RU2304452C1 - Multifunctional exerciser with seven seats - Google Patents

Abstract

FIELD: sportive equipment.

SUBSTANCE: multifunctional exerciser has frame defined by columns connected with one another along perimeter through horizontal beams, brackets, pulleys with cables connected to weights, benches joined through brackets with frame, seats, hand and feet stops, and handles. Exerciser is furnished with exercising apparatuses to be moved between seven positions. Frame is made six-sided. Brackets with cable blocks are disposed on beams. Columns are equipped with guides for weights connected to cable pulleys. Benches with upholstered seats and feet stops are attached through brackets at both sides of frame to lower beams. First of benches is provided with upholstered seat occupying major part of bracket length. Cross-piece with two levers having handles at their ends is positioned between columns, above first bench attachment site. Second bench is provided with upholstered seat arranged at an angle to bracket and having larger length and with upholstered seat of smaller length arranged at an angle to bracket. Two cross-pieces are positioned between columns, above site of attachment of this bench. One of cross-pieces is connected to upholstered seat of larger length and other cross-piece is provided with two levers positioned for rotation and displacement along cross-piece. Handles are fixed at free ends of levers. Benches with upholstered seats are attached at three other sides of frame to lower beams, in front of guides with weights, one of said benches being provided with feet stops, other of said benches being equipped with elbow stop, and third bench being provided with casing support. Cable connected with one of weights has handles suspended above bench with casing support.

EFFECT: wider operational capabilities due to increased number of simultaneously exercising users and number of exercises, increased effectiveness in utilization of space and material of exerciser.

7 cl, 9 dwg

Description

The invention relates to sports equipment, namely to combined power simulators for simultaneous physical training of several people and / or alternate training of different muscle groups of each person.

A multifunctional (combined) simulator is known, comprising upper and lower bases, interconnected by racks made in the form of guides, on which a carriage is mounted with the ability to move along them, a cable-block system including stationary blocks located on the upper and lower bases, spring-loaded and multislice blocks mounted respectively on the upper base and the carriage, and a cable with locking carabiners associated with a set of weights, a cable tension regulator, a rod installed with the ability to fix relative to the carriage of goods and the upper base, fixing elements and a set of sports equipment, which includes a biceps table and a folding bench, the simulator is equipped with a load stabilizer made in the form of a rotary cam for intermittent interaction with the cable placed on the bracket, offset from each other and axes for hinging the locking carabiner connected with the help of a cable block system with a set of weights, moreover, the hinged frame of the biceps table is made hydrochloric and stabilizer effort load located in the central portion of the hinge frame biceps-table mounted on the rack folding bench. (one)

The disadvantages of this simulator is the limited functionality that allows you to train only a group of biceps muscles.

A multifunctional (combined) simulator is also known, comprising a frame formed by uprights connected to each other in the upper and lower parts, an arm mounted on the frame, a carrier unit with a cable connected to a set of weights, a set of sports equipment, including a crossbar mounted on racks by means of fixing elements, a bench made integral in length from articulated parts, stops for arms and legs and a seat, a support for sports equipment connected to the frame, the simulator is equipped with side stops, racks are interconnected by means of upper and lower bases, a set of sports equipment additionally includes mini-bars, a bar, a bar carrying additional blocks with cables, each of which is connected to the main cable at one end and has a handle on the other, handwheels with handles for training the pectoral muscles, delta muscles and forearm muscles, soft pears, round leg pads mounted on bearing bearings, projectile suspension elements, projectile support rods, rack fixing elements x mini-bars and hooks for installing the rod, while the handwheels with handles and the stand with the lower base are pivotally connected, and the stand has fixing holes for installing the seat, bench, hand and foot stops, foot platforms, elements for hanging shells and supporting stocks.

The disadvantage of this simulator is also the limited functionality in terms of the exercises and the number of people using the simulator at the same time, since the shells are deployed only one side of the frame and the person is on a single bench, as well as in terms of the created loads, since they are created almost at all exercises with one load.

An object of the invention is the creation of an effective multifunctional (combined) simulator for 7 seats and the expansion of the arsenal of simulators.

