RU2704143C1 - Simulator - Google Patents

Abstract

FIELD: exercise machines.

SUBSTANCE: invention relates to devices to train speed or coordination of movements, namely to balancing devices, and can be used in gyms, in household or office for training or preventive treatment of vestibular apparatus. Simulator comprises a hollow body which is a support in the form of a ball segment and is located with an open part upwards. In the lower part of the body, repeating its shape, a load is rigidly fixed, above which a platform is mounted, the upper surface of which is made with a relief for foot rest. To accommodate user in sitting position, chair is used, supports of which are rigidly fixed on platform. Two protruding handles are attached to chair seat on both sides, closer to its front edge. On the platform in front of the chair there is a table, tabletop of which is made of two parts interconnected by a piano loop. One part of table top is fixedly installed on two legs, which are rigidly attached to platform, and to another, of swinging part of table top, from below, closer to chair, two other legs are attached. Table feet are made telescopic from tubes with position fixing their movable part relatively fixed. Folding part of table top is made with recess from above, which is covered with transparent cover. In the groove there are partitions forming labyrinth paths for movement of the metal ball.

EFFECT: allows sitting training of coordination of movements, self-monitoring of training efficiency.

1 cl, 2 dwg

Description

The invention relates to devices for training speed or coordination of movements, namely to balancing devices and can be used in gyms, at home or in the office for training or preventive treatment of the vestibular apparatus.

A device for biomechanical effects on the human body [RU 2501589 C2, IPC A63B22 / 16 (2006.01), publ. 12/20/2013], containing a base support designed to accommodate at least the lower limbs of a person, and a layer of springs on which the base support is mounted with the ability to provide oscillatory motion along the x, y and z coordinate axes and rotation relative to the coordinate axes x and y when exposed to a person.

Known simulator-balanceboard [RU 144815 U1, IPC A63B23 / 00 (2006.01), publ. 08/27/2014] containing a disk with a foot pad mounted on a sphere. A disk position sensor is mounted on the disk. In the field, a control module and a module for interfacing with a personal computer or mobile device are mounted.

Known training device for performing exercises on balance [EP 0134047 A1, IPC A63B22 / 18, A63B23 / 00, publ. 01/13/1985] containing a housing in the form of an inverted vault. A platform is installed on a round or partially round section, the size of which allows you to stand on it with both legs. The housing of the device has a reservoir filled for load balancing.

The disadvantage of these simulators is the complex design, as well as the impossibility of training in a sitting position.

A device for training the musculoskeletal and vestibular apparatus [RU 2048154 C1, IPC A63B 22/14 (1995.01), publ. November 20, 1995], selected as a prototype, containing a platform with a spherical support and elements for fixing the user. The device is equipped with means for controlling the swing amplitude of the platform and telescopic rods crosswise mounted on the platform. Elements for fixing the user include hinged grips and a foot roller mounted on the rods. Handrails and roller mounted on the rods. Handrails are equipped with loads. The means for controlling the swing amplitude of the platform includes a sleeve mounted in the support and a screw with a spherical head, interconnected by a threaded connection.

The disadvantage of this simulator is the complex design, as well as the inability to control coordination of movements using visual perception.

The technical result of the invention is the creation of a simulator that allows you to train coordination of movements, independently controlling the effectiveness of the training.

The simulator, as in the prototype, contains a support in the form of a spherical segment, means for placing the user in a sitting position, telescopic pipes, handles, load, position lock on the thread.

According to the invention, the hollow body, which is a support in the form of a spherical segment, is located open part up. In the lower part of the body, repeating its shape, the load is fixedly fixed, over which a platform is mounted, the upper surface of which is made with a relief for resting the legs. As a means for placing the user in a sitting position, a chair was used, the supports of which are rigidly fixed on the site. Two protruding handles are attached to the chair seat on two sides, closer to its front edge. On the site in front of the chair is a table, the tabletop of which is made of two parts, interconnected by a piano loop. One part of the tabletop is fixedly mounted on two legs that are rigidly attached to the platform, and the other two legs are attached to the other, the reclining part of the tabletop, from below, closer to the chair. The table legs are made telescopic from pipes with a fixer of the position of their moving part relatively motionless. The reclining part of the countertop is made with a recess on top, which is covered with a transparent cover. In the recess, partitions are installed that form the paths of the labyrinth for moving the metal ball.

