RU158728U1 - UNIVERSAL SPORTS SIMULATOR - Google Patents

Abstract

1. A universal sports simulator containing a base on which are mounted vertical racks connected at the top by a hard jumper, a horizontal crossbar, characterized in that it further comprises a movable frame with a shaft for hanging weights, located inside the base and equipped with at least two vertical brackets to which movable rails located inside the vertical racks are attached, while holes in the movable rails are made over the entire height with a certain step, vert Calne racks have through holes over the entire height in cross section, and the front portion of the movable frame located relative to the base under uglom.2. The universal sports simulator according to claim 1, characterized in that the movable frame is equipped with brackets that have a number of holes located one above the other for engaging the waist belt and providing the ability to adjust the belt height. The universal sports simulator according to claim 1, characterized in that it comprises a platform. 4. The universal sports simulator according to claim 1, characterized in that the base, vertical struts, movable frame are made of profile steel pipe. 5. The universal sports simulator according to claim 1, characterized in that the movable rails are made of steel sheet 10 mm thick.

Description

The utility model relates to stationary sports simulators designed to train the human body, in particular various groups of tendons and ligaments.

A universal isometric simulator is known from the prior art (http://kuck-and-kuck.ru/informatsiya-o-tsentre/otlichiya-metoda/reabilitatsionnye-trenazhery/universalnyj-izometricheskij-trenazher.html), which is a frame construction, and consisting of a support platform and two vertical posts with holes for installing a horizontal crossbar.

The disadvantages of the well-known universal isometric simulator are:

- static horizontal crossbar;

- the inability of the student to evaluate the effort visually (in specific numbers), which during training is of great psychological importance.

As the closest analogue of the proposed technical solution, “Complex for weight lifting (options)” was selected, patent RU No. 64918, priority date: 12/11/2006, published 07/27/2007. The weight lifting complex according to option 1 includes a bar with a plurality of removable disks, a flexible, inelastic bar for lifting the bar, having two ends with devices for attaching to the bar, and a middle part for placement on the lower back of the user, a support device placed in front of the aforementioned barbell and having a number of supports for the user's hands. The complex for lifting weights according to option 2 includes a bar with many removable disks, a device for installing the bar and a platform for placing the user. The device for installing the rod is made of two vertical supports rigidly interconnected, each support contains two vertical racks and is equipped with devices for installing the rod to the height necessary for the user. Racks of one support are located from each other at a distance that ensures the placement of the bar neck between them.

The disadvantages of the known complex for weight lifting are:

- the need to use a large number of weights (removable drives);

- increased risk of injury when using the complex for weight lifting.

The objective of the proposed utility model is to eliminate the above disadvantages.

The technical result of the claimed utility model is to eliminate injuries when using a universal sports simulator.

To achieve the specified technical result, a universal sports simulator is proposed comprising a base on which vertical posts are mounted connected to the upper part by a hard bridge, a horizontal crossbar, a movable frame with a shaft for hanging weights, located inside the base and equipped with at least two vertical brackets, to which movable rails located inside the vertical racks are attached, while holes in the movable rails are made over the entire height with a certain At this step, the uprights have through holes throughout the entire height in cross section for access to the movable rails located inside the uprights, and the front of the movable frame is angled relative to the base.

The inventive utility model is illustrated by the following figures:

Figure 1 is a side view of a universal sports simulator;

Figure 2 is a front view of a universal sports simulator;

Figure 3 - waist belt;

Figure 4 - platform, where:

1 - base;

2 - vertical racks;

3 - jumper;

4 - movable frame;

5 - shaft mounting the movable frame;

6 - mounting brackets to the movable rail;

7 - brackets for engagement of the belt;

8 - movable rails;

9 - horizontal crossbar;

10 - shaft for hanging weights.

The universal sports simulator contains a base 1, on which vertical posts 2 are mounted, connected at the top by a hard jumper 3. Inside the base 1, a movable rigid frame 4 is mounted, which is attached to the base 1 with a shaft 5 on bearings. The movable frame 4 is provided with vertical brackets. To the brackets 6, located opposite the vertical uprights 2, are mounted movable rails 8 located inside the vertical racks 2. In the movable rails 8 holes are made over the entire height with a certain step. Vertical racks 2 have a through hole along the entire height in cross section for access to the movable rails located inside the vertical racks 2. The movable rails 8 are made of a lower height than the vertical racks 2 for free movement of the rails inside the racks up and down. The horizontal bar 9, designed to transmit the effort applied to the practitioner to the moving parts of the projectile, can be located at any height in the movable rails 8 in accordance with the physical parameters of the practitioner, as well as the nature of the exercise.

