JP2021106914A - Apparatus and method for multidirectional training of dragon dance - Google Patents

Abstract

To provide a professional training and method convenient for training dragon dance that is one of traditional ethnic sports in China.SOLUTION: A multidirectional training apparatus of dragon dance comprises: a hammer-like member 2 simulating the weight of a dragon body, for training to obtain professional power, agility and cooperation for dragon dance; a rail mechanism composed of plural arc-shaped parts 1 extending in different directions, for regulating the travel direction of the hammer-like member 2; and a base 3 for supporting the hammer-like member 2 and the rail mechanism.SELECTED DRAWING: Figure 1

Description

The present invention belongs to the field of sporting goods, and specifically relates to a multi-directional dragon dance training device and method.

Dragon dance is one of the traditional folk sports in China. The dragon dance performer dances the dragon dance by holding the rod and swinging it around. Dragon dance still occupies an important position in modern folk performing arts performances, and the effect of dragon dance is mainly determined by the dragon dance performer, so training for the performer is indispensable.

In the traditional training process for dragon dancers, we have always faced three challenges. The first is the power of the dragon dance performer. The dragon itself used for the dragon dance has a certain weight, and the resistance of the wind in the process of the dragon dance is also an important problem that the dragon dancer should overcome, and in the process of the dragon dance, a specific splendid movement must be performed. Dragon dance has certain requirements for power, which requires some muscle memory. The second is the agility of the dragon dance performers. Since dragon dances are highly demanded for shaking and face different situations among multiple dragon dance performers, it is necessary to judge the movement of the dragon dance in advance. , Must have high agility in each direction, and this agility requires long hours of training. The third issue is coordination, especially cooperation between the two, and the two dragon dancers generally have shoulder-riding movements, which need to be practiced jointly. Currently, the above training needs to be jointly conducted by multiple people under the guidance of a coach.

The inventor recognizes that, at present, there is no device or method for training the force, agility, and cooperative movement required for dragon dance, and there is no description about this device in the conventional literature. ..

A technical problem to be solved by the present invention is to provide a multi-directional dragon dance training device and method for the drawback that there is no convenient specialized training and method for dragon dance training in the prior art.

The rail mechanism includes a hammer-like member that imitates the weight of the dragon body, a rail mechanism for regulating the moving direction of the hammer-like member, and a base. The rail mechanism has a plurality of rails having different extension directions, and the hammer-like member. Can move within a plurality of rails, the rails are fixed to the base, the rails of the rail mechanism are arcuate, and the hammer-like members are multi-directional dragon dance training with at least a hammer head and a rod-like portion connected to each other. Device.

Further, a concave groove is provided in the base, and a concave groove cover that can be opened and closed is provided in the concave groove.

Further, the rail mechanism includes a plurality of arcuate portions, the arcuate portion includes two arcuate members, a first arcuate member and a second arcuate member, and the two arcuate members have radians and lengths. In the same way, both ends are connected to each other, and the plurality of arcuate parts fixed to the base are arranged in the circumferential direction, a rail is formed between them, and the plurality of arcuate parts are fixed to the base. NS.

Further, the arc-shaped member of the arc-shaped portion approaches the central axis direction of the arc-shaped portion at the end portion.

Further, the arc-shaped portion is provided with a first rod-shaped portion and a second rod-shaped portion connected to the two arc-shaped members, and the first rod-shaped portion and the second rod-shaped portion are connected to the upright plate, and the plurality of circles. All arcuate portions are connected to the base via an upright plate.

Further, a concave groove cover is provided at the uppermost portion of the concave groove, and the training assist device can be arranged in the concave groove.

Further, a pipe main body is provided in the concave groove, the pipe main body completely covers the side surface of the concave groove, a wide edge perpendicular to the pipe main body is provided at the tip of the pipe main body, and the wide edge is the end portion of the pipe main body. It extends radially outward from the pipe, and a joint portion of the concave groove cover is provided between the wide edge and the end of the pipe body.

Further, the hammer head of the hammer-shaped member includes a tubular member and a dumbbell, the dumbbell is fitted in the tubular member, and the rod-shaped portion penetrates the tubular member and is connected to the dumbbell.
Further, the base is columnar and has a plurality of layers, and the area of the base located in the upper layer is smaller than the area of the base located in the bottom layer.