The technical result that provides a solution to the problem is to expand the functionality by increasing the number of people using the simulator at the same time and having the ability to use various projectiles located on all sides of the frame, with an increase in the number of exercises performed, which allows each person to consistently train different groups on one simulator muscles, at the same time, the efficiency of using the space and material of the simulator increases.

The essence of the invention lies in the fact that the multifunctional simulator containing a three-dimensional frame, formed by vertical struts, interconnected in the upper and lower parts along the perimeter of horizontal beams, brackets mounted on the frame, bearing pulleys with cables connected to the loads, benches connected by brackets with frame, seats, arms for arms and legs and handles, made with shells for training in seven positions, the frame is hexagonal, the horizontal upper beams are connected by a horizontal bracket it, laid along the diagonal of the hexagon and provided on the protruding end with a crossbar with handles for training by pulling up while standing, the brackets with cable blocks are mounted on the upper beams, the racks are equipped with vertical guides for goods connected with the pulleys of the cables, from two opposite sides of the frame to the lower horizontal beams composite benches with soft seats and foot rests for training in a supine position are fixed with brackets, the first of which is made with a soft seat on of the greater part of the length of the bracket, between the uprights above the place of fastening of the first bench, there is a crossbar with two levers with handles mounted at the free ends mounted with the possibility of movement, and the second bench is made with an inclined soft seat of a larger length set at an angle to the bracket and installed at a different angle to the bracket with a soft seat of shorter length, and between the uprights above the mounting point of this bench there are two crossbars, one of which is connected to a soft seat of a larger lines, and the other is made with two levers mounted with the ability to rotate and move on the crossbar with handles at the free ends for stretching training, on the other three sides of the frame to the lower horizontal beams in front of the said load guides, brackets are mounted with soft seats for soft training for sitting position, and one of these benches is equipped with an emphasis on the feet, the other is equipped with an emphasis on the elbows of the hands, and the third is supported by the support of the body, while the cable connected to one of the loads is equipped with a suspended pulled over a bench with a support for the body with handles for training by pulling the cable, and the cables connected with two other loads are supported by pulleys mounted above the benches and equipped with handles for training by pulling the cable in front of the benches, with one side of the frame to the lower horizontal beam in front of the above guides with a load secured the bracket and a pulley connected to the load with a cable equipped with handles for training by pulling the cable at the upper and lower ends.

Preferably, the frame is made on two sides with opposite parallel upper and lower beams of greater length than the beams on the other four sides, while the bench for training in a supine position is fixed to the beams of greater length than the other beams, between which weights are located, an arm located above the upper beams, equipped with supports installed on the upper beams, the pulleys are made in the form of rollers mounted on the axles, the racks, beams and crossbars are made in the form of pipes, the loads are supported through the springs on additional They are completely installed between the racks of the crossbar, and the handles are connected with ropes by hooks.

The drawing of figure 1 shows a structural three-dimensional diagram of a multifunctional simulator, figure 2 is a view A of figure 1, figure 3 shows a structural three-dimensional diagram of a multifunctional simulator with the placement of figures of people, figure 4 is a view A of figure 3 , Fig.5 is a view B of Fig.3, Fig.6 is a three-dimensional image of the multifunctional simulator at an angle of 45 °, Fig.7 is a top view of Fig.6, Fig.8 is a right view of Fig.6, Fig.9 is a left view of Fig.6.

