TW202016944A - Cloud-based medicine service management system - Google Patents

Abstract

The invention discloses a cloud-based medicine service management system, which comprises: a member communication management module, a drugging management module, a medication reminding module, a data storing module, a medical information providing module, a health education resource acquisition module, a medical resource acquisition module and a machine learning module. The system uses the drugging management module to obtain medication information on the drug list and reminds the individual or group of drugging time and drugging amount through the medication reminding module. In addition, the system can also provide medical-related information through the medical information providing module, the health education resource acquisition module and the medical resource acquisition module.

Description

Cloud medical service management system

The invention relates to a cloud service management system, in particular to a cloud medical service management system that can provide medicine records, medical tracking and first aid information.

Sickness is an inevitable thing in life, but taking medicine while sick is annoying. For acute diseases, such as a cold, taking medicine after three meals and before sleeping. Although it will not disturb the daily life and rest, it is often a phenomenon that the time is delayed and the medicine is delayed. As for chronic diseases, patients usually take medicine or injections every day to stabilize the disease. However, chronic diseases usually occur in the elderly, because of memory deterioration, they often forget to take medicine; worse, some people have already taken medicine, Because I have forgotten what I have done, I take the medicine again, and the doubled dose may cause harm to the human body. Therefore, if there are appropriate ways or tools to remind people to take medicine, people can have better results in disease control.

Therefore, there are many pill box products on the market, so that patients can place the medicines they want to take every day, and indicate the date and time of taking them. When the time is up, the patient can take out the corresponding medicine and take it; because the medicine is empty after taking the medicine, the disguise is also a kind of medicine record. This product greatly solves the aforementioned problems, and even some medication boxes will provide active medication reminder messages. However, a problem with this product is that if people need to go out, they must take it with them, and portability becomes a problem. In addition, for people with poor eyesight, if the pharmacy does not divide all the medicine into equal parts, the medicine division is a trouble.

On the other hand, as the issue of long-term care is fermenting in Taiwan, many details about long-term care services for the elderly with disabilities have been discussed. Since the young and middle-aged people in the family have to go out to work and attend classes, the elderly people who stay at home need disabled caregivers to accompany them. The newly invited nursing staff will spend time to understand the patient's medical history, medication status, medical needs and other precautions before starting the operation. These data are not necessarily systematically recorded by the family members. The panic during the running-in period is what every family has to experience. Even if the elderly or patients can take care of themselves, no one can take care of them at home alone. It is impossible for someone to stare at it step by step with a webcam. The family always hopes that there is a least stressful way to track the current situation of the elderly or patients.

In addition, people also hope that they can quickly obtain some medicine knowledge, health education information, government medical policy announcements, and even information or resources when they need medical treatment, such as the number of available beds, outpatient doctor scheduling hours, and registration services. Wait. In other words, everything from medication reminders and patient care to obtaining medical information and policy announcements requires an integrated product or platform to provide related services. However, there is currently no corresponding technology on the market to meet this demand.

This paragraph extracts and compiles certain features of the invention. Other features will be revealed in subsequent paragraphs. Its purpose is to cover the spirit and scope of the additional patent application scope, various modifications and similar arrangements.

The purpose of the present invention is to meet the above requirements, so a cloud medical service management system is proposed. The system can be built in a cloud server, including: a member communication management module, used to build member ID, set medical information related to each member ID, and control receiving data from and sending data to A mobile communication device through which at least one member ID is registered; a drug management module for capturing in the drug order image file, drug image file and medical follow-up message received from the aforementioned mobile communication device in the drug order image file Take the name of the drug, the frequency of use of the drug and the amount of the drug, use the image file of the drug to identify the drug name of the corresponding drug, and provide relevant information about the drug, where the follow-up message of the drug includes the period of medication; a medication reminder module The medical follow-up message sends a medication notification to the mobile communication device through which the at least one member ID is registered, receives the medication confirmation message from the aforementioned at least one mobile communication device through the member communication management module before the medication period arrives, and is taking medication When the medication confirmation message is not received after the period of time, a warning notification is sent to the mobile communication device through which the specific member ID is registered; and a data storage module is used to record all member IDs, medical information related to each member ID, Data sent or received by the member communication management module, a plurality of drug appearance image files used to identify the drug image file, used to retrieve the drug name, drug frequency and drug dosage in the drug list image file At least one retrieval rule and store the medication history of each member ID for access.

