TWM609576U - Patch training device - Google Patents

Abstract

This creative department provides a cloth patch training device, which includes a cloth patch module, a distance detection module, and an electronic monitoring module. The patch module is used to stick to the user's skin. The distance detection module can be placed on the patch module, and the distance detection module is used to measure and generate a displacement distance moved by the patch module. The electronic monitoring module is electrically connected to the distance detection module, and can be used to receive the displacement distance generated by the distance detection module, and generate a prompt message according to the numerical value of the displacement distance. What's more, this creation is also A physiological signal measurement module can be included to detect the user's heartbeat or blood oxygen concentration to detect the user's rehabilitation status at any time. Through the patch training device created by this creation, patients with bone joint damage, stroke or brain injury can rehabilitate autonomously. According to the rehabilitation movement they move, they can get appropriate voice or message feedback, which can greatly improve the patient’s rehabilitation. One of the conveniences during exercise.

Description

Patch training device

This creation is about a training device, especially a patch training device for rehabilitation.

"Rehabilitation", as the name suggests, is to restore sick patients to a healthy body state. Generally speaking, patients in need of rehabilitation are mostly physically and mentally handicapped patients, such as stroke, brain injury, paralysis or weakness of limbs caused by various injuries, or limbs caused by diseases such as the nervous system and skeletal joint system Such as the temporary loss of activity function of these patients, these patients can be improved by physical therapy in rehabilitation. Specifically, if the patient is not actively undergoing rehabilitation after the condition is stabilized, other complications may occur. Not only are they unable to take care of themselves, they are more likely to threaten life safety. On the contrary, if the patient is willing to actively accept rehabilitation , The patient's physical condition will be significantly improved, and even be able to live independently and enjoy a dignified and autonomous life.

In the course of physical therapy, if the patient can make specific joint exercises and muscle strength training by himself, it will maintain the range of motion of the joints, avoid contractures, and even maintain the angle, muscle strength and function of the joints. However, in this type of rehabilitation process, when the patient performs the rehabilitation on his own initiative, the progress of the rehabilitation is often affected by the assistance of the uncared person, or the rehabilitation is reduced due to depression or exercise inertia. The strength.

In summary, the creators of this creation have painstakingly researched, thought about and designed a patch training device to improve the lack of existing technology and further enhance the industrial application.

Based on the above objective, this creation is to provide a patch training device, which includes a patch module, a distance detection module, and an electronic monitoring module. The patch module is used to stick to the user's skin. The distance detection module can be placed on the patch module, and the distance detection module is used to measure and generate a displacement distance moved by the patch module. The electronic monitoring module is electrically connected to the distance detection module, and the electronic monitoring module is used to receive the displacement distance generated by the distance detection module, and generate a prompt message according to the numerical value of the displacement distance.

Preferably, the distance detection module includes a power activation button to activate the distance detection module.

Preferably, the electronic monitoring module uses a wireless transmission method to connect to the distance detection module.

Preferably, the prompt message includes a voice message, a text message or a picture message.

Preferably, the electronic monitoring module installs a software application to store each displacement distance of the user to generate a historical displacement distance of the user.

Preferably, when the displacement distance generated by the user is greater than the historical displacement distance, the electronic monitoring module sends a first prompt message, and when the displacement distance generated by the user is less than the historical displacement distance, the electronic monitoring module A second reminder message is sent out.

Preferably, the software application calculates a movement time of the displacement distance to generate a historical movement time of the user.

Preferably, when the movement time generated by the user is less than the historical movement time, the electronic monitoring module sends a first prompt message. When the movement time generated by the user is greater than the historical movement time, the electronic monitoring The module sends out a second prompt message.

Preferably, when the user's displacement distance or movement time reaches a threshold value, the electronic monitoring module sends out a first prompt message.

Preferably, the prompt message is different according to the displacement distance of each movement.

Preferably, this creation further includes a physiological signal measurement module, which is placed on the patch module, and is used to detect a number of heartbeats or a blood oxygen of the user Concentration value.

In order to help your examiners understand the features, content and advantages of this creation and the effects that can be achieved, this creation is accompanied by drawings and detailed descriptions in the form of embodiments are as follows, and the schematics used therein are the main points It is only for illustrative and auxiliary manual purposes, and may not be the true proportions and precise configuration after the implementation of this creation. Therefore, the proportion and configuration relationship of the attached drawings should not be interpreted or limited to the scope of rights of the creation in actual implementation.

