TW201807653A - System and computer program product for auto-scheduling with interactive mechanism - Google Patents

Abstract

A system and computer program for auto-scheduling with interactive mechanism, comprising: a profession side device, a server and a user side device. The profession side device includes an input unit and a profession side communication unit, which the input unit used for inputting an active content, then the profession side communication unit transmits the active content to the server. The server receives the active content and transforms to an active scheduling parameters. The user side device has a user side communication unit for downloading the active scheduling parameters then transforms into active schedules. The user side device generates an active alert when the scheduling activity is arrival.

Description

Interactive automatic scheduling system and its computer program products

The present invention relates to a system for scheduling, and more particularly to an interactive automatic scheduling system and computer program product thereof.

The mobile medical era has arrived, and many mobile medical applications have been developed to meet the needs of mobile medical services, such as various personal health management applications, mobile registration applications, fitness management applications, and diabetes management applications. Wait. These applications feature self-health management or management of data records and machines that upload data to mobile devices.

However, for most users, time-course control, such as medication time, exercise time, doctor time, rehabilitation time, etc., must still be set and managed through the calendar. Often caused by users, especially many people usually do not have the habit of doing this time management. The proponents of these activities, that is, the experts, are currently only using verbal suggestions, and then some users use mobile devices to set the calendar, some users use the mind to remember, some users Use your notebook to remember, and then perform it on your own. The result is a low implementation rate. Even with the above management application, this problem cannot be solved.

Therefore, how to develop can allow expert advice to be installed directly through the network. After placing the proposal for the event, the user will be automatically converted to a schedule after receiving the suggestion from the networked device. The system that assists the user through the reminder of the networked device and the provision of instant activity content will become an important part of future mobile medical development. One of the directions.

In view of this, the present invention provides an interactive automatic scheduling system in which a user (patient or sub-health population) can effectively bring the advice of a doctor and a health manager home, and effectively shorten the course of disease and reduce disease control. Poor management.

The invention provides an interactive automatic scheduling system comprising: a server, an expert device and a user device. The expert device comprises: a server-side communication unit; a server-side memory, storing an interactive scheduling program, the interactive scheduling program comprising: a server-side transceiver module, wherein the server-side communication module communicates The unit receives an activity content data and transmits an activity schedule parameter after establishing the connection; an activity content analysis module parses the activity content data and generates the activity schedule parameter. The expert device includes: an expert communication unit; an expert display unit for displaying an active editing interface of an active editing application; an expert memory for storing the active editing application, the active editing application includes : an activity content generation module, generating the activity editing interface, and generating an activity content data; and an expert data transmission module, wherein the expert communication unit establishes a connection with the server to transmit the activity content data To the server; an expert processing unit, connecting the expert memory, the expert display unit and the expert communication unit, executing the activity editing application, receiving an activity editing confirmation command, and then the activity content data Upload to this server. The user equipment includes: a user terminal communication unit; a user terminal display unit for displaying a user interface of an automatic scheduling application; and a user terminal memory for storing the automatic scheduling application, The automatic scheduling application includes: a user-side data receiving module, wherein the user-side communication unit establishes a connection with the server to receive the activity scheduling parameter; and an activity scheduling generation and execution module Generating an activity schedule according to an activity scheduling parameter; and a user terminal processing unit connecting the user terminal memory, the user terminal display unit, and the user terminal communication unit to execute the automatic scheduling application After receiving an activity schedule parameter download instruction, downloading the activity schedule parameter, generating the activity schedule, and generating an activity reminder notification according to the activity schedule at an activity setting time.

The invention further provides an interactive automatic scheduling system comprising: a server, an expert device and a user device. The server includes: a server-side communication unit; and a server-side memory for storing an interactive scheduling program, the interactive scheduling program comprising: a server-side transceiver module, wherein the server-side communication module communicates The unit receives an activity content data and transmits an activity schedule parameter after establishing the connection; and an activity content analysis module, parses the activity content data, and generates the activity schedule parameter and an activity schedule, and according to the activity schedule The process periodically generates an event reminder notification. The expert device includes: an expert communication unit; an expert display unit for displaying an active editing interface of an active editing application; an expert memory for storing the active editing application, the active editing application includes : an activity content generation module, generating the activity editing interface, and generating an activity content data; and an expert data transmission module, wherein the expert communication unit establishes a connection with the server to transmit the activity content data To the server; and an expert processing unit, connecting the expert memory, the expert display unit and the expert communication unit, executing the activity editing application, and receiving an activity editing confirmation command, the activity content The data is uploaded to the server. The user equipment includes: a user terminal communication unit; and a user terminal display unit for displaying an automatic scheduling application a user interface; a user terminal memory for storing the automatic scheduling application, the automatic scheduling application comprising: a user terminal data receiving module, wherein the user terminal communication unit is established with the server Connecting to receive the activity reminder notification; and an activity scheduling generation and execution module, according to the activity reminding notification, and when receiving an activity execution instruction, connecting with the server to download the activity reminding notification corresponding to An activity execution content; and a user terminal processing unit, connecting the user terminal memory, the user terminal display unit and the user terminal communication unit, executing the automatic scheduling application, and receiving the activity reminding notification, Execute the activity execution content.

The present invention further provides a computer program product installed in a device having a communication unit, a display unit, a memory, and a processing unit, the computer program product comprising: a user-side data receiving module, by using the The communication unit establishes a connection with the server to receive the activity scheduling parameter; and an activity scheduling generation and execution module generates an activity schedule according to an activity scheduling parameter; wherein the processing unit executes the computer The program product, after receiving an activity schedule parameter download instruction, downloads the activity schedule parameter, generates the activity schedule, and generates an activity reminder notification according to the activity schedule at an activity setting time.

The present invention further provides a computer program product installed in a device having a communication unit, a display unit, a memory, and a processing unit, the computer program product comprising: a user-side data receiving module, by the communication The unit establishes a connection with a server to receive an activity reminder notification; and an activity schedule generation and execution module, according to the activity reminder notification, and when receiving an activity execution instruction, connecting with the server to download the The activity execution content corresponding to the activity reminder notification; wherein the processing unit executes the computer program product, and after receiving the activity reminder notification, executing the activity execution content according to the activity execution instruction.

The invention further provides a computer readable recording medium for recording an application The application is installed in a device having a communication unit, a display unit, a memory, and a processing unit. The application includes: a user-side data receiving module, and the user-side communication unit The server establishes a connection to receive the activity scheduling parameter; and an activity scheduling generation and execution module generates an activity schedule according to an activity scheduling parameter; wherein the processing unit executes the computer program product to receive After an activity schedule parameter download instruction, the activity schedule parameter is downloaded, the activity schedule is generated, and an activity reminder notification is generated according to the activity schedule at an activity setting time.

The present invention further provides a computer readable recording medium for recording an application installed in a device having a communication unit, a display unit, a memory, and a processing unit, the application comprising: a user a data receiving module, wherein the communication unit establishes a connection with a server to receive an activity reminder notification; and an activity scheduling generation and execution module, according to the activity reminder notification, and when receiving an activity execution instruction Connecting to the server to download an activity execution content corresponding to the activity reminder notification; wherein the processing unit executes the computer program product, and after receiving the activity reminder notification, executing the activity execution content according to the activity execution instruction .

