KR102323436B1 - Manufacturing and distribution record tracking system - Google Patents

Abstract

The present invention relates to a system and method for producing and delivering drug prescription data to a manufacturing device, thereby manufacturing and delivering the subdivided packages of drugs according to the prescription data. According to the present invention, a service operation unit receives prescription data from a prescription terminal, such as a pharmacy, etc., and transmits the same to the manufacturing device, and then the manufacturing device manufactures prescription medicines in subdivided packages according to the prescription data. In addition, according to the present invention, drug history information linked to prescription data is recorded, tracked, and managed, and the drug history information is linked to an image of a subdivided package manufacturing process, and thus consumers can check the same on a consumer terminal, so as to track and confirm a production history of the drug and check a manufacturing image. Accordingly, it is possible to enhance the consumer's confidence in the subdivided packages of the health functional food produced according to the present invention.

Description

Manufacturing and distribution record tracking system for customized health functional food

The present invention relates to a system and method for tracking the manufacturing and distribution history of customized health functional food online.

With the development of Internet technology, a technology for managing and managing drug prescriptions into a database has emerged.

Looking at these prior art, in the case of Prior Patent 1 (Korean Patent Registration No. 10-0366817), a system for managing prescription dispensing is disclosed on the basis of a prescription. However, there is a problem in that it is only managing drug prescriptions in a network, and it is not possible to process subdivided packaging manufacturing for health functional foods, and consumers cannot know the manufacturing process and individual drug management process.

In the case of Prior Patent 2 (Korean Patent Publication No. 2001-0015960), a system is disclosed in which a doctor's prescription is transmitted online to a pharmacy, and a pharmacist manufactures and delivers it. However, there is a problem that each step of prescription manufacturing cannot be confirmed, and subdivision packaging instructions cannot be given.

In the case of Prior Patent 3 (Korean Patent Publication No. 2011-0107918), a system for preparing and shipping oriental medicines contained in a liquid tank according to oriental medicine order request information is disclosed, but each manufacturing step cannot be confirmed by the consumer, and the consumer directly There is a problem in that the order according to the prescription cannot be performed.

Republic of Korea Patent Registration 10-0366817 Republic of Korea Patent Publication 2001-0015960 Republic of Korea Patent Publication 2011-0107918

The present invention solves the problems of the prior art described above, manufactures small pharmaceuticals in small packaging through online prescription, and allows to check the history and manufacturing process for each manufacturing step, thereby increasing consumer confidence and tracking and managing the history of medicines An object of the present invention is to provide a system and a manufacturing method that can do this.

The present invention provides a pharmaceutical subdivision packaging system for ordering and delivering subdivided packaging of medications, comprising: a prescription terminal for inputting prescription data for subdivided packaging of drugs; a service operation unit for receiving prescription data and transmitting a manufacturing request signal to a manufacturing device; A manufacturing apparatus for receiving a manufacturing request signal from a service operation unit and manufacturing a pharmaceutical subdivision package; provides a system including, wherein the prescription terminal, the service operation unit, and the manufacturing apparatus are connected through a mutual communication network, and the manufacturing apparatus includes the It provides a drug subdivision packaging system, characterized in that the drug history information including the history data of individual drugs put into the drug subdivision packaging and the drug subdivision packaging manufacturing process are captured as an image to generate image data. In addition, the present invention further includes a consumer terminal connected to a network, wherein the consumer terminal receives the image data associated with the prescription data, and receives the drug history information associated with the prescription data; do it with

In addition, the consumer terminal of the present invention receives the prescription data from the service operation unit, transmits a manufacturing request signal of the subdivision packaging of the drug included in the prescription data, and the drug history information is, include history.

Furthermore, the system of the present invention is configured to further include a cloud server connected to a network, and the prescription data is stored in the cloud server; provides a pharmaceutical subdivision packaging system, characterized in that.

In addition, the present invention provides a method for manufacturing subdivision packaging of drugs in a drug subdivision packaging system comprising a prescription terminal, a service operation unit, and a manufacturing device connected through a network, wherein the prescription terminal inputs prescription data receiving prescription data input step; a sub-package ordering step in which a prescription terminal or a consumer terminal orders sub-package based on the prescription data; Subdivision packaging manufacturing step in which the manufacturing apparatus manufactures subdivision packaging based on the prescription data selected in the subdivision packaging ordering step; and generating image data. In addition, the present invention provides a method for manufacturing subdivision packaging of medicines, characterized in that the consumer terminal receives the history information, and a medicine history information checking step of confirming the manufacturing process of the medicine and image data of each step; do.

According to the present invention, a consumer can receive an order and delivery for a prescribed customized health functional food in a state of small packaging (subdivision packaging), and by receiving data traceable from the manufacturing to the distribution process, It has the effect of increasing trust.