The dragon dance training device and method adopted by the present invention follow the movement of the dragon dance by moving the hammer-shaped member in the rail, and in the process of moving the hammer-shaped member, the related muscle tissue, ligament tissue, etc. are trained. .. Multiple rails with different directions of the rail mechanism follow the movements of different directions in the process of dragon dance. The base is used to increase the difficulty of training, and by adding a base, it is possible to imitate the movement at a specific height.

Further, the present invention further discloses a training method for multi-directional dragon dance.
When the dragon dancer trains alone, the dragon dancer enters above the concave groove cover from the base, holds the concave groove cover as it is, grips the rod-shaped part, and when the two dragon dancers train together, the concave Open the groove cover, the lower dragon dancer enters the concave groove cover from the base, the upper dragon dancer stands on the lower dragon dancer's shoulder, grasps the rod-shaped part, and the dragon dancer When using the auxiliary device alone, first place the auxiliary device in the concave groove, open the concave groove cover, and the dragon dancer enters above the concave groove cover from the base and uses the auxiliary training device.
The step of grasping the rod-shaped part, penetrating the rod-shaped part through the rail, and moving it in the rail,
When the hammer head descends to the top of the base, the step of moving the hammer-like member upward,

When the hammer head rises to the tip of the rail, the trainee changes the direction of movement of the hammer-like member to move the hammer-like member to the rail in the other direction or to hold the direction of movement of the hammer-like member. , Including the step of continuously moving the hammer-like member along the opposite direction.

Further, the present invention further discloses a method for manufacturing a training device for a multi-directional dragon dance.
By fixing the relative positions of the first arc-shaped member and the second arc-shaped member in the arc-shaped portion, the plane on which the first arc-shaped member is located is perpendicular to the plane on which the second arc-shaped member is located. The step of welding both ends of the first arc-shaped member and both ends of the second arc-shaped member,

By welding the first rod-shaped portion, the first rod-shaped portion is connected to the midpoint position of the first arc-shaped member and the midpoint position of the second arc-shaped member, and by welding the second rod-shaped portion, the second rod-shaped portion is formed. A step of connecting the rod-shaped portions to a position close to one end of the first arc-shaped member to form a first arc-shaped portion, and repeating this step to complete the production of a plurality of arc-shaped portions.

A step of connecting the upper bottom side of the upright plate or the inside of the upper bottom side to the first rod-shaped part and connecting the second rod-shaped part to the hypotenuse or the inside of the hypotenuse of the upright plate.
Guarantee that the right-angled sides of the upright plate are connected to the annular member of the base, and a plurality of arcuate parts are arranged in the circumferential direction, the annular member is attached to the upper surface of the base, and the annular member and the concave groove are concentric. Steps to do and

Includes the step of mounting the pipe body in the recessed groove of the base, ensuring that the wide edge of the pipe body is located at the tip of the base, and mounting the recessed groove cover at the top of the pipe body.

The beneficial effects of the present invention are as follows.
1. By moving the hammer-shaped member in the rail, it imitates the movement of the dragon dance. In the process of moving the hammer-like member, the related muscle tissue, ligament tissue, etc. are trained. Multiple rails with different directions of the rail mechanism follow the movements of different directions in the process of dragon dance. The base is used to increase the difficulty of training, and by adding a base, it is possible to imitate the movement at a specific height. The entire device is designed to imitate the dragon dance, and it is possible to improve the professional qualities of the dragon dance performer.

2. By performing dragon dance training using the device disclosed in the present invention, it is possible not only to imitate the specialized training of power and agility required when performing by one person, but also to perform dragon dance in which two people cooperate. It is also possible to imitate the operation of. In addition, by sufficiently imitating the dragon dance movements in various directions, the efficiency of the dragon dance training is effectively improved, and the purpose of training by one person or two people is realized.

The drawings are used for further understanding of the present invention and form a part of the specification, and describe the present invention together with examples of the present invention, and do not limit the present invention. do not have.

It is a front view of Example 1. FIG. It is a front view which removed the base in Example 1. FIG. It is the schematic of the adjacent arcuate part and the upright plate in Example 1. FIG. It is the schematic of the single arc-shaped part connected to the upright plate in Example 1. FIG. It is the schematic of the base in Example 1. FIG. It is the schematic of the concave groove cover in Example 1. FIG. It is the schematic of the pipe main body in Example 1. FIG. It is the schematic of the hammer-like member in Example 1. FIG. It is the schematic of the rail in Example 1. FIG.