The advantages, features, and technical methods of this creation will be described in more detail with reference to exemplary embodiments and the accompanying drawings to make it easier to understand, and this creation may be realized in different forms, so it should not be understood to be limited to this The embodiments stated here, on the contrary, for those with ordinary knowledge in the technical field, the provided embodiments will make this disclosure more thorough, comprehensive and complete to convey the scope of this creation, and this creation will only be appended As defined by the scope of patent applications.

Please refer to Figure 1, which is a block diagram of the patch training device according to this creative embodiment. In this embodiment, the patch training device 1 may include a patch module 10, a distance detection module 20, and an electronic monitoring module 30, where the patch module 10 may be a sports patch or A patch for rehabilitation, the distance detection module 20 can include an infrared distance detector or an optical distance detector, and the distance detection module 20 can be configured as a receiver and a transmitter. The electronic monitoring module 30 may include a smart phone, a tablet computer, a computer host, or a notebook computer, etc.

In detail, the patch module 10 can be used to stick to the skin of a user, for example, on the skin of the upper limbs or lower limbs of patients with damaged bones and joints. The distance detection module 20 is placed on the surface of the patch module 10, and the way of fixing it to the patch module 10 can be achieved by pasting or snapping, and this distance detection module 20 is used to measure a displacement distance 21 when the patch module 10 is moved. Taking the patch module 10 on the upper limbs of patients with damaged bones and joints as an example, when the patient performs upper limb rehabilitation exercises When it is time (for example, when it is stretched to the left and right or up and down), the distance detection module 20 can correspondingly generate the left and right or up and down displacement distance 21 generated by the upper limbs. In a preferred embodiment, the distance detection module 20 can be implemented as a detection module with a lithium battery, and it can include a power activation button to activate the power of the distance detection module 20.

Then, the electronic monitoring module 30 can receive the value of the displacement distance 21 generated by the distance detection module 20, and generate an appropriate prompt message 31 according to the value of the displacement distance 21, and the prompt message 31 can be Contains a voice message, a text message, or a picture message. In a preferred embodiment, when the displacement distance 21 reaches a threshold defined by the user, the electronic monitoring module 30 can generate a corresponding prompt message 31, such as cheering, cheering, or applause. Waiting for the message.

In this embodiment, the electronic monitoring module 30 can use a software application 34 to store each displacement distance 21 generated when the user wears the patch module 10, so as to generate a record for the user A historical displacement distance 32, and the electronic monitoring module 30 can be connected to the distance detection module 20 through a wireless transmission method, such as Bluetooth, Wifi, etc.

In detail, when the user loads the patch module 10 and generates a displacement distance 21, the value will be transmitted from the distance detection module 20 to the electronic monitoring module 30. At this time, the electronic monitoring module 30 It can compare the received displacement distance 21 and its pre-recorded historical displacement distance 32, where the historical displacement distance 32 can be the displacement distance produced by the last patient or an average displacement distance produced in a period of time (For example, the average displacement distance of the previous week). If the displacement distance 21 of this movement is greater than the historical displacement distance 32, it means that the patient's rehabilitation exercise is more advanced than before, and the electronic monitoring module 30 can send out an encouraging message to remind and encourage the patient. Conversely, when the displacement distance 21 of this movement is less than the historical displacement distance 32, it means that the patient's rehabilitation action is a step backward compared with the previous one. At this time, the electronic monitoring module 30 can send out an incentive message, such as cheering or encouraging. Messages are used to remind and motivate patients.

Please refer to Fig. 2A and Fig. 2B, which are the first schematic diagram and the second schematic diagram of the patch training device according to this creative embodiment, and please refer to Fig. 1 together. In this embodiment, the patch module 10 and the distance detection module 20 of the patch training device 1 can be placed on the right arm of the user A, and the electronic monitoring module 30 is an example of a smart phone Implement.

It can be seen from Fig. 2A and Fig. 2B that when the user lifts his arm up, the distance detection module 20 will move a displacement 21 of the distance detection module 20, and the distance detection module 20 will be detected by the distance. The module 20 is connected to the software application 34 of the electronic monitoring module 30. The software application 34 receives the value of the displacement distance 21. At this time, the software application 34 can generate a specific prompt message 31 according to the value. The related prompt content of the prompt message 31 has been described in the above embodiment, so it will not be repeated here.