The invention further provides an interactive automatic scheduling system, comprising: an expert device, having an input unit and an expert communication unit, wherein the input unit is configured to input an active content data, and the expert communication unit uses the active content Data is transmitted; a server is connected to the expert device, receives the activity content data and converted into an activity scheduling parameter; and a user terminal device has a user terminal communication unit, and the server After the connection, the activity process parameter is downloaded, the activity schedule parameter is converted into an activity schedule, and an activity reminder notification is generated according to the activity schedule at an activity setting time.

The invention further provides an interactive automatic scheduling system, comprising: an expert device, having an input unit and an expert communication unit, wherein the input unit is configured to input an active content material, and the expert communication unit uses the active content The data is transmitted; a server is connected to the expert device, receives the activity content data and converts it into an activity scheduling parameter and an activity schedule, and periodically generates an activity reminder notification according to the activity schedule; and A user terminal device has a user terminal communication unit, and after receiving the connection with the server, receives the activity reminder notification, and requests the server to download an activity execution content and then execute the activity execution content.

The detailed features and advantages of the present invention are set forth in the Detailed Description of the Detailed Description of the <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> <RTIgt; The objects and advantages associated with the present invention can be readily understood by those skilled in the art.

10‧‧‧User device

11‧‧‧Processing unit

12‧‧‧Communication unit

13‧‧‧ memory

14‧‧‧Application

15‧‧‧ keyboard

16‧‧‧Sound input unit

17‧‧‧Display unit

18‧‧‧Sound output unit

19‧‧‧Motor set

20‧‧‧Database

21‧‧‧ Activity Content Database

22‧‧‧Mechanical Action Database

23‧‧‧Voice Database

24‧‧‧personal basic database

30‧‧‧Server

40‧‧‧Expert device

41‧‧‧Processing unit

42‧‧‧Communication unit

43‧‧‧ memory

44‧‧‧Application

45‧‧‧ keyboard

46‧‧‧Sound input unit

47‧‧‧Display unit

48‧‧‧Sound output unit

49‧‧‧Motor set

50‧‧‧Internet

60‧‧‧Robot phone

141‧‧‧Data Transmission Module

142‧‧‧Activity Scheduling Generation and Execution Module

143‧‧‧Display output module

144‧‧‧Voice Output Module

145‧‧‧Mechanical motion conversion module

171‧‧‧ field

172‧‧‧ field

173-1, 173-2, 173-3, 173-4, 173-5, 174, 175‧‧‧ options

176, 177‧‧‧ fields

311‧‧‧ Data Transmission Module

312‧‧‧Voice recognition module

313‧‧‧Active Content Analysis Module

314‧‧‧Mechanical motion command generation module

315‧‧‧Activity Scheduling Module

316‧‧‧Notification generating module

441‧‧‧ Data Transmission Module

442‧‧‧Voice input module

443‧‧‧Text Input Module

444‧‧‧Active content generation module

471‧‧‧ field

471, 472-1, 472-2, 472-3, 472-4, 472-5, 472-6‧‧‧ fields

473‧‧‧ options

474-1, 474-2, 474-3‧‧‧ fields

475‧‧‧ field

476‧‧‧ keyboard

477-1, 477-2‧‧‧ Fields

478-1‧‧‧Voice input symbol

478-2‧‧‧ option

1 is a system architecture diagram of an interactive automatic scheduling system of the present invention.

2A is a functional block diagram of a user equipment in the interactive automatic scheduling system of the present invention.

FIG. 2B is a functional block diagram of the expert end device in the interactive automatic scheduling system of the present invention.

FIG. 3 is an explanatory diagram of an application module of an expert device, a user device, and a server in the interactive automatic scheduling system of the present invention.

4A-4C, an embodiment of a flowchart of an expert device, a server, and a user device in the interactive automatic scheduling system of the present invention.

4A, 4D, 4E, in the interactive automatic scheduling system of the present invention, the expert device, the servo Another embodiment of a flow diagram of a server and a user device.

5A-5D, a user interface description of one embodiment of the expert device of the present invention.

6A-6E are user interface illustrations in one embodiment of the expert device of the present invention.

The present invention uses, but is not limited to, a personal computer (PC), a notebook computer (Laptop/Notebook/Portable Computer), a smart phone (Smartphone), a tablet computer (Tablet PC), etc., and is configured with a display unit and a wireless communication unit. The apparatus and method of the present invention can be applied to the apparatus; in addition, the apparatus and method of the present invention can also be applied to a robot handset, a robot, etc., which are provided with a display unit, a plurality of micromotors, and the like.

Hereinafter, a plurality of embodiments will be described to explain the contents of the present invention. Please refer to FIG. 1 first, the system architecture diagram of the interactive automatic scheduling system of the present invention includes: server 30 (linking database 20), expert end Device 40 and user end device 10. The expert device 40 is used by an expert to generate suggested activity content to a specific user. The user can receive the active content parameter or the active content reminder forwarded by the server 30 by the user device 10. The communication between the server 30, the expert device 40 and the user device 10 is in principle connected through the Internet 50 or in the intranet, or only in the telecommunication network. Road (Telnet) interconnection and so on. Conceptually, in addition to the secure network of banks and defense, other interconnected networks can be used.

Experts in different fields can perform the instruction of their expert instructions through the interactive automatic scheduling system of the present invention, and perform automatic scheduling execution assistance by the user end, such as the aforementioned medical auxiliary management, motion management, medication management And even various activities management, such as teaching management, travel itinerary management, work management, and so on.

In the device, the present invention utilizes the architecture of the user terminal device 10, which may be the embodiment of FIG. 2A (robot, robot handset), or the simplified architecture of FIG. 2A (eg, personal computer, notebook computer, wisdom). The architecture of the expert device 40 may be the embodiment of FIG. 2A (robot, robot handset), or the simplified architecture of the embodiment of FIG. 2B (eg, a personal computer, a notebook computer, Smart phones, tablets, etc.).

Next, please refer to FIG. 2A, a functional block diagram of the user end device in the interactive automatic scheduling system of the present invention; and please refer to FIG. 2B, the functional block of the expert end device in the interactive automatic scheduling system of the present invention. Figure. In FIG. 2A, the user terminal device 10 includes a processing unit 11, a communication unit 12, a memory 13, an application 14, a keyboard 15, a sound input unit 16, a display unit 17, a sound output unit 18, and a motor unit 19. In FIG. 2B, the expert device 40 includes a processing unit 41, a communication unit 42, a memory 43, an application 44, a keyboard 45, a sound input unit 46, a display unit 47, a sound output unit 48, and a motor unit 49.

The communication unit 42, the memory 43, the application 44, the keyboard 45, the sound input unit 46, the display unit 47, the sound output unit 48, and the motor unit 49 of the expert device 40 are all connected to the processing unit 41, and are connected by The processing unit 41 controls the instructions according to the program after executing the active editing application. The communication unit 42 of the expert device 40 can communicate with the communication unit of the server 30 to transmit or receive messages. The display unit 47 of the expert device 40 is used to display the active editing interface of the active editing application, which will be specifically described in the embodiment of FIG. 4A-4D. The memory 43 of the expert device 40, the active editing application, and the embodiment of the active editing application will be described in detail in Figs. 4A-4E. The processing unit 42 executes the activity editing application, and after receiving the activity editing confirmation command, uploads the activity content data edited by the activity editing application to the server 30.