A multi-directional dragon dance training device

It is equipped with a hammer-shaped member that imitates the weight of the dragon body, a rail mechanism for regulating the moving direction of the hammer-shaped member, and a base. The rail mechanism has a plurality of rails having different drawing directions, the hammer-shaped member can move in the plurality of rails, and the rails are fixed to the base.
The rail of the rail mechanism has an arc shape.
The hammer-shaped member includes at least a hammer head and a rod-shaped portion connected to each other. A concave groove is provided in the base.

Further, the rail mechanism includes a plurality of arcuate portions. The arc-shaped portion includes two arc-shaped portions, a first arc-shaped member and a second arc-shaped member. These two arc-shaped members have the same radian and length, and both ends are connected to each other. In each case, a plurality of arcuate portions fixed to the base are arranged in the circumferential direction, and a rail is formed between them.
Further, the arc-shaped member of the arc-shaped portion approaches the central axis direction of the arc-shaped portion at the end portion.

Further, the arc-shaped portion is provided with a first rod-shaped portion and a second rod-shaped portion connected to the two arc-shaped members, and the first rod-shaped portion and the second rod-shaped portion are connected to the upright plate, and the plurality of circles. All arcuate portions are connected to the base via an upright plate.
Further, a concave groove cover is provided at the uppermost portion of the concave groove, and the training assist device can be arranged in the concave groove.

Further, a pipe main body is provided in the concave groove, the pipe main body completely covers the side surface of the concave groove, a wide edge perpendicular to the pipe main body is provided at the tip of the pipe main body, and the wide edge is the end portion of the pipe main body. It extends radially outward from the pipe, and a joint portion of the concave groove cover is provided between the wide edge and the end of the pipe body.

Further, the hammer head of the hammer-shaped member includes a tubular member and a dumbbell. The dumbbell is fitted in the tubular member, and the rod-shaped portion penetrates the tubular member and is connected to the dumbbell.
Further, the base is columnar and has a plurality of layers. The area of the base located in the upper layer is smaller than the area of the base located in the bottom layer.

When the dragon dancer trains alone, the dragon dancer enters above the concave groove cover from the base, holds the concave groove cover as it is, grips the rod-shaped part, and when the two dragon dancers perform cooperative training, the concave groove cover. The dragon dancer located below enters the concave groove cover from the base, the dragon dancer located above stands on the shoulder of the dragon dancer located below, grasps the rod-shaped part, and the dragon dancer alone When using the auxiliary device in, first, the auxiliary device is placed in the concave groove, the concave groove cover is opened, and the dragon dancer enters above the concave groove cover from the base and uses the auxiliary training device.

The step of grasping the rod-shaped part, penetrating the rod-shaped part through the rail, and moving it in the rail,
When the hammer head descends to the top of the base, the step of moving the hammer-like member upward,

When the hammer head rises to the tip of the rail, the trainee changes the direction of movement of the hammer-like member to move the hammer-like member to the rail in multiple directions or to hold the direction of movement of the hammer-like member. A multi-directional dragon dance training method that includes the step of continuously moving the hammer-like member along the opposite direction.

By fixing the relative positions of the first arc-shaped member and the second arc-shaped member in the arc-shaped portion, the plane on which the first arc-shaped member is located becomes perpendicular to the plane on which the second arc-shaped member is located. In this way, the step of welding both ends of the first arc-shaped member and both ends of the second arc-shaped member,

The first rod-shaped portion is welded, the first rod-shaped portion is connected to the midpoint position of the first arc-shaped member and the midpoint position of the second arc-shaped member, and the second rod-shaped portion is welded to form the second rod-shaped portion. Is connected to a position close to one end of the first arc-shaped member to form a first arc-shaped portion, and this step is repeated to complete the production of a plurality of arc-shaped portions.
A step of connecting the upper bottom side of the upright plate or the inside of the upper bottom side to the first rod-shaped part and connecting the second rod-shaped part to the hypotenuse or the inside of the hypotenuse of the upright plate.

Guarantee that the right-angled sides of the upright plate are connected to the annular member of the base, and a plurality of arcuate parts are arranged in the circumferential direction, the annular member is attached to the upper surface of the base, and the annular member and the concave groove are concentric. Steps to do and

A multi-directional dragon dance training device that includes a step of mounting the pipe body in the recessed groove of the base, ensuring that the wide edge of the pipe body is located at the tip of the base, and mounting the recessed groove cover at the top of the pipe body. Production method.
The technical solution of the present invention will be described in more detail below with reference to the drawings and examples.

All of the following detailed descriptions are exemplary and are intended to provide further explanation of the present application. Unless otherwise stated, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art.

