TWM448297U - Additional resistance device for rotary and swinging handle of stepping type exercise facility - Google Patents

Description

Additional resistance device for the swivel grip of the pedal-type sports equipment (2)

This creation is related to the additional resistance device (2) of the treading grip of a treadmill sports equipment. More specifically, it refers to a type of movement that allows the user to select the force of the upper limb during the exercise. The handle, which in turn increases the amount of movement of the user's torso to enhance the novel creation of the overall movement.

In the prior creations such as the U.S. Patent No. 7,794,361, and the U.S. Patent Application Serial No. 13/440,986, the disclosure of which is hereby incorporated herein by reference, the disclosure of which is incorporated herein by reference. The swinging handle will be linked with the lower limbs to step on the assembly, thereby providing the user with the ability to hold the swinging grip with both hands and perform a full-body torso movement with the pedaling movement of the feet, thereby achieving the best expected exercise effect.

After the creator actually observes the user's use status, it is found that since the lower limb (leg) strength of the human body is usually greater than the upper limb (hand), when the user uses such a pedal-type exercise equipment, it is often caused by The inertia of the movement and the abandonment of the exertion of the upper limbs, the user just let the upper limbs sway with the movement of the lower limbs, so that the user can not really achieve the systemic torso exertion movement, and thus slightly detracted. The excellent athletic performance that this type of sports equipment originally expected.

Therefore, in view of the above facts, the creator, based on his years of practical experience in practicing this industry, once again actively engaged in research and development, this creation was born early; therefore, it mainly uses the position sensing component to sense the movement position of the crank. And its instantaneous speed, and then the built-in software program of the electronic control instrument commands the resistance supply component to timely apply the resistance to the flywheel of the sports equipment, so that it will indirectly remind and guide the user to change the original usage habits. It is the main purpose of this creation to require yourself to cooperate with the strength of the upper limbs to force the swinging grip to assist the exertion of the feet, thereby improving the overall amount of trunk movement of the user.

Yes, it mainly uses a plurality of position sensing components to sense the movement position and instantaneous speed of the crank. After the expected and true position and speed sensing signals are obtained, the software program built in the electronic control instrument commands the resistance supply component. Instantly apply resistance to the flywheel of the sports equipment, and guide the user to select the upper limb force to turn the swing grip, thereby increasing the amount of movement of the user's trunk to enhance the exercise effect; wherein the resistance supply component is supplied by electromagnetic resistance The system is the best.

In order to further understand the technical means and structural features of this creation, the following is a detailed description of the following: First, please refer to the one shown in the first figure. As shown in the figure, the stepping type sports equipment refers to a front-end elliptical exercise machine 10, which includes a fixed armrest assembly 11, a swing grip 12, and a lower limb stepping assembly 13. a resistance supply assembly 14 and an electronic control unit 15 , wherein the lower limb stepping assembly 13 is connected to the flywheel 17 of the coaxial 16 by a crank 131 and is pre-wired by the electronic control instrument 15 It is set so that the resistance supply component 14 exerts the expected blocking force on the flywheel 17, and at the same time, the movement of the lower limb pedaling component 13 will also simultaneously drive the left and right swings of the swinging grip 12, so that the simulation can be performed accurately. The natural limb swings and twists the human body during exercise; however, it mainly uses a plurality of position sensing components 20 to sense the moving position of the crank 131 and its instantaneous rotational speed, and after obtaining the expected and true position and velocity sensing signals, The software program built in the electronic control instrument 15 commands the resistance supply component 14 to immediately apply the "instantaneous strengthening resistance" to the flywheel 17, and guides the user to select The strength of the limb pulls the swinging grip 12, thereby increasing the overall amount of trunk movement of the user to enhance the exercise effect; in particular, the strength of the "instantaneous strengthening resistance" value is automatically performed in accordance with the value preset by the built-in program. It can also allow users to set freely according to their own sports needs.

The aforementioned "expected sensing area" refers specifically when the crank 131 is rotated to the "upper and lower vertical areas" with respect to the ground; as is well known, in the case of such a circular motion apparatus and its type of motion, the athletes at this time The two feet are in the position of the top and the most difficult to apply force, so it can also be called "Training the dead angle"; then, when combined with the "instantly strengthen the resistance" of the creation, the athlete will feel the extra weight of the load on the foot in the moment of movement, thereby naturally driving the two-handed swinging grip 12 to The auxiliary force of the auxiliary feet enables the movement to continue smoothly, and thus the intended purpose of the user to strengthen the force and torsion of the upper limb is achieved, and then, when the crank 131 leaves the "expected sensing position", it immediately stops. This "instantly strengthen the resistance".

The creator sets the "expected perception area" to the reason why the crank 131 is rotated to the "upper and lower vertical areas" relative to the ground, mainly as shown in the second, third and fourth figures. The trajectory diagram of the elliptical motion machine 10, as shown in the figure, the second picture is a general horizontal motion trajectory. At this time, the position of the "forced angle" of the crank 131 falls on the upper and lower ends of the y-axis, and The third and fourth plans respectively show the inclined motion trajectory and an upward sloping motion trajectory, and the position of the "forced dead angle" falls between the x-axis and the y-axis. Therefore, the creation must be different depending on the model. Specially fine-tuning sets different "expected sensing areas". Of course, since this "expected sensing area" is only used to match the slight difference in the angle of movement of the crank 131 of different models, it is necessary to use "near upper and lower vertical areas". In order to define the word to define its scope, it is not intended to infinitely expand the scope of the patent application for this creation. For this, please also ask your members to inspect it.

Further, the resistance supply assembly 14 is preferably the electromagnetic resistance supply system.