The present invention records, tracks, and manages drug history information linked to prescription data, and the drug history information links to an image of the subdivision packaging manufacturing process, and by checking it in the consumer terminal, the consumer tracks and confirms the production history of the drug, By confirming the manufacturing image, the consumer's confidence in the subdivision packaging of the health functional food produced according to the present invention is improved.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic representation of the system and procedure of the present invention.
2 is a diagram showing the system of the present invention.
3 is a diagram showing the interconnection relationship between prescription data, drug history information, and image data of the present invention.
4 is a view showing each configuration of the manufacturing apparatus of the present invention.
Figure 5 is a view showing each configuration of the drug storage unit of the manufacturing apparatus of the present invention.
6 is a view showing the flow of the first data, the manufacturing request signal, and the manufacturing completion signal of the present invention.

1. Manufacturing and distribution traceability system of customized health functional food according to the present invention

1 and 2 , the present invention is configured to include a prescription terminal 200 , a consumer terminal 100 , a service operation server 300 , and a manufacturing device 400 provided in a pharmacy or the like.

1.1. prescription terminal (200)

It is a wired/wireless terminal provided in pharmacies and oriental/western hospitals where pharmacists, oriental doctors, and doctors input prescription contents. The prescription terminal receives prescription data for individual consumers through consultation with the consumer, and transmits it to the sub-prescription database of the service operation server or the sub-prescription database in the cloud.

1.1.1. prescription data

Prescribing data of the present invention means data that is generated as customized data for each patient through the results of consultation between a prescriber and a consumer (patient), such as a pharmacist/doctor/oriental doctor/professional counselor, and input to the prescription terminal 200 . In the present invention, the prescription of the drug constituting the prescription data input to the prescription terminal 200 is not only generated by a pharmacist/doctor/oriental medical doctor/professional counselor, but also by a prescriber with appropriate education and qualifications to the extent permitted by law. can

In the present invention, the following health functional foods, nutritional supplements, pharmaceutical preparations, herbal preparations, etc. are collectively referred to as 'drugs', and the prescription data of the present invention is each drug constituting a single dose (referred to as 'subdivision') of each drug. The type/quantity of the drug is created and entered as prescription data. Prescribing data may include data such as the type/quantity of each drug as well as daily dose, administration period, and patient ID, and includes unique prescription identification information for each prescription. In the present invention, each drug may be composed of a tablet (uncoated tablet) of a predetermined standard amount, and in the case of a natural medicine, it may be expressed in a predetermined standard unit amount, in the case of a powder, the weight of the powder.

<Health functional food prescription>

For example, in the case of health functional food, the type/dose of each individual food mixed for one dose is prescribed and input as prescription data. have.

<Nutrition Prescription>

In the case of nutritional supplements, a plurality of different types of nutritional supplements mixed for a single dose may be prescribed and input as prescription data. For example, if a patient's single-dose nutritional supplement is 3 vitamin C tablets, 2 vitamin A tablets, and 1 calcium tablet, the type of each tablet and the number of tablets are prescribed and entered as prescription data for one dose. do.

<Drug prescription>

In the case of pharmaceuticals, like nutritional supplements, prescription data can be configured as multiples of the type and standard unit amount of each drug constituting a single dose.

<Oriental medicine prescription>

In the case of herbal medicines, prescription data can be composed of multiples of the type and standard unit amount of each medicine constituting a single dose.

1.1.2. Processing of prescription data

The prescription data input to the prescription terminal 200 is transmitted and input to the subprescription database module of the consumer terminal 100 and/or the service operation unit 300 . The prescription data may be transmitted to a predetermined cloud server configured separately from the service operation unit server by selection of the consumer terminal 100 . The prescription data includes unique prescription identification information, and the prescription identification information may include consumer information of the consumer terminal 100, and has separate identification information that is distinguished according to individual prescriptions even if it has the same consumer information.

Since the prescription data is also generated as block chain data, even if it is stored in the consumer terminal 100, the service operation unit 300, and a predetermined cloud server, respectively, when transmitted to the manufacturing device to be described later, the version and manufacturing completion and the like are updated, so that the manufacturing apparatus can receive and manufacture the prescription data without duplication.

1.2. consumer terminal (100)

The consumer terminal 100 is a wired/wireless terminal to which a patient accesses, and by accessing the service operation unit, he or she can check his or her prescription data from the sub-prescribing database module, and request transmission of his or her prescription data to the manufacturing device management server for prescription drugs. can be requested to manufacture.

According to the request, the patient's prescription data may be transmitted from the sub-prescription database module to the manufacturing device, and independently of this, the consumer terminal 100 may directly transmit the prescription data to the manufacturing device management server or the manufacturing device. In this case, a separate authentication procedure may be involved.

