TWI659429B - System and method of interactive health assessment - Google Patents

Abstract

An interactive health status assessment system includes: a dialogue design database with multiple health status assessment questions and presentation through a data output interface; a multi-modal data input interface for receiving response information; an identification module, Used to determine the type of response information; a semantic understanding module that extracts keywords from the response information of the text type; a health status evaluation module that generates a first evaluation result based on the response information of the numerical status and a first evaluation result based on the keyword Two evaluation results and output of an evaluation report according to the evaluation results; a control module selectively notifies the health status evaluation module to output an evaluation report or select another health status evaluation question from a continuation item of the health status evaluation question.

Description

Interactive health state assessment system and method

The invention relates to health status assessment, in particular to an interactive health status assessment system and method.

With the advent of an aging society, the long-term care of the silver-haired people has become one of the most concerned issues in modern society and families. On the other hand, under the rapid development of the interaction between robots and artificial intelligence, the services that can be provided are becoming more and more diversified. For example, robots with home health care and companion functions can help children take care of elders at home or elders living alone. Technological approaches to care work can alleviate the stress of a lack of a long-term population. In medical care places, robots can help medical staff to carry out highly repetitive health education, allowing medical staff to focus more on the individual care needs of patients in order to improve and optimize medical quality.

However, the existing systems combining artificial intelligence and health care lack an interaction mechanism with the care-giving object. Because there is no clear word boundary in Chinese dialogues, if the software level of the above system lacks a deep semantic understanding design, it is often difficult to accurately detect the user's intention when talking with the user's spoken language. It can only rely on similar items or similar user-assisted judgments, and fail to provide smarter health assessment results based on factors such as current user preferences, causality, and context.

In view of this, the present invention proposes an interactive health assessment system and an interactive health assessment method, thereby solving the aforementioned problems.

The interactive health assessment method according to an embodiment of the present invention includes: selecting a health assessment question from a dialogue design database and presenting the health assessment question through a data output interface, wherein the dialogue design database includes a plurality of Health status assessment questions. Each health status assessment question has a continuation item, which corresponds to zero or at least another health status assessment question in the dialogue design database; after the health status assessment question is presented in the data output interface, The multi-modal data input interface receives response information; the identification process determines the type of response information; when the response information is of a numerical type, the health status evaluation process generates a first evaluation result according to the response information and numerical rules and stores the first evaluation result in a temporary storage Space; when the response information is a text type, the semantic understanding process extracts keywords from the response information, and the health status evaluation process generates a second evaluation result based on this keyword and stores the second evaluation result in the temporary storage space; First evaluation result or second evaluation result Then, determine whether the end of interaction signal has been received; when the end of interaction signal has been received, the health status assessment program outputs an evaluation report based on the data in the temporary storage space; when the end of interaction signal is not received, the health status assessment problem Select another health assessment question in the connection project.

The interactive health assessment system according to an embodiment of the present invention includes a dialogue design database including a plurality of health assessment questions. Each health assessment question has a continuation item, and the continuation item corresponds to the dialogue design data. Zero or at least one health assessment question in the database; data output interface, communication connection dialogue design database, data output interface for presenting health status assessment questions; multi-modal data input interface for receiving response information; identification Module, communication connection multi-modal data input interface, identification module is used to determine whether the response information is text type or numerical type; semantic understanding module, communication connection identification module, semantic understanding module is used to respond to text type responses Extract a keyword from the information; health status evaluation module, communication connection identification module and semantic understanding module, health status evaluation module is used to generate the first evaluation result from the response information belonging to the numerical status and a numerical rule. Keywords generate second evaluation results, store first and second evaluation results in one Storage space and output evaluation report based on the data of the temporary storage space; and control module, communication connection dialogue design database, multi-modal data input interface and health status evaluation module, the control module is used when receiving the interaction completion signal Notify the health status evaluation module to output an evaluation report, and select another health status evaluation question from the continuation items of the health status evaluation question when no interactive completion signal is received.

With the above structure, the interactive health assessment system and method disclosed by the present invention can understand the semantics of the user and better understand the user's intentions and needs through the user's dialogue.

The above description of the contents of this disclosure and the description of the following embodiments are used to demonstrate and explain the spirit and principle of the present invention, and provide a further explanation of the scope of the patent application of the present invention.