The communication unit 12, the memory 13, the application 14, the keyboard 15, the sound input unit 16, the display unit 17, the sound output unit 18, and the motor unit 19 in the user terminal device 10 are all connected to the processing unit 11, and The processing unit 11 controls the instructions according to the program after executing the automatic scheduling application. The communication unit 12 of the user device 10 can communicate with the communication unit of the server 30 to transmit or receive a message. The memory 13 of the client device 10 stores an automatic scheduling application, and an embodiment of the automatic scheduling application will be specifically described in FIGS. 5A-5F. The processing unit 12 in the client device 10 executes an automatic scheduling application, downloads active content parameters, event notifications, and active content, and uploads feedback instructions to the server 30.

Next, please refer to FIG. 3, in the interactive automatic scheduling system of the present invention, an application module of the expert device 40, the user device 10 and the server 30; wherein, the application of the expert device 40 44. That is, the activity editing application includes: a data transmission module 441, a voice input module 442, a text input module 443, and an active content generation module 444. The application program 14 of the user device 10, that is, the automatic scheduling application includes: a data transmission module 141, an activity scheduling generation and execution program 142, a display output module 143, a voice output module 444, and a mechanical motion conversion module. The execution program 31 of the server 30 includes: a data transmission module 311, a voice recognition module 312, an active content analysis module 313, and a mechanical action instruction generation module 314. The database 20 includes: active content data. The library 21, the mechanical action database 22 and the voice database 23.

The following explains how the interactive automatic scheduling system works by how the modules fit together.

First, the initiator of the entire event is the expert device 40. The expert opens the activity editing application on the expert device 40. After the activity content generation module 444 is opened, the activity editing interface is generated, and the expert selects the input mode, such as text editing. , modular selection, voice loss Entering, or, the preset method is one of text editing, modular selection, and voice input; the expert generates activity content data according to the instructions of the activity editing interface. If the input mode is text editing, the text input module 443 controls the control keyboard 45 (FIG. 2A, which may be a physical keyboard, a touch keyboard or a virtual keyboard), and then the content is generated by the active content generation module 444. The activity content data, the activity content generation module 444 transmits the activity content data via the communication unit 42; if the input mode is modular selection, the text input module 443 controls the control keyboard 45 (Fig. 2A, After the selection result content is input by the physical keyboard, the touch keyboard or the virtual keyboard, the active content generation module 444 generates the modular activity content data according to the selection of the expert, and the activity content generation module 444 then passes the activity content data. The communication unit 42 transmits out; if the input mode is voice input, the voice input unit 442 is controlled by the voice input module 442 (FIG. 2A) to generate the active content data of the voice, and the active content generation module 444 transmits the voice activity content. The data is transmitted via the communication unit 42.

The data transfer module 311 in the execution program 31 of the server 30 receives the active content data transmitted by the expert device 40, and then analyzes it by the active content analysis module 313. If the active content data is the active content data of the voice, the active content analysis module 313 transfers the data to the voice recognition module 312 for identification, and the voice recognition module 312 extracts the voice database 23 of the database 20 for semantic expression. After the analysis, it is sent back to the active content analysis module 313, and after the active content analysis module 313 analyzes, the data in the active content database 21 is extracted to generate an activity schedule parameter. If it is the active content data of the text, the active content analysis module 313 directly parses the data, and then extracts the data in the active content database 21 to generate an activity scheduling parameter. If it is a modular active content material, the active content analysis module 313 directly parses the data, and then extracts the data in the active content database 21 to generate an activity scheduling parameter.

If the user device 10 is a robot or a robot mobile phone, if the active content database 21 is related to the mechanical action, the active content analysis module 313 causes the data of the mechanical motion database 22 to be extracted, and the mechanical motion command is extracted. Finally, the active content analysis module 313 transmits the active content parameter, the active content reminder, the mechanical action command, and the like to the user terminal device 10 through the data transfer module 311.

In the embodiment of the present invention, there are two ways of generating the schedule of the automatic scheduling. First, the scheduling is performed by the user terminal device 10, which is executed by the activity scheduling generation and execution module 142. Second, by the servo. The processor 30 performs scheduling, which is executed by the activity scheduling generation module 315 and stored in the personal basic database 24. The following is a detailed description:

1. The user terminal device 10 performs scheduling: after the server 30 transmits the activity scheduling parameter, after receiving the data transmission module 141 of the user terminal device 10, the display output module 143 or the voice output module is controlled. 144. The mechanical action conversion module 145 performs a preset display screen, a voice or a mechanical action to remind the user that the information suggested by the active content is transmitted. Then, after the user selects and accepts the automatic activity scheduling, the activity scheduling generation and execution module 142 records the activity scheduling parameters, and performs activity scheduling according to the user's confirmation instruction. It is recorded as a mode such as calendar, and the automatic scheduling of the activity content is arranged according to the time period, frequency, and duration. When the time is up, the activity scheduling generation and execution module 142 performs an activity reminder, and extracts the data of the active content according to the user's instruction (may have been pre-stored in the user-side device 10, or downloaded by the server 30), Then, the control display output module 143 outputs a message, or controls the voice output module 144 to output a voice message, or controls the mechanical motion conversion module 145 to generate a mechanical action or the like. Therefore, the execution of the automatic scheduling of this embodiment is initiated by the user-side device 10 and is initiated by the user-side device 10.

2. Scheduling in the server 30: After the server 30 generates the active scheduling parameters, the active scheduling generation module 315 generates the active scheduling and stores it in the personal basic database 24. The notification generation module 316 executes the activity schedule in the personal basic database 24 to generate an activity notification to the user device 10, which utilizes the technique of personalized push. In the client device 10, the activity scheduling generation and execution module 142 has only the function of activity execution, in other words, it does not perform the work of the activity scheduling itself, but receives the activity notification of the server 30, and performs the activity notification. content. The specific implementation manner is as follows: after the activity scheduling of the user equipment 10 and the execution module 142 receive the activity notification, the user equipment 30 is required to provide the activity confirmation (for example, confirming that the activity is to be performed). After the related activity content data is downloaded, the activity content can be executed, the control display output module 143 outputs a message, or the voice output module 144 outputs the voice message, or the mechanical action conversion module 145 is controlled to generate a mechanical action. Therefore, the execution of the automatic scheduling of this embodiment is initiated by the server 30 using the activity schedule of the personal basic database 24 stored in the database 20, and the notification is transmitted to the user terminal device 10 for subsequent execution.

As described above with respect to FIG. 3, it has been clearly described how the present invention generates automatic scheduling and how to perform automatic scheduling at the user terminal device 10. Hereinafter, how the present invention implements interactive automatic scheduling will be described in the form of a flowchart.

Please refer to FIG. 4A-4C. In the interactive automatic scheduling system of the present invention, an embodiment of the flow chart of the expert device, the server and the user device is described in synchronization with FIG. 3 . First, please refer to FIG. 4A, which is a working flow chart of the expert device 40.

Step S101: Execute the activity suggestion application, that is, the application 44 of the expert device 40 in FIG.

Step S102: Select an activity suggestion recipient. Within the activity of application 44 The capacity generation module 444 generates a list of users, that is, each expert may serve at least one or more users. After the expert selects the recipient of the event proposal based on the user list, the expert enters the proposal for personalization.

Step S103: Generate an active editing interface. The active editing interface generated by the active content generation module 444 may vary depending on the mode of input.