<Remote prescription>

The consumer terminal 100 may also be configured to communicate with the prescription terminal 200 to conduct an online consultation with the prescription terminal 200 and to record the consultation data. For example, even if a patient or consumer does not directly visit a pharmacy/hospital, etc., through the remote consultation or medical treatment network provided by the service operation unit of the present invention through the consumer terminal 100, the prescriber and the prescriber through the prescription terminal 200 Remote prescription may be performed through sound/image data or text data, and the prescription terminal 200 receives remote prescription data, or prescription data according to remote prescription input through the prescription terminal 200 is input to the service operation unit. do.

The sound/image data or text data generated during the remote prescription process may be stored in the service operation unit.

1.3 Service Operation Department (Service Operation Server) (300)

As a service subject of the present invention, it is configured to include an operation server and an operator terminal. The operation server is configured to include each of the following modules, and each of the following modules can be implemented as a separate server.

1.3.1. service web module

The service web module of the present invention drives and operates the website service according to the present invention. Prescription data is input through the prescription terminal connected to the service web module. The input prescription data is inputted into the sub-prescription database module in the prescribed prescription data format described above according to the data input/output flow of the service web module, recorded and managed.

1.3.2. Manufacturing and distribution tracking management module of customized health functional food

The present invention is provided with a manufacturing and distribution tracking management module that tracks the history information generated at each stage from preparation to manufacturing and distribution.

It manages information generated at each stage such as dispensing, warehousing, raw and subsidiary materials, production, finished product, customized subdivision, and distribution area as block chain-based data, and tracks and manages the history information for each individual tablet, the smallest unit of finished product.

The history information for each raw tablet of the present invention is managed as subdivided raw tablet data, which is the minimum unit of the finished product, by subdividing the finished product information during production through grouping of the production information and preparation and subdivision information for each process generated during the manufacturing of health functional food.

In other words, it provides reliable manufacturing and distribution tracking management that is impossible to arbitrarily falsify by increasing the level of food stability through the advancement of history information and managing block-chain-based data.

The present invention is provided with a production tracking management module for managing the drug supplier / drug and tracking the production history. The production tracking management module includes an individual drug history management module, and manages the history of stocking of individual drugs and use in subdivided prescription manufacturing. The individual drug history data of the present invention is managed as block chain data together with the prescription data to achieve security, and due to the nature of block chain technology, the production history according to the prescription data is automatically recorded and managed as block chain data. That is, the present invention proceeds with blockchain-based production tracking management.

<Connection of drug history information and prescription data>

The present invention includes drug history information that includes prescription data and tracks the production history and distribution history of small-divided packaging drugs for each process step.

The drug history information has a data format as shown in FIG. A as an embodiment. Referring to the embodiment of FIG. A, the drug history information includes the prescription data or is connected to the prescription data, and is configured to additionally include uncorrected information, production information, step information, delivery information, and the like.

The drug history information is generated immediately upon receiving the prescription data from the prescription terminal. The drug history information is linked to the prescription data by including prescription data or by including prescription identification information of the corresponding prescription data, and drug history information for each prescription data is generated.

<Medical history management module>

The production tracking management module of the present invention includes a medicine history management module for managing medicine history information. Drug history information can be managed together by being linked to or included in prescription data composed of block chain data.

For example, prescription data for a specific patient may be included in the drug history information, and if the medication is prepared according to the prescription, the production time/production region/prescription drug manufacturing time/method of individual drugs included in the drug history information, etc. As the data of the drug is linked and stored as block chain data, the patient can check not only his or her prescription data but also detailed data about the drug through the consumer terminal 100. can be obtained

The drug history information can be updated and inputted by the manufacturing device terminal when individual drugs (unripe) are stored in the manufacturing device to be described later, and automatically history when drugs are stored through barcode and RFID management for each individual drug storage unit. Data can be updated and inputted and transmitted to the production tracking management module for management. Each individual drug can be treated as a single tablet, the minimum unit, and the history of each individual tablet is managed and tracked.

The drug history information may be transmitted to the consumer terminal 100 at the request of the consumer terminal 100 .

The drug history information updates the history for each manufacturing step, and it is also possible to include log data for each stage of the prescription data transmission request, manufacturing request signal, and manufacturing completion signal of FIG. 6 .

The consumer terminal receives the drug history information and confirms the progress of each manufacturing step.

<Video data management module>

The service operation unit of the present invention receives and manages the image data acquired by the camera device for recording the manufacturing process of the manufacturing device, the drug discharge process of the drug storage unit of the manufacturing device.

