WO2022105006A1

WO2022105006A1 - Interactive training and treatment system

Info

Publication number: WO2022105006A1
Application number: PCT/CN2020/138642
Authority: WO
Inventors: 杨之一
Original assignee: 杨之一
Priority date: 2020-11-17
Filing date: 2020-12-23
Publication date: 2022-05-27
Also published as: CN214319072U

Abstract

The present invention is applicable to the technical field of human-machine interactive training. An interactive training and treatment system (100), comprising at least one interactive display (30), at least one tag device (40) and a processing terminal (20), wherein the interactive display (30) is provided with a display unit, which is used for receiving an instruction issued by the processing terminal (20) according to an interactive policy so as to perform interactive displaying, and a sensing unit; the tag device (40) is mounted on at least one user in a wearable manner, and is provided with a radio frequency tag, which is used for approaching the interactive display (30) so as to perform near-field identification with the sensing unit; and the processing terminal (20) is in communication connection with the at least one interactive display (30), so as to receive interactive identification information of the tag device (40) that is fed back by the interactive display (30), and to generate a user interactive report according to the interactive identification information, wherein the interactive policy comprises an interactive item, which is matched with a target user, and interactive content, the displaying of which is indicated by the interaction item. Therefore, the system can achieve single-person or multi-person training, and the training is more accurate and effective, thereby improving the user experience and a training and treatment effect.

Description

Interactive training and therapy system

technical field

The invention relates to the technical field of human-computer interaction training, in particular to a system for interactive training and treatment.

Background technique

With the development of technology, people in different fields need more and different interactive training and treatment systems to improve the effectiveness of training and treatment. At present, there are many technical solutions for agility training lights on the market. However, the training and treatment methods provided are relatively simple, generally allowing the trainers to tap the lighted lights in the fastest way, and the variability of training is low. At the same time, once the training of multiple people is carried out, it is difficult to know which trainer scored, which limits the sustainability of the training.

To sum up, it can be seen that the existing method has many problems in practical use, so it is necessary to improve it.

SUMMARY OF THE INVENTION

In view of the above-mentioned defects, the purpose of the present invention is to provide a system for interactive training and treatment, which can realize single or multi-person training, and the training is more accurate and effective, and the user experience and the effect of training and treatment are improved.

In order to achieve the above object, the present invention provides a system for interactive training and therapy, including:

At least one interactive display is provided with a display unit for receiving an instruction issued by the processing terminal according to the interactive strategy to perform interactive display and a sensing unit for radio frequency identification;

at least one tag device, which is wearably mounted on at least one user, and is provided with a radio frequency tag for near-field identification with the sensing unit by being close to the interactive display;

the processing terminal, connected in communication with at least one of the interactive displays, for receiving interactive identification information of the label device fed back by the interactive display, and generating a user interactive report according to the interactive identification information;

Wherein, the interaction strategy includes an interaction item matched by a target user and an interaction content indicated by the interaction item.

Further, it also includes a cloud server for storing at least one of the interaction strategies, and the processing terminal communicates with the cloud server to request to acquire the interaction strategy.

Further, the interactive display also includes a MCU (Micro Control Unit, micro control unit) unit and a data transmission unit connected with the MCU unit, and the MCU unit is connected with the display unit to control the system according to the instruction. interactive display by the display unit; the MCU unit is connected with the sensing unit to receive the interactive identification information fed back by the sensing unit; the data transmission unit is connected in communication with the processing terminal for obtaining the instruction Identify information about the interaction with the feedback.

Further, the interactive display also includes a power supply unit connected to the MCU unit, a speaker unit for performing sound effect feedback according to the near-field identification of the induction unit, and an OTA (Over the Air, air) for software upgrade. Download Technology) unit.

Further, it includes a main interactive display and at least one auxiliary interactive display, the main interactive display is communicatively connected to the processing terminal, and the auxiliary interactive display is respectively connected to the processing terminal through the main interactive display in communication; or

A plurality of the interactive displays are included, and the interactive displays are respectively connected to the processing terminal in communication.