As mentioned above, the so-called electromagnetic resistance supply system, in short, uses the magnetic resistance generated by the electric energy to generate a certain degree of blocking force on the metal flywheel 17, so that it causes so-called motion resistance to the athlete. In addition, the exercise and exercise effects are enhanced. Therefore, the peak shape of the output power resistance is equivalent to the strength and weakness of the exercise resistance value (P) and the length and time (T). For this, please refer to the fifth. As shown in the six figures, in order to make the "instantaneous strengthening resistance" of the present creation produce the expected and obvious additional exercise load, the resistance of the resistance supply component 14 outputs a minimum of a ladder resistance waveform, of course A minimum of one ladder resistance waveform plus a cone-shaped resistance waveform can be added.

As for the purpose of sensing the instantaneous rotational speed of the crank 131, mainly because the higher the rotational speed, the greater the effectiveness of counteracting the resistance provided by the resistance supply assembly 14, so that the higher the rotational speed, the more instantaneous resistance The setting of the value must also be larger, and vice versa, so that the person who is expected to increase the instantaneous exercise load can be obtained.

Of course, this kind of sports equipment can set the resistance value of the movement first through the electronic control instrument 15. Therefore, the “instantive resistance” in this creation refers to the strengthening of the resistance value originally set. In short, It will not affect the original setting and movement, but only generate additional resistance at the moment of setting the position, and achieve the intended purpose. Therefore, when the "instant strengthening resistance" is eliminated, the original set resistance value will be restored. By.

In the same way, as shown in the seventh and eighth figures, in order to separate the creation A preferred embodiment of another rear-drive elliptical exercise machine 30 and a seated exercise vehicle 40 can be seen from the drawings, and can be smoothly cited without any hindrance.

Moreover, since the general elliptical exercise machines 10, 30, the exercise bike 40 and its associated resistance supply assembly 14 and the operational control principle and mechanism design features of the electronic control instrument 15 are all well-known and widely known items, It is not the characteristics of this creation, so I will not repeat it. Please forgive me.

Looking at the above, before the application, the creation of this creation is not only not found in the market of similar products and related publications, but also has the practical value and positive benefits of "new" and "progress". Cheng has already met the requirements for patent application, and it is reasonable to obtain the patent law. Protection, 提出 apply in accordance with the law.

10‧‧‧Elliptical exercise machine

11‧‧‧Fixed armrest assembly

12‧‧‧Rotary grip

13‧‧‧ Lower limb stepping components

131‧‧‧ crank

14‧‧‧Resist supply components

15‧‧‧Electronic control instrument

16‧‧‧Axis

17‧‧‧Flywheel

20‧‧‧ Position sensing components

30‧‧‧Back-drive elliptical exercise machine

40‧‧‧Seated exercise bike

The first figure is a perspective view of a preferred embodiment of the present invention.

The second picture is a simplified diagram of an elliptical motion machine with a horizontal motion track.

The third figure is a simplified diagram of an elliptical motion machine with a downward sway motion.

The fourth picture is a simplified diagram of an elliptical motion machine with an upwardly inclined motion path.

The fifth picture: a simplified diagram of the preferred output power resistance peak shape of one of the "instantive resistance".

Figure 6: A simplified diagram of another preferred output power resistance peak shape for the "instantaneous reinforcement of resistance" referred to in this creation.

Figure 7 is a plan view showing another preferred embodiment of the present invention.

Figure 8 is a perspective view of another preferred embodiment of the present invention.

10‧‧‧Elliptical exercise machine

11‧‧‧Fixed armrest assembly

12‧‧‧Rotary grip

13‧‧‧ Lower limb stepping components

131‧‧‧ crank

14‧‧‧Resist supply components

15‧‧‧Electronic control instrument

16‧‧‧Axis

17‧‧‧Flywheel

20‧‧‧ Position sensing components

Claims (4)

The utility model relates to an additional resistance device (2) for a rotary exercise handle of a stepping type sports equipment. The pedal type sports equipment comprises a fixed armrest assembly which is arranged on both sides of the top end of the body column for holding, and is pivoted on the top of the body column. a swinging handle that is coupled with the lower limb pedaling component, a cranking movement that can drive the crank movement and a lower arm of the swinging grip, a resistance supply component that is provided on the flywheel side and can provide a flywheel motion retarding force, and is disposed on the body The top of the column is connected to the resistance supply component, and the electronic control instrument can be controlled, recorded and set to block the force. The lower limb stepping component will be linked to the flywheel inside the body and controlled by the electronic instrument. Pre-set, so that the resistance supply component can exert the expected blocking force on the flywheel. At the same time, the movement of the lower limb pedaling component will also simultaneously drive the left and right swings of the swinging handle; furthermore, it utilizes the plural More than one sensing component to sense the position of the depressed pedal of the lower limb stepping component and the instantaneous speed of the crank, to achieve the desired and true position and speed After the signal, the software program built into the electronic control instrument causes the resistance supply component to immediately apply the resistance to the flywheel of the sports equipment in the preset movement position, and at this moment, strengthen the resistance value, in addition to relying on The built-in program is automatically executed in addition to the preset value, and is freely set as its characteristic. As an additional resistance device (2) for the swivel grip of the tread-type sports equipment described in claim 1, the resistance supply assembly is preferably the electromagnetic resistance supply system. For example, in the additional resistance device (2) of the swinging grip of the tread-type sports equipment described in claim 1, the instantaneous resistance of the resistance supply component is increased, and the output electric resistance peak form is at least a ladder shape. Resistance waveform. For example, in the additional resistance device (2) of the swinging grip of the tread-type sports equipment described in claim 1, the instantaneous resistance of the resistance supply component is increased, and the output electric resistance peak form is at least a ladder shape. Resistance waveform and a cone-shaped resistance waveform.