RU2701712C1 - Mechanical simulator - Google Patents

Abstract

FIELD: training simulators; sport.SUBSTANCE: invention relates to training devices, sports simulators, in particular, to power simulators, power path. Simulator represents a structure made in the form of a fixed rectangular horizontally oriented frame attached to the perimeter by metal struts acting as supports. On top of the frame there are two longitudinal horizontal platforms. Six movable mechanisms connected to each other and performing a single functional task are attached to the frame. Six movable mechanisms: two mechanical devices, one cargo mechanism, one braking, sliding and stabilizing device, two handles. Man, performing various exercises, moves directly on horizontal sites, located on frame. Before performing the exercises / training, one must put a waist on the waist. Rope is fastened to belt by one end. Said cable passes down through braking, sliding and stabilizing device and by the other end is attached to cargo mechanism. Braking, sliding and stabilizing device contains eight pairs of rollers and two stabilizing rollers, which provide sliding and braking. Cargo mechanism to which the second end of the vertical cable is attached is configured to increase the load of "pancakes for adjustment" thereon. Tension cable is passed through cargo mechanism. Load is located and moves on the stretched rope and moves along its trajectory. This mechanism is stopped due to brake springs located at ends of fixed platforms. Two pairs of stabilizing rollers are designed to slide the load mechanism horizontally. Cable connects two mechanical devices moving vertically. Two mechanical devices connected by horizontal cable moving along the vertical line are located on two opposite sides of the frame. On both end faces of the frame there are guides and tilted axes, on which the above mechanical devices are fixed. Axes also act as the frame supports. Mechanical devices moving vertically have eight pairs of rollers that stabilize stroke and sliding in vertical. Said devices are configured to increase "pancakes for adjustment" load thereon. Through rods located at the corners of the frame there is a rope stretched, on which sliding handles are fixed. Handles are intended for support of hands of the person at performance of training / employment.EFFECT: mechanical simulator is proposed.3 cl, 1 dwg

Description

The field of technology.

The invention relates to training devices, sports simulators, in particular, to power simulators, power track. The main goal of the Mechanical simulator is muscle growth, the development of physical skills aimed at the development of ligaments, muscles of the core and legs. The simulator can be used in hospitals, rehabilitation centers, medical and physiotherapy clinics, sports clubs, Olympic training centers, gyms and at home. The simulator eliminates the harmful load on the spine, cardiovascular system and joints.

The prior art.

A simulator is considered to be a mechanical, software, electrical or combined training device that artificially simulates various loads or circumstances (situation). A sports simulator is a device for performing certain exercises aimed at training the cardiovascular system, developing muscle strength or developing coordination and coordination of the work of various muscle groups when performing quite complex movements. Strength training machines designed to train and strengthen muscles are one of the few main groups of sports training equipment.

By nature, the claimed technical solution can be compared with a treadmill. The first treadmill, reminiscent of modern measuring and motor functions, was created by Robert Bruce and Wayne Quinton in Washington for medical purposes. You can also pay attention to RU 2666508 from 09/13/17, "Galloping track" - .. sports equipment intended for muscle training .., RU 2111037 "Device for training in sports locomotion" from 03/12/1997 - ... to increase the effectiveness of training .., Treadmill US 5385519 A, designed to train the muscles of the legs. All these solutions relate to sports equipment, and are intended for training and strengthening certain muscles. The claimed technical solution is also intended for training and muscle strengthening, however, it fundamentally differs from the above solutions in their design.

Disclosure of the invention.

- the presence of structural elements;

- characteristics of the element and their relationship.

The objective of the proposed technical solution is to improve the operational characteristics of mechanical simulators designed for the development of physical fitness.

The technical result, to which the claimed invention is directed, is to create a design that allows for speed-power movements under the maximum possible load, without losing the center of gravity and the feeling of centrifugal force of the load during movement.

The essence of the invention lies in the fact that the Mechanical simulator is a design made in the form of a fixed rectangular horizontally oriented frame, on which two longitudinal horizontal platforms are located, and six movable mechanisms attached to the frame, interconnected and performing a single functional task, presented in in the form of two mechanical devices moving vertically, one load mechanism moving horizontally, one braking, sliding and one hundred iliziruyuschego device, the two handles. Moreover, a load mechanism having several pairs of stabilizing rollers is fixed to one end of the cable, passing vertically through a braking, sliding and stabilizing device, and also having several pairs of rollers, while the other end of the cable is fixed to a belt worn on the waist of a person . Moreover, another cable running horizontally through the load mechanism is fixed at both ends to the movable mechanisms. Moreover, through the racks located around the perimeter of the frame, a cable is tensioned, on which the sliding handles are fixed. Wherein:

- the load mechanism is configured to increase weight;

- movable mechanisms are configured to increase weight.

