TW202337528A - A smart battle rope and a training system - Google Patents

Abstract

This invention provides a smart battle rope and a training system, in which both have sensors to detect not only body status from skin surface but also rope diameter, movements, length and time to calculate a user’s caloric cost and provide its cardiac status. The battle rope provides retractable cord module with automatic locking mechanism, which is not only also to stay in position while extended but also convenient to storage. Besides, immediate data obtained will be helpful to substantially improve training effectiveness.

Description

Smart battle rope and its training system

An intelligent movement system, in particular, relates to an intelligent battle rope and its training system.

In recent years, due to the gradual rise in health awareness, most people have paid more and more attention to fitness issues, and their fitness needs have also increased. In addition to basic exercises, many people have invested in advanced training. Among them, battle rope training has also The rise of battle rope training can be seen in major gym courses, advertisements or athlete training.

In addition to being used by general bodybuilders, battle rope training is also widely used in athlete training, such as mixed martial arts (MMA), American football, basketball and other sports to improve athletes' muscle strength and physical performance. Generally speaking, , battle rope training will combine high-intensity interval training, set intervals of exercise and rest, and conduct multiple sets of training. At the same time, research has also confirmed that long-term battle rope training can improve the aerobic capacity of the whole body. Upper limb anaerobic power, muscle endurance and explosive power, trunk muscle endurance and lower limb explosive power, etc.

For this reason, it shows that battle rope training has multiple effects and is a very suitable training option for people who need to develop multiple physical abilities at the same time. However, traditional battle rope training generally requires additional calculation of the number of times, time and other parameters in order to In recording the training situation, it is also impossible to understand one's own training situation in real time, which reduces training efficiency.

The main purpose of the present invention is to provide a smart battle rope training system, which uses a first sensing device and a second sensing device to obtain skin surface signals and rope body information respectively, and can calculate and obtain heart rate values and caloric consumption values, so that Users can know the training situation in real time, thereby improving training efficiency.

The main purpose of the present invention is to provide a smart battle rope, which uses a winding device to wind up the rope body, greatly improving the convenience of storage, and can set its preset rope body length value. When the rope body is pulled out, the rope body length value is equal to When the rope body length value is preset, the locking device in the winding device will fix the rope body and then start training. At the same time, the display unit can also see the rope body information, heart rate value, time information and caloric consumption value, synchronized Get training information.

In order to achieve the above object, one embodiment of the present invention discloses a smart battle rope training system, which includes: a reeling device; a rope body including a gripping end, the rope system is wound on the reeling device, and, The gripping end is left on one side of the winding device; a first sensing device is disposed on the gripping end of the rope body to sense a skin surface signal of a human body; a second sensing device emits A sensing signal is sent to the rope body to generate a feedback signal, and calculation is performed based on the feedback signal to generate rope body information; a computing processing unit is respectively connected with the winding device, the first sensing device and the second The sensing device is connected to the signal, receives and performs calculations based on the skin surface signal, and generates a heart rhythm value, and receives and performs calculations based on the rope body information and time information to generate a caloric consumption value; and a display unit is used with the calculation The processing unit is connected with signals to display the rope body information, the heart rate value, the time information and the caloric consumption value.

In a preferred embodiment, the winding device includes a locking device. When the rope body is pulled out and the rope body is stopped, the locking device fixes the rope body in a position.

In a preferred embodiment, the rope body information includes a rope body diameter, a rope body swing number value and a rope body length value.

In a preferred embodiment, an input unit is included, which is signal-connected to the computing and processing unit. The input unit inputs and transmits a preset rope body length value or/and a preset rope body swing times value to the computing and processing unit. , when the rope body is pulled out, when the length value of the rope body is equal to the preset rope body length value, a locking signal is generated and transmitted to the locking device, so that the locking device fixes the rope body in the position and swings When the rope body is oscillated for a number of times equal to the preset rope body oscillation times, a reminder message is generated and transmitted to the display unit.

In a preferred embodiment, the first sensing device is a heartbeat sensor, and the second sensing device is a pressure sensor, an optical sensor, or a combination of the above.

In order to achieve another of the above objects, one embodiment of the present invention discloses a smart battle rope, including: a housing including an opening, the opening being provided on one side of the housing; a reeling device including a locking device , the winding device is arranged inside the housing, the locking device is arranged on the winding device; a rope body includes a gripping end, the rope system is wound on the winding device, and the gripping end is left on One side of the reeling device, and the gripping end of the rope body protrudes from the opening of the housing; a first sensing device is disposed on the gripping end of the rope body to sense a A skin surface signal of the human body; a second sensing device is provided on the housing to sense rope body information of the rope body, wherein the rope body information includes a rope body diameter, a rope body swing time numerical value and a length value of the rope; a computing and processing unit is disposed on the housing, and the computing and processing unit is connected to the first sensing device and the second sensing device respectively, and receives and responds to the skin surface The signal is calculated to generate a heart rate value, and the rope body diameter, the rope body swing times value, the rope body length value and the time information are received and calculated to generate a caloric consumption value; and a display The unit is disposed on the casing and is connected to the computing processing unit with signals to display the rope information, the heart rate value, the time information and the caloric consumption value.

