TWM599966U - Digital platform management system for collecting operation data of Elderly blocks - Google Patents

Abstract

This creation provides a digital platform management system for collecting operation data of senior building blocks. A database device stores multiple basic data of the subject, and collects multiple data through the operation data collection device connected to the database device through communication, and uploads the data To the server host device, the recognition function module recognizes the behavior pattern data from the sensed data, then the time comparison module compares the recorded trajectory data against the measured time data, and then the image analysis module analyzes the image file The emotional analysis data of the testees, after centralized management and aggregation, can be provided to the information display device for viewing, so as to collect effective data and centrally manage the aggregated data to assist family members, doctors and nursing staff in the treatment and care of the testees The reference above is for the purpose.

Description

Management system of digital platform for collecting operation data of elder blocks

This creation is a digital platform management system for the collection of operational data of Elder's blocks, especially a digital platform management system for collection of operational data of Elder's blocks with an operation sensing module.

At present, there are many building block toys that can be connected to a smart phone to play together. Through the preset building block modules of the smart phone, and the building block components with embedded chips, batteries and motors, children can use their imagination and creativity. Combining a variety of works, but these building block toy products are more inclined to be designed for children to play, so that the building block toy can only be limited to young and young people, and it has not been able to expand the scope of users, which is a pity. In addition, due to the trend of aging society in many countries, although the related long-term care industry has launched many elderly toys or products hoping to stimulate and activate the brain cells of elderly users, so that they can avoid dementia or other brain However, current products still cannot effectively prevent the occurrence of these brain diseases.

Therefore, how to use an operation data collection device to effectively collect the sensing data, measured time data and image files generated by the user when operating the device, and send it to the server host device for identification, comparison and analysis, and then display the information The device examines detailed data information and past historical information to determine the subject’s physical and mental state. Through the generation of this information, it can predict whether the subject has brain degeneration or other brain diseases. Possibly, it is worth considering for those with ordinary knowledge in this field.

The purpose of this creation is to provide a digital platform management system for the collection of operational data for senior building blocks. It has an operational sensing module, a time recording module and an image recording module to collect the sensing data, measured time data and image files and send The server host device performs analysis and compilation, and can read the required data information for inspection through the information display device, which has the functions of highly accurate data collection and effective analysis.

The digital platform management system for collecting operation data of senior building blocks in this creation includes a database device, an operation data collection device, a server host device and an information display device. The database device stores multiple basic data of test subjects. The operation data collection device is communicatively connected to the database device. The operation data collection device includes an operation sensing module, a time recording module and an image recording module. The operation sensing module is adapted to generate at least one sensing data according to the basic data of the subject. The time recording module is suitable for generating at least one measured time data according to the basic data of the subject. The image recording module is suitable for generating at least one image file based on the basic data of the subject. The server host device is communicatively connected to the operation data collection device. The server host device includes an identification function module, a time comparison module and an image analysis module. The identification function module is suitable for identifying the sensing data, and generating at least one behavior pattern data according to the sensing data. The time comparison module is suitable for comparing the measured time data, and generates at least one track data according to the measured time data. The image analysis module is suitable for analyzing the image file, and generating at least one subject's emotion analysis data and a relative position identification data according to the image file. The information display device is suitable for communicating with the server host device, and the data analysis display device includes a numerical scoring module, a historical record module, and a mood viewing module. The numerical scoring module is suitable for generating at least one detailed data information according to the behavior pattern data and the relative position identification data. The historical record module is suitable for generating at least one tested historical information based on the recorded track data. The emotion viewing module is adapted to generate at least one emotional state information based on the subject's emotional analysis data.

In the above-mentioned senior building block operation data collection digital platform management system, the basic information of the testee includes gender, age and user code.

In the above-mentioned senior building block operation data collection digital platform management system, the sensed data includes body temperature, respiration, pulse, blood pressure, heartbeat, pressure, grip strength, vibration, flip direction, color accuracy and shape accuracy.

In the above-mentioned digital platform management system for collecting operation data of senior building blocks, the record track data includes operation time points, attention time points, and reaction time points.

In the above-mentioned digital platform management system for collecting operation data of Elderly Building Blocks, the operation data collecting devices are smart building blocks, smart phones, tablets, notebook computers, wearable devices, projection equipment, display devices, non-contact devices and personal computer.

In the above-mentioned digital platform management system for collecting operation data of Elderly Building Blocks, the information display devices are smart phones, tablets, notebook computers, wearable devices, projection equipment, display devices, non-contact devices and personal computers.