It should be noted that the terms used herein are merely for explaining the embodiments for carrying out the invention, and do not intentionally regulate the exemplary embodiments of the present application. As used herein, the singular is intended to also include the plural, unless otherwise specified, and the terms "contains" and / or "contains" are used herein. If so, it indicates the presence of features, steps, operations, devices, assemblies and / or combinations thereof.
The terms related to the directions in the following examples have been explained based on the drawings and actual usage habits.

Example 1
It is a multi-directional dragon dance training device, and includes a hammer-shaped member 2 that imitates the weight of the dragon body, a rail mechanism for regulating the moving direction of the hammer-shaped member 2, and a base 3. The rail mechanism has a plurality of rails having different stretching directions, the hammer-shaped member 2 can move in the plurality of rails, and the rails are fixed to the base 3.

The rail mechanism includes a plurality of arcuate portions 1. The arcuate portion 1 includes two arcuate members having the same radian and length, and both ends of the two arcuate members are connected to each other. The plurality of arcuate portions 1 are arranged in the circumferential direction, and a rail is formed between them. The rail of the rail mechanism has an arc shape, and the plurality of arcuate portions 1 are all fixed to the base 3.

The arc-shaped member of the arc-shaped portion 1 approaches the central axis direction of the arc-shaped portion 1 at the ends so that both ends of the rail form the rail upper exit 15 and the rail lower outlet 16 wider than the rail body.

The arc-shaped portion 1 is provided with a first rod-shaped portion 13 connected to two arc-shaped members, the first rod-shaped portion 13 is connected to an upright plate 14, and all of the plurality of arc-shaped portions 1 are upright plates. It is connected to the base 3 via 14.

In this embodiment, as shown in FIG. 4, a total of eight arcuate portions 1 are distributed in a cross shape on the base 3, and eight rails are formed between them. Since the arc-shaped member approaches the central axis direction of the arc-shaped portion 1 at the end and the actual width of both ends of the rail is larger than the width of the rail body, the hammer-shaped member 2 can be easily taken in and out. To facilitate training, the arc length of the arcuate member is longer than the length of the hammer head.

In this embodiment, the arcuate member is formed of a metal rod whose both ends are curved to the same side. When the two arc-shaped members are welded, both ends of the first arc-shaped member 11 are bent in the first direction, and both ends of the second arc-shaped member 12 are bent in the second direction. The specifications of the first arc-shaped portion 11 and the second arc-shaped portion 12 are the same, and the first direction and the second direction are opposite. By fixing the relative positions of the first arc-shaped member 11 and the second arc-shaped member 12, the plane on which the first arc-shaped member 11 is located becomes perpendicular to the plane on which the second arc-shaped member 12 is located. Both ends of the first arc-shaped member 11 and both ends of the second arc-shaped member 12 are welded, and the first rod-shaped portion 13 is welded to the midpoint position of the first arc-shaped member 11 and the midpoint of the second arc-shaped member 12. By connecting the positions, the first arc-shaped portion 11 is formed. The second, third, fourth, fifth, sixth, seventh, and eighth arcuate portions are manufactured in the same manner.
Further, the arc degree of the first arc-shaped member 11 and the arc degree of the second arc-shaped member 12 are both obtuse angles.

Since the plane on which the first arc-shaped member 11 and the second arc-shaped member 12 are located is 45 °, it can be assumed that the spherical surface completely overlaps the first arc-shaped member 11 and the second arc-shaped member 12.

In this embodiment, the arcuate portion 1 and the base 3 are connected via an upright plate 14. As shown in FIG. 3, the upright plate 14 has a right-angled trapezoid, and its upper side and bottom side are connected to the first rod-shaped portion 13 and the second rod-shaped portion (not shown in the figure), respectively. The upright plate 14 is manufactured of a material having sufficient strength.
Further, the hypotenuse of the upright plate 14 is arcuate, and is in close contact with the spherical surface in which the first arcuate member 11 and the second arcuate member 12 are combined.

The hammer-shaped member 2 includes at least a hammer head and a rod-shaped portion connected to each other. The length of the rod-shaped portion is close to the length of the rod-shaped portion 23 gripped during the dragon dance. In this embodiment, the rod-shaped portion is manufactured from a wooden rod.
Further, in order to weld the hammer head, a metal pipe is fitted at the end of the rod-shaped portion.

