KR200287195Y1 - Treadmill for can be lifting up, down and Turn left, right with control. - Google Patents

Abstract

The present invention, unlike a uniform configuration that can achieve the inclination angle by the rise of the front end in the running machine configured for running motion, the front end is raised, as well as the rear end is raised or the left and right angles of the front end is inclined, The present invention relates to a treadmill configured to have a multi-function running motion effect that can achieve a slope and a tilt angle of the rear end side, and according to the present invention, according to the present invention, the left and right frames (by the rotation of the running motor 8) The running belt 5 between 1) and (2) is rotated and a bracket 17 is mounted at the center of the interlocking frame 14 to move the crank 19 according to the drive of the incline motor 22 to interlock the frame 14. In addition to being able to adjust the inclination of the, as well as configured to be able to adjust the angle of the height adjuster 28 provided on the bottom of the fixed frame 35 by rotating the reduction motor (32) "up and down and Wu is reclining on a treadmill as possible. "

Description

Treadmill for can be lifting up, down and Turn left, right with control.

The present invention is to adjust the tilt of the running belt in order to enhance the exercise effect in the treadmill designed for running exercise as well as to adjust the front end of the front end as well as to adjust the front end downward, so that the treadmill itself is inclined to the left or right It relates to a multi-purpose running exercise machine configured to experience the bend and slope experience when running in a natural environment.

Running sports such as marathon and jogging have the advantage of being able to use your leisure time freely regardless of the special time and place, and when you run your fitness for more than 30 minutes with moderate intensity, your central nervous system Happiness can be felt by the action of hormones released by.

Therefore, if you keep running for more than 30 minutes, your legs and arms become lighter, your rhythm is revived, your fatigue is gone, and you start feeling new. This is a kind of glycogen-like blood secretion and blood glucose maintenance in your brain. It is said that the action of nerve substances to relieve fatigue such as depression. The way to feel the effects of this exercise is not to run unconditionally, but it does not have a special course.

However, avoid uncomfortable places and exercise in a comfortable environment, such as a forest road or a bluff, where you can run properly, and you may feel that the speed is a bit difficult, and if you are too slow or run fast, Not only is it counterproductive.

Therefore, avoiding a lot of running fast from the beginning will increase the distance and time running a little bit will be a moderate exercise effect without harming your health.

The slope control of the running belt to improve the exercise effect as described above, in the conventional case, only the ones that can be adjusted upward upward uniformly, it was not possible to reproduce a variety of complex running sections, such as forest roads or sloped hills, as well as monotonous In running, you can easily get tired of running for more than 30 minutes, and you may also lose interest in running.

The present invention solves the conventional problems as described above, and devised in order to reproduce a more diverse running section, the purpose of the present design is to expect the running motion effect only by the existing simple form of the shear synergism Unlike the various kinds of rising and falling action, it is possible to realize a sense of movement like actually running outdoors and set the inclination angle and the direction of inclination that the athlete wants to be engaged in the movement with a more lively atmosphere and various postures. It is designed to get away from monotony and to be interested in running.

In general, one of the most important factors affecting the running efficiency is the slow-twitch in the muscle. The higher the ratio of the close muscles, the higher the running efficiency is. In addition, the running posture and the biochemical factors work. . And to improve running efficiency, it's best to practice for a long time in the right posture rather than to do a lot of special training, and the longer you train, the better.

In addition, endurance is the decisive factor for long-distance running, that is, running for more than 30 minutes, and endurance is the decisive factor in the endurance of the marathon. You should invest in this endurance effort. In the case of long distances that must run a constant distance like this, various types of courses, such as straight roads and bends, downhill slopes and uphill slopes, and also bends left and downhill slopes, can allow the athlete to recognize the rhythm of movement. It is enough to be interested and engaged in running.

Therefore, it is a useful design configured to improve the conventional uncomfortable lighting as described above and to satisfy the exercise effect in the outdoors.

1 is an overall perspective view of the present invention

2 is a state diagram showing a state in which the running belt (5) made of a downhill slope of the present invention

3 is a state diagram showing a state in which the running belt 5 is made uphill inclined during the present invention

4 is a (a) is a state diagram showing a state in which the tread of the present invention is made of a low inclination

(B) is a state diagram showing a state in which the treadmill of the present invention is kept horizontal.