In another preferred embodiment, in addition to calculating the displacement distance, the software application 34 on the electronic monitoring module 30 can further calculate and store a movement time 22 when the user moves the patch module 10 , In order to form a historical movement time 33 dedicated to this user, and its implementation is described as follows.

When the user uses the distance detection module 20 to generate a displacement distance 21, the software application 34 will calculate a corresponding movement time 22. If a movement time 22 of the user is less than the historical movement time 33 in the past, then The electronic monitoring module 30 sends out a first prompt message (such as a prompt sound of encouragement or applause). When the movement time 22 generated by the user is greater than the historical movement time 33 in the past, the electronic monitoring module 30 sends out a second The prompt message (such as the prompt sound of hard work or refueling), moreover, the prompt message 31 generated by the electronic monitoring module 30 can be different according to the displacement distance 21 of each movement.

In a preferred embodiment, the patch training device 1 of the present creation may further include a physiological signal measurement module, wherein the physiological signal measurement module is placed on the patch module 10, when the user uses When the patch training device 1 is performing rehabilitation, its heart rate or blood oxygen concentration will be measured by the physiological signal measurement module and sent to the electronic monitoring module 30 for the user to view himself In order to prevent over and under conditions during the rehabilitation process, and in a better situation, the physiological signal measurement module can have a part of the area directly contact the surface of the user’s skin to improve One of the accuracy of this physiological signal measurement module.

From the above, it can be known that the patch training device of this creation can indeed improve the long-standing problems of the conventional technology. For patients who are active and willing to take the initiative to perform rehabilitation, this creation department has the technology to supervise and motivate patients. It is understandable that although the embodiments of this creation take the damage of bones and joints as examples, they are not limited to this. For patients who need rehabilitation, such as stroke or brain injury patients , The patch training device of this creation can bring great convenience to it during rehabilitation.

The above description is only illustrative, and not restrictive. Any equivalent modifications or changes made without departing from the spirit and scope of this creation shall be included in the scope of the attached patent application.

1: Patch training device 10: Patch module 20: Distance detection module 21: Displacement distance 22: moving time 30: Electronic monitoring module 31: Prompt message 32: Historical displacement distance 33: Historical movement time 34: Software applications

Figure 1 is a block diagram of the patch training device according to this creative embodiment. Figure 2A is the first schematic diagram of the patch training device according to this creative embodiment. Figure 2B is a second schematic diagram of the patch training device according to this creative embodiment.

1: Patch training device

10: Patch module

20: Distance detection module

21: Displacement distance

22: moving time

30: Electronic monitoring module

31: Prompt message

32: Historical displacement distance

33: Historical movement time

34: Software applications

Claims (11)

A patch training device, which comprises: A patch module is used to stick to the skin; A distance detection module is placed on the patch module, and the distance detection module is used to measure and generate a displacement distance moved by the patch module; and An electronic monitoring module is electrically connected to the distance detection module, the electronic monitoring module is used to receive the displacement distance generated by the distance detection module, and generate a prompt according to the magnitude of the displacement distance message. The patch training device according to claim 1, wherein the distance detection module includes a power activation button to activate the distance detection module. The patch training device according to claim 1, wherein the electronic monitoring module uses a wireless transmission method to connect to the distance detection module. The patch training device according to claim 1, wherein the prompt message includes a voice message, a text message, or a picture message. The patch training device according to claim 1, wherein the electronic monitoring module installs a software application to store each displacement distance of the user to generate a historical displacement distance of the user. The patch training device according to claim 5, wherein when the displacement distance generated by the user is greater than the historical displacement distance, the electronic monitoring module sends a first prompt message when the displacement distance generated by the user is less than At the historical displacement distance, the electronic monitoring module sends out a second prompt message. The patch training device according to claim 5, wherein the software application calculates a movement time of the displacement distance to generate a historical movement time of the user. The patch training device according to claim 7, wherein when the movement time generated by the user is less than the historical movement time, the electronic monitoring module sends a first prompt message, and when the movement time generated by the user is greater than During the historical movement time, the electronic monitoring module sends out a second prompt message. The patch training device according to claim 7, wherein when the displacement distance or the movement time of the user reaches a threshold value, the electronic monitoring module sends out a first prompt message. The patch training device according to claim 1, wherein the prompt message is different according to the displacement distance of each movement. The patch training device according to claim 1, further comprising a physiological signal measurement module, the physiological signal measurement module is placed on the patch module, and it is used to detect one of the users The number of heartbeats or a blood oxygen concentration value.

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