Further, the interactive display includes a main casing, the main casing is provided with at least one light-transmitting surface and at least one fixing portion, the light-transmitting surface is made of transparent or translucent material, the display unit and the The sensing unit is built in the main casing and the display unit faces the light-transmitting surface; the fixing part is at least one of a buckle structure, a Velcro structure, an adhesive structure or a strapping structure .

Further, the labeling device includes a strip, and the radio frequency tag is attached to the strip; two ends of the strip are respectively provided with corresponding Velcro structures, and the strip passes the Velcro structure is attached to the user's body part; or

The labeling device is a glove with the radio frequency tag built in, and the radio frequency tag is distributed on the palm and/or the back of the hand and/or the finger position of the glove; or

The labeling device is a smart bracelet and/or a smart watch to be worn on the human body.

Further, the processing terminal is at least one of a computer, a smart phone or a tablet computer installed with an application program for executing the interaction strategy to issue the instruction.

Optionally, it also includes a frame body, the frame body is composed of a base, a pair of vertical bars vertically erected on the base, and at least one horizontal bar horizontally framed between the vertical bars, the at least one interactive The displays are distributed and fixed on the horizontal bar according to a preset rule, and the external display of the processing terminal is mounted on the horizontal bar.

The induction unit is an RFID (Radio Frequency Identification, radio frequency identification technology) reader, and the radio frequency tag is a unique tag that stores ID identity information.

The interactive training and treatment system of the present invention executes the interactive strategy through the processing terminal to control the corresponding interactive display to display the corresponding content, and uses the wearable label device to be placed on the user's body to identify different body parts, or placed on the user's body. multiple users to identify different user identities; when the tag device is close to an interactive display, the radio frequency tag and the induction unit are used for radio frequency identification, so as to obtain the interactive identification information between the tag device and the corresponding interactive display, Then feedback to the processing terminal to analyze and judge the user's interactive training and treatment status. When performing multi-person training, the system can know which user performed the interaction, and more effectively record the user's performance; When a person is training, the device can know which body part the user is interacting with, so that the training can be more accurate and effective in training the user's specific body part, improving the effectiveness of training and treatment.

Description of drawings

1 is a schematic block diagram of the structure of the interactive training and treatment system according to the preferred embodiment of the present invention;

Fig. 2 is the system frame diagram of the interactive training and treatment system according to the preferred embodiment of the present invention;

Fig. 3 is the optional functional structure connection diagram of the interactive display of the interactive training and treatment system according to the preferred embodiment of the present invention;

4 is a front view of the structure of the reverse side of the interactive display of the interactive training and therapy system according to the preferred embodiment of the present invention;

5 is a top view of the structure of the interactive display of the interactive training and therapy system according to the preferred embodiment of the present invention;

6 is a front view of the structure of the interactive display of the interactive training and treatment system according to the preferred embodiment of the present invention;

7 is a bottom view of the structure of the interactive display of the interactive training and therapy system according to the preferred embodiment of the present invention;

8 is a schematic structural diagram of the optional labeling device of the interactive training and treatment system according to the preferred embodiment of the present invention;

9 is a schematic structural diagram of the optional label device of the interactive training and therapy system according to the preferred embodiment of the present invention being tied to the user's hand;

10 is a schematic diagram of the screen display style of the interactive display of the interactive training and therapy system according to the preferred embodiment of the present invention;

11 is a front view of the structure of the interactive training and therapy system mounted on the frame according to the preferred embodiment of the present invention;

12 is a three-dimensional structural view of the frame of the interactive training and therapy system according to the preferred embodiment of the present invention.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention.

It should be noted that references in this specification to "one embodiment", "an embodiment", "example embodiment", etc., mean that the described embodiment may include specific features, structures or characteristics, but not every Embodiments must contain these specific features, structures or characteristics. Furthermore, such expressions are not referring to the same embodiment. Further, when a particular feature, structure or characteristic is described in conjunction with an embodiment, whether or not explicitly described, it has been shown that it is within the knowledge of those skilled in the art to incorporate such feature, structure or characteristic into other embodiments .

