TWM638807U - Duty receiving medicine display system - Google Patents

Abstract

The duty-receiving medicine display system disclosed in this creation includes a transmission unit, a plurality of display units, a processing unit and a database, wherein each of the display units is respectively fixed on an external medicine-receiving cabinet through a connecting part; The database receives and stores a plurality of display unit information corresponding to a single display unit, a plurality of display template information and a plurality of patient information, each display unit information includes an identification code, and each patient information includes a drug information and a medical information ; The processing section includes a pairing management module, a display template design module and a push module, wherein, the pairing management module is one-to-one with each of the patient information and each of the display units The identification codes are paired to obtain a display information, and the display information includes the drug information and the medical information in the patient information after matching, and the display unit information after matching; the display template design The module is connected to the database, and selects one of the display template information stored in the database; the push module receives the display information and the selected display template information, transmits and appears on the display unit with the identification code corresponding to the pairing result.

Description

Duty receiving medicine display system

This creation is about an information management system, especially a display system for receiving medicine for duty.

Press, at present, the hospital has an established medicine preparation process for inpatients. In simple terms, it roughly follows the following steps. First, the pharmacist needs to enter the hospital system, and first inquire about the current medication situation of the inpatients who want to prepare medicines. 1. Place the medicines and the bulletin boards recording the medicine information (such as expensive medicines, refrigerated medicines, special medicines, etc.) in the service medicine cabinet, so that the staff can check the medicines when they take the medicines. Among them, if the medicine to be taken is a special medicine, the orderly staff needs to ask the pharmacist further.

However, pharmacists need to repeatedly check relevant information every day and place corresponding notice boards, and the service personnel also need to repeatedly confirm when taking medicines. Such a manual operation method is prone to human errors, such as forgetting to place notice boards, delaying placing notice boards, Misplacement of notice boards, delays in receiving medicines due to omissions by service personnel, or receiving wrong medicines, etc.

The main purpose of this creation is to provide a display system for duty receiving medicine, which is to use communication technology and display device to display the information to be presented, so as to achieve the goal of automation and real-time update.

The reason is, in order to achieve the above-mentioned purpose, this creation system provides a display system for duty receiving medicine, which includes a transmission unit, a plurality of display units, a processing unit and a database, wherein each of the display units is respectively fixed on the On an external medicine cabinet; the database is to receive and store a plurality of display unit information corresponding to a single display unit, a plurality of display template information and a plurality of patient information, wherein each display unit information includes an identification code, each of the display unit information Patient information includes a drug information and a medical information; the processing unit includes a pairing management module, a display template design module and a push module, wherein the pairing management module is connected to the database , and pair each patient information one-to-one with the identification code of each display unit to obtain a display information, and the display information includes the drug information and the drug information in the patient information after matching The medical information, the display unit information after pairing; the display template design module is connected to the database, and one of the display template information stored in the database is selected; the push module The group is respectively connected with the pairing management module, the display pattern design module and each of the display units, and receives the display information and the selected display pattern information, and transmits and presents it to the matching result. The identification code is on the display unit.

In one embodiment, the processing unit further includes a reporting management module for receiving medication on duty, which is connected to the push module and receives an external identification result of receiving medication to obtain information on receiving medication on duty, and then through the The push module is transmitted to the display unit.

In one embodiment, the processing unit further includes a reminder management module for taking medicine on duty, which is respectively connected to the database and the push module, and reads the medical records in the database according to a management rule. The patient information is transmitted to the display unit through the push module, so as to update the display information previously displayed on the display unit according to the new patient information.

In one embodiment, the medicine information includes expensive medicine, cold medicine and special medicine.

In one embodiment, the medical information further includes hospitalization information, bed information, length of hospitalization, nursing staff, hospitalization date, hospitalization time, medical department, disease code, physician, hospitalization status, discharge date, and discharge time.

In one embodiment, the display template information includes display color, column style, column size, and display mode.