Step S104: Input active content. The input method includes modular input, text input, voice input, etc. When the input mode is modular input, the expert only needs to select the recommended content, and then select and confirm to send it; when the input mode is text input When the expert inputs the content of the activity suggestion as text, and then selects the confirmation, it can send it out; when the input mode is voice, the expert only needs to input the content of the activity suggestion by voice, and then select the confirmation (or speak the confirmation voice). ) can be sent out.

Step S105: Send the active content to the server. After the data transmission module 441 is connected to the server 30, the active content is transmitted to the server 30.

Steps S101-S105 are actions of the expert device 40, which is the originating point of all actions, that is, suggesting specific user-specific event suggestion content. Next, the server 30 takes over, and the activity suggestion content of the expert device 40 is parameterized, so that the execution program of the subsequent server 30 or the application 14 of the client device 10 can be analyzed and executed. Please refer to FIG. 4B, which is a working flow chart of the server 30, and please refer to FIG. 3 for synchronization.

Step S201: Receive active content. That is, the activity suggestion content, when receiving the activity suggestion content, must first confirm the format of the activity suggestion content, which is the text, the modular activity suggestion content or the voice format activity suggestion content, and then parse according to each content format.

Step S202: When the active content is voice, voice is performed through the voice database. Identification. After the voice recognition is the text content, step S203 is performed.

Step S203: Extract the active speech parameters from the recognized speech data, and the activity parameters include the active content, the time period, the frequency, the duration of the time course, and the like.

Step S204: When the activity content is a text, the activity parameter is extracted. Similarly, the activity parameter includes the activity content, the time period, the frequency, the duration of the time course, and the like. There are two types of text content, one is plain text, the other is modular activity content, which is directly outputted by the activity parameters, so it is faster to recognize.

Step S205: Grab the content of the active content database 21 according to the activity parameter, and generate the formatted activity content, that is, the fixed content of the active content, which may be specific to the activity content executed by the user, may be text-based, possibly voice The content is matched with text, which may be a text with a video, or a text with a mechanical action.

Step S206: Grab the content of the mechanical action database 23 according to the activity parameter, and generate a mechanical action instruction. If the formatted activity content has a mechanical action, the parameters of the mechanical motion database 23 are extracted, and may be provided to the user terminal device 10 in advance, so that the time is automatically executed by the specific mechanical action.

Step S207: Generate an activity schedule instruction. The activity scheduling instruction is an instruction executable by the user terminal device 10, that is, a format in which the time slot, the frequency, the time course length, and the like can cause the user terminal device 10 to be discharged into the calendar. Here, since the activity parameter input by the expert device 40 may not be in the format defined by the client device 10, the server 30 must be converted into the format defined by the client device 10.

Step S208: transmitting an activity scheduling parameter such as an activity scheduling instruction, a formatted activity content, and a mechanical motion instruction to the activity suggesting recipient. That is, transfer to the user's end 10, the user has been designated by the expert device 40, so the server 30 can extract the corresponding user data from the personal basic database 24, and store the activity scheduling parameters in the basic data of the specific user. . After the user equipment 10 receives the data of the activity schedule parameter, the execution of the activity schedule can be performed.

Steps S201-S208 are the actions of the server 30, and the server 30 converts the simple active content editing mode (such as text, voice) or the modularized active content transmitted by the expert device 40 into the user terminal device 10. The format acceptable to application 14. Next, the user terminal device 10 takes over, the generation of the activity schedule, and the subsequent automatic schedule execution. Please refer to FIG. 4C, which is a working flow chart of the user equipment 10, and please refer to FIG. 3 for synchronization.

Step S301: Execute the automatic scheduling application, that is, the application 14 in FIG.

Step S302: Receive activity scheduling parameters such as an activity scheduling instruction, a formatted activity content, and a mechanical motion instruction. This step is passed based on the actual situation. Basically, the personal basic database 24 also records information such as the model of the user device 10 and the version information of the automatic scheduling application installed by the user device 10. Therefore, the server 30 can select appropriate content according to the device state of the user device 10 and the installed automatic scheduling application. For example, the user terminal device 10 is essentially a non-robot device and does not require a mechanical motion command and may not be delivered. In another embodiment, all of the active scheduling parameters can be passed to the consumer device 10. What function of the user device 10 can be selected according to the priority order of the application 14 to determine which function to use.

Step S303: The formatted active content and the mechanical action instruction are discharged into the calendar according to the activity scheduling instruction.

Step S304: When the scheduling time expires, the server 30 is requested to download the related content according to the formatted activity content and the mechanical action instruction. For example, download webpage data, streaming voice, streaming video, and the like. Some simple video or voice streaming data can be directly stored in the cache of the user device 10 to speed up execution.

Step S305: The formatted activity content and the mechanical action instruction are executed according to the user confirmation instruction. For example, text activity content, voice activity content, movie activity content, mechanical activity content, and the like.

Steps S301-S305 illustrate how the user terminal device 10 performs the process of automatic scheduling. This is an embodiment in which the user terminal device 10 performs setting of the activity schedule and executes it. Hereinafter, an embodiment in which the server terminal 30 performs the setting of the activity schedule will be listed.

Next, please refer to FIGS. 4A, 4D, and 4E, and another embodiment of a flow chart of the expert device, the server, and the user device in the interactive automatic scheduling system of the present invention;

The flow chart of FIG. 4A is as described above. Referring to FIG. 4D, the server 30 takes over the parameterization of the activity suggestion content of the expert device 40, and causes the execution program of the subsequent server 30 or the application program 14 of the user terminal device 10. It can be analyzed and executed. Please refer to FIG. 4D, which is another embodiment of the working flow chart of the server 30. Please refer to FIG. 3 for synchronization.

Step S211: Receive active content. That is, the activity suggestion content, when receiving the activity suggestion content, must first confirm the format of the activity suggestion content, which is the text, the modular activity suggestion content or the voice format activity suggestion content, and then parse according to each content format.

Step S212: When the active content is voice, the voice recognition is performed through the voice database. After the voice recognition is the text content, step S203 is performed.

Step S213: extracting the active voice parameter from the recognized voice data, and the activity parameter The number includes the content of the event, the time of day, the frequency, the length of the time course, and so on.

Step S214: When the activity content is a text, the activity parameter is extracted. Similarly, the activity parameter includes the activity content, the time period, the frequency, the duration of the time course, and the like. There are two types of text content, one is plain text, the other is modular activity content, which is directly outputted by the activity parameters, so it is faster to recognize.

Step S215: Grab the content of the active content database according to the activity parameter to generate formatted activity content. That is, the active content of the fixed format may be specific to the activity content executed by the user end, and may be text-based, and may be a voice content matching text, may be a text matching movie, and may be a text matching mechanical action.

Step S216: Grab the content of the mechanical action database 23 according to the activity parameter, and generate a mechanical action instruction. If the formatted activity content has a mechanical action, the parameters of the mechanical motion database 23 are extracted, and may be provided to the user terminal device 10 in advance, so that the time is automatically executed by the specific mechanical action.

Step S217: Generate an activity schedule instruction and a personalized schedule calendar. The activity scheduling instruction is to generate a notification to the user terminal device 10, that is, the time period, the frequency, the duration of the time course, and the like, and the personal basic database directly stored in the database 20 after being generated by the activity scheduling generation module 315. twenty four. Here, since the activity parameters input by the expert device 40 may not be in the format defined by the client device 10, the server 30 must be converted into a format executable by the server 30.