10: Management system of digital platform for collecting operation data of Elderly blocks

100: database device

110: Basic information of the subject

200: Operational data collection device

210: Operation sensing module

211: Sensed Data

220: Time record module

221: Tested time data

230: video recording module

231: Image File

300: Servo host device

310: Identification function module

311: Behavioral Pattern Data

320: Time comparison module

321: Record track data

330: Image Analysis Module

331: Subject's emotional analysis data

332: Relative position identification data

400: Information display device

410: Numerical Scoring Module

411: detailed data information

420: History module

421: Tested historical information

430: Mood Viewing Module

431: Emotional State Information

Figure 1 shows a schematic diagram of a digital platform management system for collecting operation data of senior blocks.

The digital platform management system 10 for collecting operation data of senior building blocks in this creation collects the sensing data 211, the measured time data 221 and the image file 231 through the operation data collection device 200 which is connected to the database device 100 in communication. These data are uploaded to the server host device 300, the identification function module 310 identifies the behavior pattern data 311 based on the sensing data 211, and then the time comparison module 320 refers to the measured time data 211 The recorded trajectory data 321 is compared, and the image analysis module 330 analyzes the subject’s emotion analysis data 331 and the relative position identification data 332 for the image file 231. These data are centrally managed and aggregated and then sent to the information display device 400 To view various information, the detailed data information 411 can be viewed through the numerical scoring module 410, the tested historical information 421 can be read through the history record module 420, and the emotional state information 431 can be parsed through the emotion viewing module 430. In this way, effective data can be collected and the reference value can be generated after centralized management and aggregation.

Please refer to FIG. 1. FIG. 1 shows a schematic diagram of a digital platform management system 10 for collecting operation data of senior building blocks. The digital platform management system 10 for collecting operation data of senior building blocks includes a database device 100, an operation data collecting device 200, a server host device 300, and an information display device 400. The following is a detailed description and explanation of each module of each device.

The database device 100 stores multiple pieces of basic data 110 of the subject. To put it simply, the database device 100 is the main database of the digital platform management system 10 for collecting operation data of senior building blocks. It stores multiple basic data 110 of the subject. The data content of the basic data 110 of the subject includes gender and age. As well as the user code, the initial state of the subject can be understood through the basic data 110 of the subject, so as to extend the evaluation of subsequent related data generation.

The operation data collection device 200 is communicatively connected to the database device 100. The operation data collection device 200 includes an operation sensing module 210, a time recording module 220, and an image recording module 230. In detail, the operation data collection device 200 is a smart building block, a smart phone, a tablet computer, a notebook computer, a wearable device, a projection device, a non-contact device, a display device, and a personal computer. The operation data collection device 200 can cooperate with the teaching demonstration of the course topic, through the wearable device to carry out the demonstration and simulation of the assembly teaching in the extended reality (Extended Reality, XR) way, and can also use the projection device or the display device for the assembly teaching video dial Play, for example, through projection or projection interactive touch device, or sticky display screen for playback inspection It seems that this will allow the subjects to assemble the building blocks according to the arrangement of the questions, and effectively collect the various data generated during the process. Through the wireless communication connection, start the login program and enter the user code to complete the login and start the building block operation. The basic data 110 of the subject can be retrieved from the database device 100. The data collection device 200 is operated by wireless communication with others The device communication connection can reduce delay and effectively provide high-efficiency transmission and reception, so that the connection quality can be more immediate and more stable.

The operation sensing module 210 is adapted to generate at least one sensing data 211 according to the basic data 110 of the subject. To further explain, the operation sensing module 210 can collect the sensing data 211 generated by the subject’s operation of the building blocks. When the subject operates the building blocks according to the teaching video, the operation sensing module 210 can collect the body temperature. , Breathing, heartbeat, pressure, grip strength, vibration, turning direction, color accuracy rate, and shape accuracy rate sensing data 211, for example, breathing data obtained by monitoring lung sounds through a wearable device. By collecting the sensing data 211, the behavior pattern of the subject can be understood, and the difficulty of the test can be adjusted in time to ensure the integrity and correctness of the collected data.

The time recording module 220 is adapted to generate at least one measured time data 221 according to the basic data 110 of the subject. In detail, the time recording module 220 can record the time that the test subject performs the building block operation, and can record a dedicated test time record according to each test subject to ensure that the test time of each test subject can be complete Record, and not be affected by other time under test.

The image recording module 230 is adapted to generate at least one image file 231 based on the basic data 110 of the subject. To put it simply, the image recording module 230 is to provide a recording function to record the subject’s emotional response changes when operating the blocks, and to record whether the subject correctly assembles the blocks in the correct position according to the instructional videos and prompts. The files saved in these recordings are image files 231. In addition to understanding the mental state of the subject through the image file 231, it can be judged whether the subject has brain abnormalities or emotions due to psychological influence The out-of-control situation can also be used as one of the criteria for the scoring mechanism based on the accuracy of the relative position of each building block when assembling the building blocks.

