RU2666508C1 - Galloping treadmill - Google Patents

Abstract

FIELD: sports.SUBSTANCE: invention relates to sports equipment intended for training muscles, speed and coordination of movements with movable endless belts for hands and feet simultaneously. In treadmill for galloping, containing a frame, drums, a drive, an endless belt that outer surface is made on a fabric basis, and a control panel, according to the invention, bearing supports for 2 axles are mounted on the frame in pairs and coaxially, in their middle parts are mounted saddle-shaped drums, cylindrical drums are installed between the saddle drums and bearings, around which endless tapes are stretched in the form of webs under which the supporting surfaces are located, that are attached to the frame, one of the axes is kinematically connected with the drive that is mounted on the frame, and also adjustable supports are mounted on the frame, where the bearing supports for 2 axles are coaxially and pairwise located, in the middle parts of which there are saddle-shaped drums, at that an endless belt in the form of a handrail with a fabric outer surface is stretched around the upper and lower saddle-shaped drums, a supporting surface is located in the upper part under the handrail, that is installed on adjustable supports located on the frame, also a rack with a control panel is installed on the frame, and a mechanism for pulling the handrail is located under the handrail on the frame.EFFECT: providing the possibility of simultaneous training of the muscles of the legs, arms and the press, as well as the development of dexterity and coordination of movements.4 cl, 7 dwg

Description

The invention relates to sports equipment intended for muscle training, speed and coordination with movable endless bands for arms and legs at the same time [АВВ 22/02].

The prior art DEVICE FOR TRAINING IN SPORTS LOCOMATIONS [RU 2111037 C1, publ. 05/20/1998,], including a frame with drums covered by a conveyor belt, means for changing the angle of inclination of the conveyor belt relative to its longitudinal and transverse axes, means for displaying the type and profile of the route, means for creating traction efforts, means for creating a microclimate and means to simulate obstacles.

The disadvantage of this analogue is the large overall dimensions and the complexity of the technical implementation, in addition, this device provides only training of the leg muscles.

Also known from the prior art Treadmill [US 5385519 A, publ. 01/31/1995] containing the upper and lower frames, drums mounted on the upper frame and connected to the drive element, an endless tape located on the movable rollers, a mechanism for changing the angle of inclination of the upper frame relative to the lower frame, means for moving the image of the track and a control panel connected with drive element.

The disadvantage of the analogue is the complexity of the technical implementation and the fact that this device provides only the training of leg muscles.

The closest in technical essence is the Treadmill [RU 65770 U1, publ. August 27, 2007], comprising upper and lower frames, drums fixed on the upper frame and connected to the drive element, an endless belt located on the movable rollers, a mechanism for changing the angle of inclination of the upper frame relative to the lower frame, means for moving the image of the track and a control panel connected with a drive element, characterized in that it is equipped with a tape speed meter, a synchronization unit and a speed image of the moving image of the track, while the control panel is connected via a drive the first element with a tape speed meter, the output of which is connected to the synchronization unit, one output of which is connected to the speed meter of the moving image of the track, and the other output is with the control panel, and the outer surface of the endless tape is made on a fabric basis. The main technical problem of the prototype is the use of one endless tape for training, which limits the functionality of the known simulator for training only the muscles of the legs, while other muscles are not trained, as well as the development of agility and coordination of movements.

The objective of the invention is to eliminate the disadvantages of the prototype.

The technical result is to provide the possibility of simultaneous training of the muscles of the legs, arms and abs, as well as the development of dexterity and coordination of movements.

The specified technical result is achieved due to the fact that the galloping track containing a frame, drums, a drive, an endless belt, the outer surface of which is made on a fabric basis, and a control panel, is characterized in that the bearing supports are mounted in pairs and coaxially on the frame for 2 axles, in the middle parts of which saddle-shaped drums are installed, while cylindrical drums are installed between saddle-shaped drums and bearings, around which endless tapes are stretched in the form of canvases, under which there are The bearing surfaces are attached to the frame, one of the axes is kinematically connected to the drive mounted on the frame, and adjustable bearings are installed on the frame, on which bearing bearings are coaxially and in pairs for two axes, in the middle parts of which saddle-shaped drums are installed, with this around the upper and lower saddle-shaped drums an endless ribbon is stretched in the form of a handrail with a fabric outer surface, in the upper part under the handrail there is a supporting surface that is mounted on adjustable the supports located on the frame, a rack with a control panel is also installed on the frame, under the handrail on the frame there is a mechanism for tensioning the handrail.

In particular, the handrail tensioning mechanism is made in the form of two guide glasses located on the frame on the sides of the handrail, between which a spring-loaded axis with a tensioner roller is installed.

In particular, the handrail is reinforced with steel cables.

In particular, a measuring scale is applied to the rack and a measuring sponge with a fixing screw is mounted on it with the possibility of longitudinal movement.

Brief Description of the Drawings

In FIG. 1 shows a rear view of a gallop track.

In FIG. 2 shows a top view of a galloping track.

In FIG. 3 shows a section AA of a galloping track.

In FIG. 4 shows an enlarged view of an axis with bearings and drums of a galloping track.

