TWI692368B - Running training assembly - Google Patents

Abstract

A running training assembly includes a treadmill, an input module, and a processing module. The treadmill includes a driving unit and a running belt. The driving unit drives the running belt to rotate. The input module is provided on the treadmill. The module allows the user to input a predetermined distance and a predetermined speed. The processing module is installed on the treadmill and is electrically connected to the input module and the driving unit. The processing module can convert the predetermined distance and the predetermined speed into an electronic signal, and The electronic signal is transmitted to the driving unit, and the driving unit drives the walking belt to rotate a predetermined distance within a predetermined time. The processing module divides the predetermined time into a warm-up period, a movement period, and a relaxation period by the predetermined distance and the predetermined speed , And drive the walking belt to rotate at different speeds in each period.

Description

Running training assembly

The invention relates to sports equipment, in particular to a running training assembly.

The treadmill is a very common sports equipment. The user usually stands on the running belt of the treadmill and enters the running speed and distance information on the treadmill panel. After pressing Start, the running opportunity is based on the user’s input. The speed and distance data drive the running belt to rotate, and the user can run on the running belt to exercise. However, as can be seen from the above, the exercise mode of the conventional treadmill is very monotonous, so it cannot meet the various needs of current sports practice. In addition, when using the conventional treadmill, if you need to perform warm-up, fast running and relaxing sports modes, you need to manually switch different running speeds on the panel, so it is more troublesome to use.

In summary, the conventional treadmill still has its inconveniences and needs to be improved.

In this way, the main purpose of the present invention is to provide a running training assembly, as long as the user inputs speed and distance data, the running training assembly can generate a sports stroke including a warm-up mode, a sports mode and a relaxation mode for the user to perform training.

The running training assembly includes a treadmill, an input module and a processing module. The treadmill includes a driving unit and a running belt. The driving unit drives the running belt to rotate. The input module is provided in the For a treadmill, the input module allows the user to input a predetermined distance and a predetermined speed. The processing module is disposed on the treadmill and is electrically connected to the input module and the driving unit. The processing module can control the predetermined The distance and the predetermined speed are converted into electronic signals, and the electronic signals are transmitted to the driving unit, so that the driving unit drives the running belt to rotate the predetermined distance within a predetermined time; wherein the processing module uses the predetermined distance and The predetermined speed divides the predetermined time into a warm-up period, a movement period and a relaxation period, during which the driving unit drives the running belt to rotate at a speed lower than the predetermined speed during the movement period The driving unit drives the running belt to rotate at the predetermined speed, and the driving unit drives the running belt to rotate at a speed lower than the predetermined speed in the relaxation period.

Preferably, the processing module divides the warm-up period into a first warm-up period and a second warm-up period by the predetermined distance and the predetermined speed, and the driving unit drives the running belt during the first warm-up period Rotating at a first speed, the driving unit drives the walking belt to rotate at a second speed during the second warm-up period, the second speed is greater than the first speed.

Preferably, the first speed is 60% of the predetermined speed, and the second speed is 75% of the predetermined speed.

Preferably, the processing module divides the relaxation period into a first relaxation period, a second relaxation period and a third relaxation period by the predetermined distance and the predetermined speed, and the driving in the first relaxation period The unit drives the running belt to rotate at a third speed, and the driving unit drives the running belt to rotate at a fourth speed during the second relaxation period, and the driving unit drives the driving unit to rotate during the third relaxation period. The walking belt rotates at a fifth speed, the fourth speed is less than the third speed, and the fifth speed is less than the fourth speed.

Preferably, the third speed is 60% of the predetermined speed, the fourth speed is 50% of the predetermined speed, and the fifth speed is 2.5 KPH.

Preferably, the running training assembly further includes a display module, which is installed on the treadmill and can display the rotation speed and the rotation distance of the running belt.

In this way, when the user uses the running training assembly, as long as the predetermined distance and the predetermined speed are input in the input module, the processing module can generate a comprehensive mode of comprehensive warm-up mode, sports mode and relaxation mode for use The runner can not only meet the user's sports needs, but also operate more conveniently.

The detailed structure and features provided by the present invention will be described in the detailed description of the subsequent embodiments. However, those with ordinary knowledge in the art should be able to understand that these detailed descriptions and specific embodiments listed in the implementation of the present invention are only used to illustrate the present invention and are not intended to limit the scope of the patent application of the present invention.

Please refer to FIGS. 1-2, a running training assembly 10 provided by a preferred embodiment of the present invention includes a treadmill 20, an input module 30, a processing module 40, and a display module 50.

