KR200229725Y1 - rope jumping tool - Google Patents

Abstract

The present invention relates to a jump rope that emits light using a power battery, and in particular, a predetermined length of light emitting lines to emit light by a power supplied from the power battery, and to accommodate both ends of the light emitting lines and to receive a predetermined size inside. A pair of wave sections formed to a predetermined length so that a space is formed and can be gripped by a hand; and a power supply unit for supplying power to the power battery even if the light emitting line constrained by the wave sections rotates. .

Therefore, when the user jumps in the dark or at night when the whole line is emitted, according to various ways of skipping, the viewer can have a decorative effect that causes an optical illusion that is surrounded by light around the user's body. And a recreational effect, which inspires the consumer's willingness to buy, and also provides a skipping rope that the exercise effect can double.

Description

Rope jumping tool

The present invention relates to a skipping rope, in particular, the rope skipping of the light by the user's operation to add decorative and recreational effects, doubling the exercise effect as well as the consumer's desire to buy It's about skipping rope to inspire.

In general, rope skipping is one of exercise equipments in a predetermined space of a home or school, and does not require much space, and is a portable exercise equipment that is enjoyed by many people because it is easy to carry and simple.

In addition, the rope skipping exercise is an exercise that develops a sense of balance, quickness and endurance of the body, and is also a very useful exercise that can correct the imbalance of the body to the imbalance of the left and right sides of the body using mainly one side of the body.

Such a jump rope has been introduced to the user to increase interest and to pursue another function in addition to the jump rope function, and in the example of the above, the hand grip with two grips is used as an example. Various things are on the market, such as augmenting or playing video and sound, a luminous jump rope, and a counter to count the number of skipping ropes.

When used in the night or in the dark of the rope skipping when the description of the luminous rope skipping rope or luminous rope skipping as follows.

First, the description of the luminous rope skipping, which is made by combining a rope rope made of a transparent coating layer coated with a mandrel made of a luminous material or luminous material to a conventional rope skipping handle, the purpose of the luminous rope skipping light for a predetermined time It is possible to grasp the rotation trajectory of the rope in case of jumping rope in the dark or at night by luminous, and adopting luminous material as the mandrel instead of the phosphorescent rod used as the mandrel as a mandrel. It is to be able to grasp.

However, the above-mentioned jump rope made of the photoluminescent material has a problem that the light disappears after a predetermined time, and the jump rope made of the luminous material has a weak light intensity, which is virtually enough to grasp the trajectory of the luminous material and the luminous material. There is a problem that can not satisfy the needs of consumers by jumping rope.

In order to solve the above problems, the light emitting diode is inserted into the rope of the rope skipping at a predetermined interval, and the power is applied to the light emitting diode to increase the intensity of the light so that the rotational trajectory can be clearly understood. As the jump rope is used, an impact is transmitted to the light emitting diodes, which causes problems such as disconnection of the wires connected to the light emitting diodes and easy and long life of the light emitting diodes.

The present invention devised to solve the above problems is to provide a bright light than the photoluminescent material and luminous material, and at the same time to maintain the light emitting state of the rope skipping rope according to the user's operation even for a long time and impact To provide.

The above object is, according to the present invention, in a jump rope for emitting light using a power battery, the light emitting line of a predetermined length to emit light by the power supplied from the power battery, and restrains both ends of the light emitting line inside Power supply for supplying the power of the power battery even if the receiving part of the predetermined size is formed and the pair of guards formed in a predetermined length to be gripped by the hand, and the light emitting line constrained by the guards is rotated By rope skipping, including means.

In addition, it is preferable to further include a protective tube that is external to the light emitting line and is coupled to both ends of the pair of waveguides to protect the light emitting line.

In addition, it is preferable to further include a PCB substrate grounded to the '+' electrode and the '-' electrode of the power battery in order to supply power to the light emitting line at a predetermined time period.

In addition, the light emitting line is externally formed on a '+' terminal line having a predetermined length, a light emitting body coated with a fluorescent paint of a predetermined color, a '-' terminal line wound around the light emitting body at predetermined intervals, and the '-' terminal line It is preferable to form a transparent body having a predetermined color to form an outer shell to protect the '-' terminal line.

In addition, the restraining means is fixed to the engaging portion of the predetermined width of the outer width formed so as to be grounded with the '-' terminal line at the predetermined position of the end of the light emitting line coupled to one side of the guard, and the engaging portion above the engaging hole in the upper part of the guard At least one fastener having a predetermined width coupled to the outer circumferential surface and a fastening nut which is fastened to the threaded portion formed on the lower outer circumferential surface of the fastener to fix the fastener to the light emitting line.