Preferably, the medical information may include user identity, allergic drugs, frequent hospital contact information, eating habits, and emergency contact information.

Preferably, the user's identity can be general, patient, patient's family member, patient's family member, caregiver or medical staff.

Preferably, the member communication management module may further configure two or more member IDs to form a group, wherein at least one member ID user is a patient, and one member ID user is a patient-responsible family member.

Preferably, the member communication management module can further group two or more member IDs into groups by setting, wherein users of at least one member ID are medical personnel.

Preferably, the medicine management module may further include: a character recognition sub-module for converting character images in the drug order image file into characters; a character extraction sub-module, using at least one extraction rule to determine Among the converted characters, those belonging to the name of the drug, the frequency of drug use, and the amount of drug used are extracted; and an image recognition sub-module, which uses the drug appearance image file stored in the data storage module Recognize to determine the drug name of the corresponding drug.

Preferably, the drug management module may further include a first query sub-module for uploading a drug name received by the member communication management module to a drug information database for search, and the drug information data The information about the medicine returned by the library is provided to the mobile communication device that issued the name of the medicine.

Preferably, the information about the medicine may include the effect of the medicine, side effects, and interaction with other medicines or food.

Preferably, the medical follow-up message may be a reminder of physical condition, a reminder for referral, a reminder for referral, or an emergency symptom handling method.

Preferably, when the medical follow-up message is a physical condition reminding time and the physical condition reminding time is temporary, the medication reminding module sends a physical condition confirmation message to at least one member ID of the mobile communication device through which the login is to obtain a body Status reply; when the physical condition returns to bad or the physical condition reply is not received, the medication reminder module sends a warning notification to the mobile communication device through which the specific member ID is registered.

Preferably, the mobile communication device may be a smart speaker, a wearable device, a tablet computer, a smart phone, or a notebook computer.

Preferably, the cloud medical service management system may further include: a medical information providing module for receiving a pathological message from the mobile communication device through the member communication management module, and extracting at least one pathological message from the pathological message The disease state, and provide a plurality of drug names and descriptions that can relieve the at least one disease state.

Preferably, the medical information providing module may further include a second query sub-module for uploading the pathology received by the member communication management module to a drug information database for search, and the drug information data The multiple drug names and descriptions returned by the library are provided to the mobile communication device that issued the disease.

Preferably, the cloud medical service management system may further include a health education resource acquisition module connected to a government health education database for receiving an inquiry message from the mobile communication device through the member communication management module, and the inquiry message Enter the government health education database to obtain the corresponding health education data or government medical affairs administrative data, and provide the health education data or government medical affairs administrative data to the mobile communication device that sends the inquiry message.

Preferably, the cloud medical service management system may further include a medical resource acquisition module, connected to a hospital database, for connecting a mobile communication device and the hospital database, and then operating the hospital database through the mobile communication device to Obtain the hospital address, check the bed use status, register at the remote end, and check the medical records.

Preferably, the cloud medical service management system may further include a machine learning module for learning and identifying new drugs by using the input drug appearance image file, and providing the new identification method and corresponding drug name to the drug management module 3. Use inputting different medicine list image files to learn new acquisition rules and record the new acquisition rules in the data storage module.

The system uses the medicine management module to obtain the medicine information on the medicine list, and uses the medicine reminder module to remind the individual or group of the medicine time and method, and then cooperates with the medical information supply module, health education resource acquisition module and medical resource acquisition The medical-related information provided by the module can meet the aforementioned needs.

The present invention will be described more specifically by referring to the following embodiments.

Please refer to FIG. 1, which illustrates a simplified block diagram of a cloud medical service management system (hereinafter referred to as the system) according to an embodiment of the present invention. The system can be installed in a servo host 10 and operates by the hardware structure of the servo host 10. The hardware architecture of the servo host 10 where the system is installed is not much different from the general server architecture, and may include a central processing unit, memory, storage device (such as a hard disk), I/O unit, etc. Although these hardwares are not shown in FIG. 1, they are architectures that should be understood by those skilled in the server field. In addition, one of the important hardware in the cloud server 10 is the network communication interface 110, which is an important software and firmware that connects the cloud server 10 and external hardware through the network 30 (sometimes also includes programs running on the operating system The software) assembly can include hardware such as network cards, connection cables, and wireless communication modules. The following describes the technical requirements of the system for each module or sub-module of the present invention to operate in order to utilize or cooperate with the equipment of the existing servo host 10 described above. Therefore, they can be software that contains specific code and data, and run in at least a part of the hardware architecture under the operating system (such as the code and related data files are stored in the storage device, in the operating system It is temporarily stored in the memory under operation, and is dynamically called and executed by the central processor). On the other hand, the modules or sub-modules can also be special hardware, such as an application-specific integrated circuit (ASIC) or an external card, used to execute the modules or sub-modules. The role conferred. What's more, these technical requirements can be partly software and partly hardware, and effective integration according to the needs of product designers is within the technical scope claimed by this patent.