The image data management module may be disposed in the manufacturing apparatus, controls the manufacturing apparatus camera and the medicine storage unit camera, and acquires image data.

The image data is also linked to the prescription data by including the prescription identification information of the prescription data, and image data for each prescription data is generated and managed.

The image data is transmitted to the consumer terminal 100 at the request of the consumer terminal 100, so that the consumer can check the image for each manufacturing step of the prescription drug, thereby increasing consumer confidence.

<Prescription data management module>

and a database for managing the prescription data received from the prescription terminal. The prescription data management module transmits prescription data to the consumer terminal 100, a predetermined separate cloud, and a predetermined manufacturing device according to the request of the consumer terminal 100 .

A database for managing and storing prescription data may be redundantly or selectively configured in a separate predetermined cloud server.

The prescription data can be managed as block chain data by the prescription data management module. In this case, the prescription data stored in the database of the prescription data management module, the prescription data transmitted to a predetermined cloud server, and the prescription data transmitted to the manufacturing device are Each has the original, copy, and transmission information, and the copy and transmission have the information of the original, so that even if the manufacturing device receives duplicate prescription data, the manufacturing of medications can be managed so that duplicate work is not performed. .

<Drug history information - prescription data - linkage of image data>

As shown in FIG. 3 , the prescription data, drug history information, and image data of the present invention are linked and linked, respectively, based on the prescription identification information.

Prescription identification information is unique identification information of prescription data, and based on this, drug history information and image data are respectively linked.

The prescription data, drug history information, and image data of the present invention may be created and managed as one data. In this case, prescription data, drug history information, and image data are generated for each prescription based on one prescription identification information. is added

<Manufacturing device management module>

Meanwhile, the present invention is characterized in that the manufacturing apparatus 400 or the manufacturing unit includes a manufacturing device management server as shown in FIG. 2 .

The manufacturing device management server may be configured to be included in the manufacturing unit 400 or included in the service operation unit 300 . In this case, the manufacturing apparatus management server allows the manufacturing apparatuses to be selected according to the selection of the consumer terminal 100 or the prescription terminal 200 when the manufacturing apparatuses exist in a plurality of locations.

1.4. manufacturing device 400

The manufacturing apparatus 400 receives the prescription data from the service operation unit to manufacture prescription drugs and perform subdivision packaging.

1.4.1. Manufacturing device control module (manufacturing device management server)

The received prescription data is transmitted to the manufacturing device to control the manufacture of prescription drugs. The manufacturing device control module controls which manufacturing device to transmit prescription data and manufacturing request signal for subdivision manufacturing of medication when a number of manufacturing devices are networked to the service operation unit in a wide area. In addition, the manufacturing device control module configures a manufacturing queue buffer of each manufacturing device in order to increase the efficiency of the manufacturing device, and transmits prescription data according to the operation rate of the individual manufacturing devices according to the prescription data transmitted to each manufacturing device and the manufacturing request signal. You can decide which manufacturing device to send to.

As described above, the manufacturing device management server may be included in the manufacturing device management module to manage and select manufacturing devices.

1.4.2. Preparation control module (control unit)

It is a configuration to receive prescription data, control the opening/closing unit 4112 of the individual drug storage unit to collect a small amount in the small-dose collection unit 413, and control the packaging module 420 to package it in small-dose units.

The control unit also controls the operation of the printing module 430, and controls the image recording module to photograph the entire process of small-quantity manufacturing and the discharge of medicines from the medicine storage unit. The preparation control module may be included as one configuration of the manufacturing apparatus terminal, and controls the overall operation of the manufacturing apparatus.

The dispensing control module records and updates the progress of each manufacturing step in the drug history information and transmits it to the service operation unit, so that the history and manufacturing stage of the drug can be managed by the service operation unit.

<Unit drug>

The unit drug of the present invention means each basic drug constituting the subdivision drug including health functional food, nutritional supplement, medicine, and herbal medicine, and is composed of a basic unit of the individual drug of the manufacturing apparatus. The basic unit is composed of grains of a predetermined standardized size, and may be composed of a powder state of elementary particles. In the present invention, the unit drug is expressed in terms of 'najeong'.

The unit drug is mixed in an amount according to the prescription data by a manufacturing device, and is packaged in small portions for a single dose.

1.4.3. Manufacturing device terminal (not shown)

The manufacturing apparatus terminal inputs control data of the preparation control unit of the manufacturing apparatus, and includes an individual medicine history input unit.

<Medical history input unit (not shown)>

The drug history input unit is interlocked with the manufacturing device terminal, and receives the history information of individual drugs to be put into each drug storage unit. The drug history information includes the type of drug, standard size, production location, manufacturing date, etc., and this drug history information is transmitted to the printing unit when subdivided packaging of the drug to be taken and printed on the packaging paper or medication guidebook, or transmitted to the consumer terminal 100 and sent to the consumer It can be used as a reference when taking medication, thereby increasing consumer confidence.