The hammer head of the hammer-shaped member 2 includes a tubular member 21 and a dumbbell 22. The dumbbell 22 is fitted in the tubular member 21, and the rod-shaped portion penetrates the tubular member 21 and is connected to the dumbbell 22.

In this embodiment, by using the dumbbell 22, the weight of the hammer head can be voluntarily changed, and a training plan can be easily created. For the connection between the dumbbell 22 and the rod-shaped portion, a method such as welding, riveting, or bolting can be adopted.

Further, the center pole of the dumbbell 22 is directly welded to the metal pipe at the end of the rod-shaped portion, or the center pole of the dumbbell 22 is connected to the rod-shaped portion via a metal T joint.

A concave groove is provided in the base 3, and a concave groove cover 34 is provided at the uppermost portion of the concave groove. The training assist device can be arranged in the recessed groove. The base 3 is columnar and has a plurality of layers. The area of the base 3 located in the upper layer is smaller than the area of the base 3 located in the bottom layer.

In this embodiment, the base 3 is provided with two stepped layers, and the purpose of designing the base 3 in this way is to allow the trainee to quickly reach the top surface of the base 3. .. The concave groove in the base 3 is cylindrical, and a pipe is arranged in the concave groove. Not only can the training assist device be arranged in the recessed groove, but also when two people are training, a person can be stood up and housed inside the groove. In this embodiment, the concave groove in the base 3 is columnar, and in another embodiment, the concave groove may have another spatial shape having a constant volume.

Further, in order to improve the manufacturing efficiency, the base 3 further includes an annular member 31. The upright plate 14 is first fixedly connected to the annular member 31, and then the annular member 31 is connected to the base 3, so that the annular member 31 is used for fixedly connecting the upright plate 14.

Further, in order to improve the experience of using the concave groove, the pipe main body 43 is provided in the concave groove, the pipe main body 43 completely covers the side surface of the concave groove, and the tip of the pipe main body 43 is perpendicular to the pipe main body 43. A wide edge 42 is provided, and the wide edge 42 extends radially outward from the end of the pipe body 43. A recessed groove cover joining portion 41 is provided between the wide edge 42 and the end of the pipe body 43 so that the recessed groove cover 34 can be easily joined and attached.

In this embodiment, specifically, the height of the base 3 is 1.5 m to 2.0 m so that the trainee can easily enter the recessed groove. In order to facilitate training, the arc length of the arc-shaped member is 1.5 m to 2.0 m.

In this embodiment, the handle 342 is fixedly connected to the uppermost portion of the concave groove cover 34 in order to lift the concave groove cover 34 via the handle 342 and further expose the concave groove.

As shown in FIGS. 3 and 4, in order to further fix the arcuate portion 1, an annular member 31 is installed in the lower half of the arcuate portion 1, and the annular member 31 connects the upright plate 14.

According to this embodiment, it has at least the following beneficial effects.
1. In this embodiment, the hammer-shaped member 2 is moved in the rail to imitate the operation of the dragon dance. In the process of moving the hammer-like member 2, related muscle tissue, ligament tissue, and the like are trained. Multiple rails with different directions of the rail mechanism follow the movements of different directions in the process of dragon dance. The base 3 is used to increase the difficulty of training, and by adding the base 3, it is possible to imitate the movement at a specific height. The entire device is designed to imitate the dragon dance, improving the professional qualities of the dragon dance performer.

2. In this embodiment, in order to facilitate the insertion and removal of the hammer-shaped member 2 during training, wide outlets are formed at the tip and bottom ends of the arc-shaped portion 1, the training speed is increased, and the training level is improved.

Example 2
The second embodiment discloses a multi-directional dragon dance training method. Taking a dragon dance performer who trains alone as an example, the dragon dance performer enters above the concave groove cover 34 from the base 3, holds the concave groove cover 34 as it is, and grips the rod-shaped portion.
The rod-shaped portion is gripped, the rod-shaped portion is passed through the rail, and the rod-shaped portion is moved in the rail.
When the hammer head descends to the top of the base 3, the hammer-like member 2 is moved upward.

When the hammer head rises to the tip of the rail, the trainee changes the moving direction of the hammer-shaped member 2 to move the hammer-shaped member 2 to the rail in another direction, or the moving direction of the hammer-shaped member 2. And continuously move the hammer-shaped member 2 along the opposite direction.