Step S218: Generate an activity notification to the activity suggestion recipient according to the personalized scheduling calendar. The activity scheduling generation module 315 in the server 30 stores the activity scheduling parameters such as the activity scheduling instruction, the formatted activity content, and the mechanical motion instruction into the personal basic database 24. The notification generation module 316 is fixed to capture the activity scheduling instruction, and the corresponding information is extracted by the personal basic database 24. User data and corresponding notification content are sent to specific users. After receiving the activity notification, the client device 10 can download the active content.

Step S219: The formatted active content and the mechanical action instruction are transmitted to the activity suggestion recipient according to the activity download reply. After the user terminal device 10 generates an active download reply, the server 30 can transmit the formatted activity content, the mechanical motion command, and the like to the user terminal device 10.

Steps S211-S219 are the actions of the server 30, and the server 30 converts the simple active content editing mode (such as text, voice) or the modularized active content transmitted by the expert device 40 into the server 30 executing program. 31 format set. Next, the user terminal device 10 takes over and executes the downloaded activity content. Please refer to FIG. 4E, which is another embodiment of the working flow chart of the user equipment 10. For synchronization, please refer to FIG.

Step S311: Execute the automatic scheduling application, that is, the application 14 in FIG.

Step S312: Receive an activity notification sent by the server. The application 14 of the user device 10 generates a notification message according to the received event notification content. Then, the activity scheduling generation and execution module 142 generates a corresponding user interface after the user clicks the notification, and lets the user point. Choose whether to execute. When the user clicks the execution, step S313 is performed.

Step S313: Generate an activity download reply to the server. When the user clicks the notification to execute the content of the activity, the activity scheduling generation and execution module 142 generates an activity download reply to the server 30. Transport

Step S314: Download the formatted activity content and the mechanical action instruction. The activity scheduling generation and execution module 142 requests the server 30 to download the active content by using the data transmission module 141.

Step S315: Perform formatting of the activity content according to the user confirmation instruction, Mechanical action instructions. For example, text activity content, voice activity content, movie activity content, mechanical activity content, and the like.

Steps S311-S315 illustrate how the client device 10 performs the process of notifying, replying, downloading, and executing the active content. This is an embodiment in which the server 30 performs the scheduling of the activity schedule and is executed by the user terminal device 10.

Hereinafter, a specific screen of the embodiment of FIGS. 3 and 4A-4E will be described using a plurality of user interfaces.

Please refer to FIG. 5A-5D, which is a screen of several specific user interfaces of the expert device 40.

Please refer to FIG. 5A, which illustrates step S102 of FIG. 4A, selecting an activity suggestion recipient. The active editing application of the expert device 40 uses the display unit 47 to display several main fields, namely "Jiang Yushui's Activity Editing Application" field 471, "Zhang Sanfeng" field 472-1, "Liu Bei" field. 472-2, "Zhao Zilong" field 472-3, "Zhuge Liang" field 472-4, "Cao Cao" field 472-5, "Wu Sangui" field 472-6, and "Complete" option 473. In this picture, the expert "Jiang Yushui" selected the "Zhang Sanfeng" field 472-1, indicating that "Jiang Yushui" should provide activities to "Zhang Sanfeng". This list is essentially generated by the server 30 and transmitted to the expert device 40. Therefore, each user has its corresponding identity code, and once the expert clicks, it will directly correspond to the personal basics in the server 30. The identity code of the personal basic data of "Zhang Sanfeng" in the database.

After selecting the event suggestion recipient, the expert application 44 generates an active editing screen. Hereinafter, examples of three activity editing screens will be respectively listed, which respectively represent different ways of modularized activity content suggestions, text input activity content suggestions, and voice activity content suggestions.

Please refer to FIG. 5B, which is a screen for suggesting the manner of the active content, that is, the screen of steps S103-S105. In this event editing screen, three modular event suggestions are included. Experts can directly select the formatted activity content in the screen (such as "Doing cervical rehabilitation exercise" field 474-1, "Doing lumbar complex Health Sports" field 474-2, "walking, stretching" field 474-3, etc.), and select the modular content, such as frequency (once a day, twice a day...etc.), time The length of the process is short (one month, three months...) and so on. In this embodiment, the expert "Jiang Yushui" selects the "For the Cervical Reflex Movement" field 474-1, and selects the "once a day" option and the "three months" option. After pressing the "Complete" option 473, the activity suggestion content can be uploaded to the server 30.

Next, please refer to FIG. 5C, which is a screen for the manner in which the text input activity content is suggested, that is, the screen of steps S103-S105 can be performed. Different from the embodiment of FIG. 5B, the input interface of FIG. 5C is simple, and only one text editing field 475 and a text input keyboard 476 are provided to the expert. In other embodiments, a physical keyboard can be employed. In other words, the keyboard 45 of FIG. 2B may conceptually be a physical keyboard, may be a virtual keyboard of the touch panel, or may be a virtual keyboard created by using a projection and an image sensor. In this embodiment, the "Jiang Yushui" expert inputs the relevant content of activity 1, in which the activity parameters such as content, frequency, period, etc. can be input in advance, reminding the expert to directly input the content, so as to prevent the expert "Jiang Yushui" input from becoming a row. Cheng's information. After pressing the "Complete" option 473, the event suggestion content can be uploaded to the server 30.

Next, please refer to FIG. 5D, which is a screen for the manner in which the voice input activity content is suggested, that is, the screen of steps S103-S105 can be performed. Different from the embodiment of FIG. 5B and FIG. 5C, the input interface of FIG. 5D is simple, and only one field 477-1 is provided to generate a voice input symbol 477-1 and a “start recording” button option 478-2. A prompt field 477-2 is generated to prompt the expert to input key activity parameters such as content, frequency, and period. In this embodiment, "Jiang The drowning expert can start to input the active content voice file by voice by pressing the button 478-2. After pressing the "Complete" option 473, the activity suggestion content can be uploaded to the server 30.

Please refer to FIGS. 6A-6F, which are screens of several specific user interfaces of the user device 10.

Please refer to FIG. 6A, which is a screen generated by the activity scheduling generation and execution module 142 after receiving the activity scheduling instruction transmitted from the server 30 and formatting the activity content, that is, the part of step S302. This screen includes the application information field 171, the formatted activity content field 172 and the "Accept Advice" option 173-1, "Do not accept suggestions" option 173-2. In this embodiment, the user "Zhang Sanfeng" has pressed the "Accept Suggestion" option 173-1.

Figure 6B illustrates the option of the activity schedule generation and execution module 142 to generate another desired end when the user "Zhang Sanfeng" presses the "Accept Suggestion" option 173-1, respectively: "Every morning" Option 173-3, "Noon every day" option 173-4, "Every day in the evening" option 173-5, and "Complete" option 174. In this embodiment, the user "Zhang Sanfeng" selects the "every morning" option 173-3 and clicks on the "finish" option 174. Upon completion of the selection of these options, the client device 10 completes step S302. Accepted activity schedule instructions and formatted activity content.

Next, step S303 is an operation inside the user terminal device 10, and is not specifically presented in the user interface. In step S304, an action like the server 30 requesting download of the related content can be generated through the sixth FIG. In FIG. 6C, when the automatic scheduling time expires, the user terminal device 10 generates an activity notification, such as the content of the field 172. After the user "Zhang Sanfeng" presses the "confirm execution" button option 175, the user The terminal device 10 executes step 304 and requests the server 30 to download the related content.

