TWM645058U - A medication integration evaluation and intelligent query system - Google Patents

Abstract

A medication integration evaluation and intelligent query system, including: an input module, connected to the integration module for information transmission, so as to provide the user with the information to be searched for, and send the information to the integration module; the integration module, used to receive information from the input module, the integration module includes: a core unit that receives information from the input module and sends it to a display module after integration; a database that connects to the core unit for information transmission; and the expansion unit is connected to the database to update and maintain the database at any time. According to the latest drug information and medical-related research reports, the database is continuously updated and corrected; the display module is connected to the integrated module carry out information transmission, and display the result information after receiving the core unit integration.

Description

Medication Integrated Assessment and Intelligent Query System

This new model relates to an integrated medication assessment and intelligent query system, which integrates and judges the interactions of different medications and gives medication recommendations to avoid medication interactions or other risks.

In the past, doctors and pharmacists had to rely on humans to manually check each patient's medication, which was time-consuming and error-prone. Generally speaking, the review of prescriptions involves pharmacists judging medication-related issues based on their own knowledge, or using the general drug single query system to query the possible medication instructions for the single drug for the patient, as a reminder to the patient. When taking medication, you need to pay attention to things to avoid risks, or to prepare patients mentally for taking medication in advance.

However, ordinary pharmacists may not have complete knowledge, experience or expert systems to assist in discovering or verifying medication-related problems, and the drug information and appearance identification query systems established by general hospitals currently lack the ability to integrate other diverse medication issues. The evaluation system is used together, so that it only stays at the basic function of querying general drug information. Therefore, pharmacists will have the following deficiencies in evaluating and checking drugs:

First, many previous medication assessment systems can only analyze the impact of a single drug on a patient and lack the ability to integrate different drugs. This results in doctors and pharmacists needing to manually integrate different drug information, potentially leading to erroneous judgments and the risk of adverse reactions. Based on this, the integrated medication evaluation and intelligent query system can integrate multiple drug information and conduct a comprehensive assessment, thereby improving the accuracy and comprehensiveness of medication assessment.

Secondly, most of the previous medication evaluation systems relied on manual input of patients’ medication information, which required a lot of time and labor costs. Additionally, manual entry may contain errors, further increasing unnecessary risk. To solve this problem, the integrated medication evaluation and intelligent query system can automatically extract the patient's medication information from medical records, thereby improving the efficiency and accuracy of medication assessment.

Third, the previous medication evaluation system may have a problem of slow updating of medication information. As new drugs are continuously introduced and old drugs are updated, the medication evaluation system needs to keep pace with the latest drug information. Based on this, the integrated medication assessment and intelligent query system can update the latest medication information in real time to maintain the accuracy and timeliness of medication assessment.

Fourth, previous medication assessment systems may have insufficient assessment of medication risks. Many patients may have multiple medical conditions and medications that require a comprehensive assessment that takes into account different risk factors. Based on this, the integrated medication assessment and intelligent query system can conduct a comprehensive assessment based on the patient's disease and medication status, improving the accuracy and comprehensiveness of medication risk assessment.

Fifth, previous medication assessment systems may suffer from a lack of personalized assessment. Because each patient's physiological state and medication use are different, assessment and recommendations need to be made on an individual basis. Based on this, the integrated medication assessment and intelligent query system can conduct personalized assessments based on the patient's physiological state and medication status, thereby providing more accurate medication recommendations.

Sixth, pharmacists may lack some considerations when evaluating drug information. Pharmacists must have diversified knowledge or experience to fully and accurately check medications. Therefore, not every pharmacist can Accurately evaluate medication.

Seventh, it takes more time for pharmacists to search for information on cross-interactions between drugs or with health foods. Not all pharmacists have very complete knowledge or experience, so if they are junior pharmacists or ordinary people who want to make multiple drugs or For cross-checking and evaluation of food products, you may need to read a lot of information before making a judgment.

Therefore, if pharmacists or any users can make a comprehensive and diversified evaluation of the drug information, interactions can be prevented early and avoid errors caused by lack of evaluation by pharmacists or medical staff. Unintended risks arising from interactions.

Therefore, after observing the above-mentioned deficiencies, the creator of this case believed that there is still a need for further improvement in the commonly used drug evaluation system, and thus this creation came into being.

