TWM591427U - Multifunctional nimbleness training device - Google Patents

Abstract

The present invention discloses a multifunctional agile training device, which includes a training host, a signal transmission module and a training sub-machine. The agile training setting interface inputs setting parameters according to agile training actions to generate control signals. The training slave includes a signal processing module, a sensing module and a display module. The signal processing module interprets the signal after receiving the control signal through the signal transmission module, and displays the identification information on the display module. When the sensor module sequentially detects the contact with the training handset, it generates a sensor signal. The signal processing module is converted into corresponding sensing data, and the sensing data is fed back to the training host through the signal transmission module. After aggregating and calculating, the agile training result information of the agile training action is obtained. The display of identification information such as numbers or words allows trainees to understand the current agile training postures, movements or sequence in advance, so that they can immediately make more correct agile training movements, thereby effectively improving their agility.

Description

Multifunctional agile training device

The present invention relates to a multi-functional agile training device, especially a display that uses color, numbers, or text to identify information to allow trainees to understand and interpret the current agile training action sequence in advance to make agile training actions more accurately. Agile training techniques.

Press, agility refers to the ability of the body to change direction quickly when the body moves from one place to another. For most athletes, agility is a very important athletic ability, and even the key to winning or losing. For example, the superiority of basketball, the flash of boxing, the badminton table tennis return, etc., all need to have good agility Ability can only bring the technology into full play. The agility is more closely related to muscle strength, reaction time, speed, explosiveness and coordination, and it can even be said to be a comprehensive performance of these basic athletic abilities. As far as daily life is concerned, agility also has its value that cannot be ignored. For example, when you step down the stairs and step on the ground or face a sudden car when crossing the road, these situations may avoid the body from being affected because of its excellent agility. The greater the damage, especially the occurrence of these situations is mostly in a crisis, so it also highlights the importance of agility.

Since agility is so important, how to effectively train is an important issue. In general, the most commonly used equipment for training agility is the agile ladder. The agile ladder is also known as the rope ladder. It is the basic equipment in agile training. The greatest benefit of the agile ladder is nerve connection, which allows the body to use muscles. The speed is increased, and the muscle groups of the body are connected and integrated to make the body more coordinated. It can also strengthen the sense of balance, agility and lateral displacement speed.

However, according to user feedback, the agile ladder will have a problem of learning effect, that is, the effectiveness of training will become lower and lower with the number of uses. The root cause is that most agile training equipment cannot provide Expected training factors. In addition, the most basic demand for agility training is "requirements for external stimuli to slow down, quickly interpret, change direction, and accelerate again." At present, there are some electronic devices on the market that have been introduced into agile training courses. The external stimuli provided only have light instructions (that is, they slap or go as long as the lights are on). This is also for athletes to receive light stimuli. There is no program for interpretation in the brain, so how to develop a loan The agile training technology that recognizes information such as colors, numbers, or texts to allow trainees to understand and interpret the current agile training action sequence in advance has become a technical issue that is urgently needed to be improved and solved by the relevant technical field.

Furthermore, after the inventors searched for patents, they found that the prior cases related to the invention are as follows:

1. The Republic of China invented the new No. M511357 "Programmable Random Number Display Light Color Induction Training and Scoring Device", which mainly uses a microcontroller to program random numbers to control the light-emitting elements to generate randomly varying light colors to allow trainers Can judge whether to perform a role on the light sensor board by randomly changing the light color, and make the light sensing unit receive the signal to produce the training results of scoring and sound prompt. Although the patent can repeat the training mode to achieve training, Effects such as practice, competition, or games; however, the patent only displays through monotonous lights, so it is impossible for the trainees to understand and interpret the current sequence of agile training actions in advance by identifying information such as colors, numbers, or text, so that they cannot do it immediately A more correct agile training action, so it is less able to improve sensitivity The second is that the patented touch-sensing system adopts laser or infrared settings, resulting in higher construction costs, and there will also be a learning effect that affects the training results.

2. The Republic of China invented the new No. M554820 "Multifunctional Wireless Induction Training Device", which is connected to the host computer and the sensor sub-machines through different wireless connection technologies, so that the host computer can send the control signal to each Wait for the sensor sub-machine, instruct the user to react according to the prompt module of each sensor sub-machine, and the sensor module detects the user's action to generate a trigger signal, although the patent can be used with different setting parameters To conduct training modes such as pace, reaction and circulation; however, the patent only displays through monotonous lights, so it is impossible for the trainees to understand and interpret the current sequence of agile training actions in advance by displaying identification information such as colors, numbers or text , Which makes it impossible to make more accurate agile training actions immediately, so it is less able to improve agility; secondly, the patented touch sensing system uses a gyroscope setting, so that the accuracy of the detected motion acceleration is greatly reduced, and it will also There is a learning effect that affects the training results.

In view of this, these patents and the above-mentioned conventional agile training techniques are indeed not perfected, and there is still a need for further improvement, and based on the urgent needs of related industries, the new creators have designed with years of training equipment Practical experience and related professional knowledge, after continuous efforts in research and development, finally developed a new type that is different from the above-mentioned conventional technology and the previously disclosed patent.