The system can be connected to various networked devices via the network 30. The aforementioned network 30 may be an Internet, a wide area network, or a local area network. Networking equipment can include various hardware devices, such as servers (which can include accessible databases), workstations, cloud storage, or mobile communication devices. The mobile communication device may be a tablet computer, a smart phone, or a notebook computer. Among them, the server and the mobile communication device are the main connection objects of the system. The method of connecting the mobile communication device is not only directly connected (other devices than the hardware device not through the network 30), but also indirectly connected to the mobile communication device through a social platform service architecture, such as a social platform server 40. According to the spirit of the present invention, the social platform server 40 is responsible for the operation of a social platform service platform. The aforementioned social platform service platforms such as LINETM, WeChat, WeChatTM, etc., provide users to communicate on their respective mobile communication devices. In addition, with the advancement of 5G communication and Internet of Things technology, mobile communication devices can also be smart speakers, wearable devices and other devices that can have specific functions and can interact with the system. In the following statement, for simplicity, six mobile communication devices (first mobile communication device 51, second mobile communication device 52, third mobile communication device 53, fourth mobile communication device 54, fifth mobile The communication device 55 and the sixth mobile communication device 56) will be explained without subdividing what kind of hardware equipment they are. However, it should be understood that there may be thousands of mobile communication devices connected to the system, not just the six shown in FIG. 1. In this system, in order to distinguish the user of each mobile communication device, the user still operates with the member ID specially registered in the system. If it is connected to the mobile communication device through the social platform server 40, the user's member ID can be connected in series using the corresponding user identity on the social platform service platform to operate, that is, "the social platform service platform is used on the mobile communication device The user's identity is used to operate the communication interface provided by the social platform service, and therefore uses the member ID on this system to interact with this system." The interaction between the social platform service platform and the system can be achieved by using the serial programming API (Application Programming Interface) provided by the social platform server 40, and the serial API is a control development module provided by each social platform service platform. The office does not detail the details of use. The social platform server 40 can be a mobile communication software (such as a user's APP), presenting a communication interface on any mobile communication device (as shown in FIG. 2). The communication interface presents some messages to be notified to the user when the system is operating in the form of dialog content. With proper design, the appearance of a communication interface can be as shown in Figure 2. The user can control the operation in dialogue with the system, and can also upload image files. The response message of the system can also be displayed in the communication interface in the form of dialogue operation frame and thumbnail after being input through the operation of the communication interface. If the system is directly connected to a mobile communication device, the messages transmitted therebetween can be installed and displayed on a special APP or application software installed on the mobile communication device, or communicated through the web interface of the browser.

The system, built in a cloud server, includes: a member communication management module 210, a drug management module 220, a medication reminder module 230, a data storage module 240, and a medical information providing module 250 1. A health education resource acquisition module 260, a medical resource acquisition module 270, and a machine learning module 280. The functions and interaction modes of these modules and their subsidiary sub-modules are described below.

The function of the member communication management module 210 is to build a member ID, set medical information related to each member ID, and control the mobile communication device through which data received and sent to at least one member ID is registered. Any user can connect to the system with their own mobile communication device, and apply for the member ID, user name (used when communicating with other users) and password to which he belongs through the member communication management module 210. The latter two can be used as Register the data used by this system in the future. In addition, in addition to the personal information requested by the system, such as gender, age, and communication data, the member communication management module 210 requires the medical information set by each member ID to include at least the user's identity, allergic drugs, frequent hospital contact information, Eating habits and emergency contact information. These medical information can be informed to third parties with set permissions, so that when the body encounters an emergency, there is an opportunity for the rescuer to know their physical condition. Among them, the user identity is used to specify each person's "role" in the system. Since this system can provide medication tracking service for a single person, the user's user status can be "normal"; this system can also provide services for a group of connected user groups, and each user in the group has Different roles, such as patients, caregivers, family members, etc., so in a group, the member communication management module 210 can set the patients, family members of patients, family members responsible for patients, caregivers, medical staff for each member ID Wait for user identity. It should be noted that a member ID can join different groups at the same time, therefore, the member ID can have different user identities according to different groups. After the connection relationship is set, the member connection management module 210 can control receiving data from the mobile communication device through which at least one member ID is registered, or sending data to the mobile communication device through which at least one member ID is registered.