In addition, certain terms are used in the description and the following claims to refer to specific components or components, and it should be understood by those of ordinary skill in the art that manufacturers may use different terms or terms to refer to the same component or component. This specification and the following claims do not use the difference in name as a way of distinguishing components or parts, but use the difference in function of the components or parts as a criterion for distinguishing. References to "including" and "comprising" throughout the specification and subsequent claims are open-ended terms and should be interpreted as "including but not limited to". Otherwise, the term "connected" herein includes any direct and indirect means of electrical connection. Indirect electrical connection means include connection through other means.

1 shows a system 100 for interactive training and therapy according to a preferred embodiment of the present invention, including at least one interactive display 30, at least one labeling device 40, and a processing terminal 20, wherein:

The interactive display 30 is provided with a display unit for receiving an instruction issued by the processing terminal 20 according to the interactive strategy to perform interactive display and a sensing unit for radio frequency identification; the tag device 40 is wearable installed on at least one user, and has a useful A radio frequency tag close to the interactive display 30 for near-field identification with the sensing unit; this embodiment preferably adopts several interactive displays 30 and several tag devices 40, and several tag devices 40 are wearable and installed on one or more users The at least one body part can be that a user wears one label device 40, or different body parts of a user wear different label devices 40, or multiple users wear one or more label devices 40, different labels The radio frequency identification information of the device 40 and the interactive display 30 is different; the processing terminal 20 is connected in communication with at least one interactive display 30 for receiving the interactive identification information of the label device 40 fed back by the interactive display 30, and according to the interaction The identification information generates a user interaction report; the interaction strategy includes the interaction item matched by the target user and the interaction content indicated by the interaction item; the relevant sensing technology can refer to the existing patent: method and system for interactive training or treatment (application No. 201910457509.1), which will not be repeated here.

The interactive item refers to the relevant information and training plan of the user who performs training or treatment; the interactive strategy includes the interactive content indicated by the training or treatment plan, and the interactive content is the display information corresponding to the interactive display 30, and specifically includes: But it is not limited to instructing one or more interactive displays 30 to display preset screen content according to preset rules, and the screen content may be light display, text options, graphic options, animation, video, and the like. Taking the rehabilitation interactive training as an example, the processing terminal 20 sends an instruction to the interactive display 30 connected to it according to the training items matched by the target user, so that the interactive display 30 lights up according to the steps and contents indicated by the preset training rules. Display (such as light on); the user uses the wearing tag device 40 to approach the illuminated interactive display 30, so that the corresponding interactive display 30 radio frequency identification to the built-in radio frequency tag of the tag device 40, so as to feedback to the processing terminal 20 to analyze and determine whether the user is Execute correctly or record the user's execution to facilitate the subsequent generation of the user's training report or to propose training corrections. During multi-person training, the system can know which user performed the interaction according to the radio frequency tags of the unique ID (identity identification) in different tag devices 40, and record the user's performance more effectively; During single-person training, the device can learn which body part the user is interacting with, so that the training can be more accurate and effective in training the user's specific body part, improving the effectiveness of training and treatment. Moreover, during multi-person training, each person can also wear multiple tag devices, so that each person can achieve the effect of the above single-person training.

Preferably, this embodiment further includes a cloud server 10 for storing at least one of the interaction strategies, and the processing terminal 20 is in communication connection with the cloud server 10 to request to acquire the interaction strategy. The cloud server 10 can also be used to store user data, such as score data, duration, and data of each user during each training or treatment; the training plan formulated by the user will also be saved in the cloud. The cloud server 10 also analyzes the user's training and treatment. For example, the processing terminal 20 sends the obtained user interaction report to the cloud server 10, and the cloud server 10 conducts analysis, so as to know the degree of improvement of the user, the effect of treatment, etc. .