In order to solve the above problems, the purpose of this new model is that the integrated medication evaluation and intelligent query system can solve many problems existing in the previous medication evaluation system, including integrating multiple drug information, automatically extracting patient medication information, updating the latest drug information in real time, comprehensively considering different Assessment of risk factors and personalized assessment based on individual circumstances. Through these improvements, the integrated medication evaluation and intelligent query system can improve the accuracy, comprehensiveness, efficiency and personalized level of medication assessment, thereby providing patients with better medication recommendations and reducing unnecessary risks and burdens. These advantages will help improve the standards and levels of medication evaluation and bring more benefits to the medical industry and patients.

In order to achieve the aforementioned purpose, the present invention discloses an integrated medication evaluation and intelligent inquiry system, including: an input device, connected to an integrated module for information transmission, to provide the user with input of information to be searched, and to transmit the information to the integrated module. group; the integration module is installed on the physical server to receive information from the input device. The integration module includes: a core unit that receives information from the input device and sends it to the display device after integration; data The database is connected to the core unit for information transmission; and the expansion unit is connected to the database to update and maintain the database at any time. The database is continuously updated and revised based on the latest drug information and medical-related research reports; The display device is connected to the integration module for information transmission, and displays the result information after receiving the integration of the core unit; wherein, the input device, the integration module and the display device are connected to each other to transmit information.

In a preferred embodiment, the database includes a drug information database, an interaction database between Western medicines, an interaction database between Chinese medicines, an interaction database between Chinese and Western medicines, a drug-food interaction database, a drug-food interaction database, and a drug-food interaction database. Health Food Interaction Database and Elderly Medication Safety Information Database.

In a preferred embodiment, the input device may be a QR code scanning unit. After scanning the prescription with the QR code through the QR code scanning unit, the scanned information is transmitted to the integrated module.

In a preferred embodiment, the drug information database includes drug information, high-risk drug information, and drug appearance information.

In a preferred embodiment, the drug safety information database for the elderly includes drug information that is potentially unsuitable for the elderly, drug information that cannot damage drug dosage forms, and drug information that may easily cause falls.

This model also discloses an integrated medication assessment and intelligent query method, including: S1: transmitting information between the input device and the integrated module to provide the user with input of information to be searched, and transmitting the information to the integrated module; S2 : Make the integration module receive information from the input device. The execution of the integration module includes: S3: Make the core unit receive the information from the input device and send it to the display device after integration; S4: Make the database connect to the core unit for information transmission; and S5: Connect the expansion unit to the database to update and maintain the database at any time, and continuously update and modify the database based on the latest drug information and medical-related research reports; and S6 : Allow the display device to connect to the integration module for information transmission, and display the integrated result information received from the core unit.

In a preferred embodiment, the result information further includes the contact information of the senior pharmacist currently on duty in case the problem cannot be solved by the consultation system.

In a preferred embodiment, the source of the research report can be manually set to be added, deleted, and adjusted.

In a preferred embodiment, the source of the database can be manually set to add, delete, and adjust.

In summary, it can be seen that the integrated medication evaluation and intelligent query system provided by the present model includes: an input device, connected to the integration module for information transmission, to allow the user to input the information they want to search, and transmit the information to the integration module; The integration module is installed on the physical server to receive information from the input device. The integration module includes: a core unit that receives information from the input device and integrates it before sending to the display device; a database, Connect the core unit for information transmission; and the expansion unit is connected to the database to update and maintain the database at any time. Based on the latest drug information and medical-related research reports, the database is continuously updated and revised; the display The device is connected to the integration module for information transmission, and displays the result information after receiving the integration of the core unit, so as to prevent various interactions in advance and avoid interactions caused by lack of evaluation by pharmacists or medical staff. Unexpected risks.

The same reference numbers in different drawings represent the same or similar elements, and therefore perform similar functions. Furthermore, descriptions and details of well-known steps and elements are omitted to simplify the description. Additionally, in the following detailed description of the present invention, numerous specific details are set forth in order to provide a thorough understanding of the present invention. However, it is understood that the teachings of the present invention may be practiced without these specific details. In other instances, well-known methods, procedures and components have not been described in detail to avoid unnecessarily obscuring aspects of the present invention. Examples of various embodiments are further illustrated and described below. It will be understood that the description herein is not intended to limit the claims to the specific embodiments described. On the contrary, the intention is to cover alternatives, modifications, and equivalents as may be included within the spirit and scope of the invention as defined by the appended claims.

The terms used in the present invention are only used to describe specific embodiments and are not intended to limit the content of the present invention. As used herein, the singular form: "a" may also include the plural form unless the context clearly indicates otherwise. It will be further understood that "comprising" and "comprising", when used in this specification, specify the presence of stated features, integers, operations, elements and/or components but do not exclude the presence or addition of one or more other features, integers, elements, integers, operations, elements, assemblies and/or parts thereof.