(C) is a state diagram showing a state where the treadmill of the present invention is made of a low inclination

5 is a side view showing a state in which the front end portion is adjusted upward by the contraction of the incline motor 22 in the present invention (a).

(B) is a side view showing a state in which the interlocking frame 14 is leveled by the action of the incline motor 22 during the present invention.

(C) is a side view showing a state in which the front end portion is adjusted downward by the expansion frame of the interlock frame 14 in the present invention

6 is a perspective view showing a part of the running belt (5) cut to show the internal structure of the interlock frame 14 and the in-line motor 22 of the present invention

7 is a perspective view showing the assembling state of the interlocking structure 14 and the fixed frame 35 and the height adjuster 29 of the present invention

(A) of Figure 8 is a perspective view showing a state in which the height adjuster 29 is adjusted upward by the rotation of the reduction motor 32 of the present invention

(B) is a perspective view showing a state in which the height adjuster 29 is adjusted downward by the rotation of the reduction motor 32 of the present invention

[Description of Significant Symbols in Drawings]

1. Left frame 20. Rotating shaft

2. Right frame 21. Spiral rotating rod

5. Running belt 22. Incline motor

6. Console 23. Shaft

7. Safety Handle 24. Fixed Frame

8 Running Motor 25. Caster

10. Motor belt 26. Guide rail

11.Pulley 28. Left fixed base

12. Front roller 29. Height adjuster

14. Interlocking frame 30. Sprocket

15.Elastic plate 31.Chain

16. Retaining Plate 32. Reduction Motor

17. Bracket 33. Right interlocking support

18. Interlock Pin 34. Support

19. Clamp 36. Spiral shaft

Hereinafter, the structure and operation of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the running belt 5 is positioned at the center of the left frame 1 and the right frame 2, and the left frame 3 and the right vertical frame 4 are respectively located at the front and rear ends of the left and right frames. Directly, the vertical frame and the console 6 are assembled, and the safety handle 7 is fixed to the front.

In addition, in FIG. 2, the front and rear ends of the running belt 5 installed in the center of the left and right frames 1 and 2 are lowered by the operation of the console 6, and the rear end is upward.

On the other hand, in FIG. 3 of the accompanying drawings, the running belt 5 provided in the center of the left and right frames 1 and 2 has the front end up and the rear end down by the operation of the console 6.

And (a) of the accompanying drawings in Figure 4 (a) out of the state seen from the rear end of the running exercise equipment of the present invention, the inclination with the ground is showing the state in which the left side is upward, the right side is downward.

Such inclination is that the right interlocking support 33 at the bottom of the right frame 2 is fixed to the height adjuster 29 while the left fixing support 28 fixed at the bottom of the left frame 1 is always fixed at the same height. It is in close contact with the rotation, and the right frame 2 is adjusted downward. On the other hand, in Figure 4 (b) is to maintain a horizontal level without the inclination with the ground and the left fixed support 28 at the bottom of the left frame (1) is fixed to the right interlocking support at the bottom of the right frame (2) 33 is fixed in a position where the right frame (2) is horizontal to the ground while being moved away from the ground by the reverse rotation of the height adjuster (29).

In addition, in (C) of FIG. 4, the left fixed support 28 fixed to the lower end of the left frame 1 is similarly adjusted with the right interlocking support 33 at the bottom of the right frame 2 in the fixed state without height change. The right frame 2 is adjusted upward by the reverse rotation of the ruler 29.

If you want to adjust the inclination angle of the present invention having the structure as described above to the right side downward again, by rotating the rotation direction of the height adjuster 29 by the switch operation of the console (6) of the lower right frame (2) As the right interlocking support 33 is lowered, the right frame 2 is lowered. However, since the electronic circuit device related to the switch operation of the console 6 is not special content using a known technique, a detailed description thereof is omitted, and the overall circuit configuration and software program are also omitted.

