RU2329843C2 - Training device for training of pectorals, deltoid muscle, trapezium bone and triceps muscle - Google Patents

Abstract

FIELD: sport.

SUBSTANCE: training device for the training of pectorals, deltoid muscle, trapezium bone and triceps muscle with a mobile bench, a bar with a holder that bear gymnastic equipment additionally has protective panels and the above mentioned bars are arranged adjusted vertically and mobile horizontally under the action of homing aids managed by a user who lies on the mobile bench. The use of the present invention ensures safety of training with weights.

EFFECT: safety control of training with weights.

7 cl, 5 dwg

Description

The object of the present invention is used for training in the field of bodybuilding, for the muscles of the chest, deltoid muscle, trapezium bone muscle and triceps muscle.

Currently, there are many simulators that allow users to train chest, deltoid, trapezius and triceps muscles, but none of them has a system that can directly supply equipment (dumbbells, weights for gymnastics, etc.) to the user , allowing the athlete to prepare for the training without any initial preparations.

The existing shells on the market have a bench with movable holders or with fixed holders for holding loads.

None of these commercially available shells have a system that is equipment for an athlete already seated on a bench.

Indeed, before the start of the exercise, the athlete (already seated) must lift weights, and at the end of the exercise he must lower them in the same position of the body.

One of the commercially available simulators disclosed in EP-1-029-562-A1 has the disadvantages mentioned above.

This simulator eliminates the difficulties and disadvantages inherent in commercially available equipment.

In particular, the present invention relates to a safe system specifically used with weights, lifting which reduces the effort exerted by the athlete both before and after the exercise, reduces time, physical effort and therefore reduces the risk of muscle strain.

Indeed, during exercises with gymnastic weights and dumbbells on a horizontal, vertical or inclined bench, the athlete has to take weights and put them back in place.

With an increase in cargo weight, physical fatigue and mental fatigue become significant.

Therefore, there are many cases of injuries in the lower back and joints of the forearm and neck.

In this regard, the technical objective of the present invention was the creation of a simulator that would allow the athlete to safely train with weights, providing the ability to control the action of the projectile with the feet.

In addition, the technical objective of the invention was the creation of a simulator that protects the mechanical parts from accidental external influences.

These technical problems were solved by creating a sports simulator for training the muscles of the chest, deltoid muscle, muscles of the trapezium bone and triceps, having a movable bench (H), levers with holders (F) carrying gymnastic equipment, which according to the invention further comprises lateral protective panels, and the said levers are made movable horizontally under the action of drive means controlled by a user lying on a movable bench, and adjustable vertically.

Preferably, the drive means are pneumatic means controlled by the user via pedals.

Preferably, the pedals controlling the pneumatic means are placed in the foot rest of the movable bench.

The drive means may be a mechanical device with levers and pulleys.

The drive means may also be an electromechanical device controlled by the user using switches.

The drive means may be an electro-hydraulic device controlled by a user using rods.

Preferably, the drive means is made controllable from an electronic control panel having a memory for storing various positions selected by the user.

The invention will now be explained in more detail with reference to the accompanying drawings, in which:

Figure 1 is a view representing an embodiment of the present invention having a frame (A), a movable bench (H), an emphasis (B) for the legs, on which the driving means of the device (C) are mounted, and on which the user's legs abut during exercises protective panels (I) and other safety features.

Figure 2 is a view of the footrest, on which are installed controlling the drive means of the device (C) for moving the movable levers.

Figure 3 is a view illustrating the placement of an air cylinder for actuating movable levers,

Figure 4 is a top view of the movable levers of figure 1,

5 is a view showing height-adjustable hooks (G) that hold weights.

As can be seen from figure 1, an embodiment of the simulator according to the present invention, such a simulator is a frame A on which a movable bench H is mounted to accommodate the user when performing exercises, and an emphasis B for legs, against which the user's legs rest when performing exercises. The simulator has a movable system of levers (servomechanism) for holding loads (dumbbells and gymnastic weights), for example, blocks (E) and (F). To control the movement of the levers there is a control device (C).