The processing terminal 20 in this embodiment is a computer installed with an application program for executing the interaction strategy to issue the instruction, and of course it may be at least one of a computer, a smart phone, or a tablet computer. The instruction logic of the interactive strategy is executed through a preset application program, that is, an application program for use with the interactive display 30 is installed in the computer, and the interactive display 30 can be connected through the application program to send and receive information and data of the interactive display 30; The user can formulate training and treatment plans (i.e. interactive strategies) in the application; the user login module of the application is used to identify the user, log in to the user account, and according to the user data obtained from the user account, from the database Get training or treatment plans that match the user's identity, or records of previous training and treatment. Preferably, the user login module uses the facial recognition technology of the camera to quickly identify the user's identity, so that the system is fully automated; the system logs in to the user account, and according to the user data obtained from the user account, obtains from the database the device matching the user's identity. Certainly. In addition, it is also possible to find out the person who needs to provide training or treatment in the user list of the application program, and then the application program will obtain the data related to the user from the cloud server 10 .

Referring to FIG. 3, the interactive display 30 further includes an MCU unit and a data transmission unit connected to the MCU unit, the MCU unit is connected to the display unit to control the display unit to perform interactive display according to the instruction; the MCU unit connected with the sensing unit to receive the interactive identification information fed back by the sensing unit; the data transmission unit is connected in communication with the processing terminal 20 for acquiring the instruction and feeding back the interactive identification information. The data transmission units among several interactive displays 30 are connected in communication with each other; wherein, the data transmission unit is preferably a Bluetooth transmission module, of course, in other embodiments, WIFI transmission or other wireless communication methods can also be used. . Referring to FIG. 2, this embodiment includes a main interactive display and three sub-interactive displays. In other embodiments, there may be more or less interactive displays 30. The main interactive display is connected to the processing terminal 20 in communication. The sub-interactive displays are respectively connected to the processing terminal 20 through the main interactive display; that is, the Bluetooth transmission module in the main interactive display is connected to the processing terminal 20, and the Bluetooth transmission modules of the three sub-interactive displays are respectively connected to the main interactive display. on the Bluetooth transmission module. Alternatively, in other embodiments, a plurality of the interactive displays 30 are included, and the interactive displays are respectively connected to the processing terminal 20 in communication, that is, each interactive display 30 is directly connected to the processing terminal 20; The set interactive strategy respectively controls the corresponding interactive display 30 to display and sense.

The computer in this embodiment is connected to the interactive display 1 by way of Bluetooth, and the interactive display 1 takes the role of the master device and is connected to the interactive displays 2, 3, 4, etc., which are the slave roles. Whenever the computer sends out a new command, it will be sent to the main interactive display first, and then the main interactive display will distribute the command to different secondary interactive displays. When the sensing unit detects the user's effective interaction, such as touching the interactive display 30 with a hand, the device will send the information to the main interactive display, and then the main interactive display will send the sensed information to the computer , the app knows which device the user is interacting with. If different users wear the wearable tag device, the interactive display 30 can better know which user performed this interaction, or which body part of the same user performed this interaction.

Further, the interactive display 30 further includes a power supply unit connected to the MCU unit, a speaker unit for performing sound effect feedback according to the near-field recognition of the sensing unit, and an OTA unit for software upgrade. The data transmission unit, the sensor unit, the power supply unit, the speaker unit, and the OTA unit are connected through the MCU unit. The interaction between these different units allows the interactive display 30 to receive commands from the App, make relevant responses, and also send out The data is transmitted to the application of the connected processing terminal 20 .

Through the speaker unit, the interactive display can emit sound effects when the user interacts, providing feedback effects to the user; and can also provide sound feedback when the user connects the App to the interactive display 30 . Alternatively, when the user connects the App to the interactive display 30 and controls the settings of the interactive display, sound feedback can also be provided.

