KR100434952B1 - Jumping Motion Device Using Bar - Google Patents

Abstract

The present invention relates to a hopping exercise device using a bar, the height and rotational speed can be selected, the precise exercise intensity can be easily adjusted, and the planned exercise can be performed, as well as freely jumping in place without the hassle of turning the rope. Can be used conveniently without space constraint without fear of injuries due to friction with the string bar, the display window with the function button 14 to control the rotation speed and movement time is displayed Rotating rod 20 which is inserted and seated in the rod support 16 of the upper center of the pedestal 10 is connected to the pedestal 10 and the plurality of height adjustment holes 22 are formed through the power supply while being formed through And, it is passed through the insertion rod into the corresponding height adjustment hole 22 of the rotating rod 20 in the elongated form, while assembling fixed to the rotating rod 20 to the axis of rotation It characterized by including (30).

Description

Jumping Motion Device Using Bar

The present invention relates to a hopping exercise mechanism using the bar that can control the exercise intensity and the planned implementation of the exercise, and more specifically, the place to be able to control and control the rotational speed and operating time of the jumping bar that is rotated according to the power applied It is related to the leap exercise device using the bar that can be conveniently controlled and exercise intensity is not limited to.

In general, rope skipping athletes as well as young and old are used to strengthen basic fitness, and can improve quickness, endurance, and strength through rope skipping exercise. Hold the rope and turn the rope to make a constant jump leap to a certain height.

Such jump rope is an all-weather exercise equipment that is easy to carry compared to other sports equipment and allows you to do aerobic exercise easily by jumping anywhere anytime and anywhere, and is a jump rope movement that is a special up and down exercise that mainly jumps to the front of the sole. Through the ankles, shorts, knees, waist and more intense stimulation can enhance the function of each body.

In addition, rope skipping exercise is a powerful aerobic exercise that strengthens the heart and lungs and develops endurance, and stimulates bone osteoblasts by rhythmic small leap continuous movement to promote the growth of adolescents and promote osteoporosis in adults. Because it is a cooperative exercise that requires the timing of hands and feet, it is effective in relieving stress because it can raise high body dominance such as quickness, flexibility, agility, and endurance, and also has the requirements as a richer recreation.

However, until now, the jump movement using rope skipping has been inconvenient for space utilization, stability, and movement efficiency. First, in the case of space utilization, the movement range of the rope skipping rope is large, which makes it impossible to exercise in a narrow indoor space.

In addition, even in the case of stability, the rope skipping exercise was a burden on the knee joint, the ankle, and the waist of the body part, and there was a risk of injury, and the speed of the rope skipping caused the friction between the rope and the body. There is a lot of concern, especially in the case of growing children.

In addition, even in the case of exercise efficiency, the rope skipping exercise up to now is not only difficult to control the exercise intensity by the exercise stage, but also difficult to implement the exercise, which results in an appropriate amount of exercise intensity suitable for the planned exercise time. It was difficult to calculate and it was impossible to make a constant leap at a certain height.

As a remedy for this problem, Korean Patent Publication No. 10-2000-0049743 puts an electronic counter, calorie consumption measuring device and natural ore into the handle of the rope skipping, and makes a protrusion to obtain acupressure effect on the outside of the handle. Rope skipping has been proposed to measure calories burned and to promote health.

However, the jump rope as described above has been able to control the amount of exercise by the introduction of the electronic counter and calorie consumption measuring device, but it is impossible to carry out the exercise without the precise control of the exercise intensity, and the burden weight on the body during the rope skipping exercise There was a problem that there is no solution to severe cases and injuries due to friction between the string and the body due to the speed of the string itself.

The present invention has been made to solve the problems of the conventional rope skipping as described above, it is possible to select the height and rotation speed of the exercise, easy to adjust the exact exercise intensity, as well as to perform the exercise of course, It is an object of the present invention to provide a hopping exercise mechanism using a bar that can be freely jumped in place without any hassle, so that there is no fear of injury due to friction with the string and can be conveniently used without space limitation.

1 is a perspective view of the leap movement mechanism of the present invention.

Figure 2 is a perspective view of the hopping exercise device separated state of the present invention.