In a preferred embodiment, an input unit is included, which is signal-connected to the computing and processing unit. The input unit inputs and transmits a preset rope body length value or/and a preset rope body swing times value to the computing and processing unit. , when the rope body is pulled out, when the length value of the rope body is equal to the preset rope body length value, a locking signal is generated and transmitted to the locking device, so that the locking device fixes the rope body in the position and swings When the rope body is oscillated for a number of times equal to the preset rope body oscillation times, a reminder message is generated and transmitted to the display unit.

In a preferred embodiment, the housing includes a handle piece and a fixing piece. The handle piece and the fixing piece are respectively provided on the housing. One side of the fixing piece and one side of the handle piece Connected so that an angle is formed between the fixing part and the handle part, the fixing part includes a wheel to carry and move the housing, where the angle is 45 degrees to 180 degrees.

In a preferred embodiment, a power supply unit is included in the housing and is electrically connected to the first sensing device, the second sensing device, the processing unit and the display unit respectively, for Provide power to the first sensing device, the second sensing device, the processing unit and the display unit. The power supply unit includes an energy storage device. The energy storage device is connected to the rope body and swings the The rope body generates kinetic energy, and the energy storage device converts and stores electrical energy based on the kinetic energy.

In a preferred embodiment, the first sensing device is a heartbeat sensor, and the second sensing device is a pressure sensor, an optical sensor or a combination of the above

The beneficial effect of the present invention is that it can automatically calculate the user's caloric consumption value based on the diameter of the rope body, the number of times the rope body swings, and the length value of the rope body, that is, time information, and present the user's heart rhythm state. At the same time, in addition to automatically locking the rope The rope body can also be automatically retracted according to the user's physical position, improving storage convenience. At the same time, the length of the rope body can be adjusted or different rope bodies can be replaced according to the user's own needs. Moreover, training data can be obtained in real time through the display unit, greatly improving training efficiency. This further improves the problem that the conventional battle rope is difficult to store and the length of the rope body is difficult to adjust.

In order to make the above and/or other objects, effects, and features of the present invention more obvious and understandable, the following is a detailed description of the preferred embodiments:

Please refer to the first, second and third figures, which are a schematic structural diagram, a schematic diagram of the winding device and a schematic system diagram of an embodiment of the present invention. As shown in the figure, the smart battle rope BR of the present invention includes a housing 1, a winding device 2, a rope body 3, a first sensing device 4, a second sensing device 5, a processing unit 6, a display unit 7 and an input Unit 8, which combines the smart battle rope training system, is detailed as follows:

The housing 1 includes an opening 11. In one embodiment, a handle 12 and a fixing 13 can be installed. The handle 12 allows the user to move the housing according to the handle 12, and the fixing 13 provides The housing 1 serves as a support so that the housing 1 will not shake during training. One side of the grip piece 12 is connected to one side of the fixing piece 13, and an angle is formed between the grip piece 12 and the fixing piece 13. , this angle ranges from 45 degrees to 180 degrees, and can be configured according to needs, but is not limited thereto. In another embodiment, a wheel body 131 can be provided on the other side of the fixing member 13, which can carry and move the housing. 1.

In one embodiment, the reeling device 2 is disposed inside the housing 1, and the reeling device 2 includes a locking device 21, that is, when the user pulls out the rope body 3 and stops pulling the rope body 3, the locking device 21 is locked. , so that the rope body 3 is fixed in position. If you want to store the rope body 3, you only need to pull the rope body 3 again to unlock the locking device 21. Release the rope body 3 and the reeling device 2 will automatically retract to the reel. Within device 2, but not limited to this.

The rope body 3 includes a gripping end 31, which is wound on the reeling device 2, and the gripping end 31 of the rope body 3 will be left on one side of the reeling device 2, so that the gripping end 31 protrudes from At this time, the user can pull out the rope body 3 from the grasping end 31 of the opening 11 of the housing 1 for training. In one embodiment, the length of the rope body 3 is 10m-20m, and the diameter of the rope body 3 is 2cm- 6cm, so the total weight of the rope body 3 is about 6kg-20kg. You can select the appropriate rope body 3 and replace it in the winding device 2 according to the user's personal training goals, and adjust the required length of the rope body 3 for training, but not here. limit.