The front of the movable frame 4 is located relative to the base at an angle, in the upper part of the frame there is a steel shaft 10 for hanging weights, acting as a counterweight.

In parallel to the brackets 6, brackets 7 can be arranged, which have a series of holes located one above the other for engaging the waist belt (Fig. 3) and allowing the belt to be height-adjusted.

The base 1, the uprights 2, the movable frame 4 can be made of profile steel pipe. The movable rails 8 can be made of steel sheet 10 mm thick.

The presence of a movable frame 4, which is a lever, allows the use of small weights that act as a counterweight, while the force exerted for lifting will be very significant.

For more convenient operation of the simulator, a platform can be used (Fig. 4).

Universal sports simulator works as follows.

Option 1.

The practitioner transfers the force through the horizontal bar 9 to the movable rails 8, which, in turn, drive the movable frame 4 with weights through the brackets 6.

Option 2

The practitioner transfers the force through the waist belt (Fig. 3) to the brackets 7, which, in turn, drive the movable frame 4 with weights.

The movable frame 4 is a lever, therefore, to raise a small number of weights mounted on the shaft 10, it is necessary to apply a force several times greater than in the prototype, however, the possibility of injury during operation of the simulator is excluded.

The universal sports simulator allows you to perform the following exercises.

Exercise number 1.

The practitioner places the horizontal bar 9 in the movable rails 8 at the required height. The height of the crossbar is selected in such a way that when the shoulders engage in the crossbar, the legs at the knees have a slight bend. The practitioner, holding the crossbar with his hands, resting his shoulders on it, placing his feet on the platform (Fig. 4) and unbending his legs at the knees, rigidly fixing the spine, raises the counterweight.

Exercise number 2.

Placing the horizontal bar 9 in the movable rails 8 at the level of the upper thighs, holding the bar with hands with a wide grip, perform the exercise, slightly lifting the counterweight, by extending the legs in the knee joints.

Exercise number 3.

Between the uprights 2 there is a bench on which the practitioner lays horizontally, with his feet towards the counterweight. The horizontal bar 9 is installed in the movable rails 8. The practitioner holds his hands on the crossbar 9, which is installed at a certain height so that the hands of the practitioner in the elbow joints are practically unbent. From this position, the counterweight is lifted.

Exercise number 4.

Between the uprights 2 horizontally on the platform (Fig. 4) lies the practitioner, his head in the direction of the counterweight. The horizontal crossbar 9 is installed in the movable rails 8 at a height at which the legs raised up against her legs would be slightly bent at the knee joints. From this position, the counterweight is lifted.

Exercise number 5.

The practitioner stands on the platform (Fig. 4) between the uprights 2, facing the counterweight. Horizontal bar 9 is removed. The practitioner tilts the upper torso forward at an angle of 45-60 degrees to the horizon. A wide, non-stretching elastic waistband is applied to the lower back (Fig. 3), at the ends of which hooks are placed. With these hooks, the belt hooks onto the brackets 7, rigidly fixed on the movable frame 4, at a height at which the legs of the practitioner in the knee joints are slightly bent. By extending the knees, the counterweight is lifted.

The described universal sports simulator eliminates the likelihood of injuries during its operation. A universal sports simulator can be used by people with different anthropometric parameters, with different levels of physical fitness, including people with disabilities.

The analysis of patent and scientific and technical literature did not reveal technical solutions with a similar set of essential features, which allows us to conclude that the criterion of "novelty" of the proposed utility model is met.

Claims (5)

1. A universal sports simulator containing a base on which are mounted vertical racks connected at the top by a hard jumper, a horizontal crossbar, characterized in that it further comprises a movable frame with a shaft for hanging weights, located inside the base and equipped with at least two vertical brackets to which movable rails located inside the vertical racks are attached, while holes in the movable rails are made over the entire height with a certain step, vert Calne racks have through holes over the entire height in cross section, and the front portion of the movable frame located relative to the base at an angle. 2. The universal sports simulator according to claim 1, characterized in that the movable frame is equipped with brackets that have a number of holes located one above the other for engaging the waist belt and providing the ability to adjust the belt height. 3. The universal sports simulator according to claim 1, characterized in that it contains a platform. 4. The universal sports simulator according to claim 1, characterized in that the base, the uprights, the movable frame are made of profile steel pipe. 5. The universal sports simulator according to claim 1, characterized in that the movable rails are made of steel sheet 10 mm thick.

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