The drug history input unit reads the identification unit 4111 of the receiving unit 411 of the medicine storage unit 410 and converts the information of Najeong to correspond to the identification unit 4111 as the medicinal history information to correspond to the identification unit 4111. Enter

The drug history information is updated at each manufacturing stage, and is linked to the prescription data to retain information on the manufacturing and distribution stages of the dosage form produced in subdivision packaging along with the prescription data.

1.4.4. Medicine storage unit (410)

<Storage unit (411)>

The medicine storage unit 410 includes a plurality of storage units 411 in which individual medicines are accommodated. The receiving unit 411 is configured to include an identification unit, an opening/closing unit, and an outlet.

The accommodating part 411 has an identification part 4111 . The identification unit 4111 includes an identification code unit such as RFID, QR CODE, and the identification code unit includes drug history information stored in the storage unit. The drug history information of the identification unit 4111 may include only a part of the drug history information input in the drug history input unit. When it is composed of an electronic identification unit 4111 such as RFID, medicine history information may be synchronized and input from the above-described medicine history information input unit to the electronic identification unit 4111 . When the identification unit 4111 is composed of a QR CODE, barcode, etc. capable of confirming an image, the identification unit 4111 is an image among the image data captured by the medicine storage unit camera or the manufacturing device camera of the imaging unit to be described later. The data management module may insert an image index by analyzing and identifying the image of the drug storage unit.

An opening and closing portion 4112 is configured between the receiving portion 411 and the outlet 4113 . Opening/closing of the opening/closing unit 4112 is controlled so that the amount indicated by the prescription data is discharged under the control of the dispensing control unit.

The discharge port 4113 is an opening through which individual medicines are discharged from the receiving unit 411 by the opening and closing of the opening and closing unit 4112 and discharged to the medicine moving passage 412 . The discharge port 4113 is connected to the medicine moving passage 412 to discharge the raw tablets.

<Medical passageway (412)>

The medicine moving passage 412 connects the discharge port 4113 and the small quantity collection unit 413 of a plurality of medicine storage units, and the path through which the developed medicine moves from the medicine storage unit 410 to the small quantity collection unit 413 is do.

<Small amount assembly unit 413>

The small amount aggregation unit 413 is a buffer for collecting individual medicines collected through the medicine moving passage 412 in small amount packaging units.

1.4.5. Packaging module (420)

The packaging module 420 is configured to package the small amount unit mixed medicine of the individual medicines collected by the small amount collection unit 413 in small amount units. The packaging module 420 is configured by applying conventional packaging devices.

1.4.6. Print module (430)

The printing module 430 prints a wrapping paper and a medication guide based on the prescription data. It consists of a normal printing apparatus.

1.4.7. video recording unit 440

The image recording unit 440 includes a medicine storage unit camera 441 and a manufacturing device camera 442, respectively, and the individual medicine photographing unit is disposed in the individual storage unit 411 of the medicine storage unit to photograph the input state of individual medicines, The manufacturing apparatus camera records the progress of the preparation process by photographing the overall operation of the manufacturing apparatus.

1.4.8. Communication module (not shown)

Data is exchanged by connecting the manufacturing device and the outside through a wired/wireless network. The prescription data and the manufacturing request signal are received from the service operation unit, the cloud server, the consumer terminal 100, and the like and transmitted to the dispensing control module. In addition, the manufacturing completion signal or manufacturing status information is updated in the block chained prescription data so that the consumer terminal 100 or the service operation unit can know the dispensing status. The communication module also transmits the image data captured by the image recording unit to the service operation unit so that it can be displayed on the consumer terminal 100 .

2. Health functional food subdivision manufacturing procedure according to the present invention

As shown in FIG. 6, the present invention manufactures subdivision packaging of medicines while mutually transmitting prescription data, a manufacturing request signal, and a manufacturing completion signal between the consumer terminal - the service operation unit - the manufacturing device.

Drug history information is updated for each manufacturing step, and the drug history information is linked with prescription data-image data using block chain technology.

Each manufacturing procedure includes an operation procedure in each component shown in FIG. 1 .

2.1. Counseling record and prescription data input step (S10)

It is a step in which the prescription terminal 200 receives the consultation record and prescription data prepared by the pharmacist of the pharmacy, the oriental medicine doctor of the oriental medicine clinic, and the doctor of each level through consultation with the consumer.

2.2. Counseling record and prescription data transmission and storage step (S20)

This is a step in which the prescription terminal 200 transmits the consultation record and prescription data to the service server/cloud. The transmission of the consultation record may be omitted.