The detailed features and advantages of the present invention are described in detail in the following embodiments. The content is sufficient for any person skilled in the art to understand and implement the technical contents of the present invention. Anyone skilled in the relevant art can easily understand the related objects and advantages of the present invention. The following examples further illustrate the viewpoints of the present invention in detail, but do not limit the scope of the present invention in any way.

The interactive health status assessment system and method disclosed in the present invention, besides paying particular attention to the interaction between the system and the user, further grasp the user's health status through the interactive question and answer designed by the present invention. The following first describes an embodiment of the hardware architecture of the interactive health assessment system of the present invention and the functions of the components in the system, then introduces another embodiment of the hardware architecture and its application scenarios, and finally introduces the interactive implementation based on this system. Method of health assessment.

Please refer to FIG. 1A, which illustrates an interactive health assessment system according to an embodiment of the present invention, including: a dialogue design database 102, a recognition module 104, a semantic understanding module 106, a health assessment module 108, and data output. The interface 202, the multi-modal data input interface 204, and the control module 206. The hardware equipment used to implement the above components can be integrated in the same device, for example, the same device is an interactive robot, which is not limited in the present invention.

The dialogue design database 102 stores a plurality of health assessment questions in a data table format. Each health status assessment question has a continuation item. The continuation item corresponds to zero or at least one other health status assessment question in the dialogue design database 102. In one embodiment, each health status assessment question has a response key word corresponding to the continuation item. In another embodiment, each health status assessment question has a trigger keyword pool.

Please refer to Table 1 below, which is an example of a data table in the dialog design database 102. In one embodiment, all the health status assessment questions in the dialogue design database 102 belong to multiple intents, such as sleep, blood glucose, blood pressure, end of answer, etc. In the data sheet, each health assessment question corresponds to a number and a questioning script. The purpose of the remaining fields in the data table will be described in the following sections and the functions of other modules.

Table 1: An example of a data table for the dialog design database 102. intention Numbering Question script Keyword Trigger Response Keyword Answer script Succession project Sleep Q1 Did you sleep well last night? no it is good Sleeping well and sleeping well is a great way to stay awake and full of energy. Q7 Bad, not good, bad, bad, bad Q3 Q5 Q3 Did you drink caffeinated drinks before going to bed last night? Sleep, bad, bad, bad there is ... Q7 Not without ... Q5 Q5 Did you slide your phone and watch your computer before going to bed last night? Sleep, bad, bad, bad Yes ... Q7 Is not ... Q7 blood sugar Q7 ... Palpitations, shaking hands, cold sweats ... ... ... Q9 ... ... ... ... ... ... ... ... ... ... ... ... End Q99 Do you have any other questions? End Yes, yes ... Q11 Q21 Q31 No, no ... air

Please continue to refer to FIG. 1A. The data output interface 202 is communicatively connected to the dialogue design database 102. The data output interface 202 is used to present selected health status assessment questions for the user to watch or listen to. In practice, the data output interface 202, such as a screen or a speaker, is displayed in text, image, or animation mode or is played by voice. The selected health status assessment questions are provided. The present invention provides information on the hardware type of the data output interface 202 and the media in which the problem occurs The pattern is not restricted.

After the user learns a health assessment problem from the data output interface 202, the interactive health assessment system of an embodiment of the present invention provides a multi-modal data input interface 204 to receive response information from the user. In practice, the hardware devices that can be used in the multi-modal data input interface 204 are, for example, microphones, video cameras, touch screens, physiological information measuring instruments (such as blood glucose meters), or computer peripherals; The output methods are, for example: voice input, video input, tap screen input, Bluetooth transmission or wireless transmission. The data format of the reply information includes: sound, image, trigger signal, text or number.

Please continue to refer to FIG. 1A. The identification module 104 is communicatively connected to the multi-modal data input interface 204. The identification module 104 is configured to execute an identification program, such as software or code running on a processor. The identification process is used to determine whether the response information is a text type or a numeric type. For example, the voice signal received by the microphone (multi-modal data input interface 204) is converted into text, or the electronic signal measured by the blood glucose meter is converted into a value. Value-type data such as body temperature, blood pressure, heart rate, and breathing rate that represent Vital Signs. Or physiological data such as blood glucose, blood lipids, etc.

Please continue to refer to FIG. 1A. The semantic understanding module 106 communicates with the identification module 104. The semantic understanding module is configured to execute a semantic understanding program, such as software or code running on a processor or a multi-keyword database. The semantic comprehension process is used to extract one or more keywords from the response information that is a text type. Grammar and semantic analysis through neural network-like or machine learning.