The first sensing device 4 is disposed on the grasping end 31 of the rope body 3. In one embodiment, the first sensing device 4 is a heartbeat sensor, but this is not limited to this. When the user holds the rope body 3 When the gripping end 31 starts training, the first sensing device 4 will automatically sense the skin surface signal of the human body. The principle is that when the human heart contracts, there will be corresponding tiny electronic signals on the skin surface. Through the first The electrodes of the sensing device 4 can measure the skin surface signal, and obtain the heart rhythm value after calculation.

In one embodiment, the second sensing device 5 is disposed on the housing 1. The second sensing device 5 can be a pressure sensor, an optical sensor, or a combination of the above, but is not limited thereto. This embodiment Taking the optical sensor as an example, the second sensing device 5 can transmit a sensing signal to the rope body, obtain the feedback signal reflected by it, and perform calculations based on the feedback signal to obtain the rope body information, wherein the rope body information Including the rope body diameter, the rope body swing times value and the rope body length value, that is, the second sensing device 5 can automatically detect the rope body information used by the user without manual input. Of course, the rope body parameters can also be manually input. .

The computing unit 6 is disposed on the housing 1 and is connected to the winding device 2, the first sensing device 4, and the second sensing device 5 respectively, and can receive skin surface signals, rope body information, and time information respectively. Calculation, and correspondingly generates heart rate value and caloric consumption value. The caloric consumption value is obtained by calculation based on the diameter of the rope body, the value of the number of swings of the rope body, the value of the length of the rope body, that is, time information, but this is not limited to this. All parameters can be based on The requirements are uploaded to the cloud.

The display unit 7 is disposed on the casing 1 and is connected with the arithmetic processing unit 6 through signals, and can display rope body information, heart rhythm values, time information and caloric consumption values, but is not limited to this.

In one embodiment, the present invention may further include an input unit 8, which is signal-connected to the computing unit 6. When the display unit 7 is a touch screen panel, the input unit 8 may be a touch panel on the display unit 7. , or an input unit 8 in the form of a button, so that the user can perform pressing settings according to the button. Furthermore, the input unit 8 can be a smart phone, a tablet computer or a personal computer, which provides wireless or wired connection. User settings are not limited to this.

The input unit 8 can input the preset rope body length value or/and the preset rope body swing times value to the calculation processing unit 6. For this reason, when the rope body 3 is pulled out, when the rope body length value is equal to the preset rope body length When the value is set, the locking signal can be generated and transmitted to the locking device 21, so that the locking device 21 fixes the rope body 3 in a certain position so that it will not be retracted, and the pulled out rope body 3 can be used for training, that is, calculation processing. Unit 6 can automatically detect the length of the rope that has been pulled out based on the set preset rope length, and automatically lock it to avoid errors caused by manual adjustment.

In addition, when training is performed on the swinging rope body 3, when the number of swings of the rope body is equal to the preset number of swings of the rope body, reminder information is generated and transmitted to the display unit 7, and the number of times and sets to be trained can be set. When completed When the time comes, reminder information will be automatically output to remind the user so that the user can understand the training situation.

In one embodiment, it may further include a power supply unit (not shown in the figure) which may use mains power or/and batteries, but is not limited to this. It may use mains power in a convenient place for power supply, or it may be powered by batteries. The power supply unit is installed in the casing. body, and are electrically connected to the first sensing device 4, the second sensing device 5, the computing unit 6 and the display unit 7 respectively, thereby supplying power to each component. In another embodiment, the power supply unit is more It contains an energy storage device (not shown in the figure). This energy storage device is connected to the rope body 3. When the user performs training, the swing of the rope body 3 can generate corresponding kinetic energy. At this time, the energy storage device can convert the kinetic energy into Electric energy, and store its electrical energy to provide power.

To sum up, the smart battle rope training system of the present invention can detect skin surface signals and rope body information at the same time, automatically generate its heart rate value and caloric consumption value, and present them on the display unit for the user to understand the training situation, and, The length of the rope body can be freely adjusted according to the user's needs or different rope bodies can be replaced for training, which effectively improves training efficiency. The retracting device automatically retracts the rope body to improve storage convenience, which is consistent with the purpose of the present invention.

However, the above are only preferred embodiments of the present invention, but they cannot be used to limit the scope of the present invention; therefore, any simple equivalent changes and modifications made based on the patent scope of the present invention and the content of the specification, All are still within the scope of the patent of this invention.

1: Shell 11: Open your mouth 12: Grip piece 13: Fixtures 131: Wheel body 2: Winding device 21: Locking device 3: Rope body 31: Grip end 4: First sensing device 5: Second sensing device 6:Arithmetic processing unit 7:Display unit 8:Input unit BR:Wisdom Battle Rope

The first figure: It is a schematic structural diagram of an embodiment of the present invention; The second figure: This is a schematic diagram of a winding device according to an embodiment of the present invention; and Figure 3: This is a system schematic diagram of an embodiment of the present invention.

