RU2766451C1 - Viktor dudaita's simulator - Google Patents

Abstract

FIELD: sport.

SUBSTANCE: invention relates to sports equipment. Simulator, which is a seat mounted on a frame and means for creating a load, characterized by that the seat is mounted on the frame by means of a post with bolts and 2 arm supports with supports installed on its sides, capable of reciprocating down-up movements by means of springs installed inside each support for hands, and in front of the seat there are leg supports inclined at angle of 45 degrees, with leg rests, also capable of reciprocating down-up movements, by means of springs installed inside each leg support. In addition, the lower part of the frame is equipped with rollers for its movement and a locking device, which is a cylindrical housing with a vertical slot with a groove at the bottom for fixing the handle fixed on the upper part of the axle with a spring put on it, and the lower part of the axle is equipped with a rubber pad.

EFFECT: invention can be used in gyms, at home and in medical institutions.

1 cl, 2 dwg

Description

The invention relates to the field of sports equipment and can be used in sports halls, at home and in medical institutions.

A small-sized simulator is known (RF patent N2095107, A63V 22/00), containing: a rectangular frame with racks that are installed at the corners of a rectangular contour, arcuate elements, two crossbars that are installed one above the other, leg supports, a treadmill, a lever connected with a load unit, a carriage with rollers mounted in guides, a seat mounted on a carriage, a base in the form of a ring connected to the uprights by means of ties, a disk mounted in a ring with the possibility of rotation, rectangular subframes.

The disadvantage of the known design is the excessive versatility of the design, requiring the intensity of movement of the projectile for readjustment to the detriment of the stability and reliability of the structure.

It is also known a device for the development of leg muscles (SU No. 1831788, А63В 21/068), adopted as a prototype, containing a frame with a chair mounted on racks and a means for creating a load, including a cable-block system, a bar with a roller for legs, a main support and a hinge levers interconnected at an angle to one another, the free end of one of which is pivotally connected to the rack, characterized in that, in order to increase development efficiency by providing the ability to adjust the load depending on the weight of the trainee, it has an elastic stand, additional support, racks made telescopic, one of them carries the shelves, the free end of the other lever is mounted on the shelf with the possibility of transverse movement relative to the rack, the supports are installed with the possibility of interacting with the surface of the frame, moving along it and fixing, the free ends of which are installed with the possibility of moving along the levers to change them shoulders, the bar carries the a bushing that can be moved and fixed, and the free end of the rod is pivotally connected to the chair, while one end of the cable is pivotally connected to the bushing, the other end is pivotally connected to the hinge of the levers, and the latter is freely placed on an elastic support.

The disadvantages of the known device are low efficiency and unreliability of the design.

The technical result of the proposed technical solution is to expand the functionality of the device and simplify its design.

The essence of the invention lies in the fact that the Dudaita Victor simulator, which is a seat mounted on the frame and means for creating a load, characterized in that the seat is mounted on the frame by means of a rack with bolts and 2 hand supports with stops 6 installed on its sides, capable of reciprocating "down-up" movements by means of springs installed inside each armrest, and in front of the seat there are leg supports inclined at an angle of 45 degrees, with footrests also capable of reciprocating "down-up" ”, by means of springs installed inside each leg support.

In addition, the lower part of the frame is provided with rollers for its movement and a locking device, which is a cylindrical body with a vertical slot with a groove at the bottom for fixing the handle fixed on the upper part of the axle with a spring put on it, and the lower part of the axle is equipped with a rubber shoe.

The essence of the invention is illustrated by drawings, where in Fig. 1 schematically shows the proposed simulator in a general view in the projections "side view" and "top view"; in fig. 2 - the braking device of the simulator.

The simulator consists of the following parts:

1 - seat;

2 - frame;

3 - rack;

4 - bolt;

5 - hand support;

6 - emphasis for hands;

7 - spring in hand support;

8 - support for legs;

9 - emphasis for legs;

10 - spring in the leg support;

11 - roller;

12 - cylindrical body of the brake device of the simulator;

13 - vertical slot;

14 - groove;

15 - handle;

16 - axis;

17 - spring;

18 - shoe.

The operation of the proposed device is as follows.

The simulator is installed in a place convenient for training with the help of rollers installed at the bottom of the frame and stops motionless in the right place with the help of stoppers with rubber shoes.

Seat 1 mounted on frame 2 by means of rack 3, with bolts 4, with 2 hand supports 5 installed on the sides with hand rests 6 capable of reciprocating up and down by means of springs 7 (Fig. 2) installed inside each hand support 5, and in front of the seat 1, foot supports 8 inclined at an angle of 45 degrees are installed, with foot stops 9, also capable of reciprocating up and down, by means of springs 10 installed inside each foot support 8 .

In this case, frame 2 is mounted on rollers 11, provided for the purpose of moving the simulator from place to place.

To transfer the simulator during training to a stationary state, two braking devices of the simulator are provided, each of which is in the form of a cylindrical body 12 with a rubber shoe 18 in the lower part and with a vertical slot 13 with a groove 14 at the bottom for locking the simulator by lowering down the handle 15, fixed on axis 16, installed inside the cylindrical body 12, and spring-loaded put on the same axis 16 by the spring 17.

To perform the exercises, the student is located on the seat 1, fixed on the frame 2, then, acting with his feet on the foot rests 9 of the leg supports 8, he performs reciprocating movements, applying this or that force, which is regulated by the depth of pressure on the footrests, the same movements performs with hands using palm rests 6. Movements can be performed separately or simultaneously.

Claims (2)

1. The simulator, which is a seat mounted on the frame and means for creating a load, characterized in that the seat is mounted on the frame by means of a rack with bolts and 2 hand supports with stops capable of reciprocating motion " up and down” by means of springs installed inside each arm support, and in front of the seat there are leg supports inclined at an angle of 45 degrees with foot rests, also capable of reciprocating “down-up”, by means of footrests installed inside each support. spring legs. 2. The simulator according to claim 1, characterized in that the lower part of the frame is equipped with rollers for its movement and a locking device, which is a cylindrical body with a vertical slot with a groove at the bottom for fixing the handle fixed on the upper part of the axle with a spring put on it, and the lower part of the axle is equipped with a rubber shoe.

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