CN102151394B - Karate non-contact upper body punch training equipment - Google Patents

Abstract

The invention relates to training equipment for sports, in particular to equipment for training non-contact upper limb punching of karate. The invention provides the following technical scheme: the utility model provides a karate non-contact upper limbs dashes fist training equipment which characterized in that: including annular posture correction staving, be equipped with in the posture correction staving and supply the upper limbs to place and follow the posture correction passageway that posture correction staving axis set up, the one end of this posture correction passageway is upper limbs entering end, and the other end department that sets up upper limbs entering end relatively on the posture correction passageway is equipped with foul response subassembly to be equipped with score response subassembly between the entering end of posture correction passageway and the foul response subassembly, leave the score interval between foul response subassembly and the score response subassembly. By adopting the scheme, the equipment for training the non-contact upper limb punching of the karate is provided, which is convenient for posture correction and training and does not need visual inspection and supervision of a coach.

Description

Karate non-contact upper body punch training equipment

technical field

The invention relates to a training device for sports competition, in particular to a non-contact upper limb punching training device for karate.

Background technique

Karate, also known as karate, originated in the Kingdom of Ryukyu. It is a kind of fighting composed of a combination of various martial arts. Its predecessor is the ancient Ryukyu martial art "hand", which is also called "Tang hand" after it is integrated with the introduced Chinese martial arts. , It was introduced to Japan during the Taisho period, influenced by Japanese martial arts, it became karate, and karate, as a kind of sports competition, has been widely promoted and disseminated. At present, karate competitions are divided into contact type and non-contact type. Among them, the contact type needs to touch the opponent's body and can only be scored when the competition does not dodge; the non-contact type is hit next to the opponent's body is within the effective range, and the score is scored if the opponent does not dodge. There is a big difference between the two forms of competition, and there are also certain differences in their training methods. Since non-contact competitions cannot hit the opponents, the distance and posture of the upper body punches of the competitors mainly rely on the coach's visual inspection and experience during the training process. If there are more competitors, the work intensity of the coach will increase. It is relatively large, and it does not pay attention to each competitor from time to time, which reduces the effect of training.

Contents of the invention

Aiming at the deficiencies in the prior art, the present invention provides a karate non-contact upper limb punching training device that corrects posture, is convenient for training, and does not require visual supervision by a coach.

In order to achieve the above object, the present invention provides the following technical solutions: a kind of karate non-contact upper limb punching training equipment, characterized in that: it includes a ring-shaped posture correction barrel, and the posture correction barrel is provided with a Correct the posture correction channel set on the axis of the barrel body, one end of the posture correction channel is the upper limb entry end, and the other end of the posture correction channel opposite to the upper limb entry end is provided with a foul sensing component, and the entry end of the posture correction channel is connected to the foul sensing component Score sensing components are arranged between them, and there is a scoring gap between the foul sensing components and the scoring sensing components.

By adopting the above-mentioned technical scheme, through the setting of the posture correction barrel and the posture correction channel in the posture correction barrel, during the upper limb training process, the competitor is facing the posture correction channel when punching, and inserts the upper limb into the posture correction channel. If the elbow of the upper limbs does not touch the wall of the posture correction channel, the punching posture is a normal posture, otherwise, it is an irregular posture, so that athletes can train and adjust their posture without visual inspection. Whether the posture is normal or not makes the training more convenient and improves the training efficiency at the same time; while the setting of the scoring sensor component and the foul sensor component in the posture correction channel simulates the hitting process, that is, the upper limbs of the competitive players go deep into the posture After correcting in the channel, when the hand of its upper limb touches the scoring sensing component or enters the scoring distance between the scoring sensing component and the foul sensing component, the scoring sensing component will let the competitive players and coaches know the score by prompting; When the player's upper limbs go deep into the posture correction channel and pass through the scoring sensing component and the scoring distance and are at the foul sensing component, the foul sensing component will prompt it, so as to monitor the correct posture and scoring distance of the competitive player's upper limb attack , can correct wrong posture and hitting distance in time.

The present invention is further set up as follows: the score induction component includes an induction body that is elastically connected with the posture correction barrel and can expand and contract toward the foul induction assembly, and a swing body that is arranged outside the posture correction barrel and is connected with the induction body; The components include a power supply installed in the posture correction channel, a static conductive electrode plate, and a reminder light located outside the posture correction barrel and connected to the power supply. The end surface of the induction body facing the static conductive electrode plate is provided with a static conductive electrode. After the plates are adapted and contacted, they form a dynamic conduction plate for power conduction.

