RU162235U1 - MOBILE WORK OUT COMPLEX - Google Patents

Abstract

1. A mobile complex for workout, which is a design that includes five forming components: “Base”, “Installation”, “Base with beams”, “Crossbeam”, “Support”; three of which: "Base", "Installation" and "Base with parallel bars" are executed in two copies, "Support" - in four, and "Crossbeam" - in a single copy; the total number of components that make up the sports complex is eleven; “Base” is a U-shaped bracket with pipe ends bent to opposite sides, containing two joints under “Installations” and “Base with beams”, two support pipes contain four pairwise parallel plates for connecting “Supports”, bottom side of “Base” contains four leaf steps, ensuring reliable fixation of the complex; "Installation" is a U-shaped bracket with two joints under the "Base" and "Base with beams", two supporting pipes contain four pairwise parallel plates for connecting the "Support", the right supporting pipe when viewed from the front contains parallel to the optimum gap and height horizontal rings, the connecting pipe has a through connector for the "Crossbar"; The “Base with beams” at the bottom is a U-shaped connection of two support pipes using taps and a connecting pipe, the support pipes contain joints under the “Base”, two support pipes are taped to the branches, tapered at one end, which are continued by connecting four pipes of smaller diameter, forming in the upper part two L-shaped joints with the help of appropriate bends, the free ends of the pipes of the L-shaped joints serve as joints under the “Installation”, the lower side of the “Base with bars”

Description

The utility model relates to sports equipment and is intended for training, competitions and various types of activities for workout or physical education in a variety of location conditions, including shopping and entertainment centers, city parks, school gyms, summer cottages, as well as other places and premises. The mobile complex is transported to any necessary place with the minimum requirements for the operation of composite components. The characteristics of the utility model make it possible to assemble the complex and place on a proper surface in a short period of time.

Known from patent RU 78678 cl. A63B 17/04, 03/31/2008, a home sports complex consisting of two vertical stairs connected by screeds and installed on the floor frame without being attached to the walls and ceiling. Racks of ladders are attached to the frame with clamps for connecting two mutually perpendicular pipes. A variety of mounted sports equipment can be attached to the racks of the complex using clamps. Outdoor placement of a home sports complex allows you to install mounted sports equipment on both sides of the complex, to divide zones for classes by height or age. With the double-sided placement of sports equipment at the complex, two people can do it at once. The complex is equipped with various sports equipment allows you to perform a variety of exercises.

The disadvantage of this complex is the design that narrows its use in home and other conditions, the volume of space and the surface area of which can provide more opportunities for training on mobile devices. The indicated complex, due to its narrow stiffness, stability and tightly equipped shells, will not allow to perform any of the workout elements, most of which are borrowed from gymnastics. The presence of three or more athletes training at the same time allows for potential deformation of the frame due to unforeseen loads, which can cause traumatic consequences. Mentioned factors exclude the possibility of team training.

It is known from patent RU 148245, class. A63B 21/00, 07/30/2014, a mobile device for conducting sports training, designed to develop and strengthen muscles and joints with exercises to overcome the opposing effort. The device can be used for sports training both in civilian sports and educational institutions, and in the institutions of law enforcement agencies, including in field (field) conditions. A mobile device for sports training contains a collapsible frame. Racks and frame are made with the possibility of mounting on them in various combinations of sports equipment. The container is made with the possibility of placing the frame inside it disassembled, as well as sports equipment. The container and supports are equipped with devices for regulating their height, the container has wheels.

The disadvantages of the above mobile device are: large dimensions, requiring high metal consumption, which create manufacturing costs and transportation difficulties, and the efficiency of using this device indoors is reduced; excessive functionality that reduces the usefulness of the simultaneous use of all sports equipment; the complexity and long duration of the assembly of the device due to the interdependence of the supporting components of the frame. This mobile device, according to the indicated shortcomings, is oriented only toward narrow use in special forces, since it does not meet the technical conditions of the mobile complex for workout or physical education.

The considered analogues in comparison with the "Mobile Workout Complex" have disadvantages that balance in quantity and nature, which cancel each other out, which does not make it possible to objectively identify the closest analogue. The utility model has equally advantageous in relation to the considered analogues analogues, but also has its own individual, exceptional advantages directly resulting from the technical result.

The objective of the claimed utility model is to create a new mobile complex for training, competitions and various types of activities for workout or physical education in a variety of location conditions when the following technical result is achieved: simplicity and sports functionality oriented to workout and physical education, as well as generating low metal consumption and convenience transportation; high stability; the stiffness of the components relative to each other, forming a monolithic structure in the assembly; high build speed.