The server host device 300 is communicatively connected to the operation data collection device 200. The server host device 300 includes an identification function module 310, a time comparison module 320, and an image analysis module 330. The following is a detailed description and explanation based on each module.

The recognition function module 310 is adapted to recognize the sensing data 211 and generate at least one behavior pattern data 311 according to the sensing data 211. To put it simply, the recognition function module 310 receives the sensing data collected by the operation sensing module 210 of the operation data collection device 200, and recognizes body temperature, respiration, pulse, blood pressure, heartbeat, and pressure based on the sensing data 211 The value and range of, grip strength, vibration, flip direction, color accuracy rate and shape accuracy rate are then converted into saveable historical record data, which is the behavior pattern data 311. Through the generation of the behavior pattern data 311, the subject’s Whether the behavior pattern is abnormal.

The time comparison module 320 is adapted to compare the measured time data 221 and generate at least one track data 321 based on the measured time data 221. To further illustrate, the time comparison module 320 receives the measured time data 221 obtained from the time recording module 220 of the operation data collection device 200, and aggregates the measured time data 221 to generate at least one record track data 321 to record the track The data content of data 321 records the start time, end time, and total time under test, and records abnormal time points, such as operation time points, attention time points, and reaction time points. The time comparison module 320 can effectively compare whether the testee’s time spent on building blocks is advanced or delayed. It can also be based on the time point (such as early morning, morning, noon, afternoon). And in the evening) to compare the tested schedule.

The image analysis module 330 is adapted to analyze the image file 231 and generate at least one emotion analysis data 331 and a relative position identification data 332 according to the image file 231. In detail, the image analysis module 330 receives the image file 231 photographed by the image recording module 230 of the operation data collection device 200, and generates According to the image file 231, analyze the subject’s emotional response when operating the building blocks, and analyze whether the subject’s mental state is abnormal when assembling the building blocks, so as to observe whether the subject is affected by psychological factors or brain diseases Reference basis.

The information display device 400 is suitable for communicating with the server host device 300, smart building blocks, smart phones, tablet computers, notebook computers, wearable devices, projection equipment, non-contact devices, display devices, and personal computers. The communication connection can be carried out through the 5G network module, thereby achieving the effect of the network connection with less delay and achieving the purpose of remote consultation. It includes a numerical scoring module 410, a history record module 420, and a mood viewing module 430. The following is a detailed explanation and description of each module of the information display device 400.

The numerical scoring module 410 is adapted to generate at least one detailed data information 411 according to the behavior pattern data 311 and the relative position identification data 332. To further illustrate, the numerical scoring module 410 can provide the information display device 400 to retrieve the detailed data information 411, where the detailed data information 411 is aggregated based on the behavior pattern data 311, and the past details can be retrieved through the information display device 400 Data, such as the body temperature, pulse, blood pressure, heartbeat, pressure, grip strength, vibration, flip direction, color accuracy rate and shape accuracy rate detailed data obtained by the subject during the building block operation. This can provide family members, doctors and The nursing staff of the long-term care center reads the detailed data information 411 of the subject, and obtains the operating value of the subject according to the detailed data information 411, thereby inferring whether the subject’s logical thinking ability is abnormal, if so When it is abnormal, you can seek medical treatment early to avoid deterioration.

The history record module 420 is adapted to generate at least one piece of tested history information 421 based on the record track data 321. To put it simply, the history record module 420 can provide the information display device 400 to integrate the track record data 321 of the subject during the building block operation into a piece of tested history information 421, and can view the tested history information 421. The measurement history information 421 can compare the building block operation time of the subject, and analyze the various operating values of the detailed data information 411, thereby obtaining more detailed and complete reference basis for brain lesions.

The emotion viewing module 430 is adapted to generate at least one emotion state information 431 based on the subject's emotion analysis data 331. To further illustrate, the emotion viewing module 430 can retrieve the aggregated information of the analyzed subject’s emotional analysis data 331, and provide family members, doctors, and nursing staff to view and understand the subject’s mental state and emotional response. It can prevent and protect the personal safety of the subject and other personnel.

Known building block toys that can be linked with smartphones are one of the toys played by younger people. They are mainly assembled with pre-set multiple sets of building blocks so that children can create special models when combining building blocks. , To give full play to the creativity and imagination of children in their childhood and youth. However, many countries are facing the problem of low fertility rates, and the trend of an aging society has become one of the major issues that have to be faced. Products for the elderly are more focused on rehabilitation and assistive devices, such as wheelchairs, crutches and daily life. There are few related auxiliary equipment for preventing brain degeneration or dementia of the elderly. Even though there are many toys for the elderly on the market, most of them are only for entertainment and do not provide substantial medical assistance. Facing an aging society It is necessary to have tools or devices that can assist in diagnosing dementia and brain diseases in the elderly.