The consultation record and/or prescription data may also be transmitted to the consumer terminal 100 at the request of the consumer terminal 100 .

2.3. Subdivision packaging order step (S20)

This is a step in which the consumer terminal 100 transmits an order signal based on the prescription data for the subdivision packaging. The consumer terminal 100 selectively transmits an order signal with respect to one or more prescription drug lists with respect to the displayed one or more health functional foods, nutritional supplements, medicines, and herbal medicine prescription drug lists. sent to the service management department.

In the item shown as 'prescription aggregation' in FIG. 1, the prescription data input from the prescription terminal is aggregated and stored in the sub-prescription database, and the list is transmitted and displayed to the consumer terminal 100 or displayed on the prescription terminal 200. It is shown including a procedure for receiving a selection based on the prescription data and ordering the consumer terminal 100 or the prescription terminal 200 for subdivision packaging.

The order for subdivision packaging may be configured to be transmitted to the manufacturing unit 400 via the service operation unit 300 by the prescription terminal 200 .

Before the order data is transmitted to the manufacturing apparatus, the manufacturing apparatus management module may distribute the manufacturing operation to each manufacturing apparatus (S30).

Conventional manufacturing equipment cannot be installed in individual pharmacies, etc., due to cost problems, but may be installed to be operated by a separate operator. A manufacturing device can be selected according to , workload, etc., and work can be automatically distributed. The automatic work allocation may be performed automatically based on the delivery area included in the prescription data/medicine history.

2.3.1. List of prescription medications

In response to the list display input of the consumer terminal 100, the prescription drug list received from the service operation unit is displayed.

The prescription drug list receives prescription data from the service operation unit and is displayed, and in response to the list display request, the prescription data transmission is requested to the service operation unit or the prescription data previously received from the service operation unit is stored in the consumer terminal 100. can do.

Prescription data is managed by turning it into blockchain data, so data such as the record, creation date, log, prescription contents, and dosage information requested by requesting the service operation department are recorded together, and transmitted to the manufacturing device at each reception or inquiry The history is updated and managed as block chain data.

2.3.2. Prescription Dosage Selection Steps

It is a step of selecting a list to be processed from among the displayed prescription drug list.

2.3.3. Prescription Drug Ordering Steps

<Transmission of prescription data>

By transmitting a transmission request signal of prescription data for the selected prescription drug to the service operation unit, the service operation unit manufactures the prescription data together with the manufacturing request signal to the manufacturing device.

2.4. Subdivision packaging manufacturing step (S40)

This is a step in which the manufacturing device receives the sub-package manufacturing request signal and prescription data to manufacture sub-divided packages.

The manufacturing apparatus may directly request and receive the prescription data from the cloud in which the prescription data is stored by using the authentication information included in the subdivision packaging manufacturing request signal.

2.4.1. Prescription data acquisition stage

The manufacturing device receives the prescription data and the manufacturing request signal from the service operation unit. The service operation unit receives the prescription data transmitted by the service operation unit according to the prescription data transmission request signal of the consumer terminal 100 . The prescription data can also be received from the prescription data cloud according to the transmission request signal of the consumer terminal 100 .

At this time, the prescription data is composed of block chain data, and the manufacturing device that obtained the prescription data checks the version of the received prescription data to prevent duplication, and the manufacturing request signal is combined with the prescription data to be transmitted to the manufacturing device. can

2.4.2. Manufacturing data generation stage

This is a step in which the manufacturing apparatus that has received the manufacturing request signal together with the prescription data generates manufacturing data from the prescription data in order to manufacture the subdivision packaging of the drug according to the prescription data.

Data such as the type and amount of each drug included in the prescription data to be included in the subdivision packaging is acquired, and manufacturing data is generated as control data to control the manufacturing device by using the data. For example, if the prescription data contains 10 g of drug A in the single-dose subdivision package, the manufacturing data controls opening and closing the opening and closing part 4112 of the drug storage unit in which the drug A is stored so that the amount corresponding to 10 g of drug A is discharged. Create data as manufacturing data.

2.4.3. Single-dose subdivision packaging step through manufacturing device control

<Step of discharging individual medicines by controlling the opening and closing of the medicine storage unit>

The opening and closing control of the medicine storage unit opening and closing unit 4112 of the manufacturing apparatus according to the generated manufacturing data. For each drug stored in the drug storage unit, the type and standard size of the granules are predetermined, and the opening/closing unit 4112 is controlled so that the quantity included in the prescription data is discharged. The discharged individual medicines are moved to the medicine collection unit through the medicine movement passage 412 .