In one embodiment, the display unit information further includes display unit code, display unit name, location, version number, and usage status.

In one embodiment, the present invention further includes a power management unit connected to each of the display units for monitoring the power consumption of each of the display units.

In one embodiment, the present invention further includes a transmission part, which connects each of the display units, the database and the processing part in a wired or wireless manner. Wherein, the wireless connection mode is infrared, radio frequency, bluetooth, Zigbee, NFC, WiFi, 4G, or 5G communication protocol.

10: Transmission department

20: Display part

21: Display unit

22: Power management unit

30: Processing Department

31:Display template design module

32: Push module

33: Pairing management module

34: Reminder management module for taking medicine on duty

35:Registration management module for receiving medicine on duty

40: Database

50:Computing system

51: Display push server

52:Pattern Design Workstation

53: Display unit management workstation

60: Medicine Cabinet

70: computing device

Fig. 1 is a system block schematic diagram of a preferred embodiment of the present invention.

Fig. 2 is a three-dimensional schematic view of a preferred embodiment of the invention, which shows that most of the display parts are respectively arranged on the medicine cabinet.

Fig. 3 is a graph showing information about the matching results of a preferred embodiment of the present invention.

Please refer to Fig. 1 to Fig. 2, which is the display system for receiving medicines on duty disclosed in the preferred embodiment of this invention, which mainly includes a transmission unit 10, a plurality of display units 20, a processing unit 30 and a database 40 .

The transmission unit 10 has various wireless or wired transmission modules, and connects each of the display unit 20, the database 40 and the processing unit 30 in a wired or wireless manner to communicate with each other. Submit relevant information. Among them, the wireless connection method can be but not limited to communication protocols such as infrared, radio frequency, Bluetooth, Zigbee, NFC, WiFi, 4G, or 5G, or a communication network constructed using the aforementioned communication protocols, such as a personal network (personal area network), local area network (local area network), wide area network (wide area network), telecommunications network (cellular telephone network), or any type of network architecture.

Each of the display parts 20 is respectively fixed on an external medicine cabinet 60 through a connecting part (not shown in the drawings), and the connecting part can be an adhesive tape or other carrier, such as a wall mount, wall hanging, Wall stickers and more. In other implementations, each display unit 20 can also be set on a drug receiving stand or other places where drugs are stored.

Furthermore, each display unit 20 includes a display unit 21 and a power management unit 22 , wherein the display unit 21 is any electronic display for displaying visual information, such as electronic paper display, electronic ink display, LCD/LED display and so on.

Furthermore, the power of each display unit 21 can be provided by an external power supply or a battery, and these display units 21 are respectively connected to the power management unit 22 to monitor and manage power consumption. In other embodiments, the power management unit 22 can also be set in the processing unit 30 , which can also achieve the purpose of controlling power consumption.

The database 40 receives and stores a plurality of patient information, a plurality of display unit information, a plurality of display template information, a plurality of management information and a plurality of service personnel information, wherein the patient information includes a drug information and a medical information, and The drug information includes expensive medicines, refrigerated medicines, special medicines and their destinations, such as nursing stations or medicine cabinets 60. The medical information system further includes hospitalization information, bed information, hospitalization days, caregivers, hospitalization dates, hospitalization Time, medical department, disease code, physician, hospitalization status, discharge date, and discharge time.

The display unit information system corresponds to a single display unit 21, and includes display unit code, display unit name, identification code, position, version number, use status, wherein the use status package Including enable, disable, power status, connection status. Wherein, the identification code can be but not limited to a one-dimensional barcode, a two-dimensional barcode or a QR code.

The display template information includes the template number, display template usage, display template content, display template color/style, display template column quantity/size, display mode of the display template, and the display template content It can be but not limited to fixed characters, numbers, one-dimensional barcodes, two-dimensional barcodes, pictures, photos, and can be displayed in the corresponding display template column.

