TWM606989U - Interactive rehabilitation system using augmented reality - Google Patents

Abstract

An interactive rehabilitation system using augmented reality includes a wearable unit and an item unit connected to the wearable unit information. The wearable unit includes an augmented reality glasses and an identification module connected to the augmented reality glasses. The prop unit includes a platform with a placing space, at least one operation module for the user to hold and operate, and a plurality of sensors arranged in the placing space. The placement space has a wide diameter area and a narrow diameter area, and the at least one operation module has a first end corresponding to the wide diameter area and a second end corresponding to the narrow diameter area. With the aid of the augmented screen of the augmented reality glasses, the user holds the at least one operating module and places it in the placement space for rehabilitation, and the sensors and the identification module cooperate to confirm the execution Case.

Description

Interactive rehabilitation system using augmented reality

This new model relates to a system for helping patients to perform rehabilitation, in particular to an interactive rehabilitation system using augmented reality.

In the past, when the rehabilitation practitioner assisted the patient to perform rehabilitation, he usually explained the rehabilitation movements, the matters needing attention, the use of equipment, and even the key points of the rehabilitation directly to the patient face to face. If necessary, direct demonstration or direct demonstration may be required. Only by letting the patient be familiar with the action can the patient perform the correct rehabilitation action.

However, the number of rehabilitation practitioners is inevitably insufficient compared to the vast number of patients. Although assisting patients to perform rehabilitation face-to-face can achieve better results, but frequently and intensively facing multiple patients, it will This results in a huge physical and mental burden for the rehabilitation practitioner. In the case of limited time, patients may also need to take a long time to make an appointment to the rehabilitation practitioner. In addition, whether it is a rehabilitation practitioner or a patient going to a medical facility, it will inevitably still require transportation time, and the time arrangement for both parties will be relatively limited. Moreover, since the severe epidemic of new coronary pneumonia this year, "face-to-face" occasions have become taboos that people hope to avoid as much as possible, but for patients, the inability to regularly face-to-face rehabilitation with a rehabilitation practitioner will affect the progress of rehabilitation. Even if it is executed independently at home, the effect will be greatly reduced.

Therefore, the purpose of the present invention is to provide an augmented reality interactive rehabilitation system that can assist patients in performing rehabilitation actions.

Therefore, the interactive rehabilitation system of the present invention using augmented reality includes a wearable unit suitable for being worn by a user, and an item unit connected to the wearable unit information.

The wearable unit includes an augmented reality glasses suitable for providing an augmented reality image, and a recognition module connected to the augmented reality glasses and suitable for recognizing the user's body movements.

The prop unit includes a platform with a placement space recessed downward, at least one operation module suitable for being held by the user and placed in the placement space, and a plurality of operation modules placed in the placement space and used to identify the At least one sensor that operates the module correctly.

The platform has a surface, a first surrounding wall extending downward from the surface, an annular surface bending and extending radially inward from the bottom edge of the first surrounding wall, and a first surrounding wall extending downward from the inner edge of the annular surface. Two surrounding walls, and a bottom surface connected to the bottom edge of the second surrounding wall. The placement space has a wide diameter area surrounded by the first surrounding wall and a narrow diameter area surrounded by the second surrounding wall. The at least one operation module has a first end corresponding to the wide diameter area and a second end corresponding to the narrow diameter area.

The effect of the present invention is that the user can hold the at least one operation module with the aid of the augmented screen of the augmented reality glasses and place it in the placement space for rehabilitation. The sensors and the The mutual cooperation of the identification modules can determine whether the user correctly places the first end corresponding to the wide-diameter area or the second end corresponding to the narrow-diameter area, so as to evaluate the user’s ability to perform rehabilitation actions. status.

Refer to FIG. 1, which is an embodiment of a novel interactive rehabilitation system using augmented reality. This embodiment includes a wearable unit 1 suitable for being worn by a user 9 and an information connection with the wearable unit 1 Prop unit 2. In this embodiment, the user 9 is a patient who needs to perform rehabilitation.

The wearable unit 1 includes an augmented reality glasses 11 suitable for providing an augmented reality image, and a recognition module 12 connected to the augmented reality glasses 11 and suitable for recognizing the body movements of the user 9 . Specifically, the augmented reality glasses 11 are preferably a smart multimedia device that can provide visual and auditory augmented reality multimedia with applications; and the identification module 12 is preferably directly configurable in the extension The image recognition device on the augmented reality glasses 11 can continuously capture the user's 9 hand movements to obtain an image, and then perform analysis on the image to provide a recognition result information, but it is not limited to this .

The prop unit 2 includes a platform 21 with a downwardly recessed placement space 200, and a plurality of operation modules 22 suitable for being held by the user 9 and placed in the placement space 200 or overlapped with each other (only in FIG. 1 Show one), a plurality of sensors 23 arranged in the placement space 200 and used to identify whether the operating module 22 is correctly placed, and one set on the platform 21 and used to follow the operating module When 22 is placed in the placement space 200, a prompt module 24 for prompting information is generated.