In this embodiment, the dragon dancer trains by using the hammer-shaped member 2 alone, and the movement locus of the hammer-shaped member 2 is regulated by the gripping portion of the dragon dancer and the rail, and moves along the shape of the rail. .. Since there are eight rails, and each rail is actually 45 ° apart, at least seven directions can be selected each time the hammer-like member slides out from above the rails during actual movement, in fact. Simulate the operating environment of the dragon dance as much as possible. In the actual dragon dance, the changes in the advance of the team are various, and although there are generally many S-shaped routes, each dragon dance performer needs to swing the dragon dance in the process of advance, and the outside such as wind speed and terrain Face the impact of the environment. Therefore, there are various directions to face during dragon dance, and it is necessary to install rails in multiple directions.

Example 3
Example 3 discloses a multi-directional dragon dance training method. Taking two dragon dancers who train in cooperation as an example, the concave groove cover 34 is opened, the dragon dancer located below enters the concave groove cover 34 from the base 3, and the dragon dancer located above is located below. Stand on the dragon dancer's shoulder and grasp the rod-shaped part.
The rod-shaped portion is gripped, the rod-shaped portion is passed through the rail, and the rod-shaped portion is moved in the rail.
When the hammer head descends to the top of the base 3, the hammer-like member 2 is moved upward.

When the hammer head rises to the tip of the rail, the trainee changes the moving direction of the hammer-shaped member 2 to move the hammer-shaped member 2 to the rail in another direction, or the moving direction of the hammer-shaped member 2. And continuously move the hammer-shaped member 2 along the opposite direction.

In this embodiment, the dragon dancer located above is trained using the hammer-shaped member 2. The training situation to be followed in this embodiment is a general movement in the dragon dance movement. Specifically, in the performance of this movement, the first dragon dancer jumps up, at the same time, the second dragon dancer prepares to put the first dragon dancer on his shoulder, and the first dragon dancer is on the shoulder of the second dragon dancer. At the same time, the 2nd dragon dancer holds both feet of the 1st dragon dancer firmly with both hands and fixes the position of the 1st dragon dancer as much as possible.

Therefore, in this embodiment, the operating state of the hammer-shaped member 2 is similar to that of the third embodiment. In the actual dragon dance, the changes in the advance of the team are various, and although there are generally many S-shaped routes, each dragon dance performer needs to swing the dragon dance in the process of advance, and the outside such as wind speed and terrain Face the impact of the environment. Therefore, there are various directions to face during dragon dance, and it is necessary to design a sufficient rotating space.

In this embodiment, when the dragon dancer located below performs a dragon dance, it is necessary to firmly hold both feet of the first dragon dancer with both hands and fix the position of the dragon dancer located above as much as possible.

Example 4
Example 4 discloses a multi-directional dragon dance training method. Taking the example of independent training of a dragon dancer, first, a running machine is installed in the recess, and in order to make it easier for the dragon dancer to use the running machine, the running machine is lifted using blocks to raise the running machine to a certain height. Let's go.
The concave groove cover 34 is opened, and the dragon dancer stands on the running machine and grips the rod-shaped portion.
The rod-shaped portion is gripped, the rod-shaped portion is passed through the rail, and the rod-shaped portion is moved in the rail.
Start the running machine and the dragon dancer starts running at the same time.
When the hammer head descends to the top of the base 3, the hammer-like member 2 is moved upward.

When the hammer head rises to the tip of the rail, the trainee changes the moving direction of the hammer-shaped member 2 to move the hammer-shaped member 2 to the rail in another direction, or the moving direction of the hammer-shaped member 2. And continuously move the hammer-shaped member 2 along the opposite direction.

In this embodiment, the operating state of the hammer-shaped member 2 is similar to that of the third embodiment. In the actual dragon dance, there are various changes in the progress of the team, and generally there are many S-shaped routes. In this embodiment, in order to facilitate agility training, a running machine is used to imitate the dragon dancer running forward in the process of advancing.

As shown in FIG. 9, when training by the method disclosed in this embodiment, training can be performed according to the following rules. Each time the hammer-like member slides out from above the first rail 61, it enters the second rail 62 on the opposite side of the first rail 61, slides out from above the second rail 62, and is next to the first rail 51. Enter the 3rd rail 63, slide from above the 3rd rail 63, enter the 4th rail 64 on the opposite side of the 3rd rail 63, slide from above the 4th rail 64, and slide from the upper side of the 3rd rail 63. Enter rail 65, slide from above the fifth rail 65, enter the sixth rail 66 on the opposite side of the fifth rail 65, slide from above the sixth rail 66, and slide from above the sixth rail 66 to the seventh. Enter the rail 67, slide from above the 7th rail 67, enter the 8th rail 66 next to the 6th rail 66, slide from above the 8th rail 68, and enter the 1st rail 61. Repeat this.