The main purpose of the new model is to provide a multifunctional agile training device, mainly by displaying the identification information such as color, number or text, so that the trainee can understand the current agile training posture, action or sequence in advance, so that it can be made immediately The more correct agile training moves can effectively improve agility. The technical means to achieve the new main purpose of the cost include the training host, signal transmission module and training slave. Agile training for training hosts The training setting interface generates control signals by inputting setting parameters according to agile training actions. The training slave includes a signal processing module, a sensing module and a display module. The signal processing module interprets the signal after receiving the control signal through the signal transmission module, and displays the identification information on the display module. When the sensor module sequentially detects the contact with the training handset, it generates a sensor signal. The signal processing module is converted into corresponding sensing data, and the sensing data is fed back to the training host through the signal transmission module, and after aggregating and calculating, the agile training result information for making agile training actions is obtained.

10‧‧‧Training host

11‧‧‧Agile training setting interface

20‧‧‧Signal transmission module

21‧‧‧The first wireless transmission module

22‧‧‧Second wireless transmission module

30‧‧‧Train the handset

31‧‧‧Signal processing module

32‧‧‧Induction module

33‧‧‧Display module

34‧‧‧Power supply module

35‧‧‧switch

36‧‧‧Chassis

360‧‧‧groove

37‧‧‧Cover

40‧‧‧Voice Guidance Module

L1‧‧‧Moving route

FIG. 1 is a schematic diagram of a top-view implementation of the specific architecture of the new training slave.

FIG. 2 is a schematic diagram of a cross-sectional implementation of the specific architecture of the new training slave.

Figure 3 is a schematic diagram of the implementation of the deployment of the training sub-machines of the new model.

FIG. 4 is a schematic diagram of the wireless connection between the new training host and the training slave.

FIG. 5 is another schematic diagram of the wireless connection between the new training host and the training slave.

FIG. 6 is a functional block diagram of the specific implementation architecture of the present invention.

FIG. 7 is a functional block diagram of the specific implementation structure of the new training slave.

In order to enable your reviewing committee to further understand the overall technical features of this new model and the technical means to achieve the new purpose of cost, the following specific examples and drawings are used to explain in detail as follows:

Please refer to Figures 1-7 for a specific example of the new main objective of cost, including a training host 10, a signal transmission module 20 and a plurality of training sub-machines 30 and other technologies feature. The training host 10 has a built-in agile training setting interface 11. The agile training setting interface 11 can set at least one setting parameter required according to at least one agile training action, so that the training host 10 generates at least one corresponding control according to the at least one setting parameter Signal. The signal transmission module 20 includes a first wireless transmission module 21 located at the end of the training host 10 and a second wireless transmission module 22 located at the end of the training slave 30 and connected to the wireless signal of the first wireless transmission module 21. The training slaves 30 each include a signal processing module 31, a sensor module 32, a display module 33, a power supply module for supplying power to the first signal processing module 31, the sensor module 32 and the display module 33 Group 34 and a switch 35 for controlling the timing of power supply by the power supply module 34.

Specifically, the signal processing module 31 receives the control signal through the signal transmission module 20. After interpreting the control signal, the display module 33 displays identification information for the trainee to follow and make corresponding agile training actions; The identification information can be color, number or text; when at least one of the sensing modules 32 sequentially detects that the trainee senses or touches the training handset 30, a sensing signal is generated in sequence, after each training The signal processing module 31 of the slave 30 converts and processes the corresponding sensing data, and feeds back each sensing data to the training host 10 through the signal transmission module 20 in sequence, after the training host 10 gathers, analyzes, and calculates, namely The agile training result information of the agile training action made by the trainee can be obtained; then, the training host 10 can repeatedly output the same control signal of the previous time to allow the trainee to make the same agile training action; or the output matches the next The control signal of the agile training action is sent to each training sub-machine 30, so that the trainee can make the corresponding agile training action, and then the exercise effect of various agile training can be achieved.

Specifically, the agile training result information system may be information such as total training time, moving speed, acceleration, explosive force, whether the sensing or contact sequence is true, strength value, or agility.

The new plural training sub-machine 30 is arranged according to the moving route L1 of agile training. In addition to the above arrangement, as shown in FIG. 3, the plural training slaves 30 are arranged on both sides of the movement route L1 following the agile training.

Please refer to FIG. 2 and FIG. 7. The plural training slaves 30 each include a housing 36 for accommodating the signal processing module 31, the sensing module 32, the display module 33 and the power supply module 34. The surface of the casing 36 is provided with a recess 360 for the display module 33 to be accommodated, and the display module 33 is covered with a coating layer 37 made of a transparent soft material (such as transparent silicone). The coating layer 37 and the machine The surface of the shell 36 has the same height, and the covering layer 37 is used as the area for the trainee to touch.

Specifically, the display module 33 may be a liquid crystal screen, an LED ring array device, or an LED rectangular array device.