1 and 2 at the same time, the platform 21 has a surface 211, a first surrounding wall 212 extending downward from the surface 211, and an annular surface bending and extending radially inward from the bottom edge of the first surrounding wall 212 213. A second surrounding wall 214 extending downward from the inner edge of the annular surface 213, and a bottom surface 215 connected to the bottom edge of the second surrounding wall 214. Wherein, the placement space 200 has a wide diameter area 201 surrounded by the first surrounding wall 212 and a narrow diameter area 202 surrounded by the second surrounding wall 214. The sensors 23 are preferably pressure sensors or proximity switches, and are arranged on the first surrounding wall 212 and the bottom surface 215, that is, they perform sensing corresponding to the wide diameter area 201 and the narrow diameter area 202, respectively. Measurement.

Referring to FIG. 3 and in conjunction with FIG. 2, each operating module 22 has a first end 221 corresponding to the wide-diameter area 201, a second end 222 corresponding to the narrow-diameter area 202, a boundary defined by the first end 221 The main body 223 of the chamber 220 with the opening 229 surrounded by one end 221, a prompt light source 224 disposed on the main body 223, a speaker 225 disposed on the main body 223, and a plurality of disposed on the main body 223 and located in the chamber 220 and a sensor 226 used to detect whether another operating module 22 is extended in the chamber 220 and overlapped correctly. Specifically, each operating module 22 is preferably made into the appearance of a beverage cup. The first end 221 is the mouth of the cup, and the second end 222 is the bottom of the cup, which can perform in conjunction with the platform 21 The action of stacking cups is for rehabilitation according to the freedom and flexibility of the hands. In addition, the prompt light source 224 and the loudspeaker 225 can be operated or cooperated with the platform 21 to produce the effects of scenario simulation and prompt guidance by means of color light, flashing, situational sound, prompt sound, etc.

Referring to FIGS. 4 and 5 in conjunction with FIG. 3, when using this embodiment for rehabilitation, the user 9 can mainly take one of the operating module 22 and try to face the operating module 22 with the first end 221 The placement space 200 is placed in the placement space 200 in the direction, or an attempt is made to place the operation module 22 in the placement space 200 with the second end 222 facing the placement space 200. When the user 9 correctly places the second end 222 in the placement space 200 as shown in FIG. 4, that is, the second end 222 is placed in correspondence with the narrow-diameter region 202, and is stuck against the second surrounding wall 214 and the bottom surface 215. At this time, by the sensor 23 provided on the bottom surface 215, it can be determined that the operating module 22 is correctly placed.

Next, as shown in FIG. 5, if the user 9 places the first end 221 corresponding to the wide-diameter area 201 in the direction of turning the arm compared to FIG. 4, the first end 221 will snap into place as shown in 3 At the junction of the first surrounding wall 212 and the annular surface 213, the sensors 23 arranged on the first surrounding wall 212 are further touched, so it can be determined that the operating module 22 is correctly placed. In addition, compared to the usage mode as shown in FIG. 4, the user 9 can additionally perform the rehabilitation movement of turning the arm in addition to the movement of holding the operation module 22 and placing it.

To further explain the process of use, in order to make the user 9 more motivated to perform rehabilitation and have a sense of accomplishment in the process of performing rehabilitation actions, the operation modules 22 are designed as the appearance of a beverage cup With the ingenuity of, it can cooperate with the augmented reality glasses 11 of the wearable unit 1 to provide a simulated scene screen similar to operating a beverage store. Specifically, in conjunction with the recognition module 12 to recognize the action of the user 9, the action of taking an operation module 22 can be recognized, and then the action of preparing for taking the beverage cup is simulated through the augmented reality screen, and The action of properly placing the operation module 22 can be simulated as delivering the finished beverage to the customer, or placing the cleaned beverage cup in a ready position. In addition, when a specific action is completed, when the prompt module 24 is a light source, it can emit a specific color of multi-color light to respond to the progress of the game, and the prompt module 24 is a fragrance release machine, that is, It can provide a fragrance such as coffee aroma when the action is completed, so that the user 9 is further stimulated in the sense of smell, and has a more immersive experience. The experience of a similar situation simulation game can not only allow the user to use The user 9 does indeed perform rehabilitation actions in the game, and can also allow the user 9 to have fun and a sense of accomplishment in the game, thereby generating motivation and willingness for active rehabilitation.

Referring to Fig. 6 in conjunction with Fig. 2 and Fig. 3, in addition to the use method described in Fig. 4 and Fig. 5, the sensors 226 in the operation modules 22 can also be used to perform the operation of multiple operation modules. 22 Rehabilitation exercises overlapping each other. When one of the operating modules 22 is stacked with the second end 222 facing the chamber 220 of the other operating module 22, the body 223 of the operating module 22 will trigger to the other operating module 22 The sensor 226 in the chamber 220 determines whether the operation modules 22 are correctly overlapped. Of course, when performing the overlapping actions of the operation modules 22, it can also be performed when one of the operation modules 22 is placed on the platform 21, except that the augmented reality glasses 11 can play the scene screen and In addition to the simulated situation, the prompt module 24 of the platform 21 can also meet the needs of the situation to generate related prompts such as light and smell.