The management information can be, but not limited to, user account, password, usage authority, usage record, transmission record, etc.

In addition, the database 40 can be connected with other different external databases and receive more information from them, such as medical record database, bed database, dispensing database, drug database, national health insurance database and so on.

The processing unit 30 includes a display template design module 31, a push module 32, a pairing management module 33, a prompt management module 34 for taking medicine on duty, and a management module 35 for taking medicine on duty and reporting to check-in, wherein, The display template design module 31 is connected to the database 40, and selects suitable display template information from the database 40, and displays the selected display template information through the push module 32 on the display unit 21. Furthermore, the display template design module 31 can be used by the user to design the display template information displayed on the display unit 21, and the designed display template can be stored in the database 40 for easy retrieval. use. In addition, when the information of the received display template is more detailed, it will be more conducive to subsequent selection of a suitable display template.

The pairing management module 33 is connected with the database 40, and pairs each patient information one-to-one with the identification code of each display unit 21 to obtain a display information, as shown in FIG. 3 , and Stored in the database 40. Wherein, the display information includes the drug information and the medical information in the matched patient information, the matched display unit information, and the matching status. Wherein, the matching status refers to whether the aforementioned pairing result is valid or not.

The service medication registration management module 35 is equipped with an external automatic registration system, such as the automatic registration system equipped with recognition technologies such as face recognition, biometric identification, QR code, etc., to provide real-time information on the current service personnel receiving medicines. information, and its status of medicine collection (such as completion of medicine collection or sign-in for medicine collection), and obtain a work medicine collection information and an additional output information automatically generated by the system based on the work medicine collection information, such as work medicine collection record list , and transmit it to the push module 32, and also store it in the database 40.

The push module 32 is respectively connected to the pairing management module 33 and the duty medicine receiving report management module 35, and after the display information is integrated with the duty medicine receiving information, it is displayed on the screen with matching results. on the display unit 21, as shown in FIG. 2 .

The duty-taking medicine reminder management module 34 reads the patient information in the database 40 according to a management rule, and transmits it to the push module 32, so that the push module 32 can Patient information updates the previously displayed related information. Wherein, the management rule refers to re-executing the update job every hour, for example.

In this example, each of the modules of the processing unit 30 and/or the power management unit 22 can be integrated into one or more devices that can be used on a personal computer, a mobile platform, a virtual platform ( In various types of computing systems 50 such as virtual machine, cloud platform, etc. Three different computing systems 50 are listed below:

1. The display push server 51 is used to execute the operation of the push module 32, and automatically transmit and display the display information and the service medication information through the network in real time or regularly on the display unit 21 .

2. The pattern design workstation 52 is used to execute the operation of displaying the pattern design module 31, so as to provide an intuitive graphical operation interface for users to design their own patterns, and to customize patterns of different styles .

3. The display unit management workstation 53 is used to execute the operation of the power management unit 22 and/or the pairing management module 33 to manage the display units 21, for example, the basic data filing of the display unit and the pairing of the display unit Operations, patient information/display information/resend operation of the service information, record query and other related routine operations.

In addition, the invention further includes a computing device 70 with a display function, which is also connected to the processing unit 30 by using the transmission part 10, and the computing device 70 can be, but not limited to, a desktop computer, a notebook computer, a tablet computer Devices with screens and computing capabilities, such as mobile phones, can not only display the above-mentioned information, but also perform other corresponding operations, such as drug inquiries, receipt of medicines, drug flow tracking, work check-in, medicine collection records, etc.

According to the above technical characteristics, the following describes the statistical results of this creation after it is specifically applied to hospitals. Among them, there are a total of 5,911 prescriptions for Gaogui refrigerated medicines, including 1,286 from the Central Pharmacy Bureau, 1,282 from the Second Pharmacy Bureau, and 3,343 from the Emergency Pharmacy Bureau. Because this creation avoids problems such as negligence caused by manual operation, the average working time of each medicine is saved by pharmacists by 6.70 seconds, which is estimated to reduce the working time of pharmacists by 11.00 hours per month, and the time saved can allow pharmacists to have more Time to study pharmacology and assess rationale for medication.