1: Shell

11: Open your mouth

12: Grip piece

13: Fixtures

131: Wheel body

3: Rope body

31: Grip end

7:Display unit

BR:Wisdom Battle Rope

Claims (10)

A smart battle rope training system that includes: A reeling device; A rope body includes a gripping end, the rope system is wound on the reeling device, and the gripping end is left on one side of the reeling device; A first sensing device is provided at the gripping end of the rope body to sense a skin surface signal of a human body; A second sensing device emits a sensing signal to the rope body to generate a feedback signal, and performs calculations based on the feedback signal to generate rope body information; A computing processing unit is respectively connected to the winding device, the first sensing device and the second sensing device, receives and performs calculations based on the skin surface signal, generates a heart rhythm value, and receives and based on the rope body information Operate with time information to generate a caloric consumption value; and A display unit is signal-connected to the computing unit to display the rope information, the heart rate value, the time information and the caloric consumption value. According to the smart battle rope training system of claim 1, the reeling device includes a locking device. When the rope body is pulled out and the rope body is stopped, the locking device fixes the rope body in a position. According to the smart battle rope training system described in claim 1, the rope body information includes a rope body diameter, a rope body swing number value and a rope body length value. The smart battle rope training system according to claim 3 includes an input unit that is signal-connected to the computing unit, and a preset rope body length value or/and a preset rope body swing number is input and transmitted to the input unit. The value is sent to the processing unit. When the rope body is pulled out, when the rope body length value is equal to the preset rope body length value, a locking signal is generated and transmitted to the locking device, so that the locking device fixes the rope body. At the position, when swinging the rope body, when the number of times the rope body is swung is equal to the preset value of the number of times the rope body is swung, a reminder message is generated and transmitted to the display unit. The smart battle rope training system according to claim 1, wherein the first sensing device is a heartbeat sensor, and the second sensing device is a pressure sensor, an optical sensor or a combination of the above. A smart battle rope that contains: A housing including an opening provided on one side of the housing; A winding device includes a locking device, the winding device is arranged inside the housing, and the locking device is arranged on the winding device; A rope body includes a gripping end, the rope system is wound on the reeling device, and the gripping end is left on one side of the reeling device, and the gripping end of the rope body is protruding from the reeling device. the opening of the housing; A first sensing device is provided on the gripping end of the rope body to sense a skin surface signal of a human body; A second sensing device is disposed on the housing to sense rope body information of the rope body, wherein the rope body information includes a rope body diameter, a rope body oscillation number value and a rope body length value ; An arithmetic processing unit is disposed on the housing, and the arithmetic processing unit is connected to the first sensing device and the second sensing device respectively, receives and performs calculations based on the skin surface signal to generate a heart rhythm value, And receive and perform calculations based on the rope body diameter, the rope body swing number value, the rope body length value and a time information based on the rope body information, to generate a heat consumption value; and A display unit is disposed on the casing and is connected to the computing unit with signals to display the rope information, the heart rate value, the time information and the caloric consumption value. The smart battle rope according to claim 6 includes an input unit, which is signal-connected to the computing processing unit, and inputs and transmits a preset rope body length value or/and a preset rope body swing times value to the input unit. The computing unit, when pulling out the rope body, generates and transmits a locking signal to the locking device when the length value of the rope body is equal to the preset rope body length value, so that the locking device fixes the rope body on the Positioning, when swinging the rope body, when the number of times the rope body is swung is equal to the preset value of the number of times the rope body is swung, a reminder message is generated and transmitted to the display unit. According to the smart battle rope described in claim 6, the housing includes a handle piece and a fixing piece. The handle piece and the fixing piece are respectively arranged on the housing, and one side of the fixing piece is connected to the fixing piece. One side of the handle member is connected such that an angle is formed between the fixing member and the handle member. The fixing member includes a wheel to carry and move the housing, where the angle is 45 degrees to 180 degrees. The smart battle rope according to claim 8 includes a power supply unit disposed on the housing and electrically connected to the first sensing device, the second sensing device, the computing processing unit and the display unit respectively. Connected to provide power to the first sensing device, the second sensing device, the processing unit and the display unit, the power supply unit includes an energy storage device, and the energy storage device is connected to the rope body, And by swinging the rope body to generate kinetic energy, the energy storage device converts and stores electrical energy based on the kinetic energy. The smart battle rope according to claim 6, wherein the first sensing device is a heartbeat sensor, and the second sensing device is a pressure sensor, an optical sensor or a combination of the above.

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