The treadmill 20 includes a panel 22, a base 24, a driving unit 26, and a running belt 28. The panel 22 is erected at the front end of the base 24, and the driving unit 26 and the running belt 28 are disposed at the base 24. In the embodiment, the driving unit 26 is an electric motor and can drive the running belt 28 to rotate, so that the user can run on the base 24.

The input module 30 is disposed on the treadmill 20. In the preferred embodiment, the input module 30 is disposed on the panel 22. In other preferred embodiments, it is not limited to this, and may also be disposed on the treadmill 20. An armrest (not shown in the figure), or integrated with a remote controller to form a remote control input module, wherein the input module 30 allows the user to input a predetermined distance and a predetermined speed. In the preferred embodiment, the predetermined The distance can be selected from the group consisting of 5KM, 10KM, 15KM, and 20KM, or selected from the group consisting of 3MILE, 6MILE, 9MILE, and 12MILE. In other preferred embodiments, other distances can also be selected. In the preferred embodiment, the minimum reservation speed is 8KPH (km/h) or 5MPH (miles/hour). In other preferred embodiments, the predetermined speed is not limited to this, and may be selected below 8KPH Or 5MPH speed.

The processing module 40 is disposed on the treadmill 20 and is electrically connected to the input module 30 and the driving unit 26, wherein the processing module 40 can convert the predetermined distance and the predetermined speed input by the user into an electronic signal and transmit the electronic signal To the driving unit 26, the driving unit 26 drives the running belt 28 to rotate the predetermined distance within a predetermined time, wherein the processing module 40 divides the predetermined time into a warm-up period W by the predetermined distance and the predetermined speed , A movement period E and a relaxation period C, during the warm-up period W, the driving unit 26 rotates the running belt 28 at a speed lower than the predetermined speed, and during the movement period E, the driving unit 26 drives the running belt 28 to The predetermined speed rotates, and in the relaxation period C, the driving unit 26 drives the walking belt 28 to rotate at a speed lower than the predetermined speed.

Furthermore, the processing module 40 divides the warm-up period W into a first warm-up period W1 and a second warm-up period W2 by the predetermined distance and the predetermined speed, and the driving unit 26 drives in the first warm-up period W1 The running belt 28 rotates at a first speed. During the second warm-up period W2, the driving unit 26 drives the running belt 28 to rotate at a second speed. The second speed is greater than the first speed. In a preferred embodiment, the first speed is 60% of the predetermined speed, and the second speed is 75% of the predetermined speed. In other preferred embodiments, it is not limited to this and can be based on user needs The adjustment can be performed as long as both the first speed and the second speed are lower than the predetermined speed.

Still further, the processing module 40 divides the relaxation period C into a first relaxation period C1, a second relaxation period C2, and a third relaxation period C3 by the predetermined distance and the fixed speed. During the period C1, the driving unit 26 drives the walking belt 28 to rotate at a third speed, and during the second relaxation period C2, the driving unit 26 drives the walking belt 28 to rotate at a fourth speed, while the third relaxation period C3 drives The unit 26 drives the running belt 28 to rotate at a fifth speed, where the fourth speed is less than the third speed, the fifth speed is less than the fourth speed, and in the preferred embodiment, the third speed It is 60% of the predetermined speed, the fourth speed is 50% of the predetermined speed, and the fifth speed is 2.5KPH. In other preferred embodiments, it is not limited to this. The adjustment can be performed as long as the third speed, the fourth speed, and the fifth speed are all lower than the predetermined speed.

The display module 50 is provided on the treadmill 20. In this preferred embodiment, the display module 50 is provided on the panel 22. In other preferred embodiments, the display module 50 may also be a wearable device for use For wearing, the display module 50 can display the rotation speed and the rotation distance of the running belt 28.

Please refer to FIG. 2, which is the flow of use of the running training assembly 10 provided by the present invention. The predetermined distance is 5KM as an example. First, the user uses the input module 30 to input the predetermined distance as 5KM and the predetermined speed as 8KPH, and transmit the predetermined distance and the predetermined speed data to the processing module 40. After receiving the predetermined distance and the predetermined speed data, the processing module 40 can convert it into an electronic signal and transmit the electronic signal to the driving unit 26, The driving unit 26 drives the running belt 28 to rotate. First, the running belt 28 will rotate for the first warm-up period W1 (3 minutes), and the rotating speed of the running belt 28 (the first speed) is 4.8 KPH (predetermined speed) 60% of 8KPH), then the driving unit 26 drives the running belt 28 to rotate for the second warm-up period W2 (3 minutes), at which time the rotation speed of the running belt 28 (the second speed) is increased to 6KPH (the predetermined speed is 8KPH of 75 %), then the driving unit 26 and the driving belt 28 will be driven to rotate in the movement period E. At this time, the rotation speed of the running belt 28 is the predetermined speed, and then the driving unit 26 drives the running belt 28 for the first relaxation period C1 (3 minutes) rotation, at this time, the rotation speed of the running belt 28 (the third speed) drops to 4.8KPH (60% of the predetermined speed 8KPH), and then the driving unit 26 drives the running belt 28 for the second relaxation period C2 ( 0.5 minutes) rotation, at this time the rotation speed of the running belt 28 (the fourth speed) is reduced to 4KPH (50% of the predetermined speed 8KPH), and finally the driving unit 26 drives the running belt 28 for the third relaxation period C3 (30 seconds ) Rotation, the rotation speed (the fifth speed) of the running belt 28 is reduced to 2.5 KPH at this time, and when the third relaxation period C3 ends, the driving unit 26 stops driving the running belt 28 to rotate.