For a group, the member communication management module 210 can first set up more than two member IDs to form a group, and then let the user identity of at least one member ID be a patient, and the user identity of a member ID is a patient Responsible family members. In this way, there is a specific ID in the group that can be reminded to notify the time and method of medication, and when the patient member ID encounters some emergency conditions, the system can additionally notify the member ID to the user who is responsible for the patient's family. Perform emergency assistance. In addition, if a group includes non-family medical care and long-term care personnel, the member communication management module 210 can also set the user ID of at least one of the member IDs to be medical care after setting more than two member IDs into a group Personnel to distinguish different responsibilities.

The medicine management module 220 may be used to receive medicine order image files, medicine image files and medicine follow-up messages from the aforementioned mobile communication device. In practice, the medicine document image file is a photo of the external prescription label of the medicine package. After the user uploads the system through the mobile communication device, the medicine management module 220 can retrieve the necessary information, such as the name of the medicine, the frequency of medication, and This information can be used by the medication reminder module to inform the user or group when and how to use the medication. The medicine image file is a picture of the medicine in the medicine package. After being uploaded to the system, the medicine management module 220 can use it to identify the medicine name of the corresponding medicine and provide relevant information of the medicine. The aforementioned information about drugs includes drug effects, side effects, and interactions with other drugs or foods. When reminding the user to take the drug, the drug photo, drug name and drug related information can be displayed synchronously, so that the drug user will not take the wrong drug or pay attention to the diet that is taboo. In general, as shown in the screenshot of the drug image file in Figure 2, the medication time prescribed by the doctor is very flexible, such as 3 times a day, once in the morning and evening, three meals and once before bedtime. Although such flexibility is convenient for the drug user, it is disadvantageous for the drug reminding module 230 of the system to set the reminding time. Therefore, the medical follow-up message may have at least one medication period, during which the user may be reminded. In addition, the medical follow-up message can also be a reminder of physical conditions, a reminder for referrals, a reminder for referrals, or an emergency symptom handling method. These information can remind users of matters that should be noted in addition to medication. When the medical follow-up message is the time for reminding the body condition and the time for reminding the body condition is temporary, the medicine reminding module sends a body condition confirmation message to the mobile communication device through which at least one member ID is registered to obtain a body condition reply; When the physical condition returns to bad or the physical condition reply is not received, the medication reminder module sends a warning notification to the mobile communication device through which the specific member ID is registered. Relevant details will be explained in conjunction with the following operation examples.

In order to facilitate the operation of the medicine management module 220, the medicine management module 220 includes the following sub-modules: a character recognition sub-module 221, a character extraction sub-module 222, and an image recognition sub-module 223 and a First query submodule 224. The character recognition sub-module 221 is used to analyze the characters and symbols on the medicine bill image file, and can convert the character images in the medicine bill image file into characters for subsequent analysis. In today's technology, there are many character recognition algorithms available, and the invention is not limited thereto. The character extraction sub-module 222 uses at least one extraction rule to determine which of the converted characters belong to the name of the medicine, the frequency of medicine, and the amount of medicine, and extract it. For example, as shown in the enlarged image of part of the drug list shown in Fig. 3, the names of several drugs are conveniently found under "Drug Names", which are separated in Chinese, followed by the method and frequency of medication. The extraction rules may be set according to the information disclosure form of different hospital medicine packages, and the character extraction sub-module 222 may use the default extraction rules to extract these data. However, in the following description, it will be mentioned that the machine learning module 280 of the system can also identify the data type through learning, and then set different extraction rules according to different information disclosure methods to allow the character extraction sub-module 222 use. The image recognition sub-module 223 is a tool for recognizing medicines on medicine image files. The image recognition sub-module 223 uses the medicine appearance image file stored in the aforementioned data storage module 240 to recognize the medicine image file to determine the medicine name of the corresponding medicine. In practice, these drug appearance image files and the drug names of the corresponding drugs can also be stored on a third-party server (not shown), using the image recognition system set on them, when receiving a drug image file upload, use The stereoscopic image recognition calculation platform other than the system recognizes medicines, and the image recognition sub-module 223 can be used to send medicine image files and obtain medicine names of corresponding medicines. The aforementioned three-dimensional image recognition calculation platform, such as Microsoft Azure ^TM . The first query submodule 224 is used to upload a drug name received by the member communication management module 210 to a drug information database 41 for searching, and provide related information of the drugs returned by the drug information database 41 to the issuer The mobile communication device for the drug name. In practice, the medicine information database 41 may be an open database of the Department of Health Services.