Obtaining the specified technical result of the utility model is ensured by the design, which includes five forming components: “Base”, “Installation”, “Base with parallel bars”, “Crossbeam”, “Support”; three of which are executed in duplicate, “Support” in four, and “Crossbeam” in a single copy. The total number of components that make up the sports complex is eleven. “Base” is a U-shaped bracket with pipe ends bent to opposite sides, containing two joints under “Installations” and “Base with beams”, two support pipes contain four pairwise parallel plates for connecting “Supports”. The lower side of the "Foundation" contains four leaf steps, providing reliable fixation of the complex. "Installation" is a U-shaped bracket with two joints under the "Base" and "Base with beams", two supporting pipes contain four pairwise parallel plates for connecting the "Support", the right supporting pipe when viewed from the front contains parallel to the optimum gap and height horizontal rings, designed for the “Check” element (lateral balance), the connecting pipe has a through connector for the “Crossbeam”. With the help of vertical joints, the “Settings” are connected to the “Foundations”. Then, “Bases with beams” are added to the connected components by means of the remaining joints, after which the “Crossbeam” is fastened with the “Installations” through connectors and the joints are fixed with bolts or studs while the “Supports” are fixed in the fork joints. The components of the complex are made of pipes, bends, rods and sheets of ordinary or high-grade steel. Thus, the utility model allows simultaneous training on a complex of up to five athletes, while maintaining the simplicity of the configuration without compromising sports functionality, while maintaining the structural stability and rigidity of the components of the complex in relation to each other, which satisfies ergonomic conditions. In addition, the utility model has assembly speed, low cost of manufacture and ease of transportation.

The developed complex is illustrated by graphic materials, where in FIG. 1 presents a three-dimensional model of the complex, in FIG. 2 - three-dimensional models of the components of the complex, in FIG. 3 is a drawing of the “Base” component, in FIG. 4 is a drawing of “Installation”, in FIG. 5 is a drawing of “Base with bars”, in FIG. 6 is a drawing of the “Crossbeams”, in FIG. 7 is a drawing of the "Support".

The "base" includes two support pipes with a length of 1057.6 mm each (Fig. 3, pos. 1) connecting their pipe with a length of 1400 mm (Fig. 3, pos. 2) using bends with a radius of 138 mm (Fig. 3, 3), two connecting pipes under the “Base with beams” 340 mm long (Fig. 3, 4), directed in opposite directions and connected by bends with a radius of 138 mm. Support pipes are parallel. Vertical connecting pipes with a length of 200 mm (Fig. 3, item 5) are welded to the bends connecting the connecting pipes under the "Base with bars." The axial line of the vertical connecting pipes is perpendicular to the plane of the arcs of the axial lines of the branches with the condition that the lines intersect in the middle of the arcs. The diameter of the pipes is 76 mm and the wall thickness is 3 mm. Two support pipes contain four pairwise parallel plates with a radius of rounding of 35 mm (Fig. 3, item 6), the gap between the paired plates is 33 mm The pairs of plates are symmetrical about a plane perpendicular to the middle of the center line of the pipe connecting the support pipes. The lower side of the "Foundation" contains four sheet steps, the area of the supporting surface, one of which is 65 cm ² (Fig. 3, item 7).

"Installation" includes two supporting pipes with a length of 1748 mm each (Fig. 4, pos. 8), connecting their pipe with a length of 461.7 mm (Fig. 4, pos. 9) using bends with a radius of 138 mm (Fig. 4, item 3). The supporting pipes are parallel. The diameter of the pipes is 76 mm and the wall thickness is 3 mm. Docking pipes are connected to the outputs of the supporting pipes, the contact length of which at the joints with the "Supports" is 200 mm (Fig. 4, pos. 10), the diameter is 69 mm, and the wall thickness is 2.5 mm. The right support pipe, when viewed from the front, contains at a distance of 1100 mm from each other parallel horizontal rings with a diameter of 32 mm and a wall thickness of 3 mm (Fig. 4, item 11). The height of the lower ring from the docking pipe is 635.5 mm. The connecting pipe has a through connector with a diameter of 33 mm (Fig. 4, item 12), the axial line of which is perpendicular to the plane of the arcs of the axial lines of the bends and intersects the middle of the axial line of the pipe. Bearing pipes have welded bends at a height of 1111.1 mm from the connecting pipes with rods 38 mm in diameter connected to them (Fig. 4, item 13). Two supporting pipes contain four pairwise parallel plates with a radius of rounding of 35 mm (Fig. 4, item 6), the gap between the paired plates is 33 mm. The pairs of plates are symmetrical about a plane perpendicular to the center of the center line of the pipe connecting the supporting pipes.