The power supply unit provides the power required by the interactive display 30, and the power supply unit feeds back its remaining power to the computer through the data transmission unit, so that the user can view the remaining power of the connected interactive display 30 through the application program on the computer. Power; when the power of the interactive display 30 is at a low level, the interactive display 30 will send relevant data to the application program, thereby reminding the user to charge the device. In addition, through the MCU unit that is jointly connected to the power supply unit and the display unit, the low-battery information can also be displayed on the display unit by feedback, for example, by flashing a red light on the display unit, etc.; Or it can also be other means of lighting or screen information display.

The sensing unit in this embodiment is preferably an RFID reader, and the radio frequency tag is a unique tag storing ID identity information.

One embodiment is: when training or treating multiple people, each person also wears a wearable tag device 40, and each wearable tag device 40 has different RFID radio frequency tag ID data. ; Before training, the user registers all the wearable tagging devices 40 worn by each person. During the interactive training, when the user brings the body part wearing the wearable tag device 40 close to the interactive display 30, the RFID reader of the interactive display 30 can use the RFID radio frequency identification technology (or other similar sensing technology) ) to read the data of the RFID radio frequency tag in the wearable tag device 40, when the interactive display 30 transmits the data back to the application program of the computer, the application program can distinguish which one is by comparing the paired IDs The training participants conducted this interaction, so that they could accurately determine which trainer answered correctly among the many trainers and gave corresponding feedback.

Another embodiment is: when performing personal training or therapy, according to the requirements of the training or therapy, the user wears wearable tagging devices on different body parts. Likewise, before training, the user registers the wearable tagging devices 40 worn by each body part. During training, when the user brings the body part wearing the wearable tag device 40 to the interactive display 30, the interactive display 30 can read the wearable tag device by means of RFID radio frequency identification technology. 40 data from RFID tags. When the interactive display 30 transmits this data back to the application program of the computer, the application program can distinguish which body part performed the interaction by comparing the paired IDs. Wearable tag device 40 so that the application can know whether the user is left-handed or right-handed.

Referring to FIGS. 4 to 7 , in this embodiment, optionally, the interactive display 30 includes a main casing 102 . The main casing 102 is provided with at least one light-transmitting surface and at least one fixing portion, and the light-transmitting surface is made of transparent or semi-transparent. Made of transparent material, the display unit and the sensing unit are built in the main casing 102 and the display unit faces the light-transmitting surface; the fixing part is a buckle structure, a Velcro structure, an adhesive structure or a strap structure at least one of them. The display unit is displayed inside the main casing 102 through the light-transmitting surface, that is, the light-transmitting surface is a light-transmitting casing, and the display unit is encapsulated inside the main casing 102 and transparent when it is working. The light-transmitting surface emits light to the outside. In other embodiments, the display unit may also be integrated on the upper surface of the main casing 102, that is, the upper surface of the main casing 102 is a display screen; as a part of the display function, the display unit functions according to the The corresponding display is made by the instructions issued by the computer; the display screen can be not limited to LED (Light Emitting Diode, light-emitting diode), LCD (Liquid Crystal Display, liquid crystal display), TFT (Thin Film Transistor, thin film field effect) Referring to FIG. 10 , the patterns displayed by the display unit can be patterns in different forms, such as Chinese characters, English characters, numbers, and even animations.

The surface of the main casing 102 includes a power-on button 101 of the interactive display 30 (this part can also be used as a power-on-shut-off operation in a wireless manner, without a physical button). The bottom of the main casing 102 is provided with a non-slip structure 103 with a wave texture, so as to improve the anti-slipness when the user holds the interactive display 30; the main casing 102 also includes a charging interface 104, a speaker opening 105 and a reset button 106; The bottom of the main casing 102 is provided with a buckle structure composed of an elastic connecting plate 107 and a notch 108, and the structure is used for fixed installation at a specific position; of course, other fixed structures may also be used in other embodiments. The bottom diagonal corners of the main casing 102 are also provided with spacers 109 for buffering.