Please continue to refer to FIG. 1A. The health status evaluation module 108 communicates with the identification module 104 and the semantic understanding module 106. The health status evaluation module is configured to execute a health status evaluation program. The health status evaluation program is, for example, software running on a processor or Code. The health state evaluation program is used to generate a first evaluation result from the response information and a numerical rule belonging to the numerical state. For example, a value measured by the blood glucose meter is compared with a pre-stored normal range blood glucose value (value rule) to generate a first evaluation result. In addition, when the semantic understanding module 106 retrieves keywords, the health evaluation module 108 is also used to generate a second evaluation result based on the keywords and the health evaluation problems selected from the dialog design database 102.

Each time the multi-modal data input interface 204 obtains the information input by the user, the health status evaluation module 108 generates at least one of the first evaluation result and the second evaluation result, and stores the evaluation result in a temporary storage. space. In other words, each user ’s response may include both text and numeric data, as well as both. For example: The user told the system "I didn't sleep well last night. I should have a fever of over 38 degrees." In this example, the health evaluation module 108 will generate a second evaluation result based on the keywords "sleep" and "bad", and generate a first evaluation result based on the numerical data of "38 degrees". When the interactive health status assessment system according to an embodiment of the present invention detects that the user completes the health status assessment process, or detects that the user interrupts the health status assessment process by itself, the health status assessment module 108 will temporarily store The data stored in the space output an evaluation report. In another embodiment of the present invention, the interactive health assessment system may further include a user database for storing a historical evaluation report of each user. Therefore, whenever a user generates a new evaluation report through the system, the health status evaluation module 108 may further include the previous historical data and calculate together, thereby more accurately reflecting the health status of the user.

Please continue to refer to FIG. 1A. The control module 206 communicates with the dialog design database 102, the multi-modal data input interface 204, and the health status evaluation module 108, thereby integrating the above components to perform an interactive health status evaluation process. In practice, the control module 206 is, for example, software or code running on a processor. When the interaction completion signal is received, the control module 206 notifies the health status evaluation module 108 to output an evaluation report; when the interaction completion signal is not received, the control module 206 selects another health from the continuation items of the health status evaluation question Condition assessment issues. The interaction completion signal is generated by the user through the multi-modal data input interface 204, such as pressing the return key on the touch screen or saying "end interaction" to the microphone; it can also be generated by the system detecting the following conditions: For example, the user has responded to a certain number of health assessment questions of the dialogue design database 102 to achieve a certain degree of interaction.

The following describes how the control module 206 selects another method for evaluating the health status. In another embodiment of the present invention, the control module 206 further includes: judging whether the keyword matches the response keyword sink, and selecting a continuation item corresponding to the response keyword sink when the keyword matches the response keyword sink. Please review Table 1. For example, when the currently selected question is Q3: "Did you drink caffeinated drinks before going to bed last night?", The response key words corresponding to Q3 include "yes" and " No ", so when the control module 206 confirms that the keywords extracted by the semantic understanding module 106 include" yes "or" yes ", it selects Q7 as the next question according to the continuation item field of Q3 in Table 1. User health assessment issues. When there are multiple question numbers in the continuation item field, one of them is randomly selected as the next health status assessment question, or these questions are queued to ask the user in order.

In another embodiment of the present invention, the control module 206 further includes: searching for a keyword match from the trigger keyword pool in the health status assessment question as another health status assessment question. For example: When the currently selected question is Q3, the user did not directly answer the question, but described himself as "sweating" last night. When the control module 206 confirms that the keywords extracted by the semantic comprehension module 106 contain "sweating sweat", it searches all the "trigger keywords" in Table 1 and finds Q7, so Q7 is selected as the next user Health assessment issues. In practice, when the user ’s response signal contains both “trigger keyword collection” and “response keyword”, the next selected health assessment question can be determined according to the priority of the two, or one of them can be randomly selected. The user first asks the user, and the present invention does not limit this.