Please refer to FIG. 3 and FIG. 6. The present invention further includes a voice guidance module 40 electrically connected to the training host 10. The voice guidance module 40 can be triggered by the training host 10 to output at least one type for guidance. Instruct the trainee to make corresponding agile training action voice guidance information (for example, please quickly perform the reciprocating touch movement on the same number of training handsets; or please quickly touch the green number or text training handset first , And then touch the voice information such as blue numbers or text training handsets).

In a specific operation embodiment, the present invention can utilize the LED array device displaying graphics or text for agility training, and a gravity sensor (g-sensor) as the sensing module 32 is provided on the LED array device After the trainee touches the LED array device, the gravity sensor will send a sensing signal to the training host 10 for the collection and analysis of time, speed, acceleration and other information. Set up multiple sets of LED array devices according to the training needs of the trainees. The graphics or text displayed on the LED array devices allows the user to perceive and make decisions before starting to touch the correct LED array device.

The present invention can indeed perform touch detection and speed, acceleration, and time information collection by combining a circular array or a square array with a display module 33 (such as an LED array device) and a signal processing module 31 in conjunction with a gravity sensor, and Relevant information is wirelessly transmitted to the training host 10 (as shown in Figure 4 is a smart phone; as shown in Figure 4 is a computer; in addition can also be a tablet; but not limited to this), the user can according to actual needs Multiple sets of LED array devices are provided, and the graphics or text displayed by the LED array device allows the user to perceive the interpretation first, and then make a decision before starting to touch the correct LED array device, and further relevant sensing The data is fed back to the training host 10 for the next cycle of interpretation and touch of the agile training action, by using different setting parameters to achieve the agility training can slow down, quickly interpret and change the direction of external stimuli And re-accelerated training requirements.

Therefore, after detailed description of the above specific embodiments, the present invention does have the following characteristics:

1. The new model can indeed be identified by the display of identification information such as color, numbers or text, so that the trainees can understand the current agile training postures, actions or sequence in advance, so that they can immediately make more accurate agile training actions, which is effective Improve agility.

2. The new touch sensing system uses a gravity sensor, so it can accurately measure the speed and acceleration of the trainee's touch, as a basis for determining the agility, and can add more through the design of the software Sensing function effect.

The above is only a feasible embodiment of the new model and is not intended to limit the patent scope of the new model. Any equivalent implementation of other changes based on the content, features and spirit described in the following claims should be Included in the patent scope of this new model. The structural features specifically defined in the new item are not found in similar items, and are practical and progressive. The patent requirements are specified, and the application is submitted in accordance with the law. I would like to ask the Jun Bureau to approve the patent in accordance with the law to protect the legal rights and interests of the applicant.

30‧‧‧Train the handset

33‧‧‧Display module

36‧‧‧Chassis

360‧‧‧groove

37‧‧‧Cover

Claims (9)

A multifunctional agile training device, including: A training host, which has a built-in agile training setting interface, the agile training setting interface can set at least one setting parameter required according to at least one agile training action, so that the training host generates at least one correspondence according to the at least one setting parameter Control signal; A signal transmission module; and At least one training slave, each of which includes a signal processing module, a sensor module, a display module, and a power supply module for supplying power to the first signal processing module, the sensor module, and the display module The signal processing module receives the control signal through the signal transmission module. After interpreting the control signal, a display module is displayed on the display module to allow a trainee to follow and identify the agile training action. Information, wherein the identification information is selected from one of color, numbers, and text; when at least one of the sensing modules detects that the trainee senses or touches the training handset, a sensing signal is generated, The signal processing module of each training sub-machine is converted into corresponding sensing data, and the sensing data is fed back to the training host through the signal transmission module in sequence, and the training host collects, analyzes and After the calculation, the agile training result information of the trainee making the agile training action is obtained. The multifunctional agile training device according to claim 1, wherein the agile training result information is selected from at least two of total training time, moving speed, acceleration, explosive force, whether the sensing or contact sequence is true, strength value, and agility Kinds of information. The multifunctional agile training device according to claim 1, wherein the plural training slaves are arranged according to a moving route of the agile training. The multifunctional agile training device according to claim 1, wherein the plurality of training sub-machines are arranged on both sides of a movement route following the agile training. The multifunctional agile training device according to claim 1, wherein the sensing module is a gravity sensor. The multifunctional agile training device according to claim 1, wherein the at least one training sub-machine is a plural number, and the plural training sub-machines each include a signal processing module, the sensor module, and the display module Group and the chassis of the power supply module. The multifunctional agile training device according to claim 6, wherein the surface of the casing is provided with a groove for accommodating the display module, and the display module is covered with a cover made of transparent soft material Layer, the coating layer is the same height as the surface of the casing, and the coating layer is used as an area for the trainee to touch. The multifunctional agile training device according to claim 1, 6, or 7, wherein the display module is selected from one of a liquid crystal screen, an LED ring array device, and an LED rectangular array device. The multifunctional agile training device according to claim 1, further comprising a voice guidance module electrically connected to the training host, the voice guidance module can be triggered by the training host to output at least one Guiding the trainee to make corresponding voice guidance information of the agile training action.

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