The digital platform management system 10 for collecting operation data of senior building blocks is provided with a database device 100 to store a plurality of basic data 10 of the subject. The operation data collecting device 200 of the database device 100 is connected to the database device 100 to collect a plurality of data for operation The sensing module 210 collects the sensing data 211, the time recording module 220 collects the measured time data 221, and the image recording module 230 collects the image file 231, and uploads the data to the server host device 300. The recognition function module 310 recognizes the behavior pattern data 311 based on the sensing data 211, and then the time comparison module 320 compares the recorded track data 321 with the measured time data 211, and then the image analysis module 330 compares the image file 231 The emotional analysis data 331 of the subject is parsed. After centralized management and aggregation, it can be provided to the information display device 400 for viewing. The detailed data information 411 can be viewed through the numerical scoring module 410, and the history record module 420 can be used to view The tested historical information 421, and finally the emotional state information 431 is parsed through the emotional viewing module 430, so as to collect effective data and centrally manage The purpose is to produce a reference basis that can assist family members, doctors and nursing staff in the treatment and care of the testee after the management.

This creation is described above with examples, but it is not used to limit the scope of patent rights claimed by this creation. The scope of its patent protection shall be determined by the attached scope of patent application and its equivalent fields. Anyone with ordinary knowledge in the field, without departing from the spirit or scope of this patent, makes changes or modifications that are equivalent changes or designs completed under the spirit of this creation, and should be included in the following patent scope Inside.

10: Management system of digital platform for collecting operation data of Elderly blocks

100: database device

110: Basic information of the subject

200: Operational data collection device

210: Operation sensing module

211: Sensed Data

220: Time record module

221: Tested time data

230: video recording module

231: Image File

300: Servo host device

310: Identification function module

311: Behavioral Pattern Data

320: Time comparison module

321: Record track data

330: Image Analysis Module

331: Subject's emotional analysis data

332: Relative position identification data

400: Information display device

410: Numerical Scoring Module

411: detailed data information

420: History module

421: Tested historical information

430: Mood Viewing Module

431: Emotional State Information

Claims (6)

A digital platform management system for collecting operation data of senior building blocks, comprising: a database device storing a plurality of basic data of a subject; an operation data collecting device, which is communicatively connected to the database device, the operation data collecting device includes: An operation sensing module adapted to generate at least one sensed data based on the basic data of the subject; a time recording module adapted to generate at least one measured time data based on the basic data of the subject; and an image recording The module is adapted to generate at least one image file according to the basic data of the subject; a server host device is communicatively connected to the operation data collection device, and the server host device includes: an identification function module suitable for identifying the sensing data , And generate at least one behavior pattern data based on the sensing data; a time comparison module, adapted to compare the measured time data, and generate at least one record track data based on the measured time data; and an image analysis model Group, adapted to analyze the image file, and generate at least one subject’s emotional analysis data and one relative position identification data based on the image file; and an information display device adapted to communicate with the server host device, and the data analysis display device Including: a numerical scoring module, adapted to generate at least one detailed data information based on the behavior pattern data and the relative position identification data; a historical record module, adapted to generate at least one tested historical information based on the recorded track data; and An emotion viewing module is adapted to generate at least one emotional state information based on the subject's emotional analysis data. For example, in the digital platform management system for collecting operation data of senior building blocks as described in item 1 of the scope of patent application, the basic information of the subject includes gender, age and user code. As described in item 1 of the scope of patent application, the digital platform management system for collecting operation data of senior building blocks, wherein the sensing data includes body temperature, respiration, pulse, blood pressure, heartbeat, pressure, grip strength, vibration, turning direction, color accuracy rate And the shape correct rate. For example, in the digital platform management system for collecting operation data of senior building blocks as described in item 1 of the scope of patent application, the record track data includes operation time points, attention time points, and reaction time points. For example, the operating data collection digital platform management system for senior building blocks described in item 1 of the scope of patent application, wherein the operating data collection devices are smart building blocks, smart phones, tablets, notebook computers, wearable devices, projection equipment, Contact devices, display devices and personal computers. For example, the digital platform management system for collecting operation data of senior building blocks described in the first item of the patent application, wherein the information display device is a smart phone, a tablet computer, a notebook computer, a wearable device, a projection device, a display device, a non-contact Type devices and personal computers.

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