The medication reminding module 230 can send a medication notification to the mobile communication device with which at least one member ID is registered through the member communication management module 210 according to the medical follow-up message before the medication period arrives, and receive at least one mobile communication from the aforementioned The medication confirmation message of the device. In addition, when the medication reminding module 230 does not receive the medication confirmation message after the medication period, it sends a warning notification to the mobile communication device through which the specific member ID is registered. In this way, a group of people who care about the patient's medication can actively contact the patient, such as making a phone call or visiting the door, to avoid health problems caused by not taking medication.

The data storage module 240 is used to record all member IDs, medical information related to each member ID, data sent or received by the member communication management module 210, and used to retrieve the drug name and medication frequency in the image file of the drug list And at least one extraction rule for the dosage of medicines, and store the medicine history records of each member ID for access. In practice, the data storage module 240 may be a large database, preferably a related database.

The medical information providing module 250 can be used to receive a pathological message from the mobile communication device through the member communication management module 210, extract at least one pathological condition from the pathological message, and provide a solution that can relieve the at least one pathological condition Several drug names and their descriptions. The medical information providing module 250 may include a second query submodule 251 for uploading the pathology received by the member communication management module 210 to the drug information database 41 for searching, and returning the drug information database 41 The names of several drugs and their descriptions are provided to the mobile communication device that issued the condition.

The health education resource acquisition module 260 can be connected to a government health education database 42 for receiving an inquiry message from the mobile communication device through the member communication management module 210, and inputting the inquiry message into the government health education database to obtain Corresponding health education materials or government medical affairs administrative data, and provide the health education materials or government medical affairs administrative data to the mobile communication device that sends the inquiry message. In practice, the government health education database 42 may also be an open database of the Ministry of Health Service.

The medical resource acquisition module 270 connects to a hospital database 43 to connect a mobile communication device to the hospital database 43, and then operates the hospital database 43 through the mobile communication device to obtain the hospital address, query the bed use status, and remote Register and check the medical records at the terminal. In general, large and medium-sized hospitals have their own hospital database, and there will also be an appropriate web interface to assist patients to obtain relevant information or perform operations such as registration and bed registration. The medical resource acquisition module 270 is a bridge interface.

Finally, the machine learning module 280 of the system can be used to learn and identify new medicines by using the imported medicine appearance image files, provide new identification methods and corresponding medicine names to the medicine management module, and input different medicine order images File to learn new retrieval rules and record the new retrieval rules in the data storage module. There are many kinds of algorithms for machine learning, which can learn from the text and image data separately, and the invention is not limited thereto.

In the following, the present invention will further illustrate the operation of the system with several operation examples.

First of all, please refer to FIG. 2 to FIG. 4 at the same time. These figures show examples of the operation of the system through the communication interface displayed on the screen 511 of the first mobile communication device 51. In this example, the user of the mobile communication device 51 enters the system with his member ID and performs the medication reminding service. Therefore, the member communication management module 210 will only transmit and receive data for the member ID (the user's identity is normal). In addition, the communication interface in this example is provided by the system and presented by the mobile communication software installed in the first mobile communication device 51 to perform display and input control.