Next, the user-side device can execute to generate active text, play voice, Play movies, execute machine action commands, and more.

Next, please refer to FIG. 6C-6F, which illustrates a flow embodiment of FIGS. 4D and 4E, that is, an embodiment in which an activity schedule is generated by the server 30.

The sixth FIG. 6C is the operation of step S312, and receives the activity notification transmitted from the server 30. When the user "Zhang Sanfeng" presses the "confirm execution" button 175, the user terminal device 10 executes step S313, and then proceeds to step S314.

Then, the user equipment 10 performs step S315 to perform the following operations. There are three possibilities, and the user is instructed to perform the activity content of the "Zhang Sanfeng", that is, the cervical rehabilitation exercise. The graphic content fields 172, 176 in the embodiment of the 6D map are exemplified. The second embodiment is a method for transmitting voice or video. Here, the movie field 177 in the embodiment of FIG. 6D is taken as an example, and the user “Zhang Sanfeng” can directly click and play the movie. The third mode is performed by means of voice and mechanical action, and the 6E and 6F diagrams illustrate the mode of such an embodiment. In FIGS. 6E and 6F, the robot handset 60 also performs voice content playback while executing the mechanical motion command. Therefore, this embodiment is a method of combining mechanical motion with the sound activity content.

It can be clearly understood from the above embodiments that the present invention utilizes the interaction of the user terminal device 10, the expert device 40 and the server 30 to implement the function proposal and the automatic scheduling function, and the expert's suggestion can be The system becomes automatic scheduling after the user accepts, the user does not need to set, does not need to be discharged into the calendar, so that anyone can easily accept the expert's opinion and achieve automatic scheduling through the system of the invention. The technical effect of automatic reminder and auxiliary execution. Experts using this system will be able to effectively communicate the activity suggestions to the user; users can effectively receive the expert's activity suggestions by using this system, and they do not need to set them themselves. Reminders, and can effectively implement expert advice.

This is particularly important in the areas of disease control, health management, and sports management. Because, through the interactive automatic scheduling system of the present invention, the user (patient or sub-health population) can effectively take the advice of the doctor and the health manager, and effectively shorten the course of the disease and reduce the disease control. The problem.

Hereinafter, the main functional module architecture of the system of the present invention will be briefly described. In the technique of performing automatic scheduling by the user terminal device 10, the interactive automatic scheduling system of the present invention comprises: a server, an expert device and User terminal device. The server includes: a server-side communication unit; a server-side memory, and an interactive scheduling program, the interactive scheduling program includes: a server-side transceiver module, wherein the server-side communication unit is After the connection is established, an activity content data is received and an activity schedule parameter is transmitted; an activity content analysis module parses the activity content data and generates the activity schedule parameter. The expert device includes: an expert communication unit; an expert display unit for displaying an active editing interface of an active editing application; an expert memory for storing the active editing application, the active editing application The method includes: an activity content generation module, generating the activity editing interface, and generating an activity content data; and an expert data transmission module, wherein the expert communication unit establishes a connection with the server to transmit the activity content Data to the server; and an expert processing unit, connecting the expert memory, the expert display unit and the expert communication unit, executing the activity editing application, receiving an activity editing confirmation instruction, and then performing the activity The content material is uploaded to the server. The user equipment includes: a user terminal communication unit; a user terminal display unit for displaying a user interface of an automatic scheduling application; and a user terminal memory for storing the automatic scheduling application, The automatic scheduling application includes: a user-side data receiving module, by which the The user communication unit establishes a connection with the server to receive the activity scheduling parameter; and an activity scheduling generation and execution module generates an activity schedule according to an activity scheduling parameter; a user end processing unit, Connecting the user terminal memory, the user terminal display unit and the user terminal communication unit, executing the automatic scheduling application, and after receiving an activity scheduling parameter download instruction, downloading the activity scheduling parameter to generate the activity Scheduling, and generating an event reminder notification when the activity schedule is set according to the activity schedule.

Hereinafter, the main functional module architecture of the system of the present invention will be briefly described. In the technique of performing automatic scheduling by the server 30, the interactive automatic scheduling system of the present invention comprises: a server, an expert device and a user. End device. The server includes: a server-side communication unit; a server-side memory, and an interactive scheduling program, the interactive scheduling program includes: a server-side transceiver module, wherein the server-side communication unit Receiving an activity content data and transmitting an activity scheduling parameter after establishing the connection; an activity content analysis module, parsing the activity content data, generating the activity scheduling parameter and an activity schedule, and periodically scheduling the activity according to the activity schedule Generate an event reminder notification. The expert device comprises: an expert communication unit; an expert display unit for displaying an activity editing interface of an activity editing application; an expert memory for storing the activity editing application, the activity editing application comprising: an activity a content generation module, generating the activity editing interface, and generating an activity content data; and an expert data transmission module, wherein the expert communication unit establishes a connection with the server to transmit the activity content data to the server An expert processing unit, connected to the expert memory, the expert display unit and the expert communication unit, executing the activity editing application, and receiving an activity editing confirmation instruction, uploading the active content data to the server . The user equipment includes: a user terminal communication unit; and a user terminal display unit for displaying a user interface of an automatic scheduling application; The user terminal memory stores the automatic scheduling application, and the automatic scheduling application includes: a user terminal data receiving module, wherein the user terminal communication unit establishes a connection with the server to receive the activity reminder And the activity scheduling generation and execution module, according to the activity reminding notification, and when receiving an activity execution instruction, connecting with the server to download an activity execution content corresponding to the activity reminding notification; and the user The end processing unit connects the user end memory, the user end display unit and the user end communication unit, executes the automatic scheduling application, and after receiving the activity reminding notification, executes the activity execution content.

Briefly, the interactive automatic scheduling system provided by the present invention comprises: an expert device having an input unit and an expert communication unit, wherein the input unit is configured to input an active content data, and the expert communication unit Transmitting the activity content data; a server, connecting with the expert device, receiving the activity content data and converting the activity content into an activity scheduling parameter; and a user terminal device having a user terminal communication unit, After the server is connected to the server, the activity process parameter is downloaded, the activity schedule parameter is converted into an activity schedule, and an activity reminder notification is generated according to the activity schedule at an activity setting time.

In this embodiment, the expert device performs editing of the active content data, the server performs conversion and parameterization of the active content, and the user terminal performs automatic setting and automatic reminding of the activity scheduling.

A simple statement of another embodiment is that the present invention provides an interactive automatic scheduling system, comprising: an expert device having an input unit and an expert communication unit, wherein the input unit is configured to input an active content data, The expert communication unit transmits the activity content data; a server is connected to the expert device, receives the activity content data and converts it into an activity scheduling parameter and an activity schedule, and according to the activity scheduling Generate an activity on a regular basis And a user terminal device, having a user terminal communication unit, receiving the activity reminder notification after connecting with the server, and executing the activity execution content after requesting the server to download an activity execution content.

In this embodiment, the expert device performs editing of the active content data, and the server performs the conversion and parameterization of the active content and the setting of the activity scheduling. When the scheduling time expires, the server generates a reminder notification to the user, the user. The terminal then downloads and executes the activity content after receiving the notification.