In practice, in the dialog design database 102, questions that belong to the same intent category, and the next question numbers set in the continuation items are mostly set as other questions in the same intent category. Therefore, the system can ask more comprehensive questions about the same type of intent in order to understand the user's situation. In yet another embodiment of the present invention, the control module 206 further includes calculating a user completion degree for each intent category. The "user completion" is, for example, a percentage obtained by dividing the number of questions answered by the user by the number of all questions in the category. Therefore, when the system selects the next health assessment question, if its continuation items include multiple candidate question numbers, the system will first determine whether the user completion degree of the intended category to which the question belongs has reached a preset threshold. If not, the system will prioritize another question that belongs to the same intent category as the current question from the continuation items, and the system will not select other intents until the user's response to the intent category reaches the preset threshold. Questions in categories for users to continue to answer. Even if the user may use the "trigger keyword collection" to first make the system jump to other intent categories, the system will still return to the previous intent category to continue asking questions after the completion of the jumped intent category is completed.

When the continuation item selected in the dialogue design database 102 according to the current health status assessment question is empty (such as Q99), the system will end the interactive Q & A. In the foregoing case, for example, after the user completes a certain number of interactive Q & As, the system determines that sufficient information has been collected, and can continue to generate an evaluation report for the user to review, thus leaving the interactive Q & A process; or, for example, the user wants to interrupt the interactive Q & A During the question and answer, the control module 206 will provide Q99 in the dialogue design database 102 to confirm whether the user has any other questions. If the user selects "No", the interactive question and answer is ended.

According to the above mechanism for selecting the next health status assessment question, the interactive health status assessment system described in an embodiment of the present invention can be closer to the user's semantic meaning and understand the user's intentions and needs. At the same time, provide more accurate health assessment questions based on the response information provided by users.

Please refer to FIG. 1B, which is a structural diagram of an interactive health assessment system according to another embodiment of the present invention, including an evaluation device 10 and an interactive device 20 that are communicatively connected to each other, such as a wired or wireless network. The line connects the NC, which is not limited in the present invention.

The evaluation device 10 is, for example, a cloud platform, which includes a dialogue design database 102, an identification module 104, a semantic understanding module 106, a health evaluation module 108, and a communication module 109. For the functions and implementation methods of components 102 to 108, please refer to I will not go into details here.

The communication module 109 is electrically connected to the dialogue design database 102 and the health evaluation module 108. The communication module 109 converts the selected health evaluation question and evaluation report and other information into a data format (such as a network packet) so that NC is sent to the interactive device 20 via a network connection.

In addition, the evaluation device 10 may further include a database such as a living resource, a learning resource, a content resource, or a corpus, a user database, and the like. In the interactive health assessment system according to an embodiment of the present invention, the user database is communicatively connected to the health assessment module 108, and the user database is used to find the corresponding use according to the user's face image or the user's voice One of the storage spaces, and the evaluation report is stored in this storage space.

The interactive device 20 is, for example, a mobile vehicle (such as a robot) or a mobile device (such as a smartphone or a tablet) equipped with a camera device, and the interactive health assessment system is in the form of an application (APP). Mounted on the interactive device 20. The interactive device 20 includes a data output interface 202, a multi-modal data input interface 204, a control module 206, a detection device 208, and a communication module 209. For the functions and implementations of the components 202 to 206, please refer to the foregoing, and will not be repeated here. The data output interface 202, the multi-modal data input interface 204, and the control module 206 are all communicatively connected to the communication module 209, and the control module 206 is additionally communicatively connected to the detection device 208

The detection device 208 is, for example, a camera device or a microphone, and is used to obtain an image data or a sound data, and the obtained data is passed to the control module 206 to determine whether a user is detected. Specifically, when the image data has the user's face image or the sound data has the user's voice, the control module 206 connects the NC from the dialog design database 102 through the network through the communication module 109. A health status assessment question is selected, and the health status assessment question is presented through the data output interface 202.

Based on the above two embodiments, it can be known that in addition to integrating all the components of the interactive health state assessment system in the same hardware device, it also includes three implementation modes described below.

Embodiment 1: The system is installed in a mobile vehicle with a video device, and the system can detect whether there is a user in the surroundings through the video device, greet the user, and start the system function through dialogue or command. After the user's operating system functions, the system records the operation history to the cloud database, and updates the functions of the relevant components of the system. Finally, the charts and reports are exported to provide users with further learning and reference.

Embodiment 2: The system is installed in a mobile vehicle. The system can actively engage in dialogue and interaction with users. Through the process of chat and dialogue and the establishment of a knowledge base, the system can understand the concepts lacking in users and provide corresponding learning. List to users.