When the user enters the system after receiving the medicine after seeing the disease, the medicine management module 220 will ask the user to upload the medicine list photo in a dialogue. Then, the character recognition sub-module 221 and the character extraction sub-module 222 of the medicine management module 220 will mark the necessary data collected according to the preset extraction rules, such as the name of the medicine, the frequency of medicine, and the amount of medicine. However, for user-friendly operation, to provide a photo reference for medication or to avoid additional medication burden (for example, some medicines are used only under special circumstances, you do not have to take each time), the medicine management module 220 starts the image recognition sub-model Group 223, so that the drug analysis can be performed, and the drug details to be notified at each reminder are set. As shown in Figure 3, the user can sequentially select the drug names listed in the frame and click "Add Drug" to set the drug. After that, you can select the medical record of the drug's response this time, or add a new case. Then, the communication interface switches back to FIG. 3. The medication reminder module 230 will integrate all the data set by the user, including the preset medication time, such as 8:00AM~9:00AM, 1:00PM~2:PM and 7:00PM~8:PM, allowing the user to confirm the medication Name and reminder time. If there is no problem, click "Confirm", if you need to change the reminder time, click "Change Time", if you want to reset, click "Re-upload". The reminding form of the medicine reminding module 230 of this system is shown in FIG. 4. When it arrives at 7:00 pm, the medication reminder module 230 will issue a medication reminder to the user "Hello, Mr. Li, according to your medication list, you now need to take the medicine prescribed by the doctor: one Flagyl; one KASCOAL …If you have finished taking the medicine, please click the confirm button below. If the confirm button is not clicked, the system will remind you again after ten minutes” to the first mobile communication device 51, presented on the communication interface. At the same time, the first mobile communication device 51 can also emit a reminder sound or vibration to assist the reminder. Because the user did not notice, did not use the medicine, and did not click the confirmation button to send the medicine confirmation message, the medicine reminder module 230 issued another medicine notification after ten minutes, and the content of the sentence changed slightly. At this time, the user notices the second medication notice and clicks the confirmation button after taking the medication. Therefore, the drug management module 230 will not issue a medication notification before the next medication time comes.

According to the present invention, the system can be applied in a group to provide medication notifications for specific patients, and also notify other family members of patients who care about the user of the patient, including a family member responsible for the patient. The messages displayed by the three parties (the third mobile communication device 53, the fourth mobile communication device 54 and the fifth mobile communication device 55) of this system are combined in FIG. 5. When the preset time period expires, the medication reminding module 230 simultaneously sends a medication notification to the mobile communication device through which the three member IDs are registered, and only the patient member ID can reply whether the medicine has been used up. After its reply, the medication reminding module 230 once again informs all members that the medication is finished, so that everyone can rest assured. However, when the medication was used for the second time, the medication reminding module 230 reminded the patient user of the message of the medication three times within 20 minutes, but no response was received. When the medication period has passed, the medication reminder module 230 will alert the mobile communication device through which the member ID other than the patient is logged in, telling them that the patient has not taken the medication. If neither person receives the warning notification, the medication reminder module 230 will continue to issue a warning notification to the mobile communication device of the patient's responsible family until the user knows this abnormal situation and handles it . At this time, the medication reminding module 230 will also synchronously tell all users that someone has reminded the user who needs medication to take the medication. This abnormal situation has been lifted.

According to the present invention, the same member ID can be included in different groups, and different user identities are also switched. In another operation example, the user of the fourth mobile communication device 54 and the user of the fifth mobile communication device 55 and the user of the sixth mobile communication device 56 form another group. In this group, the user ID of the user ID of the user of the fourth mobile communication device 54 is changed from the family member of the patient to the patient, and the user ID of the user ID of the user of the fifth mobile communication device 55 is the family member of the patient. The user ID of the user ID of the user of the sixth mobile communication device 56 is a caregiver. In this case, the patient's disease is high blood pressure, and it is necessary to take high blood pressure medicine regularly for a long time. In addition, the patient must confirm whether the body has abnormalities at night. In addition to the text, the medication notice issued by the medication reminder module 230 will be accompanied by a photo of the appearance of the medication (including the size) so that the person who uses the medication will not take the wrong medication. In this situation, the medical follow-up message sets the physical condition reminder time to 8:00PM. When the time for reminding the physical condition is temporary, the medication reminder module 230 will send out a confirmation message for the physical condition, such as "Hello Miss Lin, it is now 8:00 pm, do you have any feeling of dizziness or discomfort?" is given to all member IDs The registered mobile communication device, in order to obtain a physical condition reply from the fourth mobile communication device 54. This physical condition reply can be any text or voice, bite is the patient's current body feelings. When the physical condition returns to bad or the physical condition reply is not received, in this case, the patient does not have any reply, the medication reminder module 230 sends a warning notification to the fifth action by which the specific member ID is registered The communication device 55 and the sixth mobile communication device 56 remind these users that some conditions may have occurred and need to be concerned. When the patient's responsible family found that the patient was unconscious, he called the hospital and sent an ambulance to pick up the patient. At the same time, this event is recorded in this system. If the medical staff needs to view the patient's past medication records or nursing records, both the patient's responsible family members and caregivers can operate on their respective mobile communication devices and read them out from the data storage module 240. Even if referral is needed after seeing a doctor, the medical resource acquisition module 270 can be connected to the hospital database of the nearest large hospital to seek medical resources and available beds.