New Creator's research found that the main factors affecting the integrated medication assessment and intelligent query system are as follows, which should be considered during system development:

First, the medical environment: Different countries and regions have different requirements for medical systems and drug regulatory agencies, which have a great impact on the development and application of integrated medication evaluation and intelligent query systems. For example, some countries and regions require drugs to undergo strict clinical trials and approval before they can be marketed, which may result in slower database updates for the integrated drug evaluation and intelligent query system.

Second, technical level: The integrated medication evaluation and intelligent query system requires pharmacists to have a high technical level and experience, including medical knowledge, pharmacological knowledge, etc. Therefore, the development and application of the system require the active participation and support of professionals.

Third, safety: The integrated medication assessment and intelligent query system needs to consider the safety of medication, especially for patients who take medication for a long time. Pharmacists should evaluate the side effects, interactions and other risks of different drugs and provide patients with personalized medication recommendations to ensure the safety of patients' medication.

Fourth, cost-effectiveness: The development and application of integrated medication assessment and intelligent query systems require a large amount of resources, including manpower, material resources, financial resources, etc. Therefore, it is necessary to consider the cost-effectiveness of the system and evaluate the impact of the system on medical costs and patients' quality of life to ensure the sustainable development of the system.

As mentioned in the previous technical section, there are currently seven deficiencies that pharmacists have in evaluating and checking drugs and four factors that affect the integrated medication assessment and intelligent query system. Based on this, this new model provides a complete integrated medication assessment and intelligent query system. Solutions include: Integration: The system integrates multiple different databases, including drug information, interaction databases, elderly drug safety information, etc., allowing users to easily query relevant drug information and interaction information. , thereby reducing the time and energy spent searching for information. Intelligent: The system has an intelligent query function. Users can quickly scan the prescription through the QR code scanning unit. The system will automatically analyze the drug name and dosage in the prescription and provide relevant medication suggestions. At the same time, the system can also perform automated analysis to detect potential interactions, thereby improving medication safety for users. Humanization: The system also includes the function of contacting a senior pharmacist. If the user still has questions about medication recommendations or needs further consultation, the system will provide the contact information of the senior pharmacist so that the user can obtain more professional opinions and suggestions. The water quality optimization device provided by this new model finally achieves the goal of a zero-energy consumption portable water quality optimization device.

The above is the core idea of the present application. The following will clearly and completely describe the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention. Not all examples. Based on the embodiments of the present invention, all other embodiments obtained by those with ordinary knowledge in the technical field without making any progressive creations fall within the scope of protection of the present invention.

Many specific details are set forth in the following description in order to fully understand the present invention. However, the present invention can also be implemented in other ways different from those described here. Those with ordinary knowledge in the technical field can implement the invention without violating the connotation of the present invention. Similar promotion will be made under different circumstances, so the present invention is not limited by the specific embodiments disclosed below.

Secondly, the present invention is described in detail with reference to schematic diagrams. When describing the embodiments of the present invention in detail, for the convenience of explanation, the schematic diagrams are only examples, which should not limit the scope of protection of the present invention. In order to clearly present the various embodiments of the present invention When introducing each embodiment, the same elements or descriptions will be omitted, and only the differences will be specifically introduced.

As shown in Figure 1, in a preferred embodiment, the integrated medication evaluation and intelligent query system 1 provided by the present invention includes: an input device 100, connected to the integration module 200 for information transmission, to provide the user 2 with input to search information, and transmits the information to the integration module 200; the integration module 200 is configured on a physical server to receive information from the input device 100. The integration module 200 includes: a core unit 210 , receives the information from the input device 100 and sends it to the display device 300 after integration; the database 220 is connected to the core unit 210 for information transmission; and the expansion unit 230 is connected to the database 220 to update and maintain the database at any time 220. Based on the latest drug information and medical-related research reports, the database 220 is continuously updated and revised; the display device 300 is connected to the integration module 200 for information transmission and will receive the integrated results of the core unit 210 The information is displayed to assist the pharmacist in integrating multiple drug information and conducting comprehensive evaluation, thereby improving the accuracy and comprehensiveness of drug evaluation. Among them, the display device 300 can also present the result information in the form of a drug formula, providing the user 2 Printing or downloading, the input device 100, the integration module 200 and the display device 300 are connected to each other to transmit information.

Specifically, in a preferred embodiment, the input device 100 can be a QR code scanning unit. After scanning the prescription with the QR code through the QR code scanning unit, the scanned information is transmitted to the integrated module. Group 200, by scanning the QR code of the medicine, the information stored in it can be quickly identified, which facilitates the transmission and processing of information.