Figure 3 is a perspective view of the leap movement mechanism of the present invention.

Explanation of symbols on the main parts of the drawings

10: pedestal 12: display window

14: function button 16: rod support

20: rotating rod 22: height adjustment hole

24: set screw 30: jump bar

32: weight 40: user

The hopping exercise mechanism using the bar of the present invention for achieving the above object is a pedestal equipped with a display window configured to display the output of the function function along with a function button for adjusting the rotational speed and the exercise time, and a plurality of at regular intervals. Rotating rod is inserted into the rod support of the center of the upper side of the pedestal and the power is connected through the height adjustment hole is formed through the rotating rod, and inserted into the corresponding height adjustment hole of the rotating rod in the elongated form and fixed assembling the rotating rod in the horizontal direction or It characterized in that it comprises a hopping rod rotated in the oblique direction.

In addition, the shock bar is characterized in that the weight is removable detachably coupled to maintain the number average type and inclination angle at one end.

In addition, the screen display window is characterized in that the function is configured as an LCD screen that outputs the calories burned individually or according to the mode selection, along with the rotational speed and exercise time of the skip bar that is controlled by the function button.

In addition, the jumping rod is characterized in that the product is made of a synthetic resin material excellent in durability and elasticity in use.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 and 2 is a jump rod 30 installed in the horizontal or inclined direction to the rotating rod 20 of the vertical direction is rotated in accordance with the present invention of the hopping exercise mechanism that is rotated at the corresponding rotation speed and operation time The combined state and separated state are respectively shown.

As shown in the figure, the hopping exercise mechanism using the bar of the present invention is a jump bar 30 is rotated by the rotation speed and the operating time signal set through the function button 14, the user 40 is the jump bar 30 It is functionally configured to conveniently adjust the exercise intensity and perform the planned exercise without restriction on the place of use by jumping in place to avoid the use.

That is, the hopping exercise device of the present invention has an elongated rod 30 in the horizontal direction or an inclined direction with respect to the vertically rotating rod 20 that is powered so as to be rotated by a power supply. While the structure is constructed, the base rod 10, which is a lower structure, has the rotary rod 20 together with the function button 14 and the display window 12 so as to adjust the rotation speed and the operating time of the hopping rod 30. The rod support 16 is protruded so as to be inserted and seated so as to be rotated at a corresponding speed.

In addition, the pedestal 10 has a conventional power generating means (not shown in the drawing) so that the rod support 16 protruding in the upper center in accordance with the application of a battery (not shown in the drawing) or an external power source may be rotated. Of course, the gear box means (not shown) is installed, the rod support 16 is a power connection means such as a ball bearing so that the rotating rod 20 is inserted and seated can be rotated together without moving away It is preferred to be configured internally.

In addition, the function button 14 is basically provided with a speed adjustment function of the number of revolutions per minute and a time adjustment function of the user's exercise time 40 so that the rotation speed and the exercise time of the jump bar 30 can be conveniently adjusted and set. Of course, the screen display window 12 functions as an LCD screen so that the corresponding rotational speed and exercise time of the hopping bar 30 controlled by the function button 14 can be output as a whole or individually according to the mode selection. In particular, it is preferable that the screen display window 12 can be displayed on the screen to calculate the corresponding calorie consumption for the rotational speed and exercise time arbitrarily adjusted by the user.

On the other hand, the rod support 16 is formed to protrude in the upper center of the lower portion of the pedestal 10 is rotatably connected to the power generating means 16 is configured so that the rotary rod 20 is inserted into the vertical direction to be interlocked rotation together. The rotating rod 20 having an upper structure has a plurality of height adjusting holes 22 formed at regular intervals so that the jumping rod 30 having a long shape can be adjusted and installed.

In addition, the jumping rod 30 is installed in the horizontal direction or inclined direction inclined at a predetermined angle with respect to the vertical rotating rod 20 is made of a synthetic resin material excellent in durability and elasticity to adjust the height of the rotating rod 20 Inserted through the hole 22 is fastened and fixed to the set screw 24, in particular, such as the rotary rod 20, the entire longitudinal direction may be integrally structured, or may be configured in several separate structures to be adjustable in length.