This system allows any user to log in on different mobile communication devices with their member IDs and query medication records. An example of querying medication records can be shown in Figure 7. Within the scope of authorization, for example, the user's identity as the patient's responsible family member can query the patient and their own medication records. After selecting a specific member ID and a query period, the interface of the mobile communication device (in this case, a web interface) will completely display all the medications of the member during that period.

In another operation example, the system can allow any user to log in on different mobile communication devices with their member IDs to conduct drug inquiries. Please refer to FIG. 8, which shows the display interface of the drug query. After a photo is taken or an image file is uploaded, the image recognition sub-module 223 starts to operate. After the three-dimensional image recognition, the relevant information of the drug, the name, use and source of the drug in Chinese and English are obtained. These data will be presented on the mobile communication device in operation.

Finally, according to the present invention, the system can provide a drug recommendation related to a disease, and its operation interface is shown in FIG. 9. The medical information providing module 250 asks the user to input a series of text (pathological information) with a specific pathological description on the mobile communication device. The medical information providing module 250 can be used to receive pathological information from the mobile communication device through the member communication management module 210, and can retrieve at least one pathological condition from the pathological information, such as knee abrasion and flatulence, and let The user confirms again. After confirmation, the second query submodule 251 uploads the symptoms received by the member communication management module 210 to the drug information database 41 for search, and returns the names and descriptions of several drugs returned by the drug information database 41 Provided to the mobile communication device that issued the condition. In this way, all users of this system can have some medicine reference for the medical condition of the body.

Although the present invention has been disclosed as above in the embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the technical field can make some changes and modifications without departing from the spirit and scope of the present invention. The scope of protection of the present invention shall be subject to the scope defined in the attached patent application.

10: Cloud server 110: Network communication interface 210: Member communication management module 220: Drug management module 221: Character recognition sub-module 222: Character extraction sub-module 223: Image recognition sub-module 224: First Query submodule 230: medication reminder module 240: data storage module 250: medical information provision module 251: second query submodule 260: health education resource acquisition module 270: medical resource acquisition module 280: machine learning Module 30: Network 40: Social platform server 41: Drug information database 42: Government health education database 43: Hospital database 51: First mobile communication device 511: Screen 52: Second mobile communication device 53: No. Three mobile communication devices 54: fourth mobile communication devices 55: fifth mobile communication devices 56: sixth mobile communication devices

1 is a block diagram of a cloud medical service management system according to an embodiment of the present invention; FIGS. 2 to 4 show examples of the operation of the system through a communication interface displayed on the screen of a mobile communication device; FIG. 5 shows the system in Messages displayed by three parties; Figure 6 shows another message displayed by the system in three parties; Figure 7 shows an example of querying medication records; Figure 8 shows a display interface for querying medication; and Figure 9 shows medication related to a disease Recommended user interface.

10: Cloud server

110: Network communication interface

210: member communication management module

220: Drug Management Module

221: Character recognition submodule

222: Character extraction submodule

223: Image recognition submodule

224: The first query submodule

230: Medication reminder module

240: data storage module

250: Medical information providing module

251: Second query submodule

260: Health education resource acquisition module

270: Medical resource acquisition module

280: Machine learning module

30: Internet

40: Social platform server

41: Drug Information Database

42: Government Health Education Database

43: Hospital database

51: The first mobile communication device

511: screen

52: Second mobile communication device

53: Third mobile communication device

54: Fourth mobile communication device

55: Fifth mobile communication device

56: The sixth mobile communication device

Claims (16)