In addition, the power supply means is inserted into the inner receiving space of the one side wave portion and the casing is formed with a power battery accommodating portion for accommodating at least one power battery, '+' electrode of the power battery accommodated in the power battery accommodating portion, A ground holding means for grounding the electrodes to the '+' terminal line and the '-' terminal line of the light emitting line, respectively, and the '+' and '-' electrodes of the power battery to selectively supply power to the light emitting line. It is preferable to include a switch that is grounded at the ON / OFF (ON / OFF) operation coupled to the lower portion of the power battery receiving portion.

In addition, the ground holding means is a ground elastic member is connected to the '+' terminal of the switch is formed at the end of the ground rod inserted into the first through hole of the upper portion of the power battery receiving portion and the elastic force to act toward the upper and the ground A first '+' terminal portion coupled to an upper portion of the elastic member and having an upper surface formed with a predetermined radius of curvature, and connected to a '+' terminal line at one end of the light emitting line, and having a lower surface formed with a predetermined radius of curvature. A second '+' terminal portion held in contact with the + 'terminal portion, at least one support member formed circumferentially from an upper portion of the battery accommodating portion and formed to a predetermined height toward an upper portion at an outer diameter position that is relatively smaller than an outer diameter of the locking portion; It is attached to the supporting member and grounded to the engaging portion with a predetermined elasticity toward the center direction, and connected to the first '-' terminal connected to any one of the '-' electrode of the power battery and the '-' terminal of the switch. It is preferable to include a 2'- 'terminal portion.

1 is a cross-sectional view of a guard (knob) showing the structure of the present invention.

2 is a view showing an embodiment of the present invention.

Figure 3 is a cross-sectional view showing the structure of the other side guard portion of the present invention.

Figure 4 is a diagram showing the present invention jump rope.

Explanation of Drawings

101-engagement 102-light fixture 104-fastening nut

105-Casing 106-Frequency 107-Power cell 108-Protection tube

109-PCB substrate 110-'+' terminal line 111 -'-'- terminal line 112-light emitting body

113-transparent 114-engagement 115-flange 116-thread

117-Power battery compartment 118-Switch 119-First

120-Earth Rod 121-Earth Elastic Member 122,123-First and Second '+' Terminals

124,125-First, 2'- 'terminal part 126- Support member

Hereinafter, the configuration of the present invention will be described in Figures 1 to 4 as follows.

In the skipping rope which emits light using the power battery 107, the light emitting line 102 having a predetermined length to emit light by the power supplied from the power battery 107, and both ends of the light emitting line 102 are connected. Even if the pair of waveguides 106 and the light emitting line 102 constrained by the waveguide 106 are formed to be constrained and formed with a predetermined length so as to be gripped by hand. And a power supply means for supplying power to the power battery 107.

Further, the light emitting line 102 further includes a protective tube 108 that is coupled to both ends of the pair of waveguides 106 to protect the light emitting line 102.

In addition, the PCB 102 further includes a PCB substrate 109 grounded to the '+' electrode and the '-' electrode of the power battery 107 to supply power to the light emitting line 102 at a predetermined time period.

In addition, the light emitting line 102 is formed on the '+' terminal line 110 having a predetermined length, and has a light emitting body 112 coated with a fluorescent paint (not shown) of a predetermined color, and the light emitting body 112 is predetermined. It further includes a '-' terminal wire 111 wound at the interval, and the transparent body 113 of a predetermined color to protect the '-' terminal wire 111 by forming an outer appearance on the '-' terminal wire 111. do.

In addition, the restraining means includes a catching portion 101 of a predetermined width formed to be grounded with a '-' terminal line 111 at a predetermined position of the end of the light emitting line 102 coupled to one side wave unit 106, and the wave number. Fasteners 103 are fixed to the upper portion of the engaging portion 114 in the upper portion 106 and the flange 115 of the predetermined width is connected to the outer peripheral surface and the lower outer peripheral surface of the fastener 103 It is preferable to include a fastening nut 104 which is fastened to the formed screw portion 116 to fix the fastener 103 to the light emitting line 102.

In addition, the power supply means is inserted into the inner receiving space of the one side wave unit 106 and the casing 105 is formed with a power battery accommodating portion 117 for accommodating at least one power battery 107, and the power Ground the '+' electrode and the '-' electrode of the power battery 107 accommodated in the battery receiving unit 117 to the '+' terminal line 110 and the '-' terminal line 111 of the light emitting line 102, respectively. A ground holding means for maintaining and grounded at the '+' and '-' electrodes of the power battery 107 so as to selectively supply power to the light emitting line 102 and beneath the power battery accommodating part 117. It is preferred to include a switch 118 capable of combined ON / OFF operation.