Blocks (E) and (F) after the loads are loaded by the user with the help of a pneumatic control device (in Fig. 3 you can see the position (D) of the air tank that feeds the pneumatic circuit) or mechanical, hydraulic, electrical control devices are driven using a control device (C) made in the form of pedals or rods, switches, push buttons, respectively.

Blocks (E) and (F) are placed at a height suitable for the user, as seen in FIG.

Now the athlete can grab loads and, by activating the pedals, return the levers to their original position, without being distracted by this during training.

The bench (H) is an adjustable bench that allows the user to perform exercises with bench holders in a horizontal position to perform stretching exercises for the pectoral muscles, and a vertical bench for doing exercises above the head for the development of the deltoid muscle, and exercises with gymnastic weights for the triceps the muscles.

The device according to the present invention allows the athlete to take and use weights without changing his position during training, in order to reduce the efforts that, especially at the end of the training, when the athlete is tired, can cause inflammation and injuries, not to mention the psychological stress caused by muscle tension.

A device that activates control devices located on an adjustable footrest can move servomechanisms both with a pneumatic system and with a mechanical system of levers and pulleys, or any other electromechanical or electro-hydraulic system.

Another characteristic is that the adjustable foot rest has dimensions that provide space for placement of command devices and form a foot rest during exercise.

In addition, the simulator has side panels I, placed both to protect the mechanism itself and to ensure the safety of the athlete and people passing by who may inadvertently come into contact with parts of the unit when moving.

In addition, side panels I can be used to place advertising materials.

An additional feature is the possibility of using an electronic remote control to control servo mechanisms that will memorize different positions of the athlete's body in accordance with the type of exercises performed.

The main advantages of the invention are that it:

1. Provides increased comfort during training, as the athlete does not have to make such unnatural movements as installing equipment (weights) in the desired position before and after the exercise.

2. Increases the physical safety of the athlete, as severity should be moved once at the beginning of the exercise, resulting in a reduced risk of injury.

3. Increases the physical safety of the athlete, as the need to lift dumbbells from the floor and lower them to the floor at the beginning and at the end of the exercise, often in a horizontal position of the body, means that the muscles are stretched in an unnatural way, which often causes inflammation and swelling.

4. Convenient use of the projectile. For the proposed system, there is no need for the presence of a second person who helps the athlete raise and lower loads.

5. Eliminates the problems of blood pressure arising from excessive physical effort, especially in the final part of the exercises.

6. Eliminates the unnecessary expenditure of physical energy that can be used for subsequent exercises.

7. Provides easy movement of telescopic levers with the help of commands given with the help of the athlete's legs, which allows him to remain in the same body position for the entire duration of the exercises.

Another very important point to remember is that it is possible to install gymnastic weights of any type or weights on telescopic levers thanks to the universal brackets that hold weights.

This equipment can be modified without changing the essence of the patent.

Claims (7)

1. A sports simulator for training the muscles of the chest, deltoid muscle, muscles of the bone-trapezium and triceps, having a movable bench (H), levers with holders (F) carrying gymnastic equipment, characterized in that it further comprises protective panels, and said levers made horizontally movable under the action of drive means controlled by a user lying on a movable bench and vertically adjustable. 2. The sports simulator according to claim 1, characterized in that said drive means are pneumatic means controlled by the user with the help of pedals (C). 3. The sports simulator according to claim 2, characterized in that the said pedals controlling pneumatic means are placed in an emphasis (B) for the legs of the movable bench (H). 4. The sports simulator according to claim 1, characterized in that the said drive means are a mechanical device with levers and pulleys. 5. The sports simulator according to claim 1, characterized in that the said drive means are an electromechanical device controlled by the user using switches. 6. The sports simulator according to claim 1, characterized in that the said drive means are an electro-hydraulic device controlled by the user with rods. 7. The sports simulator according to claim 1, characterized in that said drive means are made controllable from an electronic control panel having a memory for storing various positions selected by the user.

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