In this way, when the user uses the running training assembly 10, as long as the predetermined distance and the predetermined speed are input in the input module 30, the treadmill 20 can generate a comprehensive mode of comprehensive warm-up mode, sports mode and relaxation mode for use The runner can not only meet the user's sports needs, but also operate more conveniently.

Finally, it must be explained again that the constituent elements disclosed in the foregoing disclosed embodiments of the present invention are only examples and are not intended to limit the scope of this case. The substitution or change of other equivalent elements should also be within the scope of the patent application of this case. Covered.

10‧‧‧Training training assembly 20‧‧‧Treadmill 30‧‧‧ Input module 40‧‧‧Processing module 50‧‧‧Display module 22‧‧‧Panel 24‧‧‧Base 26‧‧‧ Drive unit 28‧‧‧ Running belt W‧‧‧ Warm-up period E‧‧‧ Sports period C‧‧‧ Relaxation period W1‧‧‧ First warm-up period W2‧‧‧ Second warm-up period C1‧‧‧ First relaxation period C2‧‧‧ Second relaxation period C3‧‧‧ Third relaxation period

Figure 1 is a schematic perspective view of a preferred embodiment of the present invention. Figure 2 is a numerical diagram of a preferred embodiment of the present invention, showing the rotation speed of the running belt during the warm-up period, exercise period, and relaxation period.

10‧‧‧ Running training assembly

20‧‧‧Treadmill

30‧‧‧input module

40‧‧‧Processing module

50‧‧‧Display module

22‧‧‧Panel

24‧‧‧Dock

26‧‧‧Drive unit

28‧‧‧ Running belt

Claims (6)

A running training assembly includes: a treadmill including a driving unit and a running belt, the driving unit drives the running belt to rotate; an input module is provided on the treadmill, and the input module is available for use Input a predetermined distance and a predetermined speed; and a processing module, which is provided on the treadmill and electrically connected to the input module and the driving unit, the processing module can convert the predetermined distance and the predetermined speed into a Electronic signal, and transmits the electronic signal to the driving unit, so that the driving unit drives the running belt to rotate the predetermined distance within a predetermined time; wherein the processing module uses the predetermined distance and the predetermined speed to convert the predetermined The time is divided into a warm-up period, a movement period and a relaxation period, during which the drive unit drives the walking belt to rotate at a speed lower than the predetermined speed, and during the movement period the drive unit drives the The running belt rotates at the predetermined speed, and the driving unit drives the running belt to rotate at a speed lower than the predetermined speed in the relaxation period. The running training assembly as described in item 1 of the patent application scope, wherein the processing module divides the warm-up period into a first warm-up period and a second warm-up period by using the predetermined distance and the predetermined speed. During the warm-up period, the driving unit drives the running belt to rotate at a first speed. During the second warm-up period, the driving unit drives the running belt to rotate at a second speed. The second speed is greater than the first speed. One speed. According to the running training assembly described in item 2 of the patent application scope, the first speed is 60% of the predetermined speed, and the second speed is 75% of the predetermined speed. The running training assembly as described in item 1 of the patent application scope, wherein the processing module divides the relaxation period into a first relaxation period, a second relaxation period and a third relaxation by the predetermined distance and the predetermined speed During the first relaxation period, the driving unit drives the running belt to rotate at a third speed, and during the second relaxation period, the driving unit drives the running belt to rotate at a fourth speed. In the third relaxation period, the driving unit drives the walking belt to rotate at a fifth speed, the fourth speed is less than the third speed, and the fifth speed is less than the fourth speed. According to the running training assembly described in item 4 of the patent application, the third speed is 60% of the predetermined speed, the fourth speed is 50% of the predetermined speed, and the fifth speed is 2.5 KPH. As described in item 1 of the patent application scope, the running training assembly further includes a display module, which is provided on the treadmill and can display the rotation speed and the rotation distance of the running belt.

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