In FIG. 5 shows a side view of the mechanism for tensioning the handrail.

In FIG. 6 shows a top view of the mechanism for tensioning the handrail.

In FIG. 7 shows a section of a handrail of a galloping track.

The drawings indicate: 1 - frame, 2 - bearing bearings, 3 - axis, 4 - cylindrical drums, 5 - saddle-shaped drums, 6 - cloths, 7 - supporting surfaces, 8 - adjustable supports, 9 - handrail, 10 - guide glasses, 11 - springs, 12 - roller tensioner, 13 - drive, 14 - rack, 15 - control panel, 16 - steel cables, 17 - rag material, 18 - measuring cabinet, 19 - measuring sponge, 20 - fixing screw.

The implementation of the invention

The galloping track contains a rectangular frame 1 to which bearings 2 for two axles 3 are mounted coaxially in pairs. On the axles 3 are mounted cylindrical drums 4, between which are saddle-shaped drums 5. Around the cylindrical drums 4 are stretched canvases 6. Under the canvases 6 are installed bearing surfaces 7, which are attached to the frame 1. On the sides of the frame 1 are mounted adjustable bearings 8, on which are mounted bearing bearings 2 for two axles 3, in the middle parts of which saddle-shaped drums 5 are mounted, at Ohm around the upper and lower drums 5 tensioned handrail 9. Under the handrail 9 on the adjustable supports 8 mounted supporting surface 7.

In the middle part of the frame 1, under the handrail 9, a handrail tension mechanism is installed, made in the form of 2 guide glasses 10 with springs 11 for the axis 3 of the tensioner roller 12.

One of the axles 3 mounted on the frame 1 is kinematically connected to the drive 13 located on the frame 1.

A rack 14 is attached to the frame 1, on which the control panel 15 is located, while a measuring scale 18 is applied to the rack and a measuring jaw 19 with a fixing screw 20 is mounted on it with the possibility of longitudinal movement.

The handrail 9 in cross section has a U-shaped profile with a concave middle part, while it is reinforced with cables 16 and its outer surface is covered with rag material 17.

The principle of the galloping track is as follows.

Before using the simulator, the user on the control panel 15 enters his identification data - last name, first name, middle name and age, after which he puts his foot on the frame 1 at the measuring sponge 19, then by moving it along the rack 14 leads to the knee and fixes it with a screw 20, then measuring scale 18 measures the height of the knee and enters this value into the control panel 15. Then the simulator sets the height of the adjustable supports 7 in accordance with the height of the knee of the user, while the tensioner roller 12 provides the required pore tension 9. After which the user sets the speed of movement, while the drive 13 drives the axles 3, the drums 4 and 5, while the handrail 9 and the canvases 6 begin to move synchronously, and the user starts galloping - first pushing away from the canvases 6 first, then with his hands from the handrail 9, after pushing away with his hands the user strains the muscles of the press and brings his legs forward as far as possible, after which he is again repelled by the legs from the canvases 6.

The execution of the middle part of the handrail concave, as well as covering it with rag material 17 prevents possible slipping of hands and increases the safety of galloping.

In the process of training, the leg muscles, rug and abdominals receive power load, while this simulator helps to get rid of postpartum stretching of the abdominal cavity, to get rid of cellulite, pump up abdominal abs muscles and develop “cat dexterity” without applying extra efforts.

The claimed technical result is the provision of the possibility of simultaneous training of the muscles of the legs, arms and press, as well as the development of dexterity and coordination of movements is achieved through the joint use of a movable handrail 9 below and on the sides of which are movable canvases 6, which provide a gallop movement that simultaneously trains muscles legs, arms and abs, and also develops dexterity and coordination.

Claims (4)

1. Galloping track containing a frame, drums, a drive, an endless belt, the outer surface of which is made on a fabric basis, and a control panel, characterized in that the bearings are mounted in pairs and coaxially on the frame for 2 axes, in the middle parts of which are mounted saddle-shaped drums, while cylindrical drums are installed between the saddle-shaped drums and bearings, around which endless tapes are stretched in the form of paintings, under which there are supporting surfaces that are attached to the frame, one of the axes is kinematically connected with the drive mounted on the frame, also on the frame are adjustable bearings, on which bearing bearings for 2 axes are arranged coaxially and in pairs, in the middle parts of which saddle-shaped drums are installed, while an endless belt is stretched around the upper and lower saddle-shaped drums in the form of a handrail with a fabric outer surface, in the upper part under the handrail there is a supporting surface, which is mounted on adjustable supports located on the frame, a stand is also installed on the frame to control, under the handrail on the frame located handrail tensioning mechanism. 2. The track under item 1, characterized in that the handrail tensioning mechanism is made in the form of two guide glasses located on the frame on the sides of the handrail, between which a spring-loaded axis with a tensioner roller is installed. 3. The track under item 1, characterized in that the handrail is reinforced with steel cables. 4. The track according to claim 1, characterized in that a measuring scale is applied to the rack and a measuring sponge with a fixing screw is mounted on it with the possibility of longitudinal movement.

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