The multifunctional simulator (7 seats) contains a hexagonal volumetric frame formed by vertical posts 1, 2, 3, 4, 5, 6, interconnected in the upper and lower parts along the perimeter of the horizontal upper beams 7, 8, 9, 10, 11, 12 and horizontal lower beams 13, 14, 15, 16, 17, 18. Brackets 19, 20, 21, 22 are mounted on the frame, bearing pulleys with cables (not marked) connected to loads 23, 24, 25, 26. Horizontal the upper beams 7-12 are interconnected by a horizontal bracket 27, provided on the protruding end of the crossbar 28 with the arms 29 for training standing up. Brackets 19-22 are installed on the upper beams 7, 9, 10, 12. Racks 1-6 are equipped with vertical guides (not shown) for loads 23-26. From two opposite sides of the frame to the lower horizontal beams 17, 14, the first and second composite benches 30, 31 with soft seats 32, 33, 34 and stops 35, 36 of the feet are fixed with brackets 28, 29 for training in the supine position. The bench 30 is made with a soft seat 32 on most of the length of the bracket 28. Between the vertical racks 5,6 above the place of fastening of the bench 30 there is a broken bar 37 with two levers 38, 39 mounted with the ability to move with handles 40, 41 at the free ends. The bench 31 is made with an inclined soft seat 33 of greater length mounted at an angle to the bracket 29 and with a soft seat 34 of a smaller length mounted at a different angle to the bracket 29. Between the vertical struts 2,3 above the mounting point of the bench 31 there are two crossbars 42, 43. The crossbar 42 is connected to the soft seat 31, and the crossbar 43 is made with two levers 44, 45 mounted with the possibility of rotation and movement along the crossbar with handles 46, 47 on loose ends for stretching workout.

On three other sides of the frame to the lower horizontal beams 15, 16, 18 in front of the said rails with weights 24, 25, 26, composite benches 51, 52, 53 with soft seats 54, 55, 56 for training in a sitting position are fixed with brackets 48, 49, 50 position. Bench 53 is equipped with a stop 57 of the feet, bench 52 is equipped with a stop 58 of the elbows, and bench 51 with a support 59 of the body (at chest level). The cable connected with the load 24 is equipped with handles 60, 61 for training by pulling the cable suspended over a bench 51 with a support 59 for the housing. The cables associated with cargoes 25, 26 are supported on pulleys installed above benches 52, 53 (not marked) and equipped with handles 62, 63 located in front of benches 52, 53 for training by pulling the cable.

An arm 64 and a pulley (not indicated) are connected to the lower horizontal beam 13 in front of the said rails with a load 23, connected to the load 23 with a cable equipped with handles 65, 66 at the upper and lower ends for training by pulling the cable standing.

The frame is made on two sides with opposite parallel upper and lower beams 8, 11 and 14, 17 of greater length than the beams 7, 9, 10, 12 and 13, 15, 16, 18 on the other four sides, with benches 29, 30 for training in a supine position, they are fixed to beams 14, 17 of a greater length than the remaining beams 7, 9, 10, 12 and 13, 15, 16, 18, between which weights 23, 24, 25, 26 are located.

The bracket 27 is equipped with supports 67, 68 mounted on the upper beams 7, 8, 11.

The pulleys are made in the form of rollers mounted on the axles (not shown).

Racks 1-6, beams 7-18 and crossbars 37, 42, 43 are made in the form of hollow pipes of rectangular cross section.

The weights 23-26 are supported through the springs 69 on additionally installed between the uprights of the crossbar 70 (one spring and one crossbar below it are indicated in the drawing).

The handles 60, 61, 62, 63, 65, 66 are connected to the ropes by hooks 71 (one hook is indicated).

Multifunctional simulator works as follows.

For training people are located in positions:

- on the bench 30, lying with his back on the seat 32 and setting the legs to an emphasis 35. Holding onto the handles 40, 41, he makes a shift / apart movement;

- on the bench 31, lying with his back on the seat 33, with the support of the body on the seat 34 and legs on the emphasis 36. Holding the handles 46, 47, he makes a shift / apart movement;

- on the bench 51 sitting on the seat 54 with the location of the body on the support 59. Holding the handles 60, 61, he performs a load lift 24;

- on the bench 52, sitting on the seat 55 with the location of the elbows of the arms on the support 58. Holding the handles 62, he makes the lifting of the load 26;

- on a bench 53 while sitting on a seat 56 with the feet resting on a stop 57. Holding onto the handles 63, he lifts the load 25.

At the bracket, 64 people are facing the load 23. Holding on to the handles 65 or 66, he hoists the load 24 or lowers it, overcoming the resistance of the springs 69.

Another person is standing between the brackets 29, 64. Holding onto the handles 29, he pulls up to the bracket 27.