On the other hand, (a) (b) (c) of Figure 5 is shown to explain the interrelationship between the fixed frame 24 and the interlocking frame 14 with the running belt 5 built in the present invention, more Specifically, it is as follows.

In FIG. 5A, the bracket 17 is upright at the center of the upper side of the fixing frame 24, the interlocking frame 14 is orthogonal to the upper side of the bracket 17, and the running motor 8 and the pulley are at the left side. The crank (19) is assembled with the interlocking pin (18) and the shaft (23) on the right side by being combined with the flywheel (9) and wrapped in a running belt (5). At the lower end of the caster 25 is connected to the guide rail 20 is moved, the device is fixed to both sides caster 25 by the rotating shaft (20). And the incline motor 22 of the lower left side has the spiral rotating rod 21 in one side, and has shown the structure assembled with the rotation shaft 20 at right angles.

And in (b) of FIG. 5, the spiral rotating rod 21 of the incline motor 22 is rotated forward to increase its length, and the caster 25 is pushed along the guide rail 26, and the crank 19 is gradually While upright, the interlocking frame 14 is upwardly adjusted to maintain the level.

(C) of FIG. 5 shows that the spiral rotating rod 21 of the incline motor 22 continues forward rotation to the maximum length to the end, and the caster 25 makes the crank 19 upright at right angles. The frame 14 is set up to the maximum and the front end of the running belt 5 is set to the maximum lift position.

In FIG. 6, the front roller 12 is coupled to the right side of the interlocking frame 14, the rear roller 13 is coupled to the left side of the interlocking frame 14, and elasticity of a rubber material is provided at the upper end between the two rollers 12 and 13. The plate 15 and the lower end of the fixing plate 16 is combined and finally the running belt (5) is rotated around the structure, the interlocking pin (18) and the crank (19) is connected to the lower guide rail (26) The caster 25 which is rotated along the) is assembled, and the running belt (combined with the rotating shaft 20 at a right angle with the incline motor 22 having the spiral rotating rod 21 on one side) shows the running belt ( 5) is partially cut out and shown.

Meanwhile, in FIG. 7, the sprocket 30 fixed to the bottom by installing the vertical drive device shown in FIG. 6 above the fixed frame 24 and mounting the low speed reduction motor 32 at the center of one side thereof is extended to the left and right. It is engaged with the chain 31, and is connected to the height adjuster 29 is installed at both ends. And, the height adjuster 29 is coupled to the same axis and the right interlocking support 33, and has a structure opposed to each other in a state left and right balance with the left fixed support 28 on the opposite side.

In (a) of FIG. 8, the support frame 34 is provided at one side of the lower side of the fixed frame 24, and the height adjuster 29 is adhered to the lower side, and the right interlocking support 33 which is in contact with the ground is connected. The sprocket 30 is engaged with the chain 31 at the lower end of the rotation shaft of the reduction motor 32 fixed on the same axis as the shaft 36 and fixed to the center of the fixed frame 24 to rotate the height adjuster 29. It is a structure intended to be.

In (b) of FIG. 8, the chain 31 lowers the spiral shaft 24 close to the ground while the chain 31 rotates the height adjustment 29 by the rotation of the reduction motor 32 in the same structure as in (a) of FIG. It is.

If described in detail the effect of the running machine can be adjusted up and down and left and right tilt of the present invention having the structure as described above.

As shown in FIG. 1, when the athlete who wants to exercise climbs on the running belt 5 of the running exercise device of the present invention and turns on the power switch of the upper console 6, the running belt 5 gradually starts to move. At this time, according to the speed of the belt, the athlete also starts to run together in earnest, and the running exercise starts. When the operation process is described in detail, power is first applied to the power switch of the console 6, and the running motor 8 When electricity is supplied, the motor operates and at the same time the flywheel 9 rotates, the motor belt 10 connected to the pulley 11 rotates, and the front roller 1 also rotates. (5) and the mounted rear roller 13 also rotate by friction with the belt. According to the exerciser's choice, if you want to exercise in the form of a general uphill slope with the top of the belt upward and the bottom of the bottom as shown in the attached drawing 3, adjust the inclination switching switch of the console 6 to set it. As shown in the figure, the incline motor 22 rotates in reverse, and the spiral rotating rod 21 rotates and contracts to bring the rotating shaft 20 connected at right angles.