A brief description of the drawings.

The invention is illustrated by a drawing, where:

FIG. 1 - image of a mechanical simulator

The implementation of the invention.

The invention relates to training devices, sports simulators, in particular, to power simulators, power track. The main goal of the Mechanical simulator is muscle growth, the development of physical skills aimed at the development of ligaments, muscles of the core and legs. The simulator can be used in hospitals, rehabilitation centers, medical and physiotherapy clinics, sports clubs, Olympic training centers, gyms and at home. The simulator eliminates the harmful load on the spine, cardiovascular system and joints.

The simulator is a structure (Fig. 1), made in the form of a fixed rectangular horizontally oriented frame, fastened around the perimeter with metal posts that serve as supports (11). On top of the frame are two longitudinal horizontal platforms (1). Six movable mechanisms are attached to the frame, interconnected and performing a single functional task. Six movable mechanisms: two mechanical devices moving vertically (2), one cargo mechanism moving horizontally (4), one braking, sliding and stabilizing device (3), two handles (8).

A person performing various exercises moves directly along horizontal platforms (1) located on the frame. Before doing the exercises / training, you must wear a belt (6) on the waist. A cable (10) is fastened to the belt at one end. This cable runs down through a braking, sliding and stabilizing device (3), and is attached to the load mechanism (4) with the other end. Braking, sliding and stabilizing device (3) contains eight pairs of rollers (not specified) and two stabilizing rollers (15), which provide sliding and braking. Also, this mechanism (3) provides separation of two fixed platforms (1) into compression.

The load mechanism (4), to which the second end of the vertical cable (10) is attached, is configured to increase the load of “pancakes for regulation” (13).

A cable under tension (7) passes through a cargo mechanism (4), or rather, through two pairs of its stabilizing rollers (14) located on this cargo mechanism and located at the edges of the mechanism itself. The load mechanism (4) is located and moves on a stretched cable (7) and moves along its path. The stop of this mechanism is due to brake springs (not specified) located at the ends (16) of the fixed platforms (1). Two pairs of stabilizing rollers (14) are designed to slide the load mechanism horizontally. The cable (7), which is under tension and passes through the load mechanism, connects two mechanical devices (2) moving vertically.

Two mechanical devices (2) connected by a horizontal cable (7), and moving vertically, are located on two opposite sides of the frame (16). At both ends of the frame (16) there are guides and axles (5) adjustable by tilting, on which they are just fixed, and along which the above mechanical devices (2) move. Axes (5) also play the role of frame supports. Mechanical devices moving vertically have eight pairs of rollers (17) that stabilize the course and sliding vertically. These devices are made with the possibility of increasing the load on them "pancakes for regulation."

Through the struts (9) located at the corners of the frame, the cable (12) is tensioned, on which the sliding arms (8) are fixed. The handles are designed to support the hands of a person during a workout / session.

The specified technical result is provided by the entire set of essential features of the claimed invention, each feature of which is necessary, and together they are sufficient to solve the problem and to achieve the specified technical result.

Claims (3)

1. A mechanical simulator, which is a structure made in the form of a fixed rectangular horizontally oriented frame, on which two longitudinal horizontal platforms are located, and six movable mechanisms attached to the frame, interconnected and performing a single functional task, presented in the form of two mechanical devices, moving vertically, one cargo mechanism, moving horizontally, one braking, sliding and stabilizing device, two arms a drawer, moreover, a load mechanism having several pairs of stabilizing rollers is fixed to one end of the cable, passing vertically through a braking, sliding and stabilizing device, which also has several pairs of rollers, while the other end of the cable is fixed to a belt worn on a person’s waist moreover, the other cable running horizontally through the load mechanism is fixed at both ends to the movable mechanisms, and a cable is tensioned on racks located around the frame perimeter, on which the sliding arms are fixed yatki. 2. The mechanical simulator according to claim 1, characterized in that the load mechanism is configured to increase weight. 3. The mechanical simulator according to claim 1, characterized in that the movable mechanisms are configured to increase weight.

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