Referring to FIGS. 8 to 9 , the labeling device 40 includes a strip 14, and the radio frequency tag 12 is attached to the strip 14; the two ends of the strip 14 are respectively provided with corresponding Velcro structures, wherein The first velcro structure 11 and the second velcro structure 13 correspond to the suede surface and the hook surface of the velcro respectively, and the front and back sides of the first velcro structure 11 and the second velcro structure 13 can be adjusted according to the parts of the user's body. The user can adjust the position where the first velcro structure 11 and the second velcro structure 13 fit together, so that the strip 14 can be firmly fixed on the user's body part with sufficient comfort; this The strap 14 of the embodiment is attached to the user's body part by the Velcro structure. The radio frequency tag 12 can attach the radio frequency tag 12 to the strip 14 in different ways, including but not limited to wrapping the radio frequency tag 12 in the form of cloth, or attaching the radio frequency tag 12 by means of Velcro Wait.

In another embodiment, the tag device 40 may also be a glove with the radio frequency tag built in, and the radio frequency tag is distributed on the palm and/or the back of the hand and/or the fingers of the glove, preferably embedded in the glove At the position of the palm of the hand, when in use, the user can RFID identify with the sensing unit by approaching or tapping the corresponding interactive display 30 with the palm; watch.

In other embodiments, the implementation method of the wearable tag device 40 may also be a finger ring (wearing on the user's finger, and a sensor chip is embedded at one end of the ring), a watch (the surface is embedded with a sensor chip), and the like.

Referring to FIGS. 11 to 12 , this embodiment optionally further includes a frame body 50 . The frame body 50 is composed of a base 51 , a pair of vertical rods 52 vertically erected on the base 51 , and horizontally supported on the vertical rods. At least one horizontal bar 53 between 52, the at least one interactive display 40 is distributed and fixed on the horizontal bar 53 according to preset rules, and the external display 201 of the processing terminal 20 is installed on the horizontal bar 53; as shown in the figure, this embodiment is preferably Several connecting pieces are provided on the cross bar 53 , and the connecting pieces can be detachably connected with the fixed part on the interactive display 30 , and the connecting pieces can be selected as a buckle structure or other detachable connecting structures. . The display 201 shown in the figure is an externally extended display of the computer, or in other embodiments, it can also be a display screen of a tablet computer or a smart phone; a pair of speakers are also installed on the horizontal bar 53, and the speakers are used as an external power amplifier of the processing terminal; Several interactive displays 40 are fixed on the frame body 50, and the external display 201 of the processing terminal is installed on the frame body 50 to display the corresponding training items for the user; that is, the interactive display 30 is fixed on the frame body 50, while the Training is performed while watching what is displayed on the display screen 201 (wired/wireless connection to the display screen from the processing terminal).

According to different interactive training items, the external display 201 of the computer is used to display the corresponding instruction content, and the displayed content will provide guidance to the user, so that the user can find the correct answer among the numerous interactive displays and communicate with the user. Interact with an interactive display showing the correct answer to answer the question. If the interactive training item is question answering training, the training questions are displayed on the external display 201, and the answer options corresponding to the questions are distributed on the plurality of interactive displays 30 by means of lights. The corresponding interactive display 30 performs radio frequency identification, and four options can be set, then the four interactive displays 30 respectively display the corresponding answer options, so as to provide the user with the answer he thinks. After identification, it will be fed back to the processing terminal 20 to analyze whether the user's choice is correct; preferably, four interactive displays 30 are used to display the above four answering options respectively, or more or more can be set according to the actual answering options or different training items. A few interactive displays 30 are used for interactive display.

According to the site where the user wants to perform training or therapy, the interactive display 30 can also be fixed without a bracket.

In one embodiment, Velcro is attached in the field, and then the back of the interactive display 30 is also attached, so that the interactive display 30 can be quickly attached to a position such as a wall; when completing training and treatment, think The operation of the interactive display 30 is more convenient when the interactive display 30 is removed. Alternatively, the interactive display 30 can also be tied to a position that needs to be fixed, such as a pole, with a strap or similar material.