Specifically, in a preferred embodiment, the drug information database 221 includes drug information, high-risk drug information, and drug appearance information. Through the drug information database 221, any user 2 can learn the basic information of the drug. , including Chinese medicine and Western medicine, and can pay attention to high-risk drugs, which can provide users 2 with more attention in use, achieving the effect of making it easier for users 2 to understand the information.

Specifically, as shown in Figure 2, in a preferred embodiment, the database 220 includes a drug information database 221, a Western medicine interaction database 222, a Chinese medicine interaction database 223, a Chinese and Western medicine interaction database 224, The drug and food interaction database 225, the drug and health food interaction database 226, and the elderly medication safety information database 227 are used to completely search for drug interactions to provide users 2 with reference. The core unit 210 can combine various items. The information is cross-queried and integrated into the result information, so that the content of the result information includes not only basic information about drugs, but also diversified interactive information such as various Chinese medicines, Western medicines, foods, and medications for the elderly, providing any user2 with the ability to The precautionary information required for medication is clear at a glance.

Specifically, in a preferred embodiment, the elderly medication safety information database 227 includes drug information that is potentially unsuitable for the elderly, drug information that cannot damage drug dosage forms, and drug information that may easily cause falls. The information in the safety information database 227 allows the user 2 to pay more attention to the situations that may occur when the elderly take medication when inquiring about drugs, including drugs that are difficult to swallow and have dizzy side effects that may cause the elderly to fall... etc., etc. Provide user 2 with more precise reminders on the elderly's medication use to achieve an additional reminder effect for the elderly who need special attention.

Specifically, as shown in Figure 3, in a preferred embodiment, the user 2 has any problems that cannot be solved during the process of using the integrated medication assessment and query intelligent system 1, such as: unknown drug interactions. The result information further includes the contact information of the senior pharmacist 4 currently on duty for consumers 3 if the consultation system fails to solve the problem.

As shown in Figure 4, in a preferred embodiment, a medication integrated assessment and intelligent query method includes: S1: causing the input device and the integrated module to transmit information to provide the user 2 to input the information they want to search, and The information is sent to the integration module; S2: Let the integration module receive the information from the input device. The execution of the integration module includes: S3: Let the core unit receive the information from the input device and send it after integration. Display device; S4: Connect the database to the core unit for information transmission; and S5: Connect the expansion unit to the database to update and maintain the database at any time. According to the latest drug information and medical-related research reports, for this The database is continuously updated and revised; and S6: The display device is connected to the integrated module for information transmission, and the result information after receiving the integration of the core unit is displayed to provide the user with the ability to operate the integrated medication evaluation and intelligent query system 1 method.

Specifically, the result information further includes the contact information of the senior pharmacist currently on duty, in case the problem cannot be solved by the consultation system.

Specifically, the source of the research report can be artificially set to add, delete, and adjust.

Specifically, the source of the database can be manually set to add, delete, and adjust.

With the aforementioned technical features, the user uses the QR code scanning unit to scan the QR code on the prescription, which is QRCODE (Quick Response Code; Quick Response Code), and the integrated module receives the scanned information. ; If the user scans the drug ingredient name "Warfarin", the core unit of the integration module will receive the scanned "Warfarin" information and then search the drug information database, Western medicine interaction database, and Chinese medicine interaction in the database. Search for information related to "Warfarin" in the Action Database, Chinese and Western Medicine Interaction Database, Drug-Food Interaction Database, Drug-Healthy Food Interaction Database, and Elderly Medication Safety Information Database, and then the core units will be integrated into the results. information, and then transmit the result information to the display device. The user can then display the device to view in addition to drug information about "Warfarin", and also see its cross-query with Chinese medicine, Western medicine, food, drug safety for the elderly, etc. Information, and the result information can be downloaded and viewed in the form of drug instructions.

Through the aforementioned query results, pharmacists can use it to determine medication-related issues on various prescriptions. In addition to querying basic drug and appearance information, pharmacists can also compare medication safety information for the elderly, interaction information between Chinese and Western medicines, and interaction between Chinese medicines. Action information, drug and health food interaction information, interaction information between Western medicines, drug and food interaction information, and has multiple functions of cross-referencing and querying correct medication information and evaluating medication-related issues; patients can use this new type of You can instantly check the drug and appearance information you are currently using, or directly download the drug instructions to read. Therefore, this new model can provide users, such as pharmacists, other medical-related personnel, or patients with drug care and prescription appropriateness. Evaluation provides a judgment service that any user can use to test and check whether the prescription is appropriate. Therefore, this new method can provide a more accurate and simpler way to evaluate medication. If you have any questions about the drug interaction information, you can also contact a senior pharmacist for answers.