<Step of discharging one dose of drug through control of the drug collection unit>

When the discharge of each individual medicine included in the single dose is completed through the control of the opening and closing unit 4112 of the individual medicine storage unit, the medicine collecting unit collects the medicines discharged from each individual medicine storage unit by the amount of one-time subdivision packaging, The opening/closing part 4112 is controlled so as to be discharged to the packaging part at once.

<Packaging paper printing step through drug printing unit control>

The drug printing unit prints necessary drug information such as personal information included in the prescription data, dosage method, and dispensing date on the drug packaging paper. The medicine printing part may be printed using a conventional wrapping paper printing technique.

<Drug packaging step by controlling the drug packaging part>

The printed medicine packaging paper is controlled by the medicine packaging unit so that it receives and packs the mixed pressure powder of a single dose discharged from the medicine assembly unit. The drug packaging unit is configured and controlled by applying a conventional automatic packaging machine technology. The number of sub-packages for a single dose is determined based on the period/dose included in the prescription data. That is, if there is a dosage instruction for 30 days of taking twice a day, the drug packaging unit is controlled to pack 60 sub-packages.

2.4.4. Manufacturing process filming stage through video recording unit control

In the present invention, the imaging unit shoots a series of processes of manufacturing single-dose pharmaceutical subdivisions through the controls of the manufacturing apparatus. In the photographing step of the present invention, the entire manufacturing apparatus is photographed to record the manufacturing process, and at the same time, through a small camera configured in the medicine storage unit, the actual medicine input to each individual medicine storage unit is photographed. Increase credibility.

2.4.5. Drug history information management stage

The dispensing control module of the manufacturing device receives information such as ingredients and production history of uncoated tablets from the drug history input unit when individual drugs (uncooked tablets) are injected, generates drug history information, and manages drug history information for each manufacturing step. Carry out management procedures.

Management of drug history information update, etc. is input and updated frequently at each manufacturing stage, and by transmitting it to the service operation unit, the consumer terminal can monitor the manufacturing process of subdivided medicines by inquiring it.

2.5. Delivery data generation step for small package delivery (S50)

Delivery data to deliver and process subdivided-packed drugs to the pharmacy, oriental/western hospital where the prescription terminal that generated the prescription data is located, the delivery address transmitted by the prescription terminal together with the prescription data, and the delivery address transmitted by the consumer terminal 100 is created and transmitted to the delivery module in connection with each sub-package. Delivery data is updated with drug history information.

2.6. Drug history information confirmation step (S60)

The consumer terminal 100 may check the history of the ordered medicine by receiving the medicine history information through the medicine history information confirmation request. Since drug history information is linked to prescription data, it is possible to inquire about the manufacturing process of ordered drugs, image data of each stage, delivery history, etc. through drug history information linked to pre-ordered prescription data.

The present invention is a system and method for generating and transmitting drug prescription data to a manufacturing device to manufacture and deliver subdivision packaging of drugs according to the prescription data.

According to the present invention, the service operation unit receives prescription data from a prescription terminal, such as a pharmacy, and transmits it to a manufacturing device, and the manufacturing device manufactures prescription drugs in subdivision packaging according to the prescription data.

In addition, the present invention records, tracks, and manages drug history information linked to prescription data, and the drug history information links to an image of the subdivision packaging manufacturing process, and by checking it in the consumer terminal, the consumer tracks and confirms the production history of the drug And by checking the manufacturing image, the consumer's confidence in the subdivision packaging of the health functional food produced according to the present invention is improved.

100 consumer terminals
200 prescription terminals
300 Service Operations Department
400 Manufacturing Department (Manufacturing Equipment)
410 Medicine storage unit (medicament module)
420 packaging module
430 print module
440 Video Recorder

Claims (7)