Example 5
Example 5 discloses a multi-directional dragon dance training method. Taking the solo training of a dragon dancer as an example, first, a long bench that imitates a person's shoulder is provided in the concave groove, and the long bench is lifted using blocks so that the person can stand on the long bench, and the long bench is fixed. The height of.
The step of opening the concave groove cover 34, the dragon dancer standing on the long bench, and grasping the rod-shaped part,
The step of grasping the rod-shaped part, penetrating the rod-shaped part through the rail, and moving it in the rail,
When the hammer head descends to the top of the base 3, the step of moving the hammer-like member 2 upward and

When the hammer head rises to the tip of the rail, the trainee changes the moving direction of the hammer-shaped member 2 to move the hammer-shaped member 2 to the rail in another direction, or the moving direction of the hammer-shaped member 2. Includes a step of holding and continuously moving the hammer-like member 2 along the opposite direction.

In this embodiment, the operating state of the hammer-shaped member 2 is similar to that of the third embodiment. The actual dragon dance has a shoulder-riding motion, which in this embodiment imitates the shoulder on a long bench, but other similar devices may be used to imitate the shoulder.

Example 6
Example 6 discloses a method for manufacturing a multi-directional dragon dance device.
By fixing the relative positions of the first arc-shaped member 11 and the second arc-shaped member 12 in the arc-shaped portion 1, the plane on which the first arc-shaped member 11 is located is the plane on which the second arc-shaped member 12 is located. A step of welding both ends of the first arc-shaped member 11 and both ends of the second arc-shaped member 12 so as to be perpendicular to the first arc-shaped member 11.

By welding the first rod-shaped portion 13 and connecting the midpoint position of the first arc-shaped member 11 and the midpoint position of the second arc-shaped member 12, the first arc-shaped portion is formed, and the second and third arc-shaped portions are formed. , The step of manufacturing the fourth, fifth, sixth, seventh, and eighth arcuate parts by the same method, and

The upper bottom plate of the upright plate 14 may be welded to the first rod-shaped portion 13, the first rod-shaped portion 13 may be directly penetrated above the upright plate 14, and the first rod-shaped portion 13 may be welded to the hypotenuse of the upright plate 14. Also, a step in which the first rod-shaped portion 13 may be directly penetrated inside the hypotenuse of the upright plate 14 and

The right-angled sides of the upright plate 14 are welded or screwed to the annular member 31 of the base 3, the first to eighth arcuate portions 1 are arranged in the circumferential direction, and the annular member 31 is attached to the tip of the base 3. And the step of ensuring that the annular member 31 and the groove are concentric,

A step of mounting the pipe body 43 in the recessed groove of the base 3, ensuring that the wide edge 42 of the pipe body 43 is located at the tip of the base 3, and mounting the recessed groove cover 34 at the top of the pipe body 43. include.

The above description is merely a preferred embodiment of the present application and does not limit the present application, and the present application can be modified and amended in various ways for those skilled in the art. Any amendments, equivalent substitutions, improvements, etc. made within the scope of the gist and principles of this application shall be included in the scope of protection of this application.

1, arc-shaped part 11, first arc-shaped part 12, second arc-shaped part 13, first rod-shaped part 14, upright plate 15, rail upper exit 16, rail lower outlet 2, hammer-shaped member 21, tubular member 22, dumbbell 23, rod-shaped part 3, base 31, annular member 32, first layer base 33, second layer base 34, recessed groove cover 341, recessed groove cover body 342, handle 41, recessed groove cover joint part 42, wide Edge 43, pipe body 61, 1st rail 62, 2nd rail 63, 3rd rail 64, 4th rail 65, 5th rail 66, 6th rail 67, 7th rail 68, 8th rail.