In summary, the present invention provides an interactive automatic scheduling system, which allows the expert to perform active content editing and then send it to the server for processing, and then the user terminal device or the server performs scheduling, and the expert advice can be realized. The system produces the effect of scheduling itself. The invention has practicality in many different fields, and can solve the current problem of automatically generating scheduling for one-on-one, one-to-many expert advice.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

Claims (48)

An interactive automatic scheduling system comprising: a server comprising: a server-side communication unit; and a server-side memory for storing an interactive scheduling program, the interactive scheduling program comprising: a server-side transceiver The module, by the server-side communication unit, receives an active content data and transmits an activity scheduling parameter after establishing the connection; and an active content analysis module, parsing the active content data and generating the activity scheduling parameter; An expert device includes: an expert communication unit; an expert display unit for displaying an active editing interface of an active editing application; an expert memory for storing the active editing application, the active editing application The program includes: an active content generating module, generating the active editing interface, and generating an active content data; and an expert data transmitting module, wherein the expert communication unit establishes a connection with the server to transmit the activity Content data to the server; and an expert processing unit, connecting the expert memory, the expert display unit and the expert Communications unit, perform this activity editing application, a reception Activities After editing the confirmation command, the activity content data is uploaded to the server; and a user terminal device includes: a user terminal communication unit; and a user terminal display unit for displaying one of the automatic scheduling applications a user interface; a user-side memory for storing the automatic scheduling application, the automatic scheduling application comprising: a user-side data receiving module, wherein the user-side communication unit is connected to the server a line to receive the activity schedule parameter; and an activity schedule generation and execution module to generate an activity schedule according to an activity schedule parameter; and a user end processing unit to connect the user terminal memory, the use The terminal display unit and the user terminal communication unit execute the automatic scheduling application, receive an activity schedule parameter download instruction, download the activity schedule parameter, generate the activity schedule, and schedule the activity according to the activity An activity reminder notification is generated when an activity sets a time. The interactive automatic scheduling system of claim 1, wherein the active content generating module in the expert device generates a text activity content, an activity parameter content or a voice activity content. The interactive automatic scheduling system of claim 2, wherein the expert device further comprises an audio input unit, and the active editing application comprises a voice input module, and the voice input module generates the voice activity content. The interactive automatic scheduling system of claim 2, wherein the server includes a voice recognition module, and the voice recognition module identifies the voice activity content as a text activity content, and transmits the text activity content to the activity After the content analysis module parses, the activity schedule parameter is generated. The interactive automatic scheduling system of claim 2, wherein the active content parsing module parses the text activity content or the activity parameter content to generate the activity scheduling parameter. The interactive automatic scheduling system of claim 1, wherein the server parses the active content data and generates a voice reminder content. The interactive automatic scheduling system of claim 6, wherein the user terminal device further comprises a sound output unit, and the automatic scheduling application further comprises a voice output module, when the activity scheduling parameter includes the When the voice reminds the content, the user terminal processing unit controls the sound output unit to generate a voice activity reminding notification according to the activity schedule setting time of a voice activity. The interactive automatic scheduling system of claim 1, wherein the server parses the active content data and generates a mechanical action instruction set. The interactive automatic scheduling system of claim 8, wherein the user terminal device is a robot device comprising a motor group, and the automatic scheduling application comprises a mechanical motion conversion module when the activity When the scheduling parameter includes the mechanical action command group, the user end processing unit generates an activity reminder notification according to the activity schedule at a mechanical activity set time and executes the mechanical action command group to control the motor group to generate a mechanical action. . An interactive automatic scheduling system comprising: A server includes: a server-side communication unit; and a server-side memory for storing an interactive scheduling program, the interactive scheduling program comprising: a server-side transceiver module, wherein the server-side communication module communicates The unit receives an activity content data and transmits an activity schedule parameter after establishing the connection; and an activity content analysis module, parses the activity content data, and generates the activity schedule parameter and an activity schedule, and according to the activity schedule The process periodically generates an activity reminder notification; an expert device includes: an expert communication unit; an expert display unit for displaying an activity editing interface of an activity editing application; and an expert memory for storing the activity Editing an application, the activity editing application comprises: an active content generation module, generating the activity editing interface, and generating an activity content data; and an expert data transmission module, wherein the expert communication unit and the servo Establishing a connection to transmit the active content data to the server; and an expert processing unit connecting the expert memory, the After the home-side display unit and the expert-side communication unit, the implementation of the activities editing application, receiving a confirmation instruction editing activity, the activity contents data uploaded to the server; and A user terminal device includes: a user terminal communication unit; a user terminal display unit for displaying a user interface of an automatic scheduling application; and a user terminal memory for storing the automatic scheduling application a program, the automatic scheduling application includes: a user-side data receiving module, wherein the user-side communication unit establishes a connection with the server to receive the activity reminding notification; and an activity scheduling generation and execution module a group, according to the activity reminding notification, and when receiving an activity execution instruction, connecting with the server to download an activity execution content corresponding to the activity reminding notification; and a user end processing unit connecting the user end The memory, the user end display unit and the user terminal communication unit execute the automatic scheduling application, and after receiving the activity reminding notification, execute the activity execution content. The interactive automatic scheduling system of claim 10, wherein the active content generating module in the expert device generates a text activity content, an activity parameter content or a voice activity content. The interactive automatic scheduling system of claim 11, wherein the expert device further comprises an audio input unit, and the active editing application comprises a voice input module, and the voice input module generates the voice activity content. The interactive automatic scheduling system of claim 11, wherein the server includes a voice recognition module, and the voice recognition module recognizes the voice activity content as a text activity content, After the text activity content is transmitted to the active content analysis module for parsing, the activity scheduling parameter is generated. The interactive automatic scheduling system of claim 11, wherein the active content parsing module parses the text activity content or the activity parameter content to generate the activity scheduling parameter. The interactive automatic scheduling system of claim 10, wherein the server parses the active content material and generates a voice reminder content. The interactive automatic scheduling system of claim 15, wherein the user terminal device further comprises a sound output unit, and the automatic scheduling application further comprises a voice output module, wherein the activity execution content comprises the voice When the content is reminded, the user terminal processing unit controls the sound output unit to generate a voice activity reminding notification according to the voice reminding content. The interactive automatic scheduling system of claim 10, wherein the server parses the active content data and generates a mechanical action instruction set, the activity execution content including the mechanical action instruction set. The interactive automatic scheduling system of claim 17, wherein the user terminal device is a robot device comprising a motor group, and the automatic scheduling application comprises a mechanical motion conversion module when the activity When the execution content includes the mechanical action command group, the user end processing unit controls the motor group to generate a corresponding mechanical action according to the mechanical action command group. A computer program product installed in a device having a communication unit, a display unit, a memory, and a processing unit, the computer program product comprising: a user-side data receiving module, wherein the user-side communication unit With the server Establishing a connection to receive the activity scheduling parameter; and an activity scheduling generation and execution module, generating an activity schedule according to an activity scheduling parameter; wherein the processing unit executes the computer program product to receive an activity row After the process parameter download instruction, the activity schedule parameter is downloaded, the activity schedule is generated, and an activity reminder notification is generated according to the activity schedule at an activity setting time. The computer program product of claim 19, wherein the device further comprises a sound output unit, and the computer program product further comprises a voice output module, when the activity schedule parameter includes a voice reminder content, the processing unit Controlling a sound output unit to generate a voice activity reminder notification according to the activity schedule at a voice activity setting