In addition, the ground holding means is connected to the '+' terminal (not shown) of the switch 118 to the end of the ground rod 120 inserted into the first through hole 119 above the power battery accommodating portion 117. A ground elastic member 121 formed to have an elastic force acting toward the upper portion, a first '+' terminal portion 122 coupled to an upper portion of the ground elastic member 121 and having an upper surface having a predetermined radius of curvature, The second '+' terminal portion 123 connected to the '+' terminal line 110 of one end of the light emitting line 102 and having a lower surface having a predetermined radius of curvature and maintained in contact with the first '+' terminal portion 122. And at least one support member 126 formed in a circumferential direction at an upper portion of the battery accommodating portion and formed at a predetermined height toward an upper portion at an outer diameter position that is relatively smaller than the outer diameter of the catching portion 101, and the support member 126. It is attached to the grounded to the engaging portion 101 with a predetermined elasticity toward the center direction of the power source battery 107 It is preferable to include a second '-' terminal portion 125 connected to the first '-' terminal portion 124 connected to any one of the '-' electrode and the '-' terminal of the switch 118.

Looking at the assembly configuration of the present invention jump rope consisting of the above configuration.

First, the fastener 103 and the fastening nut 104 are inserted into one end of the light emitting line 102 in which the catching portion 101 is not formed, and then from the lower part of the wave guard portion 106 in which the casing 105 is embedded. The light emitting line 102 is inserted into the coupling hole 114.

In addition, the fastener 103 may be fastened to the upper portion of the catching portion 101 by fastening the fastening nut 104 to the screw portion 116 of the fastener 103 at a predetermined position of the upper portion of the catching portion 101. To help.

In addition, one end of the light emitting line 102 is inserted into the coupling hole 114 of the other waveguide portion 106 and then another fixture 103 as one end of the light emitting line 102 inserted into the coupling hole 114. ) To adjust the length of the string (light emitting line 102), and then tighten the fastening nut 104 to the threaded portion 116 of the fastener 103 at the proper position so that the fastener 103 emits light. Secure to (102).

Meanwhile, the casing 105 is inserted into the lower side of the one side guard 106 as shown in FIGS. 2 and 3, and the outer circumferential surface of the engaging portion 101 is supported by the support member 126 at the lower side of the guard 106. 2) is inserted into contact with the inner surface of the second '-' terminal portion 125 attached to).

Accordingly, the second '-' terminal portion 125 having an elastic force acting toward the inside of the drawing is touched by the outer circumferential surface of the locking portion 101, so that the contact state can be maintained at all times even when the light emitting line 102 rotates. .

Here, the inside of the casing 105 inserted into the receiving space of the wave unit 106 is partitioned inside to accommodate at least one or more power cells 107, as shown in Figs. The on / off switch 118 may be coupled to ground the switch 118 to the '+' and '-' electrodes of the power battery 107.

In addition, the '-' terminal of the switch 118 is connected to the second '-' terminal portion 125 and the '+' terminal is connected to the ground rod 120 to supply power to the light emitting line 102 from the power battery 107. To selectively supply the light source between the switch 118 and the power battery 107 to supply power to the light emitting line 102 by a predetermined time unit so that the light emitting line 102 blinks at a predetermined time period. It is preferable to electrically connect the PCB substrate 109 to enable.

Therefore, when the switch 118 is operated in the ON state, the power of the power battery 107 is applied to the light emitting line 102, and the magnetic field is connected between the '+' terminal line 110 and the '-' terminal. In this case, as the fluorescent paint stimulated by the magnetic field emits light, the light emitter 112 emits light.

At this time, when the user makes a jump rope movement, the light emitting line 102 is generated to be pushed to the center of the line (light emitting line 102) by the centrifugal force, but as shown in the Since the flange 115 of the fixture 103 coupled to the light emitting line 102 from the inside is not caught by the coupling hole 114, the locking portion 101 is separated from the second '-' terminal portion 125. Of course, the light emitting line 102 is always kept in a grounded state even if the light emitting line 102 rotates in any direction.

In addition, since the ground elastic member 121 formed at the end of the ground rod 120 supports the second '+' terminal portion 123 with the first '+' terminal portion 122, the second '+' terminal portion 123 is supported. Is spaced apart upwards, the first '+' terminal portion 122 is raised by the elastic force of the ground elastic member 121 and maintains a good power supply state by always maintaining the ground state with the second '+' terminal portion 123. Will be done.