Claims (10)

The rail mechanism includes a hammer-like member that imitates the weight of the dragon body, a rail mechanism for regulating the moving direction of the hammer-like member, and a base. The rail mechanism has a plurality of rails having different extension directions, and the hammer-like member. Can move within multiple rails, the rails are fixed to the base,
The rail of the rail mechanism has an arc shape and has an arc shape.
A multi-directional dragon dance training device, wherein the hammer-shaped member includes at least a hammer head and a rod-shaped portion connected to each other, and a concave groove is provided in the base. The rail mechanism includes a plurality of arcuate portions.
The arc-shaped portion includes two arc-shaped members, a first arc-shaped member and a second arc-shaped member.
The two arc-shaped members have the same radian and length, and both ends are connected to each other.
The multi-directional dragon dance training device according to claim 1, wherein a plurality of arcuate portions fixed to the base are arranged in the circumferential direction, and a rail is formed between them. The multi-directional dragon dance training apparatus according to claim 2, wherein the arc-shaped member of the arc-shaped portion approaches the arc-shaped portion in the direction of the central axis of the arc-shaped portion at the end. The arc-shaped portion is provided with a first rod-shaped portion and a second rod-shaped portion connected to two arc-shaped members.
The first rod-shaped portion and the second rod-shaped portion are connected to an upright plate, and the first rod-shaped portion and the second rod-shaped portion are connected to an upright plate.
The multi-directional dragon dance training device according to claim 2, wherein the plurality of arcuate portions are all connected to the base via an upright plate. The multi-directional dragon dance training device according to claim 1, wherein a recessed groove cover is provided at the uppermost portion of the recessed groove, and a training assisting device can be arranged in the recessed groove. A pipe body is provided in the groove, the pipe body completely covers the side surface of the groove, a wide edge perpendicular to the pipe body is provided at the tip of the pipe body, and the wide edge is a pipe from the end of the pipe body. The multi-directional dragon dance training device according to claim 5, wherein a joint portion of a concave groove cover is provided between a wide edge and an end portion of a pipe body so as to extend radially outward. A claim characterized in that the hammer head of the hammer-shaped member includes a tubular member and a dumbbell, the dumbbell is fitted in the tubular member, and the rod-shaped portion penetrates the tubular member and is connected to the dumbbell. Item 1. The multi-directional dumbbell training device according to item 1. The multi-directional dragon dance training apparatus according to claim 1, wherein the base is columnar, has a plurality of layers, and the area of the base located in the upper layer is smaller than the area of the base located in the bottom layer. When the dragon dancer trains alone, the dragon dancer enters above the concave groove cover from the base, holds the concave groove cover as it is, grips the rod-shaped part, and when the two dragon dancers train together, the concave Open the groove cover, the lower dragon dancer enters the concave groove cover from the base, the upper dragon dancer stands on the lower dragon dancer's shoulder, grasps the rod-shaped part, and the dragon dancer When using the auxiliary device alone, first, the auxiliary device is placed in the concave groove, the concave groove cover is opened, and the dragon dancer enters above the concave groove cover from the base and uses the auxiliary training device. ,
The step of grasping the rod-shaped part, penetrating the rod-shaped part through the rail, and moving it in the rail,
When the hammer head descends to the top of the base, the step of moving the hammer-like member upward,
When the hammer head rises to the tip of the rail, the trainee changes the direction of movement of the hammer-like member to move the hammer-like member to the rail in multiple directions or to hold the direction of movement of the hammer-like member. The method for training a multi-directional dragon dance according to any one of claims 1 to 8, further comprising a step of continuously moving the hammer-shaped member along the opposite direction. By fixing the relative positions of the first arc-shaped member and the second arc-shaped member in the arc-shaped portion, the plane on which the first arc-shaped member is located is perpendicular to the plane on which the second arc-shaped member is located. The step of welding both ends of the first arc-shaped member and both ends of the second arc-shaped member,
By welding the first rod-shaped portion, the first rod-shaped portion is connected to the midpoint position of the first arc-shaped member and the midpoint position of the second arc-shaped member, and by welding the second rod-shaped portion, the second rod-shaped portion is formed. A step of connecting the rod-shaped portions to a position close to one end of the first arc-shaped member to form a first arc-shaped portion, and repeating this step to complete the production of a plurality of arc-shaped portions.
A step of connecting the upper bottom side of the upright plate or the inside of the upper bottom side to the first rod-shaped part and connecting the second rod-shaped part to the hypotenuse or the inside of the hypotenuse of the upright plate.
Guarantee that the right-angled sides of the upright plate are connected to the annular member of the base, and a plurality of arcuate parts are arranged in the circumferential direction, the annular member is attached to the upper surface of the base, and the annular member and the concave groove are concentric. Steps to do and
It is characterized by including a step of mounting the pipe body in the recessed groove of the base, ensuring that the wide edge of the pipe body is located at the tip of the base, and mounting the recessed groove cover at the top of the pipe body. How to manufacture a multi-directional dragon dance training device.

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