Among them, there are several installation holes on the posture correction barrel, and the induction body of the scoring induction component is connected with the posture correction barrel through an elastic connecting rope to tie the installation holes to the posture correction barrel. On the body, the swing body is connected with the induction body through a connecting rope.

By adopting the above technical solution, the structure of the score sensing component and the foul sensing component is simple, and the processing and assembly are relatively convenient.

The present invention is further set as: the cross-section of the posture correction passage in the posture correction barrel is circular.

With the above technical solution, the cross-section of the posture correction channel is circular in order to ensure that there are no dead angles in the posture correction channel, which is conducive to the insertion of the upper limbs of the athletes during training, and can also be more sensitive to the deviation of the athlete's posture. Collisions to the Posture Correction channel.

The present invention will be further described below in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is the structural schematic diagram of posture correcting bucket body in the embodiment 1 of the present invention;

Fig. 2 is the structural representation of embodiment 1 of the present invention;

Fig. 3 is a schematic structural diagram of Embodiment 2 of the present invention.

Detailed ways

The invention provides a kind of karate non-contact upper limb punching training equipment, which is specially used in karate non-direct contact upper limb training; it includes a ring-shaped posture correction barrel 1, and the posture correction barrel 1 is equipped with a And the posture correction channel 11 that is arranged along the axis of the posture correction barrel body 1, the posture correction channel 11 is provided with an upper limb entry end 12, which is an opening for the upper limbs of a competitor to insert, and the posture correction channel 11 is opposite to the other end of the upper limb entry end 12. A foul sensing component 2 is provided, and a scoring sensing component 3 is provided between the entry end 12 of the posture correction channel 11 and the foul sensing component 2 , and a scoring gap 4 is left between the foul sensing component 2 and the scoring sensing component 3 . Moreover, the cross-section of the posture correction channel 11 in the posture correction barrel 1 is circular, which is set in order to make the posture correction channel 11 have no dead angle, which is conducive to the insertion of the upper limbs of the competitive players during training, and can also be more sensitive. Collision to the posture correction channel 11 when there is a deviation in the posture of the competitive player; certainly, it is also feasible that the cross-section of the posture correction channel 11 is set to be a rectangle or a rhombus, but its angle is too much, which causes certain difficulty for training, so the present invention The former is preferred. The above scheme uses the posture correction barrel 1 and the posture correction channel 11 in the posture correction barrel 1. During the upper limb training process, the competitor is facing the posture correction channel 11 when punching, and inserts the upper limb into the posture correction channel. 11, if the elbows of the upper limbs do not touch the wall of the posture correction channel 11, then the punching posture is a normal posture, otherwise, it is an irregular posture, so that the competitors can train and adjust their posture without going through Visual inspection can know whether the posture is normal or not, which makes the training more convenient and improves the training efficiency; while the setting of the scoring sensing component 3 and the foul sensing component 2 in the posture correction channel 11 simulates the hitting process, that is, After the upper limbs of the competitive player go deep into the posture correction channel 11, when the hands of the upper limbs touch the scoring sensing component 3 or enter the scoring interval 4 between the scoring sensing component 3 and the foul sensing component 2, the scoring sensing component 3 Competitive players and coaches can be made aware of the score by prompting; when the upper limbs of the competitive player go deep into the posture correction channel 11 and pass through the scoring sensing component 3 and the scoring gap 4 and are at the foul sensing component 2, then the foul sensing component 3 will check it In this way, the correct posture and scoring distance of the upper limbs of the competitive players can be monitored, and the wrong posture and hitting distance can be corrected in time.

As shown in Figures 1-2, in Embodiment 1 of the present invention, the score sensor assembly 3 includes an induction body 31 that is elastically connected to the posture correction barrel body 1 and can expand and contract toward the foul sensor assembly 2, and is located on the posture correction barrel body. 1 outside and the swinging body 32 that is connected with the sensing body 31, the swinging body 32 is connected with the sensing body 31 through the connecting rope 33; The induction body 31 of the component 3 is tied to the installation hole 13 through the elastic connecting rope 34 and connected to the posture correction barrel 1. When the competitor hits the induction body 31, the induction body 31 is deformed and connected to the swing body 32 through the connection rope 33 After receiving the pulling force, it will swing outside the posture correction barrel body 1, so as to prompt the score; the foul sensing component 2 includes a power supply 21 located in the posture correction channel 11, a static conductive plate 22, and a static conductive plate 22 located in the posture correction barrel body. 1 outside and connected to the power supply 21, the inductor 31 of the scoring induction component 3 facing the end surface of the static conductive electrode plate 22 is provided with a dynamic conductive electrode that is adapted to the static conductive electrode plate 22 and forms the conduction of the power supply 21 after contact. Pole plate 311, the dynamic conduction plate 311 is fixed on the induction body 31 through the connector; When the pole plate 311 was in contact with the static conduction plate 22 in the foul induction assembly 2, then the power supply 21 was switched on, and the prompting lamp 23 was luminous, and this moment, it represented that the competitive player made a foul and did not score.