In the drug subdivision packaging system for ordering and shipping subdivision packaging of medications,
network-connected consumer terminals;
a prescription terminal for inputting prescription data for drug subdivision packaging;
a service operation unit for receiving prescription data and transmitting a manufacturing request signal to a manufacturing device;
A plurality of manufacturing devices for receiving a manufacturing request signal from the service operation unit, and manufacturing the drug subdivision packaging;
a manufacturing device management server for managing a plurality of manufacturing devices;
consists of,
The prescription terminal, the service operation unit, the consumer terminal, and a plurality of manufacturing devices are connected through a mutual communication network,
The service operation department,
a drug history management module for managing history information of medications taken;
an image data management module for receiving and managing image data containing the process of discharging medicines from the medicine storage unit of the manufacturing apparatus;
It consists of
The plurality of manufacturing devices,
generating image data by photographing the drug history information including the history data of individual medicines put into the drug subdivision packaging and the manufacturing process of the drug subdivision packaging as an image;
The consumer terminal,
By accessing the service operation unit, receiving and verifying the person's prescription data, and requesting transmission to the manufacturing device management server, or directly sending to the manufacturing device management server or manufacturing device to request the manufacture of prescription drugs. order;
The prescription terminal is
It receives prescription data and transmits it to the consumer terminal or the service operation unit,
The manufacturing device management server,
A manufacturing queue buffer of each manufacturing apparatus is configured for the plurality of manufacturing apparatuses, and according to the operation rate of the individual manufacturing apparatuses according to the prescription data and the manufacturing request signal transmitted to each manufacturing apparatus,
selectively transmitting the received prescription data and a manufacturing request signal to one of the plurality of manufacturing devices,
The manufacturing device is
It is composed of a medicine storage unit for storing medicines, a manufacturing device terminal, an image recording unit for acquiring an image of the medicine storage unit, and a packaging module for packaging small quantity units of individual medicines and mixed medicines in small quantity units,
The manufacturing device terminal,
It is linked to the drug history information input unit that reads the identification unit of the medicine storage unit and receives the history information of individual medicines put into the medicine storage unit,
The drug storage unit,
One or more accommodating parts configured to include an opening/closing part and an outlet and storing individual medicines;
a medicine moving passage through which the medicine discharged through the opening and closing portion and the outlet of the one or more accommodation units moves to the small amount collecting portion;
a small quantity aggregation unit for collecting individual medicines collected through the medicine movement passage in small quantity packaging units;
Identification unit including at least a portion of the history information of the medicine accommodated in the receiving unit as an image checkable code; consists of,
The identification unit enables the image data management module to insert an image index by analyzing and identifying the image of the medicine storage unit;
The prescription data, drug history information, and image data are mutually linked and linked based on the prescription identification information;
Pharmaceutical subdivision packaging manufacturing system, characterized in that.
According to claim 1,
The consumer terminal,
receiving the image data associated with the prescription data;
Pharmaceutical subdivision packaging manufacturing system, characterized in that.
According to claim 1,
The consumer terminal,
Receiving the drug history information associated with the prescription data;
Pharmaceutical subdivision packaging manufacturing system, characterized in that.
4. The method of claim 2 or 3,
The consumer terminal,
Receive prescription data from the service operation unit,
Transmitting a manufacturing request signal for subdivision packaging of medicines included in the prescription data,
The drug history information is,
including a history of each manufacturing step of the sub-package;
Pharmaceutical subdivision packaging manufacturing system, characterized in that.
5. The method of claim 4,
It is configured by additionally including a networked cloud server,
The prescription data is stored in the cloud server;
Pharmaceutical subdivision packaging manufacturing system, characterized in that.
A method for manufacturing subdivision packaging for medicines in a drug subdivision packaging system comprising a prescription terminal connected to an interconnection network, a service operation unit, a plurality of manufacturing devices, a manufacturing device management module, and a consumer terminal, the method comprising:
a prescription data input step in which the prescription terminal receives prescription data;
a sub-package ordering step in which a prescription terminal or a consumer terminal transmits an order signal for ordering sub-divided packing based on the prescription data to a manufacturing device;
a sub-division packaging manufacturing step in which a manufacturing apparatus manufactures sub-division packages based on the prescription data selected in the sub-division package ordering step;
consists of,
The subdivision packaging order step is,
It is configured to include a job distribution step of distributing the manufacturing operation to each manufacturing device by the manufacturing device management module to transmit the order data to the manufacturing device,
The small package manufacturing step is,
A prescription data acquisition step of receiving, by the manufacturing apparatus, prescription data transmitted in response to a prescription data transmission request signal of a consumer terminal;
a manufacturing data generation step of generating control data for controlling a manufacturing apparatus from the received prescription data;
Single-dose subdivision packaging step through manufacturing device control;
Manufacturing process photographing step through the control of the image capturing unit;
drug history information management step;
consists of,
Single-dose subdivision packaging step through the control of the manufacturing device;
an individual medicine discharge step of discharging individual medicines to the medicine collection unit by controlling the opening and closing of the medicine storage unit according to the manufacturing data;
After the individual medicines are collected as much as the amount of subdivided packaging through the individual medicine discharge step, a single dose medicine discharge step of discharging them collectively to the packaging unit; and
The filming step of the manufacturing process,
In the individual medicine storage unit, the actual medicines that are put into production are photographed,
The image data is generated by shooting the identification unit composed of the image checkable code of the medicine storage unit,
The drug history information management step is,
generating drug history information from information input from the drug history input unit when inputting individual drugs and performing a management procedure; A method for manufacturing small drug packaging, characterized in that.
7. The method of claim 6,
Pharmaceutical history information confirmation step in which the consumer terminal receives the history information, and confirms the manufacturing process of the medicine and the image data of each step;

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