That is, since the jumping rod 30 may be frequently in contact with the body when the user jumps, it is preferable to use a synthetic resin having a high elasticity or equivalent material so that the stability of the user can be secured without being easily damaged.

In particular, since the rotating rod 20 can be separated and stored as a plurality of short rods in the case of a segmented structure, by adjusting the number of rods or by selecting one of the height adjustment holes 22 formed at regular intervals there is a jump bar 30 By inserting), the body's load can be adjusted and a constant rotational movement of a certain height is possible.

In addition, the wok bar 30 is configured to be detachably coupled to the weight weight 32 that can maintain the number average type and inclination angle at one end, which is the jumping bar 30 is based on the rotating rod 20 in the vertical direction When the balance difference occurs due to the change in the left and right length, by mounting a weight of appropriate weight 32 appropriate to it so that the horizontal direction or the desired inclination direction can be maintained in a balanced state.

The hopping exercise mechanism using the bar of the present invention made as described above, as shown in the use state of FIG. 3, first jumps to the height adjusting hole 22 of the rotating rod 20 that fits his physical condition prior to the hopping movement. Insert the fastening rod, and then adjust the number average type using the weight 32 together with the length of the jump bar 30, the horizontal jump bar 30 to the rotating rod 20 in the vertical direction To ensure stable positioning.

Then, by using the function button 4 to adjust the rotational speed and the operating time (exercise time) of the jump bar 30, and then switch on the operation switch of the function button 14, the power is applied to generate power The rod support 16 into which the rotary rod 20 is inserted and rotated is rotated, and the jumping rod 30 having a corresponding height is horizontally positioned around the rotary rod 20 which is rotated in a vertical direction together with the rod support 16. It can be rotated in the direction.

Accordingly, the user 40 conveniently jumps in place with respect to the jumping rod 40 which is rotated in the horizontal direction (in some cases, the inclined direction) about the rotating rod 20 while jumping in place, thereby making the jump movement corresponding to the rope skipping movement. That is, every time the jumping bar 30 that rotates at a constant speed approaches the user 40, the user 40 jumps into place to achieve the amount of exercise he or she planned.

On the other hand, the leap exercise mechanism of the present invention can further reduce the load applied to the body by using an impact-absorbing mattress (not shown) on the floor, the above-described embodiment is a preferred embodiment of the present invention It is to be understood that not only various application embodiments are possible within the technical scope, but also such application embodiments are included in the scope of the present invention.

According to the hopping exercise mechanism using the bar of the present invention, the hopping rod is controlled by controlling the rotational speed and the operating time of the jumping bar that is rotated according to the application of power, and thus the exercise intensity is conveniently controlled and planned without being limited to the place of use. Physical exercise may be possible.

In other words, unlike ordinary rope skipping, it is easy to control the exact exercise intensity, and thus, the exercise can be planned and executed. The control of the jump height and the rotational speed is possible, and the load applied to the body and the contact friction between the rope Injuries can be reduced.

In addition, the leap exercise device of the present invention can determine the left and right length of the jumping rod as desired by the user can be applied to a group exercise of two or more people by increasing the length of the jumping portion, of course, can be easily stored separately after use Many effects can be provided, such as being easy to carry and store.

Claims (4)

delete delete In the hopping exercise device in which a rotating rod is placed on a pedestal so as to be rotated by a motor and a jumping rod is mounted on the main surface thereof, Rotating rod 20 is inserted and seated in the rod support 16 of the upper center of the pedestal 10 is connected to a plurality of height adjustment holes 22 through the power supply at a predetermined interval, the rotation operation, The jumping rod 30 is a synthetic resin material having excellent durability and elasticity that is adjustable in length in a multi-stage type, and a weight bar 32 capable of adjusting and maintaining the number-average type and the inclination angle at one end thereof is detachably coupled to the rotating rod 20 Leap exercise mechanism using a bar, characterized in that the rotating rod 20 is rotated in the horizontal direction or inclined direction while being inserted into the corresponding height adjustment hole 22 of the assembly fixed. delete