As shown in Figure 3, in Embodiment 2 of the present invention, the score sensor assembly 3 includes a score sensor 35 located on the wall surface of the posture correction channel 11 and is located outside the posture correction barrel 1 and is fixedly connected with the posture correction barrel 1 The score signal receiver 36 and the score indicator light 37 located on the score signal receiver 36, that is, when the fist of the competitor's upper limbs is at the score sensor 35, the score sensor 35 will collect the signal and transmit the signal to the score signal receiver. Device 36 place, make score indicating lamp 37 shine; Foul sensor assembly 2 includes the foul sensor 24 that is located on the posture correction channel 11 wall surfaces and is located at the outside of posture correction bucket body 1 and is fixedly connected with posture correction bucket body 1. Signal receiver 25 and the foul indicator light 26 that is located on the foul signal receiver 25. The score sensor 35 and the foul sensor 24 are respectively fixed in the posture correction channel 11 by screws, and the score signal receiver 36 and the foul signal receiver 25 are fixedly connected to the posture correction barrel 1 by screws.

Apparently, the above-mentioned embodiments are only examples for clear description, rather than limiting the implementation. For those of ordinary skill in the art, other changes or changes in different forms can be made on the basis of the above description. It is not necessary and impossible to list all implementation methods here. However, the obvious changes or changes derived therefrom still fall within the scope of protection of the present invention.

Claims (6)

1. a karate noncontact upper limbs is towards the fist exercise equipment; It is characterized in that: the correcting posture staving that includes ring-type; Be provided with the correcting posture passage of keeping supplying the limb placement and being provided with in the correcting posture staving along correcting posture staving axis; One end of this correcting posture passage is the upper limbs upstream end; The other end place that is oppositely arranged the upper limbs upstream end on the correcting posture passage is provided with the foul inductive component, and is provided with the score inductive component between the upstream end of correcting posture passage and the foul inductive component, leaves the score spacing between foul inductive component and the score inductive component.

2. karate noncontact upper limbs according to claim 1 is characterized in that towards the fist exercise equipment: described score inductive component includes with correcting posture staving elasticity and is connected, and can and is located at outside the correcting posture staving and the pendular body that is connected with inductor towards the flexible inductor of foul inductive component; Described foul inductive component includes to be located at power supply, the quiet conductive plate in the correcting posture passage and to be located at the warning light that the correcting posture staving is outer and is connected with power supply, and described inductor is provided with adaptive with quiet conductive plate and contact the moving conductive pole plate of formation power turn-on afterwards towards the end face of quiet conductive plate.

3. karate noncontact upper limbs according to claim 2 is towards the fist exercise equipment; It is characterized in that: described correcting posture staving is provided with some installing holes; The inductor of score inductive component hitches installing hole through the elasticity connection cord and is connected with the correcting posture staving; Inductor is a cloth, and the moving conductive pole plate is fixed on the inductor through connector, and pendular body is connected with inductor through connection cord.

4. karate noncontact upper limbs according to claim 1 is characterized in that towards the fist exercise equipment: described score inductive component include be located on the correcting posture channel wall sub sensor and be located at the outer and score signal receiver that is fixedly connected with the correcting posture staving of correcting posture staving and be located at the score indicator lamp on the score signal receiver; Described foul inductive component includes the foul sensor of being located on the correcting posture channel wall and is located at the outer and foul signal receiver that is fixedly connected with the correcting posture staving of correcting posture staving and is located at the foul indicator lamp on the signal receiver of breaking the rules.

5. karate noncontact upper limbs according to claim 4 is towards the fist exercise equipment; It is characterized in that: described sub sensor and foul sensor respectively through screw fixing with the correcting posture passage in, score signal receiver and foul signal receiver are fixedly connected with the correcting posture staving through screw is fixing.

According to claim 1 or 2 or 3 or 4 or 5 described karate noncontact upper limbs towards the fist exercise equipment, it is characterized in that: the cross section of the correcting posture passage in the described correcting posture staving is rounded.

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