Finally, the technical features of this new model and its achievable technical effects are summarized as follows:

First, it has the ability to diversify and integrate medication information query: the system integrates multiple different databases, including drug information, interaction databases, medication safety information for the elderly, etc., allowing users to easily query related drugs. Messages and interactive messages, thereby reducing time and effort in finding information.

Second, it has the intelligence to assist users in judging medication-related issues on various prescriptions: the system has an intelligent query function. Users can quickly scan prescriptions through the QR code scanning unit, and the system will automatically analyze the drug names and dosages in the prescriptions. , and provide relevant medication suggestions. At the same time, the system can also perform automated analysis to detect potential interactions, thereby improving medication safety for users.

Third, it is humanized to assist users in solving problems: it has a diversified database with cross-query, so even pharmacists or doctors who do not necessarily have complete knowledge or experience of various types of information can use this new type of cross-reference. , obtain the overall drug evaluation results after big data integration, which is more accurate and simpler. The system also includes the function of contacting a senior pharmacist. If the user still has questions about the medication recommendations or needs further consultation, the system will provide the contact information of the senior pharmacist. , enabling users to obtain more professional opinions and suggestions.

The medication integrated assessment and intelligent query system provided by this new model will ultimately achieve a diversified integrated assessment, which will prevent the occurrence of interactions in advance and avoid the unexpected risk of interactions caused by the lack of assessment by pharmacists or medical staff. .

Various embodiments of the present invention have been described in detail above. However, those with ordinary skill in the technical field to which the present invention belongs can make various modifications to the above embodiments without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined by the claims set forth below and their equivalents.

1: Medication integrated assessment and intelligent query system 2:User 3:Consumer 4:Senior pharmacist S1-S7: Steps 100:Input device 200: Integrated modules 210: Core unit 220:Database 221: Drug information database 222: Western Drug Interaction Database 223: Traditional Chinese Medicine Interaction Database 224: Chinese and Western medicine interaction database 225: Drug-Food Interaction Database 226:Drug and health food interaction database 227: Medication safety information database for the elderly 230: Expansion unit 300:Display device

Figure 1 is a schematic diagram of the integrated medication assessment and intelligent query system;

Figure 2 is a schematic diagram of the integration module of the integrated medication assessment and intelligent query system;

Figure 3 is a schematic diagram of the application scenario of the integrated medication assessment and intelligent query system;

Figure 4 is a schematic diagram of the integrated medication assessment and intelligent query method.

100:Input device

200: Integrated modules

210: Core unit

220:Database

230: Expansion unit

300:Display device

Claims (6)

An integrated medication evaluation and intelligent query system, including: an input device connected to an integration module for information transmission to provide users with the information they want to search for, and transmit the information to the integration module; the integration module is provided in The physical server is used to receive information from the input device. The integration module includes: a core unit that receives the information from the input device and sends it to the display device after integration; a database that connects to the core unit for processing. Information transmission; and an expansion unit, connected to the database to update and maintain the database at any time, and to continuously update and correct the database based on the latest drug information and medical-related research reports; the display device, connected to the database The integration module transmits information and displays the integrated result information received from the core unit; wherein the input device, the integration module and the display device are connected to each other to transmit information. Integrated medication evaluation and intelligent query system as described in request item 1, wherein the database includes a drug information database, an interaction database between Western medicines, an interaction database between Chinese medicines, an interaction database between Chinese and Western medicines, a drug Food interaction database, drug and health food interaction database, and elderly medication safety information database. The integrated medication evaluation and intelligent inquiry system as described in claim 1, wherein the input device can be a QR code scanning unit, which scans the prescription with the QR code through the QR code scanning unit, and then transmits the scanned information. to the integrated module. As described in claim 2, the integrated medication evaluation and intelligent query system, wherein the drug information database includes drug information, high-risk drug information, and drug appearance information. Integrated medication assessment and intelligent query system as described in request item 2, wherein the medication safety information database for the elderly includes information on medications that are potentially unsuitable for the elderly, information on medications that cannot damage medication dosage forms, and information on medications that can easily cause falls. . The integrated medication evaluation and intelligent inquiry system as described in request item 1, wherein the result information further includes the contact information of the senior pharmacist currently on duty for consultation if the integrated medication assessment and intelligent inquiry system cannot solve the problem.

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