The proposed simulator has a simpler design and allows a person in a sitting position to train coordination of movements, independently controlling the effectiveness of the training, visually observing the movement of the ball through the maze.

This device can also be used to strengthen the musculoskeletal system, for example, during off-season and preparatory training in extreme sports, as well as for testing coordination of movement.

Figure 1 presents a General view of the simulator.

In FIG. 2 shows a top view of the simulator and part of it is a maze.

The simulator comprises a housing 1 in the form of a spherical segment mounted with the open part up. In the lower part of the housing 1, repeating its shape, the weighting agent 2, for example, of lead, is fixedly fixed. A platform 3 is mounted above the weighting agent 2, the upper surface of which is made with a relief for resting the legs. To the platform 3 are attached the supports of the chair 4 of steel. Two protruding cylindrical handles 5 are attached to the seat of the chair 4 from two sides, closer to its front edge (Fig. 1, 2).

At platform 3, in front of chair 4, a table is located on the legs, the table top of which is made of two parts 6 and 7, interconnected by a piano loop.

One part 7 of the tabletop is fixedly mounted on two legs 8, which are rigidly fixed on the platform 3. To the other, reclining part 6 of the tabletop, two other legs are attached below, closer to the chair 9. The legs of the table 8 and 9 are made of telescopic steel tubes with the position lock of their movable part relative to the stationary handle-wing 10 in the threaded hole. The hinged part 6 of the tabletop is made with a recess from above, in which a labyrinth 11 is mounted, the paths of which are formed by partitions 12. The paths of the labyrinth 11 serve to move the metal ball 13. From above, the labyrinth 11 is covered with a transparent cover 14.

The body of the simulator 1, platform 3, the seat of the chair 4, the handles 5 and the cover of the labyrinth are made of plastic.

For training, to accommodate in the simulator, a person raises the folding part 6 of the tabletop, sits on chair 4, sets the required table height using the wing knobs 10 located on the telescopic legs 8 and 9, and then lowers the folding part 6 of the tabletop in the working position. Looking at the labyrinth 11, influencing the weight of the body on the right or left handle 5 attached to the chair 4, applying pressure with the right or left foot to the platform 3 with corrugation and leaning on the back of the chair 4, the person tilts the body 1 in the right direction, achieving balancing simulator , the passage of the ball 13 throughout the maze 11. In this case, the inability to overturn the simulator with a person during training provides weighting 2.

Such a simulator can be used to strengthen the musculoskeletal system, for example, during off-season and preparatory training in extreme sports, as well as for testing coordination of movement.

Claims (1)

A simulator containing a support in the form of a spherical segment, means for placing the user in a sitting position, telescopic pipes, handles, a load, a position lock on the thread, characterized in that the hollow body, which is a support in the form of a spherical segment, is located open part up, in the lower part of the body, repeating its shape, the load is fixedly fixed, over which a platform is mounted, the upper surface of which is made with a relief for resting the legs, a chair and supports were used as means for placing the user in a sitting position which are firmly fixed on the platform, to the chair seat on two sides, closer to its front edge, two protruding handles are attached, on the platform in front of the chair there is a table, the table top of which is made of two parts connected by a piano loop, while one part of the table top fixedly mounted on two legs, which are rigidly attached to the platform, and to the other, reclining part of the countertop, below, closer to the chair, two other legs are attached, and the table legs are made of telescopic pipes with a clamp placed With their movable part relatively stationary, the reclining part of the countertop is made with a recess on top, covered with a transparent cover, partitions are installed in the recess, forming paths of the labyrinth for moving the metal ball.

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