Implementation mode 3: The system is installed in a mobile device, and the system can actively engage in dialogue and interaction with the user. Through the establishment of a database of relevant information such as the process, time, context, and life of the conversation, the system provides intelligent personalization. Recommended list for users to improve their convenience.

Please refer to FIG. 2, which illustrates an execution flowchart of an interactive health status assessment method according to an embodiment of the present invention.

Please refer to step S10: determine whether a user is detected. In detail, the detection device 208 obtains image data or sound data; the control module 206 determines whether the image data has a user's face image or whether the sound data has a user's voice. When the image data has the user's face image or the sound data has the user's voice, then go to step S12, otherwise continue to use the detection device 208 for detection. In addition to the system, the user can be actively detected and greeted by the detection device 208, and the user can also directly issue a command to the system through the multi-modal data input interface 204 to start the system for dialogue.

Please refer to step S12: selecting and presenting a health assessment question. In detail, the system selects a health assessment question from the dialogue design database 102 and presents the health assessment question through the data output interface 202.

Please refer to step S14: receiving reply information. In detail, the system receives response information such as a user's voice, image, or physiological measurement signal through the multi-modal data input interface 204. For example, receiving sound data through a sensing module; receiving a trigger signal through a touch screen; or receiving a Bluetooth input signal or a wireless input signal through a communication module.

Please refer to step S20: determine the type of response information. In detail, the system determines whether the response information is a numeric type or a text type through the recognition module 104. When the response information is of a numerical type, please refer to step S22. The health status evaluation module 108 generates a first evaluation result according to the response information and a pre-stored numerical rule. On the other hand, when the response information is of a text type, please refer to steps S24 to S26. The semantic understanding module 106 extracts keywords from the response information, and then the health evaluation module 108 generates a second evaluation result according to the keywords. The health evaluation module 108 further stores at least one of the two evaluation results in a temporary storage space.

Please refer to step S30 to determine whether an interaction end signal is received. In detail, when the interaction end signal is not received, another health state assessment question is selected from the continuation items of the health state assessment question, and the process returns to step S12. Judging whether the interaction end signal is received includes the following methods: receiving one of the trigger signals to end the interaction; or the continuation item of the health status assessment question corresponds to zero health status assessment questions.

Conversely, when the system has received the end-of-interaction signal, the health evaluation module 108 outputs an evaluation report based on the data in the temporary storage space, and presents the evaluation report through the data output interface 202, as shown in step S32. In addition, before outputting the evaluation report, it may further include searching for a storage space of the corresponding user in a user database according to the user's face image or the user's voice; and then storing the evaluation report in the storage corresponding to the current user. space.

In summary, the interactive health status assessment system and method described in the present invention can be imported into a home robot or APP and applied to homes to meet the needs of accompaniment in an aging society and long-term photos. In addition, it can also be applied in the field of medical care, instead of medical staff to provide highly repetitive health education, so that medical staff can focus on the individual care of patients to improve and optimize the quality of medical care.

Although the present invention is disclosed in the foregoing embodiments, it is not intended to limit the present invention. Changes and modifications made without departing from the spirit and scope of the present invention belong to the patent protection scope of the present invention. For the protection scope defined by the present invention, please refer to the attached patent application scope.

10‧‧‧ Evaluation Device

102‧‧‧Dialogue Design Database

104‧‧‧Identification Module

106‧‧‧ Semantic Understanding Module

108‧‧‧ Health Assessment Module

109‧‧‧Communication Module

NC‧‧‧Network connection

20‧‧‧ Interactive Device

202‧‧‧Data output interface

204‧‧‧Multi-modal data input interface

206‧‧‧Control Module

208‧‧‧detection device

209‧‧‧communication module

S10 ~ S32‧‧‧step

FIG. 1A is a structural diagram of an interactive health assessment system according to an embodiment of the present invention. FIG. 1B is a diagram illustrating a structure of an interactive health assessment system according to another embodiment of the present invention. FIG. 2 is a flowchart illustrating an interactive health assessment method according to an embodiment of the invention.

