the image of the prescription from the processing unit,
The display unit is composed of a plurality of display devices, each of which has a dispensing start information input unit and a dispensing end information input unit,
When the dispensing start information for one prescription is input from the dispensing start information input unit of one of the display devices, the processing unit displays that the dispensing start information has been input to another display device The input of dispensing start information for the one prescription from the dispensing start information input unit of the other display device was blocked, and the input of dispensing end information for the one prescription was received from the one display device In this case, the dispensing pharmacy business processing system is characterized by displaying that dispensing is completed in all of the plurality of display devices.   The processing unit receives a plurality of prescription images, transmits the images to the display unit, and causes the plurality of display devices to independently display a desired prescription image among the plurality of prescription images, 2. The dispensing pharmacy business processing system according to claim 1, wherein processing for inputting dispensing start information and processing for dispensing completion information are executed for each desired prescription. The display unit has a dispensing information input unit,
2. The processing unit displays the in-dispensing information on at least the one display device when in-dispensing information for the one prescription is input from the in-dispensing information input unit. Or the dispensing pharmacy business processing system of Claim 2.

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