Each person in the process of training moves the corresponding handles, pulling weights 23-26 and shifting-sliding levers 38, 39 and 44, 45. Given that the work with each handle is carried out in a different position of the body, i.e. with a different arrangement and bending of the arms, legs, body and support of the body, the kinematic system of load formation is also different and force loading of various muscle groups is inevitably performed in each position, which ensures their uniform optimal development. The difference in the position of the support and, therefore, the magnitude and direction of its reaction at each of the places also affects the force loading of various muscle groups. Cargoes 23-26 may also be uneven. While training, seven people can go through a full training cycle with successive movement around the simulator.

Thus, as a result of the present invention, an effective multifunctional (combined) simulator for 7 places was created and the arsenal of simulators was expanded.

At the same time, the simulator’s functionality has been expanded by increasing the number of people using the simulator at the same time and having the ability to use various shells located on all sides of the frame, with an increase in the number of exercises performed, which allows each person to consistently train different muscle groups on the same simulator, while increasing efficiency use of space and material simulator.

Information sources.

1. RU No. 2144405, 2000.

2. RU No. 2069579, 1996 (prototype).

Claims (7)

1. A multifunctional simulator containing a three-dimensional frame, formed by vertical struts, interconnected in the upper and lower parts along the perimeter by horizontal beams, brackets mounted on the frame, bearing pulleys with cables connected to the loads, benches connected by brackets with the frame, seats, stops for arms and legs and hand grip, characterized in that it is made with training apparatuses in seven positions, the frame is hexagonal, the horizontal upper beams are interconnected by a horizontal bracket, lay mounted along the hexagon diagonal and provided with a crossbar with handles for training by pulling up while standing, the brackets with cable blocks are mounted on the upper beams, the racks are equipped with vertical guides for goods connected with the cable pulleys, from two opposite sides of the frame to the lower horizontal beams are fixed with brackets compound benches with soft seats and stops of the feet for training in a supine position, the first of which is made with a soft seat for most of the length of the bracket, between the uprights above the attachment point of the first bench there is a crossbar with two levers mounted with the possibility of movement with handles at the free ends, and the second bench is made with an inclined soft seat of a larger length set at an angle to the bracket and with a soft set at a different angle to the bracket a seat of shorter length, and between the uprights above the place of attachment of this bench there are two crossbars, one of which is connected to a soft seat of a larger length, and the other made with two levers mounted with the possibility of rotation and movement on the crossbar with handles at the free ends for stretching training, on the other three sides of the frame to the lower horizontal beams in front of the said load guides, brackets are mounted with padded benches with soft seats for training in a sitting position, and one of these benches it is equipped with an emphasis on the feet, the other is equipped with an emphasis on the elbows of the hands, and the third is supported by the support of the body, while the cable connected to one of the loads is equipped with suspended over the bench th with support for the body with handles for training by pulling the cable, and the cables connected with two other loads are supported by pulleys mounted above the benches and equipped with handles for training by pulling the cable in front of the benches, with one side of the frame to the lower horizontal beam in front of the said guides the bracket and the pulley are fixed with the load, connected to the load with a cable equipped with handles for training by pulling the cable at the upper and lower ends. 2. The simulator according to claim 1, characterized in that the frame is made on two sides with opposite parallel upper and lower beams of greater length than the beams on the other four sides, while the training benches in a lying position are fixed to the beams of a greater length than the rest beams between which goods are located. 3. The simulator according to any one of paragraphs.1 and 2, characterized in that the bracket located above the upper beams is equipped with supports installed on the upper beams. 4. The simulator according to any one of paragraphs.1 and 2, characterized in that the pulleys are made in the form of rollers mounted on the axles. 5. The simulator according to any one of paragraphs.1 and 2, characterized in that the racks, beams and crossbars are made in the form of pipes. 6. The simulator according to any one of paragraphs.1 and 2, characterized in that the goods are supported through the springs on additionally installed between the racks of the crossbar. 7. The simulator according to any one of claims 1 and 2, characterized in that the handles are connected with ropes by hooks.

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