Claims (11)

An interactive health state assessment method includes: selecting a health state assessment question from a dialogue design database and presenting the health state assessment question through a data output interface, wherein the dialogue design database includes a plurality of health state assessment questions, Each of the health status assessment questions has a continuation item corresponding to zero or at least one other health status assessment question in the dialogue design database; after the health status assessment question is presented in the data output interface To receive a reply information through a multi-modal data input interface; determine the type of the reply information by an identification process; when the reply information is of a numerical type, a health state assessment process is used to generate a response based on the reply information and a numerical rule The first evaluation result and the first evaluation result are stored in a temporary storage space; when the response information is a text type, a keyword is extracted from the response information by a semantic understanding process, and the health status evaluation process is used according to the The keyword generates a second evaluation result and stores the second evaluation result in the temporary Space; and after generating the first evaluation result or the second evaluation result, determine whether an interaction end signal has been received; when the interaction end signal has been received, use the health status evaluation procedure according to the The data outputs an evaluation report; when the interaction end signal is not received, another health status evaluation question is selected, wherein the another health status evaluation question is selectively selected from the continuation item. The interactive health status assessment method according to claim 1, wherein each of the health status assessment questions further has a response keyword corresponding to the continuation item, and selecting the other health status assessment question further includes: when the When the keywords match the response keyword pool, the continuation item corresponding to the response keyword pool is selected. The interactive health status assessment method according to claim 1, wherein each of the health status assessment questions further has a trigger keyword, and selecting the other health status assessment question further includes: from among the health status assessment questions The triggering keyword pool looks for a match with the keyword as the other health status evaluation question. The interactive health assessment method according to claim 1, wherein before selecting the health assessment question from the dialog design database, the method further comprises: obtaining an image data or a sound data by a detection device; and determining the Whether the image data has a user's face image or the sound data has the user's voice; when the image data has the user's face image or the sound data has the user's voice , Select the health assessment question from the dialog design database. The interactive health status assessment method according to claim 1, wherein determining whether the interaction end signal is received includes the following methods: receiving a trigger signal indicating that one of the end interactions is received; or the continuation item corresponding to the health status evaluation question corresponds to zero Health assessment questions. The interactive health state assessment method according to claim 4, before outputting the assessment report, further comprising: searching for a corresponding use according to the user's face image or the user's voice in a user database. One of the storage spaces; and the evaluation report in the storage space. An interactive health status assessment system includes a dialogue design database including a plurality of health status assessment questions, and each of these health status assessment questions has a continuation item, and the continuation item corresponds to the dialogue design database Zero or at least one health status assessment question; a data output interface that communicates with the dialogue design database, the data output interface is used to present the health status assessment problem; a multi-modal data input interface is used to receive a Response information; a recognition module that communicates with the multi-modal data input interface; the recognition module is used to determine whether the response information is a text type or a numerical value; a semantic understanding module that communicates with the recognition module and communicates the semantic meaning The comprehension module is used to extract a keyword from the reply information belonging to the text type; a health status evaluation module, which communicates with the recognition module and the semantic understanding module, and the health status evaluation module is used to belong to The response information of the numerical status and a numerical rule generate a first evaluation result, and a second evaluation according to the keyword Results, storing the first and the second evaluation results in a temporary storage space and outputting an evaluation report based on the data in the temporary storage space; and a control module, which communicates with the dialogue design database and the multi-modal data input Interface and the health status evaluation module, the control module is used to notify the health status evaluation module to output the evaluation report when receiving an interaction completion signal, and select another health status when the interaction completion signal is not received An assessment question, wherein the other health assessment question is selectively selected from the continuation item. The interactive health status evaluation system according to claim 7, wherein each of the health status evaluation questions further has a response keyword pool corresponding to the continuation item, and the control module is further configured to determine whether the keyword matches the keyword Response keyword pool, and when the keywords match the response keyword pool, select the continuation item corresponding to the response keyword pool. The interactive health status assessment system according to claim 7, wherein each of the health status assessment questions further has a trigger keyword sink, and the control module is further configured to extract the trigger keyword sink from the health status assessment questions. The search for a match with the keyword is used as the other health status evaluation question. The interactive health assessment system according to claim 7, further comprising: a detection device communicatively connected to the control module, the detection device is used to obtain an image data or a sound data; the control module is further The communication is connected to the data output interface, and is further used to determine whether the image data has a user's face image or the sound data has the user's voice. When the image data has the user's face When the user's voice is included in the video or audio data, the control module further includes selecting the health status evaluation question from the dialog design database and presenting the health status evaluation question through the data output interface. The interactive health status assessment system according to claim 8, further comprising: a user database, which is communicatively connected to the health status assessment module, and the user database is used for the user's face image or the use The user's voice searches for a storage space corresponding to one of the users, and stores the evaluation report in the storage space.