It should be particularly noted that, as shown in Figures 4 to 6, there are only a few of the use modes of this embodiment, as long as the operation modules 22 are held in hand to perform the actions placed on the platform 21 and cooperate with the expansion The augmented scene screen of the augmented reality glasses 11 is a new type of technical spirit. The operation modules 22 do not necessarily need to be presented in the form of a beverage cup, and the context of use is naturally not based on the context of the beverage store operation. However, the images generated by the augmented reality glasses 11 can also be adjusted freely according to the situation.

In summary, the embodiment of the interactive rehabilitation system of the present invention using augmented reality allows the user 9 to assist with the augmented images of the augmented reality glasses 11, or to generate the corresponding relevant situation, holding The at least one operating module 22 is placed in the placement space 200 for rehabilitation. By the cooperation of the sensors 23 and the identification module 12, it can be determined whether the user 9 is operating the at least one correctly The module 22 is operated to complete the corresponding rehabilitation action to evaluate the state of the user 9 performing the rehabilitation action. Therefore, it can indeed achieve the purpose of cost-new type.

However, the above-mentioned are only examples of the present model, and should not be used to limit the scope of implementation of the present model, all simple equivalent changes and modifications made in accordance with the patent scope of the present model application and the contents of the patent specification still belong to This new patent covers the scope.

1: Wearing unit 11: Augmented reality glasses 12: Identification module 2: prop unit 200: storage space 201: Wide diameter zone 202: narrow zone 21: Platform 211: Surface 212: The first surrounding wall 213: toroidal surface 214: The second surrounding wall 215: Bottom 22: Operation module 220: room 221: first end 222: second end 223: body 224: prompt light source 225: Speaker 226: Sensor 229: open 23: Sensor 24: prompt module 9: User

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a schematic diagram illustrating an embodiment of the interactive rehabilitation system using augmented reality of the present invention; Figure 2 is a schematic diagram with a cross-section illustrating a platform of a prop unit of the embodiment; Figure 3 is a three-dimensional exploded view illustrating multiple operation modules of the prop unit; FIG. 4 is a schematic diagram illustrating a situation in which one of the operation modules is placed in a placement space of the platform, and the function of a prompt module of the prop unit; Fig. 5 is a schematic diagram, in conjunction with Fig. 2 to illustrate the situation where one of the operating modules is placed on the platform in a direction opposite to Fig. 4; Fig. 6 is a schematic diagram illustrating a situation where multiple operation modules are used to perform rehabilitation.

1: Wearing unit

11: Augmented reality glasses

12: Identification module

2: prop unit

200: storage space

21: Platform

22: Operation module

23: Sensor

24: prompt module

9: User

Claims (9)

An interactive rehabilitation system using augmented reality, including: A wearable unit is suitable for being worn by a user, and includes an augmented reality glasses suitable for providing an augmented reality image, and a body connected to the augmented reality glasses and suitable for identifying the user Action recognition module; and A prop unit, which is connected to the wearing unit information, and includes a platform with a downwardly recessed placement space, at least one operation module suitable for being held by the user and placed in the placement space, and a plurality of installations A sensor in the placement space for identifying whether the at least one operating module is correctly placed. The platform has a surface, a first surrounding wall extending downward from the surface, and a bottom edge of the first surrounding wall A ring surface bent and extended radially inward, a second surrounding wall extending downward from the inner edge of the ring surface, and a bottom surface connected to the bottom edge of the second surrounding wall, the placement space has a first surrounding wall The wide-diameter area surrounded by the wall and a narrow-diameter area surrounded by the second surrounding wall. The at least one operating module has a first end corresponding to the wide-diameter area and a first end corresponding to the narrow-diameter area. Two ends. According to claim 1, the interactive rehabilitation system using augmented reality, wherein the prop unit includes a plurality of operation modules that can be superimposed on each other. The interactive rehabilitation system using augmented reality according to claim 2, wherein each operation module further has a body defining a chamber having an opening surrounded by the first end, and at least one A sensor arranged on the body and located in the containing chamber and used for detecting whether another operating module is extended in the containing chamber and correctly overlapped. As described in claim 3, the interactive rehabilitation system using augmented reality, wherein each operation module also has a prompt light source arranged on the main body. As described in claim 3, the interactive rehabilitation system using augmented reality, wherein each operation module further has a speaker arranged on the main body. The interactive rehabilitation system using augmented reality according to claim 1, wherein the sensors of the prop unit are arranged on the first surrounding wall and the bottom surface. According to claim 1, the interactive rehabilitation system using augmented reality, wherein the prop unit further includes a tool set on the platform and used for generating a prompt according to the situation that the at least one operation module is placed in the placement space Information reminder module. The interactive rehabilitation system using augmented reality according to claim 7, wherein the prompt module of the prop unit is a light source. As described in claim 7, the interactive rehabilitation system using augmented reality, wherein the prompt module of the prop unit is a fragrance release machine.

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