The “base with beams” includes two support pipes 508 mm long each (Fig. 5, pos. 14) connecting their pipe with a length of 380.8 mm (Fig. 5, pos. 15) using bends with a radius of 138 mm (Fig. 5, item 3). Support pipes are parallel. The diameter of the pipes is 76 mm and the wall thickness is 3 mm. Docking pipes are connected to the outputs of the supporting pipes, the contact length of which at the joints with the "Supports" is 100 mm (Fig. 5, pos. 16), the diameter is 69 mm, and the wall thickness is 2.5 mm. Bearing pipes with a length of 690 mm (Fig. 5, pos. 17), with a diameter of 76 mm and a thickness of 3 mm are welded to the bends connecting the support pipes. The axial line of the vertical supporting pipes is perpendicular to the plane of the arcs of the axial lines of the branches with the condition that the lines intersect in the middle of the arcs. At a height of 737.1 mm, the vertical supporting pipes narrow to a diameter of 45 mm, the wall thickness does not change. Pipes with a length of 284.7 mm (Fig. 5, pos. 18), a diameter of 45 mm and a wall thickness of 3 mm are attached to the narrowed ends. Using bends with a diameter of 45 mm (Fig. 5, pos. 19), a wall thickness of 3 mm and a radius of the axial line of 112 mm, pipes are continued by connecting pipes 892.5 mm long (Fig. 5, pos. 20) with maintaining the diameter and wall thickness. The lower side of the "Foundation with bars" contains two sheet steps, the area of the supporting surface, one of which is 65 cm ² (Fig. 5, item 7).

"The crossbar" is a rod with a length of 1902.8 mm (Fig. 6, pos. 21) and a diameter of 32 mm. At distances of 17.5 mm from the ends of the rod through it pass two mutually parallel axial lines of the holes with a diameter of 9 mm (Fig. 6, item 22). The center lines of the holes intersect the center line of the rod.

"Support" is a pipe with a length of 775 mm (Fig. 7, item 23), a diameter of 32 mm and a wall thickness of 4 mm. At distances of 18 mm from the ends of the pipe through it pass two mutually parallel axial lines of the holes with a diameter of 9 mm (Fig. 7, item 22). The center lines of the holes intersect the center line of the pipe.

Claims (3)

1. A mobile complex for workout, which is a design that includes five forming components: “Base”, “Installation”, “Base with beams”, “Crossbeam”, “Support”; three of which: "Base", "Installation" and "Base with parallel bars" are executed in two copies, "Support" - in four, and "Crossbeam" - in a single copy; the total number of components that make up the sports complex is eleven; “Base” is a U-shaped bracket with pipe ends bent to opposite sides, containing two joints under “Installations” and “Base with beams”, two support pipes contain four pairwise parallel plates for connecting “Supports”, bottom side of “Base” contains four leaf steps, ensuring reliable fixation of the complex; "Installation" is a U-shaped bracket with two joints under the "Base" and "Base with beams", two supporting pipes contain four pairwise parallel plates for connecting the "Support", the right supporting pipe when viewed from the front contains parallel to the optimum gap and height horizontal rings, the connecting pipe has a through connector for the "Crossbar"; The “Base with beams” at the bottom is a U-shaped connection of two support pipes using taps and a connecting pipe, the support pipes contain joints under the “Base”, two support pipes are taped to the branches, tapered at one end, which are continued by connecting four pipes smaller diameters, forming two L-shaped joints in the upper part with the help of appropriate bends, the free ends of the pipes of the L-shaped joints serve as joints under the "Installation", the lower side of the "Base with bars" contains two sheet footboards providing reliable fixation of a complex; “Crossbeam” is a rod with two holes for bolts or studs, the center lines of the holes intersect the center line of the rod; "Support" is a pipe with two holes for bolts or studs, the axial lines of the holes intersect the axial line of the pipe; with the help of vertical joints, “Installations” are connected to the “Bases”, then “Bases with bars” are added to the connected components using the remaining joints, after which the “Crossbeam” is fastened with the “Installations” through connectors and the joints are fixed with bolts or studs simultaneously with securing the “Supports” in the fork joints; the components of the complex are made of ordinary or high-grade steel. 2. A mobile workout complex according to claim 1, characterized in that it has two-sided symmetry with respect to a plane perpendicular to the middle of the “Crossbeam” center line. 3. The mobile workout complex according to claim 1, characterized in that it has bilateral symmetry with respect to a plane perpendicular to the middle of the center line of the connecting pipe of the Installation component.

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