And the caster 25 fixed to both ends of the rotating shaft 20 is moved to the lower end along the guide rail 26, at the same time the angle of the crank 19 is gradually lowered to the upper interlocking pin 18 and the interlocking frame ( 14) the bracket 17 fixed to the center is gradually lowered to the apex, on the contrary, the front end of the interlocking frame 14 is gradually increased so that the top of the running belt 5 is upward and the bottom is a treadmill of a general type. The uphill slope seen in

However, if the athlete himself wants to run on the downhill slope, in which the upper belt is lowered and the lower is upward, as shown in the attached drawing 2, the controller 6 adjusts the inclination switching switch to set the opposite. The incline motor 22 rotates forward and the spiral rod 21 rotates to expand and extend, thereby pushing the rotating shaft 20 connected at right angles, and the casters 25 fixed to both ends of the rotating shaft 20. ) Is moved upward along the guide rail 26 and at the same time the angle with the crank 19 gradually increases, the interlocking pin 18 and the fixed interlocking frame 14 on the upper side is gradually raised to the top of the bracket fixed in the center, On the contrary, the front end of the interlocking frame 14 is gradually lowered so that the upper end of the running belt 5 is downward and the lower end is upward, so that the downhill slope which is not seen in a general treadmill can be realized. It is possible.

On the other hand, if the athlete himself wants to run on the inclination of the left and the right of the running belt (5) of the shape as shown in Figure 4 (a) of the accompanying drawings, if the setting by adjusting the inclination switching switch of the console (6) As shown in FIG. 7, the left fixed support 28 positioned at the lower left of the fixed frame 24 is always firmly fixed at the same height, and the speed reduction motor 32 on the right side rotates to the right to rotate the sprocket 30 at the bottom. Rotating chain 31 is moved to the left and right long.

As shown in FIG. 8, the height adjuster 34, which is assembled through the support 34 installed at both ends of the lower right end of the fixed frame 24, is assembled to the spiral shaft 36, and is connected to the chain 36. In accordance with the movement of (31), both ends are rotated along the spiral axis 36 at the same time and descend to the ground.

In the case where the balance of the running belt 5 is inclined to the right and downhill to the right, when the motor is converted to the left downhill slope, the reduction motor 32 in the center of the fixed frame 24 is rotated to the left to rotate the sprocket 30 at the bottom. When the chain 31 is moved in the opposite direction, the height adjuster 34 assembled to penetrate the support 34 on both sides is raised while being rotated by being observed on the spiral shaft 36. In this way, by setting the inclination angle and inclination direction desired by the athlete himself, not only can he concentrate on running exercise in a lively and efficient atmosphere, but also the up and down and left and right tilt adjustments that can help improve muscle formation and endurance which affect the running efficiency. It is a possible treadmill.

Claims (1)

The running belt 5 is positioned at the center of the left frame 1 and the right frame 2 for the purpose of the running motion, and the left and right vertical frames 3 and 4 are directly installed at the front end and the console 6 at the upper side. In the conventional running exercise equipment simmered integrally with the safety handle (7), the interlocking frame (14) is fixed to the bracket (17) standing upright in the center of the fixed frame (24), and the interlocking pin (18) on one side An integrated caster 25 is connected to the lower end of the crank 19 which is connected to the guide rail 26, and a spiral rotating rod 21 is formed on one side of the crank 19 that is orthogonal to the rotation shaft 20. The incline motor 22 provided allows the interlocking frame 14 to be inclined up and down and up and down, and the sprocket 30 at the lower portion of the lower frame using the reduction motor 32 installed in the center of the fixed frame 24. Rotating is engaged with the chain 31, connected to the height adjuster 29 installed on both left and right ends, the right It is coupled to the same axis with the copper support 33 forms a left and right balance with the left fixed support 28, the height adjuster 29 there is rotated at the same time in accordance with the rotation of the sprocket 30 along the spiral axis 36 Running machine that can be adjusted up and down and left and right inclination configured to control the right and left inclination of the fixed frame 24 while moving up and down.