time. The computer program product of claim 19, wherein the device further comprises a motor group, and the computer program product further comprises a mechanical motion conversion module, when the activity scheduling parameter includes a mechanical motion instruction group, the processing The unit generates an activity reminder notification according to the activity schedule at a mechanical activity setting time and executes the mechanical action command group to control the motor group to generate a mechanical action. A computer program product installed in a device having a communication unit, a display unit, a memory, and a processing unit, the computer program product comprising: a user-side data receiving module, wherein the communication unit and a servo Establishing a connection to receive an activity reminder notification; and an activity scheduling generation and execution module, according to the activity reminder notification, and when receiving an activity execution instruction, connecting with the server to download the activity reminder notification station Corresponding activity execution content; The processing unit executes the computer program product, and after receiving the activity reminder notification, executes the activity execution content according to the activity execution instruction. The computer program product of claim 22, wherein the device further comprises a sound output unit, and the computer program product further comprises a voice output module, and when the activity execution content includes a voice reminder content, the processing unit is The activity schedule controls a sound output unit to generate a voice activity reminder notification when a voice activity setting time expires. The computer program product of claim 22, wherein the device further comprises a motor group, and the computer program product further comprises a mechanical motion conversion module, when the activity execution content includes a mechanical motion instruction group, the processing unit An activity reminder notification is generated according to the activity schedule at a mechanical activity setting time and the mechanical action command group is executed to control the motor group to generate a mechanical action. A computer-readable recording medium for recording an application installed in a device having a communication unit, a display unit, a memory, and a processing unit, the application comprising: a user-side data receiving module a group, wherein the user terminal communication unit establishes a connection with the server to receive the activity scheduling parameter; and an activity scheduling generation and execution module generates an activity schedule according to an activity scheduling parameter; wherein The processing unit executes the computer program product, after receiving an activity schedule parameter download instruction, downloading the activity schedule parameter, generating the activity schedule, and generating an activity reminder according to the activity schedule at an activity setting time Notice. The computer-readable recording medium of claim 25, wherein the device further comprises a sound An output unit, and the application further includes a voice output module. When the activity schedule parameter includes a voice reminder content, the processing unit controls the sound output unit to be generated according to the activity schedule at a voice activity setting time. A voice activity reminder notification. The computer-readable recording medium of claim 25, wherein the device further comprises a motor group, and the application further comprises a mechanical motion conversion module, when the activity scheduling parameter includes a mechanical action command group, The processing unit generates an activity reminder notification according to the activity schedule at a mechanical activity setting time and executes the mechanical action command group to control the motor group to generate a mechanical action. A computer-readable recording medium for recording an application installed in a device having a communication unit, a display unit, a memory, and a processing unit, the application comprising: a user-side data receiving module a group, wherein the communication unit establishes a connection with a server to receive an activity reminder notification; and an activity schedule generation and execution module, according to the activity reminder notification, and when receiving an activity execution instruction, and the servo The device is connected to download an activity execution content corresponding to the activity reminder notification; wherein the processing unit executes the computer program product, and after receiving the activity reminder notification, executing the activity execution content according to the activity execution instruction. The computer-readable recording medium of claim 28, wherein the device further comprises a sound output unit, and the application further comprises a voice output module, when the activity execution content includes a voice reminder content, the processing The unit controls a sound output unit to generate a voice activity reminder notification according to the activity schedule when a voice activity setting time expires. The computer readable recording medium of claim 28, wherein the device further comprises a motor group, and the application further comprises a mechanical action conversion module, when the activity execution content includes a mechanical action instruction set, The processing unit generates an activity reminder notification according to the activity schedule at a mechanical activity setting time and executes the mechanical action command group to control the motor group to generate a mechanical action. An interactive automatic scheduling system comprising: an expert device, having an input unit and an expert communication unit, wherein the input unit is configured to input an active content data, and the expert communication unit transmits the active content data; a server, connected to the expert device, receiving the active content data and converting it into an activity scheduling parameter; and a user terminal device having a user terminal communication unit, after being connected to the server Downloading the activity process parameter, converting the activity schedule parameter to an activity schedule, and generating an activity reminder notification according to the activity schedule at an activity setting time. The interactive automatic scheduling system of claim 31, wherein the active content generating module in the expert device generates a text activity content, an activity parameter content or a voice activity content. The interactive automatic scheduling system of claim 32, wherein the input device of the expert device comprises a sound input unit for generating the voice activity content. The interactive automatic scheduling system of claim 32, wherein the server recognizes the voice activity content as a text activity content, and parses the text activity content to generate the activity schedule parameter. The interactive automatic scheduling system of claim 32, wherein the server generates the activity scheduling parameter after parsing the text activity content or the activity parameter content. The interactive automatic scheduling system of claim 31, wherein the server parses the active content material and generates a voice reminder content. The interactive automatic scheduling system of claim 36, wherein the user terminal device further comprises a sound output unit, and when the activity schedule parameter includes the voice reminder content, the user terminal device is scheduled according to the activity The voice output unit is controlled to generate a voice activity reminder notification when the voice activity setting time expires. The interactive automatic scheduling system of claim 31, wherein the server parses the active content material and generates a mechanical action command set. The interactive automatic scheduling system of claim 38, wherein the user terminal device is a robot device comprising a motor group, and when the activity scheduling parameter includes the mechanical action command group, the user terminal The processing unit generates an activity reminder notification according to the activity schedule at a mechanical activity setting time and executes the mechanical action command group to control the motor group to generate a mechanical action. An interactive automatic scheduling system comprising: an expert device, having an input unit and an expert communication unit, wherein the input unit is configured to input an active content data, and the expert communication unit transmits the active content data; a server, connected to the expert device, receiving the activity content data and converting it into an activity scheduling parameter and an activity schedule, and periodically generating an activity reminding notification according to the activity schedule; and A user terminal device has a user terminal communication unit, and after receiving the connection with the server, receives the activity reminder notification, and requests the server to download an activity execution content and then execute the activity execution content. The interactive automatic scheduling system of claim 40, wherein the active content generating module in the expert device generates a text activity content, an activity parameter content or a voice activity content. The interactive automatic scheduling system of claim 41, wherein the input device of the expert device comprises a sound input unit for generating the voice activity content. The interactive automatic scheduling system of claim 41, wherein the server recognizes the voice activity content as a text activity content, and then parses the text activity content to generate the activity schedule parameter and the activity process. The interactive automatic scheduling system of claim 41, wherein the server parses the text activity content or the activity parameter content to generate the activity scheduling parameter and the activity process. The interactive automatic scheduling system of claim 40, wherein the server parses the active content material and generates a voice reminder content, the activity execution content including the voice reminder content. The interactive automatic scheduling system of claim 45, wherein the user terminal device further comprises a sound output unit, and when the activity execution content includes the voice reminding content, the user terminal device is configured according to the activity The voice output unit is controlled to generate a voice activity reminder notification when the voice activity setting time is up. An interactive automatic scheduling system as claimed in claim 40, wherein the server parses the activity The content material generates a mechanical action instruction set, and the activity execution content includes the mechanical action instruction set. The interactive automatic scheduling system of claim 47, wherein the user terminal device is a robot device comprising a motor group, and when the activity execution content includes the mechanical action command group, the user terminal processes The unit generates an activity reminder notification according to the activity schedule at a mechanical activity setting time and executes the mechanical action command group to control the motor group to generate a mechanical action.