Furthermore, in the process of taking each piece of medicine by the orderly staff, the time to confirm whether there is a noble refrigerated medicine is saved on average by 7.88 seconds, which is estimated to reduce the working time of the orderly staff by 12.94 hours per month.

In addition, in the traditional procedure, it takes an average of 67.06 minutes for Gaogui refrigerated medicine to be delivered to the nursing station from dispensing, but after changing to the control of this creation, it takes an average of 62.78 minutes for Gaogui refrigerated medicine to be delivered to the nursing station from dispensing, which is 4.28 minutes faster and improves drug delivery. immediacy.

Accordingly, this creation can indeed achieve fast, automatic, and instant update effects, and the software and hardware equipment formed by this creation can also be extended to the medical supplies used by any hospital or clinic in the country. Furthermore, this creation can also be extended and applied to any locker to display relevant information about its contents. news. In addition, this creation can be extended and applied to the animal and plant storage cabinet to display the names of animals and plants and information related to their growth.

10: Transmission department

20: Display part

21: Display unit

22: Power management unit

30: Processing Department

31:Display template design module

32: Push module

33:Pairing management module

34: Reminder management module for taking medicine on duty

35:Registration management module for receiving medicine on duty

40: Database

50:Computing system

51: Display push server

52:Pattern Design Workstation

53: Display unit management workstation

70: computing device

Claims (10)

A drug collection display system for duty, comprising: a plurality of display units, which are respectively fixed on an external medicine collection cabinet through a connecting part; Sample information and most patient information, wherein each display unit information includes an identification code, each patient information includes a drug information and a medical information; a processing unit includes: a pairing management module, which is associated with the database connection, and pair each patient information one-to-one with the identification codes of each display unit to obtain a display information; wherein, the display information includes the matched patient information The drug information, the medical information, and the display unit information after matching; a display template design module that is connected to the database and selects one of the display template information stored in the database ; a push module, which is respectively connected with the pairing management module, the display template design module and each of the display units, and receives the display information and the selected display template information, transmits and displays them on on the display unit with the identification code that matches the pairing result. As described in claim item 1, the display system for receiving medicine on duty, wherein the processing unit further includes a report management module for receiving medicine on duty, which is connected to the push module and receives an external medicine receiving identification result to obtain a The information about receiving medicine on duty is transmitted to the display unit through the push module. As described in claim item 1, the display system for taking medicine on duty, wherein the processing unit further includes a prompt management module for taking medicine on duty, which is respectively connected to the database and the push module, and is read according to a management rule The patient information in the database is transmitted to the display unit through the push module, so as to update the display information previously displayed on the display unit according to the new patient information. The display system for receiving medicines for duty as described in claim 1, wherein the medicine information includes noble medicines, refrigerated medicines, and special medicines. The display system for duty receiving medicine as described in claim item 1, wherein the medical information system further includes hospitalization information, bed information, hospitalization days, nursing staff, hospitalization date, hospitalization time, medical department, disease code, diagnosis and treatment physician, hospitalization status , discharge date, discharge time. The display system for receiving medicine for service as described in Claim 1, wherein the display template information includes display color, column style, column size, and display mode. As described in claim item 1, the information of the display unit further includes display unit code, display unit name, location, version number, and usage status. As described in Claim 1, the display system for retrieving medicine for duty further includes a power management unit connected to each display unit for monitoring the power consumption status of each display unit. As described in claim item 1, the display system for receiving medicine at work further includes a transmission unit, which connects each of the display units, the database and the processing unit in a wired or wireless manner. As described in claim item 9, the display system for receiving medicine on duty, wherein the wireless connection method is infrared, radio frequency, Bluetooth, Zigbee, NFC, WiFi, 4G, or 5G communication protocol.

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