An application workflow of this embodiment is as follows:

1. Before starting training, the user opens an App (application) on a computer (such as a smartphone/tablet/desktop/laptop).

2. Using the user login unit, obtain the relevant information and training plan of the user who is undergoing training or treatment this time in the cloud server 10 .

3. According to the goals of this training and treatment, after the user selects training on the App, the App will display different types of questions (such as math questions, Chinese questions, etc.) on the computer monitor, and multiple answers will be selected through different interactive displays. 30 is displayed, and the user needs to find the interactive display 30 showing the correct answer, and tap or approach it through the wearable tag device 40 placed on the body to generate interactive identification with it, and complete the answer.

4. The user will wear one or more wearable tag devices 40 according to whether it is for multi-person or single-person training and treatment, and the user can use the App to match the wearable tag device 40 with the user identity or the ID of the body part. The display mode of the interactive display can be, but is not limited to, color display, number display, captions of English characters and English letters, Chinese characters, and patterns.

5. Provide at least one computer monitor to display the title content of the App.

6. Interactive method: when the user finds the interactive display of the target, the wearable tag device 40 placed on the body can be approached and tapped to the interactive display 30 . Through the RFID radio frequency identification technology, the interactive display 30 reads the ID identity data stored in the wearable tag device 40 .

7. The App will always record the user's training situation. After the training is completed, the training data will be uploaded to the processing device 20 to the cloud server 10; the user can view the training and treatment records in order to formulate future training and treatment plans.

8. The system provides a variety of training and treatment application programs, which are convenient for users to use in different scenarios and take care of different training and treatment needs, including but not limited to rehabilitation therapy, special education, cognitive training, knowledge learning, school education and sports training applications.

In addition, in rehabilitation therapy, users can use the system for musculoskeletal rehabilitation training and cognitive training. The musculoskeletal rehabilitation training can be, for example, that the user is a stroke patient, and the caregiver can use the system to provide functional enhancement training for a specific body part. In terms of cognitive training and special education, the interactive display can cooperate with the App to display the content of cognitive training, and improve the training effect through more interesting touch-and-shoot interaction.

In the field of education, users can use this system for knowledge learning and intellectual training, and can also use technology as classroom interactive application equipment. The App of this application solution can provide knowledge learning of different subjects such as mathematics, English, Chinese, general knowledge, logic, etc. This touch-and-shoot interaction can be performed by one or more people, or it can be placed in a large space. Compared with just touching and interacting on a smart tablet, this system can provide a more interesting learning form and enhance students' learning fun. Users can also use this system to carry out different classroom activities according to the course content, such as multi-person interactive quiz competitions, which can improve the interaction and interest of the classroom and enhance the learning efficiency.

In sports training, users can use this application solution to perform aerobic exercise training. For example, the interactive display 30 is placed in the four corners of an activity room, and within the time limit, the interactive display 30 is interacted with the interactive display 30 by running according to the requirements displayed by the App. This approach can maintain interest in aerobic exercise and increase the user's motivation to do exercise. At the same time, the system can also be used for reaction sensitivity training, training the user's reaction and judgment ability, sensitivity ability and physical coordination ability, so as to improve the physical fitness level and the performance of the competition.

In terms of entertainment games, the system can provide single-player or multi-player competition applications.

This system allows users to train multiple people and effectively record the score of each participant in the training, so as to track the training status of each user for a long time, provide more personalized training, improve user experience and training and treatment effect.

To sum up, the interactive training and treatment system of the present invention controls the corresponding interactive display to display the corresponding content by executing the interactive strategy on the processing terminal, and uses the wearable label device to be placed on the user's body to identify different bodies position, or configured on multiple users to identify different user identities; when the tag device is close to an interactive display, the radio frequency tag and the induction unit are used for radio frequency identification, so as to obtain the relationship between the tag device and the corresponding interactive display. The interactive identification information is then fed back to the processing terminal for analysis and judgment of the user's interactive training and treatment status. During multi-person training, the system can know which user performed the interaction and more effectively record the user's interactive training and treatment status. Performance; during single-person training, the device can learn which body part the user is interacting with, so that the training can be more accurate and effective in training the user's specific body part, improving the effectiveness of training and treatment.

