RU197120U1 - SHOCK SIMULATOR FOR MARTIAL ARTS - Google Patents

Abstract

The utility model relates to sports equipment, in particular to percussion simulators for martial arts. A percussion simulator for martial arts, comprising at least one electric drive, fasteners, at least one shock stick, fixed on the electric drive through an elastic element, rigidly fixed to the electric drive by a latch. The technical result achieved when using the utility model is that the design and equipment of a percussion simulator for martial arts reduces the risk of injury to the user during operation of the simulator.

Description

FIELD OF TECHNOLOGY

The utility model relates to sports equipment, in particular to percussion simulators for martial arts.

BACKGROUND

A percussion device is known, consisting of a first component device and a second component device, which closely simulates the actual box, challenging the user with the combined tasks of striking at least one contact device, avoiding or preventing a shock from a rotating percussion device. The first component device has a vertical support, which is mounted on the floor or on the wall with at least one surface mounted device attached to the vertical support. There may be six devices with overlays, three devices with overlays attached to the vertical support in a common horizontal row to form the upper group, and three devices with overlays attached in the usually horizontal row at a distance below the upper group to form the lower group. Each gasket device has a spring extending from the back of the gasket portion to the vertical support. When struck with a punch, the devices are compressed and then returned to their original position. The second component device consists of a motorized arm with a percussion device, such as a boxing glove attached to the end of the motorized arm.

The motorized lever is attached to an engine lever that rotates the motorized lever at any desired rotation speed, including arbitrary tuning. The handle can be rotated 360 degrees in proximity to the upper and lower groups of pillows of the first component of the device. Ideally, the user of the percussion device should try to avoid being struck by the percussion device when it rotates, when the user strikes at least one contact device (US 5735775, 03/21/1997, IPC A63B 69/00, A63B 69/20, A63B 69/34 )

Also known is a training apparatus, a training system and a training method comprising a rotating arm that allows a user to punch a punching ball with his fist while swinging and dodging to avoid a rotating arm. A base plate for balance and a stand that extends from the base plate are provided. The horizontal arm extends from the rack, allowing the pendant to hang on the horizontal arm. A motorized pivot arm with a cushion pad at its remote end is attached to the horizontal arm and rotates, which may require the user to avoid contact with the cushion pad located at the remote end of the motorized pivot arm. This simulator simulates the movements necessary in contact sports, such as boxing, kickboxing and other martial arts (US 2004224826, 05/07/2003, IPC A63B 69/34).

Also known as a percussion simulator of a rotating type. The rotating type impact simulator includes a shock ball, a support arm for supporting the shock ball, the support arm is adjustable in length in the direction of one end of the support arm to allow adjustment of the shock arm of the shock ball supporting the strut to support the other end of the support arm in such a way that the support arm could rotate 360 degrees, the support rod is adjustable in length in the vertical direction to allow adjustment of the height of the simulator with a shock ball, and the support th platform support rack. Using the rotary impact simulator, the user can foresee the trajectory of the shock ball, which allows him to easily deliver consistent hits. (US 2012129660, 05/02/2018., IPC A63B 69/20, A63B 69/24).

The main disadvantage of the known technical solutions is the low level of safety in the operation of such simulators and the inability to use such users with a low level of training.

ESSENCE OF A USEFUL MODEL

The technical problem solved by the claimed utility model is to create a new percussion simulator for martial arts, providing a high level of safety for the trainee.

The technical result achieved when using the utility model is that the design and equipment of a percussion simulator for martial arts reduces the risk of injury to the user during operation of the simulator.

To solve this problem and achieve the claimed technical result, a martial arts percussion simulator is proposed, comprising at least one electric drive, fasteners, at least one shock stick fixed on the electric drive through an elastic element rigidly fixed to the electric drive by a latch.

In addition, in the proposed percussion simulator for martial arts, the fixture is designed to fix the percussion simulator on the fixation rack, which in turn has a support platform for installation on the fixation surface.

At the same time, the fasteners are made in the form of a movable hinge, which allows you to adjust the angle of attachment of the simulator on the fixing rack.

Moreover, a boxing bag is additionally attached to the supporting platform of the martial arts percussion simulator.

Also, the boxing bag attached to the supporting platform of the martial arts percussion simulator contains an acceleration sensor that transmits data to the terminal device.

In addition, at least one electric martial arts percussion trainer is programmable.

BRIEF DESCRIPTION OF THE DRAWINGS

The utility model is illustrated by drawings. The drawings are presented in a volume sufficient for specialists to understand the utility model, and in no way limit the scope of the utility model. In the drawings, like elements are denoted by like reference numerals.