On the other hand, since the light emitting line 102 keeps in contact with the floor during the rope skipping movement, in order to prevent the transparent body 113 from being damaged, the light emitting line 102 is covered or protected by a protective tube 108 of a predetermined color or transparent material. The light emitting line 102 is inserted into the tube 108 so as to be coupled to the wave unit 106. In this case, the fixture 103 is coupled to the outer circumferential surface of the protective tube 108 and the protective tube 108. 3 is to be in close contact with the upper end of the engaging portion 101, it is preferable to prevent the protection tube 108 is separated from the guard portion 106 by the centrifugal force during the rope skipping movement.

As described above, the present invention allows the entire line to emit light in a dark place or at night with a bright light having a predetermined color so that the viewers as well as those who jump rope exercise according to various rope skipping methods have decorative effects and entertainment interests. In addition to inspiring the exercise desire, as well as a very good design to maintain the ground state so that power can be supplied to the light emitting line 102 at any time in any skipping exercise state.

Claims (7)

In the skipping rope which emits light using the power battery 107, A light emitting line 102 having a predetermined length to emit light by the power supplied from the power battery 107, A pair of wave guards 106 constraining both ends of the light emitting line 102 and formed with a predetermined length so that a receiving space having a predetermined size is formed inside and gripped by hand; Jump rope characterized in that it comprises a power supply means for supplying the power of the power battery 107 even if the light emitting line (102) constrained by the wave number 106 is rotated. The method of claim 1, Rope skipping, characterized in that it further comprises a protective tube (108) which is external to the light emitting line (102) and coupled to both ends of the pair of waveguides (106) to protect the light emitting line (102). The method of claim 1, The jump rope, characterized in that it further comprises a PCB substrate 109 which is grounded to the '+' electrode and the '-' electrode of the power battery 107 so that power is supplied to the light emitting line 102 at a predetermined time period. . The method of claim 1, The light emitting line 102 has an outer body formed on a '+' terminal line 110 having a predetermined length and a light emitting body 112 coated with a fluorescent paint of a predetermined color; A '-' terminal line 111 wound around the light emitter 112 at predetermined intervals; Rope skipping, characterized in that the outer ring formed in the '-' terminal line 111 is made of a transparent body 113 of a predetermined color to protect the '-' terminal line (111). The method of claim 1, The restraining means includes a locking portion 101 having a predetermined width formed to be grounded with a '-' terminal line 111 at a predetermined terminal end of the light emitting line 102 coupled to one side wave unit 106; A fastener 103 fixed to the upper part of the engaging part 114 in the upper part of the guard part 106 and fixed to the upper part of the engaging part 101 and having a flange 115 of a predetermined width connected to an outer circumferential surface thereof; Jump rope characterized in that it comprises a fastening nut 104 is fastened to the threaded portion (116) formed on the lower outer peripheral surface of the fastener 103 to be fixed to the light emitting line (102). The method of claim 1, The power supply means is inserted into the inner receiving space of the one side wave unit 106 and the casing 105 is formed with a power battery receiving portion 117 for receiving at least one power battery 107, The '+' electrode and the '-' electrode of the power battery 107 accommodated in the power battery accommodating part 117 are connected to the '+' terminal line 110 and the '-' terminal line 111 of the light emitting line 102. A grounding holding means for holding each ground; ON / OFF grounded to the '+' and '-' electrodes of the power battery 107 so as to selectively supply power to the light emitting line 102 and coupled to the bottom of the power battery accommodating part 117. Jump rope, characterized in that it comprises a switch 118 operable. The method of claim 6, The ground holding means is connected to the '+' terminal of the switch 118 and is formed at the end of the ground rod 120 inserted into the first through hole 119 of the upper portion of the power battery accommodating portion 117, the elastic force toward the top Ground elastic member 121 to act; A first '+' terminal portion 122 coupled to an upper portion of the ground elastic member 121 and having an upper surface having a predetermined radius of curvature; The second '+' terminal portion 123 connected to the '+' terminal line 110 of one end of the light emitting line 102 and having a lower surface having a predetermined radius of curvature and maintained in contact with the first '+' terminal portion 122. )Wow, At least one support member 126 formed in a circumferential direction at an upper portion of the battery accommodating portion and formed at a predetermined height toward an upper portion at an outer diameter position relatively smaller than an outer diameter of the catching portion 101; It is attached to the support member 126 and is grounded to the engaging portion 101 with a predetermined elasticity toward the center direction and at any one of the '-' electrode of the power battery 107 and the '-' terminal of the switch 118 Jump rope, characterized in that it comprises a second '-' terminal portion (125) connected to the connected first '-' terminal portion (124).