A cloud medical service management system, built in a cloud server, includes: a member communication management module, used to build member IDs, set medical information related to each member ID, and control receiving data from and Sending data to the mobile communication device through which at least one member ID is registered; a drug management module, used to receive the drug order image file, drug image file and medical follow-up message received from the aforementioned mobile communication device, in the drug order image Retrieve the drug name, medication frequency and dosage, use the drug image file to identify the drug name of the corresponding drug, and provide relevant information about the drug, where the drug follow-up message includes the medication period; a medication reminder module , According to the medical follow-up message, before the medication period comes, send a medication notification to the mobile communication device through which the member ID is registered through the member communication management module, and receive the medication confirmation message from the at least one mobile communication device, And when the medication confirmation message is not received after the medication period, an alarm notification is sent to the mobile communication device through which the specific member ID is registered; and a data storage module is used to record all member IDs and the information related to each member ID Medical information, data sent or received by the member communication management module, a plurality of drug appearance image files used to identify the drug image file, used to retrieve the drug name and drug frequency in the drug list image file And at least one extraction rule for the dosage of medicines, and store the medicine history records of each member ID for access. The cloud medical service management system as described in item 1 of the scope of patent application, wherein the medical information includes user identity, allergic drugs, frequent hospital contact information, dietary habits and emergency contact information. The cloud medical service management system as described in item 2 of the patent application scope, in which the user is classified as general, patient, patient's family member, patient's responsible family member, caregiver or medical staff. The cloud medical service management system as described in item 3 of the patent application scope, wherein the member communication management module further sets two or more member IDs into groups by setting, wherein the user of at least one member ID is a patient and a member ID Of users are family members responsible for patients. The cloud medical service management system as described in item 3 of the patent application scope, wherein the member communication management module further sets two or more member IDs into groups by setting, wherein users of at least one member ID are medical personnel. The cloud medical service management system as described in item 1 of the patent application scope, wherein the drug management module further includes: a character recognition submodule for converting character images in the drug order image file into characters; a character extraction Take a sub-module, use at least one extraction rule to determine which of the converted characters belong to the name of the drug, the frequency of use of the drug, and the amount of drug used; and extract it; and an image recognition sub-module, use the data storage module The stored image file of the appearance of the medicine identifies the image file of the medicine to determine the name of the medicine corresponding to the medicine. The cloud medical service management system as described in item 6 of the patent application scope, wherein the drug management module further includes a first query submodule for uploading a drug name received by the member communication management module to a The drug information database searches and provides information about the drugs returned by the drug information database to the mobile communication device that sends out the name of the drug. The cloud medical service management system as described in item 1 of the patent application scope, in which the relevant information of the drug includes the action of the drug, side effects, and interaction with other drugs or food. The cloud medical service management system as described in item 1 of the patent application scope, wherein the medical follow-up message is a reminder of physical condition, a reminder of a referral, a referral reminder, or an emergency symptom handling method. The cloud medical service management system as described in item 9 of the patent application scope, wherein when the medical follow-up message is a physical condition reminding time and the physical condition reminding time is temporary, the medication reminding module sends a physical condition confirmation message to at least A mobile communication device through which a member ID is registered to obtain a physical condition reply; when the physical condition is recovered as bad or the physical condition reply is not received, the medication reminder module sends a warning notification to the specific member ID Registered mobile communication device. The cloud medical service management system as described in item 1 of the patent application scope, wherein the mobile communication device is a smart speaker, a wearable device, a tablet computer, a smartphone or a notebook computer. The cloud medical service management system as described in item 1 of the patent application scope further includes: a medical information provision module for receiving a pathological message from the mobile communication device through the member communication management module At least one disease state is extracted from the message, and a plurality of drug names and descriptions that can relieve the at least one disease state are provided. The cloud medical service management system as described in item 12 of the patent application scope, wherein the medical information providing module further includes a second query submodule for uploading the pathology received by the member communication management module to a The drug information database searches, and provides a plurality of drug names and descriptions returned by the drug information database to the mobile communication device that issued the disease. The cloud medical service management system as described in item 1 of the patent application scope further includes a health education resource acquisition module connected to a government health education database for receiving an inquiry from the mobile communication device through the member communication management module Message, input the inquiry message into the government health education database to obtain corresponding health education data or government medical affairs administrative data, and provide the health education data or government medical affairs administrative data to the mobile communication device that sends the inquiry message. The cloud medical service management system as described in item 1 of the patent application scope further includes a medical resource acquisition module connected to a hospital database for connecting the mobile communication device and the hospital database, and then through the mobile communication device Operate the hospital database to obtain the hospital address, check the bed usage status, register at the remote end, and query the medical records. The cloud medical service management system as described in item 1 of the patent application scope further includes a machine learning module for learning and identifying new drugs using the input drug appearance image files, and providing new identification methods and corresponding drug names For the medicine management module, input different medicine order image files to learn new acquisition rules, and record the new acquisition rules in the data storage module.

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