In FIG. 1 shows the simulator assembly according to independent paragraph 1;

In FIG. 2 shows an example of a simulator assembly with all structural elements;

In FIG. 3 shows an example of the use of a simulator and an example of the operation of an elastic element.

DESCRIPTION OF IMPLEMENTATION OF A USEFUL MODEL

As shown in FIG. 1 shock simulator for martial arts consists of at least one electric drive 1 having fasteners 2 on the fixed part of the electric drive housing 1, a shock stick 3, rigidly fixed to the movable part of the electric drive housing 1 by a retainer 4, through an elastic element 5.

At the same time, at least one electric drive 1, if necessary and at the request of the user, can be programmed, which will allow the user to set the rotation mode of the electric drive 1. Under the rotation mode is meant to set the parameters of acceleration of rotation, the angle of rotation of the electric drive 1. In this case, the rotation speed can be set in accordance with the actual speed of impact of a professional fighter, and also a combination of turning angles can be set through the return of the rotation mechanism to the original Assumption that simulates deceptive motion inherent in the art of martial arts.

If necessary and at the request of the user, the percussion simulator can be fixed on the fixing rack 6 by means of fasteners 2, which in turn has a supporting platform 7, designed to install the structure on the fixing surface, which can be a floor, wall or ceiling. The stand 6 can be adjusted in height, depending on the needs of the user.

In turn, the fastener 2 can be made in the form of a movable hinge, thereby the impact simulator can be oriented at any angle convenient for the user.

Impact stick 3 of the impact simulator serves to simulate impact and can be made of any lightweight material, in the preferred embodiment, the material is foam rubber, but it can also be rubber, plastic or any other polymer, if necessary, inflatable stick 3 can be used ball. The use of such impact sticks as an element of impact simulation provides a high level of safety for the user when operating the impact simulator, since the materials used can not cause significant harm to the user's health in direct contact, in contrast to using a glove or impact ball as an impact element, as in the well-known prior art.

As the fixation of the shock stick 3, an elastic element 5 is used, in which the spring is used in the preferred embodiment, but it can also be a metal plate, rubber, plastic, any other polymer. This type of fixation ensures the smooth running of the shock stick 3, reduces the load on the thrust part of the shock stick 3, by compensating for fluctuations while scrolling the electric drive 1 both in the forward and in the return direction, eliminating the possibility of a break in the shock stick 3, as well as increasing safety simulator operation by the user.

If necessary, the user can install the shock bag 8. The fastening of the shock bag is carried out by an additional fixation rack 9, which, like the fixation rack 6, is adjustable in height, depending on the needs of the user. Such a design variant of the simulator allows the user to work out more complex elements of the technique, including combinations of dodging an impact with a stick 3 and striking back at an impact bag 8.

In turn, if necessary, the user can use the shock bag 8 containing an acceleration sensor 10. Such an acceleration sensor 10 allows the user to measure the speed of impact when striking the shock bag 8. Acceleration sensor data is transmitted to the terminal device by wire or wirelessly, where the shock velocity is calculated by the corresponding software.

Next will be described an example of the utility model.

On the supporting platform 7, installed on the floor, a fixing stand 6 is installed, on which two programmable electric drives 1 are fixed with fasteners 2, also on an supporting platform 7 an additional fixing stand 9 is installed with a shock bag 8 attached to it with an acceleration sensor 10, the user selects operating modes electric drives 1, which, in accordance with the selected modes, rotate the shock sticks 3, which are connected to the respective electric drives 1 by a latch 4 through the corresponding elastic elements 5.

In this embodiment, the user can simulate a sparring training by performing a series of deviations from the impact sticks 3 with striking back the impact bag 8. Given the design features described above, if the user does not have time to evade the impact stick 3 and contact occurs , the user does not receive any harm to health.

Thus, the claimed utility model has the advantage with respect to simulators known from the prior art, namely, it provides a high level of user safety during operation of the simulator during training, minimizing the risk of injuries.

Claims (6)

1. A percussion simulator for martial arts, comprising at least one electric drive, fasteners, at least one polymer shock stick, fixed on the electric drive through an elastic element, rigidly fixed to the electric drive by a latch, while the fasteners are designed to fix the percussion simulator on the fixation rack, which in turn has a support platform for installation on the fixation surface. 2. The percussion simulator for martial arts according to claim 1, wherein the fastener is made in the form of a movable hinge. 3. The percussion simulator for martial arts according to claim 1 or 2, in which, in addition to the supporting platform, a boxing bag is attached to an additional fixation rack. 4. The percussion simulator for martial arts according to claim 3, in which the boxing bag contains an acceleration sensor that transmits data to the terminal device. 5. The percussion simulator for martial arts according to any one of paragraphs, in which at least one electric drive is programmable.

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