Of course, the present invention can also have other various embodiments, without departing from the spirit and essence of the present invention, those skilled in the art can make various corresponding changes and modifications according to the present invention, but these corresponding Changes and deformations should belong to the protection scope of the appended claims of the present invention.

Claims

A system for interactive training and therapy, characterized in that it includes:

At least one interactive display is provided with a display unit for receiving an instruction issued by the processing terminal according to the interactive strategy to perform interactive display and a sensing unit for radio frequency identification;

at least one tag device, which is wearably mounted on at least one user, and is provided with a radio frequency tag for near-field identification with the sensing unit by being close to the interactive display;

the processing terminal, connected in communication with at least one of the interactive displays, for receiving interactive identification information of the label device fed back by the interactive display, and generating a user interactive report according to the interactive identification information;

Wherein, the interaction strategy includes an interaction item matched by a target user and an interaction content indicated by the interaction item.
The system for interactive training and treatment according to claim 1, further comprising a cloud server for storing at least one of the interaction strategies, and the processing terminal is in communication connection with the cloud server to request acquisition of the interaction Strategy.
The interactive training and treatment system according to claim 1, wherein the interactive display further comprises an MCU unit and a data transmission unit connected to the MCU unit, the MCU unit is connected to the display unit to The display unit is controlled to perform interactive display according to the instruction; the MCU unit is connected with the sensing unit to receive the interactive identification information fed back by the sensing unit; the data transmission unit is connected in communication with the processing terminal to for acquiring the instruction and feeding back the interaction identification information.
The interactive training and therapy system according to claim 3, wherein the interactive display further comprises a power supply unit connected to the MCU unit, a power supply unit for performing sound effect feedback according to the near-field recognition of the sensing unit Speaker unit and OTA unit for software upgrades.
The interactive training and treatment system according to claim 1, characterized in that it comprises a main interactive display and at least one pair of interactive displays, the main interactive display is connected to the processing terminal in communication, and the auxiliary interactive displays are respectively connected through the main interactive display is communicatively connected to the processing terminal; or

A plurality of the interactive displays are included, and the interactive displays are respectively connected to the processing terminal in communication.
The interactive training and therapy system according to claim 1, wherein the interactive display includes a main casing, the main casing is provided with at least one light-transmitting surface and at least one fixing portion, the light-transmitting surface is The surface is made of transparent or translucent material, the display unit and the sensing unit are built in the main casing, and the display unit faces the light-transmitting surface; the fixing part is a buckle structure, magic At least one of a sticker structure, an adhesive structure or a strap structure.
The interactive training and therapy system according to claim 1, wherein the labeling device comprises a strip, and the radio frequency tag is attached to the strip; two ends of the strip are respectively A corresponding velcro structure is provided, and the strip is attached to the user's body part through the velcro structure; or

The label device is a glove with the radio frequency tag built in, and the radio frequency tag is distributed on the palm of the glove and/or the back of the hand and/or the position of the fingers; or

The labeling device is a smart bracelet and/or a smart watch to be worn on the human body.
The system for interactive training and therapy according to claim 1, wherein the processing terminal is at least one of a computer, a smart phone or a tablet computer installed with an application program for executing the interactive strategy to issue the instruction A sort of.
The interactive training and therapy system according to claim 1, further comprising a frame body, the frame body is composed of a base, a pair of upright bars vertically erected on the base, and a horizontal frame on the base. At least one horizontal bar between the bars, the at least one interactive display is distributed and fixed on the horizontal bar according to a preset rule, and the external display of the processing terminal is mounted on the horizontal bar.
The interactive training and therapy system according to any one of claims 1 to 9, wherein the sensing unit is an RFID reader, and the radio frequency tag is a unique tag storing ID identity information.